{"iteration": 0, "chunk": 0, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from istanbul.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.1.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.18.0/24 is established.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from kiev to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 10, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.18.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 11, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.9.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 12, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 13, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 14, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 15, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 16, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from istanbul.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 17, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 18, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 19, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 20, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from paris.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 21, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 22, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.27.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 23, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 24, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.24.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 25, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 26, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "roma can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 27, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 28, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 29, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 30, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 31, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 32, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 33, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 34, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 35, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"london\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 36, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 37, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 38, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.5.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 39, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 40, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 41, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.15.0/24 is accessible from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 42, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 43, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 44, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from roma.", "expected": "{\"reachability\": {\"roma\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 45, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.5.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 46, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 47, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 48, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 49, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 50, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.18.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 51, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.11.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 52, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 53, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 54, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 55, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.31.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 56, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.11.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 57, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 58, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 59, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 60, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 61, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 62, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 63, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.21.0/24 is reachable from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 64, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 65, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from roma.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 66, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 67, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.31.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 68, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from bratislava.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 69, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 70, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 71, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 72, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 73, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 74, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 75, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 76, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.8.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 77, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 78, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 79, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.8.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 80, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 81, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 82, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.8.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 83, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 84, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 85, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.21.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 86, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.21.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 87, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 88, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 89, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.4.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 90, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 91, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 92, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.24.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 93, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 94, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 95, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.20.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 96, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 97, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.14.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 98, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 99, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from istanbul.\nConnectivity from milan to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from sofia.\nTraffic originating from paris can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.18.0/24\"], \"paris\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.0.0/24 is established.\nkiev can reach 100.0.22.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.0.0/24\"], \"kiev\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from milan.\nlondon can reach 100.0.1.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.10.0/24\"], \"london\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from marseille.\nConnectivity from athens to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.18.0/24.\n100.0.9.0/24 is accessible from warsaw.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.13.0/24 is established.\nConnectivity from lyon to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.13.0/24\"], \"lyon\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from athens.\nTraffic originating from frankfurt can reach the subnet 100.0.31.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.14.0/24\"], \"frankfurt\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.8.0/24.\nluxembourg can reach 100.0.14.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.4.0/24 is established.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 10, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.9.0/24 is established.\nConnectivity from bucharest to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 11, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.27.0/24 is established.\nConnectivity from brussels to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.27.0/24\"], \"brussels\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 12, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.24.0/24.\nConnectivity from praha to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.24.0/24\"], \"praha\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 13, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.32.0/24 is established.\nConnectivity from sofia to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.32.0/24\"], \"sofia\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 14, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.8.0/24.\nConnectivity from zurich to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 15, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.0.0/24.\nThe subnet 100.0.24.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"praha\": [\"100.0.0.0/24\"], \"kiev\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 16, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from geneva.\nThe subnet 100.0.20.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 17, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.32.0/24 is established.\nThe subnet 100.0.25.0/24 is reachable from london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.32.0/24\"], \"london\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 18, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from brussels.\nConnectivity from vienna to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.18.0/24\"], \"vienna\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 19, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.5.0/24 is established.\n100.0.20.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.5.0/24\"], \"milan\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 20, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from brussels.\n100.0.15.0/24 is accessible from london.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"london\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 21, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.29.0/24.\nConnectivity from milan to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 22, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.8.0/24 is established.\npraha can reach 100.0.5.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 23, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from amsterdam.\n100.0.3.0/24 is accessible from roma.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.13.0/24\"], \"roma\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 24, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from bucharest.\nbarcelona can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.32.0/24\"], \"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 25, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.18.0/24 is established.\nThe subnet 100.0.11.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 26, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.25.0/24.\nTraffic originating from london can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.25.0/24\"], \"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 27, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.6.0/24.\nTraffic originating from vienna can reach the subnet 100.0.31.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.6.0/24\"], \"vienna\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 28, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from bucharest.\nConnectivity from sofia to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.11.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 29, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.18.0/24 is established.\n100.0.13.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.18.0/24\"], \"madrid\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 30, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from bucharest.\nConnectivity from roma to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.2.0/24\"], \"roma\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 31, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from rotterdam.\nConnectivity from zurich to 100.0.21.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.13.0/24\"], \"zurich\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 32, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.23.0/24.\nThe subnet 100.0.4.0/24 is reachable from roma.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.23.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 33, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from marseille.\nConnectivity from athens to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.22.0/24\"], \"athens\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 34, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from bratislava.\nConnectivity from praha to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 35, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from praha.\nConnectivity from sofia to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.20.0/24\"], \"sofia\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 36, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.8.0/24.\nThe subnet 100.0.14.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.8.0/24\"], \"basel\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 37, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from frankfurt.\n100.0.20.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.18.0/24\"], \"kiev\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 38, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from geneva.\nConnectivity from amsterdam to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 39, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.10.0/24.\n100.0.8.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"basel\": [\"100.0.10.0/24\"], \"kiev\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 40, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.6.0/24 is reachable from brussels.\n100.0.6.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"], \"kiev\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 41, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from zurich.\n100.0.10.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.8.0/24\"], \"madrid\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 42, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.18.0/24 is established.\nlyon can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 43, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.21.0/24.\nThe subnet 100.0.20.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.21.0/24\"], \"budapest\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 44, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from amsterdam.\n100.0.4.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 45, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.10.0/24.\nConnectivity from vienna to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.10.0/24\"], \"vienna\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 46, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.24.0/24 is established.\n100.0.14.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.24.0/24\"], \"bucharest\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 47, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from marseille.\nlyon can reach 100.0.20.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"], \"lyon\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 48, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from strasbourg.\nConnectivity from zurich to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.20.0/24\"], \"zurich\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 49, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.26.0/24.\nbasel can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.26.0/24\"], \"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from istanbul.\n100.0.1.0/24 is accessible from milan.\n100.0.18.0/24 is accessible from sofia.\nConnectivity from paris to 100.0.24.0/24 is established.\n100.0.0.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.18.0/24\"], \"paris\": [\"100.0.24.0/24\"], \"marseille\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from kiev.\nConnectivity from milan to 100.0.10.0/24 is established.\nThe subnet 100.0.1.0/24 is reachable from london.\nConnectivity from marseille to 100.0.1.0/24 is established.\nathens can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.22.0/24\"], \"milan\": [\"100.0.10.0/24\"], \"london\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.18.0/24.\n100.0.9.0/24 is accessible from warsaw.\nThe subnet 100.0.13.0/24 is reachable from frankfurt.\nThe subnet 100.0.13.0/24 is reachable from lyon.\nConnectivity from athens to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.13.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"athens\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from frankfurt.\nConnectivity from istanbul to 100.0.8.0/24 is established.\nThe subnet 100.0.14.0/24 is reachable from luxembourg.\nsofia can reach 100.0.4.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.31.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.14.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from paris.\n100.0.31.0/24 is accessible from bucharest.\nTraffic originating from amsterdam can reach the subnet 100.0.27.0/24.\nbrussels can reach 100.0.31.0/24.\nConnectivity from rotterdam to 100.0.24.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"rotterdam\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.22.0/24.\nroma can reach 100.0.32.0/24.\nsofia can reach 100.0.10.0/24.\n100.0.8.0/24 is accessible from lyon.\nzurich can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.22.0/24\"], \"roma\": [\"100.0.32.0/24\"], \"sofia\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from praha.\nkiev can reach 100.0.24.0/24.\nTraffic originating from geneva can reach the subnet 100.0.18.0/24.\nThe subnet 100.0.20.0/24 is reachable from warsaw.\nConnectivity from paris to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.0.0/24\"], \"kiev\": [\"100.0.24.0/24\"], \"geneva\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.20.0/24\"], \"paris\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from london.\n100.0.18.0/24 is accessible from brussels.\n100.0.13.0/24 is accessible from vienna.\nConnectivity from amsterdam to 100.0.5.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.25.0/24\"], \"brussels\": [\"100.0.18.0/24\"], \"vienna\": [\"100.0.13.0/24\"], \"amsterdam\": [\"100.0.5.0/24\"], \"milan\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from brussels.\nTraffic originating from london can reach the subnet 100.0.15.0/24.\nConnectivity from marseille to 100.0.29.0/24 is established.\n100.0.15.0/24 is accessible from milan.\nThe subnet 100.0.8.0/24 is reachable from roma.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"london\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.15.0/24\"], \"roma\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.5.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.13.0/24.\nTraffic originating from roma can reach the subnet 100.0.3.0/24.\nThe subnet 100.0.32.0/24 is reachable from bucharest.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.5.0/24\"], \"amsterdam\": [\"100.0.13.0/24\"], \"roma\": [\"100.0.3.0/24\"], \"bucharest\": [\"100.0.32.0/24\"], \"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 10, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from praha.\nThe subnet 100.0.11.0/24 is reachable from lyon.\nConnectivity from milan to 100.0.25.0/24 is established.\nTraffic originating from london can reach the subnet 100.0.14.0/24.\nTraffic originating from london can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.25.0/24\"], \"london\": [\"100.0.14.0/24\", \"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 11, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from vienna.\n100.0.11.0/24 is accessible from bucharest.\n100.0.29.0/24 is accessible from sofia.\nistanbul can reach 100.0.18.0/24.\nConnectivity from madrid to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.31.0/24\"], \"bucharest\": [\"100.0.11.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.18.0/24\"], \"madrid\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 12, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.2.0/24 is established.\n100.0.15.0/24 is accessible from roma.\nrotterdam can reach 100.0.13.0/24.\nThe subnet 100.0.21.0/24 is reachable from zurich.\nThe subnet 100.0.23.0/24 is reachable from zurich.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.2.0/24\"], \"roma\": [\"100.0.15.0/24\"], \"rotterdam\": [\"100.0.13.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 13, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.4.0/24 is established.\nmarseille can reach 100.0.22.0/24.\nTraffic originating from athens can reach the subnet 100.0.31.0/24.\n100.0.8.0/24 is accessible from bratislava.\nConnectivity from praha to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"athens\": [\"100.0.31.0/24\"], \"bratislava\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 14, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.20.0/24 is accessible from praha.\nTraffic originating from sofia can reach the subnet 100.0.25.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.14.0/24 is reachable from basel.\n100.0.18.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"praha\": [\"100.0.20.0/24\"], \"sofia\": [\"100.0.25.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"], \"basel\": [\"100.0.14.0/24\"], \"frankfurt\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 15, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.20.0/24.\nThe subnet 100.0.8.0/24 is reachable from geneva.\namsterdam can reach 100.0.15.0/24.\nTraffic originating from basel can reach the subnet 100.0.10.0/24.\n100.0.8.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.20.0/24\", \"100.0.8.0/24\"], \"geneva\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.15.0/24\"], \"basel\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 16, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.6.0/24.\nConnectivity from kiev to 100.0.6.0/24 is established.\nConnectivity from zurich to 100.0.8.0/24 is established.\nmadrid can reach 100.0.10.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"], \"kiev\": [\"100.0.6.0/24\"], \"zurich\": [\"100.0.8.0/24\"], \"madrid\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 17, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.21.0/24 is established.\nConnectivity from bucharest to 100.0.21.0/24 is established.\n100.0.20.0/24 is accessible from budapest.\nThe subnet 100.0.22.0/24 is reachable from amsterdam.\n100.0.4.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.21.0/24\"], \"bucharest\": [\"100.0.21.0/24\"], \"budapest\": [\"100.0.20.0/24\"], \"amsterdam\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 18, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.10.0/24.\n100.0.23.0/24 is accessible from vienna.\n100.0.24.0/24 is accessible from bratislava.\nThe subnet 100.0.14.0/24 is reachable from bucharest.\n100.0.31.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.10.0/24\"], \"vienna\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.24.0/24\"], \"bucharest\": [\"100.0.14.0/24\"], \"marseille\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 19, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.20.0/24 is reachable from strasbourg.\nThe subnet 100.0.14.0/24 is reachable from zurich.\nThe subnet 100.0.26.0/24 is reachable from athens.\nConnectivity from basel to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"], \"zurich\": [\"100.0.14.0/24\"], \"athens\": [\"100.0.26.0/24\"], \"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from istanbul.\n100.0.1.0/24 is accessible from milan.\nConnectivity from sofia to 100.0.18.0/24 is established.\n100.0.24.0/24 is accessible from paris.\nmarseille can reach 100.0.0.0/24.\nkiev can reach 100.0.22.0/24.\nConnectivity from milan to 100.0.10.0/24 is established.\n100.0.1.0/24 is accessible from london.\nmarseille can reach 100.0.1.0/24.\n100.0.25.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.10.0/24\"], \"sofia\": [\"100.0.18.0/24\"], \"paris\": [\"100.0.24.0/24\"], \"marseille\": [\"100.0.0.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.22.0/24\"], \"london\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.18.0/24 is reachable from paris.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nConnectivity from frankfurt to 100.0.13.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from lyon.\nConnectivity from athens to 100.0.14.0/24 is established.\nConnectivity from frankfurt to 100.0.31.0/24 is established.\n100.0.8.0/24 is accessible from istanbul.\n100.0.14.0/24 is accessible from luxembourg.\nConnectivity from sofia to 100.0.4.0/24 is established.\n100.0.1.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.13.0/24\", \"100.0.31.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"athens\": [\"100.0.14.0/24\"], \"istanbul\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.14.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.9.0/24 is established.\nThe subnet 100.0.31.0/24 is reachable from bucharest.\n100.0.27.0/24 is accessible from amsterdam.\nTraffic originating from brussels can reach the subnet 100.0.31.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.24.0/24.\nConnectivity from praha to 100.0.22.0/24 is established.\nroma can reach 100.0.32.0/24.\nTraffic originating from sofia can reach the subnet 100.0.10.0/24.\nlyon can reach 100.0.8.0/24.\nzurich can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"rotterdam\": [\"100.0.24.0/24\"], \"praha\": [\"100.0.22.0/24\"], \"roma\": [\"100.0.32.0/24\"], \"sofia\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.0.0/24 is established.\nConnectivity from kiev to 100.0.24.0/24 is established.\nTraffic originating from geneva can reach the subnet 100.0.18.0/24.\n100.0.20.0/24 is accessible from warsaw.\nparis can reach 100.0.32.0/24.\nTraffic originating from london can reach the subnet 100.0.25.0/24.\nbrussels can reach 100.0.18.0/24.\n100.0.13.0/24 is accessible from vienna.\nThe subnet 100.0.5.0/24 is reachable from amsterdam.\nConnectivity from milan to 100.0.20.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.0.0/24\"], \"kiev\": [\"100.0.24.0/24\"], \"geneva\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.20.0/24\"], \"paris\": [\"100.0.32.0/24\"], \"london\": [\"100.0.25.0/24\"], \"brussels\": [\"100.0.18.0/24\"], \"vienna\": [\"100.0.13.0/24\"], \"amsterdam\": [\"100.0.5.0/24\"], \"milan\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from brussels.\n100.0.15.0/24 is accessible from london.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nThe subnet 100.0.15.0/24 is reachable from milan.\nConnectivity from roma to 100.0.8.0/24 is established.\npraha can reach 100.0.5.0/24.\nThe subnet 100.0.13.0/24 is reachable from amsterdam.\nThe subnet 100.0.3.0/24 is reachable from roma.\nConnectivity from bucharest to 100.0.32.0/24 is established.\nConnectivity from barcelona to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"london\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.15.0/24\"], \"roma\": [\"100.0.8.0/24\", \"100.0.3.0/24\"], \"praha\": [\"100.0.5.0/24\"], \"amsterdam\": [\"100.0.13.0/24\"], \"bucharest\": [\"100.0.32.0/24\"], \"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.18.0/24 is established.\nConnectivity from lyon to 100.0.11.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.25.0/24.\nTraffic originating from london can reach the subnet 100.0.14.0/24.\nTraffic originating from london can reach the subnet 100.0.6.0/24.\n100.0.31.0/24 is accessible from vienna.\nThe subnet 100.0.11.0/24 is reachable from bucharest.\nConnectivity from sofia to 100.0.29.0/24 is established.\nistanbul can reach 100.0.18.0/24.\nTraffic originating from madrid can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.25.0/24\"], \"london\": [\"100.0.14.0/24\", \"100.0.6.0/24\"], \"vienna\": [\"100.0.31.0/24\"], \"bucharest\": [\"100.0.11.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.18.0/24\"], \"madrid\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from bucharest.\n100.0.15.0/24 is accessible from roma.\nConnectivity from rotterdam to 100.0.13.0/24 is established.\nTraffic originating from zurich can reach the subnet 100.0.21.0/24.\nzurich can reach 100.0.23.0/24.\nTraffic originating from roma can reach the subnet 100.0.4.0/24.\nTraffic originating from marseille can reach the subnet 100.0.22.0/24.\nTraffic originating from athens can reach the subnet 100.0.31.0/24.\nConnectivity from bratislava to 100.0.8.0/24 is established.\nConnectivity from praha to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.2.0/24\"], \"roma\": [\"100.0.15.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.13.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.23.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"athens\": [\"100.0.31.0/24\"], \"bratislava\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.20.0/24.\n100.0.25.0/24 is accessible from sofia.\nConnectivity from rotterdam to 100.0.8.0/24 is established.\n100.0.14.0/24 is accessible from basel.\nConnectivity from frankfurt to 100.0.18.0/24 is established.\n100.0.20.0/24 is accessible from kiev.\nThe subnet 100.0.8.0/24 is reachable from geneva.\namsterdam can reach 100.0.15.0/24.\nConnectivity from basel to 100.0.10.0/24 is established.\nThe subnet 100.0.8.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"praha\": [\"100.0.20.0/24\"], \"sofia\": [\"100.0.25.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"], \"basel\": [\"100.0.14.0/24\", \"100.0.10.0/24\"], \"frankfurt\": [\"100.0.18.0/24\"], \"kiev\": [\"100.0.20.0/24\", \"100.0.8.0/24\"], \"geneva\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.6.0/24 is established.\nThe subnet 100.0.6.0/24 is reachable from kiev.\nConnectivity from zurich to 100.0.8.0/24 is established.\n100.0.10.0/24 is accessible from madrid.\nConnectivity from luxembourg to 100.0.18.0/24 is established.\nlyon can reach 100.0.21.0/24.\nbucharest can reach 100.0.21.0/24.\n100.0.20.0/24 is accessible from budapest.\nThe subnet 100.0.22.0/24 is reachable from amsterdam.\n100.0.4.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"], \"kiev\": [\"100.0.6.0/24\"], \"zurich\": [\"100.0.8.0/24\"], \"madrid\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.21.0/24\"], \"bucharest\": [\"100.0.21.0/24\"], \"budapest\": [\"100.0.20.0/24\"], \"amsterdam\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from brussels.\n100.0.23.0/24 is accessible from vienna.\nConnectivity from bratislava to 100.0.24.0/24 is established.\nConnectivity from bucharest to 100.0.14.0/24 is established.\nmarseille can reach 100.0.31.0/24.\nTraffic originating from lyon can reach the subnet 100.0.20.0/24.\n100.0.20.0/24 is accessible from strasbourg.\nConnectivity from zurich to 100.0.14.0/24 is established.\n100.0.26.0/24 is accessible from athens.\nbasel can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.10.0/24\"], \"vienna\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.24.0/24\"], \"bucharest\": [\"100.0.14.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"lyon\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"], \"zurich\": [\"100.0.14.0/24\"], \"athens\": [\"100.0.26.0/24\"], \"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.4.0/24 is established.\n100.0.1.0/24 is accessible from milan.\n100.0.18.0/24 is accessible from sofia.\nConnectivity from paris to 100.0.24.0/24 is established.\n100.0.0.0/24 is accessible from marseille.\nTraffic originating from kiev can reach the subnet 100.0.22.0/24.\nThe subnet 100.0.10.0/24 is reachable from milan.\nThe subnet 100.0.1.0/24 is reachable from london.\nmarseille can reach 100.0.1.0/24.\nThe subnet 100.0.25.0/24 is reachable from athens.\nConnectivity from paris to 100.0.18.0/24 is established.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nConnectivity from frankfurt to 100.0.13.0/24 is established.\n100.0.13.0/24 is accessible from lyon.\nThe subnet 100.0.14.0/24 is reachable from athens.\nThe subnet 100.0.31.0/24 is reachable from frankfurt.\nTraffic originating from istanbul can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.14.0/24 is reachable from luxembourg.\nThe subnet 100.0.4.0/24 is reachable from sofia.\nfrankfurt can reach 100.0.1.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.10.0/24\"], \"sofia\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.24.0/24\", \"100.0.18.0/24\"], \"marseille\": [\"100.0.0.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.22.0/24\"], \"london\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.25.0/24\", \"100.0.14.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.13.0/24\", \"100.0.31.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"luxembourg\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.9.0/24.\n100.0.31.0/24 is accessible from bucharest.\n100.0.27.0/24 is accessible from amsterdam.\nThe subnet 100.0.31.0/24 is reachable from brussels.\n100.0.24.0/24 is accessible from rotterdam.\nThe subnet 100.0.22.0/24 is reachable from praha.\n100.0.32.0/24 is accessible from roma.\n100.0.10.0/24 is accessible from sofia.\nTraffic originating from lyon can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nTraffic originating from praha can reach the subnet 100.0.0.0/24.\nkiev can reach 100.0.24.0/24.\nTraffic originating from geneva can reach the subnet 100.0.18.0/24.\nThe subnet 100.0.20.0/24 is reachable from warsaw.\nparis can reach 100.0.32.0/24.\nConnectivity from london to 100.0.25.0/24 is established.\nbrussels can reach 100.0.18.0/24.\nThe subnet 100.0.13.0/24 is reachable from vienna.\namsterdam can reach 100.0.5.0/24.\nConnectivity from milan to 100.0.20.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\", \"100.0.32.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"amsterdam\": [\"100.0.27.0/24\", \"100.0.5.0/24\"], \"brussels\": [\"100.0.31.0/24\", \"100.0.18.0/24\"], \"rotterdam\": [\"100.0.24.0/24\"], \"praha\": [\"100.0.22.0/24\", \"100.0.0.0/24\"], \"roma\": [\"100.0.32.0/24\"], \"sofia\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.24.0/24\"], \"geneva\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.20.0/24\"], \"london\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.13.0/24\"], \"milan\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from brussels.\nTraffic originating from london can reach the subnet 100.0.15.0/24.\nThe subnet 100.0.29.0/24 is reachable from marseille.\n100.0.15.0/24 is accessible from milan.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.\npraha can reach 100.0.5.0/24.\nConnectivity from amsterdam to 100.0.13.0/24 is established.\nConnectivity from roma to 100.0.3.0/24 is established.\n100.0.32.0/24 is accessible from bucharest.\n100.0.25.0/24 is accessible from barcelona.\nTraffic originating from praha can reach the subnet 100.0.18.0/24.\n100.0.11.0/24 is accessible from lyon.\nTraffic originating from milan can reach the subnet 100.0.25.0/24.\nlondon can reach 100.0.14.0/24.\n100.0.6.0/24 is accessible from london.\nThe subnet 100.0.31.0/24 is reachable from vienna.\nbucharest can reach 100.0.11.0/24.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nThe subnet 100.0.18.0/24 is reachable from istanbul.\nTraffic originating from madrid can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"london\": [\"100.0.15.0/24\", \"100.0.14.0/24\", \"100.0.6.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.15.0/24\", \"100.0.25.0/24\"], \"roma\": [\"100.0.8.0/24\", \"100.0.3.0/24\"], \"praha\": [\"100.0.5.0/24\", \"100.0.18.0/24\"], \"amsterdam\": [\"100.0.13.0/24\"], \"bucharest\": [\"100.0.32.0/24\", \"100.0.11.0/24\"], \"barcelona\": [\"100.0.25.0/24\"], \"lyon\": [\"100.0.11.0/24\"], \"vienna\": [\"100.0.31.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.18.0/24\"], \"madrid\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.2.0/24.\nConnectivity from roma to 100.0.15.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from rotterdam.\nzurich can reach 100.0.21.0/24.\nTraffic originating from zurich can reach the subnet 100.0.23.0/24.\nTraffic originating from roma can reach the subnet 100.0.4.0/24.\nTraffic originating from marseille can reach the subnet 100.0.22.0/24.\nTraffic originating from athens can reach the subnet 100.0.31.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.8.0/24.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nConnectivity from praha to 100.0.20.0/24 is established.\nConnectivity from sofia to 100.0.25.0/24 is established.\nThe subnet 100.0.8.0/24 is reachable from rotterdam.\nbasel can reach 100.0.14.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.18.0/24.\nkiev can reach 100.0.20.0/24.\nTraffic originating from geneva can reach the subnet 100.0.8.0/24.\n100.0.15.0/24 is accessible from amsterdam.\nThe subnet 100.0.10.0/24 is reachable from basel.\nThe subnet 100.0.8.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.2.0/24\"], \"roma\": [\"100.0.15.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.13.0/24\", \"100.0.8.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.23.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"athens\": [\"100.0.31.0/24\"], \"bratislava\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.20.0/24\"], \"sofia\": [\"100.0.25.0/24\"], \"basel\": [\"100.0.14.0/24\", \"100.0.10.0/24\"], \"frankfurt\": [\"100.0.18.0/24\"], \"kiev\": [\"100.0.20.0/24\", \"100.0.8.0/24\"], \"geneva\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from brussels.\nTraffic originating from kiev can reach the subnet 100.0.6.0/24.\nzurich can reach 100.0.8.0/24.\nThe subnet 100.0.10.0/24 is reachable from madrid.\nTraffic originating from luxembourg can reach the subnet 100.0.18.0/24.\nTraffic originating from lyon can reach the subnet 100.0.21.0/24.\nTraffic originating from bucharest can reach the subnet 100.0.21.0/24.\nbudapest can reach 100.0.20.0/24.\nThe subnet 100.0.22.0/24 is reachable from amsterdam.\n100.0.4.0/24 is accessible from geneva.\nThe subnet 100.0.10.0/24 is reachable from brussels.\nThe subnet 100.0.23.0/24 is reachable from vienna.\nThe subnet 100.0.24.0/24 is reachable from bratislava.\nConnectivity from bucharest to 100.0.14.0/24 is established.\nmarseille can reach 100.0.31.0/24.\n100.0.20.0/24 is accessible from lyon.\n100.0.20.0/24 is accessible from strasbourg.\nzurich can reach 100.0.14.0/24.\nTraffic originating from athens can reach the subnet 100.0.26.0/24.\n100.0.26.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\", \"100.0.10.0/24\"], \"kiev\": [\"100.0.6.0/24\"], \"zurich\": [\"100.0.8.0/24\", \"100.0.14.0/24\"], \"madrid\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.21.0/24\", \"100.0.20.0/24\"], \"bucharest\": [\"100.0.21.0/24\", \"100.0.14.0/24\"], \"budapest\": [\"100.0.20.0/24\"], \"amsterdam\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.24.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"], \"athens\": [\"100.0.26.0/24\"], \"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.4.0/24.\nConnectivity from milan to 100.0.1.0/24 is established.\nConnectivity from sofia to 100.0.18.0/24 is established.\nThe subnet 100.0.24.0/24 is reachable from paris.\n100.0.0.0/24 is accessible from marseille.\nkiev can reach 100.0.22.0/24.\nConnectivity from milan to 100.0.10.0/24 is established.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\n100.0.1.0/24 is accessible from marseille.\n100.0.25.0/24 is accessible from athens.\nThe subnet 100.0.18.0/24 is reachable from paris.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nConnectivity from frankfurt to 100.0.13.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from lyon.\nathens can reach 100.0.14.0/24.\nThe subnet 100.0.31.0/24 is reachable from frankfurt.\nistanbul can reach 100.0.8.0/24.\n100.0.14.0/24 is accessible from luxembourg.\nConnectivity from sofia to 100.0.4.0/24 is established.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nConnectivity from paris to 100.0.9.0/24 is established.\nbucharest can reach 100.0.31.0/24.\n100.0.27.0/24 is accessible from amsterdam.\nbrussels can reach 100.0.31.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.10.0/24\"], \"sofia\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.24.0/24\", \"100.0.18.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.0.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.22.0/24\"], \"london\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.25.0/24\", \"100.0.14.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.13.0/24\", \"100.0.31.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"luxembourg\": [\"100.0.14.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"rotterdam\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from praha.\n100.0.32.0/24 is accessible from roma.\n100.0.10.0/24 is accessible from sofia.\nConnectivity from lyon to 100.0.8.0/24 is established.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\npraha can reach 100.0.0.0/24.\nkiev can reach 100.0.24.0/24.\ngeneva can reach 100.0.18.0/24.\nwarsaw can reach 100.0.20.0/24.\nConnectivity from paris to 100.0.32.0/24 is established.\n100.0.25.0/24 is accessible from london.\nThe subnet 100.0.18.0/24 is reachable from brussels.\nConnectivity from vienna to 100.0.13.0/24 is established.\nConnectivity from amsterdam to 100.0.5.0/24 is established.\nThe subnet 100.0.20.0/24 is reachable from milan.\n100.0.29.0/24 is accessible from brussels.\nThe subnet 100.0.15.0/24 is reachable from london.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nmilan can reach 100.0.15.0/24.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.\nConnectivity from praha to 100.0.5.0/24 is established.\n100.0.13.0/24 is accessible from amsterdam.\nThe subnet 100.0.3.0/24 is reachable from roma.\nbucharest can reach 100.0.32.0/24.\n100.0.25.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"praha\": [\"100.0.22.0/24\", \"100.0.0.0/24\", \"100.0.5.0/24\"], \"roma\": [\"100.0.32.0/24\", \"100.0.8.0/24\", \"100.0.3.0/24\"], \"sofia\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.24.0/24\"], \"geneva\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.20.0/24\"], \"paris\": [\"100.0.32.0/24\"], \"london\": [\"100.0.25.0/24\", \"100.0.15.0/24\"], \"brussels\": [\"100.0.18.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.13.0/24\"], \"amsterdam\": [\"100.0.5.0/24\", \"100.0.13.0/24\"], \"milan\": [\"100.0.20.0/24\", \"100.0.15.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.32.0/24\"], \"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from praha.\n100.0.11.0/24 is accessible from lyon.\nmilan can reach 100.0.25.0/24.\nConnectivity from london to 100.0.14.0/24 is established.\nTraffic originating from london can reach the subnet 100.0.6.0/24.\nvienna can reach 100.0.31.0/24.\nConnectivity from bucharest to 100.0.11.0/24 is established.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nTraffic originating from istanbul can reach the subnet 100.0.18.0/24.\nConnectivity from madrid to 100.0.13.0/24 is established.\nbucharest can reach 100.0.2.0/24.\nTraffic originating from roma can reach the subnet 100.0.15.0/24.\nConnectivity from rotterdam to 100.0.13.0/24 is established.\nConnectivity from zurich to 100.0.21.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from zurich.\n100.0.4.0/24 is accessible from roma.\nmarseille can reach 100.0.22.0/24.\nathens can reach 100.0.31.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.8.0/24.\nConnectivity from praha to 100.0.4.0/24 is established.\n100.0.20.0/24 is accessible from praha.\n100.0.25.0/24 is accessible from sofia.\nThe subnet 100.0.8.0/24 is reachable from rotterdam.\nTraffic originating from basel can reach the subnet 100.0.14.0/24.\nfrankfurt can reach 100.0.18.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\", \"100.0.4.0/24\", \"100.0.20.0/24\"], \"lyon\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.25.0/24\"], \"london\": [\"100.0.14.0/24\", \"100.0.6.0/24\"], \"vienna\": [\"100.0.31.0/24\"], \"bucharest\": [\"100.0.11.0/24\", \"100.0.2.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.25.0/24\"], \"istanbul\": [\"100.0.18.0/24\"], \"madrid\": [\"100.0.13.0/24\"], \"roma\": [\"100.0.15.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.13.0/24\", \"100.0.8.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.23.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"athens\": [\"100.0.31.0/24\"], \"bratislava\": [\"100.0.8.0/24\"], \"basel\": [\"100.0.14.0/24\"], \"frankfurt\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.20.0/24.\nTraffic originating from geneva can reach the subnet 100.0.8.0/24.\namsterdam can reach 100.0.15.0/24.\nTraffic originating from basel can reach the subnet 100.0.10.0/24.\nTraffic originating from kiev can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nConnectivity from kiev to 100.0.6.0/24 is established.\nConnectivity from zurich to 100.0.8.0/24 is established.\nTraffic originating from madrid can reach the subnet 100.0.10.0/24.\nluxembourg can reach 100.0.18.0/24.\nConnectivity from lyon to 100.0.21.0/24 is established.\nbucharest can reach 100.0.21.0/24.\n100.0.20.0/24 is accessible from budapest.\nThe subnet 100.0.22.0/24 is reachable from amsterdam.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nTraffic originating from brussels can reach the subnet 100.0.10.0/24.\nvienna can reach 100.0.23.0/24.\nConnectivity from bratislava to 100.0.24.0/24 is established.\nTraffic originating from bucharest can reach the subnet 100.0.14.0/24.\nTraffic originating from marseille can reach the subnet 100.0.31.0/24.\nConnectivity from lyon to 100.0.20.0/24 is established.\nThe subnet 100.0.20.0/24 is reachable from strasbourg.\n100.0.14.0/24 is accessible from zurich.\nThe subnet 100.0.26.0/24 is reachable from athens.\nbasel can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.20.0/24\", \"100.0.8.0/24\", \"100.0.6.0/24\"], \"geneva\": [\"100.0.8.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.15.0/24\", \"100.0.22.0/24\"], \"basel\": [\"100.0.10.0/24\", \"100.0.26.0/24\"], \"brussels\": [\"100.0.6.0/24\", \"100.0.10.0/24\"], \"zurich\": [\"100.0.8.0/24\", \"100.0.14.0/24\"], \"madrid\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.18.0/24\"], \"lyon\": [\"100.0.21.0/24\", \"100.0.20.0/24\"], \"bucharest\": [\"100.0.21.0/24\", \"100.0.14.0/24\"], \"budapest\": [\"100.0.20.0/24\"], \"vienna\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.24.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"], \"athens\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.4.0/24.\nmilan can reach 100.0.1.0/24.\nTraffic originating from sofia can reach the subnet 100.0.18.0/24.\nTraffic originating from paris can reach the subnet 100.0.24.0/24.\nThe subnet 100.0.0.0/24 is reachable from marseille.\nkiev can reach 100.0.22.0/24.\nConnectivity from milan to 100.0.10.0/24 is established.\nThe subnet 100.0.1.0/24 is reachable from london.\nConnectivity from marseille to 100.0.1.0/24 is established.\n100.0.25.0/24 is accessible from athens.\nparis can reach 100.0.18.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.13.0/24 is reachable from frankfurt.\nlyon can reach 100.0.13.0/24.\nThe subnet 100.0.14.0/24 is reachable from athens.\n100.0.31.0/24 is accessible from frankfurt.\n100.0.8.0/24 is accessible from istanbul.\nTraffic originating from luxembourg can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.4.0/24 is reachable from sofia.\n100.0.1.0/24 is accessible from frankfurt.\nThe subnet 100.0.9.0/24 is reachable from paris.\n100.0.31.0/24 is accessible from bucharest.\n100.0.27.0/24 is accessible from amsterdam.\nbrussels can reach 100.0.31.0/24.\n100.0.24.0/24 is accessible from rotterdam.\npraha can reach 100.0.22.0/24.\nThe subnet 100.0.32.0/24 is reachable from roma.\n100.0.10.0/24 is accessible from sofia.\nTraffic originating from lyon can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.9.0/24 is reachable from zurich.\npraha can reach 100.0.0.0/24.\n100.0.24.0/24 is accessible from kiev.\ngeneva can reach 100.0.18.0/24.\n100.0.20.0/24 is accessible from warsaw.\nConnectivity from paris to 100.0.32.0/24 is established.\nlondon can reach 100.0.25.0/24.\nThe subnet 100.0.18.0/24 is reachable from brussels.\nThe subnet 100.0.13.0/24 is reachable from vienna.\nTraffic originating from amsterdam can reach the subnet 100.0.5.0/24.\nConnectivity from milan to 100.0.20.0/24 is established.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nThe subnet 100.0.15.0/24 is reachable from london.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nmilan can reach 100.0.15.0/24.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.\nConnectivity from praha to 100.0.5.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from amsterdam.\nroma can reach 100.0.3.0/24.\n100.0.32.0/24 is accessible from bucharest.\nConnectivity from barcelona to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.10.0/24\", \"100.0.20.0/24\", \"100.0.15.0/24\"], \"sofia\": [\"100.0.18.0/24\", \"100.0.4.0/24\", \"100.0.10.0/24\"], \"paris\": [\"100.0.24.0/24\", \"100.0.18.0/24\", \"100.0.9.0/24\", \"100.0.32.0/24\"], \"marseille\": [\"100.0.0.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.22.0/24\", \"100.0.24.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.25.0/24\", \"100.0.15.0/24\"], \"athens\": [\"100.0.25.0/24\", \"100.0.14.0/24\"], \"warsaw\": [\"100.0.9.0/24\", \"100.0.20.0/24\"], \"frankfurt\": [\"100.0.13.0/24\", \"100.0.31.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.13.0/24\", \"100.0.8.0/24\"], \"luxembourg\": [\"100.0.14.0/24\"], \"bucharest\": [\"100.0.31.0/24\", \"100.0.32.0/24\"], \"amsterdam\": [\"100.0.27.0/24\", \"100.0.5.0/24\", \"100.0.13.0/24\"], \"brussels\": [\"100.0.31.0/24\", \"100.0.18.0/24\", \"100.0.29.0/24\"], \"rotterdam\": [\"100.0.24.0/24\"], \"praha\": [\"100.0.22.0/24\", \"100.0.0.0/24\", \"100.0.5.0/24\"], \"roma\": [\"100.0.32.0/24\", \"100.0.8.0/24\", \"100.0.3.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.18.0/24\"], \"vienna\": [\"100.0.13.0/24\"], \"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.18.0/24 is reachable from praha.\nTraffic originating from lyon can reach the subnet 100.0.11.0/24.\nConnectivity from milan to 100.0.25.0/24 is established.\n100.0.14.0/24 is accessible from london.\nlondon can reach 100.0.6.0/24.\nTraffic originating from vienna can reach the subnet 100.0.31.0/24.\nThe subnet 100.0.11.0/24 is reachable from bucharest.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nTraffic originating from istanbul can reach the subnet 100.0.18.0/24.\nmadrid can reach 100.0.13.0/24.\nConnectivity from bucharest to 100.0.2.0/24 is established.\nConnectivity from roma to 100.0.15.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from rotterdam.\nConnectivity from zurich to 100.0.21.0/24 is established.\nTraffic originating from zurich can reach the subnet 100.0.23.0/24.\nThe subnet 100.0.4.0/24 is reachable from roma.\nConnectivity from marseille to 100.0.22.0/24 is established.\n100.0.31.0/24 is accessible from athens.\nTraffic originating from bratislava can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.4.0/24 is reachable from praha.\npraha can reach 100.0.20.0/24.\nConnectivity from sofia to 100.0.25.0/24 is established.\nConnectivity from rotterdam to 100.0.8.0/24 is established.\nbasel can reach 100.0.14.0/24.\nThe subnet 100.0.18.0/24 is reachable from frankfurt.\nTraffic originating from kiev can reach the subnet 100.0.20.0/24.\nTraffic originating from geneva can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.15.0/24 is reachable from amsterdam.\nConnectivity from basel to 100.0.10.0/24 is established.\nThe subnet 100.0.8.0/24 is reachable from kiev.\nTraffic originating from brussels can reach the subnet 100.0.6.0/24.\nkiev can reach 100.0.6.0/24.\nConnectivity from zurich to 100.0.8.0/24 is established.\nTraffic originating from madrid can reach the subnet 100.0.10.0/24.\n100.0.18.0/24 is accessible from luxembourg.\n100.0.21.0/24 is accessible from lyon.\nConnectivity from bucharest to 100.0.21.0/24 is established.\nConnectivity from budapest to 100.0.20.0/24 is established.\nThe subnet 100.0.22.0/24 is reachable from amsterdam.\ngeneva can reach 100.0.4.0/24.\nThe subnet 100.0.10.0/24 is reachable from brussels.\nTraffic originating from vienna can reach the subnet 100.0.23.0/24.\n100.0.24.0/24 is accessible from bratislava.\nConnectivity from bucharest to 100.0.14.0/24 is established.\nTraffic originating from marseille can reach the subnet 100.0.31.0/24.\n100.0.20.0/24 is accessible from lyon.\nConnectivity from strasbourg to 100.0.20.0/24 is established.\nzurich can reach 100.0.14.0/24.\nConnectivity from athens to 100.0.26.0/24 is established.\nConnectivity from basel to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\", \"100.0.4.0/24\", \"100.0.20.0/24\"], \"lyon\": [\"100.0.11.0/24\", \"100.0.21.0/24\", \"100.0.20.0/24\"], \"milan\": [\"100.0.25.0/24\"], \"london\": [\"100.0.14.0/24\", \"100.0.6.0/24\"], \"vienna\": [\"100.0.31.0/24\", \"100.0.23.0/24\"], \"bucharest\": [\"100.0.11.0/24\", \"100.0.2.0/24\", \"100.0.21.0/24\", \"100.0.14.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.25.0/24\"], \"istanbul\": [\"100.0.18.0/24\"], \"madrid\": [\"100.0.13.0/24\", \"100.0.10.0/24\"], \"roma\": [\"100.0.15.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.13.0/24\", \"100.0.8.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.23.0/24\", \"100.0.8.0/24\", \"100.0.14.0/24\"], \"marseille\": [\"100.0.22.0/24\", \"100.0.31.0/24\"], \"athens\": [\"100.0.31.0/24\", \"100.0.26.0/24\"], \"bratislava\": [\"100.0.8.0/24\", \"100.0.24.0/24\"], \"basel\": [\"100.0.14.0/24\", \"100.0.10.0/24\", \"100.0.26.0/24\"], \"frankfurt\": [\"100.0.18.0/24\"], \"kiev\": [\"100.0.20.0/24\", \"100.0.8.0/24\", \"100.0.6.0/24\"], \"geneva\": [\"100.0.8.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.15.0/24\", \"100.0.22.0/24\"], \"brussels\": [\"100.0.6.0/24\", \"100.0.10.0/24\"], \"luxembourg\": [\"100.0.18.0/24\"], \"budapest\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 100, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.4.0/24.\nmilan can reach 100.0.1.0/24.\nConnectivity from sofia to 100.0.18.0/24 is established.\nConnectivity from paris to 100.0.24.0/24 is established.\nTraffic originating from marseille can reach the subnet 100.0.0.0/24.\nkiev can reach 100.0.22.0/24.\nConnectivity from milan to 100.0.10.0/24 is established.\nConnectivity from london to 100.0.1.0/24 is established.\nConnectivity from marseille to 100.0.1.0/24 is established.\nThe subnet 100.0.25.0/24 is reachable from athens.\nConnectivity from paris to 100.0.18.0/24 is established.\nConnectivity from warsaw to 100.0.9.0/24 is established.\n100.0.13.0/24 is accessible from frankfurt.\nConnectivity from lyon to 100.0.13.0/24 is established.\nathens can reach 100.0.14.0/24.\n100.0.31.0/24 is accessible from frankfurt.\nThe subnet 100.0.8.0/24 is reachable from istanbul.\nluxembourg can reach 100.0.14.0/24.\nThe subnet 100.0.4.0/24 is reachable from sofia.\n100.0.1.0/24 is accessible from frankfurt.\nThe subnet 100.0.9.0/24 is reachable from paris.\nTraffic originating from bucharest can reach the subnet 100.0.31.0/24.\namsterdam can reach 100.0.27.0/24.\nConnectivity from brussels to 100.0.31.0/24 is established.\n100.0.24.0/24 is accessible from rotterdam.\npraha can reach 100.0.22.0/24.\n100.0.32.0/24 is accessible from roma.\n100.0.10.0/24 is accessible from sofia.\n100.0.8.0/24 is accessible from lyon.\n100.0.9.0/24 is accessible from zurich.\nTraffic originating from praha can reach the subnet 100.0.0.0/24.\nTraffic originating from kiev can reach the subnet 100.0.24.0/24.\nConnectivity from geneva to 100.0.18.0/24 is established.\nwarsaw can reach 100.0.20.0/24.\nTraffic originating from paris can reach the subnet 100.0.32.0/24.\nlondon can reach 100.0.25.0/24.\nThe subnet 100.0.18.0/24 is reachable from brussels.\nConnectivity from vienna to 100.0.13.0/24 is established.\n100.0.5.0/24 is accessible from amsterdam.\nTraffic originating from milan can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nConnectivity from london to 100.0.15.0/24 is established.\nThe subnet 100.0.29.0/24 is reachable from marseille.\nmilan can reach 100.0.15.0/24.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.\npraha can reach 100.0.5.0/24.\nConnectivity from amsterdam to 100.0.13.0/24 is established.\nConnectivity from roma to 100.0.3.0/24 is established.\nConnectivity from bucharest to 100.0.32.0/24 is established.\n100.0.25.0/24 is accessible from barcelona.\nThe subnet 100.0.18.0/24 is reachable from praha.\nThe subnet 100.0.11.0/24 is reachable from lyon.\nConnectivity from milan to 100.0.25.0/24 is established.\nThe subnet 100.0.14.0/24 is reachable from london.\nThe subnet 100.0.6.0/24 is reachable from london.\nThe subnet 100.0.31.0/24 is reachable from vienna.\nTraffic originating from bucharest can reach the subnet 100.0.11.0/24.\nConnectivity from sofia to 100.0.29.0/24 is established.\nConnectivity from istanbul to 100.0.18.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from madrid.\n100.0.2.0/24 is accessible from bucharest.\nroma can reach 100.0.15.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.13.0/24.\nConnectivity from zurich to 100.0.21.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from zurich.\nThe subnet 100.0.4.0/24 is reachable from roma.\nTraffic originating from marseille can reach the subnet 100.0.22.0/24.\nathens can reach 100.0.31.0/24.\nConnectivity from bratislava to 100.0.8.0/24 is established.\n100.0.4.0/24 is accessible from praha.\nTraffic originating from praha can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.25.0/24 is reachable from sofia.\nrotterdam can reach 100.0.8.0/24.\nbasel can reach 100.0.14.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.18.0/24.\nConnectivity from kiev to 100.0.20.0/24 is established.\nTraffic originating from geneva can reach the subnet 100.0.8.0/24.\nConnectivity from amsterdam to 100.0.15.0/24 is established.\nConnectivity from basel to 100.0.10.0/24 is established.\nTraffic originating from kiev can reach the subnet 100.0.8.0/24.\nbrussels can reach 100.0.6.0/24.\n100.0.6.0/24 is accessible from kiev.\nThe subnet 100.0.8.0/24 is reachable from zurich.\n100.0.10.0/24 is accessible from madrid.\n100.0.18.0/24 is accessible from luxembourg.\nlyon can reach 100.0.21.0/24.\nTraffic originating from bucharest can reach the subnet 100.0.21.0/24.\n100.0.20.0/24 is accessible from budapest.\nTraffic originating from amsterdam can reach the subnet 100.0.22.0/24.\ngeneva can reach 100.0.4.0/24.\nConnectivity from brussels to 100.0.10.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from vienna.\nbratislava can reach 100.0.24.0/24.\nTraffic originating from bucharest can reach the subnet 100.0.14.0/24.\nTraffic originating from marseille can reach the subnet 100.0.31.0/24.\nTraffic originating from lyon can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.20.0/24 is reachable from strasbourg.\nThe subnet 100.0.14.0/24 is reachable from zurich.\nathens can reach 100.0.26.0/24.\n100.0.26.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\", \"100.0.8.0/24\", \"100.0.18.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.10.0/24\", \"100.0.20.0/24\", \"100.0.15.0/24\", \"100.0.25.0/24\"], \"sofia\": [\"100.0.18.0/24\", \"100.0.4.0/24\", \"100.0.10.0/24\", \"100.0.29.0/24\", \"100.0.25.0/24\"], \"paris\": [\"100.0.24.0/24\", \"100.0.18.0/24\", \"100.0.9.0/24\", \"100.0.32.0/24\"], \"marseille\": [\"100.0.0.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.22.0/24\", \"100.0.31.0/24\"], \"kiev\": [\"100.0.22.0/24\", \"100.0.24.0/24\", \"100.0.20.0/24\", \"100.0.8.0/24\", \"100.0.6.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.25.0/24\", \"100.0.15.0/24\", \"100.0.14.0/24\", \"100.0.6.0/24\"], \"athens\": [\"100.0.25.0/24\", \"100.0.14.0/24\", \"100.0.31.0/24\", \"100.0.26.0/24\"], \"warsaw\": [\"100.0.9.0/24\", \"100.0.20.0/24\"], \"frankfurt\": [\"100.0.13.0/24\", \"100.0.31.0/24\", \"100.0.1.0/24\", \"100.0.18.0/24\"], \"lyon\": [\"100.0.13.0/24\", \"100.0.8.0/24\", \"100.0.11.0/24\", \"100.0.21.0/24\", \"100.0.20.0/24\"], \"luxembourg\": [\"100.0.14.0/24\", \"100.0.18.0/24\"], \"bucharest\": [\"100.0.31.0/24\", \"100.0.32.0/24\", \"100.0.11.0/24\", \"100.0.2.0/24\", \"100.0.21.0/24\", \"100.0.14.0/24\"], \"amsterdam\": [\"100.0.27.0/24\", \"100.0.5.0/24\", \"100.0.13.0/24\", \"100.0.15.0/24\", \"100.0.22.0/24\"], \"brussels\": [\"100.0.31.0/24\", \"100.0.18.0/24\", \"100.0.29.0/24\", \"100.0.6.0/24\", \"100.0.10.0/24\"], \"rotterdam\": [\"100.0.24.0/24\", \"100.0.13.0/24\", \"100.0.8.0/24\"], \"praha\": [\"100.0.22.0/24\", \"100.0.0.0/24\", \"100.0.5.0/24\", \"100.0.18.0/24\", \"100.0.4.0/24\", \"100.0.20.0/24\"], \"roma\": [\"100.0.32.0/24\", \"100.0.8.0/24\", \"100.0.3.0/24\", \"100.0.15.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.21.0/24\", \"100.0.23.0/24\", \"100.0.8.0/24\", \"100.0.14.0/24\"], \"geneva\": [\"100.0.18.0/24\", \"100.0.8.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.13.0/24\", \"100.0.31.0/24\", \"100.0.23.0/24\"], \"barcelona\": [\"100.0.25.0/24\"], \"madrid\": [\"100.0.13.0/24\", \"100.0.10.0/24\"], \"bratislava\": [\"100.0.8.0/24\", \"100.0.24.0/24\"], \"basel\": [\"100.0.14.0/24\", \"100.0.10.0/24\", \"100.0.26.0/24\"], \"budapest\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from paris.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.3.0/24 is reachable from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.11.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "warsaw can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.31.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.3.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 10, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from paris.", "expected": "{\"reachability\": {\"paris\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 11, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 12, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 13, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from sofia can reach the subnet 100.0.2.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 14, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 15, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 16, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.5.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 17, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.14.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 18, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.21.0/24 is accessible from roma.", "expected": "{\"reachability\": {\"roma\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 19, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 20, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 21, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 22, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "roma can reach 100.0.18.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 23, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 24, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 25, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 26, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 27, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 28, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 29, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.27.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 30, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 31, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.24.0/24 is established.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 32, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 33, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.5.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 34, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 35, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.9.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 36, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 37, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 38, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 39, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 40, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 41, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 42, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.24.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 43, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 44, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from paris.", "expected": "{\"reachability\": {\"paris\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 45, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 46, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 47, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 48, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.21.0/24 is established.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 49, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.11.0/24 is established.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 50, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 51, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.15.0/24 is accessible from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 52, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.28.0/24 is accessible from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 53, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 54, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "roma can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 55, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.31.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 56, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.14.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 57, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.20.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 58, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 59, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.20.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 60, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from kiev to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 61, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from strasbourg.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 62, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.31.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 63, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 64, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.21.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 65, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.20.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 66, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 67, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 68, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 69, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 70, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 71, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 72, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 73, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.24.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 74, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 75, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 76, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 77, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.5.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 78, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 79, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 80, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 81, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 82, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 83, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 84, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 85, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.20.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 86, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 87, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.18.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 88, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 89, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 90, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 91, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 92, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 93, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 94, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 95, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 96, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 97, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 98, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 99, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.2.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.14.0/24 is established.\nTraffic originating from basel can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\"], \"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.21.0/24 is established.\nConnectivity from london to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.21.0/24\"], \"london\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.3.0/24 is established.\nTraffic originating from madrid can reach the subnet 100.0.11.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.3.0/24\", \"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from rotterdam.\nwarsaw can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.25.0/24\"], \"warsaw\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.31.0/24.\nThe subnet 100.0.3.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.31.0/24\"], \"kiev\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from paris.\nConnectivity from zurich to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.10.0/24\"], \"zurich\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from istanbul.\nTraffic originating from sofia can reach the subnet 100.0.2.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.10.0/24\"], \"sofia\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "london can reach 100.0.23.0/24.\nThe subnet 100.0.6.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"london\": [\"100.0.23.0/24\"], \"barcelona\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.5.0/24 is established.\nThe subnet 100.0.14.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.5.0/24\"], \"kiev\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.21.0/24 is established.\nConnectivity from athens to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.21.0/24\"], \"athens\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 10, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.10.0/24 is established.\nmilan can reach 100.0.14.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.10.0/24\"], \"milan\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 11, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.18.0/24.\nbucharest can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.18.0/24\"], \"bucharest\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 12, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.0.0/24.\nConnectivity from luxembourg to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.0.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 13, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.26.0/24.\nConnectivity from milan to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 14, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.15.0/24 is established.\nbudapest can reach 100.0.27.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.15.0/24\"], \"budapest\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 15, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from strasbourg.\nThe subnet 100.0.24.0/24 is reachable from sofia.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.22.0/24\"], \"sofia\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 16, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.4.0/24 is established.\n100.0.5.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 17, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.32.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 18, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "frankfurt can reach 100.0.6.0/24.\nThe subnet 100.0.23.0/24 is reachable from praha.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 19, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.23.0/24 is established.\nConnectivity from sofia to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.23.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 20, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.25.0/24 is established.\nThe subnet 100.0.0.0/24 is reachable from frankfurt.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.25.0/24\"], \"frankfurt\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 21, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.24.0/24 is established.\nTraffic originating from roma can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.24.0/24\"], \"roma\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 22, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.2.0/24.\nistanbul can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 23, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.24.0/24 is established.\n100.0.20.0/24 is accessible from budapest.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.24.0/24\"], \"budapest\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 24, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.21.0/24.\nTraffic originating from budapest can reach the subnet 100.0.11.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.21.0/24\"], \"budapest\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 25, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from geneva.\nConnectivity from london to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"london\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 26, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.28.0/24.\nConnectivity from strasbourg to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 27, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from roma.\nConnectivity from lyon to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 28, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from zurich.\n100.0.20.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 29, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from zurich.\nConnectivity from rotterdam to 100.0.20.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.0.0/24\"], \"rotterdam\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 30, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from kiev.\nThe subnet 100.0.24.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 31, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from madrid.\n100.0.0.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.31.0/24\"], \"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 32, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.21.0/24.\nThe subnet 100.0.20.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.21.0/24\"], \"strasbourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 33, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from amsterdam.\nTraffic originating from luxembourg can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 34, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.14.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 35, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.23.0/24.\n100.0.6.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 36, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.1.0/24.\nTraffic originating from athens can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 37, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.25.0/24.\n100.0.8.0/24 is accessible from strasbourg.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.25.0/24\"], \"strasbourg\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 38, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.23.0/24.\nThe subnet 100.0.5.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.23.0/24\"], \"barcelona\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 39, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from lyon.\nathens can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 40, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from praha.\n100.0.13.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"], \"brussels\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 41, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.4.0/24.\nConnectivity from frankfurt to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 42, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from brussels.\nbucharest can reach 100.0.20.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.23.0/24\"], \"bucharest\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 43, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from bratislava.\n100.0.18.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 44, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from basel.\nlondon can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.31.0/24\"], \"london\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 45, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.26.0/24 is established.\n100.0.13.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.26.0/24\"], \"bucharest\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 46, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from basel.\nConnectivity from praha to 100.0.21.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.32.0/24\"], \"praha\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 47, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from praha.\nTraffic originating from barcelona can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.32.0/24\"], \"barcelona\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 48, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from barcelona.\n100.0.3.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 49, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.15.0/24 is established.\nbucharest can reach 100.0.2.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.15.0/24\"], \"bucharest\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.14.0/24 is established.\nbasel can reach 100.0.26.0/24.\n100.0.21.0/24 is accessible from zurich.\nConnectivity from london to 100.0.26.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from madrid.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\"], \"basel\": [\"100.0.26.0/24\"], \"zurich\": [\"100.0.21.0/24\"], \"london\": [\"100.0.26.0/24\"], \"madrid\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from madrid.\n100.0.25.0/24 is accessible from rotterdam.\nwarsaw can reach 100.0.23.0/24.\nConnectivity from brussels to 100.0.31.0/24 is established.\n100.0.3.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.11.0/24\"], \"rotterdam\": [\"100.0.25.0/24\"], \"warsaw\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"kiev\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from paris.\nThe subnet 100.0.3.0/24 is reachable from zurich.\nThe subnet 100.0.10.0/24 is reachable from istanbul.\nTraffic originating from sofia can reach the subnet 100.0.2.0/24.\nConnectivity from london to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.10.0/24\"], \"zurich\": [\"100.0.3.0/24\"], \"istanbul\": [\"100.0.10.0/24\"], \"sofia\": [\"100.0.2.0/24\"], \"london\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from barcelona.\nTraffic originating from frankfurt can reach the subnet 100.0.5.0/24.\n100.0.14.0/24 is accessible from kiev.\nThe subnet 100.0.21.0/24 is reachable from roma.\nConnectivity from athens to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.6.0/24\"], \"frankfurt\": [\"100.0.5.0/24\"], \"kiev\": [\"100.0.14.0/24\"], \"roma\": [\"100.0.21.0/24\"], \"athens\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.10.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.14.0/24.\n100.0.18.0/24 is accessible from roma.\nTraffic originating from bucharest can reach the subnet 100.0.15.0/24.\nmilan can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.10.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.0.0/24\"], \"roma\": [\"100.0.18.0/24\"], \"bucharest\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.1.0/24 is established.\nConnectivity from lyon to 100.0.26.0/24 is established.\n100.0.4.0/24 is accessible from milan.\n100.0.15.0/24 is accessible from roma.\nThe subnet 100.0.27.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.15.0/24\"], \"budapest\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.22.0/24.\n100.0.24.0/24 is accessible from sofia.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nmadrid can reach 100.0.5.0/24.\nConnectivity from rotterdam to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.22.0/24\"], \"sofia\": [\"100.0.24.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.5.0/24\"], \"rotterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.9.0/24.\n100.0.6.0/24 is accessible from frankfurt.\nThe subnet 100.0.23.0/24 is reachable from praha.\n100.0.23.0/24 is accessible from roma.\nThe subnet 100.0.1.0/24 is reachable from sofia.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.23.0/24\"], \"roma\": [\"100.0.23.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.25.0/24 is established.\n100.0.0.0/24 is accessible from frankfurt.\nbarcelona can reach 100.0.24.0/24.\nTraffic originating from roma can reach the subnet 100.0.6.0/24.\n100.0.2.0/24 is accessible from paris.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.25.0/24\"], \"frankfurt\": [\"100.0.0.0/24\"], \"barcelona\": [\"100.0.24.0/24\"], \"roma\": [\"100.0.6.0/24\"], \"paris\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.0.0/24 is established.\nTraffic originating from istanbul can reach the subnet 100.0.24.0/24.\nTraffic originating from budapest can reach the subnet 100.0.20.0/24.\nTraffic originating from vienna can reach the subnet 100.0.21.0/24.\n100.0.11.0/24 is accessible from budapest.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.0.0/24\", \"100.0.24.0/24\"], \"budapest\": [\"100.0.20.0/24\", \"100.0.11.0/24\"], \"vienna\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 10, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.4.0/24.\nThe subnet 100.0.15.0/24 is reachable from london.\nThe subnet 100.0.28.0/24 is reachable from budapest.\nTraffic originating from strasbourg can reach the subnet 100.0.6.0/24.\n100.0.29.0/24 is accessible from roma.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"london\": [\"100.0.15.0/24\"], \"budapest\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 11, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from lyon.\nTraffic originating from zurich can reach the subnet 100.0.14.0/24.\nConnectivity from praha to 100.0.20.0/24 is established.\nConnectivity from zurich to 100.0.0.0/24 is established.\nThe subnet 100.0.20.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.31.0/24\"], \"zurich\": [\"100.0.14.0/24\", \"100.0.0.0/24\"], \"praha\": [\"100.0.20.0/24\"], \"rotterdam\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 12, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from kiev.\nstrasbourg can reach 100.0.24.0/24.\nThe subnet 100.0.31.0/24 is reachable from madrid.\npraha can reach 100.0.0.0/24.\nbratislava can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"], \"madrid\": [\"100.0.31.0/24\"], \"praha\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 13, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.20.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.20.0/24 is reachable from luxembourg.\nThe subnet 100.0.14.0/24 is reachable from madrid.\nConnectivity from barcelona to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.20.0/24\"], \"amsterdam\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"madrid\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 14, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.23.0/24 is established.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nmadrid can reach 100.0.1.0/24.\nTraffic originating from athens can reach the subnet 100.0.24.0/24.\nThe subnet 100.0.25.0/24 is reachable from zurich.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.24.0/24\"], \"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 15, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.8.0/24 is established.\n100.0.23.0/24 is accessible from madrid.\nbarcelona can reach 100.0.5.0/24.\nThe subnet 100.0.1.0/24 is reachable from lyon.\nThe subnet 100.0.23.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.8.0/24\"], \"madrid\": [\"100.0.23.0/24\"], \"barcelona\": [\"100.0.5.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 16, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.14.0/24.\nConnectivity from brussels to 100.0.13.0/24 is established.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nThe subnet 100.0.23.0/24 is reachable from brussels.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"], \"brussels\": [\"100.0.13.0/24\", \"100.0.23.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 17, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.20.0/24.\n100.0.0.0/24 is accessible from bratislava.\nathens can reach 100.0.18.0/24.\nConnectivity from basel to 100.0.31.0/24 is established.\nConnectivity from london to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.20.0/24\"], \"bratislava\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.18.0/24\"], \"basel\": [\"100.0.31.0/24\"], \"london\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 18, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from strasbourg.\nbucharest can reach 100.0.13.0/24.\nThe subnet 100.0.32.0/24 is reachable from basel.\nTraffic originating from praha can reach the subnet 100.0.21.0/24.\nThe subnet 100.0.32.0/24 is reachable from praha.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.26.0/24\"], \"bucharest\": [\"100.0.13.0/24\"], \"basel\": [\"100.0.32.0/24\"], \"praha\": [\"100.0.21.0/24\", \"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 19, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.15.0/24 is established.\nbarcelona can reach 100.0.11.0/24.\nmilan can reach 100.0.3.0/24.\nrotterdam can reach 100.0.15.0/24.\nThe subnet 100.0.2.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.15.0/24\", \"100.0.11.0/24\"], \"milan\": [\"100.0.3.0/24\"], \"rotterdam\": [\"100.0.15.0/24\"], \"bucharest\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.26.0/24 is reachable from basel.\nThe subnet 100.0.21.0/24 is reachable from zurich.\n100.0.26.0/24 is accessible from london.\nThe subnet 100.0.3.0/24 is reachable from madrid.\nmadrid can reach 100.0.11.0/24.\nrotterdam can reach 100.0.25.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.23.0/24.\nConnectivity from brussels to 100.0.31.0/24 is established.\nTraffic originating from kiev can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\"], \"basel\": [\"100.0.26.0/24\"], \"zurich\": [\"100.0.21.0/24\"], \"london\": [\"100.0.26.0/24\"], \"madrid\": [\"100.0.3.0/24\", \"100.0.11.0/24\"], \"rotterdam\": [\"100.0.25.0/24\"], \"warsaw\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"kiev\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from paris.\nTraffic originating from zurich can reach the subnet 100.0.3.0/24.\n100.0.10.0/24 is accessible from istanbul.\nTraffic originating from sofia can reach the subnet 100.0.2.0/24.\nThe subnet 100.0.23.0/24 is reachable from london.\n100.0.6.0/24 is accessible from barcelona.\nConnectivity from frankfurt to 100.0.5.0/24 is established.\nkiev can reach 100.0.14.0/24.\nTraffic originating from roma can reach the subnet 100.0.21.0/24.\nConnectivity from athens to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.10.0/24\"], \"zurich\": [\"100.0.3.0/24\"], \"istanbul\": [\"100.0.10.0/24\"], \"sofia\": [\"100.0.2.0/24\"], \"london\": [\"100.0.23.0/24\"], \"barcelona\": [\"100.0.6.0/24\"], \"frankfurt\": [\"100.0.5.0/24\"], \"kiev\": [\"100.0.14.0/24\"], \"roma\": [\"100.0.21.0/24\"], \"athens\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from lyon.\nConnectivity from milan to 100.0.14.0/24 is established.\nThe subnet 100.0.18.0/24 is reachable from roma.\nConnectivity from bucharest to 100.0.15.0/24 is established.\nmilan can reach 100.0.0.0/24.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nConnectivity from lyon to 100.0.26.0/24 is established.\n100.0.4.0/24 is accessible from milan.\n100.0.15.0/24 is accessible from roma.\nbudapest can reach 100.0.27.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.10.0/24\", \"100.0.26.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.18.0/24\", \"100.0.15.0/24\"], \"bucharest\": [\"100.0.15.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from strasbourg.\nsofia can reach 100.0.24.0/24.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nmadrid can reach 100.0.5.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.32.0/24.\n100.0.9.0/24 is accessible from strasbourg.\nConnectivity from frankfurt to 100.0.6.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from praha.\nThe subnet 100.0.23.0/24 is reachable from roma.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.22.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.24.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.5.0/24\"], \"rotterdam\": [\"100.0.32.0/24\"], \"frankfurt\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.23.0/24\"], \"roma\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.25.0/24 is established.\nfrankfurt can reach 100.0.0.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.24.0/24.\nThe subnet 100.0.6.0/24 is reachable from roma.\nConnectivity from paris to 100.0.2.0/24 is established.\nThe subnet 100.0.0.0/24 is reachable from istanbul.\nTraffic originating from istanbul can reach the subnet 100.0.24.0/24.\nConnectivity from budapest to 100.0.20.0/24 is established.\nThe subnet 100.0.21.0/24 is reachable from vienna.\nThe subnet 100.0.11.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.25.0/24\"], \"frankfurt\": [\"100.0.0.0/24\"], \"barcelona\": [\"100.0.24.0/24\"], \"roma\": [\"100.0.6.0/24\"], \"paris\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.0.0/24\", \"100.0.24.0/24\"], \"budapest\": [\"100.0.20.0/24\", \"100.0.11.0/24\"], \"vienna\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from geneva.\nConnectivity from london to 100.0.15.0/24 is established.\nTraffic originating from budapest can reach the subnet 100.0.28.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.6.0/24.\nroma can reach 100.0.29.0/24.\nConnectivity from lyon to 100.0.31.0/24 is established.\nThe subnet 100.0.14.0/24 is reachable from zurich.\nThe subnet 100.0.20.0/24 is reachable from praha.\nConnectivity from zurich to 100.0.0.0/24 is established.\nThe subnet 100.0.20.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"london\": [\"100.0.15.0/24\"], \"budapest\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.31.0/24\"], \"zurich\": [\"100.0.14.0/24\", \"100.0.0.0/24\"], \"praha\": [\"100.0.20.0/24\"], \"rotterdam\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.9.0/24.\nstrasbourg can reach 100.0.24.0/24.\nTraffic originating from madrid can reach the subnet 100.0.31.0/24.\nConnectivity from praha to 100.0.0.0/24 is established.\nbratislava can reach 100.0.21.0/24.\nConnectivity from strasbourg to 100.0.20.0/24 is established.\n100.0.8.0/24 is accessible from amsterdam.\nConnectivity from luxembourg to 100.0.20.0/24 is established.\nmadrid can reach 100.0.14.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.24.0/24\", \"100.0.20.0/24\"], \"madrid\": [\"100.0.31.0/24\", \"100.0.14.0/24\"], \"praha\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.21.0/24\"], \"amsterdam\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"barcelona\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from sofia can reach the subnet 100.0.23.0/24.\nTraffic originating from brussels can reach the subnet 100.0.6.0/24.\nConnectivity from madrid to 100.0.1.0/24 is established.\n100.0.24.0/24 is accessible from athens.\nThe subnet 100.0.25.0/24 is reachable from zurich.\n100.0.8.0/24 is accessible from strasbourg.\n100.0.23.0/24 is accessible from madrid.\nConnectivity from barcelona to 100.0.5.0/24 is established.\n100.0.1.0/24 is accessible from lyon.\nThe subnet 100.0.23.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.23.0/24\"], \"athens\": [\"100.0.24.0/24\", \"100.0.23.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"strasbourg\": [\"100.0.8.0/24\"], \"barcelona\": [\"100.0.5.0/24\"], \"lyon\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.14.0/24.\nbrussels can reach 100.0.13.0/24.\n100.0.4.0/24 is accessible from zurich.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from brussels.\nThe subnet 100.0.20.0/24 is reachable from bucharest.\nThe subnet 100.0.0.0/24 is reachable from bratislava.\n100.0.18.0/24 is accessible from athens.\nbasel can reach 100.0.31.0/24.\nTraffic originating from london can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"], \"brussels\": [\"100.0.13.0/24\", \"100.0.23.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.20.0/24\"], \"bratislava\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.18.0/24\"], \"basel\": [\"100.0.31.0/24\"], \"london\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from strasbourg.\nbucharest can reach 100.0.13.0/24.\nThe subnet 100.0.32.0/24 is reachable from basel.\nTraffic originating from praha can reach the subnet 100.0.21.0/24.\nConnectivity from praha to 100.0.32.0/24 is established.\nbarcelona can reach 100.0.15.0/24.\n100.0.11.0/24 is accessible from barcelona.\nmilan can reach 100.0.3.0/24.\n100.0.15.0/24 is accessible from rotterdam.\nThe subnet 100.0.2.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.26.0/24\"], \"bucharest\": [\"100.0.13.0/24\", \"100.0.2.0/24\"], \"basel\": [\"100.0.32.0/24\"], \"praha\": [\"100.0.21.0/24\", \"100.0.32.0/24\"], \"barcelona\": [\"100.0.15.0/24\", \"100.0.11.0/24\"], \"milan\": [\"100.0.3.0/24\"], \"rotterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.14.0/24.\nTraffic originating from basel can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.21.0/24 is reachable from zurich.\nlondon can reach 100.0.26.0/24.\n100.0.3.0/24 is accessible from madrid.\nmadrid can reach 100.0.11.0/24.\nConnectivity from rotterdam to 100.0.25.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from warsaw.\nConnectivity from brussels to 100.0.31.0/24 is established.\n100.0.3.0/24 is accessible from kiev.\nparis can reach 100.0.10.0/24.\n100.0.3.0/24 is accessible from zurich.\nTraffic originating from istanbul can reach the subnet 100.0.10.0/24.\nConnectivity from sofia to 100.0.2.0/24 is established.\nlondon can reach 100.0.23.0/24.\nConnectivity from barcelona to 100.0.6.0/24 is established.\nTraffic originating from frankfurt can reach the subnet 100.0.5.0/24.\nkiev can reach 100.0.14.0/24.\nTraffic originating from roma can reach the subnet 100.0.21.0/24.\n100.0.8.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\", \"100.0.10.0/24\"], \"basel\": [\"100.0.26.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.3.0/24\"], \"london\": [\"100.0.26.0/24\", \"100.0.23.0/24\"], \"madrid\": [\"100.0.3.0/24\", \"100.0.11.0/24\"], \"rotterdam\": [\"100.0.25.0/24\"], \"warsaw\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"kiev\": [\"100.0.3.0/24\", \"100.0.14.0/24\"], \"istanbul\": [\"100.0.10.0/24\"], \"sofia\": [\"100.0.2.0/24\"], \"barcelona\": [\"100.0.6.0/24\"], \"frankfurt\": [\"100.0.5.0/24\"], \"roma\": [\"100.0.21.0/24\"], \"athens\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.10.0/24.\nConnectivity from milan to 100.0.14.0/24 is established.\nTraffic originating from roma can reach the subnet 100.0.18.0/24.\nbucharest can reach 100.0.15.0/24.\nThe subnet 100.0.0.0/24 is reachable from milan.\nluxembourg can reach 100.0.1.0/24.\nTraffic originating from lyon can reach the subnet 100.0.26.0/24.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nConnectivity from roma to 100.0.15.0/24 is established.\n100.0.27.0/24 is accessible from budapest.\nThe subnet 100.0.22.0/24 is reachable from strasbourg.\nConnectivity from sofia to 100.0.24.0/24 is established.\n100.0.4.0/24 is accessible from luxembourg.\nThe subnet 100.0.5.0/24 is reachable from madrid.\nrotterdam can reach 100.0.32.0/24.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nfrankfurt can reach 100.0.6.0/24.\nTraffic originating from praha can reach the subnet 100.0.23.0/24.\n100.0.23.0/24 is accessible from roma.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.10.0/24\", \"100.0.26.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.18.0/24\", \"100.0.15.0/24\", \"100.0.23.0/24\"], \"bucharest\": [\"100.0.15.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.27.0/24\"], \"strasbourg\": [\"100.0.22.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.24.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.5.0/24\"], \"rotterdam\": [\"100.0.32.0/24\"], \"frankfurt\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from warsaw.\nTraffic originating from frankfurt can reach the subnet 100.0.0.0/24.\nConnectivity from barcelona to 100.0.24.0/24 is established.\nTraffic originating from roma can reach the subnet 100.0.6.0/24.\nConnectivity from paris to 100.0.2.0/24 is established.\nTraffic originating from istanbul can reach the subnet 100.0.0.0/24.\n100.0.24.0/24 is accessible from istanbul.\nConnectivity from budapest to 100.0.20.0/24 is established.\nConnectivity from vienna to 100.0.21.0/24 is established.\nConnectivity from budapest to 100.0.11.0/24 is established.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nTraffic originating from london can reach the subnet 100.0.15.0/24.\nConnectivity from budapest to 100.0.28.0/24 is established.\nstrasbourg can reach 100.0.6.0/24.\nThe subnet 100.0.29.0/24 is reachable from roma.\n100.0.31.0/24 is accessible from lyon.\n100.0.14.0/24 is accessible from zurich.\nThe subnet 100.0.20.0/24 is reachable from praha.\nTraffic originating from zurich can reach the subnet 100.0.0.0/24.\nrotterdam can reach 100.0.20.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.25.0/24\"], \"frankfurt\": [\"100.0.0.0/24\"], \"barcelona\": [\"100.0.24.0/24\"], \"roma\": [\"100.0.6.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.0.0/24\", \"100.0.24.0/24\"], \"budapest\": [\"100.0.20.0/24\", \"100.0.11.0/24\", \"100.0.28.0/24\"], \"vienna\": [\"100.0.21.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"london\": [\"100.0.15.0/24\"], \"strasbourg\": [\"100.0.6.0/24\"], \"lyon\": [\"100.0.31.0/24\"], \"zurich\": [\"100.0.14.0/24\", \"100.0.0.0/24\"], \"praha\": [\"100.0.20.0/24\"], \"rotterdam\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from kiev.\n100.0.24.0/24 is accessible from strasbourg.\n100.0.31.0/24 is accessible from madrid.\nTraffic originating from praha can reach the subnet 100.0.0.0/24.\nbratislava can reach 100.0.21.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.20.0/24.\namsterdam can reach 100.0.8.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.20.0/24.\nmadrid can reach 100.0.14.0/24.\nbarcelona can reach 100.0.23.0/24.\nConnectivity from sofia to 100.0.23.0/24 is established.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nConnectivity from madrid to 100.0.1.0/24 is established.\n100.0.24.0/24 is accessible from athens.\nTraffic originating from zurich can reach the subnet 100.0.25.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.23.0/24 is reachable from madrid.\nConnectivity from barcelona to 100.0.5.0/24 is established.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nConnectivity from athens to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.24.0/24\", \"100.0.20.0/24\", \"100.0.8.0/24\"], \"madrid\": [\"100.0.31.0/24\", \"100.0.14.0/24\", \"100.0.1.0/24\", \"100.0.23.0/24\"], \"praha\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.21.0/24\"], \"amsterdam\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"barcelona\": [\"100.0.23.0/24\", \"100.0.5.0/24\"], \"sofia\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"athens\": [\"100.0.24.0/24\", \"100.0.23.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"lyon\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from praha.\nTraffic originating from brussels can reach the subnet 100.0.13.0/24.\nConnectivity from zurich to 100.0.4.0/24 is established.\nfrankfurt can reach 100.0.4.0/24.\nThe subnet 100.0.23.0/24 is reachable from brussels.\nConnectivity from bucharest to 100.0.20.0/24 is established.\nTraffic originating from bratislava can reach the subnet 100.0.0.0/24.\nThe subnet 100.0.18.0/24 is reachable from athens.\nThe subnet 100.0.31.0/24 is reachable from basel.\nTraffic originating from london can reach the subnet 100.0.25.0/24.\nThe subnet 100.0.26.0/24 is reachable from strasbourg.\nConnectivity from bucharest to 100.0.13.0/24 is established.\nConnectivity from basel to 100.0.32.0/24 is established.\nTraffic originating from praha can reach the subnet 100.0.21.0/24.\nThe subnet 100.0.32.0/24 is reachable from praha.\nbarcelona can reach 100.0.15.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.11.0/24.\nConnectivity from milan to 100.0.3.0/24 is established.\nConnectivity from rotterdam to 100.0.15.0/24 is established.\n100.0.2.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\", \"100.0.21.0/24\", \"100.0.32.0/24\"], \"brussels\": [\"100.0.13.0/24\", \"100.0.23.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.20.0/24\", \"100.0.13.0/24\", \"100.0.2.0/24\"], \"bratislava\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.18.0/24\"], \"basel\": [\"100.0.31.0/24\", \"100.0.32.0/24\"], \"london\": [\"100.0.25.0/24\"], \"strasbourg\": [\"100.0.26.0/24\"], \"barcelona\": [\"100.0.15.0/24\", \"100.0.11.0/24\"], \"milan\": [\"100.0.3.0/24\"], \"rotterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.14.0/24.\nbasel can reach 100.0.26.0/24.\nzurich can reach 100.0.21.0/24.\nlondon can reach 100.0.26.0/24.\n100.0.3.0/24 is accessible from madrid.\nmadrid can reach 100.0.11.0/24.\nrotterdam can reach 100.0.25.0/24.\nThe subnet 100.0.23.0/24 is reachable from warsaw.\n100.0.31.0/24 is accessible from brussels.\nTraffic originating from kiev can reach the subnet 100.0.3.0/24.\nTraffic originating from paris can reach the subnet 100.0.10.0/24.\nThe subnet 100.0.3.0/24 is reachable from zurich.\nConnectivity from istanbul to 100.0.10.0/24 is established.\nThe subnet 100.0.2.0/24 is reachable from sofia.\nTraffic originating from london can reach the subnet 100.0.23.0/24.\nbarcelona can reach 100.0.6.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.5.0/24.\nConnectivity from kiev to 100.0.14.0/24 is established.\nTraffic originating from roma can reach the subnet 100.0.21.0/24.\nTraffic originating from athens can reach the subnet 100.0.8.0/24.\n100.0.10.0/24 is accessible from lyon.\nTraffic originating from milan can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.18.0/24 is reachable from roma.\nTraffic originating from bucharest can reach the subnet 100.0.15.0/24.\nThe subnet 100.0.0.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\", \"100.0.10.0/24\"], \"basel\": [\"100.0.26.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.3.0/24\"], \"london\": [\"100.0.26.0/24\", \"100.0.23.0/24\"], \"madrid\": [\"100.0.3.0/24\", \"100.0.11.0/24\"], \"rotterdam\": [\"100.0.25.0/24\"], \"warsaw\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"kiev\": [\"100.0.3.0/24\", \"100.0.14.0/24\"], \"istanbul\": [\"100.0.10.0/24\"], \"sofia\": [\"100.0.2.0/24\"], \"barcelona\": [\"100.0.6.0/24\"], \"frankfurt\": [\"100.0.5.0/24\"], \"roma\": [\"100.0.21.0/24\", \"100.0.18.0/24\"], \"athens\": [\"100.0.8.0/24\"], \"lyon\": [\"100.0.10.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.0.0/24\"], \"bucharest\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.1.0/24.\nThe subnet 100.0.26.0/24 is reachable from lyon.\nThe subnet 100.0.4.0/24 is reachable from milan.\n100.0.15.0/24 is accessible from roma.\nbudapest can reach 100.0.27.0/24.\nThe subnet 100.0.22.0/24 is reachable from strasbourg.\nsofia can reach 100.0.24.0/24.\nluxembourg can reach 100.0.4.0/24.\nmadrid can reach 100.0.5.0/24.\n100.0.32.0/24 is accessible from rotterdam.\nstrasbourg can reach 100.0.9.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.6.0/24.\nThe subnet 100.0.23.0/24 is reachable from praha.\nConnectivity from roma to 100.0.23.0/24 is established.\n100.0.1.0/24 is accessible from sofia.\nwarsaw can reach 100.0.25.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.0.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.24.0/24.\nConnectivity from roma to 100.0.6.0/24 is established.\nConnectivity from paris to 100.0.2.0/24 is established.\nTraffic originating from istanbul can reach the subnet 100.0.0.0/24.\nConnectivity from istanbul to 100.0.24.0/24 is established.\nTraffic originating from budapest can reach the subnet 100.0.20.0/24.\nConnectivity from vienna to 100.0.21.0/24 is established.\nConnectivity from budapest to 100.0.11.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.15.0/24\", \"100.0.23.0/24\", \"100.0.6.0/24\"], \"budapest\": [\"100.0.27.0/24\", \"100.0.20.0/24\", \"100.0.11.0/24\"], \"strasbourg\": [\"100.0.22.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.24.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.5.0/24\"], \"rotterdam\": [\"100.0.32.0/24\"], \"frankfurt\": [\"100.0.6.0/24\", \"100.0.0.0/24\"], \"praha\": [\"100.0.23.0/24\"], \"warsaw\": [\"100.0.25.0/24\"], \"barcelona\": [\"100.0.24.0/24\"], \"paris\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.0.0/24\", \"100.0.24.0/24\"], \"vienna\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.4.0/24.\n100.0.15.0/24 is accessible from london.\n100.0.28.0/24 is accessible from budapest.\nTraffic originating from strasbourg can reach the subnet 100.0.6.0/24.\n100.0.29.0/24 is accessible from roma.\nlyon can reach 100.0.31.0/24.\nzurich can reach 100.0.14.0/24.\nThe subnet 100.0.20.0/24 is reachable from praha.\n100.0.0.0/24 is accessible from zurich.\nrotterdam can reach 100.0.20.0/24.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nThe subnet 100.0.24.0/24 is reachable from strasbourg.\nConnectivity from madrid to 100.0.31.0/24 is established.\n100.0.0.0/24 is accessible from praha.\nThe subnet 100.0.21.0/24 is reachable from bratislava.\nTraffic originating from strasbourg can reach the subnet 100.0.20.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.8.0/24.\nluxembourg can reach 100.0.20.0/24.\n100.0.14.0/24 is accessible from madrid.\nThe subnet 100.0.23.0/24 is reachable from barcelona.\nThe subnet 100.0.23.0/24 is reachable from sofia.\nbrussels can reach 100.0.6.0/24.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\n100.0.24.0/24 is accessible from athens.\nzurich can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"london\": [\"100.0.15.0/24\"], \"budapest\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.6.0/24\", \"100.0.24.0/24\", \"100.0.20.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.31.0/24\"], \"zurich\": [\"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.25.0/24\"], \"praha\": [\"100.0.20.0/24\", \"100.0.0.0/24\"], \"rotterdam\": [\"100.0.20.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.31.0/24\", \"100.0.14.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.21.0/24\"], \"amsterdam\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"barcelona\": [\"100.0.23.0/24\"], \"sofia\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"athens\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.8.0/24 is established.\nTraffic originating from madrid can reach the subnet 100.0.23.0/24.\n100.0.5.0/24 is accessible from barcelona.\n100.0.1.0/24 is accessible from lyon.\nTraffic originating from athens can reach the subnet 100.0.23.0/24.\nTraffic originating from praha can reach the subnet 100.0.14.0/24.\nbrussels can reach 100.0.13.0/24.\nzurich can reach 100.0.4.0/24.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nThe subnet 100.0.23.0/24 is reachable from brussels.\nTraffic originating from bucharest can reach the subnet 100.0.20.0/24.\nConnectivity from bratislava to 100.0.0.0/24 is established.\nConnectivity from athens to 100.0.18.0/24 is established.\n100.0.31.0/24 is accessible from basel.\nTraffic originating from london can reach the subnet 100.0.25.0/24.\n100.0.26.0/24 is accessible from strasbourg.\nConnectivity from bucharest to 100.0.13.0/24 is established.\nThe subnet 100.0.32.0/24 is reachable from basel.\n100.0.21.0/24 is accessible from praha.\nThe subnet 100.0.32.0/24 is reachable from praha.\n100.0.15.0/24 is accessible from barcelona.\nConnectivity from barcelona to 100.0.11.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from milan.\nrotterdam can reach 100.0.15.0/24.\nThe subnet 100.0.2.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.8.0/24\", \"100.0.26.0/24\"], \"madrid\": [\"100.0.23.0/24\"], \"barcelona\": [\"100.0.5.0/24\", \"100.0.15.0/24\", \"100.0.11.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\", \"100.0.18.0/24\"], \"praha\": [\"100.0.14.0/24\", \"100.0.21.0/24\", \"100.0.32.0/24\"], \"brussels\": [\"100.0.13.0/24\", \"100.0.23.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.20.0/24\", \"100.0.13.0/24\", \"100.0.2.0/24\"], \"bratislava\": [\"100.0.0.0/24\"], \"basel\": [\"100.0.31.0/24\", \"100.0.32.0/24\"], \"london\": [\"100.0.25.0/24\"], \"milan\": [\"100.0.3.0/24\"], \"rotterdam\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from paris.\nTraffic originating from basel can reach the subnet 100.0.26.0/24.\n100.0.21.0/24 is accessible from zurich.\n100.0.26.0/24 is accessible from london.\nThe subnet 100.0.3.0/24 is reachable from madrid.\nmadrid can reach 100.0.11.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.25.0/24.\n100.0.23.0/24 is accessible from warsaw.\nbrussels can reach 100.0.31.0/24.\nThe subnet 100.0.3.0/24 is reachable from kiev.\nThe subnet 100.0.10.0/24 is reachable from paris.\nThe subnet 100.0.3.0/24 is reachable from zurich.\n100.0.10.0/24 is accessible from istanbul.\nTraffic originating from sofia can reach the subnet 100.0.2.0/24.\n100.0.23.0/24 is accessible from london.\nTraffic originating from barcelona can reach the subnet 100.0.6.0/24.\nfrankfurt can reach 100.0.5.0/24.\nkiev can reach 100.0.14.0/24.\nTraffic originating from roma can reach the subnet 100.0.21.0/24.\nathens can reach 100.0.8.0/24.\nTraffic originating from lyon can reach the subnet 100.0.10.0/24.\nConnectivity from milan to 100.0.14.0/24 is established.\n100.0.18.0/24 is accessible from roma.\n100.0.15.0/24 is accessible from bucharest.\nTraffic originating from milan can reach the subnet 100.0.0.0/24.\nConnectivity from luxembourg to 100.0.1.0/24 is established.\nTraffic originating from lyon can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.4.0/24 is reachable from milan.\nroma can reach 100.0.15.0/24.\nThe subnet 100.0.27.0/24 is reachable from budapest.\nstrasbourg can reach 100.0.22.0/24.\n100.0.24.0/24 is accessible from sofia.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nConnectivity from madrid to 100.0.5.0/24 is established.\nrotterdam can reach 100.0.32.0/24.\nstrasbourg can reach 100.0.9.0/24.\nfrankfurt can reach 100.0.6.0/24.\npraha can reach 100.0.23.0/24.\nroma can reach 100.0.23.0/24.\nsofia can reach 100.0.1.0/24.\nConnectivity from warsaw to 100.0.25.0/24 is established.\nThe subnet 100.0.0.0/24 is reachable from frankfurt.\nTraffic originating from barcelona can reach the subnet 100.0.24.0/24.\nroma can reach 100.0.6.0/24.\n100.0.2.0/24 is accessible from paris.\nConnectivity from istanbul to 100.0.0.0/24 is established.\n100.0.24.0/24 is accessible from istanbul.\n100.0.20.0/24 is accessible from budapest.\n100.0.21.0/24 is accessible from vienna.\nThe subnet 100.0.11.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\", \"100.0.10.0/24\", \"100.0.2.0/24\"], \"basel\": [\"100.0.26.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.3.0/24\"], \"london\": [\"100.0.26.0/24\", \"100.0.23.0/24\"], \"madrid\": [\"100.0.3.0/24\", \"100.0.11.0/24\", \"100.0.5.0/24\"], \"rotterdam\": [\"100.0.25.0/24\", \"100.0.32.0/24\"], \"warsaw\": [\"100.0.23.0/24\", \"100.0.25.0/24\"], \"brussels\": [\"100.0.31.0/24\"], \"kiev\": [\"100.0.3.0/24\", \"100.0.14.0/24\"], \"istanbul\": [\"100.0.10.0/24\", \"100.0.0.0/24\", \"100.0.24.0/24\"], \"sofia\": [\"100.0.2.0/24\", \"100.0.24.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.6.0/24\", \"100.0.24.0/24\"], \"frankfurt\": [\"100.0.5.0/24\", \"100.0.6.0/24\", \"100.0.0.0/24\"], \"roma\": [\"100.0.21.0/24\", \"100.0.18.0/24\", \"100.0.15.0/24\", \"100.0.23.0/24\", \"100.0.6.0/24\"], \"athens\": [\"100.0.8.0/24\"], \"lyon\": [\"100.0.10.0/24\", \"100.0.26.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.4.0/24\"], \"bucharest\": [\"100.0.15.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.27.0/24\", \"100.0.20.0/24\", \"100.0.11.0/24\"], \"strasbourg\": [\"100.0.22.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.23.0/24\"], \"vienna\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.4.0/24 is established.\nConnectivity from london to 100.0.15.0/24 is established.\n100.0.28.0/24 is accessible from budapest.\n100.0.6.0/24 is accessible from strasbourg.\n100.0.29.0/24 is accessible from roma.\n100.0.31.0/24 is accessible from lyon.\n100.0.14.0/24 is accessible from zurich.\nTraffic originating from praha can reach the subnet 100.0.20.0/24.\n100.0.0.0/24 is accessible from zurich.\n100.0.20.0/24 is accessible from rotterdam.\nConnectivity from kiev to 100.0.9.0/24 is established.\n100.0.24.0/24 is accessible from strasbourg.\nThe subnet 100.0.31.0/24 is reachable from madrid.\nConnectivity from praha to 100.0.0.0/24 is established.\nbratislava can reach 100.0.21.0/24.\nThe subnet 100.0.20.0/24 is reachable from strasbourg.\namsterdam can reach 100.0.8.0/24.\nThe subnet 100.0.20.0/24 is reachable from luxembourg.\nConnectivity from madrid to 100.0.14.0/24 is established.\nbarcelona can reach 100.0.23.0/24.\nTraffic originating from sofia can reach the subnet 100.0.23.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nmadrid can reach 100.0.1.0/24.\nThe subnet 100.0.24.0/24 is reachable from athens.\n100.0.25.0/24 is accessible from zurich.\nThe subnet 100.0.8.0/24 is reachable from strasbourg.\n100.0.23.0/24 is accessible from madrid.\nThe subnet 100.0.5.0/24 is reachable from barcelona.\n100.0.1.0/24 is accessible from lyon.\n100.0.23.0/24 is accessible from athens.\npraha can reach 100.0.14.0/24.\nTraffic originating from brussels can reach the subnet 100.0.13.0/24.\n100.0.4.0/24 is accessible from zurich.\n100.0.4.0/24 is accessible from frankfurt.\nTraffic originating from brussels can reach the subnet 100.0.23.0/24.\nThe subnet 100.0.20.0/24 is reachable from bucharest.\nbratislava can reach 100.0.0.0/24.\nThe subnet 100.0.18.0/24 is reachable from athens.\nbasel can reach 100.0.31.0/24.\nlondon can reach 100.0.25.0/24.\nConnectivity from strasbourg to 100.0.26.0/24 is established.\nTraffic originating from bucharest can reach the subnet 100.0.13.0/24.\n100.0.32.0/24 is accessible from basel.\npraha can reach 100.0.21.0/24.\n100.0.32.0/24 is accessible from praha.\nConnectivity from barcelona to 100.0.15.0/24 is established.\nConnectivity from barcelona to 100.0.11.0/24 is established.\nmilan can reach 100.0.3.0/24.\nThe subnet 100.0.15.0/24 is reachable from rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.2.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"london\": [\"100.0.15.0/24\", \"100.0.25.0/24\"], \"budapest\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.6.0/24\", \"100.0.24.0/24\", \"100.0.20.0/24\", \"100.0.8.0/24\", \"100.0.26.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.31.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.25.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.20.0/24\", \"100.0.0.0/24\", \"100.0.14.0/24\", \"100.0.21.0/24\", \"100.0.32.0/24\"], \"rotterdam\": [\"100.0.20.0/24\", \"100.0.15.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.31.0/24\", \"100.0.14.0/24\", \"100.0.1.0/24\", \"100.0.23.0/24\"], \"bratislava\": [\"100.0.21.0/24\", \"100.0.0.0/24\"], \"amsterdam\": [\"100.0.8.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"barcelona\": [\"100.0.23.0/24\", \"100.0.5.0/24\", \"100.0.15.0/24\", \"100.0.11.0/24\"], \"sofia\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.6.0/24\", \"100.0.13.0/24\", \"100.0.23.0/24\"], \"athens\": [\"100.0.24.0/24\", \"100.0.23.0/24\", \"100.0.18.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.20.0/24\", \"100.0.13.0/24\", \"100.0.2.0/24\"], \"basel\": [\"100.0.31.0/24\", \"100.0.32.0/24\"], \"milan\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 100, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from paris.\nThe subnet 100.0.26.0/24 is reachable from basel.\nThe subnet 100.0.21.0/24 is reachable from zurich.\nlondon can reach 100.0.26.0/24.\nConnectivity from madrid to 100.0.3.0/24 is established.\nThe subnet 100.0.11.0/24 is reachable from madrid.\nTraffic originating from rotterdam can reach the subnet 100.0.25.0/24.\n100.0.23.0/24 is accessible from warsaw.\nTraffic originating from brussels can reach the subnet 100.0.31.0/24.\nTraffic originating from kiev can reach the subnet 100.0.3.0/24.\nConnectivity from paris to 100.0.10.0/24 is established.\nTraffic originating from zurich can reach the subnet 100.0.3.0/24.\nTraffic originating from istanbul can reach the subnet 100.0.10.0/24.\n100.0.2.0/24 is accessible from sofia.\n100.0.23.0/24 is accessible from london.\n100.0.6.0/24 is accessible from barcelona.\nThe subnet 100.0.5.0/24 is reachable from frankfurt.\nTraffic originating from kiev can reach the subnet 100.0.14.0/24.\nroma can reach 100.0.21.0/24.\nConnectivity from athens to 100.0.8.0/24 is established.\n100.0.10.0/24 is accessible from lyon.\n100.0.14.0/24 is accessible from milan.\nTraffic originating from roma can reach the subnet 100.0.18.0/24.\nTraffic originating from bucharest can reach the subnet 100.0.15.0/24.\nTraffic originating from milan can reach the subnet 100.0.0.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nlyon can reach 100.0.26.0/24.\nConnectivity from milan to 100.0.4.0/24 is established.\n100.0.15.0/24 is accessible from roma.\nConnectivity from budapest to 100.0.27.0/24 is established.\nTraffic originating from strasbourg can reach the subnet 100.0.22.0/24.\nTraffic originating from sofia can reach the subnet 100.0.24.0/24.\nluxembourg can reach 100.0.4.0/24.\nTraffic originating from madrid can reach the subnet 100.0.5.0/24.\nThe subnet 100.0.32.0/24 is reachable from rotterdam.\nstrasbourg can reach 100.0.9.0/24.\nThe subnet 100.0.6.0/24 is reachable from frankfurt.\npraha can reach 100.0.23.0/24.\n100.0.23.0/24 is accessible from roma.\nThe subnet 100.0.1.0/24 is reachable from sofia.\n100.0.25.0/24 is accessible from warsaw.\nThe subnet 100.0.0.0/24 is reachable from frankfurt.\nConnectivity from barcelona to 100.0.24.0/24 is established.\nConnectivity from roma to 100.0.6.0/24 is established.\n100.0.2.0/24 is accessible from paris.\n100.0.0.0/24 is accessible from istanbul.\nConnectivity from istanbul to 100.0.24.0/24 is established.\nConnectivity from budapest to 100.0.20.0/24 is established.\nTraffic originating from vienna can reach the subnet 100.0.21.0/24.\nThe subnet 100.0.11.0/24 is reachable from budapest.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\n100.0.15.0/24 is accessible from london.\nConnectivity from budapest to 100.0.28.0/24 is established.\nConnectivity from strasbourg to 100.0.6.0/24 is established.\nConnectivity from roma to 100.0.29.0/24 is established.\nlyon can reach 100.0.31.0/24.\nzurich can reach 100.0.14.0/24.\nConnectivity from praha to 100.0.20.0/24 is established.\nzurich can reach 100.0.0.0/24.\nThe subnet 100.0.20.0/24 is reachable from rotterdam.\nConnectivity from kiev to 100.0.9.0/24 is established.\n100.0.24.0/24 is accessible from strasbourg.\nThe subnet 100.0.31.0/24 is reachable from madrid.\n100.0.0.0/24 is accessible from praha.\nbratislava can reach 100.0.21.0/24.\nConnectivity from strasbourg to 100.0.20.0/24 is established.\nConnectivity from amsterdam to 100.0.8.0/24 is established.\nConnectivity from luxembourg to 100.0.20.0/24 is established.\nmadrid can reach 100.0.14.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.23.0/24.\nConnectivity from sofia to 100.0.23.0/24 is established.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\nThe subnet 100.0.24.0/24 is reachable from athens.\nTraffic originating from zurich can reach the subnet 100.0.25.0/24.\n100.0.8.0/24 is accessible from strasbourg.\nmadrid can reach 100.0.23.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.5.0/24.\nlyon can reach 100.0.1.0/24.\nathens can reach 100.0.23.0/24.\nTraffic originating from praha can reach the subnet 100.0.14.0/24.\nConnectivity from brussels to 100.0.13.0/24 is established.\nConnectivity from zurich to 100.0.4.0/24 is established.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nTraffic originating from brussels can reach the subnet 100.0.23.0/24.\nConnectivity from bucharest to 100.0.20.0/24 is established.\n100.0.0.0/24 is accessible from bratislava.\nathens can reach 100.0.18.0/24.\nbasel can reach 100.0.31.0/24.\nConnectivity from london to 100.0.25.0/24 is established.\nConnectivity from strasbourg to 100.0.26.0/24 is established.\nTraffic originating from bucharest can reach the subnet 100.0.13.0/24.\nbasel can reach 100.0.32.0/24.\npraha can reach 100.0.21.0/24.\nTraffic originating from praha can reach the subnet 100.0.32.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.15.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.11.0/24.\nThe subnet 100.0.3.0/24 is reachable from milan.\nTraffic originating from rotterdam can reach the subnet 100.0.15.0/24.\nThe subnet 100.0.2.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"paris\": [\"100.0.14.0/24\", \"100.0.10.0/24\", \"100.0.2.0/24\"], \"basel\": [\"100.0.26.0/24\", \"100.0.31.0/24\", \"100.0.32.0/24\"], \"zurich\": [\"100.0.21.0/24\", \"100.0.3.0/24\", \"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.25.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.26.0/24\", \"100.0.23.0/24\", \"100.0.15.0/24\", \"100.0.25.0/24\"], \"madrid\": [\"100.0.3.0/24\", \"100.0.11.0/24\", \"100.0.5.0/24\", \"100.0.31.0/24\", \"100.0.14.0/24\", \"100.0.1.0/24\", \"100.0.23.0/24\"], \"rotterdam\": [\"100.0.25.0/24\", \"100.0.32.0/24\", \"100.0.20.0/24\", \"100.0.15.0/24\"], \"warsaw\": [\"100.0.23.0/24\", \"100.0.25.0/24\"], \"brussels\": [\"100.0.31.0/24\", \"100.0.6.0/24\", \"100.0.13.0/24\", \"100.0.23.0/24\"], \"kiev\": [\"100.0.3.0/24\", \"100.0.14.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.10.0/24\", \"100.0.0.0/24\", \"100.0.24.0/24\"], \"sofia\": [\"100.0.2.0/24\", \"100.0.24.0/24\", \"100.0.1.0/24\", \"100.0.23.0/24\"], \"barcelona\": [\"100.0.6.0/24\", \"100.0.24.0/24\", \"100.0.23.0/24\", \"100.0.5.0/24\", \"100.0.15.0/24\", \"100.0.11.0/24\"], \"frankfurt\": [\"100.0.5.0/24\", \"100.0.6.0/24\", \"100.0.0.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.21.0/24\", \"100.0.18.0/24\", \"100.0.15.0/24\", \"100.0.23.0/24\", \"100.0.6.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.8.0/24\", \"100.0.24.0/24\", \"100.0.23.0/24\", \"100.0.18.0/24\"], \"lyon\": [\"100.0.10.0/24\", \"100.0.26.0/24\", \"100.0.31.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.0.0/24\", \"100.0.4.0/24\", \"100.0.3.0/24\"], \"bucharest\": [\"100.0.15.0/24\", \"100.0.20.0/24\", \"100.0.13.0/24\", \"100.0.2.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.20.0/24\"], \"budapest\": [\"100.0.27.0/24\", \"100.0.20.0/24\", \"100.0.11.0/24\", \"100.0.28.0/24\"], \"strasbourg\": [\"100.0.22.0/24\", \"100.0.9.0/24\", \"100.0.6.0/24\", \"100.0.24.0/24\", \"100.0.20.0/24\", \"100.0.8.0/24\", \"100.0.26.0/24\"], \"praha\": [\"100.0.23.0/24\", \"100.0.20.0/24\", \"100.0.0.0/24\", \"100.0.14.0/24\", \"100.0.21.0/24\", \"100.0.32.0/24\"], \"vienna\": [\"100.0.21.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.21.0/24\", \"100.0.0.0/24\"], \"amsterdam\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.11.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.13.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from sofia can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.11.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from geneva.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.3.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.32.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 10, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 11, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 12, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 13, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 14, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.21.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 15, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 16, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from roma.", "expected": "{\"reachability\": {\"roma\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 17, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 18, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 19, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 20, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.6.0/24 is reachable from frankfurt.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 21, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 22, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.2.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 23, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from istanbul.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 24, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.11.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 25, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 26, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 27, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 28, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 29, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 30, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 31, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 32, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from bratislava.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 33, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 34, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 35, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 36, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 37, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 38, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 39, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 40, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 41, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 42, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 43, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.2.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 44, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.5.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 45, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.9.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 46, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 47, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 48, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from amsterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 49, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 50, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.9.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 51, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 52, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.28.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 53, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.28.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 54, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.28.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 55, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 56, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 57, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.22.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 58, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 59, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 60, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 61, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 62, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 63, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 64, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 65, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 66, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 67, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.21.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 68, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.3.0/24 is accessible from strasbourg.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 69, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.22.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 70, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.22.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 71, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.21.0/24 is reachable from paris.", "expected": "{\"reachability\": {\"paris\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 72, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 73, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.28.0/24 is reachable from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 74, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 75, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.3.0/24 is reachable from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 76, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 77, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 78, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 79, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 80, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 81, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.21.0/24 is established.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 82, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 83, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.27.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 84, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.5.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 85, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 86, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.6.0/24 is reachable from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 87, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from istanbul.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 88, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 89, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.27.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 90, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 91, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 92, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 93, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 94, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.11.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 95, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 96, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 97, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.13.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 98, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 99, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.15.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.25.0/24 is established.\nvienna can reach 100.0.11.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.13.0/24.\n100.0.25.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"basel\": [\"100.0.13.0/24\"], \"sofia\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.11.0/24.\nThe subnet 100.0.32.0/24 is reachable from geneva.", "expected": "{\"reachability\": {\"paris\": [\"100.0.11.0/24\"], \"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.0.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.0.0/24\"], \"luxembourg\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.3.0/24.\nThe subnet 100.0.32.0/24 is reachable from amsterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.3.0/24\"], \"amsterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from bucharest.\nConnectivity from praha to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from warsaw.\nThe subnet 100.0.6.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.21.0/24 is accessible from basel.\nConnectivity from athens to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.21.0/24\"], \"athens\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from roma.\nTraffic originating from vienna can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.13.0/24\"], \"vienna\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from marseille.\nluxembourg can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 10, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.6.0/24 is established.\nsofia can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"], \"sofia\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 11, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.2.0/24.\nThe subnet 100.0.14.0/24 is reachable from istanbul.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 12, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.11.0/24.\n100.0.4.0/24 is accessible from bratislava.", "expected": "{\"reachability\": {\"praha\": [\"100.0.11.0/24\"], \"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 13, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.4.0/24.\nConnectivity from athens to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 14, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.9.0/24 is established.\npraha can reach 100.0.22.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 15, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.29.0/24.\n100.0.31.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 16, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from bratislava.\nConnectivity from zurich to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 17, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from athens.\nluxembourg can reach 100.0.13.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.31.0/24\"], \"luxembourg\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 18, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.15.0/24.\nConnectivity from praha to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.15.0/24\"], \"praha\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 19, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.14.0/24 is reachable from london.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.26.0/24\"], \"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 20, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from zurich.\nTraffic originating from madrid can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 21, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.10.0/24 is established.\nlyon can reach 100.0.2.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 22, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.5.0/24 is reachable from budapest.\nThe subnet 100.0.9.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.5.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 23, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.6.0/24 is established.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 24, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.20.0/24.\nConnectivity from strasbourg to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 25, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.9.0/24 is established.\nTraffic originating from vienna can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 26, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.28.0/24.\nsofia can reach 100.0.28.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.28.0/24\"], \"sofia\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 27, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.28.0/24.\nConnectivity from basel to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.28.0/24\"], \"basel\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 28, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from madrid.\nTraffic originating from amsterdam can reach the subnet 100.0.22.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 29, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.0.0/24 is established.\nConnectivity from athens to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 30, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from amsterdam.\nbrussels can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 31, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.3.0/24 is established.\n100.0.21.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.3.0/24\"], \"milan\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 32, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.6.0/24.\n100.0.1.0/24 is accessible from rotterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.6.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 33, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.3.0/24.\nConnectivity from athens to 100.0.21.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.3.0/24\"], \"athens\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 34, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.3.0/24.\n100.0.22.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.3.0/24\"], \"madrid\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 35, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.22.0/24 is established.\nparis can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.22.0/24\"], \"paris\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 36, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.2.0/24.\nThe subnet 100.0.28.0/24 is reachable from brussels.", "expected": "{\"reachability\": {\"basel\": [\"100.0.2.0/24\"], \"brussels\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 37, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.32.0/24 is established.\nConnectivity from london to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.32.0/24\"], \"london\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 38, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.2.0/24 is reachable from strasbourg.\nThe subnet 100.0.31.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 39, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from barcelona.\nbarcelona can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.32.0/24\", \"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 40, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.26.0/24 is established.\nfrankfurt can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.26.0/24\"], \"frankfurt\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 41, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.9.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.27.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 42, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.5.0/24.\nlyon can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.5.0/24\"], \"lyon\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 43, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.6.0/24.\nThe subnet 100.0.1.0/24 is reachable from istanbul.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 44, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.15.0/24 is accessible from brussels.\nConnectivity from marseille to 100.0.27.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 45, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from brussels.\nConnectivity from warsaw to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.23.0/24\"], \"warsaw\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 46, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.31.0/24.\n100.0.24.0/24 is accessible from luxembourg.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.31.0/24\"], \"luxembourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 47, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.11.0/24.\nConnectivity from istanbul to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.11.0/24\"], \"istanbul\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 48, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.1.0/24.\nConnectivity from barcelona to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 49, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.24.0/24 is established.\nkiev can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.24.0/24\"], \"kiev\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.25.0/24.\nTraffic originating from vienna can reach the subnet 100.0.11.0/24.\nTraffic originating from basel can reach the subnet 100.0.13.0/24.\nTraffic originating from sofia can reach the subnet 100.0.25.0/24.\nConnectivity from paris to 100.0.11.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.11.0/24\"], \"basel\": [\"100.0.13.0/24\"], \"sofia\": [\"100.0.25.0/24\"], \"paris\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.32.0/24.\namsterdam can reach 100.0.0.0/24.\nConnectivity from luxembourg to 100.0.3.0/24 is established.\nConnectivity from zurich to 100.0.3.0/24 is established.\nConnectivity from amsterdam to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.32.0/24\"], \"amsterdam\": [\"100.0.0.0/24\", \"100.0.32.0/24\"], \"luxembourg\": [\"100.0.3.0/24\"], \"zurich\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from bucharest.\npraha can reach 100.0.8.0/24.\n100.0.11.0/24 is accessible from warsaw.\nmilan can reach 100.0.6.0/24.\nThe subnet 100.0.21.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\"], \"warsaw\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.6.0/24\"], \"basel\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.32.0/24.\n100.0.13.0/24 is accessible from roma.\nThe subnet 100.0.24.0/24 is reachable from vienna.\n100.0.9.0/24 is accessible from marseille.\nTraffic originating from luxembourg can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.13.0/24\"], \"vienna\": [\"100.0.24.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from frankfurt.\nTraffic originating from sofia can reach the subnet 100.0.32.0/24.\nThe subnet 100.0.2.0/24 is reachable from amsterdam.\nConnectivity from istanbul to 100.0.14.0/24 is established.\nTraffic originating from praha can reach the subnet 100.0.11.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"], \"sofia\": [\"100.0.32.0/24\"], \"amsterdam\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.4.0/24 is established.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nConnectivity from athens to 100.0.23.0/24 is established.\nThe subnet 100.0.9.0/24 is reachable from geneva.\npraha can reach 100.0.22.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.29.0/24.\nmarseille can reach 100.0.31.0/24.\nThe subnet 100.0.8.0/24 is reachable from bratislava.\nTraffic originating from zurich can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.31.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"bratislava\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.14.0/24\"], \"athens\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from luxembourg.\n100.0.15.0/24 is accessible from lyon.\nTraffic originating from praha can reach the subnet 100.0.14.0/24.\n100.0.26.0/24 is accessible from geneva.\n100.0.14.0/24 is accessible from london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.13.0/24\"], \"lyon\": [\"100.0.15.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"geneva\": [\"100.0.26.0/24\"], \"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.15.0/24.\n100.0.0.0/24 is accessible from madrid.\n100.0.10.0/24 is accessible from geneva.\n100.0.2.0/24 is accessible from lyon.\nbudapest can reach 100.0.5.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.0.0/24\"], \"geneva\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.2.0/24\"], \"budapest\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.\namsterdam can reach 100.0.20.0/24.\nConnectivity from strasbourg to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 10, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from frankfurt.\n100.0.13.0/24 is accessible from vienna.\n100.0.28.0/24 is accessible from vienna.\nConnectivity from sofia to 100.0.28.0/24 is established.\nConnectivity from strasbourg to 100.0.28.0/24 is established.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.13.0/24\", \"100.0.28.0/24\"], \"sofia\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 11, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.8.0/24.\nTraffic originating from madrid can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.22.0/24 is reachable from amsterdam.\n100.0.0.0/24 is accessible from warsaw.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.8.0/24\"], \"madrid\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.22.0/24\"], \"warsaw\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 12, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.23.0/24 is established.\nThe subnet 100.0.0.0/24 is reachable from brussels.\nConnectivity from amsterdam to 100.0.3.0/24 is established.\n100.0.21.0/24 is accessible from milan.\nConnectivity from amsterdam to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.23.0/24\", \"100.0.3.0/24\", \"100.0.6.0/24\"], \"brussels\": [\"100.0.0.0/24\"], \"milan\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 13, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nrotterdam can reach 100.0.3.0/24.\nThe subnet 100.0.21.0/24 is reachable from athens.\nConnectivity from strasbourg to 100.0.3.0/24 is established.\nTraffic originating from madrid can reach the subnet 100.0.22.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\", \"100.0.3.0/24\"], \"athens\": [\"100.0.21.0/24\"], \"strasbourg\": [\"100.0.3.0/24\"], \"madrid\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 14, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.22.0/24 is established.\nTraffic originating from paris can reach the subnet 100.0.21.0/24.\n100.0.2.0/24 is accessible from basel.\n100.0.28.0/24 is accessible from brussels.\nTraffic originating from rotterdam can reach the subnet 100.0.32.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.22.0/24\", \"100.0.32.0/24\"], \"paris\": [\"100.0.21.0/24\"], \"basel\": [\"100.0.2.0/24\"], \"brussels\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 15, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.3.0/24 is accessible from london.\nConnectivity from strasbourg to 100.0.2.0/24 is established.\nConnectivity from milan to 100.0.31.0/24 is established.\nConnectivity from barcelona to 100.0.32.0/24 is established.\n100.0.15.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"london\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.31.0/24\"], \"barcelona\": [\"100.0.32.0/24\", \"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 16, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.26.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.21.0/24.\n100.0.9.0/24 is accessible from madrid.\nTraffic originating from rotterdam can reach the subnet 100.0.27.0/24.\nConnectivity from kiev to 100.0.5.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.26.0/24\"], \"frankfurt\": [\"100.0.21.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.27.0/24\"], \"kiev\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 17, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from lyon.\nTraffic originating from vienna can reach the subnet 100.0.6.0/24.\nistanbul can reach 100.0.1.0/24.\nConnectivity from brussels to 100.0.15.0/24 is established.\nThe subnet 100.0.27.0/24 is reachable from marseille.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 18, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from brussels.\n100.0.29.0/24 is accessible from warsaw.\nConnectivity from kiev to 100.0.31.0/24 is established.\nThe subnet 100.0.24.0/24 is reachable from luxembourg.\nTraffic originating from luxembourg can reach the subnet 100.0.11.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.23.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.31.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 19, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from istanbul.\nThe subnet 100.0.1.0/24 is reachable from basel.\nbarcelona can reach 100.0.13.0/24.\nTraffic originating from basel can reach the subnet 100.0.24.0/24.\nThe subnet 100.0.15.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.6.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.24.0/24\"], \"barcelona\": [\"100.0.13.0/24\"], \"kiev\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from amsterdam.\nvienna can reach 100.0.11.0/24.\nTraffic originating from basel can reach the subnet 100.0.13.0/24.\nTraffic originating from sofia can reach the subnet 100.0.25.0/24.\nConnectivity from paris to 100.0.11.0/24 is established.\n100.0.32.0/24 is accessible from geneva.\nThe subnet 100.0.0.0/24 is reachable from amsterdam.\nConnectivity from luxembourg to 100.0.3.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from zurich.\namsterdam can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\", \"100.0.0.0/24\", \"100.0.32.0/24\"], \"vienna\": [\"100.0.11.0/24\"], \"basel\": [\"100.0.13.0/24\"], \"sofia\": [\"100.0.25.0/24\"], \"paris\": [\"100.0.11.0/24\"], \"geneva\": [\"100.0.32.0/24\"], \"luxembourg\": [\"100.0.3.0/24\"], \"zurich\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.14.0/24 is established.\npraha can reach 100.0.8.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.11.0/24.\n100.0.6.0/24 is accessible from milan.\nbasel can reach 100.0.21.0/24.\nathens can reach 100.0.32.0/24.\nConnectivity from roma to 100.0.13.0/24 is established.\nThe subnet 100.0.24.0/24 is reachable from vienna.\n100.0.9.0/24 is accessible from marseille.\nThe subnet 100.0.10.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\"], \"warsaw\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.6.0/24\"], \"basel\": [\"100.0.21.0/24\"], \"athens\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.13.0/24\"], \"vienna\": [\"100.0.24.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from frankfurt.\nConnectivity from sofia to 100.0.32.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.2.0/24.\n100.0.14.0/24 is accessible from istanbul.\npraha can reach 100.0.11.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nConnectivity from kiev to 100.0.4.0/24 is established.\nTraffic originating from athens can reach the subnet 100.0.23.0/24.\nConnectivity from geneva to 100.0.9.0/24 is established.\nThe subnet 100.0.22.0/24 is reachable from praha.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"], \"sofia\": [\"100.0.32.0/24\"], \"amsterdam\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.11.0/24\", \"100.0.22.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.29.0/24 is established.\nThe subnet 100.0.31.0/24 is reachable from marseille.\nThe subnet 100.0.8.0/24 is reachable from bratislava.\nThe subnet 100.0.14.0/24 is reachable from zurich.\nThe subnet 100.0.31.0/24 is reachable from athens.\nConnectivity from luxembourg to 100.0.13.0/24 is established.\n100.0.15.0/24 is accessible from lyon.\nThe subnet 100.0.14.0/24 is reachable from praha.\nConnectivity from geneva to 100.0.26.0/24 is established.\nConnectivity from london to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\", \"100.0.15.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"bratislava\": [\"100.0.8.0/24\"], \"zurich\": [\"100.0.14.0/24\"], \"athens\": [\"100.0.31.0/24\"], \"luxembourg\": [\"100.0.13.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"geneva\": [\"100.0.26.0/24\"], \"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.15.0/24.\nmadrid can reach 100.0.0.0/24.\nConnectivity from geneva to 100.0.10.0/24 is established.\nConnectivity from lyon to 100.0.2.0/24 is established.\nbudapest can reach 100.0.5.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\n100.0.8.0/24 is accessible from roma.\nThe subnet 100.0.20.0/24 is reachable from amsterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.0.0/24\"], \"geneva\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.2.0/24\"], \"budapest\": [\"100.0.5.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from frankfurt.\nTraffic originating from vienna can reach the subnet 100.0.13.0/24.\nTraffic originating from vienna can reach the subnet 100.0.28.0/24.\nConnectivity from sofia to 100.0.28.0/24 is established.\nstrasbourg can reach 100.0.28.0/24.\nThe subnet 100.0.8.0/24 is reachable from basel.\nConnectivity from madrid to 100.0.8.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.22.0/24.\nwarsaw can reach 100.0.0.0/24.\nConnectivity from athens to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.13.0/24\", \"100.0.28.0/24\"], \"sofia\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.28.0/24\"], \"basel\": [\"100.0.8.0/24\"], \"madrid\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.22.0/24\"], \"warsaw\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from amsterdam.\nbrussels can reach 100.0.0.0/24.\namsterdam can reach 100.0.3.0/24.\nTraffic originating from milan can reach the subnet 100.0.21.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.6.0/24.\n100.0.1.0/24 is accessible from rotterdam.\nConnectivity from rotterdam to 100.0.3.0/24 is established.\nThe subnet 100.0.21.0/24 is reachable from athens.\nTraffic originating from strasbourg can reach the subnet 100.0.3.0/24.\n100.0.22.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.23.0/24\", \"100.0.3.0/24\", \"100.0.6.0/24\"], \"brussels\": [\"100.0.0.0/24\"], \"milan\": [\"100.0.21.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.3.0/24\"], \"athens\": [\"100.0.21.0/24\"], \"strasbourg\": [\"100.0.3.0/24\"], \"madrid\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from rotterdam.\nThe subnet 100.0.21.0/24 is reachable from paris.\n100.0.2.0/24 is accessible from basel.\nTraffic originating from brussels can reach the subnet 100.0.28.0/24.\n100.0.32.0/24 is accessible from rotterdam.\nConnectivity from london to 100.0.3.0/24 is established.\nstrasbourg can reach 100.0.2.0/24.\nThe subnet 100.0.31.0/24 is reachable from milan.\nThe subnet 100.0.32.0/24 is reachable from barcelona.\nConnectivity from barcelona to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.22.0/24\", \"100.0.32.0/24\"], \"paris\": [\"100.0.21.0/24\"], \"basel\": [\"100.0.2.0/24\"], \"brussels\": [\"100.0.28.0/24\"], \"london\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.31.0/24\"], \"barcelona\": [\"100.0.32.0/24\", \"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.26.0/24.\n100.0.21.0/24 is accessible from frankfurt.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.27.0/24 is reachable from rotterdam.\nkiev can reach 100.0.5.0/24.\nTraffic originating from lyon can reach the subnet 100.0.25.0/24.\nConnectivity from vienna to 100.0.6.0/24 is established.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nThe subnet 100.0.15.0/24 is reachable from brussels.\n100.0.27.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.26.0/24\"], \"frankfurt\": [\"100.0.21.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.27.0/24\"], \"kiev\": [\"100.0.5.0/24\"], \"lyon\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.23.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nThe subnet 100.0.31.0/24 is reachable from kiev.\n100.0.24.0/24 is accessible from luxembourg.\nThe subnet 100.0.11.0/24 is reachable from luxembourg.\nConnectivity from istanbul to 100.0.6.0/24 is established.\nThe subnet 100.0.1.0/24 is reachable from basel.\n100.0.13.0/24 is accessible from barcelona.\n100.0.24.0/24 is accessible from basel.\nThe subnet 100.0.15.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.23.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.31.0/24\", \"100.0.15.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.11.0/24\"], \"istanbul\": [\"100.0.6.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.24.0/24\"], \"barcelona\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.25.0/24 is established.\nTraffic originating from vienna can reach the subnet 100.0.11.0/24.\nbasel can reach 100.0.13.0/24.\nsofia can reach 100.0.25.0/24.\nparis can reach 100.0.11.0/24.\nThe subnet 100.0.32.0/24 is reachable from geneva.\n100.0.0.0/24 is accessible from amsterdam.\nTraffic originating from luxembourg can reach the subnet 100.0.3.0/24.\nzurich can reach 100.0.3.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.32.0/24.\nTraffic originating from bucharest can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.8.0/24 is reachable from praha.\nwarsaw can reach 100.0.11.0/24.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.\nConnectivity from basel to 100.0.21.0/24 is established.\nConnectivity from athens to 100.0.32.0/24 is established.\n100.0.13.0/24 is accessible from roma.\nThe subnet 100.0.24.0/24 is reachable from vienna.\n100.0.9.0/24 is accessible from marseille.\nTraffic originating from luxembourg can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\", \"100.0.0.0/24\", \"100.0.32.0/24\"], \"vienna\": [\"100.0.11.0/24\", \"100.0.24.0/24\"], \"basel\": [\"100.0.13.0/24\", \"100.0.21.0/24\"], \"sofia\": [\"100.0.25.0/24\"], \"paris\": [\"100.0.11.0/24\"], \"geneva\": [\"100.0.32.0/24\"], \"luxembourg\": [\"100.0.3.0/24\", \"100.0.10.0/24\"], \"zurich\": [\"100.0.3.0/24\"], \"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\"], \"warsaw\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.6.0/24\"], \"athens\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.13.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.6.0/24.\nConnectivity from sofia to 100.0.32.0/24 is established.\nThe subnet 100.0.2.0/24 is reachable from amsterdam.\nConnectivity from istanbul to 100.0.14.0/24 is established.\nThe subnet 100.0.11.0/24 is reachable from praha.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nkiev can reach 100.0.4.0/24.\nThe subnet 100.0.23.0/24 is reachable from athens.\n100.0.9.0/24 is accessible from geneva.\nConnectivity from praha to 100.0.22.0/24 is established.\nConnectivity from lyon to 100.0.29.0/24 is established.\nmarseille can reach 100.0.31.0/24.\nThe subnet 100.0.8.0/24 is reachable from bratislava.\nTraffic originating from zurich can reach the subnet 100.0.14.0/24.\nathens can reach 100.0.31.0/24.\nConnectivity from luxembourg to 100.0.13.0/24 is established.\nConnectivity from lyon to 100.0.15.0/24 is established.\nConnectivity from praha to 100.0.14.0/24 is established.\nThe subnet 100.0.26.0/24 is reachable from geneva.\nTraffic originating from london can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.6.0/24\"], \"sofia\": [\"100.0.32.0/24\"], \"amsterdam\": [\"100.0.2.0/24\"], \"istanbul\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.11.0/24\", \"100.0.22.0/24\", \"100.0.14.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.23.0/24\", \"100.0.31.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.26.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.15.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"zurich\": [\"100.0.14.0/24\"], \"luxembourg\": [\"100.0.13.0/24\"], \"london\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.15.0/24.\n100.0.0.0/24 is accessible from madrid.\nThe subnet 100.0.10.0/24 is reachable from geneva.\n100.0.2.0/24 is accessible from lyon.\nbudapest can reach 100.0.5.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nTraffic originating from roma can reach the subnet 100.0.8.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.29.0/24 is reachable from strasbourg.\nfrankfurt can reach 100.0.9.0/24.\nConnectivity from vienna to 100.0.13.0/24 is established.\nvienna can reach 100.0.28.0/24.\nThe subnet 100.0.28.0/24 is reachable from sofia.\nThe subnet 100.0.28.0/24 is reachable from strasbourg.\nbasel can reach 100.0.8.0/24.\nConnectivity from madrid to 100.0.8.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.22.0/24.\nConnectivity from warsaw to 100.0.0.0/24 is established.\nathens can reach 100.0.4.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.0.0/24\", \"100.0.8.0/24\"], \"geneva\": [\"100.0.10.0/24\"], \"lyon\": [\"100.0.2.0/24\"], \"budapest\": [\"100.0.5.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.20.0/24\", \"100.0.22.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.28.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.13.0/24\", \"100.0.28.0/24\"], \"sofia\": [\"100.0.28.0/24\"], \"basel\": [\"100.0.8.0/24\"], \"warsaw\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from amsterdam.\n100.0.0.0/24 is accessible from brussels.\namsterdam can reach 100.0.3.0/24.\nThe subnet 100.0.21.0/24 is reachable from milan.\nConnectivity from amsterdam to 100.0.6.0/24 is established.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nTraffic originating from rotterdam can reach the subnet 100.0.3.0/24.\nTraffic originating from athens can reach the subnet 100.0.21.0/24.\nstrasbourg can reach 100.0.3.0/24.\nmadrid can reach 100.0.22.0/24.\nThe subnet 100.0.22.0/24 is reachable from rotterdam.\n100.0.21.0/24 is accessible from paris.\nConnectivity from basel to 100.0.2.0/24 is established.\nTraffic originating from brussels can reach the subnet 100.0.28.0/24.\n100.0.32.0/24 is accessible from rotterdam.\n100.0.3.0/24 is accessible from london.\nTraffic originating from strasbourg can reach the subnet 100.0.2.0/24.\nThe subnet 100.0.31.0/24 is reachable from milan.\nConnectivity from barcelona to 100.0.32.0/24 is established.\nThe subnet 100.0.15.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.23.0/24\", \"100.0.3.0/24\", \"100.0.6.0/24\"], \"brussels\": [\"100.0.0.0/24\", \"100.0.28.0/24\"], \"milan\": [\"100.0.21.0/24\", \"100.0.31.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.3.0/24\", \"100.0.22.0/24\", \"100.0.32.0/24\"], \"athens\": [\"100.0.21.0/24\"], \"strasbourg\": [\"100.0.3.0/24\", \"100.0.2.0/24\"], \"madrid\": [\"100.0.22.0/24\"], \"paris\": [\"100.0.21.0/24\"], \"basel\": [\"100.0.2.0/24\"], \"london\": [\"100.0.3.0/24\"], \"barcelona\": [\"100.0.32.0/24\", \"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from zurich.\nfrankfurt can reach 100.0.21.0/24.\nConnectivity from madrid to 100.0.9.0/24 is established.\n100.0.27.0/24 is accessible from rotterdam.\nThe subnet 100.0.5.0/24 is reachable from kiev.\nThe subnet 100.0.25.0/24 is reachable from lyon.\nThe subnet 100.0.6.0/24 is reachable from vienna.\nConnectivity from istanbul to 100.0.1.0/24 is established.\n100.0.15.0/24 is accessible from brussels.\nmarseille can reach 100.0.27.0/24.\nTraffic originating from brussels can reach the subnet 100.0.23.0/24.\n100.0.29.0/24 is accessible from warsaw.\nThe subnet 100.0.31.0/24 is reachable from kiev.\nConnectivity from luxembourg to 100.0.24.0/24 is established.\n100.0.11.0/24 is accessible from luxembourg.\nConnectivity from istanbul to 100.0.6.0/24 is established.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.13.0/24.\nConnectivity from basel to 100.0.24.0/24 is established.\nTraffic originating from kiev can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.26.0/24\"], \"frankfurt\": [\"100.0.21.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.27.0/24\"], \"kiev\": [\"100.0.5.0/24\", \"100.0.31.0/24\", \"100.0.15.0/24\"], \"lyon\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.1.0/24\", \"100.0.6.0/24\"], \"brussels\": [\"100.0.15.0/24\", \"100.0.23.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.11.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.24.0/24\"], \"barcelona\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.25.0/24.\nTraffic originating from vienna can reach the subnet 100.0.11.0/24.\nTraffic originating from basel can reach the subnet 100.0.13.0/24.\nsofia can reach 100.0.25.0/24.\nConnectivity from paris to 100.0.11.0/24 is established.\nTraffic originating from geneva can reach the subnet 100.0.32.0/24.\nThe subnet 100.0.0.0/24 is reachable from amsterdam.\nluxembourg can reach 100.0.3.0/24.\nThe subnet 100.0.3.0/24 is reachable from zurich.\n100.0.32.0/24 is accessible from amsterdam.\nbucharest can reach 100.0.14.0/24.\n100.0.8.0/24 is accessible from praha.\nThe subnet 100.0.11.0/24 is reachable from warsaw.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.\n100.0.21.0/24 is accessible from basel.\n100.0.32.0/24 is accessible from athens.\nThe subnet 100.0.13.0/24 is reachable from roma.\n100.0.24.0/24 is accessible from vienna.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nTraffic originating from luxembourg can reach the subnet 100.0.10.0/24.\nConnectivity from frankfurt to 100.0.6.0/24 is established.\n100.0.32.0/24 is accessible from sofia.\nTraffic originating from amsterdam can reach the subnet 100.0.2.0/24.\nThe subnet 100.0.14.0/24 is reachable from istanbul.\n100.0.11.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\", \"100.0.0.0/24\", \"100.0.32.0/24\", \"100.0.2.0/24\"], \"vienna\": [\"100.0.11.0/24\", \"100.0.24.0/24\"], \"basel\": [\"100.0.13.0/24\", \"100.0.21.0/24\"], \"sofia\": [\"100.0.25.0/24\", \"100.0.32.0/24\"], \"paris\": [\"100.0.11.0/24\"], \"geneva\": [\"100.0.32.0/24\"], \"luxembourg\": [\"100.0.3.0/24\", \"100.0.10.0/24\"], \"zurich\": [\"100.0.3.0/24\"], \"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\", \"100.0.11.0/24\"], \"warsaw\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.6.0/24\"], \"athens\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.13.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from bratislava.\nkiev can reach 100.0.4.0/24.\nTraffic originating from athens can reach the subnet 100.0.23.0/24.\ngeneva can reach 100.0.9.0/24.\nConnectivity from praha to 100.0.22.0/24 is established.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nThe subnet 100.0.31.0/24 is reachable from marseille.\nTraffic originating from bratislava can reach the subnet 100.0.8.0/24.\nzurich can reach 100.0.14.0/24.\n100.0.31.0/24 is accessible from athens.\nluxembourg can reach 100.0.13.0/24.\nlyon can reach 100.0.15.0/24.\npraha can reach 100.0.14.0/24.\n100.0.26.0/24 is accessible from geneva.\n100.0.14.0/24 is accessible from london.\nTraffic originating from zurich can reach the subnet 100.0.15.0/24.\nmadrid can reach 100.0.0.0/24.\nTraffic originating from geneva can reach the subnet 100.0.10.0/24.\nConnectivity from lyon to 100.0.2.0/24 is established.\nTraffic originating from budapest can reach the subnet 100.0.5.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nroma can reach 100.0.8.0/24.\nConnectivity from amsterdam to 100.0.20.0/24 is established.\nstrasbourg can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.23.0/24\", \"100.0.31.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.26.0/24\", \"100.0.10.0/24\"], \"praha\": [\"100.0.22.0/24\", \"100.0.14.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.15.0/24\", \"100.0.2.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"zurich\": [\"100.0.14.0/24\", \"100.0.15.0/24\"], \"luxembourg\": [\"100.0.13.0/24\"], \"london\": [\"100.0.14.0/24\"], \"madrid\": [\"100.0.0.0/24\"], \"budapest\": [\"100.0.5.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"roma\": [\"100.0.8.0/24\"], \"amsterdam\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nConnectivity from vienna to 100.0.13.0/24 is established.\n100.0.28.0/24 is accessible from vienna.\nThe subnet 100.0.28.0/24 is reachable from sofia.\nstrasbourg can reach 100.0.28.0/24.\nTraffic originating from basel can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.8.0/24 is reachable from madrid.\nTraffic originating from amsterdam can reach the subnet 100.0.22.0/24.\nThe subnet 100.0.0.0/24 is reachable from warsaw.\n100.0.4.0/24 is accessible from athens.\nTraffic originating from amsterdam can reach the subnet 100.0.23.0/24.\nConnectivity from brussels to 100.0.0.0/24 is established.\n100.0.3.0/24 is accessible from amsterdam.\nThe subnet 100.0.21.0/24 is reachable from milan.\nTraffic originating from amsterdam can reach the subnet 100.0.6.0/24.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from rotterdam.\nThe subnet 100.0.21.0/24 is reachable from athens.\nTraffic originating from strasbourg can reach the subnet 100.0.3.0/24.\nThe subnet 100.0.22.0/24 is reachable from madrid.\nrotterdam can reach 100.0.22.0/24.\n100.0.21.0/24 is accessible from paris.\nbasel can reach 100.0.2.0/24.\nThe subnet 100.0.28.0/24 is reachable from brussels.\n100.0.32.0/24 is accessible from rotterdam.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.13.0/24\", \"100.0.28.0/24\"], \"sofia\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.28.0/24\", \"100.0.3.0/24\"], \"basel\": [\"100.0.8.0/24\", \"100.0.2.0/24\"], \"madrid\": [\"100.0.8.0/24\", \"100.0.22.0/24\"], \"amsterdam\": [\"100.0.22.0/24\", \"100.0.23.0/24\", \"100.0.3.0/24\", \"100.0.6.0/24\"], \"warsaw\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.4.0/24\", \"100.0.21.0/24\"], \"brussels\": [\"100.0.0.0/24\", \"100.0.28.0/24\"], \"milan\": [\"100.0.21.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.3.0/24\", \"100.0.22.0/24\", \"100.0.32.0/24\"], \"paris\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.3.0/24 is reachable from london.\n100.0.2.0/24 is accessible from strasbourg.\nmilan can reach 100.0.31.0/24.\nbarcelona can reach 100.0.32.0/24.\n100.0.15.0/24 is accessible from barcelona.\nzurich can reach 100.0.26.0/24.\nThe subnet 100.0.21.0/24 is reachable from frankfurt.\nConnectivity from madrid to 100.0.9.0/24 is established.\nrotterdam can reach 100.0.27.0/24.\nThe subnet 100.0.5.0/24 is reachable from kiev.\nTraffic originating from lyon can reach the subnet 100.0.25.0/24.\n100.0.6.0/24 is accessible from vienna.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nbrussels can reach 100.0.15.0/24.\n100.0.27.0/24 is accessible from marseille.\nbrussels can reach 100.0.23.0/24.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nkiev can reach 100.0.31.0/24.\n100.0.24.0/24 is accessible from luxembourg.\nluxembourg can reach 100.0.11.0/24.\nThe subnet 100.0.6.0/24 is reachable from istanbul.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.13.0/24.\nConnectivity from basel to 100.0.24.0/24 is established.\nkiev can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.31.0/24\"], \"barcelona\": [\"100.0.32.0/24\", \"100.0.15.0/24\", \"100.0.13.0/24\"], \"zurich\": [\"100.0.26.0/24\"], \"frankfurt\": [\"100.0.21.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.27.0/24\"], \"kiev\": [\"100.0.5.0/24\", \"100.0.31.0/24\", \"100.0.15.0/24\"], \"lyon\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.1.0/24\", \"100.0.6.0/24\"], \"brussels\": [\"100.0.15.0/24\", \"100.0.23.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.11.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from amsterdam.\nThe subnet 100.0.11.0/24 is reachable from vienna.\nbasel can reach 100.0.13.0/24.\nThe subnet 100.0.25.0/24 is reachable from sofia.\nThe subnet 100.0.11.0/24 is reachable from paris.\ngeneva can reach 100.0.32.0/24.\n100.0.0.0/24 is accessible from amsterdam.\nConnectivity from luxembourg to 100.0.3.0/24 is established.\nzurich can reach 100.0.3.0/24.\nThe subnet 100.0.32.0/24 is reachable from amsterdam.\nbucharest can reach 100.0.14.0/24.\nThe subnet 100.0.8.0/24 is reachable from praha.\nwarsaw can reach 100.0.11.0/24.\n100.0.6.0/24 is accessible from milan.\nConnectivity from basel to 100.0.21.0/24 is established.\nConnectivity from athens to 100.0.32.0/24 is established.\n100.0.13.0/24 is accessible from roma.\nConnectivity from vienna to 100.0.24.0/24 is established.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\n100.0.10.0/24 is accessible from luxembourg.\nThe subnet 100.0.6.0/24 is reachable from frankfurt.\nTraffic originating from sofia can reach the subnet 100.0.32.0/24.\nConnectivity from amsterdam to 100.0.2.0/24 is established.\nistanbul can reach 100.0.14.0/24.\npraha can reach 100.0.11.0/24.\nbratislava can reach 100.0.4.0/24.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nTraffic originating from athens can reach the subnet 100.0.23.0/24.\nConnectivity from geneva to 100.0.9.0/24 is established.\n100.0.22.0/24 is accessible from praha.\nlyon can reach 100.0.29.0/24.\nTraffic originating from marseille can reach the subnet 100.0.31.0/24.\nbratislava can reach 100.0.8.0/24.\nzurich can reach 100.0.14.0/24.\nConnectivity from athens to 100.0.31.0/24 is established.\nluxembourg can reach 100.0.13.0/24.\nlyon can reach 100.0.15.0/24.\nConnectivity from praha to 100.0.14.0/24 is established.\nThe subnet 100.0.26.0/24 is reachable from geneva.\nTraffic originating from london can reach the subnet 100.0.14.0/24.\nTraffic originating from zurich can reach the subnet 100.0.15.0/24.\nTraffic originating from madrid can reach the subnet 100.0.0.0/24.\ngeneva can reach 100.0.10.0/24.\nlyon can reach 100.0.2.0/24.\nbudapest can reach 100.0.5.0/24.\nbarcelona can reach 100.0.9.0/24.\nThe subnet 100.0.6.0/24 is reachable from brussels.\nroma can reach 100.0.8.0/24.\n100.0.20.0/24 is accessible from amsterdam.\nConnectivity from strasbourg to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\", \"100.0.0.0/24\", \"100.0.32.0/24\", \"100.0.2.0/24\", \"100.0.20.0/24\"], \"vienna\": [\"100.0.11.0/24\", \"100.0.24.0/24\"], \"basel\": [\"100.0.13.0/24\", \"100.0.21.0/24\"], \"sofia\": [\"100.0.25.0/24\", \"100.0.32.0/24\"], \"paris\": [\"100.0.11.0/24\"], \"geneva\": [\"100.0.32.0/24\", \"100.0.9.0/24\", \"100.0.26.0/24\", \"100.0.10.0/24\"], \"luxembourg\": [\"100.0.3.0/24\", \"100.0.10.0/24\", \"100.0.13.0/24\"], \"zurich\": [\"100.0.3.0/24\", \"100.0.14.0/24\", \"100.0.15.0/24\"], \"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\", \"100.0.11.0/24\", \"100.0.22.0/24\", \"100.0.14.0/24\"], \"warsaw\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.6.0/24\"], \"athens\": [\"100.0.32.0/24\", \"100.0.23.0/24\", \"100.0.31.0/24\"], \"roma\": [\"100.0.13.0/24\", \"100.0.8.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.31.0/24\"], \"frankfurt\": [\"100.0.6.0/24\"], \"istanbul\": [\"100.0.14.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.15.0/24\", \"100.0.2.0/24\"], \"london\": [\"100.0.14.0/24\"], \"madrid\": [\"100.0.0.0/24\"], \"budapest\": [\"100.0.5.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.6.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.9.0/24 is established.\n100.0.13.0/24 is accessible from vienna.\nThe subnet 100.0.28.0/24 is reachable from vienna.\nsofia can reach 100.0.28.0/24.\n100.0.28.0/24 is accessible from strasbourg.\nbasel can reach 100.0.8.0/24.\nThe subnet 100.0.8.0/24 is reachable from madrid.\nTraffic originating from amsterdam can reach the subnet 100.0.22.0/24.\nConnectivity from warsaw to 100.0.0.0/24 is established.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\namsterdam can reach 100.0.23.0/24.\nbrussels can reach 100.0.0.0/24.\n100.0.3.0/24 is accessible from amsterdam.\nConnectivity from milan to 100.0.21.0/24 is established.\n100.0.6.0/24 is accessible from amsterdam.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nrotterdam can reach 100.0.3.0/24.\nathens can reach 100.0.21.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.3.0/24.\nmadrid can reach 100.0.22.0/24.\nThe subnet 100.0.22.0/24 is reachable from rotterdam.\nThe subnet 100.0.21.0/24 is reachable from paris.\nTraffic originating from basel can reach the subnet 100.0.2.0/24.\nThe subnet 100.0.28.0/24 is reachable from brussels.\nConnectivity from rotterdam to 100.0.32.0/24 is established.\nConnectivity from london to 100.0.3.0/24 is established.\nstrasbourg can reach 100.0.2.0/24.\nTraffic originating from milan can reach the subnet 100.0.31.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.32.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.15.0/24.\nTraffic originating from zurich can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.21.0/24 is reachable from frankfurt.\nConnectivity from madrid to 100.0.9.0/24 is established.\n100.0.27.0/24 is accessible from rotterdam.\nThe subnet 100.0.5.0/24 is reachable from kiev.\nTraffic originating from lyon can reach the subnet 100.0.25.0/24.\n100.0.6.0/24 is accessible from vienna.\n100.0.1.0/24 is accessible from istanbul.\nConnectivity from brussels to 100.0.15.0/24 is established.\n100.0.27.0/24 is accessible from marseille.\nTraffic originating from brussels can reach the subnet 100.0.23.0/24.\nwarsaw can reach 100.0.29.0/24.\nConnectivity from kiev to 100.0.31.0/24 is established.\nTraffic originating from luxembourg can reach the subnet 100.0.24.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.11.0/24.\nTraffic originating from istanbul can reach the subnet 100.0.6.0/24.\n100.0.1.0/24 is accessible from basel.\nTraffic originating from barcelona can reach the subnet 100.0.13.0/24.\nThe subnet 100.0.24.0/24 is reachable from basel.\nThe subnet 100.0.15.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\", \"100.0.21.0/24\"], \"vienna\": [\"100.0.13.0/24\", \"100.0.28.0/24\", \"100.0.6.0/24\"], \"sofia\": [\"100.0.28.0/24\"], \"strasbourg\": [\"100.0.28.0/24\", \"100.0.3.0/24\", \"100.0.2.0/24\"], \"basel\": [\"100.0.8.0/24\", \"100.0.2.0/24\", \"100.0.1.0/24\", \"100.0.24.0/24\"], \"madrid\": [\"100.0.8.0/24\", \"100.0.22.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.22.0/24\", \"100.0.23.0/24\", \"100.0.3.0/24\", \"100.0.6.0/24\"], \"warsaw\": [\"100.0.0.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\", \"100.0.21.0/24\"], \"brussels\": [\"100.0.0.0/24\", \"100.0.28.0/24\", \"100.0.15.0/24\", \"100.0.23.0/24\"], \"milan\": [\"100.0.21.0/24\", \"100.0.31.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.3.0/24\", \"100.0.22.0/24\", \"100.0.32.0/24\", \"100.0.27.0/24\"], \"paris\": [\"100.0.21.0/24\"], \"london\": [\"100.0.3.0/24\"], \"barcelona\": [\"100.0.32.0/24\", \"100.0.15.0/24\", \"100.0.13.0/24\"], \"zurich\": [\"100.0.26.0/24\"], \"kiev\": [\"100.0.5.0/24\", \"100.0.31.0/24\", \"100.0.15.0/24\"], \"lyon\": [\"100.0.25.0/24\"], \"istanbul\": [\"100.0.1.0/24\", \"100.0.6.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 100, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from amsterdam.\nvienna can reach 100.0.11.0/24.\nThe subnet 100.0.13.0/24 is reachable from basel.\nTraffic originating from sofia can reach the subnet 100.0.25.0/24.\nparis can reach 100.0.11.0/24.\ngeneva can reach 100.0.32.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.0.0/24.\n100.0.3.0/24 is accessible from luxembourg.\nThe subnet 100.0.3.0/24 is reachable from zurich.\nConnectivity from amsterdam to 100.0.32.0/24 is established.\n100.0.14.0/24 is accessible from bucharest.\n100.0.8.0/24 is accessible from praha.\n100.0.11.0/24 is accessible from warsaw.\nmilan can reach 100.0.6.0/24.\nbasel can reach 100.0.21.0/24.\nThe subnet 100.0.32.0/24 is reachable from athens.\nroma can reach 100.0.13.0/24.\nConnectivity from vienna to 100.0.24.0/24 is established.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nTraffic originating from luxembourg can reach the subnet 100.0.10.0/24.\nThe subnet 100.0.6.0/24 is reachable from frankfurt.\nThe subnet 100.0.32.0/24 is reachable from sofia.\namsterdam can reach 100.0.2.0/24.\n100.0.14.0/24 is accessible from istanbul.\nThe subnet 100.0.11.0/24 is reachable from praha.\nConnectivity from bratislava to 100.0.4.0/24 is established.\n100.0.4.0/24 is accessible from kiev.\nathens can reach 100.0.23.0/24.\ngeneva can reach 100.0.9.0/24.\n100.0.22.0/24 is accessible from praha.\nlyon can reach 100.0.29.0/24.\nThe subnet 100.0.31.0/24 is reachable from marseille.\nConnectivity from bratislava to 100.0.8.0/24 is established.\nThe subnet 100.0.14.0/24 is reachable from zurich.\nThe subnet 100.0.31.0/24 is reachable from athens.\nTraffic originating from luxembourg can reach the subnet 100.0.13.0/24.\n100.0.15.0/24 is accessible from lyon.\n100.0.14.0/24 is accessible from praha.\ngeneva can reach 100.0.26.0/24.\nlondon can reach 100.0.14.0/24.\n100.0.15.0/24 is accessible from zurich.\nmadrid can reach 100.0.0.0/24.\n100.0.10.0/24 is accessible from geneva.\n100.0.2.0/24 is accessible from lyon.\nConnectivity from budapest to 100.0.5.0/24 is established.\nThe subnet 100.0.9.0/24 is reachable from barcelona.\nConnectivity from brussels to 100.0.6.0/24 is established.\nConnectivity from roma to 100.0.8.0/24 is established.\nConnectivity from amsterdam to 100.0.20.0/24 is established.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTraffic originating from vienna can reach the subnet 100.0.13.0/24.\nvienna can reach 100.0.28.0/24.\nsofia can reach 100.0.28.0/24.\n100.0.28.0/24 is accessible from strasbourg.\n100.0.8.0/24 is accessible from basel.\nmadrid can reach 100.0.8.0/24.\n100.0.22.0/24 is accessible from amsterdam.\nTraffic originating from warsaw can reach the subnet 100.0.0.0/24.\nathens can reach 100.0.4.0/24.\nConnectivity from amsterdam to 100.0.23.0/24 is established.\nConnectivity from brussels to 100.0.0.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.3.0/24.\n100.0.21.0/24 is accessible from milan.\nTraffic originating from amsterdam can reach the subnet 100.0.6.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe subnet 100.0.3.0/24 is reachable from rotterdam.\nTraffic originating from athens can reach the subnet 100.0.21.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.3.0/24.\n100.0.22.0/24 is accessible from madrid.\nTraffic originating from rotterdam can reach the subnet 100.0.22.0/24.\nThe subnet 100.0.21.0/24 is reachable from paris.\nConnectivity from basel to 100.0.2.0/24 is established.\nThe subnet 100.0.28.0/24 is reachable from brussels.\nrotterdam can reach 100.0.32.0/24.\nConnectivity from london to 100.0.3.0/24 is established.\nThe subnet 100.0.2.0/24 is reachable from strasbourg.\nThe subnet 100.0.31.0/24 is reachable from milan.\n100.0.32.0/24 is accessible from barcelona.\nConnectivity from barcelona to 100.0.15.0/24 is established.\nThe subnet 100.0.26.0/24 is reachable from zurich.\nConnectivity from frankfurt to 100.0.21.0/24 is established.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nConnectivity from rotterdam to 100.0.27.0/24 is established.\nTraffic originating from kiev can reach the subnet 100.0.5.0/24.\nConnectivity from lyon to 100.0.25.0/24 is established.\nvienna can reach 100.0.6.0/24.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nConnectivity from brussels to 100.0.15.0/24 is established.\nThe subnet 100.0.27.0/24 is reachable from marseille.\nTraffic originating from brussels can reach the subnet 100.0.23.0/24.\n100.0.29.0/24 is accessible from warsaw.\n100.0.31.0/24 is accessible from kiev.\nConnectivity from luxembourg to 100.0.24.0/24 is established.\nluxembourg can reach 100.0.11.0/24.\nThe subnet 100.0.6.0/24 is reachable from istanbul.\nbasel can reach 100.0.1.0/24.\nbarcelona can reach 100.0.13.0/24.\nbasel can reach 100.0.24.0/24.\nConnectivity from kiev to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.25.0/24\", \"100.0.0.0/24\", \"100.0.32.0/24\", \"100.0.2.0/24\", \"100.0.20.0/24\", \"100.0.22.0/24\", \"100.0.23.0/24\", \"100.0.3.0/24\", \"100.0.6.0/24\"], \"vienna\": [\"100.0.11.0/24\", \"100.0.24.0/24\", \"100.0.13.0/24\", \"100.0.28.0/24\", \"100.0.6.0/24\"], \"basel\": [\"100.0.13.0/24\", \"100.0.21.0/24\", \"100.0.8.0/24\", \"100.0.2.0/24\", \"100.0.1.0/24\", \"100.0.24.0/24\"], \"sofia\": [\"100.0.25.0/24\", \"100.0.32.0/24\", \"100.0.28.0/24\"], \"paris\": [\"100.0.11.0/24\", \"100.0.21.0/24\"], \"geneva\": [\"100.0.32.0/24\", \"100.0.9.0/24\", \"100.0.26.0/24\", \"100.0.10.0/24\"], \"luxembourg\": [\"100.0.3.0/24\", \"100.0.10.0/24\", \"100.0.13.0/24\", \"100.0.24.0/24\", \"100.0.11.0/24\"], \"zurich\": [\"100.0.3.0/24\", \"100.0.14.0/24\", \"100.0.15.0/24\", \"100.0.26.0/24\"], \"bucharest\": [\"100.0.14.0/24\"], \"praha\": [\"100.0.8.0/24\", \"100.0.11.0/24\", \"100.0.22.0/24\", \"100.0.14.0/24\"], \"warsaw\": [\"100.0.11.0/24\", \"100.0.0.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.6.0/24\", \"100.0.21.0/24\", \"100.0.31.0/24\"], \"athens\": [\"100.0.32.0/24\", \"100.0.23.0/24\", \"100.0.31.0/24\", \"100.0.4.0/24\", \"100.0.21.0/24\"], \"roma\": [\"100.0.13.0/24\", \"100.0.8.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.31.0/24\", \"100.0.27.0/24\"], \"frankfurt\": [\"100.0.6.0/24\", \"100.0.9.0/24\", \"100.0.21.0/24\"], \"istanbul\": [\"100.0.14.0/24\", \"100.0.1.0/24\", \"100.0.6.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.8.0/24\"], \"kiev\": [\"100.0.4.0/24\", \"100.0.5.0/24\", \"100.0.31.0/24\", \"100.0.15.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.15.0/24\", \"100.0.2.0/24\", \"100.0.25.0/24\"], \"london\": [\"100.0.14.0/24\", \"100.0.3.0/24\"], \"madrid\": [\"100.0.0.0/24\", \"100.0.8.0/24\", \"100.0.22.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.5.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.32.0/24\", \"100.0.15.0/24\", \"100.0.13.0/24\"], \"brussels\": [\"100.0.6.0/24\", \"100.0.0.0/24\", \"100.0.28.0/24\", \"100.0.15.0/24\", \"100.0.23.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.28.0/24\", \"100.0.3.0/24\", \"100.0.2.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.3.0/24\", \"100.0.22.0/24\", \"100.0.32.0/24\", \"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.5.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"london\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.11.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 10, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 11, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 12, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 13, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 14, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 15, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 16, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.8.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 17, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 18, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 19, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.24.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 20, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 21, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 22, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 23, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 24, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 25, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 26, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 27, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.21.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 28, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 29, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 30, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.20.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 31, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.31.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 32, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 33, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.28.0/24 is accessible from frankfurt.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 34, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 35, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bratislava can reach 100.0.18.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 36, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 37, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.31.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 38, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "london can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 39, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 40, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.15.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 41, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.2.0/24 is established.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 42, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.27.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 43, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 44, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 45, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 46, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 47, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 48, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from kiev to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 49, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 50, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 51, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 52, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.21.0/24 is accessible from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 53, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.10.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 54, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 55, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 56, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 57, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 58, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 59, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 60, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 61, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.27.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 62, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 63, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.5.0/24 is accessible from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 64, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from budapest can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 65, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 66, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 67, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 68, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from kiev to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 69, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from madrid.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 70, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 71, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 72, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.2.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 73, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 74, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 75, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 76, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.22.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 77, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 78, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.2.0/24 is accessible from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 79, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 80, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.28.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 81, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 82, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.27.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 83, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 84, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.14.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 85, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from amsterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 86, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 87, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 88, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.6.0/24 is accessible from bratislava.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 89, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 90, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 91, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.9.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 92, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from amsterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 93, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.18.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 94, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 95, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.24.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 96, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 97, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from istanbul.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 98, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 99, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.8.0/24 is established.\nConnectivity from budapest to 100.0.5.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.23.0/24 is established.\nlondon can reach 100.0.3.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.23.0/24\"], \"london\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.10.0/24.\n100.0.8.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"milan\": [\"100.0.10.0/24\"], \"basel\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from athens.\nTraffic originating from rotterdam can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.11.0/24 is established.\nConnectivity from london to 100.0.24.0/24 is established.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.11.0/24\"], \"london\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.18.0/24 is established.\namsterdam can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.18.0/24\"], \"amsterdam\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from barcelona.\nTraffic originating from athens can reach the subnet 100.0.24.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.21.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.21.0/24\"], \"basel\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from luxembourg.\nTraffic originating from luxembourg can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from marseille.\nThe subnet 100.0.24.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.22.0/24\"], \"lyon\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 10, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.26.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 11, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.26.0/24 is established.\nConnectivity from basel to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.26.0/24\"], \"basel\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 12, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.6.0/24 is established.\nThe subnet 100.0.1.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.6.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 13, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from zurich.\n100.0.21.0/24 is accessible from basel.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 14, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.20.0/24.\nConnectivity from bratislava to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.20.0/24\"], \"bratislava\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 15, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.20.0/24 is established.\nConnectivity from strasbourg to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.20.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 16, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.23.0/24.\nConnectivity from frankfurt to 100.0.28.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.23.0/24\"], \"frankfurt\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 17, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 18, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from milan.\n100.0.31.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"milan\": [\"100.0.8.0/24\"], \"bucharest\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 19, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.6.0/24 is reachable from london.\nConnectivity from praha to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"london\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 20, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.15.0/24.\nThe subnet 100.0.2.0/24 is reachable from madrid.", "expected": "{\"reachability\": {\"athens\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.2.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 21, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.27.0/24 is reachable from sofia.\nThe subnet 100.0.8.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.27.0/24\"], \"barcelona\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 22, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from milan.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.22.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 23, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from budapest can reach the subnet 100.0.25.0/24.\nbudapest can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.25.0/24\", \"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 24, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from kiev.\nbarcelona can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.13.0/24\"], \"barcelona\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 25, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.32.0/24.\n100.0.1.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 26, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.21.0/24 is reachable from luxembourg.\nTraffic originating from brussels can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.21.0/24\"], \"brussels\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 27, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from budapest.\nTraffic originating from warsaw can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.14.0/24\"], \"warsaw\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 28, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.23.0/24.\nConnectivity from warsaw to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.23.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 29, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.24.0/24 is reachable from amsterdam.\nThe subnet 100.0.26.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.24.0/24\"], \"milan\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 30, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.14.0/24 is established.\nmarseille can reach 100.0.27.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.14.0/24\"], \"marseille\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 31, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.14.0/24.\nConnectivity from zurich to 100.0.5.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"], \"zurich\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 32, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.18.0/24 is reachable from budapest.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.18.0/24\"], \"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 33, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from rotterdam.\n100.0.6.0/24 is accessible from zurich.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.0.0/24\"], \"zurich\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 34, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from kiev.\nmadrid can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 35, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.26.0/24.\nConnectivity from lyon to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.26.0/24\"], \"lyon\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 36, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.2.0/24 is established.\nThe subnet 100.0.0.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 37, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.20.0/24 is accessible from athens.\nConnectivity from rotterdam to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.20.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 38, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from basel.\nlyon can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.22.0/24\"], \"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 39, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.2.0/24 is accessible from warsaw.\n100.0.31.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.2.0/24\"], \"geneva\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 40, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.28.0/24 is established.\nConnectivity from istanbul to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.28.0/24\"], \"istanbul\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 41, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from budapest can reach the subnet 100.0.27.0/24.\nThe subnet 100.0.14.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.27.0/24\"], \"milan\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 42, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.14.0/24.\namsterdam can reach 100.0.14.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.14.0/24\"], \"amsterdam\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 43, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.24.0/24.\n100.0.0.0/24 is accessible from kiev.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.24.0/24\"], \"kiev\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 44, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.6.0/24.\nThe subnet 100.0.15.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.6.0/24\"], \"warsaw\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 45, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from bucharest.\n100.0.9.0/24 is accessible from athens.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.13.0/24\"], \"athens\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 46, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.29.0/24.\nTraffic originating from praha can reach the subnet 100.0.18.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 47, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from zurich.\nbucharest can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.25.0/24\"], \"bucharest\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 48, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.0.0/24 is established.\nConnectivity from istanbul to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"london\": [\"100.0.0.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 49, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.26.0/24.\n100.0.9.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.8.0/24.\nConnectivity from budapest to 100.0.5.0/24 is established.\n100.0.23.0/24 is accessible from budapest.\nlondon can reach 100.0.3.0/24.\nTraffic originating from milan can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\", \"100.0.23.0/24\"], \"london\": [\"100.0.3.0/24\"], \"milan\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from basel.\n100.0.0.0/24 is accessible from athens.\nTraffic originating from rotterdam can reach the subnet 100.0.8.0/24.\nmarseille can reach 100.0.11.0/24.\n100.0.24.0/24 is accessible from london.", "expected": "{\"reachability\": {\"basel\": [\"100.0.8.0/24\"], \"athens\": [\"100.0.0.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"], \"marseille\": [\"100.0.11.0/24\"], \"london\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.18.0/24.\nConnectivity from amsterdam to 100.0.6.0/24 is established.\n100.0.29.0/24 is accessible from barcelona.\nThe subnet 100.0.24.0/24 is reachable from athens.\nThe subnet 100.0.21.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"basel\": [\"100.0.18.0/24\"], \"amsterdam\": [\"100.0.6.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.24.0/24\"], \"strasbourg\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.13.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.8.0/24.\n100.0.25.0/24 is accessible from luxembourg.\n100.0.22.0/24 is accessible from marseille.\n100.0.24.0/24 is accessible from lyon.", "expected": "{\"reachability\": {\"basel\": [\"100.0.13.0/24\"], \"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"lyon\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nThe subnet 100.0.26.0/24 is reachable from athens.\nbasel can reach 100.0.10.0/24.\nConnectivity from milan to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\", \"100.0.10.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from milan.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe subnet 100.0.21.0/24 is reachable from basel.\nbasel can reach 100.0.20.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.21.0/24\", \"100.0.20.0/24\"], \"bratislava\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.20.0/24.\n100.0.31.0/24 is accessible from strasbourg.\nbarcelona can reach 100.0.23.0/24.\nConnectivity from frankfurt to 100.0.28.0/24 is established.\nTraffic originating from rotterdam can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.20.0/24\", \"100.0.23.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"frankfurt\": [\"100.0.28.0/24\"], \"rotterdam\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.18.0/24 is reachable from bratislava.\nThe subnet 100.0.8.0/24 is reachable from milan.\n100.0.31.0/24 is accessible from bucharest.\n100.0.6.0/24 is accessible from london.\n100.0.0.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.18.0/24\"], \"milan\": [\"100.0.8.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"london\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.15.0/24.\n100.0.2.0/24 is accessible from madrid.\nConnectivity from sofia to 100.0.27.0/24 is established.\nbarcelona can reach 100.0.8.0/24.\n100.0.22.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"athens\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.2.0/24\"], \"sofia\": [\"100.0.27.0/24\"], \"barcelona\": [\"100.0.8.0/24\"], \"milan\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.1.0/24 is established.\nConnectivity from budapest to 100.0.25.0/24 is established.\nThe subnet 100.0.10.0/24 is reachable from budapest.\nThe subnet 100.0.13.0/24 is reachable from kiev.\n100.0.15.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.25.0/24\", \"100.0.10.0/24\"], \"kiev\": [\"100.0.13.0/24\"], \"barcelona\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 10, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from budapest.\n100.0.1.0/24 is accessible from sofia.\nluxembourg can reach 100.0.21.0/24.\nTraffic originating from brussels can reach the subnet 100.0.10.0/24.\nThe subnet 100.0.14.0/24 is reachable from budapest.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\", \"100.0.14.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.21.0/24\"], \"brussels\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 11, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from warsaw.\nkiev can reach 100.0.23.0/24.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTraffic originating from amsterdam can reach the subnet 100.0.24.0/24.\nTraffic originating from milan can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.20.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.23.0/24\"], \"amsterdam\": [\"100.0.24.0/24\"], \"milan\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 12, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.14.0/24.\nConnectivity from marseille to 100.0.27.0/24 is established.\nTraffic originating from praha can reach the subnet 100.0.14.0/24.\nConnectivity from zurich to 100.0.5.0/24 is established.\n100.0.18.0/24 is accessible from budapest.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.14.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"zurich\": [\"100.0.5.0/24\"], \"budapest\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 13, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.25.0/24.\nThe subnet 100.0.0.0/24 is reachable from rotterdam.\nTraffic originating from zurich can reach the subnet 100.0.6.0/24.\n100.0.15.0/24 is accessible from kiev.\nConnectivity from madrid to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.25.0/24\"], \"rotterdam\": [\"100.0.0.0/24\"], \"zurich\": [\"100.0.6.0/24\"], \"kiev\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 14, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from bucharest.\nConnectivity from lyon to 100.0.9.0/24 is established.\nbarcelona can reach 100.0.2.0/24.\nConnectivity from milan to 100.0.0.0/24 is established.\nTraffic originating from athens can reach the subnet 100.0.20.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.26.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 15, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.1.0/24.\n100.0.22.0/24 is accessible from basel.\n100.0.29.0/24 is accessible from lyon.\nwarsaw can reach 100.0.2.0/24.\nTraffic originating from geneva can reach the subnet 100.0.31.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.22.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.2.0/24\"], \"geneva\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 16, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.28.0/24 is established.\nistanbul can reach 100.0.26.0/24.\nConnectivity from budapest to 100.0.27.0/24 is established.\nmilan can reach 100.0.14.0/24.\nConnectivity from lyon to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.28.0/24\"], \"istanbul\": [\"100.0.26.0/24\"], \"budapest\": [\"100.0.27.0/24\"], \"milan\": [\"100.0.14.0/24\"], \"lyon\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 17, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.14.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.24.0/24.\n100.0.0.0/24 is accessible from kiev.\nbratislava can reach 100.0.6.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.14.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.6.0/24\"], \"warsaw\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 18, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.13.0/24.\nThe subnet 100.0.9.0/24 is reachable from athens.\namsterdam can reach 100.0.29.0/24.\nTraffic originating from praha can reach the subnet 100.0.18.0/24.\nzurich can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.13.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.18.0/24\"], \"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 19, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.24.0/24 is reachable from bucharest.\nlondon can reach 100.0.0.0/24.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\n100.0.26.0/24 is accessible from madrid.\nConnectivity from milan to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.24.0/24\"], \"london\": [\"100.0.0.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.8.0/24 is established.\nThe subnet 100.0.5.0/24 is reachable from budapest.\n100.0.23.0/24 is accessible from budapest.\nThe subnet 100.0.3.0/24 is reachable from london.\nmilan can reach 100.0.10.0/24.\nbasel can reach 100.0.8.0/24.\nThe subnet 100.0.0.0/24 is reachable from athens.\nrotterdam can reach 100.0.8.0/24.\nTraffic originating from marseille can reach the subnet 100.0.11.0/24.\nThe subnet 100.0.24.0/24 is reachable from london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\", \"100.0.23.0/24\"], \"london\": [\"100.0.3.0/24\", \"100.0.24.0/24\"], \"milan\": [\"100.0.10.0/24\"], \"basel\": [\"100.0.8.0/24\"], \"athens\": [\"100.0.0.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"], \"marseille\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.18.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.6.0/24.\nbarcelona can reach 100.0.29.0/24.\nThe subnet 100.0.24.0/24 is reachable from athens.\nTraffic originating from strasbourg can reach the subnet 100.0.21.0/24.\nbasel can reach 100.0.13.0/24.\nConnectivity from luxembourg to 100.0.8.0/24 is established.\nThe subnet 100.0.25.0/24 is reachable from luxembourg.\nmarseille can reach 100.0.22.0/24.\n100.0.24.0/24 is accessible from lyon.", "expected": "{\"reachability\": {\"basel\": [\"100.0.18.0/24\", \"100.0.13.0/24\"], \"amsterdam\": [\"100.0.6.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.24.0/24\"], \"strasbourg\": [\"100.0.21.0/24\"], \"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"lyon\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from basel.\n100.0.1.0/24 is accessible from frankfurt.\n100.0.26.0/24 is accessible from athens.\nbasel can reach 100.0.10.0/24.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nConnectivity from zurich to 100.0.4.0/24 is established.\n100.0.21.0/24 is accessible from basel.\nThe subnet 100.0.20.0/24 is reachable from basel.\n100.0.1.0/24 is accessible from bratislava.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\", \"100.0.10.0/24\", \"100.0.21.0/24\", \"100.0.20.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.6.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from barcelona.\nThe subnet 100.0.31.0/24 is reachable from strasbourg.\nTraffic originating from barcelona can reach the subnet 100.0.23.0/24.\nConnectivity from frankfurt to 100.0.28.0/24 is established.\nConnectivity from rotterdam to 100.0.23.0/24 is established.\nConnectivity from bratislava to 100.0.18.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.8.0/24.\nThe subnet 100.0.31.0/24 is reachable from bucharest.\n100.0.6.0/24 is accessible from london.\npraha can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.20.0/24\", \"100.0.23.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"frankfurt\": [\"100.0.28.0/24\"], \"rotterdam\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.18.0/24\"], \"milan\": [\"100.0.8.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"london\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.15.0/24.\nmadrid can reach 100.0.2.0/24.\nConnectivity from sofia to 100.0.27.0/24 is established.\nThe subnet 100.0.8.0/24 is reachable from barcelona.\nThe subnet 100.0.22.0/24 is reachable from milan.\nathens can reach 100.0.1.0/24.\nThe subnet 100.0.25.0/24 is reachable from budapest.\nConnectivity from budapest to 100.0.10.0/24 is established.\n100.0.13.0/24 is accessible from kiev.\nTraffic originating from barcelona can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.15.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.2.0/24\"], \"sofia\": [\"100.0.27.0/24\"], \"barcelona\": [\"100.0.8.0/24\", \"100.0.15.0/24\"], \"milan\": [\"100.0.22.0/24\"], \"budapest\": [\"100.0.25.0/24\", \"100.0.10.0/24\"], \"kiev\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.32.0/24 is established.\n100.0.1.0/24 is accessible from sofia.\n100.0.21.0/24 is accessible from luxembourg.\nbrussels can reach 100.0.10.0/24.\nTraffic originating from budapest can reach the subnet 100.0.14.0/24.\nConnectivity from warsaw to 100.0.20.0/24 is established.\nkiev can reach 100.0.23.0/24.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTraffic originating from amsterdam can reach the subnet 100.0.24.0/24.\nTraffic originating from milan can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\", \"100.0.14.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.21.0/24\"], \"brussels\": [\"100.0.10.0/24\"], \"warsaw\": [\"100.0.20.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.23.0/24\"], \"amsterdam\": [\"100.0.24.0/24\"], \"milan\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from luxembourg.\nmarseille can reach 100.0.27.0/24.\n100.0.14.0/24 is accessible from praha.\nTraffic originating from zurich can reach the subnet 100.0.5.0/24.\nConnectivity from budapest to 100.0.18.0/24 is established.\nThe subnet 100.0.25.0/24 is reachable from barcelona.\nThe subnet 100.0.0.0/24 is reachable from rotterdam.\nConnectivity from zurich to 100.0.6.0/24 is established.\nConnectivity from kiev to 100.0.15.0/24 is established.\n100.0.10.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.14.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"zurich\": [\"100.0.5.0/24\", \"100.0.6.0/24\"], \"budapest\": [\"100.0.18.0/24\"], \"barcelona\": [\"100.0.25.0/24\"], \"rotterdam\": [\"100.0.0.0/24\"], \"kiev\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from bucharest.\nConnectivity from lyon to 100.0.9.0/24 is established.\n100.0.2.0/24 is accessible from barcelona.\nThe subnet 100.0.0.0/24 is reachable from milan.\nTraffic originating from athens can reach the subnet 100.0.20.0/24.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\n100.0.22.0/24 is accessible from basel.\nConnectivity from lyon to 100.0.29.0/24 is established.\nTraffic originating from warsaw can reach the subnet 100.0.2.0/24.\nThe subnet 100.0.31.0/24 is reachable from geneva.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.26.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.2.0/24\"], \"milan\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.20.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.22.0/24\"], \"warsaw\": [\"100.0.2.0/24\"], \"geneva\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.28.0/24 is established.\nistanbul can reach 100.0.26.0/24.\nbudapest can reach 100.0.27.0/24.\n100.0.14.0/24 is accessible from milan.\nConnectivity from lyon to 100.0.14.0/24 is established.\nConnectivity from amsterdam to 100.0.14.0/24 is established.\nstrasbourg can reach 100.0.24.0/24.\n100.0.0.0/24 is accessible from kiev.\n100.0.6.0/24 is accessible from bratislava.\n100.0.15.0/24 is accessible from warsaw.", "expected": "{\"reachability\": {\"athens\": [\"100.0.28.0/24\"], \"istanbul\": [\"100.0.26.0/24\"], \"budapest\": [\"100.0.27.0/24\"], \"milan\": [\"100.0.14.0/24\"], \"lyon\": [\"100.0.14.0/24\"], \"amsterdam\": [\"100.0.14.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.6.0/24\"], \"warsaw\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.13.0/24 is established.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\n100.0.29.0/24 is accessible from amsterdam.\n100.0.18.0/24 is accessible from praha.\n100.0.25.0/24 is accessible from zurich.\nTraffic originating from bucharest can reach the subnet 100.0.24.0/24.\nTraffic originating from london can reach the subnet 100.0.0.0/24.\nConnectivity from istanbul to 100.0.9.0/24 is established.\nmadrid can reach 100.0.26.0/24.\n100.0.9.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.13.0/24\", \"100.0.24.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.18.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"london\": [\"100.0.0.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from paris.\nTraffic originating from budapest can reach the subnet 100.0.5.0/24.\nTraffic originating from budapest can reach the subnet 100.0.23.0/24.\nThe subnet 100.0.3.0/24 is reachable from london.\nConnectivity from milan to 100.0.10.0/24 is established.\nThe subnet 100.0.8.0/24 is reachable from basel.\nConnectivity from athens to 100.0.0.0/24 is established.\nConnectivity from rotterdam to 100.0.8.0/24 is established.\nTraffic originating from marseille can reach the subnet 100.0.11.0/24.\n100.0.24.0/24 is accessible from london.\nThe subnet 100.0.18.0/24 is reachable from basel.\namsterdam can reach 100.0.6.0/24.\n100.0.29.0/24 is accessible from barcelona.\nThe subnet 100.0.24.0/24 is reachable from athens.\nConnectivity from strasbourg to 100.0.21.0/24 is established.\nThe subnet 100.0.13.0/24 is reachable from basel.\n100.0.8.0/24 is accessible from luxembourg.\nTraffic originating from luxembourg can reach the subnet 100.0.25.0/24.\n100.0.22.0/24 is accessible from marseille.\n100.0.24.0/24 is accessible from lyon.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\", \"100.0.23.0/24\"], \"london\": [\"100.0.3.0/24\", \"100.0.24.0/24\"], \"milan\": [\"100.0.10.0/24\"], \"basel\": [\"100.0.8.0/24\", \"100.0.18.0/24\", \"100.0.13.0/24\"], \"athens\": [\"100.0.0.0/24\", \"100.0.24.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"], \"marseille\": [\"100.0.11.0/24\", \"100.0.22.0/24\"], \"amsterdam\": [\"100.0.6.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.21.0/24\"], \"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\"], \"lyon\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from basel.\nfrankfurt can reach 100.0.1.0/24.\nConnectivity from athens to 100.0.26.0/24 is established.\nTraffic originating from basel can reach the subnet 100.0.10.0/24.\n100.0.6.0/24 is accessible from milan.\n100.0.1.0/24 is accessible from milan.\nzurich can reach 100.0.4.0/24.\nConnectivity from basel to 100.0.21.0/24 is established.\nThe subnet 100.0.20.0/24 is reachable from basel.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nThe subnet 100.0.20.0/24 is reachable from barcelona.\nTraffic originating from strasbourg can reach the subnet 100.0.31.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.23.0/24.\n100.0.28.0/24 is accessible from frankfurt.\nrotterdam can reach 100.0.23.0/24.\nThe subnet 100.0.18.0/24 is reachable from bratislava.\n100.0.8.0/24 is accessible from milan.\n100.0.31.0/24 is accessible from bucharest.\nConnectivity from london to 100.0.6.0/24 is established.\npraha can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.26.0/24\", \"100.0.10.0/24\", \"100.0.21.0/24\", \"100.0.20.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.28.0/24\"], \"athens\": [\"100.0.26.0/24\"], \"milan\": [\"100.0.6.0/24\", \"100.0.1.0/24\", \"100.0.8.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.18.0/24\"], \"barcelona\": [\"100.0.20.0/24\", \"100.0.23.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"rotterdam\": [\"100.0.23.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"london\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.15.0/24 is accessible from athens.\nmadrid can reach 100.0.2.0/24.\nConnectivity from sofia to 100.0.27.0/24 is established.\nTraffic originating from barcelona can reach the subnet 100.0.8.0/24.\nConnectivity from milan to 100.0.22.0/24 is established.\n100.0.1.0/24 is accessible from athens.\nConnectivity from budapest to 100.0.25.0/24 is established.\nThe subnet 100.0.10.0/24 is reachable from budapest.\nConnectivity from kiev to 100.0.13.0/24 is established.\n100.0.15.0/24 is accessible from barcelona.\nbudapest can reach 100.0.32.0/24.\nConnectivity from sofia to 100.0.1.0/24 is established.\nConnectivity from luxembourg to 100.0.21.0/24 is established.\nConnectivity from brussels to 100.0.10.0/24 is established.\nConnectivity from budapest to 100.0.14.0/24 is established.\nConnectivity from warsaw to 100.0.20.0/24 is established.\nTraffic originating from kiev can reach the subnet 100.0.23.0/24.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nThe subnet 100.0.24.0/24 is reachable from amsterdam.\nTraffic originating from milan can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.15.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.2.0/24\"], \"sofia\": [\"100.0.27.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.8.0/24\", \"100.0.15.0/24\"], \"milan\": [\"100.0.22.0/24\", \"100.0.26.0/24\"], \"budapest\": [\"100.0.25.0/24\", \"100.0.10.0/24\", \"100.0.32.0/24\", \"100.0.14.0/24\"], \"kiev\": [\"100.0.13.0/24\", \"100.0.23.0/24\"], \"luxembourg\": [\"100.0.21.0/24\"], \"brussels\": [\"100.0.10.0/24\"], \"warsaw\": [\"100.0.20.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.14.0/24.\nConnectivity from marseille to 100.0.27.0/24 is established.\nConnectivity from praha to 100.0.14.0/24 is established.\nThe subnet 100.0.5.0/24 is reachable from zurich.\nTraffic originating from budapest can reach the subnet 100.0.18.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.\nConnectivity from rotterdam to 100.0.0.0/24 is established.\n100.0.6.0/24 is accessible from zurich.\nThe subnet 100.0.15.0/24 is reachable from kiev.\nTraffic originating from madrid can reach the subnet 100.0.10.0/24.\nThe subnet 100.0.26.0/24 is reachable from bucharest.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nThe subnet 100.0.2.0/24 is reachable from barcelona.\nmilan can reach 100.0.0.0/24.\n100.0.20.0/24 is accessible from athens.\nrotterdam can reach 100.0.1.0/24.\nTraffic originating from basel can reach the subnet 100.0.22.0/24.\n100.0.29.0/24 is accessible from lyon.\n100.0.2.0/24 is accessible from warsaw.\n100.0.31.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.14.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"zurich\": [\"100.0.5.0/24\", \"100.0.6.0/24\"], \"budapest\": [\"100.0.18.0/24\"], \"barcelona\": [\"100.0.25.0/24\", \"100.0.2.0/24\"], \"rotterdam\": [\"100.0.0.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.15.0/24\"], \"madrid\": [\"100.0.10.0/24\"], \"bucharest\": [\"100.0.26.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.20.0/24\"], \"basel\": [\"100.0.22.0/24\"], \"warsaw\": [\"100.0.2.0/24\"], \"geneva\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.28.0/24 is reachable from athens.\nConnectivity from istanbul to 100.0.26.0/24 is established.\nTraffic originating from budapest can reach the subnet 100.0.27.0/24.\n100.0.14.0/24 is accessible from milan.\nThe subnet 100.0.14.0/24 is reachable from lyon.\nTraffic originating from amsterdam can reach the subnet 100.0.14.0/24.\nstrasbourg can reach 100.0.24.0/24.\nThe subnet 100.0.0.0/24 is reachable from kiev.\nbratislava can reach 100.0.6.0/24.\nConnectivity from warsaw to 100.0.15.0/24 is established.\n100.0.13.0/24 is accessible from bucharest.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\n100.0.29.0/24 is accessible from amsterdam.\nConnectivity from praha to 100.0.18.0/24 is established.\n100.0.25.0/24 is accessible from zurich.\nThe subnet 100.0.24.0/24 is reachable from bucharest.\nThe subnet 100.0.0.0/24 is reachable from london.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nmadrid can reach 100.0.26.0/24.\nmilan can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.28.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.26.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.27.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.14.0/24\"], \"amsterdam\": [\"100.0.14.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.6.0/24\"], \"warsaw\": [\"100.0.15.0/24\"], \"bucharest\": [\"100.0.13.0/24\", \"100.0.24.0/24\"], \"praha\": [\"100.0.18.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"london\": [\"100.0.0.0/24\"], \"madrid\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from paris.\nThe subnet 100.0.5.0/24 is reachable from budapest.\nbudapest can reach 100.0.23.0/24.\nTraffic originating from london can reach the subnet 100.0.3.0/24.\nTraffic originating from milan can reach the subnet 100.0.10.0/24.\nThe subnet 100.0.8.0/24 is reachable from basel.\nThe subnet 100.0.0.0/24 is reachable from athens.\nConnectivity from rotterdam to 100.0.8.0/24 is established.\nConnectivity from marseille to 100.0.11.0/24 is established.\nlondon can reach 100.0.24.0/24.\nThe subnet 100.0.18.0/24 is reachable from basel.\n100.0.6.0/24 is accessible from amsterdam.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nathens can reach 100.0.24.0/24.\nThe subnet 100.0.21.0/24 is reachable from strasbourg.\nbasel can reach 100.0.13.0/24.\n100.0.8.0/24 is accessible from luxembourg.\n100.0.25.0/24 is accessible from luxembourg.\nmarseille can reach 100.0.22.0/24.\nTraffic originating from lyon can reach the subnet 100.0.24.0/24.\nConnectivity from basel to 100.0.26.0/24 is established.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\n100.0.26.0/24 is accessible from athens.\nConnectivity from basel to 100.0.10.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\", \"100.0.23.0/24\"], \"london\": [\"100.0.3.0/24\", \"100.0.24.0/24\"], \"milan\": [\"100.0.10.0/24\", \"100.0.6.0/24\"], \"basel\": [\"100.0.8.0/24\", \"100.0.18.0/24\", \"100.0.13.0/24\", \"100.0.26.0/24\", \"100.0.10.0/24\"], \"athens\": [\"100.0.0.0/24\", \"100.0.24.0/24\", \"100.0.26.0/24\"], \"rotterdam\": [\"100.0.8.0/24\"], \"marseille\": [\"100.0.11.0/24\", \"100.0.22.0/24\"], \"amsterdam\": [\"100.0.6.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.21.0/24\"], \"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\"], \"lyon\": [\"100.0.24.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from milan.\nzurich can reach 100.0.4.0/24.\nTraffic originating from basel can reach the subnet 100.0.21.0/24.\nConnectivity from basel to 100.0.20.0/24 is established.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\n100.0.20.0/24 is accessible from barcelona.\nTraffic originating from strasbourg can reach the subnet 100.0.31.0/24.\nbarcelona can reach 100.0.23.0/24.\nfrankfurt can reach 100.0.28.0/24.\nrotterdam can reach 100.0.23.0/24.\nThe subnet 100.0.18.0/24 is reachable from bratislava.\n100.0.8.0/24 is accessible from milan.\nConnectivity from bucharest to 100.0.31.0/24 is established.\nlondon can reach 100.0.6.0/24.\npraha can reach 100.0.0.0/24.\nConnectivity from athens to 100.0.15.0/24 is established.\n100.0.2.0/24 is accessible from madrid.\nsofia can reach 100.0.27.0/24.\nbarcelona can reach 100.0.8.0/24.\n100.0.22.0/24 is accessible from milan.\nathens can reach 100.0.1.0/24.\nbudapest can reach 100.0.25.0/24.\nbudapest can reach 100.0.10.0/24.\n100.0.13.0/24 is accessible from kiev.\nConnectivity from barcelona to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\", \"100.0.8.0/24\", \"100.0.22.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.21.0/24\", \"100.0.20.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.18.0/24\"], \"barcelona\": [\"100.0.20.0/24\", \"100.0.23.0/24\", \"100.0.8.0/24\", \"100.0.15.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"frankfurt\": [\"100.0.28.0/24\"], \"rotterdam\": [\"100.0.23.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"london\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.0.0/24\"], \"athens\": [\"100.0.15.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.2.0/24\"], \"sofia\": [\"100.0.27.0/24\"], \"budapest\": [\"100.0.25.0/24\", \"100.0.10.0/24\"], \"kiev\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from budapest.\n100.0.1.0/24 is accessible from sofia.\n100.0.21.0/24 is accessible from luxembourg.\nConnectivity from brussels to 100.0.10.0/24 is established.\nbudapest can reach 100.0.14.0/24.\n100.0.20.0/24 is accessible from warsaw.\n100.0.23.0/24 is accessible from kiev.\nConnectivity from warsaw to 100.0.1.0/24 is established.\namsterdam can reach 100.0.24.0/24.\nmilan can reach 100.0.26.0/24.\nConnectivity from luxembourg to 100.0.14.0/24 is established.\nConnectivity from marseille to 100.0.27.0/24 is established.\nTraffic originating from praha can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.5.0/24 is reachable from zurich.\n100.0.18.0/24 is accessible from budapest.\nbarcelona can reach 100.0.25.0/24.\nConnectivity from rotterdam to 100.0.0.0/24 is established.\n100.0.6.0/24 is accessible from zurich.\nConnectivity from kiev to 100.0.15.0/24 is established.\nTraffic originating from madrid can reach the subnet 100.0.10.0/24.\nTraffic originating from bucharest can reach the subnet 100.0.26.0/24.\nlyon can reach 100.0.9.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.2.0/24.\n100.0.0.0/24 is accessible from milan.\nThe subnet 100.0.20.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\", \"100.0.14.0/24\", \"100.0.18.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.21.0/24\", \"100.0.14.0/24\"], \"brussels\": [\"100.0.10.0/24\"], \"warsaw\": [\"100.0.20.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.23.0/24\", \"100.0.15.0/24\"], \"amsterdam\": [\"100.0.24.0/24\"], \"milan\": [\"100.0.26.0/24\", \"100.0.0.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"zurich\": [\"100.0.5.0/24\", \"100.0.6.0/24\"], \"barcelona\": [\"100.0.25.0/24\", \"100.0.2.0/24\"], \"rotterdam\": [\"100.0.0.0/24\"], \"madrid\": [\"100.0.10.0/24\"], \"bucharest\": [\"100.0.26.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.1.0/24 is established.\n100.0.22.0/24 is accessible from basel.\n100.0.29.0/24 is accessible from lyon.\nwarsaw can reach 100.0.2.0/24.\nTraffic originating from geneva can reach the subnet 100.0.31.0/24.\nathens can reach 100.0.28.0/24.\nConnectivity from istanbul to 100.0.26.0/24 is established.\nThe subnet 100.0.27.0/24 is reachable from budapest.\nConnectivity from milan to 100.0.14.0/24 is established.\nTraffic originating from lyon can reach the subnet 100.0.14.0/24.\nConnectivity from amsterdam to 100.0.14.0/24 is established.\nstrasbourg can reach 100.0.24.0/24.\n100.0.0.0/24 is accessible from kiev.\nTraffic originating from bratislava can reach the subnet 100.0.6.0/24.\nwarsaw can reach 100.0.15.0/24.\nConnectivity from bucharest to 100.0.13.0/24 is established.\n100.0.9.0/24 is accessible from athens.\n100.0.29.0/24 is accessible from amsterdam.\nConnectivity from praha to 100.0.18.0/24 is established.\nzurich can reach 100.0.25.0/24.\nThe subnet 100.0.24.0/24 is reachable from bucharest.\nlondon can reach 100.0.0.0/24.\nistanbul can reach 100.0.9.0/24.\nTraffic originating from madrid can reach the subnet 100.0.26.0/24.\nConnectivity from milan to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.22.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.14.0/24\"], \"warsaw\": [\"100.0.2.0/24\", \"100.0.15.0/24\"], \"geneva\": [\"100.0.31.0/24\"], \"athens\": [\"100.0.28.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.26.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.27.0/24\"], \"milan\": [\"100.0.14.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.14.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"bratislava\": [\"100.0.6.0/24\"], \"bucharest\": [\"100.0.13.0/24\", \"100.0.24.0/24\"], \"praha\": [\"100.0.18.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"london\": [\"100.0.0.0/24\"], \"madrid\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from paris.\nTraffic originating from budapest can reach the subnet 100.0.5.0/24.\nConnectivity from budapest to 100.0.23.0/24 is established.\n100.0.3.0/24 is accessible from london.\nmilan can reach 100.0.10.0/24.\n100.0.8.0/24 is accessible from basel.\nTraffic originating from athens can reach the subnet 100.0.0.0/24.\nThe subnet 100.0.8.0/24 is reachable from rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.11.0/24.\n100.0.24.0/24 is accessible from london.\nTraffic originating from basel can reach the subnet 100.0.18.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.6.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nConnectivity from athens to 100.0.24.0/24 is established.\n100.0.21.0/24 is accessible from strasbourg.\nThe subnet 100.0.13.0/24 is reachable from basel.\nConnectivity from luxembourg to 100.0.8.0/24 is established.\nConnectivity from luxembourg to 100.0.25.0/24 is established.\nThe subnet 100.0.22.0/24 is reachable from marseille.\n100.0.24.0/24 is accessible from lyon.\nbasel can reach 100.0.26.0/24.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nThe subnet 100.0.26.0/24 is reachable from athens.\nbasel can reach 100.0.10.0/24.\nmilan can reach 100.0.6.0/24.\nThe subnet 100.0.1.0/24 is reachable from milan.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe subnet 100.0.21.0/24 is reachable from basel.\nThe subnet 100.0.20.0/24 is reachable from basel.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nConnectivity from barcelona to 100.0.20.0/24 is established.\nstrasbourg can reach 100.0.31.0/24.\nConnectivity from barcelona to 100.0.23.0/24 is established.\n100.0.28.0/24 is accessible from frankfurt.\nConnectivity from rotterdam to 100.0.23.0/24 is established.\nbratislava can reach 100.0.18.0/24.\nTraffic originating from milan can reach the subnet 100.0.8.0/24.\nConnectivity from bucharest to 100.0.31.0/24 is established.\nThe subnet 100.0.6.0/24 is reachable from london.\n100.0.0.0/24 is accessible from praha.\n100.0.15.0/24 is accessible from athens.\nThe subnet 100.0.2.0/24 is reachable from madrid.\nThe subnet 100.0.27.0/24 is reachable from sofia.\nTraffic originating from barcelona can reach the subnet 100.0.8.0/24.\nTraffic originating from milan can reach the subnet 100.0.22.0/24.\nathens can reach 100.0.1.0/24.\nConnectivity from budapest to 100.0.25.0/24 is established.\nbudapest can reach 100.0.10.0/24.\nConnectivity from kiev to 100.0.13.0/24 is established.\n100.0.15.0/24 is accessible from barcelona.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\", \"100.0.23.0/24\", \"100.0.25.0/24\", \"100.0.10.0/24\"], \"london\": [\"100.0.3.0/24\", \"100.0.24.0/24\", \"100.0.6.0/24\"], \"milan\": [\"100.0.10.0/24\", \"100.0.6.0/24\", \"100.0.1.0/24\", \"100.0.8.0/24\", \"100.0.22.0/24\"], \"basel\": [\"100.0.8.0/24\", \"100.0.18.0/24\", \"100.0.13.0/24\", \"100.0.26.0/24\", \"100.0.10.0/24\", \"100.0.21.0/24\", \"100.0.20.0/24\"], \"athens\": [\"100.0.0.0/24\", \"100.0.24.0/24\", \"100.0.26.0/24\", \"100.0.15.0/24\", \"100.0.1.0/24\"], \"rotterdam\": [\"100.0.8.0/24\", \"100.0.23.0/24\"], \"marseille\": [\"100.0.11.0/24\", \"100.0.22.0/24\"], \"amsterdam\": [\"100.0.6.0/24\"], \"barcelona\": [\"100.0.29.0/24\", \"100.0.20.0/24\", \"100.0.23.0/24\", \"100.0.8.0/24\", \"100.0.15.0/24\"], \"strasbourg\": [\"100.0.21.0/24\", \"100.0.31.0/24\"], \"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\"], \"lyon\": [\"100.0.24.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.28.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.18.0/24\"], \"bucharest\": [\"100.0.31.0/24\"], \"praha\": [\"100.0.0.0/24\"], \"madrid\": [\"100.0.2.0/24\"], \"sofia\": [\"100.0.27.0/24\"], \"kiev\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.32.0/24.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\n100.0.21.0/24 is accessible from luxembourg.\nThe subnet 100.0.10.0/24 is reachable from brussels.\nbudapest can reach 100.0.14.0/24.\n100.0.20.0/24 is accessible from warsaw.\nThe subnet 100.0.23.0/24 is reachable from kiev.\nwarsaw can reach 100.0.1.0/24.\namsterdam can reach 100.0.24.0/24.\n100.0.26.0/24 is accessible from milan.\n100.0.14.0/24 is accessible from luxembourg.\n100.0.27.0/24 is accessible from marseille.\nConnectivity from praha to 100.0.14.0/24 is established.\nzurich can reach 100.0.5.0/24.\nThe subnet 100.0.18.0/24 is reachable from budapest.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.\nrotterdam can reach 100.0.0.0/24.\n100.0.6.0/24 is accessible from zurich.\nkiev can reach 100.0.15.0/24.\nmadrid can reach 100.0.10.0/24.\n100.0.26.0/24 is accessible from bucharest.\nConnectivity from lyon to 100.0.9.0/24 is established.\nConnectivity from barcelona to 100.0.2.0/24 is established.\nConnectivity from milan to 100.0.0.0/24 is established.\nTraffic originating from athens can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nConnectivity from basel to 100.0.22.0/24 is established.\nlyon can reach 100.0.29.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.2.0/24.\nTraffic originating from geneva can reach the subnet 100.0.31.0/24.\nathens can reach 100.0.28.0/24.\nTraffic originating from istanbul can reach the subnet 100.0.26.0/24.\nbudapest can reach 100.0.27.0/24.\nTraffic originating from milan can reach the subnet 100.0.14.0/24.\nTraffic originating from lyon can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.14.0/24 is reachable from amsterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.24.0/24.\nkiev can reach 100.0.0.0/24.\nThe subnet 100.0.6.0/24 is reachable from bratislava.\nTraffic originating from warsaw can reach the subnet 100.0.15.0/24.\n100.0.13.0/24 is accessible from bucharest.\n100.0.9.0/24 is accessible from athens.\n100.0.29.0/24 is accessible from amsterdam.\nConnectivity from praha to 100.0.18.0/24 is established.\n100.0.25.0/24 is accessible from zurich.\nConnectivity from bucharest to 100.0.24.0/24 is established.\nlondon can reach 100.0.0.0/24.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nmadrid can reach 100.0.26.0/24.\nmilan can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\", \"100.0.14.0/24\", \"100.0.18.0/24\", \"100.0.27.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.21.0/24\", \"100.0.14.0/24\"], \"brussels\": [\"100.0.10.0/24\"], \"warsaw\": [\"100.0.20.0/24\", \"100.0.1.0/24\", \"100.0.2.0/24\", \"100.0.15.0/24\"], \"kiev\": [\"100.0.23.0/24\", \"100.0.15.0/24\", \"100.0.0.0/24\"], \"amsterdam\": [\"100.0.24.0/24\", \"100.0.14.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.26.0/24\", \"100.0.0.0/24\", \"100.0.14.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\", \"100.0.18.0/24\"], \"zurich\": [\"100.0.5.0/24\", \"100.0.6.0/24\", \"100.0.25.0/24\"], \"barcelona\": [\"100.0.25.0/24\", \"100.0.2.0/24\"], \"rotterdam\": [\"100.0.0.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.10.0/24\", \"100.0.26.0/24\"], \"bucharest\": [\"100.0.26.0/24\", \"100.0.13.0/24\", \"100.0.24.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.14.0/24\"], \"athens\": [\"100.0.20.0/24\", \"100.0.28.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.31.0/24\"], \"istanbul\": [\"100.0.26.0/24\", \"100.0.9.0/24\"], \"strasbourg\": [\"100.0.24.0/24\"], \"bratislava\": [\"100.0.6.0/24\"], \"london\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 100, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.8.0/24 is established.\nTraffic originating from budapest can reach the subnet 100.0.5.0/24.\nbudapest can reach 100.0.23.0/24.\nThe subnet 100.0.3.0/24 is reachable from london.\nThe subnet 100.0.10.0/24 is reachable from milan.\nbasel can reach 100.0.8.0/24.\nTraffic originating from athens can reach the subnet 100.0.0.0/24.\nrotterdam can reach 100.0.8.0/24.\nConnectivity from marseille to 100.0.11.0/24 is established.\nlondon can reach 100.0.24.0/24.\nTraffic originating from basel can reach the subnet 100.0.18.0/24.\nConnectivity from amsterdam to 100.0.6.0/24 is established.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nThe subnet 100.0.24.0/24 is reachable from athens.\nTraffic originating from strasbourg can reach the subnet 100.0.21.0/24.\nTraffic originating from basel can reach the subnet 100.0.13.0/24.\nluxembourg can reach 100.0.8.0/24.\n100.0.25.0/24 is accessible from luxembourg.\nConnectivity from marseille to 100.0.22.0/24 is established.\nlyon can reach 100.0.24.0/24.\n100.0.26.0/24 is accessible from basel.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\n100.0.26.0/24 is accessible from athens.\nbasel can reach 100.0.10.0/24.\n100.0.6.0/24 is accessible from milan.\n100.0.1.0/24 is accessible from milan.\nzurich can reach 100.0.4.0/24.\n100.0.21.0/24 is accessible from basel.\nThe subnet 100.0.20.0/24 is reachable from basel.\n100.0.1.0/24 is accessible from bratislava.\n100.0.20.0/24 is accessible from barcelona.\nThe subnet 100.0.31.0/24 is reachable from strasbourg.\n100.0.23.0/24 is accessible from barcelona.\n100.0.28.0/24 is accessible from frankfurt.\nrotterdam can reach 100.0.23.0/24.\nThe subnet 100.0.18.0/24 is reachable from bratislava.\nmilan can reach 100.0.8.0/24.\n100.0.31.0/24 is accessible from bucharest.\nThe subnet 100.0.6.0/24 is reachable from london.\nConnectivity from praha to 100.0.0.0/24 is established.\n100.0.15.0/24 is accessible from athens.\n100.0.2.0/24 is accessible from madrid.\nThe subnet 100.0.27.0/24 is reachable from sofia.\nThe subnet 100.0.8.0/24 is reachable from barcelona.\nConnectivity from milan to 100.0.22.0/24 is established.\nathens can reach 100.0.1.0/24.\nTraffic originating from budapest can reach the subnet 100.0.25.0/24.\n100.0.10.0/24 is accessible from budapest.\nThe subnet 100.0.13.0/24 is reachable from kiev.\nbarcelona can reach 100.0.15.0/24.\n100.0.32.0/24 is accessible from budapest.\nConnectivity from sofia to 100.0.1.0/24 is established.\n100.0.21.0/24 is accessible from luxembourg.\nThe subnet 100.0.10.0/24 is reachable from brussels.\nConnectivity from budapest to 100.0.14.0/24 is established.\nTraffic originating from warsaw can reach the subnet 100.0.20.0/24.\nkiev can reach 100.0.23.0/24.\nwarsaw can reach 100.0.1.0/24.\nConnectivity from amsterdam to 100.0.24.0/24 is established.\nmilan can reach 100.0.26.0/24.\nThe subnet 100.0.14.0/24 is reachable from luxembourg.\n100.0.27.0/24 is accessible from marseille.\n100.0.14.0/24 is accessible from praha.\n100.0.5.0/24 is accessible from zurich.\nConnectivity from budapest to 100.0.18.0/24 is established.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.\nrotterdam can reach 100.0.0.0/24.\nThe subnet 100.0.6.0/24 is reachable from zurich.\nTraffic originating from kiev can reach the subnet 100.0.15.0/24.\nConnectivity from madrid to 100.0.10.0/24 is established.\n100.0.26.0/24 is accessible from bucharest.\nlyon can reach 100.0.9.0/24.\nbarcelona can reach 100.0.2.0/24.\nmilan can reach 100.0.0.0/24.\nTraffic originating from athens can reach the subnet 100.0.20.0/24.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nConnectivity from basel to 100.0.22.0/24 is established.\nConnectivity from lyon to 100.0.29.0/24 is established.\nConnectivity from warsaw to 100.0.2.0/24 is established.\nConnectivity from geneva to 100.0.31.0/24 is established.\nConnectivity from athens to 100.0.28.0/24 is established.\nistanbul can reach 100.0.26.0/24.\nConnectivity from budapest to 100.0.27.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.14.0/24.\nTraffic originating from lyon can reach the subnet 100.0.14.0/24.\nThe subnet 100.0.14.0/24 is reachable from amsterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.24.0/24.\nkiev can reach 100.0.0.0/24.\nThe subnet 100.0.6.0/24 is reachable from bratislava.\nwarsaw can reach 100.0.15.0/24.\nThe subnet 100.0.13.0/24 is reachable from bucharest.\nathens can reach 100.0.9.0/24.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\npraha can reach 100.0.18.0/24.\nThe subnet 100.0.25.0/24 is reachable from zurich.\nbucharest can reach 100.0.24.0/24.\n100.0.0.0/24 is accessible from london.\n100.0.9.0/24 is accessible from istanbul.\nTraffic originating from madrid can reach the subnet 100.0.26.0/24.\nConnectivity from milan to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"budapest\": [\"100.0.5.0/24\", \"100.0.23.0/24\", \"100.0.25.0/24\", \"100.0.10.0/24\", \"100.0.32.0/24\", \"100.0.14.0/24\", \"100.0.18.0/24\", \"100.0.27.0/24\"], \"london\": [\"100.0.3.0/24\", \"100.0.24.0/24\", \"100.0.6.0/24\", \"100.0.0.0/24\"], \"milan\": [\"100.0.10.0/24\", \"100.0.6.0/24\", \"100.0.1.0/24\", \"100.0.8.0/24\", \"100.0.22.0/24\", \"100.0.26.0/24\", \"100.0.0.0/24\", \"100.0.14.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.8.0/24\", \"100.0.18.0/24\", \"100.0.13.0/24\", \"100.0.26.0/24\", \"100.0.10.0/24\", \"100.0.21.0/24\", \"100.0.20.0/24\", \"100.0.22.0/24\"], \"athens\": [\"100.0.0.0/24\", \"100.0.24.0/24\", \"100.0.26.0/24\", \"100.0.15.0/24\", \"100.0.1.0/24\", \"100.0.20.0/24\", \"100.0.28.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.8.0/24\", \"100.0.23.0/24\", \"100.0.0.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.11.0/24\", \"100.0.22.0/24\", \"100.0.27.0/24\"], \"amsterdam\": [\"100.0.6.0/24\", \"100.0.24.0/24\", \"100.0.14.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\", \"100.0.20.0/24\", \"100.0.23.0/24\", \"100.0.8.0/24\", \"100.0.15.0/24\", \"100.0.25.0/24\", \"100.0.2.0/24\"], \"strasbourg\": [\"100.0.21.0/24\", \"100.0.31.0/24\", \"100.0.24.0/24\"], \"luxembourg\": [\"100.0.8.0/24\", \"100.0.25.0/24\", \"100.0.21.0/24\", \"100.0.14.0/24\"], \"lyon\": [\"100.0.24.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.14.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.28.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.5.0/24\", \"100.0.6.0/24\", \"100.0.25.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.18.0/24\", \"100.0.6.0/24\"], \"bucharest\": [\"100.0.31.0/24\", \"100.0.26.0/24\", \"100.0.13.0/24\", \"100.0.24.0/24\"], \"praha\": [\"100.0.0.0/24\", \"100.0.14.0/24\", \"100.0.18.0/24\"], \"madrid\": [\"100.0.2.0/24\", \"100.0.10.0/24\", \"100.0.26.0/24\"], \"sofia\": [\"100.0.27.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.13.0/24\", \"100.0.23.0/24\", \"100.0.15.0/24\", \"100.0.0.0/24\"], \"brussels\": [\"100.0.10.0/24\"], \"warsaw\": [\"100.0.20.0/24\", \"100.0.1.0/24\", \"100.0.2.0/24\", \"100.0.15.0/24\"], \"geneva\": [\"100.0.31.0/24\"], \"istanbul\": [\"100.0.26.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "frankfurt can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.13.0/24.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.25.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from sofia.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 10, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 11, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 12, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.22.0/24 is accessible from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 13, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.5.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 14, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 15, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 16, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.28.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 17, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from bucharest.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 18, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.28.0/24 is established.", "expected": "{\"reachability\": {\"milan\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 19, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 20, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from bratislava.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 21, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "warsaw can reach 100.0.1.0/24.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 22, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.8.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 23, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 24, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.3.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 25, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from amsterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 26, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.23.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 27, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 28, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 29, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.31.0/24.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 30, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 31, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.11.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 32, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 33, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.13.0/24 is established.", "expected": "{\"reachability\": {\"praha\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 34, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.3.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 35, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 36, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.5.0/24.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 37, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 38, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from brussels.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 39, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 40, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.9.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 41, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.0.0/24.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 42, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from london.", "expected": "{\"reachability\": {\"london\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 43, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.3.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 44, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "frankfurt can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 45, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.8.0/24 is reachable from istanbul.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 46, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "roma can reach 100.0.29.0/24.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 47, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.22.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 48, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 49, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 50, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from athens.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 51, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.27.0/24 is established.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 52, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 53, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 54, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 55, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.22.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 56, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 57, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.4.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 58, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 59, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 60, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 61, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 62, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.21.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.21.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 63, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.25.0/24 is reachable from zurich.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 64, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 65, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.31.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 66, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from barcelona.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 67, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.5.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 68, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.20.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.20.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 69, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.6.0/24 is reachable from milan.", "expected": "{\"reachability\": {\"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 70, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.11.0/24 is accessible from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 71, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 72, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 73, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 74, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from vienna.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 75, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.9.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 76, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 77, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 78, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from budapest can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 79, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 80, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.27.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 81, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.23.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 82, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.6.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 83, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from praha.", "expected": "{\"reachability\": {\"praha\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 84, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 85, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.8.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 86, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 87, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.32.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 88, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.27.0/24 is reachable from bratislava.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 89, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 90, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.18.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 91, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.3.0/24 is accessible from warsaw.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 92, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.0.0/24 is established.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 93, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.4.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 94, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 95, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.14.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 96, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "london can reach 100.0.8.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 97, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.1.0/24 is established.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 98, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 99, "batch_size": 1, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.32.0/24 is reachable from geneva.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from basel.\nConnectivity from sofia to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\"], \"sofia\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "frankfurt can reach 100.0.10.0/24.\nThe subnet 100.0.24.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.13.0/24 is reachable from sofia.\nConnectivity from paris to 100.0.25.0/24 is established.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.13.0/24\"], \"paris\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from sofia.\n100.0.25.0/24 is accessible from vienna.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.23.0/24.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.11.0/24 is accessible from basel.\nThe subnet 100.0.8.0/24 is reachable from sofia.", "expected": "{\"reachability\": {\"basel\": [\"100.0.11.0/24\"], \"sofia\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.22.0/24 is reachable from lyon.\n100.0.5.0/24 is accessible from bucharest.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.22.0/24\"], \"bucharest\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.32.0/24 is accessible from amsterdam.\nThe subnet 100.0.13.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.32.0/24\"], \"luxembourg\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.28.0/24 is accessible from luxembourg.\nbucharest can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.28.0/24\"], \"bucharest\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.28.0/24.\nThe subnet 100.0.15.0/24 is reachable from lyon.", "expected": "{\"reachability\": {\"milan\": [\"100.0.28.0/24\"], \"lyon\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 10, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.15.0/24 is reachable from bratislava.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.15.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 11, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from paris.\npraha can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 12, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.3.0/24 is established.\nTraffic originating from amsterdam can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.3.0/24\"], \"amsterdam\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 13, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.23.0/24 is accessible from basel.\nThe subnet 100.0.9.0/24 is reachable from basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.23.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 14, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.3.0/24 is established.\nConnectivity from strasbourg to 100.0.31.0/24 is established.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 15, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.31.0/24.\n100.0.11.0/24 is accessible from madrid.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"], \"madrid\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 16, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.0.0/24.\npraha can reach 100.0.13.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.0.0/24\"], \"praha\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 17, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.3.0/24 is established.\ngeneva can reach 100.0.24.0/24.", "expected": "{\"reachability\": {\"milan\": [\"100.0.3.0/24\"], \"geneva\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 18, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.5.0/24.\nThe subnet 100.0.15.0/24 is reachable from warsaw.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.5.0/24\"], \"warsaw\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 19, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.11.0/24 is accessible from brussels.\nConnectivity from vienna to 100.0.10.0/24 is established.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.11.0/24\"], \"vienna\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 20, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.9.0/24.\nTraffic originating from kiev can reach the subnet 100.0.0.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 21, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.24.0/24 is accessible from london.\nConnectivity from vienna to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"london\": [\"100.0.24.0/24\"], \"vienna\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 22, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.32.0/24 is established.\nConnectivity from istanbul to 100.0.8.0/24 is established.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.32.0/24\"], \"istanbul\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 23, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.29.0/24.\nConnectivity from athens to 100.0.22.0/24 is established.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 24, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from istanbul.\nTraffic originating from brussels can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.13.0/24\"], \"brussels\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 25, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.0.0/24 is established.\nConnectivity from amsterdam to 100.0.27.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 26, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.14.0/24 is accessible from praha.\nTraffic originating from barcelona can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"praha\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 27, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.25.0/24 is established.\n100.0.22.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"milan\": [\"100.0.25.0/24\"], \"marseille\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 28, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.26.0/24 is accessible from geneva.\nTraffic originating from luxembourg can reach the subnet 100.0.4.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.26.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 29, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.25.0/24 is accessible from barcelona.\nrotterdam can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.25.0/24\"], \"rotterdam\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 30, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.9.0/24.\nathens can reach 100.0.3.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 31, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.21.0/24 is accessible from barcelona.\nzurich can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.21.0/24\"], \"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 32, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.26.0/24 is reachable from barcelona.\n100.0.31.0/24 is accessible from vienna.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.26.0/24\"], \"vienna\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 33, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.32.0/24 is established.\nConnectivity from london to 100.0.5.0/24 is established.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.32.0/24\"], \"london\": [\"100.0.5.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 34, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.20.0/24.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.20.0/24\"], \"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 35, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.11.0/24 is established.\nTraffic originating from budapest can reach the subnet 100.0.32.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.11.0/24\"], \"budapest\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 36, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.13.0/24.\nThe subnet 100.0.11.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.13.0/24\"], \"luxembourg\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 37, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.26.0/24 is established.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.26.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 38, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.24.0/24 is reachable from istanbul.", "expected": "{\"reachability\": {\"milan\": [\"100.0.26.0/24\"], \"istanbul\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 39, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from budapest.\nmilan can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.0.0/24\"], \"milan\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 40, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.27.0/24.\nwarsaw can reach 100.0.23.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.27.0/24\"], \"warsaw\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 41, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.6.0/24 is established.\nTraffic originating from praha can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 42, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.23.0/24.\nThe subnet 100.0.8.0/24 is reachable from luxembourg.", "expected": "{\"reachability\": {\"roma\": [\"100.0.23.0/24\"], \"luxembourg\": [\"100.0.8.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 43, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.26.0/24 is established.\n100.0.32.0/24 is accessible from marseille.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.26.0/24\", \"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 44, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.27.0/24 is established.\n100.0.29.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.27.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 45, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.18.0/24 is accessible from paris.\nConnectivity from warsaw to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\"], \"warsaw\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 46, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from bratislava.\nparis can reach 100.0.4.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.0.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 47, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.10.0/24 is reachable from zurich.\nThe subnet 100.0.14.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.10.0/24\"], \"rotterdam\": [\"100.0.14.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 48, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.8.0/24.\nstrasbourg can reach 100.0.1.0/24.", "expected": "{\"reachability\": {\"london\": [\"100.0.8.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 49, "batch_size": 2, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.23.0/24 is established.\ngeneva can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from basel.\n100.0.32.0/24 is accessible from sofia.\nThe subnet 100.0.10.0/24 is reachable from frankfurt.\nConnectivity from luxembourg to 100.0.24.0/24 is established.\nTraffic originating from sofia can reach the subnet 100.0.13.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\"], \"sofia\": [\"100.0.32.0/24\", \"100.0.13.0/24\"], \"frankfurt\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.25.0/24 is established.\n100.0.4.0/24 is accessible from sofia.\nTraffic originating from vienna can reach the subnet 100.0.25.0/24.\n100.0.23.0/24 is accessible from madrid.\ngeneva can reach 100.0.4.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.25.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.25.0/24\"], \"madrid\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.11.0/24.\nTraffic originating from sofia can reach the subnet 100.0.8.0/24.\nlyon can reach 100.0.22.0/24.\n100.0.5.0/24 is accessible from bucharest.\n100.0.32.0/24 is accessible from amsterdam.", "expected": "{\"reachability\": {\"basel\": [\"100.0.11.0/24\"], \"sofia\": [\"100.0.8.0/24\"], \"lyon\": [\"100.0.22.0/24\"], \"bucharest\": [\"100.0.5.0/24\"], \"amsterdam\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.13.0/24.\nConnectivity from luxembourg to 100.0.28.0/24 is established.\n100.0.32.0/24 is accessible from bucharest.\nThe subnet 100.0.28.0/24 is reachable from milan.\nTraffic originating from lyon can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.13.0/24\", \"100.0.28.0/24\"], \"bucharest\": [\"100.0.32.0/24\"], \"milan\": [\"100.0.28.0/24\"], \"lyon\": [\"100.0.15.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.15.0/24 is established.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTraffic originating from paris can reach the subnet 100.0.8.0/24.\npraha can reach 100.0.15.0/24.\nmarseille can reach 100.0.3.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.15.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.13.0/24 is accessible from amsterdam.\nbasel can reach 100.0.23.0/24.\nThe subnet 100.0.9.0/24 is reachable from basel.\nConnectivity from bucharest to 100.0.3.0/24 is established.\nThe subnet 100.0.31.0/24 is reachable from strasbourg.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.13.0/24\"], \"basel\": [\"100.0.23.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.31.0/24.\nConnectivity from madrid to 100.0.11.0/24 is established.\n100.0.0.0/24 is accessible from milan.\n100.0.13.0/24 is accessible from praha.\n100.0.3.0/24 is accessible from milan.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"], \"madrid\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.0.0/24\", \"100.0.3.0/24\"], \"praha\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.24.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.5.0/24.\nConnectivity from warsaw to 100.0.15.0/24 is established.\nbrussels can reach 100.0.11.0/24.\nTraffic originating from vienna can reach the subnet 100.0.10.0/24.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.24.0/24\"], \"amsterdam\": [\"100.0.5.0/24\"], \"warsaw\": [\"100.0.15.0/24\"], \"brussels\": [\"100.0.11.0/24\"], \"vienna\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from istanbul.\nkiev can reach 100.0.0.0/24.\nlondon can reach 100.0.24.0/24.\nTraffic originating from vienna can reach the subnet 100.0.3.0/24.\nfrankfurt can reach 100.0.32.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"london\": [\"100.0.24.0/24\"], \"vienna\": [\"100.0.3.0/24\"], \"frankfurt\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.8.0/24 is accessible from istanbul.\nThe subnet 100.0.29.0/24 is reachable from roma.\nTraffic originating from athens can reach the subnet 100.0.22.0/24.\nTraffic originating from istanbul can reach the subnet 100.0.13.0/24.\nTraffic originating from brussels can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.8.0/24\", \"100.0.13.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.22.0/24\"], \"brussels\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 10, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from athens.\nThe subnet 100.0.27.0/24 is reachable from amsterdam.\n100.0.14.0/24 is accessible from praha.\nThe subnet 100.0.10.0/24 is reachable from barcelona.\nmilan can reach 100.0.25.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.10.0/24\"], \"milan\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 11, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.22.0/24.\nThe subnet 100.0.26.0/24 is reachable from geneva.\nluxembourg can reach 100.0.4.0/24.\nbarcelona can reach 100.0.25.0/24.\nrotterdam can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.26.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.25.0/24\"], \"rotterdam\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 12, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.9.0/24.\nConnectivity from athens to 100.0.3.0/24 is established.\nTraffic originating from barcelona can reach the subnet 100.0.21.0/24.\nConnectivity from zurich to 100.0.25.0/24 is established.\nTraffic originating from barcelona can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.3.0/24\"], \"barcelona\": [\"100.0.21.0/24\", \"100.0.26.0/24\"], \"zurich\": [\"100.0.25.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 13, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.31.0/24 is established.\nbarcelona can reach 100.0.32.0/24.\nThe subnet 100.0.5.0/24 is reachable from london.\nTraffic originating from luxembourg can reach the subnet 100.0.20.0/24.\nmilan can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.31.0/24\"], \"barcelona\": [\"100.0.32.0/24\"], \"london\": [\"100.0.5.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 14, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.11.0/24 is accessible from vienna.\n100.0.32.0/24 is accessible from budapest.\nConnectivity from lyon to 100.0.13.0/24 is established.\nTraffic originating from luxembourg can reach the subnet 100.0.11.0/24.\nTraffic originating from vienna can reach the subnet 100.0.26.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.11.0/24\", \"100.0.26.0/24\"], \"budapest\": [\"100.0.32.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"luxembourg\": [\"100.0.11.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 15, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nConnectivity from milan to 100.0.26.0/24 is established.\nConnectivity from istanbul to 100.0.24.0/24 is established.\nbudapest can reach 100.0.0.0/24.\nmilan can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.26.0/24\", \"100.0.15.0/24\"], \"istanbul\": [\"100.0.24.0/24\"], \"budapest\": [\"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 16, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.27.0/24.\nThe subnet 100.0.23.0/24 is reachable from warsaw.\nThe subnet 100.0.6.0/24 is reachable from bratislava.\n100.0.10.0/24 is accessible from praha.\nConnectivity from roma to 100.0.23.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.27.0/24\"], \"warsaw\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.6.0/24\"], \"praha\": [\"100.0.10.0/24\"], \"roma\": [\"100.0.23.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 17, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.8.0/24.\nTraffic originating from marseille can reach the subnet 100.0.26.0/24.\nTraffic originating from marseille can reach the subnet 100.0.32.0/24.\nConnectivity from bratislava to 100.0.27.0/24 is established.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.8.0/24\"], \"marseille\": [\"100.0.26.0/24\", \"100.0.32.0/24\"], \"bratislava\": [\"100.0.27.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 18, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.18.0/24.\nConnectivity from warsaw to 100.0.3.0/24 is established.\nbratislava can reach 100.0.0.0/24.\nparis can reach 100.0.4.0/24.\nzurich can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.3.0/24\"], \"bratislava\": [\"100.0.0.0/24\"], \"zurich\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 19, "batch_size": 5, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.14.0/24 is reachable from rotterdam.\n100.0.8.0/24 is accessible from london.\nstrasbourg can reach 100.0.1.0/24.\nathens can reach 100.0.23.0/24.\nConnectivity from geneva to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.14.0/24\"], \"london\": [\"100.0.8.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "basel can reach 100.0.0.0/24.\nTraffic originating from sofia can reach the subnet 100.0.32.0/24.\nConnectivity from frankfurt to 100.0.10.0/24 is established.\nluxembourg can reach 100.0.24.0/24.\nThe subnet 100.0.13.0/24 is reachable from sofia.\nConnectivity from paris to 100.0.25.0/24 is established.\nsofia can reach 100.0.4.0/24.\nThe subnet 100.0.25.0/24 is reachable from vienna.\nThe subnet 100.0.23.0/24 is reachable from madrid.\nThe subnet 100.0.4.0/24 is reachable from geneva.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\"], \"sofia\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.24.0/24\"], \"paris\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.25.0/24\"], \"madrid\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.11.0/24 is reachable from basel.\nsofia can reach 100.0.8.0/24.\n100.0.22.0/24 is accessible from lyon.\nThe subnet 100.0.5.0/24 is reachable from bucharest.\nConnectivity from amsterdam to 100.0.32.0/24 is established.\nluxembourg can reach 100.0.13.0/24.\nluxembourg can reach 100.0.28.0/24.\nbucharest can reach 100.0.32.0/24.\nmilan can reach 100.0.28.0/24.\nConnectivity from lyon to 100.0.15.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.11.0/24\"], \"sofia\": [\"100.0.8.0/24\"], \"lyon\": [\"100.0.22.0/24\", \"100.0.15.0/24\"], \"bucharest\": [\"100.0.5.0/24\", \"100.0.32.0/24\"], \"amsterdam\": [\"100.0.32.0/24\"], \"luxembourg\": [\"100.0.13.0/24\", \"100.0.28.0/24\"], \"milan\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.15.0/24.\n100.0.1.0/24 is accessible from warsaw.\nparis can reach 100.0.8.0/24.\nThe subnet 100.0.15.0/24 is reachable from praha.\n100.0.3.0/24 is accessible from marseille.\namsterdam can reach 100.0.13.0/24.\nbasel can reach 100.0.23.0/24.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nbucharest can reach 100.0.3.0/24.\n100.0.31.0/24 is accessible from strasbourg.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.15.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.3.0/24\"], \"amsterdam\": [\"100.0.13.0/24\"], \"basel\": [\"100.0.23.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.31.0/24 is accessible from marseille.\nConnectivity from madrid to 100.0.11.0/24 is established.\nmilan can reach 100.0.0.0/24.\npraha can reach 100.0.13.0/24.\nmilan can reach 100.0.3.0/24.\ngeneva can reach 100.0.24.0/24.\n100.0.5.0/24 is accessible from amsterdam.\n100.0.15.0/24 is accessible from warsaw.\n100.0.11.0/24 is accessible from brussels.\nThe subnet 100.0.10.0/24 is reachable from vienna.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.31.0/24\"], \"madrid\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.0.0/24\", \"100.0.3.0/24\"], \"praha\": [\"100.0.13.0/24\"], \"geneva\": [\"100.0.24.0/24\"], \"amsterdam\": [\"100.0.5.0/24\"], \"warsaw\": [\"100.0.15.0/24\"], \"brussels\": [\"100.0.11.0/24\"], \"vienna\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.9.0/24 is established.\nConnectivity from kiev to 100.0.0.0/24 is established.\nConnectivity from london to 100.0.24.0/24 is established.\nConnectivity from vienna to 100.0.3.0/24 is established.\nfrankfurt can reach 100.0.32.0/24.\nThe subnet 100.0.8.0/24 is reachable from istanbul.\nroma can reach 100.0.29.0/24.\nTraffic originating from athens can reach the subnet 100.0.22.0/24.\n100.0.13.0/24 is accessible from istanbul.\nTraffic originating from brussels can reach the subnet 100.0.3.0/24.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\", \"100.0.8.0/24\", \"100.0.13.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"london\": [\"100.0.24.0/24\"], \"vienna\": [\"100.0.3.0/24\"], \"frankfurt\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.22.0/24\"], \"brussels\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from athens.\nThe subnet 100.0.27.0/24 is reachable from amsterdam.\n100.0.14.0/24 is accessible from praha.\nConnectivity from barcelona to 100.0.10.0/24 is established.\n100.0.25.0/24 is accessible from milan.\nThe subnet 100.0.22.0/24 is reachable from marseille.\nThe subnet 100.0.26.0/24 is reachable from geneva.\n100.0.4.0/24 is accessible from luxembourg.\nConnectivity from barcelona to 100.0.25.0/24 is established.\nConnectivity from rotterdam to 100.0.26.0/24 is established.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.10.0/24\", \"100.0.25.0/24\"], \"milan\": [\"100.0.25.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.26.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.9.0/24.\nathens can reach 100.0.3.0/24.\nConnectivity from barcelona to 100.0.21.0/24 is established.\nTraffic originating from zurich can reach the subnet 100.0.25.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.26.0/24.\nvienna can reach 100.0.31.0/24.\nConnectivity from barcelona to 100.0.32.0/24 is established.\nConnectivity from london to 100.0.5.0/24 is established.\n100.0.20.0/24 is accessible from luxembourg.\nmilan can reach 100.0.6.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\", \"100.0.31.0/24\"], \"athens\": [\"100.0.3.0/24\"], \"barcelona\": [\"100.0.21.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"london\": [\"100.0.5.0/24\"], \"luxembourg\": [\"100.0.20.0/24\"], \"milan\": [\"100.0.6.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.11.0/24.\nThe subnet 100.0.32.0/24 is reachable from budapest.\nConnectivity from lyon to 100.0.13.0/24 is established.\nThe subnet 100.0.11.0/24 is reachable from luxembourg.\nvienna can reach 100.0.26.0/24.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nConnectivity from milan to 100.0.26.0/24 is established.\n100.0.24.0/24 is accessible from istanbul.\nThe subnet 100.0.0.0/24 is reachable from budapest.\nmilan can reach 100.0.15.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.11.0/24\", \"100.0.26.0/24\"], \"budapest\": [\"100.0.32.0/24\", \"100.0.0.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"luxembourg\": [\"100.0.11.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.26.0/24\", \"100.0.15.0/24\"], \"istanbul\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.27.0/24 is accessible from luxembourg.\nConnectivity from warsaw to 100.0.23.0/24 is established.\nTraffic originating from bratislava can reach the subnet 100.0.6.0/24.\nThe subnet 100.0.10.0/24 is reachable from praha.\nConnectivity from roma to 100.0.23.0/24 is established.\nConnectivity from luxembourg to 100.0.8.0/24 is established.\nmarseille can reach 100.0.26.0/24.\nmarseille can reach 100.0.32.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.27.0/24.\nConnectivity from brussels to 100.0.29.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.27.0/24\", \"100.0.8.0/24\"], \"warsaw\": [\"100.0.23.0/24\"], \"bratislava\": [\"100.0.6.0/24\", \"100.0.27.0/24\"], \"praha\": [\"100.0.10.0/24\"], \"roma\": [\"100.0.23.0/24\"], \"marseille\": [\"100.0.26.0/24\", \"100.0.32.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 10, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.18.0/24.\nwarsaw can reach 100.0.3.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.0.0/24.\n100.0.4.0/24 is accessible from paris.\n100.0.10.0/24 is accessible from zurich.\nConnectivity from rotterdam to 100.0.14.0/24 is established.\n100.0.8.0/24 is accessible from london.\n100.0.1.0/24 is accessible from strasbourg.\nThe subnet 100.0.23.0/24 is reachable from athens.\n100.0.32.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"paris\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.3.0/24\"], \"bratislava\": [\"100.0.0.0/24\"], \"zurich\": [\"100.0.10.0/24\"], \"rotterdam\": [\"100.0.14.0/24\"], \"london\": [\"100.0.8.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from basel.\nThe subnet 100.0.32.0/24 is reachable from sofia.\n100.0.10.0/24 is accessible from frankfurt.\n100.0.24.0/24 is accessible from luxembourg.\nThe subnet 100.0.13.0/24 is reachable from sofia.\nparis can reach 100.0.25.0/24.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\n100.0.25.0/24 is accessible from vienna.\nTraffic originating from madrid can reach the subnet 100.0.23.0/24.\ngeneva can reach 100.0.4.0/24.\nThe subnet 100.0.11.0/24 is reachable from basel.\n100.0.8.0/24 is accessible from sofia.\nConnectivity from lyon to 100.0.22.0/24 is established.\nbucharest can reach 100.0.5.0/24.\n100.0.32.0/24 is accessible from amsterdam.\nThe subnet 100.0.13.0/24 is reachable from luxembourg.\nTraffic originating from luxembourg can reach the subnet 100.0.28.0/24.\nThe subnet 100.0.32.0/24 is reachable from bucharest.\nmilan can reach 100.0.28.0/24.\nTraffic originating from lyon can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\", \"100.0.11.0/24\"], \"sofia\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.4.0/24\", \"100.0.8.0/24\"], \"frankfurt\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.13.0/24\", \"100.0.28.0/24\"], \"paris\": [\"100.0.25.0/24\"], \"vienna\": [\"100.0.25.0/24\"], \"madrid\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.22.0/24\", \"100.0.15.0/24\"], \"bucharest\": [\"100.0.5.0/24\", \"100.0.32.0/24\"], \"amsterdam\": [\"100.0.32.0/24\"], \"milan\": [\"100.0.28.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.15.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.\nparis can reach 100.0.8.0/24.\nConnectivity from praha to 100.0.15.0/24 is established.\nConnectivity from marseille to 100.0.3.0/24 is established.\namsterdam can reach 100.0.13.0/24.\nConnectivity from basel to 100.0.23.0/24 is established.\nbasel can reach 100.0.9.0/24.\nThe subnet 100.0.3.0/24 is reachable from bucharest.\nConnectivity from strasbourg to 100.0.31.0/24 is established.\n100.0.31.0/24 is accessible from marseille.\nmadrid can reach 100.0.11.0/24.\nTraffic originating from milan can reach the subnet 100.0.0.0/24.\nConnectivity from praha to 100.0.13.0/24 is established.\n100.0.3.0/24 is accessible from milan.\nTraffic originating from geneva can reach the subnet 100.0.24.0/24.\namsterdam can reach 100.0.5.0/24.\nThe subnet 100.0.15.0/24 is reachable from warsaw.\nTraffic originating from brussels can reach the subnet 100.0.11.0/24.\nvienna can reach 100.0.10.0/24.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.15.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.15.0/24\"], \"paris\": [\"100.0.8.0/24\"], \"praha\": [\"100.0.15.0/24\", \"100.0.13.0/24\"], \"marseille\": [\"100.0.3.0/24\", \"100.0.31.0/24\"], \"amsterdam\": [\"100.0.13.0/24\", \"100.0.5.0/24\"], \"basel\": [\"100.0.23.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"madrid\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.0.0/24\", \"100.0.3.0/24\"], \"geneva\": [\"100.0.24.0/24\"], \"brussels\": [\"100.0.11.0/24\"], \"vienna\": [\"100.0.10.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.9.0/24.\nTraffic originating from kiev can reach the subnet 100.0.0.0/24.\nConnectivity from london to 100.0.24.0/24 is established.\nTraffic originating from vienna can reach the subnet 100.0.3.0/24.\nConnectivity from frankfurt to 100.0.32.0/24 is established.\nTraffic originating from istanbul can reach the subnet 100.0.8.0/24.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\n100.0.22.0/24 is accessible from athens.\nThe subnet 100.0.13.0/24 is reachable from istanbul.\nTraffic originating from brussels can reach the subnet 100.0.3.0/24.\nTraffic originating from athens can reach the subnet 100.0.0.0/24.\namsterdam can reach 100.0.27.0/24.\n100.0.14.0/24 is accessible from praha.\nThe subnet 100.0.10.0/24 is reachable from barcelona.\nConnectivity from milan to 100.0.25.0/24 is established.\nConnectivity from marseille to 100.0.22.0/24 is established.\ngeneva can reach 100.0.26.0/24.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.\nThe subnet 100.0.26.0/24 is reachable from rotterdam.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\", \"100.0.8.0/24\", \"100.0.13.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"london\": [\"100.0.24.0/24\"], \"vienna\": [\"100.0.3.0/24\"], \"frankfurt\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.22.0/24\", \"100.0.0.0/24\"], \"brussels\": [\"100.0.3.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.10.0/24\", \"100.0.25.0/24\"], \"milan\": [\"100.0.25.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.26.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.26.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from vienna.\n100.0.3.0/24 is accessible from athens.\nThe subnet 100.0.21.0/24 is reachable from barcelona.\nConnectivity from zurich to 100.0.25.0/24 is established.\n100.0.26.0/24 is accessible from barcelona.\nTraffic originating from vienna can reach the subnet 100.0.31.0/24.\nConnectivity from barcelona to 100.0.32.0/24 is established.\nTraffic originating from london can reach the subnet 100.0.5.0/24.\nConnectivity from luxembourg to 100.0.20.0/24 is established.\nConnectivity from milan to 100.0.6.0/24 is established.\nvienna can reach 100.0.11.0/24.\nConnectivity from budapest to 100.0.32.0/24 is established.\n100.0.13.0/24 is accessible from lyon.\nConnectivity from luxembourg to 100.0.11.0/24 is established.\n100.0.26.0/24 is accessible from vienna.\n100.0.9.0/24 is accessible from luxembourg.\n100.0.26.0/24 is accessible from milan.\nThe subnet 100.0.24.0/24 is reachable from istanbul.\nThe subnet 100.0.0.0/24 is reachable from budapest.\nTraffic originating from milan can reach the subnet 100.0.15.0/24.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\", \"100.0.31.0/24\", \"100.0.11.0/24\", \"100.0.26.0/24\"], \"athens\": [\"100.0.3.0/24\"], \"barcelona\": [\"100.0.21.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"london\": [\"100.0.5.0/24\"], \"luxembourg\": [\"100.0.20.0/24\", \"100.0.11.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.6.0/24\", \"100.0.26.0/24\", \"100.0.15.0/24\"], \"budapest\": [\"100.0.32.0/24\", \"100.0.0.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"istanbul\": [\"100.0.24.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 20, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.27.0/24 is accessible from luxembourg.\nwarsaw can reach 100.0.23.0/24.\n100.0.6.0/24 is accessible from bratislava.\npraha can reach 100.0.10.0/24.\n100.0.23.0/24 is accessible from roma.\nTraffic originating from luxembourg can reach the subnet 100.0.8.0/24.\nTraffic originating from marseille can reach the subnet 100.0.26.0/24.\nConnectivity from marseille to 100.0.32.0/24 is established.\nTraffic originating from bratislava can reach the subnet 100.0.27.0/24.\n100.0.29.0/24 is accessible from brussels.\nConnectivity from paris to 100.0.18.0/24 is established.\n100.0.3.0/24 is accessible from warsaw.\nThe subnet 100.0.0.0/24 is reachable from bratislava.\nparis can reach 100.0.4.0/24.\n100.0.10.0/24 is accessible from zurich.\n100.0.14.0/24 is accessible from rotterdam.\n100.0.8.0/24 is accessible from london.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nConnectivity from athens to 100.0.23.0/24 is established.\nConnectivity from geneva to 100.0.32.0/24 is established.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.27.0/24\", \"100.0.8.0/24\"], \"warsaw\": [\"100.0.23.0/24\", \"100.0.3.0/24\"], \"bratislava\": [\"100.0.6.0/24\", \"100.0.27.0/24\", \"100.0.0.0/24\"], \"praha\": [\"100.0.10.0/24\"], \"roma\": [\"100.0.23.0/24\"], \"marseille\": [\"100.0.26.0/24\", \"100.0.32.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.10.0/24\"], \"rotterdam\": [\"100.0.14.0/24\"], \"london\": [\"100.0.8.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.0.0/24 is established.\nTraffic originating from sofia can reach the subnet 100.0.32.0/24.\nTraffic originating from frankfurt can reach the subnet 100.0.10.0/24.\nConnectivity from luxembourg to 100.0.24.0/24 is established.\nTraffic originating from sofia can reach the subnet 100.0.13.0/24.\nThe subnet 100.0.25.0/24 is reachable from paris.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nTraffic originating from vienna can reach the subnet 100.0.25.0/24.\n100.0.23.0/24 is accessible from madrid.\ngeneva can reach 100.0.4.0/24.\nConnectivity from basel to 100.0.11.0/24 is established.\nsofia can reach 100.0.8.0/24.\nThe subnet 100.0.22.0/24 is reachable from lyon.\nTraffic originating from bucharest can reach the subnet 100.0.5.0/24.\nConnectivity from amsterdam to 100.0.32.0/24 is established.\nluxembourg can reach 100.0.13.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.28.0/24.\nConnectivity from bucharest to 100.0.32.0/24 is established.\nConnectivity from milan to 100.0.28.0/24 is established.\n100.0.15.0/24 is accessible from lyon.\nThe subnet 100.0.15.0/24 is reachable from bratislava.\n100.0.1.0/24 is accessible from warsaw.\nTraffic originating from paris can reach the subnet 100.0.8.0/24.\nConnectivity from praha to 100.0.15.0/24 is established.\nConnectivity from marseille to 100.0.3.0/24 is established.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\", \"100.0.11.0/24\"], \"sofia\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.4.0/24\", \"100.0.8.0/24\"], \"frankfurt\": [\"100.0.10.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.13.0/24\", \"100.0.28.0/24\"], \"paris\": [\"100.0.25.0/24\", \"100.0.8.0/24\"], \"vienna\": [\"100.0.25.0/24\"], \"madrid\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.22.0/24\", \"100.0.15.0/24\"], \"bucharest\": [\"100.0.5.0/24\", \"100.0.32.0/24\"], \"amsterdam\": [\"100.0.32.0/24\"], \"milan\": [\"100.0.28.0/24\"], \"bratislava\": [\"100.0.15.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.15.0/24\"], \"marseille\": [\"100.0.3.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.13.0/24 is established.\n100.0.23.0/24 is accessible from basel.\nConnectivity from basel to 100.0.9.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from bucharest.\nTraffic originating from strasbourg can reach the subnet 100.0.31.0/24.\nTraffic originating from marseille can reach the subnet 100.0.31.0/24.\n100.0.11.0/24 is accessible from madrid.\n100.0.0.0/24 is accessible from milan.\nTraffic originating from praha can reach the subnet 100.0.13.0/24.\nmilan can reach 100.0.3.0/24.\ngeneva can reach 100.0.24.0/24.\nConnectivity from amsterdam to 100.0.5.0/24 is established.\nConnectivity from warsaw to 100.0.15.0/24 is established.\nTraffic originating from brussels can reach the subnet 100.0.11.0/24.\n100.0.10.0/24 is accessible from vienna.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nConnectivity from kiev to 100.0.0.0/24 is established.\nlondon can reach 100.0.24.0/24.\n100.0.3.0/24 is accessible from vienna.\nTraffic originating from frankfurt can reach the subnet 100.0.32.0/24.\nistanbul can reach 100.0.8.0/24.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nTraffic originating from athens can reach the subnet 100.0.22.0/24.\nConnectivity from istanbul to 100.0.13.0/24 is established.\n100.0.3.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.13.0/24\", \"100.0.5.0/24\"], \"basel\": [\"100.0.23.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.3.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"marseille\": [\"100.0.31.0/24\"], \"madrid\": [\"100.0.11.0/24\"], \"milan\": [\"100.0.0.0/24\", \"100.0.3.0/24\"], \"praha\": [\"100.0.13.0/24\"], \"geneva\": [\"100.0.24.0/24\"], \"warsaw\": [\"100.0.15.0/24\"], \"brussels\": [\"100.0.11.0/24\", \"100.0.3.0/24\"], \"vienna\": [\"100.0.10.0/24\", \"100.0.3.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.8.0/24\", \"100.0.13.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"london\": [\"100.0.24.0/24\"], \"frankfurt\": [\"100.0.32.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.0.0/24 is accessible from athens.\nTraffic originating from amsterdam can reach the subnet 100.0.27.0/24.\nTraffic originating from praha can reach the subnet 100.0.14.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.10.0/24.\n100.0.25.0/24 is accessible from milan.\nmarseille can reach 100.0.22.0/24.\nThe subnet 100.0.26.0/24 is reachable from geneva.\n100.0.4.0/24 is accessible from luxembourg.\nbarcelona can reach 100.0.25.0/24.\nThe subnet 100.0.26.0/24 is reachable from rotterdam.\nConnectivity from vienna to 100.0.9.0/24 is established.\nathens can reach 100.0.3.0/24.\nThe subnet 100.0.21.0/24 is reachable from barcelona.\nThe subnet 100.0.25.0/24 is reachable from zurich.\nTraffic originating from barcelona can reach the subnet 100.0.26.0/24.\nConnectivity from vienna to 100.0.31.0/24 is established.\nThe subnet 100.0.32.0/24 is reachable from barcelona.\nThe subnet 100.0.5.0/24 is reachable from london.\nConnectivity from luxembourg to 100.0.20.0/24 is established.\nmilan can reach 100.0.6.0/24.\nvienna can reach 100.0.11.0/24.\nThe subnet 100.0.32.0/24 is reachable from budapest.\nlyon can reach 100.0.13.0/24.\n100.0.11.0/24 is accessible from luxembourg.\nvienna can reach 100.0.26.0/24.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\", \"100.0.3.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\"], \"barcelona\": [\"100.0.10.0/24\", \"100.0.25.0/24\", \"100.0.21.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"milan\": [\"100.0.25.0/24\", \"100.0.6.0/24\"], \"marseille\": [\"100.0.22.0/24\"], \"geneva\": [\"100.0.26.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.20.0/24\", \"100.0.11.0/24\"], \"rotterdam\": [\"100.0.26.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.31.0/24\", \"100.0.11.0/24\", \"100.0.26.0/24\"], \"zurich\": [\"100.0.25.0/24\"], \"london\": [\"100.0.5.0/24\"], \"budapest\": [\"100.0.32.0/24\"], \"lyon\": [\"100.0.13.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 25, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from luxembourg.\nmilan can reach 100.0.26.0/24.\nConnectivity from istanbul to 100.0.24.0/24 is established.\n100.0.0.0/24 is accessible from budapest.\n100.0.15.0/24 is accessible from milan.\nConnectivity from luxembourg to 100.0.27.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from warsaw.\nThe subnet 100.0.6.0/24 is reachable from bratislava.\nConnectivity from praha to 100.0.10.0/24 is established.\nThe subnet 100.0.23.0/24 is reachable from roma.\nConnectivity from luxembourg to 100.0.8.0/24 is established.\nmarseille can reach 100.0.26.0/24.\nConnectivity from marseille to 100.0.32.0/24 is established.\nbratislava can reach 100.0.27.0/24.\nConnectivity from brussels to 100.0.29.0/24 is established.\nparis can reach 100.0.18.0/24.\n100.0.3.0/24 is accessible from warsaw.\nThe subnet 100.0.0.0/24 is reachable from bratislava.\nConnectivity from paris to 100.0.4.0/24 is established.\nConnectivity from zurich to 100.0.10.0/24 is established.\n100.0.14.0/24 is accessible from rotterdam.\nlondon can reach 100.0.8.0/24.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nathens can reach 100.0.23.0/24.\nThe subnet 100.0.32.0/24 is reachable from geneva.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\", \"100.0.27.0/24\", \"100.0.8.0/24\"], \"milan\": [\"100.0.26.0/24\", \"100.0.15.0/24\"], \"istanbul\": [\"100.0.24.0/24\"], \"budapest\": [\"100.0.0.0/24\"], \"warsaw\": [\"100.0.23.0/24\", \"100.0.3.0/24\"], \"bratislava\": [\"100.0.6.0/24\", \"100.0.27.0/24\", \"100.0.0.0/24\"], \"praha\": [\"100.0.10.0/24\"], \"roma\": [\"100.0.23.0/24\"], \"marseille\": [\"100.0.26.0/24\", \"100.0.32.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.10.0/24\"], \"rotterdam\": [\"100.0.14.0/24\"], \"london\": [\"100.0.8.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.23.0/24\"], \"geneva\": [\"100.0.32.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.0.0/24 is established.\nThe subnet 100.0.32.0/24 is reachable from sofia.\nfrankfurt can reach 100.0.10.0/24.\nConnectivity from luxembourg to 100.0.24.0/24 is established.\nsofia can reach 100.0.13.0/24.\nConnectivity from paris to 100.0.25.0/24 is established.\nConnectivity from sofia to 100.0.4.0/24 is established.\n100.0.25.0/24 is accessible from vienna.\nmadrid can reach 100.0.23.0/24.\n100.0.4.0/24 is accessible from geneva.\nTraffic originating from basel can reach the subnet 100.0.11.0/24.\nConnectivity from sofia to 100.0.8.0/24 is established.\nConnectivity from lyon to 100.0.22.0/24 is established.\nTraffic originating from bucharest can reach the subnet 100.0.5.0/24.\nTraffic originating from amsterdam can reach the subnet 100.0.32.0/24.\n100.0.13.0/24 is accessible from luxembourg.\nluxembourg can reach 100.0.28.0/24.\n100.0.32.0/24 is accessible from bucharest.\nConnectivity from milan to 100.0.28.0/24 is established.\nConnectivity from lyon to 100.0.15.0/24 is established.\nTraffic originating from bratislava can reach the subnet 100.0.15.0/24.\n100.0.1.0/24 is accessible from warsaw.\n100.0.8.0/24 is accessible from paris.\nTraffic originating from praha can reach the subnet 100.0.15.0/24.\nThe subnet 100.0.3.0/24 is reachable from marseille.\n100.0.13.0/24 is accessible from amsterdam.\nbasel can reach 100.0.23.0/24.\nbasel can reach 100.0.9.0/24.\nbucharest can reach 100.0.3.0/24.\nThe subnet 100.0.31.0/24 is reachable from strasbourg.\nmarseille can reach 100.0.31.0/24.\n100.0.11.0/24 is accessible from madrid.\n100.0.0.0/24 is accessible from milan.\npraha can reach 100.0.13.0/24.\nmilan can reach 100.0.3.0/24.\nTraffic originating from geneva can reach the subnet 100.0.24.0/24.\nConnectivity from amsterdam to 100.0.5.0/24 is established.\nwarsaw can reach 100.0.15.0/24.\nbrussels can reach 100.0.11.0/24.\nConnectivity from vienna to 100.0.10.0/24 is established.\nistanbul can reach 100.0.9.0/24.\nTraffic originating from kiev can reach the subnet 100.0.0.0/24.\nlondon can reach 100.0.24.0/24.\n100.0.3.0/24 is accessible from vienna.\nTraffic originating from frankfurt can reach the subnet 100.0.32.0/24.\nConnectivity from istanbul to 100.0.8.0/24 is established.\nConnectivity from roma to 100.0.29.0/24 is established.\n100.0.22.0/24 is accessible from athens.\nTraffic originating from istanbul can reach the subnet 100.0.13.0/24.\n100.0.3.0/24 is accessible from brussels.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\", \"100.0.11.0/24\", \"100.0.23.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.4.0/24\", \"100.0.8.0/24\"], \"frankfurt\": [\"100.0.10.0/24\", \"100.0.32.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.13.0/24\", \"100.0.28.0/24\"], \"paris\": [\"100.0.25.0/24\", \"100.0.8.0/24\"], \"vienna\": [\"100.0.25.0/24\", \"100.0.10.0/24\", \"100.0.3.0/24\"], \"madrid\": [\"100.0.23.0/24\", \"100.0.11.0/24\"], \"geneva\": [\"100.0.4.0/24\", \"100.0.24.0/24\"], \"lyon\": [\"100.0.22.0/24\", \"100.0.15.0/24\"], \"bucharest\": [\"100.0.5.0/24\", \"100.0.32.0/24\", \"100.0.3.0/24\"], \"amsterdam\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.5.0/24\"], \"milan\": [\"100.0.28.0/24\", \"100.0.0.0/24\", \"100.0.3.0/24\"], \"bratislava\": [\"100.0.15.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.15.0/24\"], \"praha\": [\"100.0.15.0/24\", \"100.0.13.0/24\"], \"marseille\": [\"100.0.3.0/24\", \"100.0.31.0/24\"], \"strasbourg\": [\"100.0.31.0/24\"], \"brussels\": [\"100.0.11.0/24\", \"100.0.3.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.8.0/24\", \"100.0.13.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"london\": [\"100.0.24.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.22.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 50, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from athens.\nTraffic originating from amsterdam can reach the subnet 100.0.27.0/24.\nConnectivity from praha to 100.0.14.0/24 is established.\nThe subnet 100.0.10.0/24 is reachable from barcelona.\nTraffic originating from milan can reach the subnet 100.0.25.0/24.\n100.0.22.0/24 is accessible from marseille.\nConnectivity from geneva to 100.0.26.0/24 is established.\n100.0.4.0/24 is accessible from luxembourg.\nTraffic originating from barcelona can reach the subnet 100.0.25.0/24.\nrotterdam can reach 100.0.26.0/24.\nvienna can reach 100.0.9.0/24.\nTraffic originating from athens can reach the subnet 100.0.3.0/24.\nTraffic originating from barcelona can reach the subnet 100.0.21.0/24.\nThe subnet 100.0.25.0/24 is reachable from zurich.\n100.0.26.0/24 is accessible from barcelona.\nTraffic originating from vienna can reach the subnet 100.0.31.0/24.\nThe subnet 100.0.32.0/24 is reachable from barcelona.\nThe subnet 100.0.5.0/24 is reachable from london.\n100.0.20.0/24 is accessible from luxembourg.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.\nTraffic originating from vienna can reach the subnet 100.0.11.0/24.\n100.0.32.0/24 is accessible from budapest.\nConnectivity from lyon to 100.0.13.0/24 is established.\n100.0.11.0/24 is accessible from luxembourg.\n100.0.26.0/24 is accessible from vienna.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nThe subnet 100.0.26.0/24 is reachable from milan.\nConnectivity from istanbul to 100.0.24.0/24 is established.\nThe subnet 100.0.0.0/24 is reachable from budapest.\n100.0.15.0/24 is accessible from milan.\nThe subnet 100.0.27.0/24 is reachable from luxembourg.\nConnectivity from warsaw to 100.0.23.0/24 is established.\nbratislava can reach 100.0.6.0/24.\n100.0.10.0/24 is accessible from praha.\nTraffic originating from roma can reach the subnet 100.0.23.0/24.\nConnectivity from luxembourg to 100.0.8.0/24 is established.\nThe subnet 100.0.26.0/24 is reachable from marseille.\n100.0.32.0/24 is accessible from marseille.\nbratislava can reach 100.0.27.0/24.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTraffic originating from paris can reach the subnet 100.0.18.0/24.\nwarsaw can reach 100.0.3.0/24.\nTraffic originating from bratislava can reach the subnet 100.0.0.0/24.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe subnet 100.0.10.0/24 is reachable from zurich.\nConnectivity from rotterdam to 100.0.14.0/24 is established.\n100.0.8.0/24 is accessible from london.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nathens can reach 100.0.23.0/24.\n100.0.32.0/24 is accessible from geneva.", "expected": "{\"reachability\": {\"athens\": [\"100.0.0.0/24\", \"100.0.3.0/24\", \"100.0.23.0/24\"], \"amsterdam\": [\"100.0.27.0/24\"], \"praha\": [\"100.0.14.0/24\", \"100.0.10.0/24\"], \"barcelona\": [\"100.0.10.0/24\", \"100.0.25.0/24\", \"100.0.21.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"milan\": [\"100.0.25.0/24\", \"100.0.6.0/24\", \"100.0.26.0/24\", \"100.0.15.0/24\"], \"marseille\": [\"100.0.22.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"geneva\": [\"100.0.26.0/24\", \"100.0.32.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.20.0/24\", \"100.0.11.0/24\", \"100.0.9.0/24\", \"100.0.27.0/24\", \"100.0.8.0/24\"], \"rotterdam\": [\"100.0.26.0/24\", \"100.0.14.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.31.0/24\", \"100.0.11.0/24\", \"100.0.26.0/24\"], \"zurich\": [\"100.0.25.0/24\", \"100.0.10.0/24\"], \"london\": [\"100.0.5.0/24\", \"100.0.8.0/24\"], \"budapest\": [\"100.0.32.0/24\", \"100.0.0.0/24\"], \"lyon\": [\"100.0.13.0/24\"], \"istanbul\": [\"100.0.24.0/24\"], \"warsaw\": [\"100.0.23.0/24\", \"100.0.3.0/24\"], \"bratislava\": [\"100.0.6.0/24\", \"100.0.27.0/24\", \"100.0.0.0/24\"], \"roma\": [\"100.0.23.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.18.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 100, "n_policy_types": 1, "max_n_requirements": 100, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.0.0/24 is reachable from basel.\nThe subnet 100.0.32.0/24 is reachable from sofia.\nConnectivity from frankfurt to 100.0.10.0/24 is established.\nThe subnet 100.0.24.0/24 is reachable from luxembourg.\nTraffic originating from sofia can reach the subnet 100.0.13.0/24.\nThe subnet 100.0.25.0/24 is reachable from paris.\nsofia can reach 100.0.4.0/24.\nTraffic originating from vienna can reach the subnet 100.0.25.0/24.\nmadrid can reach 100.0.23.0/24.\nConnectivity from geneva to 100.0.4.0/24 is established.\nTraffic originating from basel can reach the subnet 100.0.11.0/24.\n100.0.8.0/24 is accessible from sofia.\nThe subnet 100.0.22.0/24 is reachable from lyon.\n100.0.5.0/24 is accessible from bucharest.\nTraffic originating from amsterdam can reach the subnet 100.0.32.0/24.\nTraffic originating from luxembourg can reach the subnet 100.0.13.0/24.\nConnectivity from luxembourg to 100.0.28.0/24 is established.\nTraffic originating from bucharest can reach the subnet 100.0.32.0/24.\nThe subnet 100.0.28.0/24 is reachable from milan.\nlyon can reach 100.0.15.0/24.\nbratislava can reach 100.0.15.0/24.\n100.0.1.0/24 is accessible from warsaw.\nThe subnet 100.0.8.0/24 is reachable from paris.\nThe subnet 100.0.15.0/24 is reachable from praha.\nThe subnet 100.0.3.0/24 is reachable from marseille.\nThe subnet 100.0.13.0/24 is reachable from amsterdam.\nThe subnet 100.0.23.0/24 is reachable from basel.\nbasel can reach 100.0.9.0/24.\nThe subnet 100.0.3.0/24 is reachable from bucharest.\nConnectivity from strasbourg to 100.0.31.0/24 is established.\nTraffic originating from marseille can reach the subnet 100.0.31.0/24.\nTraffic originating from madrid can reach the subnet 100.0.11.0/24.\nThe subnet 100.0.0.0/24 is reachable from milan.\nConnectivity from praha to 100.0.13.0/24 is established.\nThe subnet 100.0.3.0/24 is reachable from milan.\nThe subnet 100.0.24.0/24 is reachable from geneva.\nConnectivity from amsterdam to 100.0.5.0/24 is established.\nConnectivity from warsaw to 100.0.15.0/24 is established.\nTraffic originating from brussels can reach the subnet 100.0.11.0/24.\nConnectivity from vienna to 100.0.10.0/24 is established.\n100.0.9.0/24 is accessible from istanbul.\nThe subnet 100.0.0.0/24 is reachable from kiev.\nTraffic originating from london can reach the subnet 100.0.24.0/24.\nvienna can reach 100.0.3.0/24.\n100.0.32.0/24 is accessible from frankfurt.\nThe subnet 100.0.8.0/24 is reachable from istanbul.\nroma can reach 100.0.29.0/24.\nThe subnet 100.0.22.0/24 is reachable from athens.\nistanbul can reach 100.0.13.0/24.\nTraffic originating from brussels can reach the subnet 100.0.3.0/24.\nThe subnet 100.0.0.0/24 is reachable from athens.\n100.0.27.0/24 is accessible from amsterdam.\n100.0.14.0/24 is accessible from praha.\nbarcelona can reach 100.0.10.0/24.\nConnectivity from milan to 100.0.25.0/24 is established.\n100.0.22.0/24 is accessible from marseille.\ngeneva can reach 100.0.26.0/24.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nbarcelona can reach 100.0.25.0/24.\nConnectivity from rotterdam to 100.0.26.0/24 is established.\nConnectivity from vienna to 100.0.9.0/24 is established.\nTraffic originating from athens can reach the subnet 100.0.3.0/24.\nThe subnet 100.0.21.0/24 is reachable from barcelona.\nTraffic originating from zurich can reach the subnet 100.0.25.0/24.\nConnectivity from barcelona to 100.0.26.0/24 is established.\n100.0.31.0/24 is accessible from vienna.\nbarcelona can reach 100.0.32.0/24.\nTraffic originating from london can reach the subnet 100.0.5.0/24.\nConnectivity from luxembourg to 100.0.20.0/24 is established.\nTraffic originating from milan can reach the subnet 100.0.6.0/24.\nvienna can reach 100.0.11.0/24.\nbudapest can reach 100.0.32.0/24.\nConnectivity from lyon to 100.0.13.0/24 is established.\n100.0.11.0/24 is accessible from luxembourg.\nConnectivity from vienna to 100.0.26.0/24 is established.\n100.0.9.0/24 is accessible from luxembourg.\nTraffic originating from milan can reach the subnet 100.0.26.0/24.\nThe subnet 100.0.24.0/24 is reachable from istanbul.\nTraffic originating from budapest can reach the subnet 100.0.0.0/24.\nTraffic originating from milan can reach the subnet 100.0.15.0/24.\n100.0.27.0/24 is accessible from luxembourg.\n100.0.23.0/24 is accessible from warsaw.\nTraffic originating from bratislava can reach the subnet 100.0.6.0/24.\n100.0.10.0/24 is accessible from praha.\nConnectivity from roma to 100.0.23.0/24 is established.\nThe subnet 100.0.8.0/24 is reachable from luxembourg.\nThe subnet 100.0.26.0/24 is reachable from marseille.\nTraffic originating from marseille can reach the subnet 100.0.32.0/24.\nbratislava can reach 100.0.27.0/24.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTraffic originating from paris can reach the subnet 100.0.18.0/24.\nTraffic originating from warsaw can reach the subnet 100.0.3.0/24.\n100.0.0.0/24 is accessible from bratislava.\nThe subnet 100.0.4.0/24 is reachable from paris.\n100.0.10.0/24 is accessible from zurich.\n100.0.14.0/24 is accessible from rotterdam.\nThe subnet 100.0.8.0/24 is reachable from london.\n100.0.1.0/24 is accessible from strasbourg.\nThe subnet 100.0.23.0/24 is reachable from athens.\nTraffic originating from geneva can reach the subnet 100.0.32.0/24.", "expected": "{\"reachability\": {\"basel\": [\"100.0.0.0/24\", \"100.0.11.0/24\", \"100.0.23.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.4.0/24\", \"100.0.8.0/24\"], \"frankfurt\": [\"100.0.10.0/24\", \"100.0.32.0/24\"], \"luxembourg\": [\"100.0.24.0/24\", \"100.0.13.0/24\", \"100.0.28.0/24\", \"100.0.4.0/24\", \"100.0.20.0/24\", \"100.0.11.0/24\", \"100.0.9.0/24\", \"100.0.27.0/24\", \"100.0.8.0/24\"], \"paris\": [\"100.0.25.0/24\", \"100.0.8.0/24\", \"100.0.18.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.25.0/24\", \"100.0.10.0/24\", \"100.0.3.0/24\", \"100.0.9.0/24\", \"100.0.31.0/24\", \"100.0.11.0/24\", \"100.0.26.0/24\"], \"madrid\": [\"100.0.23.0/24\", \"100.0.11.0/24\"], \"geneva\": [\"100.0.4.0/24\", \"100.0.24.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"lyon\": [\"100.0.22.0/24\", \"100.0.15.0/24\", \"100.0.13.0/24\"], \"bucharest\": [\"100.0.5.0/24\", \"100.0.32.0/24\", \"100.0.3.0/24\"], \"amsterdam\": [\"100.0.32.0/24\", \"100.0.13.0/24\", \"100.0.5.0/24\", \"100.0.27.0/24\"], \"milan\": [\"100.0.28.0/24\", \"100.0.0.0/24\", \"100.0.3.0/24\", \"100.0.25.0/24\", \"100.0.6.0/24\", \"100.0.26.0/24\", \"100.0.15.0/24\"], \"bratislava\": [\"100.0.15.0/24\", \"100.0.6.0/24\", \"100.0.27.0/24\", \"100.0.0.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.15.0/24\", \"100.0.23.0/24\", \"100.0.3.0/24\"], \"praha\": [\"100.0.15.0/24\", \"100.0.13.0/24\", \"100.0.14.0/24\", \"100.0.10.0/24\"], \"marseille\": [\"100.0.3.0/24\", \"100.0.31.0/24\", \"100.0.22.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"strasbourg\": [\"100.0.31.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.11.0/24\", \"100.0.3.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.8.0/24\", \"100.0.13.0/24\", \"100.0.24.0/24\"], \"kiev\": [\"100.0.0.0/24\"], \"london\": [\"100.0.24.0/24\", \"100.0.5.0/24\", \"100.0.8.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.23.0/24\"], \"athens\": [\"100.0.22.0/24\", \"100.0.0.0/24\", \"100.0.3.0/24\", \"100.0.23.0/24\"], \"barcelona\": [\"100.0.10.0/24\", \"100.0.25.0/24\", \"100.0.21.0/24\", \"100.0.26.0/24\", \"100.0.32.0/24\"], \"rotterdam\": [\"100.0.26.0/24\", \"100.0.14.0/24\"], \"zurich\": [\"100.0.25.0/24\", \"100.0.10.0/24\"], \"budapest\": [\"100.0.32.0/24\", \"100.0.0.0/24\"]}, \"waypoint\": {}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nConnectivity from basel to 100.0.1.0/24 is established.\nThe path between basel and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from kiev.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nThe route from vienna to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.29.0/24 is established.\nTraffic from basel to 100.0.29.0/24 passes through london.\n100.0.4.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from paris.\nTraffic from paris to 100.0.29.0/24 passes through london.\nConnectivity from milan to 100.0.4.0/24 is established.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nConnectivity from sofia to 100.0.1.0/24 is established.\nThe path between sofia and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from frankfurt.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from roma.\nThe route from roma to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nThe route from kiev to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\", \"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 10, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.4.0/24.\nRouting traffic between marseille and 100.0.4.0/24 goes via basel.\n100.0.4.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 11, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from budapest.\nThe route from budapest to 100.0.29.0/24 includes london.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 12, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from brussels.\nThe path between brussels and 100.0.29.0/24 involves london.\n100.0.1.0/24 is accessible from madrid.\nThe path between madrid and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 13, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.1.0/24 is established.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nbrussels can reach 100.0.1.0/24.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 14, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nwarsaw can reach 100.0.4.0/24.\nThe route from warsaw to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 15, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.1.0/24 is established.\nThe path between marseille and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from luxembourg.\nTraffic from luxembourg to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 16, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from vienna.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nathens can reach 100.0.29.0/24.\nTraffic from athens to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 17, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from zurich.\nThe path between zurich and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from paris.\nThe route from paris to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 18, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from vienna.\nThe path between vienna and 100.0.4.0/24 involves basel.\nConnectivity from basel to 100.0.9.0/24 is established.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 19, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nThe path between geneva and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"milan\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 20, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from london.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nConnectivity from zurich to 100.0.29.0/24 is established.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 21, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.29.0/24 is established.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nmarseille can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 22, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from geneva.\nThe path between geneva and 100.0.29.0/24 involves london.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 23, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.9.0/24 is established.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nmadrid can reach 100.0.4.0/24.\nTraffic from madrid to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 24, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from strasbourg.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 25, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.9.0/24.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nConnectivity from budapest to 100.0.4.0/24 is established.\nRouting traffic between budapest and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 26, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from rotterdam.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nConnectivity from paris to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 27, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nThe path between bucharest and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 28, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from sofia.\nThe route from sofia to 100.0.29.0/24 includes london.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 29, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from madrid.\nTo reach 100.0.9.0/24 from madrid, traffic is directed through rotterdam.\n100.0.29.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 30, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nTraffic originating from amsterdam can reach the subnet 100.0.4.0/24.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 31, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from rotterdam.\nThe path between rotterdam and 100.0.29.0/24 involves london.\nlyon can reach 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 32, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from amsterdam to 100.0.29.0/24 is established.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nwarsaw can reach 100.0.29.0/24.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 33, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nbarcelona can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from barcelona, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 34, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from lyon.\nThe route from lyon to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from milan.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 35, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 36, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 37, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 38, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.29.0/24.\nThe route from praha to 100.0.29.0/24 includes london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nThe path between bratislava and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 39, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from milan.\nThe path between milan and 100.0.1.0/24 involves kiev.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nThe path between praha and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 40, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 41, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 42, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe path between budapest and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 43, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.1.0/24.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nConnectivity from sofia to 100.0.9.0/24 is established.\nThe path between sofia and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 44, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.4.0/24.\nThe path between sofia and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 45, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.9.0/24 is established.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nConnectivity from athens to 100.0.4.0/24 is established.\nThe route from athens to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 46, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from budapest.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nThe path between istanbul and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 47, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.1.0/24 is established.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.\n100.0.29.0/24 is accessible from barcelona.\nTo reach 100.0.29.0/24 from barcelona, traffic is directed through london.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 48, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe route from lyon to 100.0.1.0/24 includes kiev.\ngeneva can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 49, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.4.0/24.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nThe route from bucharest to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.4.0/24.\nThe path between paris and 100.0.4.0/24 involves basel.\nbarcelona can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nroma can reach 100.0.9.0/24.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from basel.\nThe route from basel to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from kiev.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nRouting traffic between vienna and 100.0.1.0/24 goes via kiev.\nConnectivity from basel to 100.0.29.0/24 is established.\nTraffic from basel to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.29.0/24 is established.\nThe route from paris to 100.0.29.0/24 includes london.\nConnectivity from milan to 100.0.4.0/24 is established.\nThe route from milan to 100.0.4.0/24 includes basel.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe path between rotterdam and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nsofia can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from sofia, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nConnectivity from roma to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from roma, traffic is directed through basel.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "kiev can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nTraffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nThe path between luxembourg and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(kiev,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.4.0/24 is established.\nThe path between marseille and 100.0.4.0/24 involves basel.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nConnectivity from zurich to 100.0.9.0/24 is established.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.29.0/24 is established.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nbrussels can reach 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.4.0/24 involves basel.\n100.0.4.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nConnectivity from marseille to 100.0.1.0/24 is established.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nluxembourg can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from vienna.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\n100.0.29.0/24 is accessible from athens.\nTraffic from athens to 100.0.29.0/24 passes through london.\nConnectivity from zurich to 100.0.1.0/24 is established.\nThe path between zurich and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from paris.\nThe route from paris to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from vienna.\nTo reach 100.0.4.0/24 from vienna, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from basel.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nmilan can reach 100.0.29.0/24.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nConnectivity from geneva to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 10, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.1.0/24 is established.\nThe path between london and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from marseille.\nTraffic from marseille to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 11, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.29.0/24.\nThe path between geneva and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\n100.0.9.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from madrid.\nThe path between madrid and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 12, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nbudapest can reach 100.0.4.0/24.\nThe route from budapest to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 13, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.1.0/24.\nRouting traffic between rotterdam and 100.0.1.0/24 goes via kiev.\nparis can reach 100.0.9.0/24.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\n100.0.4.0/24 is accessible from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 14, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from sofia can reach the subnet 100.0.29.0/24.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nConnectivity from vienna to 100.0.29.0/24 is established.\nThe route from vienna to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from madrid.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nThe path between frankfurt and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 15, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.4.0/24.\nTraffic from praha to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nrotterdam can reach 100.0.29.0/24.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 16, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from strasbourg, traffic is directed through london.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from barcelona, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 17, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nConnectivity from milan to 100.0.9.0/24 is established.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from istanbul can reach the subnet 100.0.4.0/24.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 18, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.1.0/24.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\n100.0.1.0/24 is accessible from athens.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nluxembourg can reach 100.0.9.0/24.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 19, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\nTraffic originating from bratislava can reach the subnet 100.0.29.0/24.\nTraffic from bratislava to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from milan.\nThe path between milan and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 20, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nlondon can reach 100.0.4.0/24.\nThe path between london and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from luxembourg.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nThe path between istanbul and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 21, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.9.0/24.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nConnectivity from budapest to 100.0.1.0/24 is established.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\n100.0.1.0/24 is accessible from amsterdam.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nConnectivity from sofia to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from sofia, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 22, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from sofia.\nThe path between sofia and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.\nConnectivity from london to 100.0.9.0/24 is established.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nathens can reach 100.0.4.0/24.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"london\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(sofia,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 23, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.9.0/24.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nThe route from istanbul to 100.0.1.0/24 includes kiev.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from barcelona.\nTraffic from barcelona to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 24, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe path between lyon and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from geneva.\nThe path between geneva and 100.0.1.0/24 involves kiev.\nConnectivity from zurich to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nbucharest can reach 100.0.1.0/24.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nConnectivity from basel to 100.0.1.0/24 is established.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from kiev.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nThe route from basel to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nparis can reach 100.0.29.0/24.\nThe path between paris and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from milan.\nThe path between milan and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.1.0/24.\nThe route from praha to 100.0.1.0/24 includes kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nTraffic from rotterdam to 100.0.4.0/24 passes through basel.\nConnectivity from brussels to 100.0.9.0/24 is established.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nThe route from sofia to 100.0.1.0/24 includes kiev.\nfrankfurt can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nConnectivity from roma to 100.0.4.0/24 is established.\nThe route from roma to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nThe path between kiev and 100.0.4.0/24 involves basel.\nkiev can reach 100.0.29.0/24.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nThe route from bratislava to 100.0.4.0/24 includes basel.\n100.0.4.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nstrasbourg can reach 100.0.4.0/24.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nThe route from brussels to 100.0.29.0/24 includes london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nfrankfurt can reach 100.0.1.0/24.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\nbrussels can reach 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nTo reach 100.0.4.0/24 from bucharest, traffic is directed through basel.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nThe path between vienna and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from athens.\nTraffic from athens to 100.0.29.0/24 passes through london.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nTraffic originating from paris can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.4.0/24 passes through basel.\nConnectivity from basel to 100.0.9.0/24 is established.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nThe path between milan and 100.0.29.0/24 involves london.\ngeneva can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from london.\nTraffic from london to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nThe path between zurich and 100.0.29.0/24 involves london.\n100.0.29.0/24 is accessible from roma.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nThe subnet 100.0.29.0/24 is reachable from marseille.\nThe path between marseille and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nThe path between geneva and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from bucharest.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\n100.0.9.0/24 is accessible from amsterdam.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from madrid.\nThe path between madrid and 100.0.4.0/24 involves basel.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nwarsaw can reach 100.0.9.0/24.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 5, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.9.0/24.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nConnectivity from budapest to 100.0.4.0/24 is established.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.1.0/24 goes via kiev.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nThe route from sofia to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from madrid.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from frankfurt.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 6, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.4.0/24 is established.\nThe path between praha and 100.0.4.0/24 involves basel.\namsterdam can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nmilan can reach 100.0.9.0/24.\nThe route from milan to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 7, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.9.0/24 is established.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nConnectivity from geneva to 100.0.9.0/24 is established.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from luxembourg, traffic is directed through rotterdam.\n100.0.29.0/24 is accessible from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nThe route from bratislava to 100.0.29.0/24 includes london.\nThe subnet 100.0.1.0/24 is reachable from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 8, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic originating from london can reach the subnet 100.0.4.0/24.\nThe path between london and 100.0.4.0/24 involves basel.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nThe route from istanbul to 100.0.29.0/24 includes london.\nistanbul can reach 100.0.9.0/24.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nConnectivity from sofia to 100.0.9.0/24 is established.\nThe route from sofia to 100.0.9.0/24 includes rotterdam.\nConnectivity from sofia to 100.0.4.0/24 is established.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nConnectivity from madrid to 100.0.29.0/24 is established.\nThe route from madrid to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 9, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from london.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nathens can reach 100.0.4.0/24.\nThe path between athens and 100.0.4.0/24 involves basel.\nThe subnet 100.0.9.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nbarcelona can reach 100.0.29.0/24.\nThe route from barcelona to 100.0.29.0/24 includes london.\n100.0.1.0/24 is accessible from lyon.\nTraffic from lyon to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from geneva.\nThe path between geneva and 100.0.1.0/24 involves kiev.\n100.0.4.0/24 is accessible from zurich.\nThe path between zurich and 100.0.4.0/24 involves basel.\nTraffic originating from bucharest can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.4.0/24 is established.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nTraffic from barcelona to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from basel.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nTraffic from basel to 100.0.29.0/24 passes through london.\nConnectivity from barcelona to 100.0.4.0/24 is established.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nConnectivity from paris to 100.0.29.0/24 is established.\nThe path between paris and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from milan.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nConnectivity from praha to 100.0.1.0/24 is established.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nConnectivity from sofia to 100.0.1.0/24 is established.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nTraffic originating from roma can reach the subnet 100.0.4.0/24.\nThe route from roma to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nTraffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.4.0/24.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nThe route from budapest to 100.0.29.0/24 includes london.\nConnectivity from zurich to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nbrussels can reach 100.0.29.0/24.\nThe path between brussels and 100.0.29.0/24 involves london.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe path between madrid and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nmarseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.\nathens can reach 100.0.29.0/24.\nThe path between athens and 100.0.29.0/24 involves london.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nTraffic originating from paris can reach the subnet 100.0.1.0/24.\nThe path between paris and 100.0.1.0/24 involves kiev.\nvienna can reach 100.0.4.0/24.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nbasel can reach 100.0.9.0/24.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.\n100.0.4.0/24 is accessible from geneva.\nThe route from geneva to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 2, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.1.0/24 is established.\nTraffic from london to 100.0.1.0/24 passes through kiev.\nzurich can reach 100.0.29.0/24.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from roma.\nThe route from roma to 100.0.29.0/24 includes london.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nTraffic from marseille to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nbucharest can reach 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nConnectivity from madrid to 100.0.4.0/24 is established.\nThe route from madrid to 100.0.4.0/24 includes basel.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nConnectivity from warsaw to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from warsaw, traffic is directed through rotterdam.\nThe subnet 100.0.9.0/24 is reachable from athens.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nThe route from budapest to 100.0.4.0/24 includes basel.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nbrussels can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nThe route from sofia to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nfrankfurt can reach 100.0.29.0/24.\nThe path between frankfurt and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 3, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.4.0/24 is established.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\n100.0.29.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\n100.0.29.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from strasbourg.\nTraffic from strasbourg to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.4.0/24 is reachable from lyon.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\n100.0.9.0/24 is accessible from milan.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\n100.0.1.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nConnectivity from athens to 100.0.1.0/24 is established.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from luxembourg, traffic is directed through rotterdam.\nConnectivity from praha to 100.0.29.0/24 is established.\nThe path between praha and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.29.0/24 includes london.\nmilan can reach 100.0.1.0/24.\nThe route from milan to 100.0.1.0/24 includes kiev.\npraha can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 4, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\n100.0.4.0/24 is accessible from london.\nThe path between london and 100.0.4.0/24 involves basel.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nConnectivity from sofia to 100.0.9.0/24 is established.\nThe path between sofia and 100.0.9.0/24 involves rotterdam.\nsofia can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.\nlondon can reach 100.0.9.0/24.\nThe path between london and 100.0.9.0/24 involves rotterdam.\n100.0.4.0/24 is accessible from athens.\nThe route from athens to 100.0.4.0/24 includes basel.\nbudapest can reach 100.0.9.0/24.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\n100.0.1.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from lyon.\nThe path between lyon and 100.0.1.0/24 involves kiev.\ngeneva can reach 100.0.1.0/24.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nzurich can reach 100.0.4.0/24.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.\nTraffic originating from bucharest can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.4.0/24 is established.\nThe path between paris and 100.0.4.0/24 involves basel.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nroma can reach 100.0.9.0/24.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nbasel can reach 100.0.1.0/24.\nTraffic from basel to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nConnectivity from basel to 100.0.29.0/24 is established.\nThe path between basel and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nparis can reach 100.0.29.0/24.\nRouting traffic between paris and 100.0.29.0/24 goes via london.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nThe path between milan and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from praha.\nThe path between praha and 100.0.1.0/24 involves kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nbrussels can reach 100.0.9.0/24.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from sofia, traffic is directed through kiev.\n100.0.4.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\nroma can reach 100.0.4.0/24.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nConnectivity from kiev to 100.0.4.0/24 is established.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nkiev can reach 100.0.29.0/24.\nThe path between kiev and 100.0.29.0/24 involves london.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTraffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nConnectivity from marseille to 100.0.4.0/24 is established.\nThe route from marseille to 100.0.4.0/24 includes basel.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nbudapest can reach 100.0.29.0/24.\nThe path between budapest and 100.0.29.0/24 involves london.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.\n100.0.1.0/24 is accessible from madrid.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\n100.0.1.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nConnectivity from brussels to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\n100.0.1.0/24 is accessible from marseille.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nThe path between luxembourg and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from athens can reach the subnet 100.0.29.0/24.\nThe route from athens to 100.0.29.0/24 includes london.\n100.0.1.0/24 is accessible from zurich.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nConnectivity from paris to 100.0.1.0/24 is established.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from milan.\nThe route from milan to 100.0.29.0/24 includes london.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.4.0/24 goes via basel.\n100.0.1.0/24 is accessible from london.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nTraffic from zurich to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nmarseille can reach 100.0.29.0/24.\nThe path between marseille and 100.0.29.0/24 involves london.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nThe path between geneva and 100.0.29.0/24 involves london.\nbucharest can reach 100.0.9.0/24.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\namsterdam can reach 100.0.9.0/24.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from madrid.\nThe path between madrid and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from strasbourg.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\nwarsaw can reach 100.0.9.0/24.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 1, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.9.0/24.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\n100.0.4.0/24 is accessible from budapest.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\n100.0.9.0/24 is accessible from paris.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.4.0/24 is reachable from brussels.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nThe path between bucharest and 100.0.29.0/24 involves london.\n100.0.29.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nConnectivity from madrid to 100.0.9.0/24 is established.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from frankfurt.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nConnectivity from praha to 100.0.4.0/24 is established.\nThe route from praha to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\n100.0.29.0/24 is accessible from rotterdam.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\namsterdam can reach 100.0.29.0/24.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from strasbourg.\nTraffic from strasbourg to 100.0.29.0/24 passes through london.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.9.0/24 is reachable from milan.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nConnectivity from geneva to 100.0.9.0/24 is established.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from athens.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nTraffic from praha to 100.0.29.0/24 passes through london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\npraha can reach 100.0.9.0/24.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from roma.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\nlondon can reach 100.0.4.0/24.\nThe path between london and 100.0.4.0/24 involves basel.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.9.0/24 goes via rotterdam.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.\nsofia can reach 100.0.9.0/24.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nsofia can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.\nConnectivity from madrid to 100.0.29.0/24 is established.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\n100.0.9.0/24 is accessible from london.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from athens.\nThe path between athens and 100.0.4.0/24 involves basel.\n100.0.9.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\ngeneva can reach 100.0.1.0/24.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nzurich can reach 100.0.4.0/24.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nbucharest can reach 100.0.1.0/24.\nThe route from bucharest to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 100, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.4.0/24 is established.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nTraffic originating from roma can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nConnectivity from vienna to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nThe route from basel to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from barcelona.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nThe subnet 100.0.29.0/24 is reachable from paris.\nThe path between paris and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from milan.\nThe path between milan and 100.0.4.0/24 involves basel.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nThe path between praha and 100.0.1.0/24 involves kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from sofia, traffic is directed through kiev.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nroma can reach 100.0.4.0/24.\nThe path between roma and 100.0.4.0/24 involves basel.\nkiev can reach 100.0.4.0/24.\nTraffic from kiev to 100.0.4.0/24 passes through basel.\n100.0.29.0/24 is accessible from kiev.\nThe route from kiev to 100.0.29.0/24 includes london.\nbratislava can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nluxembourg can reach 100.0.4.0/24.\nThe route from luxembourg to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\n100.0.9.0/24 is accessible from zurich.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\nConnectivity from brussels to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.\nmadrid can reach 100.0.1.0/24.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nfrankfurt can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nbucharest can reach 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nwarsaw can reach 100.0.4.0/24.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from marseille.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nConnectivity from luxembourg to 100.0.1.0/24 is established.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from vienna.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from athens can reach the subnet 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.1.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nConnectivity from vienna to 100.0.4.0/24 is established.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nConnectivity from basel to 100.0.9.0/24 is established.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from milan.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.4.0/24 goes via basel.\nlondon can reach 100.0.1.0/24.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\n100.0.29.0/24 is accessible from zurich.\nThe path between zurich and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from roma.\nTraffic from roma to 100.0.29.0/24 passes through london.\nmarseille can reach 100.0.29.0/24.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\n100.0.29.0/24 is accessible from geneva.\nThe route from geneva to 100.0.29.0/24 includes london.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\namsterdam can reach 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nConnectivity from madrid to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from madrid, traffic is directed through basel.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\n100.0.9.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nbudapest can reach 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nparis can reach 100.0.9.0/24.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.\nConnectivity from brussels to 100.0.4.0/24 is established.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nTraffic from sofia to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.\nmadrid can reach 100.0.9.0/24.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\n100.0.29.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe route from praha to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\n100.0.29.0/24 is accessible from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\namsterdam can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nstrasbourg can reach 100.0.29.0/24.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nConnectivity from lyon to 100.0.4.0/24 is established.\nThe path between lyon and 100.0.4.0/24 involves basel.\nConnectivity from milan to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\n100.0.4.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from bratislava.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nConnectivity from geneva to 100.0.9.0/24 is established.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from athens.\nThe path between athens and 100.0.1.0/24 involves kiev.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nTraffic from bratislava to 100.0.29.0/24 passes through london.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nThe path between milan and 100.0.1.0/24 involves kiev.\n100.0.9.0/24 is accessible from praha.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nConnectivity from london to 100.0.4.0/24 is established.\nThe path between london and 100.0.4.0/24 involves basel.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\n100.0.9.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nConnectivity from budapest to 100.0.1.0/24 is established.\nTraffic from budapest to 100.0.1.0/24 passes through kiev.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from sofia.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.4.0/24 passes through basel.\nmadrid can reach 100.0.29.0/24.\nThe route from madrid to 100.0.29.0/24 includes london.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from athens.\nThe route from athens to 100.0.4.0/24 includes basel.\nConnectivity from budapest to 100.0.9.0/24 is established.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.1.0/24 includes kiev.\n100.0.1.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\n100.0.1.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nConnectivity from zurich to 100.0.4.0/24 is established.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.\nbucharest can reach 100.0.1.0/24.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.1.0/24.\nThe route from brussels to 100.0.1.0/24 includes kiev.\nConnectivity from istanbul to 100.0.9.0/24 is established.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nConnectivity from sofia to 100.0.4.0/24 is established.\nThe path between sofia and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from vienna.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nluxembourg can reach 100.0.29.0/24.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.1.0/24 is established.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\nConnectivity from sofia to 100.0.9.0/24 is established.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.\nTraffic originating from bratislava can reach the subnet 100.0.29.0/24.\nTraffic from bratislava to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.1.0/24 is established.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nbrussels can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from lyon.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.\nvienna can reach 100.0.1.0/24.\nThe route from vienna to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.4.0/24 includes basel.\n100.0.1.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from lyon.\nThe route from lyon to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from marseille.\nRouting traffic between marseille and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 10, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from roma.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nmarseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 11, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.9.0/24.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\namsterdam can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from amsterdam, traffic is directed through kiev.", "expected": "{\"reachability\": {\"praha\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 12, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\nbudapest can reach 100.0.1.0/24.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 13, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from milan.\nTraffic from milan to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from rotterdam.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"milan\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 14, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.29.0/24.\nThe route from athens to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from roma.\nTraffic from roma to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 15, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from milan.\nThe path between milan and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from lyon.\nTraffic from lyon to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 16, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.1.0/24 is established.\nThe path between praha and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 17, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from istanbul.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from athens.\nThe path between athens and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 18, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.9.0/24 is established.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nConnectivity from roma to 100.0.1.0/24 is established.\nTraffic from roma to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 19, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from london.\nThe route from london to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.1.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 20, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nConnectivity from budapest to 100.0.4.0/24 is established.\nThe path between budapest and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 21, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.4.0/24 is reachable from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 22, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.1.0/24 is established.\nThe path between lyon and 100.0.1.0/24 involves kiev.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nThe path between warsaw and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 23, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from kiev.\nThe route from kiev to 100.0.4.0/24 includes basel.\nConnectivity from milan to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 24, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nfrankfurt can reach 100.0.4.0/24.\nThe route from frankfurt to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 25, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.4.0/24 is established.\nThe path between barcelona and 100.0.4.0/24 involves basel.\n100.0.4.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 26, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.29.0/24.\nThe path between istanbul and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nTraffic from geneva to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 27, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.9.0/24 is established.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\n100.0.4.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 28, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.4.0/24 goes via basel.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nThe path between rotterdam and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 29, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\n100.0.9.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 30, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 31, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.9.0/24.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 32, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.1.0/24.\nThe route from geneva to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 33, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.9.0/24 is established.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\n100.0.29.0/24 is accessible from madrid.\nTraffic from madrid to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 34, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from marseille.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\nbudapest can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 35, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 36, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.4.0/24 is established.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nfrankfurt can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 37, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 38, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from strasbourg.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTraffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe route from vienna to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 39, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.9.0/24 is established.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 40, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from marseille.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nConnectivity from strasbourg to 100.0.9.0/24 is established.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 41, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from basel.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 42, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from basel.\nThe route from basel to 100.0.29.0/24 includes london.\nbudapest can reach 100.0.29.0/24.\nTraffic from budapest to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"basel\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(basel,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 43, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.29.0/24.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 44, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from paris.\nTraffic from paris to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 45, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nConnectivity from strasbourg to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 46, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from basel.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\n100.0.4.0/24 is accessible from rotterdam.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 47, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from athens.\nThe path between athens and 100.0.1.0/24 involves kiev.\nConnectivity from kiev to 100.0.29.0/24 is established.\nTraffic from kiev to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 48, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.4.0/24.\nThe route from paris to 100.0.4.0/24 includes basel.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 49, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from london.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nmilan can reach 100.0.1.0/24.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.1.0/24 is established.\nThe path between brussels and 100.0.1.0/24 involves kiev.\n100.0.9.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nConnectivity from sofia to 100.0.4.0/24 is established.\nTraffic from sofia to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.9.0/24.\nThe path between vienna and 100.0.9.0/24 involves rotterdam.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nConnectivity from sofia to 100.0.9.0/24 is established.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.29.0/24.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from lyon.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nwarsaw can reach 100.0.4.0/24.\nThe route from warsaw to 100.0.4.0/24 includes basel.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.4.0/24 is established.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nmarseille can reach 100.0.9.0/24.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nThe route from praha to 100.0.29.0/24 includes london.\nsofia can reach 100.0.29.0/24.\nThe route from sofia to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from roma.\nThe route from roma to 100.0.29.0/24 includes london.\nmarseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from madrid.\nThe path between madrid and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from budapest.\nThe route from budapest to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from athens.\nThe route from athens to 100.0.29.0/24 includes london.\nThe subnet 100.0.9.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.4.0/24 is reachable from milan.\nThe path between milan and 100.0.4.0/24 involves basel.\nlyon can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from praha.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nTo reach 100.0.29.0/24 from barcelona, traffic is directed through london.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\n100.0.4.0/24 is accessible from athens.\nTraffic from athens to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\nroma can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from london.\nTraffic from london to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from paris.\nTraffic from paris to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 10, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.29.0/24 is established.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nConnectivity from budapest to 100.0.4.0/24 is established.\nThe path between budapest and 100.0.4.0/24 involves basel.\ngeneva can reach 100.0.9.0/24.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\nTraffic originating from london can reach the subnet 100.0.4.0/24.\nThe route from london to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 11, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.1.0/24.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nThe path between kiev and 100.0.4.0/24 involves basel.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe route from milan to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 12, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.4.0/24.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nTraffic originating from barcelona can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 13, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nathens can reach 100.0.9.0/24.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nbratislava can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 14, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from geneva.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\n100.0.29.0/24 is accessible from rotterdam.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 15, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from praha.\nThe route from praha to 100.0.4.0/24 includes basel.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 16, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 17, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nbudapest can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.\nbratislava can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nstrasbourg can reach 100.0.4.0/24.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 18, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.4.0/24 is established.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nThe route from zurich to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(roma,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 19, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nTo reach 100.0.4.0/24 from vienna, traffic is directed through basel.\nConnectivity from madrid to 100.0.9.0/24 is established.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nThe route from zurich to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 20, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.29.0/24.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nThe subnet 100.0.9.0/24 is reachable from basel.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 21, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from basel.\nTraffic from basel to 100.0.29.0/24 passes through london.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nThe route from budapest to 100.0.29.0/24 includes london.\nConnectivity from vienna to 100.0.29.0/24 is established.\nThe path between vienna and 100.0.29.0/24 involves london.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"basel\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(basel,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 22, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.1.0/24.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from paris.\nTraffic from paris to 100.0.29.0/24 passes through london.\nzurich can reach 100.0.9.0/24.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.\n100.0.1.0/24 is accessible from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 23, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.1.0/24.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nThe route from kiev to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 24, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\n100.0.9.0/24 is accessible from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nThe subnet 100.0.9.0/24 is reachable from london.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"london\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nsofia can reach 100.0.4.0/24.\nTraffic from sofia to 100.0.4.0/24 passes through basel.\n100.0.9.0/24 is accessible from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nsofia can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from sofia, traffic is directed through rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nThe route from brussels to 100.0.29.0/24 includes london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nlyon can reach 100.0.9.0/24.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from vienna.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\n100.0.4.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nluxembourg can reach 100.0.1.0/24.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from lyon.\nTraffic from lyon to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nRouting traffic between marseille and 100.0.9.0/24 goes via rotterdam.\nConnectivity from praha to 100.0.29.0/24 is established.\nThe path between praha and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.29.0/24.\nTraffic from roma to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from marseille.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.\nmadrid can reach 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTraffic originating from budapest can reach the subnet 100.0.1.0/24.\nThe path between budapest and 100.0.1.0/24 involves kiev.\n100.0.29.0/24 is accessible from milan.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nathens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.4.0/24 is established.\nThe route from milan to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\n100.0.1.0/24 is accessible from praha.\nThe route from praha to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nConnectivity from athens to 100.0.4.0/24 is established.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nwarsaw can reach 100.0.9.0/24.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\n100.0.1.0/24 is accessible from roma.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\n100.0.1.0/24 is accessible from london.\nThe path between london and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.1.0/24 is reachable from paris.\nTraffic from paris to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"london\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.29.0/24.\nThe path between zurich and 100.0.29.0/24 involves london.\nbudapest can reach 100.0.4.0/24.\nRouting traffic between budapest and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\n100.0.1.0/24 is accessible from lyon.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nwarsaw can reach 100.0.29.0/24.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nTraffic from kiev to 100.0.4.0/24 passes through basel.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\n100.0.4.0/24 is accessible from brussels.\nThe path between brussels and 100.0.4.0/24 involves basel.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nThe route from frankfurt to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 5, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.4.0/24.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nluxembourg can reach 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nistanbul can reach 100.0.29.0/24.\nThe path between istanbul and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nThe route from geneva to 100.0.29.0/24 includes london.\nathens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nbratislava can reach 100.0.4.0/24.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\ngeneva can reach 100.0.4.0/24.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nTraffic originating from amsterdam can reach the subnet 100.0.4.0/24.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\n100.0.9.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 6, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from praha.\nThe path between praha and 100.0.4.0/24 involves basel.\n100.0.9.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\nConnectivity from kiev to 100.0.9.0/24 is established.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\n100.0.29.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from geneva.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\n100.0.9.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nConnectivity from madrid to 100.0.29.0/24 is established.\nThe path between madrid and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe route from marseille to 100.0.4.0/24 includes basel.\nbudapest can reach 100.0.9.0/24.\nRouting traffic between budapest and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 7, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bratislava can reach 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nTraffic originating from roma can reach the subnet 100.0.4.0/24.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nfrankfurt can reach 100.0.29.0/24.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\n100.0.1.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from zurich.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.\n100.0.29.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nvienna can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from vienna, traffic is directed through basel.\n100.0.9.0/24 is accessible from madrid.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 8, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.29.0/24.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\nstrasbourg can reach 100.0.9.0/24.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nConnectivity from basel to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\n100.0.1.0/24 is accessible from barcelona.\nTraffic from barcelona to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from basel.\nThe route from basel to 100.0.29.0/24 includes london.\nConnectivity from budapest to 100.0.29.0/24 is established.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nRouting traffic between paris and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 9, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.9.0/24.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nConnectivity from basel to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from athens.\nThe path between athens and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nparis can reach 100.0.4.0/24.\nThe route from paris to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"london\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.1.0/24.\nThe route from brussels to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nsofia can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nConnectivity from brussels to 100.0.29.0/24 is established.\nThe route from brussels to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from bratislava.\nThe path between bratislava and 100.0.29.0/24 involves london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.9.0/24.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nConnectivity from vienna to 100.0.1.0/24 is established.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nluxembourg can reach 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nlyon can reach 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nConnectivity from marseille to 100.0.9.0/24 is established.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nsofia can reach 100.0.29.0/24.\nThe route from sofia to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.29.0/24 is established.\nThe route from roma to 100.0.29.0/24 includes london.\nmarseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nConnectivity from praha to 100.0.9.0/24 is established.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\nbudapest can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from budapest, traffic is directed through kiev.\nmilan can reach 100.0.29.0/24.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nConnectivity from athens to 100.0.29.0/24 is established.\nThe route from athens to 100.0.29.0/24 includes london.\nTraffic originating from roma can reach the subnet 100.0.9.0/24.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\n100.0.4.0/24 is accessible from milan.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nlyon can reach 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.\nConnectivity from praha to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nbarcelona can reach 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\nroma can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\n100.0.1.0/24 is accessible from london.\nThe route from london to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.1.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 2, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from zurich.\nThe route from zurich to 100.0.29.0/24 includes london.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from london.\nThe path between london and 100.0.4.0/24 involves basel.\nConnectivity from lyon to 100.0.1.0/24 is established.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nkiev can reach 100.0.4.0/24.\nThe route from kiev to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from milan.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\n100.0.4.0/24 is accessible from brussels.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\n100.0.4.0/24 is accessible from frankfurt.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nConnectivity from barcelona to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\n100.0.4.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nistanbul can reach 100.0.29.0/24.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\n100.0.9.0/24 is accessible from athens.\nTo reach 100.0.9.0/24 from athens, traffic is directed through rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\n100.0.29.0/24 is accessible from rotterdam.\nThe route from rotterdam to 100.0.29.0/24 includes london.\namsterdam can reach 100.0.4.0/24.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nRouting traffic between bratislava and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 3, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nConnectivity from kiev to 100.0.9.0/24 is established.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nConnectivity from madrid to 100.0.29.0/24 is established.\nTraffic from madrid to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nstrasbourg can reach 100.0.4.0/24.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from roma.\nThe route from roma to 100.0.4.0/24 includes basel.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nThe route from vienna to 100.0.4.0/24 includes basel.\nConnectivity from madrid to 100.0.9.0/24 is established.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nzurich can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 4, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from marseille.\nTraffic from marseille to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from strasbourg.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nThe subnet 100.0.9.0/24 is reachable from basel.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from basel.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nvienna can reach 100.0.29.0/24.\nThe route from vienna to 100.0.29.0/24 includes london.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from bucharest.\nThe route from bucharest to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from paris.\nThe path between paris and 100.0.29.0/24 involves london.\nConnectivity from zurich to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nConnectivity from strasbourg to 100.0.1.0/24 is established.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\n100.0.1.0/24 is accessible from basel.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nConnectivity from athens to 100.0.1.0/24 is established.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nTraffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nConnectivity from london to 100.0.9.0/24 is established.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from milan.\nThe route from milan to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"london\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nistanbul can reach 100.0.9.0/24.\nRouting traffic between istanbul and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\n100.0.4.0/24 is accessible from sofia.\nTraffic from sofia to 100.0.4.0/24 passes through basel.\n100.0.9.0/24 is accessible from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nTraffic originating from bratislava can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nConnectivity from lyon to 100.0.9.0/24 is established.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nwarsaw can reach 100.0.4.0/24.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\n100.0.1.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.1.0/24 involves kiev.\nlyon can reach 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\n100.0.29.0/24 is accessible from praha.\nThe route from praha to 100.0.29.0/24 includes london.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nThe subnet 100.0.1.0/24 is reachable from marseille.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nConnectivity from madrid to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from madrid, traffic is directed through basel.\n100.0.1.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nConnectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from athens.\nThe route from athens to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\n100.0.4.0/24 is accessible from milan.\nTraffic from milan to 100.0.4.0/24 passes through basel.\n100.0.29.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\n100.0.1.0/24 is accessible from praha.\nThe route from praha to 100.0.1.0/24 includes kiev.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nThe route from athens to 100.0.4.0/24 includes basel.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nroma can reach 100.0.1.0/24.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nThe path between london and 100.0.1.0/24 involves kiev.\nparis can reach 100.0.1.0/24.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nConnectivity from budapest to 100.0.4.0/24 is established.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nConnectivity from geneva to 100.0.9.0/24 is established.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\n100.0.4.0/24 is accessible from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\n100.0.1.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nwarsaw can reach 100.0.29.0/24.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nThe route from kiev to 100.0.4.0/24 includes basel.\nConnectivity from milan to 100.0.9.0/24 is established.\nTraffic from milan to 100.0.9.0/24 passes through rotterdam.\nConnectivity from brussels to 100.0.4.0/24 is established.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\n100.0.4.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 1, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.4.0/24.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nluxembourg can reach 100.0.4.0/24.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\n100.0.29.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from athens.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nbratislava can reach 100.0.4.0/24.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\n100.0.29.0/24 is accessible from rotterdam.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\n100.0.4.0/24 is accessible from amsterdam.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe route from praha to 100.0.4.0/24 includes basel.\nbarcelona can reach 100.0.9.0/24.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nkiev can reach 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nRouting traffic between amsterdam and 100.0.29.0/24 goes via london.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nConnectivity from geneva to 100.0.1.0/24 is established.\nThe path between geneva and 100.0.1.0/24 involves kiev.\n100.0.9.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nConnectivity from madrid to 100.0.29.0/24 is established.\nThe path between madrid and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.9.0/24 is reachable from budapest.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nConnectivity from roma to 100.0.4.0/24 is established.\nThe path between roma and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe route from zurich to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from strasbourg.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nvienna can reach 100.0.4.0/24.\nThe path between vienna and 100.0.4.0/24 involves basel.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\n100.0.29.0/24 is accessible from marseille.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\n100.0.9.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nThe route from barcelona to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from basel.\nTraffic from basel to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nConnectivity from vienna to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.\nbucharest can reach 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nparis can reach 100.0.29.0/24.\nThe route from paris to 100.0.29.0/24 includes london.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\n100.0.1.0/24 is accessible from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nConnectivity from basel to 100.0.1.0/24 is established.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nTraffic from rotterdam to 100.0.4.0/24 passes through basel.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nConnectivity from kiev to 100.0.29.0/24 is established.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nparis can reach 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\n100.0.9.0/24 is accessible from london.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\nConnectivity from milan to 100.0.1.0/24 is established.\nThe route from milan to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"athens\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"rotterdam\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"budapest\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 1, "chunk": 0, "batch_size": 100, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.1.0/24 is established.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from istanbul.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nsofia can reach 100.0.4.0/24.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nbrussels can reach 100.0.29.0/24.\nThe path between brussels and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.29.0/24 passes through london.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nThe path between brussels and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nvienna can reach 100.0.1.0/24.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\n100.0.4.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nConnectivity from luxembourg to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nConnectivity from lyon to 100.0.4.0/24 is established.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nConnectivity from praha to 100.0.29.0/24 is established.\nTraffic from praha to 100.0.29.0/24 passes through london.\nConnectivity from sofia to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\n100.0.29.0/24 is accessible from roma.\nThe path between roma and 100.0.29.0/24 involves london.\nmarseille can reach 100.0.1.0/24.\nTraffic from marseille to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nmadrid can reach 100.0.4.0/24.\nTraffic from madrid to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from milan.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nConnectivity from athens to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.\nConnectivity from roma to 100.0.9.0/24 is established.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.4.0/24 is reachable from milan.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nTraffic from lyon to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from praha.\nThe route from praha to 100.0.1.0/24 includes kiev.\nbarcelona can reach 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\n100.0.4.0/24 is accessible from athens.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\n100.0.9.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from roma can reach the subnet 100.0.1.0/24.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nlondon can reach 100.0.1.0/24.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nConnectivity from paris to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nThe path between zurich and 100.0.29.0/24 involves london.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nThe route from budapest to 100.0.4.0/24 includes basel.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nConnectivity from london to 100.0.4.0/24 is established.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nConnectivity from lyon to 100.0.1.0/24 is established.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nwarsaw can reach 100.0.29.0/24.\nThe path between warsaw and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nThe path between kiev and 100.0.4.0/24 involves basel.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nConnectivity from brussels to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nbarcelona can reach 100.0.4.0/24.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nThe path between istanbul and 100.0.29.0/24 involves london.\ngeneva can reach 100.0.29.0/24.\nThe route from geneva to 100.0.29.0/24 includes london.\nathens can reach 100.0.9.0/24.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nThe path between geneva and 100.0.4.0/24 involves basel.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\n100.0.4.0/24 is accessible from amsterdam.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe path between praha and 100.0.4.0/24 involves basel.\nThe subnet 100.0.9.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\n100.0.9.0/24 is accessible from budapest.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from bratislava.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nThe subnet 100.0.4.0/24 is reachable from roma.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nfrankfurt can reach 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from zurich.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from vienna.\nThe path between vienna and 100.0.4.0/24 involves basel.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nmarseille can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.\nConnectivity from basel to 100.0.9.0/24 is established.\nThe path between basel and 100.0.9.0/24 involves rotterdam.\nbarcelona can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nConnectivity from basel to 100.0.29.0/24 is established.\nThe route from basel to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nvienna can reach 100.0.29.0/24.\nThe path between vienna and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from amsterdam.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.1.0/24.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nTraffic from paris to 100.0.29.0/24 passes through london.\nzurich can reach 100.0.9.0/24.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTraffic from basel to 100.0.1.0/24 passes through kiev.\n100.0.4.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.1.0/24 is reachable from athens.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nThe route from kiev to 100.0.29.0/24 includes london.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nThe route from london to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.1.0/24.\nThe route from bucharest to 100.0.1.0/24 includes kiev.\nConnectivity from budapest to 100.0.1.0/24 is established.\nTraffic from budapest to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.\n100.0.4.0/24 is accessible from athens.\nThe route from athens to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.1.0/24.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.29.0/24 is established.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from kiev to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nThe route from rotterdam to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nTraffic from london to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from praha can reach the subnet 100.0.1.0/24.\nThe route from praha to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.9.0/24 is established.\nThe route from praha to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"praha\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.29.0/24 is established.\nThe path between praha and 100.0.29.0/24 involves london.\namsterdam can reach 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 10, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nThe path between barcelona and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 11, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from istanbul to 100.0.29.0/24 is established.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 12, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.4.0/24 is established.\nThe route from lyon to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 13, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nConnectivity from paris to 100.0.9.0/24 is established.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 14, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nlondon can reach 100.0.4.0/24.\nTraffic from london to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 15, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\n100.0.29.0/24 is accessible from barcelona.\nThe route from barcelona to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 16, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from geneva.\nThe route from geneva to 100.0.4.0/24 includes basel.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nThe path between zurich and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 17, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nThe route from basel to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 18, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.9.0/24 is established.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nmilan can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 19, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nConnectivity from vienna to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 20, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "frankfurt can reach 100.0.4.0/24.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nThe route from rotterdam to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 21, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from london.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\n100.0.9.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 22, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from bratislava.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\n100.0.9.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 23, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from strasbourg.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\n100.0.9.0/24 is accessible from bratislava.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 24, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.1.0/24.\nThe route from geneva to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 25, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 26, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from budapest.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 27, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from lyon.\nThe path between lyon and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from paris.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 28, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nThe path between basel and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 29, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from sofia.\nThe path between sofia and 100.0.4.0/24 involves basel.\nluxembourg can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 30, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from milan.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nbrussels can reach 100.0.1.0/24.\nThe route from brussels to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 31, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from marseille.\nThe route from marseille to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 32, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.4.0/24 is established.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nRouting traffic between praha and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(roma,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 33, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from budapest.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 34, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.1.0/24 is established.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 35, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.1.0/24.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nConnectivity from amsterdam to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 36, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\n100.0.29.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 37, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.4.0/24.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nConnectivity from zurich to 100.0.29.0/24 is established.\nThe route from zurich to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 38, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.29.0/24 is established.\nThe path between vienna and 100.0.29.0/24 involves london.\nroma can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 39, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from kiev.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nThe path between bratislava and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 40, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.9.0/24.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nConnectivity from brussels to 100.0.29.0/24 is established.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 41, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 42, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.9.0/24.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 43, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.1.0/24.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from roma.\nTraffic from roma to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 44, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\nConnectivity from geneva to 100.0.29.0/24 is established.\nThe path between geneva and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 45, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 46, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.4.0/24 is established.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 47, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.9.0/24.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nConnectivity from sofia to 100.0.29.0/24 is established.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 48, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from strasbourg.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from milan.\nThe route from milan to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 49, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.4.0/24.\nThe path between kiev and 100.0.4.0/24 involves basel.\nmadrid can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nConnectivity from budapest to 100.0.1.0/24 is established.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.4.0/24 is reachable from athens.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from zurich.\nThe route from zurich to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\nConnectivity from paris to 100.0.1.0/24 is established.\nThe route from paris to 100.0.1.0/24 includes kiev.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.29.0/24 is established.\nThe route from marseille to 100.0.29.0/24 includes london.\nbarcelona can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from basel.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nThe route from london to 100.0.1.0/24 includes kiev.\npraha can reach 100.0.1.0/24.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.9.0/24.\nThe route from praha to 100.0.9.0/24 includes rotterdam.\n100.0.4.0/24 is accessible from vienna.\nTraffic from vienna to 100.0.4.0/24 passes through basel.\npraha can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"praha\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.4.0/24 is established.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\n100.0.9.0/24 is accessible from sofia.\nTo reach 100.0.9.0/24 from sofia, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from lyon.\nThe route from lyon to 100.0.4.0/24 includes basel.\nbucharest can reach 100.0.4.0/24.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nThe path between paris and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.1.0/24.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nlondon can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\nConnectivity from athens to 100.0.29.0/24 is established.\nThe route from athens to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.1.0/24 is reachable from lyon.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from basel.\nThe path between basel and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from marseille.\nRouting traffic between marseille and 100.0.9.0/24 goes via rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.\nmarseille can reach 100.0.1.0/24.\nTraffic from marseille to 100.0.1.0/24 passes through kiev.\nvienna can reach 100.0.9.0/24.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 10, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from frankfurt.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nrotterdam can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nistanbul can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 11, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.1.0/24 is established.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\n100.0.9.0/24 is accessible from strasbourg.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 12, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from geneva.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nstrasbourg can reach 100.0.4.0/24.\nRouting traffic between strasbourg and 100.0.4.0/24 goes via basel.\n100.0.9.0/24 is accessible from lyon.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 13, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.9.0/24 is established.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from budapest.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nlyon can reach 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe route from paris to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 14, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from amsterdam.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nbasel can reach 100.0.1.0/24.\nThe path between basel and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.4.0/24 is reachable from sofia.\nThe path between sofia and 100.0.4.0/24 involves basel.\nluxembourg can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 15, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from milan.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.\namsterdam can reach 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nmarseille can reach 100.0.4.0/24.\nRouting traffic between marseille and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 16, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from roma.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nConnectivity from praha to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nConnectivity from budapest to 100.0.29.0/24 is established.\nTraffic from budapest to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 17, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.1.0/24.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nThe route from paris to 100.0.29.0/24 includes london.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\namsterdam can reach 100.0.9.0/24.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 18, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from bratislava.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\n100.0.4.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nTraffic originating from zurich can reach the subnet 100.0.29.0/24.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 19, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.29.0/24 is established.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from roma.\nTraffic from roma to 100.0.29.0/24 passes through london.\nConnectivity from kiev to 100.0.29.0/24 is established.\nThe path between kiev and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 20, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from madrid.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\n100.0.29.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nThe subnet 100.0.9.0/24 is reachable from bucharest.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 21, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from zurich.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nConnectivity from roma to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\nTraffic originating from roma can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 22, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nConnectivity from geneva to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nThe path between sofia and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 23, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.4.0/24.\nThe path between brussels and 100.0.4.0/24 involves basel.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\n100.0.9.0/24 is accessible from budapest.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nThe path between sofia and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 24, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nConnectivity from milan to 100.0.4.0/24 is established.\nThe path between milan and 100.0.4.0/24 involves basel.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\n100.0.29.0/24 is accessible from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nbudapest can reach 100.0.1.0/24.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nTraffic from athens to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nwarsaw can reach 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from paris.\nThe path between paris and 100.0.1.0/24 involves kiev.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nThe route from marseille to 100.0.29.0/24 includes london.\nTraffic originating from barcelona can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from kiev.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from london.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\npraha can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nThe subnet 100.0.9.0/24 is reachable from praha.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe route from vienna to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from madrid.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nistanbul can reach 100.0.29.0/24.\nThe path between istanbul and 100.0.29.0/24 involves london.\nsofia can reach 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\n100.0.4.0/24 is accessible from bucharest.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nwarsaw can reach 100.0.29.0/24.\nThe path between warsaw and 100.0.29.0/24 involves london.\nparis can reach 100.0.9.0/24.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.4.0/24 is reachable from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from athens.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nbarcelona can reach 100.0.29.0/24.\nThe path between barcelona and 100.0.29.0/24 involves london.\ngeneva can reach 100.0.4.0/24.\nThe route from geneva to 100.0.4.0/24 includes basel.\nzurich can reach 100.0.1.0/24.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nlyon can reach 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nConnectivity from marseille to 100.0.9.0/24 is established.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nmarseille can reach 100.0.1.0/24.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from frankfurt.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nrotterdam can reach 100.0.4.0/24.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nlondon can reach 100.0.9.0/24.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nistanbul can reach 100.0.9.0/24.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from milan.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nConnectivity from brussels to 100.0.9.0/24 is established.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\ngeneva can reach 100.0.1.0/24.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 5, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nConnectivity from lyon to 100.0.9.0/24 is established.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nathens can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from athens, traffic is directed through rotterdam.\nbudapest can reach 100.0.4.0/24.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nConnectivity from lyon to 100.0.29.0/24 is established.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nparis can reach 100.0.4.0/24.\nThe route from paris to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nsofia can reach 100.0.4.0/24.\nTraffic from sofia to 100.0.4.0/24 passes through basel.\nluxembourg can reach 100.0.29.0/24.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 6, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from brussels.\nThe route from brussels to 100.0.1.0/24 includes kiev.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from roma.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.4.0/24 is reachable from praha.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nConnectivity from budapest to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nfrankfurt can reach 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from paris.\nThe route from paris to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 7, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.1.0/24.\nTraffic from luxembourg to 100.0.1.0/24 passes through kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nThe route from istanbul to 100.0.4.0/24 includes basel.\nzurich can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nConnectivity from kiev to 100.0.29.0/24 is established.\nThe path between kiev and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 8, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from madrid.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nConnectivity from brussels to 100.0.29.0/24 is established.\nThe path between brussels and 100.0.29.0/24 involves london.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nTraffic from strasbourg to 100.0.29.0/24 passes through london.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\n100.0.1.0/24 is accessible from vienna.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from roma.\nTraffic from roma to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\ngeneva can reach 100.0.29.0/24.\nTraffic from geneva to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 9, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nThe route from sofia to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from brussels.\nThe path between brussels and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nbudapest can reach 100.0.9.0/24.\nRouting traffic between budapest and 100.0.9.0/24 goes via rotterdam.\nsofia can reach 100.0.29.0/24.\nThe route from sofia to 100.0.29.0/24 includes london.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from milan.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nkiev can reach 100.0.4.0/24.\nThe path between kiev and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nThe route from madrid to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from bucharest.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nbudapest can reach 100.0.1.0/24.\nThe path between budapest and 100.0.1.0/24 involves kiev.\nwarsaw can reach 100.0.4.0/24.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nConnectivity from athens to 100.0.4.0/24 is established.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\n100.0.9.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\nparis can reach 100.0.1.0/24.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\n100.0.9.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from marseille.\nThe path between marseille and 100.0.29.0/24 involves london.\nConnectivity from barcelona to 100.0.4.0/24 is established.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nConnectivity from kiev to 100.0.9.0/24 is established.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from basel.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nlondon can reach 100.0.1.0/24.\nTraffic from london to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from praha.\nThe path between praha and 100.0.1.0/24 involves kiev.\nfrankfurt can reach 100.0.9.0/24.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nConnectivity from vienna to 100.0.4.0/24 is established.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nThe path between praha and 100.0.29.0/24 involves london.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from amsterdam, traffic is directed through kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from madrid.\nTo reach 100.0.4.0/24 from madrid, traffic is directed through basel.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nConnectivity from sofia to 100.0.9.0/24 is established.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nlyon can reach 100.0.4.0/24.\nThe route from lyon to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\n100.0.29.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nThe subnet 100.0.9.0/24 is reachable from paris.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.1.0/24 includes kiev.\nTraffic originating from london can reach the subnet 100.0.4.0/24.\nThe route from london to 100.0.4.0/24 includes basel.\nathens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nThe path between geneva and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from zurich.\nThe route from zurich to 100.0.1.0/24 includes kiev.\nlyon can reach 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nbasel can reach 100.0.29.0/24.\nTraffic from basel to 100.0.29.0/24 passes through london.\nmarseille can reach 100.0.9.0/24.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nmarseille can reach 100.0.1.0/24.\nTraffic from marseille to 100.0.1.0/24 passes through kiev.\nTraffic originating from vienna can reach the subnet 100.0.9.0/24.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 2, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from frankfurt.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nlondon can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\n100.0.9.0/24 is accessible from milan.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.\nbratislava can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\ngeneva can reach 100.0.1.0/24.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nConnectivity from athens to 100.0.9.0/24 is established.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nbudapest can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nConnectivity from lyon to 100.0.29.0/24 is established.\nTraffic from lyon to 100.0.29.0/24 passes through london.\n100.0.4.0/24 is accessible from paris.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nThe path between basel and 100.0.1.0/24 involves kiev.\nConnectivity from sofia to 100.0.4.0/24 is established.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 3, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe path between amsterdam and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\nTraffic originating from roma can reach the subnet 100.0.4.0/24.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe route from praha to 100.0.4.0/24 includes basel.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nThe subnet 100.0.29.0/24 is reachable from frankfurt.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nparis can reach 100.0.29.0/24.\nThe path between paris and 100.0.29.0/24 involves london.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from amsterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.\nbratislava can reach 100.0.4.0/24.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\nbucharest can reach 100.0.29.0/24.\nThe route from bucharest to 100.0.29.0/24 includes london.\nistanbul can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\nConnectivity from zurich to 100.0.29.0/24 is established.\nThe path between zurich and 100.0.29.0/24 involves london.\nvienna can reach 100.0.29.0/24.\nTraffic from vienna to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from roma.\nThe path between roma and 100.0.29.0/24 involves london.\nConnectivity from kiev to 100.0.29.0/24 is established.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 4, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.9.0/24 is established.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nbrussels can reach 100.0.29.0/24.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nstrasbourg can reach 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\n100.0.9.0/24 is accessible from zurich.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from vienna.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nConnectivity from roma to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\nThe subnet 100.0.9.0/24 is reachable from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nThe route from geneva to 100.0.29.0/24 includes london.\nluxembourg can reach 100.0.9.0/24.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nConnectivity from sofia to 100.0.1.0/24 is established.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from brussels.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\n100.0.1.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from budapest.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\n100.0.29.0/24 is accessible from sofia.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from milan.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\n100.0.29.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.1.0/24.\nThe route from bucharest to 100.0.1.0/24 includes kiev.\nbudapest can reach 100.0.1.0/24.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nwarsaw can reach 100.0.4.0/24.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nConnectivity from athens to 100.0.4.0/24 is established.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nConnectivity from warsaw to 100.0.9.0/24 is established.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from paris.\nThe route from paris to 100.0.1.0/24 includes kiev.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nmarseille can reach 100.0.29.0/24.\nThe route from marseille to 100.0.29.0/24 includes london.\nbarcelona can reach 100.0.4.0/24.\nThe path between barcelona and 100.0.4.0/24 involves basel.\n100.0.9.0/24 is accessible from kiev.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nThe route from london to 100.0.1.0/24 includes kiev.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\n100.0.9.0/24 is accessible from frankfurt.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.\npraha can reach 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from praha.\nTraffic from praha to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\n100.0.4.0/24 is accessible from madrid.\nThe route from madrid to 100.0.4.0/24 includes basel.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nistanbul can reach 100.0.29.0/24.\nThe route from istanbul to 100.0.29.0/24 includes london.\nConnectivity from sofia to 100.0.9.0/24 is established.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.4.0/24.\nThe route from lyon to 100.0.4.0/24 includes basel.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from paris.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nlondon can reach 100.0.4.0/24.\nTraffic from london to 100.0.4.0/24 passes through basel.\nathens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.\nConnectivity from geneva to 100.0.4.0/24 is established.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from lyon.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\n100.0.29.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nmilan can reach 100.0.29.0/24.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nmarseille can reach 100.0.1.0/24.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nvienna can reach 100.0.9.0/24.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nrotterdam can reach 100.0.4.0/24.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nstrasbourg can reach 100.0.9.0/24.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nThe path between bratislava and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 1, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.9.0/24 is reachable from athens.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nConnectivity from lyon to 100.0.29.0/24 is established.\nThe route from lyon to 100.0.29.0/24 includes london.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe route from paris to 100.0.4.0/24 includes basel.\namsterdam can reach 100.0.4.0/24.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nbasel can reach 100.0.1.0/24.\nThe path between basel and 100.0.1.0/24 involves kiev.\nsofia can reach 100.0.4.0/24.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from milan.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nConnectivity from brussels to 100.0.1.0/24 is established.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\namsterdam can reach 100.0.29.0/24.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\nroma can reach 100.0.4.0/24.\nThe path between roma and 100.0.4.0/24 involves basel.\nThe subnet 100.0.4.0/24 is reachable from praha.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nbudapest can reach 100.0.29.0/24.\nThe route from budapest to 100.0.29.0/24 includes london.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nThe route from frankfurt to 100.0.29.0/24 includes london.\nmadrid can reach 100.0.1.0/24.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nTraffic originating from paris can reach the subnet 100.0.29.0/24.\nTraffic from paris to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.9.0/24 involves rotterdam.\n100.0.4.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nbucharest can reach 100.0.29.0/24.\nThe path between bucharest and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\n100.0.29.0/24 is accessible from zurich.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\n100.0.29.0/24 is accessible from roma.\nTraffic from roma to 100.0.29.0/24 passes through london.\nkiev can reach 100.0.29.0/24.\nTraffic from kiev to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.29.0/24 includes london.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nThe route from brussels to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from strasbourg.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nbucharest can reach 100.0.9.0/24.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from vienna.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.1.0/24 is reachable from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\n100.0.4.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nsofia can reach 100.0.1.0/24.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\nfrankfurt can reach 100.0.1.0/24.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\n100.0.29.0/24 is accessible from sofia.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\nConnectivity from milan to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"paris\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 2, "chunk": 0, "batch_size": 100, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.1.0/24 is established.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\nThe subnet 100.0.4.0/24 is reachable from athens.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nwarsaw can reach 100.0.9.0/24.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\nConnectivity from marseille to 100.0.29.0/24 is established.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nbarcelona can reach 100.0.4.0/24.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nkiev can reach 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from basel.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nlondon can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from london, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from praha.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nTraffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.\nvienna can reach 100.0.4.0/24.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nConnectivity from praha to 100.0.29.0/24 is established.\nThe route from praha to 100.0.29.0/24 includes london.\n100.0.1.0/24 is accessible from amsterdam.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nmadrid can reach 100.0.4.0/24.\nTraffic from madrid to 100.0.4.0/24 passes through basel.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\n100.0.29.0/24 is accessible from istanbul.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\nConnectivity from sofia to 100.0.9.0/24 is established.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.4.0/24.\nThe route from lyon to 100.0.4.0/24 includes basel.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\n100.0.29.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nConnectivity from paris to 100.0.9.0/24 is established.\nThe path between paris and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from istanbul.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nlondon can reach 100.0.4.0/24.\nThe path between london and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from athens.\nThe path between athens and 100.0.29.0/24 involves london.\n100.0.29.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from geneva.\nThe route from geneva to 100.0.4.0/24 includes basel.\nzurich can reach 100.0.1.0/24.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\n100.0.29.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nmilan can reach 100.0.29.0/24.\nThe path between milan and 100.0.29.0/24 involves london.\nThe subnet 100.0.1.0/24 is reachable from marseille.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nvienna can reach 100.0.9.0/24.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\n100.0.4.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from london.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nmilan can reach 100.0.9.0/24.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\nstrasbourg can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nConnectivity from geneva to 100.0.1.0/24 is established.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nathens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\n100.0.4.0/24 is accessible from budapest.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\n100.0.29.0/24 is accessible from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nThe path between paris and 100.0.4.0/24 involves basel.\namsterdam can reach 100.0.4.0/24.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nThe route from sofia to 100.0.4.0/24 includes basel.\nThe subnet 100.0.29.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nThe subnet 100.0.1.0/24 is reachable from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nroma can reach 100.0.4.0/24.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nThe route from praha to 100.0.4.0/24 includes basel.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nfrankfurt can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nparis can reach 100.0.29.0/24.\nTraffic from paris to 100.0.29.0/24 passes through london.\nluxembourg can reach 100.0.1.0/24.\nThe path between luxembourg and 100.0.1.0/24 involves kiev.\nConnectivity from amsterdam to 100.0.9.0/24 is established.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from bratislava.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nbucharest can reach 100.0.29.0/24.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\nTraffic originating from zurich can reach the subnet 100.0.29.0/24.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.29.0/24 passes through london.\nConnectivity from roma to 100.0.29.0/24 is established.\nThe route from roma to 100.0.29.0/24 includes london.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nConnectivity from madrid to 100.0.9.0/24 is established.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from strasbourg.\nTo reach 100.0.29.0/24 from strasbourg, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nThe route from vienna to 100.0.1.0/24 includes kiev.\n100.0.1.0/24 is accessible from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nConnectivity from roma to 100.0.9.0/24 is established.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nThe route from sofia to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from brussels.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nConnectivity from strasbourg to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from milan.\nThe route from milan to 100.0.4.0/24 includes basel.\nConnectivity from kiev to 100.0.4.0/24 is established.\nThe path between kiev and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"barcelona\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"roma\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.9.0/24.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from frankfurt.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from sofia.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nTraffic from roma to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from bratislava.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nmarseille can reach 100.0.29.0/24.\nThe path between marseille and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from geneva.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\n100.0.9.0/24 is accessible from brussels.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.9.0/24 is established.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\nmarseille can reach 100.0.1.0/24.\nThe route from marseille to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from bratislava.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\n100.0.4.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\npraha can reach 100.0.9.0/24.\nThe route from praha to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 10, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.1.0/24 is established.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\n100.0.29.0/24 is accessible from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 11, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\n100.0.1.0/24 is accessible from budapest.\nThe path between budapest and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 12, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.9.0/24 is established.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 13, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "london can reach 100.0.1.0/24.\nTraffic from london to 100.0.1.0/24 passes through kiev.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 14, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.1.0/24 is reachable from athens.\nThe path between athens and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 15, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\n100.0.1.0/24 is accessible from vienna.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 16, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.1.0/24 is established.\nThe route from barcelona to 100.0.1.0/24 includes kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 17, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.29.0/24.\nThe route from madrid to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 18, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.9.0/24.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from praha.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 19, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "warsaw can reach 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nThe route from sofia to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 20, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 21, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.1.0/24.\nThe path between roma and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 22, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.4.0/24.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nTraffic from kiev to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 23, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.29.0/24 is established.\nThe path between basel and 100.0.29.0/24 involves london.\nConnectivity from paris to 100.0.4.0/24 is established.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 24, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "madrid can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from madrid, traffic is directed through rotterdam.\nmarseille can reach 100.0.4.0/24.\nThe path between marseille and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 25, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.29.0/24.\nThe route from zurich to 100.0.29.0/24 includes london.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nRouting traffic between istanbul and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 26, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from milan.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 27, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 28, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from milan.\nThe route from milan to 100.0.4.0/24 includes basel.\nConnectivity from london to 100.0.4.0/24 is established.\nRouting traffic between london and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 29, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nThe subnet 100.0.9.0/24 is reachable from sofia.\nThe path between sofia and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 30, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bratislava can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 31, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.1.0/24.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\nTraffic originating from athens can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 32, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nThe route from kiev to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 33, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 34, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from bucharest.\nThe route from bucharest to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 35, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.29.0/24.\nThe route from paris to 100.0.29.0/24 includes london.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 36, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from athens.\nThe path between athens and 100.0.4.0/24 involves basel.\nrotterdam can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 37, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.29.0/24 is established.\nTraffic from bratislava to 100.0.29.0/24 passes through london.\nConnectivity from budapest to 100.0.4.0/24 is established.\nTraffic from budapest to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 38, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.4.0/24 is established.\nTraffic from lyon to 100.0.4.0/24 passes through basel.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 39, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTraffic originating from istanbul can reach the subnet 100.0.4.0/24.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 40, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\npraha can reach 100.0.29.0/24.\nRouting traffic between praha and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 41, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.1.0/24.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\n100.0.1.0/24 is accessible from lyon.\nThe route from lyon to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 42, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.29.0/24 is established.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\n100.0.4.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 43, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "frankfurt can reach 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 44, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.29.0/24.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 45, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.29.0/24.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 46, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.1.0/24 is established.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nroma can reach 100.0.4.0/24.\nThe path between roma and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 47, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from basel.\nThe path between basel and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 48, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from barcelona, traffic is directed through london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nThe path between madrid and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 49, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from zurich.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.9.0/24.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nConnectivity from brussels to 100.0.29.0/24 is established.\nThe route from brussels to 100.0.29.0/24 includes london.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\n100.0.29.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from roma.\nThe route from roma to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from bratislava.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nConnectivity from marseille to 100.0.29.0/24 is established.\nThe path between marseille and 100.0.29.0/24 involves london.\n100.0.1.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.9.0/24.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\n100.0.9.0/24 is accessible from london.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from marseille.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"london\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.9.0/24 is established.\nRouting traffic between bratislava and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nThe route from praha to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\n100.0.4.0/24 is accessible from brussels.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTraffic originating from budapest can reach the subnet 100.0.1.0/24.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.9.0/24 is established.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nlyon can reach 100.0.29.0/24.\nThe path between lyon and 100.0.29.0/24 involves london.\nConnectivity from london to 100.0.1.0/24 is established.\nThe route from london to 100.0.1.0/24 includes kiev.\nbarcelona can reach 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nConnectivity from athens to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\n100.0.4.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.4.0/24 involves basel.\n100.0.1.0/24 is accessible from vienna.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.1.0/24.\nThe route from barcelona to 100.0.1.0/24 includes kiev.\nrotterdam can reach 100.0.1.0/24.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.9.0/24 is established.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nConnectivity from praha to 100.0.4.0/24 is established.\nThe route from praha to 100.0.4.0/24 includes basel.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nThe subnet 100.0.4.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 10, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nConnectivity from strasbourg to 100.0.9.0/24 is established.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\n100.0.1.0/24 is accessible from roma.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\n100.0.1.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 11, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.4.0/24 passes through basel.\nConnectivity from kiev to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\n100.0.29.0/24 is accessible from basel.\nThe path between basel and 100.0.29.0/24 involves london.\nparis can reach 100.0.4.0/24.\nThe route from paris to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 12, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from madrid.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nTraffic originating from zurich can reach the subnet 100.0.29.0/24.\nThe path between zurich and 100.0.29.0/24 involves london.\nistanbul can reach 100.0.9.0/24.\nRouting traffic between istanbul and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 13, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from milan.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\n100.0.9.0/24 is accessible from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 14, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.4.0/24 is established.\nThe path between milan and 100.0.4.0/24 involves basel.\nConnectivity from london to 100.0.4.0/24 is established.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nConnectivity from strasbourg to 100.0.29.0/24 is established.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nsofia can reach 100.0.9.0/24.\nThe route from sofia to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 15, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.4.0/24 is established.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nThe route from bucharest to 100.0.1.0/24 includes kiev.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nThe route from sofia to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from athens.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 16, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nConnectivity from kiev to 100.0.29.0/24 is established.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nThe path between rotterdam and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(madrid,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 17, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from bucharest.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from paris.\nTraffic from paris to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from marseille.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 18, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.4.0/24.\nThe path between athens and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from rotterdam.\nThe path between rotterdam and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.29.0/24 includes london.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"athens\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 19, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from lyon.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nbucharest can reach 100.0.4.0/24.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nzurich can reach 100.0.4.0/24.\nThe route from zurich to 100.0.4.0/24 includes basel.\n100.0.4.0/24 is accessible from istanbul.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 20, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from milan.\nThe route from milan to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nlyon can reach 100.0.1.0/24.\nTraffic from lyon to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 21, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from budapest.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nluxembourg can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 22, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.29.0/24 is established.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nConnectivity from geneva to 100.0.29.0/24 is established.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 23, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nroma can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from roma, traffic is directed through basel.\nConnectivity from basel to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\n100.0.9.0/24 is accessible from budapest.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 24, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.29.0/24.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nmadrid can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nConnectivity from zurich to 100.0.1.0/24 is established.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from geneva.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.9.0/24.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.\nbrussels can reach 100.0.29.0/24.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\n100.0.1.0/24 is accessible from frankfurt.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\nistanbul can reach 100.0.29.0/24.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nistanbul can reach 100.0.1.0/24.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from sofia.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nroma can reach 100.0.29.0/24.\nTraffic from roma to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from marseille.\nThe path between marseille and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from geneva.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nbrussels can reach 100.0.9.0/24.\nThe path between brussels and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from amsterdam.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nbrussels can reach 100.0.1.0/24.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nConnectivity from london to 100.0.9.0/24 is established.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\n100.0.9.0/24 is accessible from bratislava.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.1.0/24.\nThe path between paris and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from brussels.\nThe path between brussels and 100.0.4.0/24 involves basel.\nbudapest can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from budapest, traffic is directed through kiev.\nwarsaw can reach 100.0.9.0/24.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nThe route from lyon to 100.0.29.0/24 includes london.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nThe route from london to 100.0.1.0/24 includes kiev.\nbarcelona can reach 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nConnectivity from athens to 100.0.1.0/24 is established.\nThe path between athens and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from barcelona.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nvienna can reach 100.0.1.0/24.\nRouting traffic between vienna and 100.0.1.0/24 goes via kiev.\nbarcelona can reach 100.0.1.0/24.\nTraffic from barcelona to 100.0.1.0/24 passes through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from madrid.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.\nConnectivity from zurich to 100.0.9.0/24 is established.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nlyon can reach 100.0.9.0/24.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nRouting traffic between praha and 100.0.4.0/24 goes via basel.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.1.0/24.\nThe route from basel to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from strasbourg.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\nConnectivity from roma to 100.0.1.0/24 is established.\nThe route from roma to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.\nvienna can reach 100.0.4.0/24.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nTraffic from kiev to 100.0.4.0/24 passes through basel.\nbasel can reach 100.0.29.0/24.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nConnectivity from paris to 100.0.4.0/24 is established.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nConnectivity from marseille to 100.0.4.0/24 is established.\nTraffic from marseille to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 5, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.29.0/24 is established.\nThe path between zurich and 100.0.29.0/24 involves london.\nConnectivity from istanbul to 100.0.9.0/24 is established.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from milan.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nConnectivity from london to 100.0.4.0/24 is established.\nTraffic from london to 100.0.4.0/24 passes through basel.\nConnectivity from strasbourg to 100.0.29.0/24 is established.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nsofia can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from sofia, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 6, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nbucharest can reach 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nathens can reach 100.0.29.0/24.\nThe path between athens and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from madrid.\nThe path between madrid and 100.0.4.0/24 involves basel.\nConnectivity from kiev to 100.0.29.0/24 is established.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nrotterdam can reach 100.0.4.0/24.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nbucharest can reach 100.0.29.0/24.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 7, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.29.0/24 is established.\nThe route from paris to 100.0.29.0/24 includes london.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nRouting traffic between marseille and 100.0.9.0/24 goes via rotterdam.\nConnectivity from athens to 100.0.4.0/24 is established.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nbratislava can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nbudapest can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nTraffic originating from lyon can reach the subnet 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\n100.0.4.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 8, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from milan.\nThe route from milan to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from praha.\nThe route from praha to 100.0.29.0/24 includes london.\nluxembourg can reach 100.0.1.0/24.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nlyon can reach 100.0.1.0/24.\nTraffic from lyon to 100.0.1.0/24 passes through kiev.\nConnectivity from budapest to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nluxembourg can reach 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nTraffic originating from vienna can reach the subnet 100.0.9.0/24.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 9, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.29.0/24 is established.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nstrasbourg can reach 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nConnectivity from roma to 100.0.4.0/24 is established.\nTraffic from roma to 100.0.4.0/24 passes through basel.\n100.0.9.0/24 is accessible from basel.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\n100.0.9.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.\nmadrid can reach 100.0.1.0/24.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nThe path between zurich and 100.0.1.0/24 involves kiev.\n100.0.9.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from paris.\nThe path between paris and 100.0.9.0/24 involves rotterdam.\nbrussels can reach 100.0.29.0/24.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nfrankfurt can reach 100.0.1.0/24.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nConnectivity from sofia to 100.0.29.0/24 is established.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nThe path between roma and 100.0.29.0/24 involves london.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from marseille.\nThe route from marseille to 100.0.29.0/24 includes london.\n100.0.1.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nConnectivity from brussels to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.\namsterdam can reach 100.0.9.0/24.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nConnectivity from brussels to 100.0.1.0/24 is established.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from london.\nThe path between london and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from marseille.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\namsterdam can reach 100.0.4.0/24.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\n100.0.9.0/24 is accessible from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.1.0/24.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nConnectivity from brussels to 100.0.4.0/24 is established.\nThe route from brussels to 100.0.4.0/24 includes basel.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nConnectivity from warsaw to 100.0.9.0/24 is established.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nConnectivity from lyon to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from athens.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\n100.0.1.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nThe route from madrid to 100.0.29.0/24 includes london.\n100.0.9.0/24 is accessible from zurich.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nTo reach 100.0.9.0/24 from lyon, traffic is directed through rotterdam.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\n100.0.4.0/24 is accessible from warsaw.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nThe path between sofia and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 2, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from basel.\nTraffic from basel to 100.0.1.0/24 passes through kiev.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.\nConnectivity from vienna to 100.0.4.0/24 is established.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nkiev can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nConnectivity from basel to 100.0.29.0/24 is established.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\n100.0.4.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\nmadrid can reach 100.0.9.0/24.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.4.0/24.\nThe route from marseille to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nistanbul can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nConnectivity from milan to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from milan.\nTraffic from milan to 100.0.29.0/24 passes through london.\nmilan can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nConnectivity from london to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\n100.0.29.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nConnectivity from sofia to 100.0.9.0/24 is established.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 3, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\n100.0.1.0/24 is accessible from sofia.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nathens can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.\nmadrid can reach 100.0.4.0/24.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\n100.0.29.0/24 is accessible from kiev.\nThe path between kiev and 100.0.29.0/24 involves london.\nstrasbourg can reach 100.0.4.0/24.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nbucharest can reach 100.0.29.0/24.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\n100.0.9.0/24 is accessible from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.29.0/24 goes via london.\nConnectivity from marseille to 100.0.9.0/24 is established.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nConnectivity from athens to 100.0.4.0/24 is established.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\n100.0.29.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.29.0/24 includes london.\nConnectivity from budapest to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\n100.0.4.0/24 is accessible from lyon.\nThe path between lyon and 100.0.4.0/24 involves basel.\n100.0.4.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe route from zurich to 100.0.4.0/24 includes basel.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nThe route from istanbul to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 4, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.1.0/24.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nThe path between praha and 100.0.29.0/24 involves london.\nluxembourg can reach 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\n100.0.1.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nbudapest can reach 100.0.29.0/24.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nluxembourg can reach 100.0.4.0/24.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nvienna can reach 100.0.9.0/24.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.\ngeneva can reach 100.0.29.0/24.\nThe route from geneva to 100.0.29.0/24 includes london.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\n100.0.9.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nbarcelona can reach 100.0.29.0/24.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nmadrid can reach 100.0.1.0/24.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nConnectivity from zurich to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nConnectivity from geneva to 100.0.9.0/24 is established.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTraffic from brussels to 100.0.29.0/24 passes through london.\n100.0.1.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nConnectivity from sofia to 100.0.29.0/24 is established.\nThe route from sofia to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\n100.0.1.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\nConnectivity from marseille to 100.0.29.0/24 is established.\nThe route from marseille to 100.0.29.0/24 includes london.\nThe subnet 100.0.1.0/24 is reachable from geneva.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\n100.0.9.0/24 is accessible from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nConnectivity from london to 100.0.9.0/24 is established.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nmarseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nbratislava can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.\nTraffic originating from paris can reach the subnet 100.0.1.0/24.\nThe path between paris and 100.0.1.0/24 involves kiev.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\n100.0.1.0/24 is accessible from budapest.\nThe path between budapest and 100.0.1.0/24 involves kiev.\nwarsaw can reach 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\nlondon can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from london, traffic is directed through kiev.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\n100.0.1.0/24 is accessible from athens.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nbarcelona can reach 100.0.4.0/24.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nvienna can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from madrid.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.\nConnectivity from zurich to 100.0.9.0/24 is established.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\n100.0.9.0/24 is accessible from lyon.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.4.0/24 is reachable from praha.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nsofia can reach 100.0.4.0/24.\nThe route from sofia to 100.0.4.0/24 includes basel.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nThe path between basel and 100.0.1.0/24 involves kiev.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from roma.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nvienna can reach 100.0.4.0/24.\nThe path between vienna and 100.0.4.0/24 involves basel.\nkiev can reach 100.0.4.0/24.\nThe path between kiev and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from basel.\nThe path between basel and 100.0.29.0/24 involves london.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\n100.0.9.0/24 is accessible from madrid.\nTo reach 100.0.9.0/24 from madrid, traffic is directed through rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.4.0/24.\nThe path between marseille and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"london\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 1, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.29.0/24.\nThe path between zurich and 100.0.29.0/24 involves london.\nistanbul can reach 100.0.9.0/24.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from bucharest.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from milan.\nTo reach 100.0.29.0/24 from milan, traffic is directed through london.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nlondon can reach 100.0.4.0/24.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nstrasbourg can reach 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nThe route from sofia to 100.0.9.0/24 includes rotterdam.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nsofia can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from sofia, traffic is directed through kiev.\nathens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nmadrid can reach 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from kiev.\nThe path between kiev and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\n100.0.4.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\n100.0.29.0/24 is accessible from paris.\nTraffic from paris to 100.0.29.0/24 passes through london.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\n100.0.4.0/24 is accessible from athens.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nrotterdam can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nTraffic originating from bratislava can reach the subnet 100.0.29.0/24.\nThe route from bratislava to 100.0.29.0/24 includes london.\nbudapest can reach 100.0.4.0/24.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from lyon.\nThe route from lyon to 100.0.4.0/24 includes basel.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nTo reach 100.0.4.0/24 from bucharest, traffic is directed through basel.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nThe route from zurich to 100.0.4.0/24 includes basel.\n100.0.4.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.4.0/24 includes basel.\n100.0.1.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.29.0/24 is reachable from praha.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nConnectivity from luxembourg to 100.0.1.0/24 is established.\nTraffic from luxembourg to 100.0.1.0/24 passes through kiev.\nlyon can reach 100.0.1.0/24.\nThe path between lyon and 100.0.1.0/24 involves kiev.\nbudapest can reach 100.0.29.0/24.\nThe path between budapest and 100.0.29.0/24 involves london.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nThe path between vienna and 100.0.9.0/24 involves rotterdam.\nwarsaw can reach 100.0.29.0/24.\nThe route from warsaw to 100.0.29.0/24 includes london.\namsterdam can reach 100.0.29.0/24.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nroma can reach 100.0.4.0/24.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nbasel can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nbudapest can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.\nbarcelona can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from barcelona, traffic is directed through london.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nConnectivity from zurich to 100.0.1.0/24 is established.\nThe path between zurich and 100.0.1.0/24 involves kiev.\ngeneva can reach 100.0.9.0/24.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 3, "chunk": 0, "batch_size": 100, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nConnectivity from sofia to 100.0.29.0/24 is established.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.\nConnectivity from roma to 100.0.29.0/24 is established.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\ngeneva can reach 100.0.1.0/24.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nConnectivity from brussels to 100.0.9.0/24 is established.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nConnectivity from brussels to 100.0.1.0/24 is established.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nConnectivity from london to 100.0.9.0/24 is established.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nConnectivity from marseille to 100.0.1.0/24 is established.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nRouting traffic between bratislava and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from amsterdam.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\n100.0.1.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from paris.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\nConnectivity from vienna to 100.0.29.0/24 is established.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nThe subnet 100.0.4.0/24 is reachable from brussels.\nThe path between brussels and 100.0.4.0/24 involves basel.\nTraffic originating from budapest can reach the subnet 100.0.1.0/24.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nwarsaw can reach 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.\n100.0.1.0/24 is accessible from london.\nTraffic from london to 100.0.1.0/24 passes through kiev.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\n100.0.1.0/24 is accessible from athens.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic originating from barcelona can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\nConnectivity from vienna to 100.0.1.0/24 is established.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nmadrid can reach 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\nConnectivity from lyon to 100.0.9.0/24 is established.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\n100.0.4.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nsofia can reach 100.0.4.0/24.\nThe path between sofia and 100.0.4.0/24 involves basel.\nConnectivity from basel to 100.0.1.0/24 is established.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nConnectivity from strasbourg to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\n100.0.1.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\n100.0.4.0/24 is accessible from vienna.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nConnectivity from basel to 100.0.29.0/24 is established.\nTraffic from basel to 100.0.29.0/24 passes through london.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nmadrid can reach 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\n100.0.4.0/24 is accessible from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nTraffic originating from zurich can reach the subnet 100.0.29.0/24.\nThe path between zurich and 100.0.29.0/24 involves london.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from milan.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\n100.0.9.0/24 is accessible from bucharest.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\nluxembourg can reach 100.0.9.0/24.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\nmilan can reach 100.0.29.0/24.\nThe path between milan and 100.0.29.0/24 involves london.\nConnectivity from milan to 100.0.4.0/24 is established.\nThe route from milan to 100.0.4.0/24 includes basel.\n100.0.4.0/24 is accessible from london.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nstrasbourg can reach 100.0.29.0/24.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nsofia can reach 100.0.9.0/24.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nbratislava can reach 100.0.4.0/24.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nbucharest can reach 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nThe route from sofia to 100.0.1.0/24 includes kiev.\nConnectivity from athens to 100.0.29.0/24 is established.\nThe path between athens and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from madrid.\nThe route from madrid to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from kiev.\nThe route from kiev to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nrotterdam can reach 100.0.4.0/24.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from bucharest.\nThe route from bucharest to 100.0.29.0/24 includes london.\nTraffic originating from roma can reach the subnet 100.0.9.0/24.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from paris.\nThe path between paris and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from marseille.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nathens can reach 100.0.4.0/24.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nThe route from rotterdam to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.29.0/24 includes london.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.\n100.0.4.0/24 is accessible from lyon.\nThe route from lyon to 100.0.4.0/24 includes basel.\nbucharest can reach 100.0.4.0/24.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nThe route from zurich to 100.0.4.0/24 includes basel.\nistanbul can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\n100.0.1.0/24 is accessible from milan.\nThe route from milan to 100.0.1.0/24 includes kiev.\npraha can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\n100.0.1.0/24 is accessible from luxembourg.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nConnectivity from lyon to 100.0.1.0/24 is established.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nConnectivity from budapest to 100.0.29.0/24 is established.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.\n100.0.9.0/24 is accessible from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\ngeneva can reach 100.0.29.0/24.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from roma.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nConnectivity from basel to 100.0.9.0/24 is established.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nThe path between madrid and 100.0.1.0/24 involves kiev.\n100.0.1.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"london\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"praha\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from barcelona.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from bucharest.\nThe route from bucharest to 100.0.4.0/24 includes basel.\nConnectivity from madrid to 100.0.29.0/24 is established.\nThe route from madrid to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe route from lyon to 100.0.1.0/24 includes kiev.\n100.0.1.0/24 is accessible from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.29.0/24 is established.\nThe route from zurich to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.29.0/24 is established.\nThe path between budapest and 100.0.29.0/24 involves london.\n100.0.1.0/24 is accessible from london.\nTo reach 100.0.1.0/24 from london, traffic is directed through kiev.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from athens.\nTraffic from athens to 100.0.1.0/24 passes through kiev.\nparis can reach 100.0.29.0/24.\nTraffic from paris to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from basel.\nThe path between basel and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.4.0/24 is established.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nbrussels can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.29.0/24 is established.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 10, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from roma.\nTraffic from roma to 100.0.29.0/24 passes through london.\nroma can reach 100.0.9.0/24.\nTraffic from roma to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 11, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTraffic originating from warsaw can reach the subnet 100.0.1.0/24.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 12, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bratislava to 100.0.1.0/24 is established.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nThe path between amsterdam and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 13, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from london.\nThe route from london to 100.0.9.0/24 includes rotterdam.\n100.0.4.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 14, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from vienna.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nTraffic from kiev to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 15, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.29.0/24 is established.\nTraffic from praha to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 16, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from milan.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 17, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from madrid.\nTo reach 100.0.9.0/24 from madrid, traffic is directed through rotterdam.\n100.0.1.0/24 is accessible from roma.\nTraffic from roma to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 18, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nwarsaw can reach 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 19, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\nConnectivity from kiev to 100.0.4.0/24 is established.\nThe path between kiev and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"london\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 20, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from geneva.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nConnectivity from brussels to 100.0.1.0/24 is established.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 21, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.4.0/24.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nroma can reach 100.0.4.0/24.\nThe path between roma and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 22, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.29.0/24.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 23, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.4.0/24.\nThe route from marseille to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from praha.\nThe path between praha and 100.0.9.0/24 involves rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 24, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from rotterdam.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 25, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 26, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nmilan can reach 100.0.1.0/24.\nThe path between milan and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 27, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from rotterdam.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from marseille, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 28, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from vienna.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.\n100.0.1.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 29, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.29.0/24.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(sofia,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 30, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "sofia can reach 100.0.1.0/24.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nTraffic originating from istanbul can reach the subnet 100.0.4.0/24.\nThe route from istanbul to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 31, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nThe route from athens to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 32, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.9.0/24.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 33, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from milan.\nThe path between milan and 100.0.29.0/24 involves london.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.", "expected": "{\"reachability\": {\"milan\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(milan,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 34, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nConnectivity from istanbul to 100.0.9.0/24 is established.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 35, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.4.0/24.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 36, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from budapest.\nThe path between budapest and 100.0.4.0/24 involves basel.\nConnectivity from amsterdam to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 37, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.\nConnectivity from praha to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 38, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.29.0/24.\nThe route from athens to 100.0.29.0/24 includes london.\nwarsaw can reach 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 39, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.29.0/24.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\n100.0.29.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 40, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.9.0/24.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nbasel can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 41, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.29.0/24 is established.\nTraffic from vienna to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nThe route from budapest to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(vienna,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 42, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.1.0/24.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 43, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from barcelona.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\n100.0.4.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 44, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.29.0/24 is established.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nbratislava can reach 100.0.9.0/24.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 45, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.9.0/24.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nThe path between vienna and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 46, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.4.0/24.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\n100.0.9.0/24 is accessible from bucharest.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 47, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bratislava can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\namsterdam can reach 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 48, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from amsterdam.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nfrankfurt can reach 100.0.9.0/24.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 49, "batch_size": 2, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "paris can reach 100.0.1.0/24.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\nConnectivity from paris to 100.0.9.0/24 is established.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nThe route from bucharest to 100.0.4.0/24 includes basel.\nmadrid can reach 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\n100.0.1.0/24 is accessible from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\n100.0.4.0/24 is accessible from brussels.\nThe route from brussels to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nThe subnet 100.0.1.0/24 is reachable from london.\nThe path between london and 100.0.1.0/24 involves kiev.\nConnectivity from athens to 100.0.1.0/24 is established.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic originating from paris can reach the subnet 100.0.29.0/24.\nTraffic from paris to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTraffic from basel to 100.0.1.0/24 passes through kiev.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nConnectivity from zurich to 100.0.1.0/24 is established.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\nbratislava can reach 100.0.29.0/24.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe path between zurich and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from roma.\nTraffic from roma to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nThe route from warsaw to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bratislava can reach 100.0.1.0/24.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.4.0/24.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nThe path between frankfurt and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from vienna.\nThe route from vienna to 100.0.4.0/24 includes basel.\n100.0.29.0/24 is accessible from kiev.\nThe path between kiev and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from milan.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.1.0/24 passes through kiev.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nTraffic originating from roma can reach the subnet 100.0.1.0/24.\nTraffic from roma to 100.0.1.0/24 passes through kiev.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from basel.\nThe path between basel and 100.0.29.0/24 involves london.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from london.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"basel\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 10, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nmilan can reach 100.0.4.0/24.\nThe route from milan to 100.0.4.0/24 includes basel.\nConnectivity from roma to 100.0.4.0/24 is established.\nTraffic from roma to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 11, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.29.0/24 is established.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from marseille.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nThe route from praha to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 12, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from rotterdam.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nbudapest can reach 100.0.9.0/24.\nRouting traffic between budapest and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from lyon can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 13, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nConnectivity from milan to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nTo reach 100.0.9.0/24 from marseille, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 14, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.9.0/24.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nConnectivity from sofia to 100.0.29.0/24 is established.\nThe route from sofia to 100.0.29.0/24 includes london.\nfrankfurt can reach 100.0.1.0/24.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 15, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from sofia can reach the subnet 100.0.1.0/24.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from athens.\nTo reach 100.0.4.0/24 from athens, traffic is directed through basel.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 16, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from luxembourg, traffic is directed through rotterdam.\nConnectivity from geneva to 100.0.9.0/24 is established.\nThe route from geneva to 100.0.9.0/24 includes rotterdam.\nmilan can reach 100.0.29.0/24.\nThe route from milan to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 17, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from marseille.\nThe path between marseille and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from istanbul.\nRouting traffic between istanbul and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\n100.0.4.0/24 is accessible from madrid.\nTraffic from madrid to 100.0.4.0/24 passes through basel.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 18, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\n100.0.9.0/24 is accessible from amsterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nThe route from brussels to 100.0.29.0/24 includes london.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nThe path between praha and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 19, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.29.0/24 is established.\nThe path between athens and 100.0.29.0/24 involves london.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.29.0/24 involves london.\n100.0.29.0/24 is accessible from frankfurt.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 20, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.9.0/24 is established.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nConnectivity from basel to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nThe route from vienna to 100.0.29.0/24 includes london.\nTraffic originating from budapest can reach the subnet 100.0.1.0/24.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 21, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\n100.0.4.0/24 is accessible from paris.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from praha.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 22, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.29.0/24 is established.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nConnectivity from lyon to 100.0.9.0/24 is established.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nThe path between vienna and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 23, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.4.0/24.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.\n100.0.4.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nTo reach 100.0.1.0/24 from amsterdam, traffic is directed through kiev.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 24, "batch_size": 4, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe path between amsterdam and 100.0.29.0/24 involves london.\n100.0.9.0/24 is accessible from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nparis can reach 100.0.1.0/24.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nThe route from bucharest to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from paris.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nbucharest can reach 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nTraffic from madrid to 100.0.29.0/24 passes through london.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\n100.0.29.0/24 is accessible from zurich.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\n100.0.29.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from london.\nThe path between london and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.1.0/24.\nRouting traffic between athens and 100.0.1.0/24 goes via kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nTraffic from paris to 100.0.29.0/24 passes through london.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nThe route from basel to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nConnectivity from brussels to 100.0.9.0/24 is established.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nluxembourg can reach 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nzurich can reach 100.0.1.0/24.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nbratislava can reach 100.0.29.0/24.\nThe path between bratislava and 100.0.29.0/24 involves london.\nzurich can reach 100.0.4.0/24.\nThe route from zurich to 100.0.4.0/24 includes basel.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from roma.\nThe path between roma and 100.0.29.0/24 involves london.\nConnectivity from roma to 100.0.9.0/24 is established.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.1.0/24 is reachable from marseille.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\nbratislava can reach 100.0.1.0/24.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\namsterdam can reach 100.0.4.0/24.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nlondon can reach 100.0.9.0/24.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nConnectivity from vienna to 100.0.4.0/24 is established.\nThe path between vienna and 100.0.4.0/24 involves basel.\nkiev can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.29.0/24.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nConnectivity from kiev to 100.0.9.0/24 is established.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nmilan can reach 100.0.9.0/24.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nluxembourg can reach 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nConnectivity from madrid to 100.0.9.0/24 is established.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nroma can reach 100.0.1.0/24.\nThe path between roma and 100.0.1.0/24 involves kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nThe route from basel to 100.0.29.0/24 includes london.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\nTraffic originating from london can reach the subnet 100.0.4.0/24.\nThe path between london and 100.0.4.0/24 involves basel.\nkiev can reach 100.0.4.0/24.\nThe path between kiev and 100.0.4.0/24 involves basel.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.4.0/24 is established.\nThe route from geneva to 100.0.4.0/24 includes basel.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.\n100.0.4.0/24 is accessible from milan.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nThe subnet 100.0.4.0/24 is reachable from roma.\nThe path between roma and 100.0.4.0/24 involves basel.\nlyon can reach 100.0.29.0/24.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nmadrid can reach 100.0.1.0/24.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.\nmarseille can reach 100.0.4.0/24.\nThe path between marseille and 100.0.4.0/24 involves basel.\n100.0.9.0/24 is accessible from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nrotterdam can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nConnectivity from budapest to 100.0.9.0/24 is established.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 5, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.9.0/24.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.\nlyon can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nbucharest can reach 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nThe route from milan to 100.0.1.0/24 includes kiev.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nConnectivity from geneva to 100.0.1.0/24 is established.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nThe path between sofia and 100.0.29.0/24 involves london.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 6, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from sofia can reach the subnet 100.0.1.0/24.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nistanbul can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from athens.\nTo reach 100.0.4.0/24 from athens, traffic is directed through basel.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\n100.0.9.0/24 is accessible from geneva.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTraffic originating from milan can reach the subnet 100.0.29.0/24.\nThe path between milan and 100.0.29.0/24 involves london.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nThe path between warsaw and 100.0.29.0/24 involves london.\n100.0.29.0/24 is accessible from marseille.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 7, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nThe subnet 100.0.4.0/24 is reachable from madrid.\nThe route from madrid to 100.0.4.0/24 includes basel.\nbudapest can reach 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nThe path between brussels and 100.0.29.0/24 involves london.\npraha can reach 100.0.1.0/24.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nTraffic originating from athens can reach the subnet 100.0.29.0/24.\nTraffic from athens to 100.0.29.0/24 passes through london.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.\n100.0.29.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 8, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.9.0/24.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.9.0/24 is reachable from basel.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nConnectivity from vienna to 100.0.29.0/24 is established.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nTraffic originating from budapest can reach the subnet 100.0.1.0/24.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nistanbul can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nparis can reach 100.0.4.0/24.\nThe route from paris to 100.0.4.0/24 includes basel.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nThe path between barcelona and 100.0.29.0/24 involves london.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe path between praha and 100.0.4.0/24 involves basel.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 9, "batch_size": 10, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nvienna can reach 100.0.1.0/24.\nThe path between vienna and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.9.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nThe route from bucharest to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\n100.0.9.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\n100.0.29.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nlyon can reach 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nbarcelona can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nThe path between zurich and 100.0.29.0/24 involves london.\n100.0.4.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\nConnectivity from budapest to 100.0.29.0/24 is established.\nThe path between budapest and 100.0.29.0/24 involves london.\nlondon can reach 100.0.1.0/24.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nathens can reach 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nConnectivity from basel to 100.0.1.0/24 is established.\nThe path between basel and 100.0.1.0/24 involves kiev.\nrotterdam can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nConnectivity from brussels to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.\nluxembourg can reach 100.0.4.0/24.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nConnectivity from zurich to 100.0.1.0/24 is established.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nThe path between bratislava and 100.0.29.0/24 involves london.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"london\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\n100.0.9.0/24 is accessible from roma.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\namsterdam can reach 100.0.4.0/24.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\n100.0.4.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\n100.0.4.0/24 is accessible from vienna.\nThe path between vienna and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nThe path between kiev and 100.0.29.0/24 involves london.\nThe subnet 100.0.29.0/24 is reachable from praha.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\n100.0.9.0/24 is accessible from kiev.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nTraffic from milan to 100.0.9.0/24 passes through rotterdam.\n100.0.1.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.1.0/24 involves kiev.\nConnectivity from madrid to 100.0.9.0/24 is established.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nroma can reach 100.0.1.0/24.\nThe path between roma and 100.0.1.0/24 involves kiev.\n100.0.29.0/24 is accessible from basel.\nTraffic from basel to 100.0.29.0/24 passes through london.\nwarsaw can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\n100.0.4.0/24 is accessible from london.\nThe route from london to 100.0.4.0/24 includes basel.\n100.0.4.0/24 is accessible from kiev.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 2, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.4.0/24 is established.\nThe path between geneva and 100.0.4.0/24 involves basel.\nbrussels can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nConnectivity from milan to 100.0.4.0/24 is established.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nroma can reach 100.0.4.0/24.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nThe route from lyon to 100.0.29.0/24 includes london.\nmadrid can reach 100.0.1.0/24.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\npraha can reach 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\n100.0.29.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\n100.0.9.0/24 is accessible from budapest.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.\nlyon can reach 100.0.4.0/24.\nThe path between lyon and 100.0.4.0/24 involves basel.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nmilan can reach 100.0.1.0/24.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nrotterdam can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nConnectivity from marseille to 100.0.9.0/24 is established.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nConnectivity from vienna to 100.0.9.0/24 is established.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.1.0/24.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nConnectivity from sofia to 100.0.29.0/24 is established.\nThe route from sofia to 100.0.29.0/24 includes london.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 3, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from sofia.\nThe route from sofia to 100.0.1.0/24 includes kiev.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.\nstrasbourg can reach 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from athens.\nThe route from athens to 100.0.4.0/24 includes basel.\n100.0.9.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nThe route from geneva to 100.0.9.0/24 includes rotterdam.\nmilan can reach 100.0.29.0/24.\nRouting traffic between milan and 100.0.29.0/24 goes via london.\nwarsaw can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.\nConnectivity from marseille to 100.0.29.0/24 is established.\nThe path between marseille and 100.0.29.0/24 involves london.\nistanbul can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nstrasbourg can reach 100.0.4.0/24.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nmadrid can reach 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.\n100.0.9.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nConnectivity from athens to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 4, "batch_size": 20, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nConnectivity from vienna to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nparis can reach 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\npraha can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\n100.0.29.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.29.0/24 involves london.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nConnectivity from lyon to 100.0.9.0/24 is established.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nvienna can reach 100.0.1.0/24.\nThe path between vienna and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nRouting traffic between amsterdam and 100.0.29.0/24 goes via london.\nTraffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.1.0/24 is reachable from paris.\nThe path between paris and 100.0.1.0/24 involves kiev.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nThe route from bucharest to 100.0.29.0/24 includes london.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"amsterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\n100.0.9.0/24 is accessible from paris.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from madrid, traffic is directed through london.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe path between lyon and 100.0.1.0/24 involves kiev.\nbarcelona can reach 100.0.1.0/24.\nThe route from barcelona to 100.0.1.0/24 includes kiev.\nzurich can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\n100.0.4.0/24 is accessible from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\n100.0.29.0/24 is accessible from budapest.\nThe route from budapest to 100.0.29.0/24 includes london.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nConnectivity from paris to 100.0.29.0/24 is established.\nTraffic from paris to 100.0.29.0/24 passes through london.\n100.0.9.0/24 is accessible from zurich.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\n100.0.1.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nrotterdam can reach 100.0.4.0/24.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe path between brussels and 100.0.9.0/24 involves rotterdam.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nzurich can reach 100.0.1.0/24.\nThe route from zurich to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from bratislava.\nTraffic from bratislava to 100.0.29.0/24 passes through london.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe path between zurich and 100.0.4.0/24 involves basel.\n100.0.29.0/24 is accessible from roma.\nTraffic from roma to 100.0.29.0/24 passes through london.\nConnectivity from roma to 100.0.9.0/24 is established.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\n100.0.1.0/24 is accessible from marseille.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nwarsaw can reach 100.0.1.0/24.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\namsterdam can reach 100.0.4.0/24.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nvienna can reach 100.0.4.0/24.\nTraffic from vienna to 100.0.4.0/24 passes through basel.\nConnectivity from kiev to 100.0.29.0/24 is established.\nThe route from kiev to 100.0.29.0/24 includes london.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nTraffic from praha to 100.0.29.0/24 passes through london.\nConnectivity from kiev to 100.0.9.0/24 is established.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.\n100.0.9.0/24 is accessible from milan.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nluxembourg can reach 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nConnectivity from roma to 100.0.1.0/24 is established.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nwarsaw can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\n100.0.4.0/24 is accessible from london.\nThe path between london and 100.0.4.0/24 involves basel.\nConnectivity from kiev to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\ngeneva can reach 100.0.4.0/24.\nThe path between geneva and 100.0.4.0/24 involves basel.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.\n100.0.4.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nroma can reach 100.0.4.0/24.\nThe route from roma to 100.0.4.0/24 includes basel.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.\nConnectivity from madrid to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\npraha can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nbudapest can reach 100.0.9.0/24.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"zurich\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 1, "batch_size": 50, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nlyon can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nConnectivity from milan to 100.0.1.0/24 is established.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.9.0/24.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\nsofia can reach 100.0.29.0/24.\nThe path between sofia and 100.0.29.0/24 involves london.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\n100.0.1.0/24 is accessible from sofia.\nThe path between sofia and 100.0.1.0/24 involves kiev.\nistanbul can reach 100.0.4.0/24.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\n100.0.4.0/24 is accessible from athens.\nThe route from athens to 100.0.4.0/24 includes basel.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\ngeneva can reach 100.0.9.0/24.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\nThe subnet 100.0.29.0/24 is reachable from milan.\nThe route from milan to 100.0.29.0/24 includes london.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nmadrid can reach 100.0.4.0/24.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nbudapest can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\namsterdam can reach 100.0.9.0/24.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from praha.\nThe path between praha and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.29.0/24 is reachable from athens.\nTraffic from athens to 100.0.29.0/24 passes through london.\nConnectivity from warsaw to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from warsaw, traffic is directed through rotterdam.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nThe route from istanbul to 100.0.29.0/24 includes london.\nfrankfurt can reach 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nConnectivity from basel to 100.0.9.0/24 is established.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nConnectivity from paris to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nThe route from barcelona to 100.0.29.0/24 includes london.\npraha can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nluxembourg can reach 100.0.29.0/24.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\n100.0.9.0/24 is accessible from lyon.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nvienna can reach 100.0.1.0/24.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nbarcelona can reach 100.0.4.0/24.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\n100.0.29.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nTraffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nparis can reach 100.0.1.0/24.\nThe route from paris to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.29.0/24 involves london.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"luxembourg\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.9.0/24\", \"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 4, "chunk": 0, "batch_size": 100, "n_policy_types": 2, "max_n_requirements": 200, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.9.0/24 is established.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nparis can reach 100.0.9.0/24.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.\nConnectivity from lyon to 100.0.1.0/24 is established.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.1.0/24 includes kiev.\nConnectivity from zurich to 100.0.29.0/24 is established.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nThe subnet 100.0.4.0/24 is reachable from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nThe path between london and 100.0.1.0/24 involves kiev.\nathens can reach 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\n100.0.29.0/24 is accessible from paris.\nThe route from paris to 100.0.29.0/24 includes london.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nThe path between basel and 100.0.1.0/24 involves kiev.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nluxembourg can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\n100.0.1.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nbratislava can reach 100.0.29.0/24.\nThe route from bratislava to 100.0.29.0/24 includes london.\n100.0.4.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nConnectivity from roma to 100.0.9.0/24 is established.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nConnectivity from marseille to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nbratislava can reach 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nlondon can reach 100.0.9.0/24.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nfrankfurt can reach 100.0.4.0/24.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\n100.0.4.0/24 is accessible from vienna.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nConnectivity from kiev to 100.0.29.0/24 is established.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\npraha can reach 100.0.29.0/24.\nThe path between praha and 100.0.29.0/24 involves london.\nkiev can reach 100.0.9.0/24.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.9.0/24 is reachable from milan.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\n100.0.1.0/24 is accessible from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nThe path between basel and 100.0.29.0/24 involves london.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nThe route from warsaw to 100.0.4.0/24 includes basel.\nConnectivity from london to 100.0.4.0/24 is established.\nTraffic from london to 100.0.4.0/24 passes through basel.\n100.0.4.0/24 is accessible from kiev.\nThe route from kiev to 100.0.4.0/24 includes basel.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nThe route from brussels to 100.0.1.0/24 includes kiev.\nThe subnet 100.0.4.0/24 is reachable from milan.\nThe path between milan and 100.0.4.0/24 involves basel.\nroma can reach 100.0.4.0/24.\nThe route from roma to 100.0.4.0/24 includes basel.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\n100.0.1.0/24 is accessible from madrid.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nConnectivity from marseille to 100.0.4.0/24 is established.\nRouting traffic between marseille and 100.0.4.0/24 goes via basel.\n100.0.9.0/24 is accessible from praha.\nThe route from praha to 100.0.9.0/24 includes rotterdam.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nThe path between rotterdam and 100.0.29.0/24 involves london.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nstrasbourg can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.4.0/24 passes through basel.\nbucharest can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\n100.0.1.0/24 is accessible from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nConnectivity from marseille to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from marseille, traffic is directed through rotterdam.\n100.0.9.0/24 is accessible from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from geneva can reach the subnet 100.0.1.0/24.\nThe path between geneva and 100.0.1.0/24 involves kiev.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nThe path between sofia and 100.0.29.0/24 involves london.\nfrankfurt can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nstrasbourg can reach 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from athens, traffic is directed through basel.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.\nConnectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.\n100.0.29.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nConnectivity from marseille to 100.0.29.0/24 is established.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nistanbul can reach 100.0.9.0/24.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nRouting traffic between strasbourg and 100.0.4.0/24 goes via basel.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from madrid, traffic is directed through basel.\n100.0.4.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\n100.0.9.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nConnectivity from brussels to 100.0.29.0/24 is established.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nThe subnet 100.0.1.0/24 is reachable from praha.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nConnectivity from athens to 100.0.29.0/24 is established.\nThe path between athens and 100.0.29.0/24 involves london.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\n100.0.29.0/24 is accessible from frankfurt.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.\n100.0.9.0/24 is accessible from athens.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nThe path between vienna and 100.0.29.0/24 involves london.\nConnectivity from budapest to 100.0.1.0/24 is established.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe path between paris and 100.0.4.0/24 involves basel.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nConnectivity from lyon to 100.0.9.0/24 is established.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\n100.0.4.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nRouting traffic between amsterdam and 100.0.29.0/24 goes via london.\nTraffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.\nparis can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\n100.0.29.0/24 is accessible from bucharest.\nTraffic from bucharest to 100.0.29.0/24 passes through london.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {}}"} {"iteration": 0, "chunk": 0, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from athens.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from athens, traffic should be split across 3 paths.\nstrasbourg can reach 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from strasbourg, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from luxembourg.\nThe route from luxembourg to 100.0.4.0/24 includes basel.\nTraffic from luxembourg to 100.0.4.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(athens,100.0.29.0/24)\": 3, \"(strasbourg,100.0.1.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4}}"} {"iteration": 0, "chunk": 1, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.29.0/24 is established.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nThe number of paths between frankfurt and 100.0.29.0/24 should be 2.\nzurich can reach 100.0.9.0/24.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic should be split across 3 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic is balanced on 4 paths.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(frankfurt,100.0.29.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(luxembourg,100.0.1.0/24)\": 4}}"} {"iteration": 0, "chunk": 2, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "vienna can reach 100.0.1.0/24.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nTraffic from vienna to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from istanbul, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from kiev.\nThe route from kiev to 100.0.29.0/24 includes london.\nTraffic from kiev to 100.0.29.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(vienna,100.0.1.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3}}"} {"iteration": 0, "chunk": 3, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from budapest to 100.0.29.0/24 is established.\nThe route from budapest to 100.0.29.0/24 includes london.\nTraffic from budapest to 100.0.29.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nThe path between rotterdam and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from rotterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nThe number of paths between geneva and 100.0.1.0/24 should be 5.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(budapest,100.0.29.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5}}"} {"iteration": 0, "chunk": 4, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nTraffic from lyon to 100.0.9.0/24 should be load-balanced across 6 paths.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nTraffic from roma to 100.0.29.0/24 is evenly distributed across 2 paths.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from brussels, traffic should be split across 4 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(lyon,100.0.9.0/24)\": 6, \"(roma,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4}}"} {"iteration": 0, "chunk": 5, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from bucharest to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nTraffic from bucharest to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nThe number of paths between frankfurt and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(bucharest,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 6, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from geneva.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nThe number of paths between geneva and 100.0.4.0/24 should be 3.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nTraffic from rotterdam to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.1.0/24 is accessible from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(geneva,100.0.4.0/24)\": 3, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3}}"} {"iteration": 0, "chunk": 7, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from vienna.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nThe number of paths between vienna and 100.0.9.0/24 should be 3.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nThe path between praha and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from praha, traffic should be split across 2 paths.\nConnectivity from paris to 100.0.29.0/24 is established.\nThe path between paris and 100.0.29.0/24 involves london.\nTo reach 100.0.9.0/24 from paris, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(vienna,100.0.9.0/24)\": 3, \"(praha,100.0.4.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 8, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from kiev.\nThe path between kiev and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nRouting traffic between budapest and 100.0.4.0/24 goes via basel.\nThe number of paths between budapest and 100.0.4.0/24 should be 4.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(kiev,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(kiev,100.0.4.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(amsterdam,100.0.4.0/24)\": 7}}"} {"iteration": 0, "chunk": 9, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.\nThe number of paths between madrid and 100.0.9.0/24 should be 2.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nThe path between barcelona and 100.0.29.0/24 involves london.\nTraffic from barcelona to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nTraffic from warsaw to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(madrid,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 10, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between sofia and 100.0.9.0/24 should be 4.\nThe subnet 100.0.29.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTraffic from strasbourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nThe number of paths between bratislava and 100.0.4.0/24 should be 4.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(sofia,100.0.9.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4}}"} {"iteration": 0, "chunk": 11, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from paris.\nThe route from paris to 100.0.1.0/24 includes kiev.\nTraffic from paris to 100.0.1.0/24 is evenly distributed across 2 paths.\nsofia can reach 100.0.1.0/24.\nThe path between sofia and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from sofia, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from london.\nThe route from london to 100.0.4.0/24 includes basel.\nTraffic from london to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(paris,100.0.1.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(london,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 12, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nTraffic from kiev to 100.0.9.0/24 is evenly distributed across 2 paths.\nistanbul can reach 100.0.29.0/24.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nThe number of paths between istanbul and 100.0.29.0/24 should be 3.\nThe subnet 100.0.1.0/24 is reachable from milan.\nThe path between milan and 100.0.1.0/24 involves kiev.\nThe number of paths between milan and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(kiev,100.0.9.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2}}"} {"iteration": 0, "chunk": 13, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nThe number of paths between lyon and 100.0.29.0/24 should be 2.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\nTraffic from zurich to 100.0.1.0/24 should be load-balanced across 3 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nThe path between luxembourg and 100.0.29.0/24 involves london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2}}"} {"iteration": 0, "chunk": 14, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nThe number of paths between praha and 100.0.29.0/24 should be 3.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nTraffic from madrid to 100.0.9.0/24 is evenly distributed across 2 paths.\nbarcelona can reach 100.0.9.0/24.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nThe number of paths between barcelona and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"praha\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(praha,100.0.29.0/24)\": 3, \"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 15, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from lyon.\nThe route from lyon to 100.0.29.0/24 includes london.\nTraffic from lyon to 100.0.29.0/24 is evenly distributed across 2 paths.\nwarsaw can reach 100.0.29.0/24.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nThe number of paths between warsaw and 100.0.29.0/24 should be 2.\nbrussels can reach 100.0.29.0/24.\nThe route from brussels to 100.0.29.0/24 includes london.\nThe number of paths between brussels and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2}}"} {"iteration": 0, "chunk": 16, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from london to 100.0.9.0/24 is established.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nThe number of paths between london and 100.0.9.0/24 should be 3.\nbratislava can reach 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nTraffic from bratislava to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from basel to 100.0.9.0/24 is established.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(london,100.0.9.0/24)\": 3, \"(bratislava,100.0.1.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 17, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from paris to 100.0.9.0/24 is established.\nThe path between paris and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from paris, traffic should be split across 2 paths.\nbasel can reach 100.0.29.0/24.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nTraffic from basel to 100.0.29.0/24 should be load-balanced across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"paris\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(paris,100.0.9.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 18, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.1.0/24.\nRouting traffic between athens and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.\nparis can reach 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from paris, traffic is balanced on 2 paths.\nConnectivity from roma to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\nTraffic from roma to 100.0.9.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(athens,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3}}"} {"iteration": 0, "chunk": 19, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.1.0/24 is established.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nThe number of paths between frankfurt and 100.0.1.0/24 should be 2.\nzurich can reach 100.0.29.0/24.\nThe path between zurich and 100.0.29.0/24 involves london.\nThe number of paths between zurich and 100.0.29.0/24 should be 5.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(marseille,100.0.1.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5}}"} {"iteration": 0, "chunk": 20, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from praha.\nThe route from praha to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from praha, traffic should be split across 2 paths.\nConnectivity from lyon to 100.0.1.0/24 is established.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nTraffic from lyon to 100.0.1.0/24 is evenly distributed across 2 paths.\nistanbul can reach 100.0.4.0/24.\nThe route from istanbul to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from istanbul, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(praha,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 21, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from milan.\nTraffic from milan to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from sofia.\nThe route from sofia to 100.0.4.0/24 includes basel.\nThe number of paths between sofia and 100.0.4.0/24 should be 4.\nvienna can reach 100.0.4.0/24.\nThe route from vienna to 100.0.4.0/24 includes basel.\nThe number of paths between vienna and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(milan,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(vienna,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 22, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from london.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nTraffic from london to 100.0.1.0/24 should be load-balanced across 3 paths.\nConnectivity from basel to 100.0.1.0/24 is established.\nThe route from basel to 100.0.1.0/24 includes kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nmadrid can reach 100.0.4.0/24.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic from madrid to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(london,100.0.1.0/24)\": 3, \"(basel,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 23, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nThe number of paths between luxembourg and 100.0.9.0/24 should be 4.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nTraffic from bucharest to 100.0.29.0/24 should be load-balanced across 3 paths.\nConnectivity from brussels to 100.0.4.0/24 is established.\nThe route from brussels to 100.0.4.0/24 includes basel.\nThe number of paths between brussels and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.9.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(brussels,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 24, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from amsterdam.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\nbudapest can reach 100.0.9.0/24.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nTraffic from budapest to 100.0.9.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(amsterdam,100.0.1.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 25, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.4.0/24 is established.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nThe number of paths between frankfurt and 100.0.4.0/24 should be 2.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\nmarseille can reach 100.0.29.0/24.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(marseille,100.0.29.0/24)\": 4}}"} {"iteration": 0, "chunk": 26, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "milan can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTraffic from milan to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from strasbourg.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from madrid, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(milan,100.0.4.0/24)\": 2, \"(strasbourg,100.0.9.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3}}"} {"iteration": 0, "chunk": 27, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.9.0/24 is established.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nTraffic from praha to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nRouting traffic between strasbourg and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic is balanced on 3 paths.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nThe route from vienna to 100.0.29.0/24 includes london.\nTraffic from vienna to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"praha\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(praha,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2}}"} {"iteration": 0, "chunk": 28, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.29.0/24 is established.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nThe number of paths between sofia and 100.0.29.0/24 should be 5.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic should be split across 7 paths.\nTraffic originating from roma can reach the subnet 100.0.1.0/24.\nTraffic from roma to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from roma, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(sofia,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(sofia,100.0.29.0/24)\": 5, \"(bratislava,100.0.9.0/24)\": 7, \"(roma,100.0.1.0/24)\": 2}}"} {"iteration": 0, "chunk": 29, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.4.0/24 is established.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nThe number of paths between barcelona and 100.0.4.0/24 should be 3.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nThe number of paths between amsterdam and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(barcelona,100.0.4.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(amsterdam,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 30, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from athens.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTraffic from athens to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from zurich to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(warsaw,100.0.9.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 31, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.29.0/24.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTraffic from geneva to 100.0.29.0/24 should be load-balanced across 4 paths.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nThe number of paths between bucharest and 100.0.4.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from milan.\nThe route from milan to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from milan, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2}}"} {"iteration": 0, "chunk": 32, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.\nTraffic from brussels to 100.0.9.0/24 should be load-balanced across 3 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nTraffic from rotterdam to 100.0.1.0/24 is evenly distributed across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between amsterdam and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(brussels,100.0.9.0/24)\": 3, \"(rotterdam,100.0.1.0/24)\": 4, \"(amsterdam,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 0, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from athens.\nThe path between athens and 100.0.29.0/24 involves london.\nTraffic from athens to 100.0.29.0/24 should be load-balanced across 3 paths.\nstrasbourg can reach 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTraffic from strasbourg to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic is balanced on 4 paths.\nfrankfurt can reach 100.0.29.0/24.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from frankfurt, traffic is balanced on 2 paths.\nConnectivity from zurich to 100.0.9.0/24 is established.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic is balanced on 3 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic should be split across 4 paths.\nvienna can reach 100.0.1.0/24.\nRouting traffic between vienna and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from istanbul, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nThe path between kiev and 100.0.29.0/24 involves london.\nTraffic from kiev to 100.0.29.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(athens,100.0.29.0/24)\": 3, \"(strasbourg,100.0.1.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.29.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(luxembourg,100.0.1.0/24)\": 4, \"(vienna,100.0.1.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3}}"} {"iteration": 0, "chunk": 1, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from budapest.\nThe path between budapest and 100.0.29.0/24 involves london.\nTraffic from budapest to 100.0.29.0/24 should be load-balanced across 3 paths.\nrotterdam can reach 100.0.29.0/24.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nTraffic from rotterdam to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from geneva to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\nTraffic from geneva to 100.0.1.0/24 should be load-balanced across 5 paths.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nTraffic from lyon to 100.0.9.0/24 should be load-balanced across 6 paths.\n100.0.29.0/24 is accessible from roma.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nTraffic from roma to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from brussels, traffic should be split across 4 paths.\n100.0.1.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nTraffic from bucharest to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from marseille to 100.0.9.0/24 is established.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\n100.0.9.0/24 is accessible from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(budapest,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(budapest,100.0.29.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(lyon,100.0.9.0/24)\": 6, \"(roma,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(bucharest,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 2, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nTo reach 100.0.4.0/24 from geneva, traffic is balanced on 3 paths.\n100.0.4.0/24 is accessible from rotterdam.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nTraffic from barcelona to 100.0.1.0/24 passes through kiev.\nTraffic from barcelona to 100.0.1.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTraffic from vienna to 100.0.9.0/24 is evenly distributed across 3 paths.\npraha can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nTo reach 100.0.4.0/24 from praha, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from paris.\nThe route from paris to 100.0.29.0/24 includes london.\nTraffic from paris to 100.0.9.0/24 should be load-balanced across 2 paths.\nkiev can reach 100.0.4.0/24.\nThe path between kiev and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\nbudapest can reach 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.\nTraffic from budapest to 100.0.4.0/24 is evenly distributed across 4 paths.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(geneva,100.0.4.0/24)\": 3, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(praha,100.0.4.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(amsterdam,100.0.4.0/24)\": 7}}"} {"iteration": 0, "chunk": 3, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from madrid to 100.0.29.0/24 is established.\nThe path between madrid and 100.0.29.0/24 involves london.\nTraffic from madrid to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nThe route from barcelona to 100.0.29.0/24 includes london.\nTraffic from barcelona to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nThe route from warsaw to 100.0.4.0/24 includes basel.\nTraffic from warsaw to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nstrasbourg can reach 100.0.29.0/24.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nThe number of paths between strasbourg and 100.0.29.0/24 should be 2.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from bratislava, traffic should be split across 4 paths.\nConnectivity from paris to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from paris, traffic should be split across 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nThe route from sofia to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from sofia, traffic is balanced on 2 paths.\nConnectivity from london to 100.0.4.0/24 is established.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from london, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(madrid,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(paris,100.0.1.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(london,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 4, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from kiev to 100.0.9.0/24 is established.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.\nTraffic from kiev to 100.0.9.0/24 should be load-balanced across 2 paths.\nistanbul can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\nTraffic from istanbul to 100.0.29.0/24 should be load-balanced across 3 paths.\n100.0.1.0/24 is accessible from milan.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nTraffic from milan to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from lyon to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nTo reach 100.0.29.0/24 from lyon, traffic should be split across 2 paths.\nzurich can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nTraffic from zurich to 100.0.1.0/24 is evenly distributed across 3 paths.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nThe path between luxembourg and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from luxembourg, traffic is balanced on 2 paths.\nConnectivity from praha to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\nThe number of paths between praha and 100.0.29.0/24 should be 3.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nTraffic from madrid to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from barcelona.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\nTraffic from barcelona to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(kiev,100.0.9.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 5, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\nTraffic from lyon to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\nConnectivity from brussels to 100.0.29.0/24 is established.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nThe number of paths between brussels and 100.0.29.0/24 should be 2.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nThe number of paths between london and 100.0.9.0/24 should be 3.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nTraffic from bratislava to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from basel.\nThe path between basel and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic should be split across 2 paths.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nThe number of paths between paris and 100.0.9.0/24 should be 2.\nbasel can reach 100.0.29.0/24.\nTraffic from basel to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from basel, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from athens.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"london\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(bratislava,100.0.1.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 6, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.1.0/24 is established.\nRouting traffic between athens and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from athens, traffic is balanced on 2 paths.\nConnectivity from paris to 100.0.4.0/24 is established.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTraffic from paris to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from roma.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from roma, traffic should be split across 3 paths.\nConnectivity from marseille to 100.0.1.0/24 is established.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from marseille, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from frankfurt, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from zurich.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nThe number of paths between zurich and 100.0.29.0/24 should be 5.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nTraffic from lyon to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from istanbul, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(athens,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(marseille,100.0.1.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(praha,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 7, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from sofia.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.\nThe number of paths between sofia and 100.0.4.0/24 should be 4.\nvienna can reach 100.0.4.0/24.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from vienna, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from london.\nTo reach 100.0.1.0/24 from london, traffic is directed through kiev.\nThe number of paths between london and 100.0.1.0/24 should be 3.\nThe subnet 100.0.1.0/24 is reachable from basel.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from basel, traffic should be split across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nTraffic from madrid to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from madrid, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from luxembourg.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 should be load-balanced across 4 paths.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nTraffic from bucharest to 100.0.29.0/24 is evenly distributed across 3 paths.\nConnectivity from brussels to 100.0.4.0/24 is established.\nThe path between brussels and 100.0.4.0/24 involves basel.\nTraffic from brussels to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"london\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(milan,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(vienna,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(basel,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(brussels,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 8, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from amsterdam, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic is balanced on 2 paths.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nTraffic from warsaw to 100.0.1.0/24 is evenly distributed across 2 paths.\nbudapest can reach 100.0.9.0/24.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nThe number of paths between budapest and 100.0.9.0/24 should be 2.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nThe number of paths between frankfurt and 100.0.4.0/24 should be 2.\nConnectivity from geneva to 100.0.9.0/24 is established.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic should be split across 3 paths.\n100.0.29.0/24 is accessible from marseille.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\nConnectivity from milan to 100.0.4.0/24 is established.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.9.0/24.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from strasbourg, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from madrid.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nTraffic from madrid to 100.0.1.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(amsterdam,100.0.1.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(marseille,100.0.29.0/24)\": 4, \"(milan,100.0.4.0/24)\": 2, \"(strasbourg,100.0.9.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3}}"} {"iteration": 0, "chunk": 9, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "praha can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from strasbourg.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.\nConnectivity from vienna to 100.0.29.0/24 is established.\nThe route from vienna to 100.0.29.0/24 includes london.\nThe number of paths between vienna and 100.0.29.0/24 should be 2.\n100.0.29.0/24 is accessible from sofia.\nThe route from sofia to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from sofia, traffic should be split across 5 paths.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between bratislava and 100.0.9.0/24 should be 7.\nTraffic originating from roma can reach the subnet 100.0.1.0/24.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from roma, traffic is balanced on 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.4.0/24.\nThe path between barcelona and 100.0.4.0/24 involves basel.\nThe number of paths between barcelona and 100.0.4.0/24 should be 3.\nistanbul can reach 100.0.1.0/24.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic should be split across 4 paths.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nThe number of paths between amsterdam and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"praha\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(praha,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5, \"(bratislava,100.0.9.0/24)\": 7, \"(roma,100.0.1.0/24)\": 2, \"(barcelona,100.0.4.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(amsterdam,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 10, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from athens.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from athens, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from zurich.\nThe route from zurich to 100.0.4.0/24 includes basel.\nThe number of paths between zurich and 100.0.4.0/24 should be 2.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from geneva, traffic should be split across 4 paths.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTraffic from bucharest to 100.0.4.0/24 is evenly distributed across 2 paths.\nmilan can reach 100.0.29.0/24.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from milan, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from brussels.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between brussels and 100.0.9.0/24 should be 3.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nTraffic from rotterdam to 100.0.1.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between amsterdam and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(warsaw,100.0.9.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2, \"(brussels,100.0.9.0/24)\": 3, \"(rotterdam,100.0.1.0/24)\": 4, \"(amsterdam,100.0.9.0/24)\": 2}}"} {"iteration": 0, "chunk": 0, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from athens.\nThe path between athens and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from athens, traffic should be split across 3 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\nThe number of paths between strasbourg and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from luxembourg.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nTraffic from luxembourg to 100.0.4.0/24 should be load-balanced across 4 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.\nThe number of paths between frankfurt and 100.0.29.0/24 should be 2.\n100.0.9.0/24 is accessible from zurich.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nTraffic from zurich to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from luxembourg to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTraffic from luxembourg to 100.0.1.0/24 should be load-balanced across 4 paths.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nRouting traffic between vienna and 100.0.1.0/24 goes via kiev.\nThe number of paths between vienna and 100.0.1.0/24 should be 2.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nTraffic from istanbul to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from kiev, traffic is balanced on 3 paths.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nTraffic from budapest to 100.0.29.0/24 should be load-balanced across 3 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nTo reach 100.0.29.0/24 from rotterdam, traffic should be split across 2 paths.\nConnectivity from geneva to 100.0.1.0/24 is established.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from geneva, traffic should be split across 5 paths.\nlyon can reach 100.0.9.0/24.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nTraffic from lyon to 100.0.9.0/24 should be load-balanced across 6 paths.\nConnectivity from roma to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nTraffic from roma to 100.0.29.0/24 should be load-balanced across 2 paths.\nbrussels can reach 100.0.1.0/24.\nThe route from brussels to 100.0.1.0/24 includes kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\nbucharest can reach 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nTraffic from bucharest to 100.0.1.0/24 is evenly distributed across 2 paths.\nmarseille can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from marseille, traffic is directed through rotterdam.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nThe number of paths between frankfurt and 100.0.9.0/24 should be 2.\nConnectivity from geneva to 100.0.4.0/24 is established.\nThe route from geneva to 100.0.4.0/24 includes basel.\nTraffic from geneva to 100.0.4.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nTraffic from barcelona to 100.0.1.0/24 is evenly distributed across 3 paths.\nvienna can reach 100.0.9.0/24.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTraffic from vienna to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from praha.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nThe number of paths between praha and 100.0.4.0/24 should be 2.\nparis can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTo reach 100.0.9.0/24 from paris, traffic is balanced on 2 paths.\nConnectivity from kiev to 100.0.4.0/24 is established.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTraffic from kiev to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from budapest.\nThe route from budapest to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from budapest, traffic is balanced on 4 paths.\namsterdam can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nTo reach 100.0.9.0/24 from madrid, traffic should be split across 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTo reach 100.0.9.0/24 from barcelona, traffic is balanced on 2 paths.\nwarsaw can reach 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from warsaw, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic is balanced on 4 paths.\n100.0.29.0/24 is accessible from strasbourg.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from strasbourg, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTraffic from bratislava to 100.0.4.0/24 is evenly distributed across 4 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(athens,100.0.29.0/24)\": 3, \"(strasbourg,100.0.1.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.29.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(luxembourg,100.0.1.0/24)\": 4, \"(vienna,100.0.1.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(budapest,100.0.29.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(lyon,100.0.9.0/24)\": 6, \"(roma,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(bucharest,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(praha,100.0.4.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(amsterdam,100.0.4.0/24)\": 7, \"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4}}"} {"iteration": 0, "chunk": 1, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.1.0/24.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from paris, traffic should be split across 2 paths.\nsofia can reach 100.0.1.0/24.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from sofia, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\nTraffic from london to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from kiev.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic should be split across 2 paths.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nThe path between istanbul and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from istanbul, traffic should be split across 3 paths.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nThe number of paths between milan and 100.0.1.0/24 should be 2.\nlyon can reach 100.0.4.0/24.\nTraffic from lyon to 100.0.4.0/24 passes through basel.\nTraffic from lyon to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from zurich to 100.0.1.0/24 is established.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nTraffic from zurich to 100.0.1.0/24 is evenly distributed across 3 paths.\nluxembourg can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nTraffic from luxembourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nTraffic from praha to 100.0.29.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nThe number of paths between madrid and 100.0.9.0/24 should be 2.\n100.0.9.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from barcelona, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from lyon, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTraffic from warsaw to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from brussels.\nThe path between brussels and 100.0.29.0/24 involves london.\nTraffic from brussels to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from london.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nTraffic from london to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic is balanced on 2 paths.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nThe number of paths between basel and 100.0.9.0/24 should be 2.\nThe subnet 100.0.9.0/24 is reachable from paris.\nThe path between paris and 100.0.9.0/24 involves rotterdam.\nTraffic from paris to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from basel to 100.0.29.0/24 is established.\nTraffic from basel to 100.0.29.0/24 passes through london.\nTraffic from basel to 100.0.29.0/24 is evenly distributed across 2 paths.\nathens can reach 100.0.9.0/24.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nThe number of paths between athens and 100.0.9.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from athens.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic from athens to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe path between paris and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from paris, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nTraffic from roma to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from marseille.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTraffic from marseille to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nThe number of paths between frankfurt and 100.0.1.0/24 should be 2.\nConnectivity from zurich to 100.0.29.0/24 is established.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from zurich, traffic should be split across 5 paths.\npraha can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nTraffic from praha to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from lyon, traffic is balanced on 2 paths.\nistanbul can reach 100.0.4.0/24.\nThe route from istanbul to 100.0.4.0/24 includes basel.\nThe number of paths between istanbul and 100.0.4.0/24 should be 2.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nThe number of paths between milan and 100.0.9.0/24 should be 2.\nConnectivity from sofia to 100.0.4.0/24 is established.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nThe number of paths between sofia and 100.0.4.0/24 should be 4.\nTraffic originating from vienna can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from vienna, traffic is directed through basel.\nTraffic from vienna to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(paris,100.0.1.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(kiev,100.0.9.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(bratislava,100.0.1.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(marseille,100.0.1.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(praha,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(vienna,100.0.4.0/24)\": 2}}"} {"iteration": 0, "chunk": 2, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from london.\nThe route from london to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic from madrid to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic should be split across 4 paths.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from bucharest, traffic is balanced on 3 paths.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from brussels, traffic is balanced on 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nTraffic from amsterdam to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from warsaw, traffic should be split across 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from geneva.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\nTraffic from geneva to 100.0.9.0/24 should be load-balanced across 3 paths.\nConnectivity from marseille to 100.0.29.0/24 is established.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\n100.0.4.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from milan, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nTo reach 100.0.9.0/24 from strasbourg, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from strasbourg, traffic should be split across 2 paths.\nConnectivity from madrid to 100.0.1.0/24 is established.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from madrid, traffic is balanced on 3 paths.\nThe subnet 100.0.9.0/24 is reachable from praha.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic should be split across 2 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic is balanced on 3 paths.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nThe number of paths between vienna and 100.0.29.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nThe path between sofia and 100.0.29.0/24 involves london.\nTraffic from sofia to 100.0.29.0/24 is evenly distributed across 5 paths.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nTraffic from bratislava to 100.0.9.0/24 is evenly distributed across 7 paths.\nConnectivity from roma to 100.0.1.0/24 is established.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic from roma to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from barcelona, traffic is balanced on 3 paths.\nistanbul can reach 100.0.1.0/24.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic is balanced on 4 paths.\namsterdam can reach 100.0.29.0/24.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nTraffic from amsterdam to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic is balanced on 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nThe path between athens and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from athens, traffic should be split across 2 paths.\nConnectivity from zurich to 100.0.4.0/24 is established.\nThe route from zurich to 100.0.4.0/24 includes basel.\nThe number of paths between zurich and 100.0.4.0/24 should be 2.\n100.0.29.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from geneva, traffic should be split across 4 paths.\n100.0.4.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nTraffic from bucharest to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from milan.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from milan, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nTraffic from brussels to 100.0.9.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nTraffic from rotterdam to 100.0.1.0/24 should be load-balanced across 4 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nThe path between amsterdam and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(london,100.0.1.0/24)\": 3, \"(basel,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(brussels,100.0.4.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(marseille,100.0.29.0/24)\": 4, \"(milan,100.0.4.0/24)\": 2, \"(strasbourg,100.0.9.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(praha,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5, \"(bratislava,100.0.9.0/24)\": 7, \"(roma,100.0.1.0/24)\": 2, \"(barcelona,100.0.4.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(amsterdam,100.0.9.0/24)\": 2, \"(warsaw,100.0.9.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2, \"(brussels,100.0.9.0/24)\": 3, \"(rotterdam,100.0.1.0/24)\": 4}}"} {"iteration": 0, "chunk": 0, "batch_size": 99, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.29.0/24.\nThe route from athens to 100.0.29.0/24 includes london.\nTraffic from athens to 100.0.29.0/24 should be load-balanced across 3 paths.\n100.0.1.0/24 is accessible from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from strasbourg, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from luxembourg.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic should be split across 4 paths.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from frankfurt, traffic should be split across 2 paths.\nConnectivity from zurich to 100.0.9.0/24 is established.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nTraffic from zurich to 100.0.9.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nThe number of paths between luxembourg and 100.0.1.0/24 should be 4.\nvienna can reach 100.0.1.0/24.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\nistanbul can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nThe number of paths between istanbul and 100.0.9.0/24 should be 2.\nConnectivity from kiev to 100.0.29.0/24 is established.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nThe route from budapest to 100.0.29.0/24 includes london.\nTraffic from budapest to 100.0.29.0/24 is evenly distributed across 3 paths.\nrotterdam can reach 100.0.29.0/24.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nThe number of paths between rotterdam and 100.0.29.0/24 should be 2.\nConnectivity from geneva to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from geneva, traffic should be split across 5 paths.\n100.0.9.0/24 is accessible from lyon.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic should be split across 6 paths.\nroma can reach 100.0.29.0/24.\nThe route from roma to 100.0.29.0/24 includes london.\nTraffic from roma to 100.0.29.0/24 should be load-balanced across 2 paths.\nbrussels can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic from brussels to 100.0.1.0/24 is evenly distributed across 4 paths.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic is balanced on 2 paths.\nmarseille can reach 100.0.9.0/24.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\nConnectivity from frankfurt to 100.0.9.0/24 is established.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic is balanced on 2 paths.\nConnectivity from geneva to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nTo reach 100.0.4.0/24 from geneva, traffic is balanced on 3 paths.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from rotterdam, traffic is balanced on 3 paths.\n100.0.1.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nThe number of paths between barcelona and 100.0.1.0/24 should be 3.\nConnectivity from vienna to 100.0.9.0/24 is established.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic should be split across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe route from praha to 100.0.4.0/24 includes basel.\nTraffic from praha to 100.0.4.0/24 is evenly distributed across 2 paths.\nparis can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTraffic from paris to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from kiev.\nThe path between kiev and 100.0.4.0/24 involves basel.\nTraffic from kiev to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from budapest.\nTo reach 100.0.4.0/24 from budapest, traffic is directed through basel.\nTo reach 100.0.4.0/24 from budapest, traffic is balanced on 4 paths.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.29.0/24 passes through london.\nTo reach 100.0.9.0/24 from madrid, traffic should be split across 2 paths.\nbarcelona can reach 100.0.29.0/24.\nThe route from barcelona to 100.0.29.0/24 includes london.\nTraffic from barcelona to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTraffic from warsaw to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between sofia and 100.0.9.0/24 should be 4.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nTraffic from strasbourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from bratislava, traffic is balanced on 4 paths.\nparis can reach 100.0.1.0/24.\nThe path between paris and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from paris, traffic should be split across 2 paths.\nsofia can reach 100.0.1.0/24.\nThe path between sofia and 100.0.1.0/24 involves kiev.\nTraffic from sofia to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from london to 100.0.4.0/24 is established.\nThe route from london to 100.0.4.0/24 includes basel.\nTraffic from london to 100.0.4.0/24 is evenly distributed across 2 paths.\nkiev can reach 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nThe number of paths between kiev and 100.0.9.0/24 should be 2.\nistanbul can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\nTraffic from istanbul to 100.0.29.0/24 should be load-balanced across 3 paths.\nConnectivity from milan to 100.0.1.0/24 is established.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTraffic from milan to 100.0.1.0/24 is evenly distributed across 2 paths.\nlyon can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nThe number of paths between lyon and 100.0.29.0/24 should be 2.\nzurich can reach 100.0.1.0/24.\nThe route from zurich to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from zurich, traffic should be split across 3 paths.\n100.0.29.0/24 is accessible from luxembourg.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nThe number of paths between luxembourg and 100.0.29.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from praha.\nThe path between praha and 100.0.29.0/24 involves london.\nTraffic from praha to 100.0.29.0/24 should be load-balanced across 3 paths.\nmadrid can reach 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTraffic from madrid to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nThe number of paths between barcelona and 100.0.9.0/24 should be 2.\n100.0.29.0/24 is accessible from lyon.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nTraffic from lyon to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from warsaw.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.\nThe number of paths between warsaw and 100.0.29.0/24 should be 2.\nbrussels can reach 100.0.29.0/24.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from brussels, traffic is balanced on 2 paths.\nlondon can reach 100.0.9.0/24.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from london, traffic is balanced on 3 paths.\nbratislava can reach 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nTraffic from bratislava to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nTraffic from basel to 100.0.9.0/24 should be load-balanced across 2 paths.\nparis can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from paris, traffic should be split across 2 paths.\nbasel can reach 100.0.29.0/24.\nThe path between basel and 100.0.29.0/24 involves london.\nTraffic from basel to 100.0.29.0/24 should be load-balanced across 2 paths.\nathens can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from athens, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic should be split across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic from athens to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from paris.\nThe route from paris to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from paris, traffic should be split across 2 paths.\nTraffic originating from roma can reach the subnet 100.0.9.0/24.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from roma, traffic should be split across 3 paths.\n100.0.1.0/24 is accessible from marseille.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTraffic from frankfurt to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from zurich.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nTraffic from zurich to 100.0.29.0/24 is evenly distributed across 5 paths.\nConnectivity from praha to 100.0.1.0/24 is established.\nThe path between praha and 100.0.1.0/24 involves kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nTraffic originating from lyon can reach the subnet 100.0.1.0/24.\nThe route from lyon to 100.0.1.0/24 includes kiev.\nThe number of paths between lyon and 100.0.1.0/24 should be 2.\nistanbul can reach 100.0.4.0/24.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.\nTraffic from istanbul to 100.0.4.0/24 should be load-balanced across 2 paths.\nmilan can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from sofia.\nThe route from sofia to 100.0.4.0/24 includes basel.\nThe number of paths between sofia and 100.0.4.0/24 should be 4.\n100.0.4.0/24 is accessible from vienna.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTraffic from vienna to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from london.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nThe number of paths between basel and 100.0.1.0/24 should be 2.\nmadrid can reach 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nThe number of paths between madrid and 100.0.4.0/24 should be 2.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic should be split across 4 paths.\nTraffic originating from bucharest can reach the subnet 100.0.29.0/24.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nThe number of paths between bucharest and 100.0.29.0/24 should be 3.\nbrussels can reach 100.0.4.0/24.\nThe path between brussels and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from brussels, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic should be split across 2 paths.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nTraffic from warsaw to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from budapest to 100.0.9.0/24 is established.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic should be split across 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic is balanced on 2 paths.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nThe number of paths between geneva and 100.0.9.0/24 should be 3.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTo reach 100.0.29.0/24 from marseille, traffic should be split across 4 paths.\nThe subnet 100.0.4.0/24 is reachable from milan.\nThe path between milan and 100.0.4.0/24 involves basel.\nTraffic from milan to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nThe number of paths between strasbourg and 100.0.9.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from madrid, traffic is balanced on 3 paths.\npraha can reach 100.0.9.0/24.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic is balanced on 2 paths.\nstrasbourg can reach 100.0.4.0/24.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nTraffic from strasbourg to 100.0.4.0/24 is evenly distributed across 3 paths.\nConnectivity from vienna to 100.0.29.0/24 is established.\nTraffic from vienna to 100.0.29.0/24 passes through london.\nTraffic from vienna to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nThe route from sofia to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from sofia, traffic should be split across 5 paths.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic is balanced on 7 paths.\nConnectivity from roma to 100.0.1.0/24 is established.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from roma, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nTraffic from barcelona to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.1.0/24 is accessible from istanbul.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nThe number of paths between istanbul and 100.0.1.0/24 should be 4.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nRouting traffic between amsterdam and 100.0.29.0/24 goes via london.\nTo reach 100.0.9.0/24 from amsterdam, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic should be split across 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTraffic from athens to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nThe route from zurich to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.\nConnectivity from geneva to 100.0.29.0/24 is established.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nTraffic from geneva to 100.0.29.0/24 is evenly distributed across 4 paths.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nThe route from bucharest to 100.0.4.0/24 includes basel.\nTraffic from bucharest to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from milan.\nThe path between milan and 100.0.29.0/24 involves london.\nTraffic from milan to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe path between brussels and 100.0.9.0/24 involves rotterdam.\nTraffic from brussels to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nRouting traffic between rotterdam and 100.0.1.0/24 goes via kiev.\nTraffic from rotterdam to 100.0.1.0/24 is evenly distributed across 4 paths.\nConnectivity from amsterdam to 100.0.9.0/24 is established.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between amsterdam and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"lyon\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(athens,100.0.29.0/24)\": 3, \"(strasbourg,100.0.1.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.29.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(luxembourg,100.0.1.0/24)\": 4, \"(vienna,100.0.1.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(budapest,100.0.29.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(lyon,100.0.9.0/24)\": 6, \"(roma,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(bucharest,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(praha,100.0.4.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(amsterdam,100.0.4.0/24)\": 7, \"(madrid,100.0.9.0/24)\": 2, \"(barcelona,100.0.9.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(paris,100.0.1.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(kiev,100.0.9.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(warsaw,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(bratislava,100.0.1.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(marseille,100.0.1.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(praha,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(vienna,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(basel,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(brussels,100.0.4.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(milan,100.0.4.0/24)\": 2, \"(strasbourg,100.0.9.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(praha,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5, \"(bratislava,100.0.9.0/24)\": 7, \"(roma,100.0.1.0/24)\": 2, \"(barcelona,100.0.4.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(amsterdam,100.0.9.0/24)\": 2, \"(warsaw,100.0.9.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2, \"(brussels,100.0.9.0/24)\": 3, \"(rotterdam,100.0.1.0/24)\": 4}}"} {"iteration": 1, "chunk": 0, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from vienna, traffic should be split across 2 paths.\nfrankfurt can reach 100.0.1.0/24.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nThe number of paths between frankfurt and 100.0.1.0/24 should be 2.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nTraffic from geneva to 100.0.29.0/24 is evenly distributed across 4 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(vienna,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4}}"} {"iteration": 1, "chunk": 1, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\nThe number of paths between marseille and 100.0.4.0/24 should be 3.\nsofia can reach 100.0.29.0/24.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from sofia, traffic is balanced on 5 paths.\n100.0.1.0/24 is accessible from basel.\nThe route from basel to 100.0.1.0/24 includes kiev.\nThe number of paths between basel and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(marseille,100.0.4.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(basel,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 2, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.1.0/24 is established.\nThe path between praha and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from praha, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from paris.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nThe number of paths between paris and 100.0.29.0/24 should be 2.\n100.0.9.0/24 is accessible from kiev.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nThe number of paths between kiev and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(praha,100.0.1.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2, \"(kiev,100.0.9.0/24)\": 2}}"} {"iteration": 1, "chunk": 3, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between roma and 100.0.9.0/24 should be 3.\nzurich can reach 100.0.1.0/24.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nTraffic from zurich to 100.0.1.0/24 should be load-balanced across 3 paths.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nTraffic from basel to 100.0.29.0/24 passes through london.\nTraffic from basel to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(roma,100.0.9.0/24)\": 3, \"(zurich,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 4, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from athens.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic from athens to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.9.0/24.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTraffic from vienna to 100.0.9.0/24 should be load-balanced across 3 paths.\n100.0.29.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nThe number of paths between bratislava and 100.0.29.0/24 should be 4.", "expected": "{\"reachability\": {\"athens\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(athens,100.0.1.0/24)\": 2, \"(vienna,100.0.9.0/24)\": 3, \"(bratislava,100.0.29.0/24)\": 4}}"} {"iteration": 1, "chunk": 5, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from brussels.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\nwarsaw can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from marseille.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from marseille, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(brussels,100.0.1.0/24)\": 4, \"(warsaw,100.0.29.0/24)\": 2, \"(marseille,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 6, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.1.0/24 is established.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nThe number of paths between rotterdam and 100.0.1.0/24 should be 4.\n100.0.29.0/24 is accessible from praha.\nThe route from praha to 100.0.29.0/24 includes london.\nThe number of paths between praha and 100.0.29.0/24 should be 3.\n100.0.9.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nTraffic from basel to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(rotterdam,100.0.1.0/24)\": 4, \"(praha,100.0.29.0/24)\": 3, \"(basel,100.0.9.0/24)\": 2}}"} {"iteration": 1, "chunk": 7, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from brussels.\nThe path between brussels and 100.0.4.0/24 involves basel.\nTraffic from brussels to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic is balanced on 2 paths.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(brussels,100.0.4.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 8, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from vienna.\nThe path between vienna and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from warsaw.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nThe number of paths between warsaw and 100.0.4.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nThe path between zurich and 100.0.4.0/24 involves basel.\nThe number of paths between zurich and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(vienna,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2}}"} {"iteration": 1, "chunk": 9, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\n100.0.4.0/24 is accessible from rotterdam.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nTraffic from rotterdam to 100.0.4.0/24 is evenly distributed across 3 paths.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nTraffic from barcelona to 100.0.1.0/24 passes through kiev.\nTraffic from barcelona to 100.0.1.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3}}"} {"iteration": 1, "chunk": 10, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "rotterdam can reach 100.0.29.0/24.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nThe number of paths between rotterdam and 100.0.29.0/24 should be 2.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from bucharest, traffic should be split across 2 paths.\nConnectivity from marseille to 100.0.29.0/24 is established.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(rotterdam,100.0.29.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4}}"} {"iteration": 1, "chunk": 11, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic is balanced on 4 paths.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\nTo reach 100.0.29.0/24 from istanbul, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.29.0/24)\": 3}}"} {"iteration": 1, "chunk": 12, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from geneva.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from geneva, traffic is balanced on 5 paths.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic is balanced on 4 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(geneva,100.0.1.0/24)\": 5, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2}}"} {"iteration": 1, "chunk": 13, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nTraffic from bucharest to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from madrid.\nThe route from madrid to 100.0.4.0/24 includes basel.\nThe number of paths between madrid and 100.0.4.0/24 should be 2.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nThe number of paths between madrid and 100.0.1.0/24 should be 3.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(bucharest,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3}}"} {"iteration": 1, "chunk": 14, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.1.0/24 is established.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTraffic from milan to 100.0.1.0/24 should be load-balanced across 2 paths.\nstrasbourg can reach 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nThe number of paths between strasbourg and 100.0.29.0/24 should be 2.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nThe path between geneva and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from geneva, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(milan,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3}}"} {"iteration": 1, "chunk": 15, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nTraffic from brussels to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTraffic from amsterdam to 100.0.4.0/24 is evenly distributed across 7 paths.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from warsaw, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(brussels,100.0.9.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(warsaw,100.0.9.0/24)\": 2}}"} {"iteration": 1, "chunk": 16, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nThe number of paths between roma and 100.0.1.0/24 should be 2.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between praha and 100.0.9.0/24 should be 2.\nbudapest can reach 100.0.4.0/24.\nRouting traffic between budapest and 100.0.4.0/24 goes via basel.\nTraffic from budapest to 100.0.4.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(roma,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4}}"} {"iteration": 1, "chunk": 17, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nTraffic from lyon to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from kiev.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from milan.\nThe path between milan and 100.0.29.0/24 involves london.\nThe number of paths between milan and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(lyon,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 18, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.4.0/24.\nThe path between lyon and 100.0.4.0/24 involves basel.\nTo reach 100.0.29.0/24 from lyon, traffic is balanced on 2 paths.\nlondon can reach 100.0.4.0/24.\nTraffic from london to 100.0.4.0/24 passes through basel.\nTraffic from london to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from london to 100.0.9.0/24 is established.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nThe number of paths between london and 100.0.9.0/24 should be 3.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3}}"} {"iteration": 1, "chunk": 19, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from london.\nTo reach 100.0.1.0/24 from london, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from london, traffic is balanced on 3 paths.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.29.0/24 from madrid, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nThe path between brussels and 100.0.29.0/24 involves london.\nTraffic from brussels to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"london\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(london,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(london,100.0.1.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 20, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from praha to 100.0.4.0/24 is established.\nThe path between praha and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from praha, traffic should be split across 2 paths.\nConnectivity from lyon to 100.0.29.0/24 is established.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from lyon, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nTraffic from lyon to 100.0.9.0/24 should be load-balanced across 6 paths.", "expected": "{\"reachability\": {\"praha\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(praha,100.0.4.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6}}"} {"iteration": 1, "chunk": 21, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from barcelona.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nThe number of paths between barcelona and 100.0.4.0/24 should be 3.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nThe number of paths between budapest and 100.0.29.0/24 should be 3.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(barcelona,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3}}"} {"iteration": 1, "chunk": 22, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.29.0/24.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from bucharest, traffic is balanced on 3 paths.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 is evenly distributed across 4 paths.\n100.0.1.0/24 is accessible from strasbourg.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from strasbourg, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(bucharest,100.0.29.0/24)\": 3, \"(luxembourg,100.0.9.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 23, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.29.0/24 is established.\nTraffic from vienna to 100.0.29.0/24 passes through london.\nTraffic from vienna to 100.0.29.0/24 is evenly distributed across 2 paths.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nTraffic from istanbul to 100.0.1.0/24 should be load-balanced across 4 paths.\ngeneva can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTraffic from geneva to 100.0.9.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(vienna,100.0.29.0/24)\": 2, \"(istanbul,100.0.1.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3}}"} {"iteration": 1, "chunk": 24, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from marseille.\nTo reach 100.0.9.0/24 from marseille, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from marseille, traffic should be split across 4 paths.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nTraffic from kiev to 100.0.29.0/24 is evenly distributed across 3 paths.\n100.0.29.0/24 is accessible from paris.\nThe route from paris to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from paris, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(marseille,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 25, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nTraffic from frankfurt to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from istanbul.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from istanbul, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from budapest, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(frankfurt,100.0.29.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 26, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nTraffic from athens to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nTraffic from bratislava to 100.0.4.0/24 is evenly distributed across 4 paths.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nTo reach 100.0.29.0/24 from roma, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(athens,100.0.9.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(roma,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 27, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from budapest.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\nsofia can reach 100.0.1.0/24.\nRouting traffic between sofia and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from sofia, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(budapest,100.0.9.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 28, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from paris.\nThe route from paris to 100.0.4.0/24 includes basel.\nTraffic from paris to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from zurich to 100.0.29.0/24 is established.\nThe path between zurich and 100.0.29.0/24 involves london.\nTraffic from zurich to 100.0.29.0/24 is evenly distributed across 5 paths.\nmadrid can reach 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nTraffic from madrid to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"paris\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(madrid,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 29, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nTraffic from bratislava to 100.0.9.0/24 should be load-balanced across 7 paths.\nluxembourg can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nThe number of paths between luxembourg and 100.0.1.0/24 should be 4.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nThe number of paths between strasbourg and 100.0.4.0/24 should be 3.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.4.0/24)\": 3}}"} {"iteration": 1, "chunk": 30, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nThe number of paths between bratislava and 100.0.1.0/24 should be 2.\nConnectivity from milan to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTo reach 100.0.4.0/24 from milan, traffic is balanced on 2 paths.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from istanbul, traffic is directed through basel.\nThe number of paths between istanbul and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(bratislava,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2}}"} {"iteration": 1, "chunk": 31, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic is balanced on 2 paths.\nparis can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nThe number of paths between paris and 100.0.1.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from barcelona, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(bucharest,100.0.9.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 32, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.1.0/24.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTraffic from amsterdam to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from luxembourg.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nThe number of paths between athens and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(amsterdam,100.0.1.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2}}"} {"iteration": 1, "chunk": 0, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from vienna, traffic should be split across 2 paths.\nfrankfurt can reach 100.0.1.0/24.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from frankfurt, traffic should be split across 2 paths.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from geneva, traffic should be split across 4 paths.\nConnectivity from marseille to 100.0.4.0/24 is established.\nThe path between marseille and 100.0.4.0/24 involves basel.\nTraffic from marseille to 100.0.4.0/24 should be load-balanced across 3 paths.\n100.0.29.0/24 is accessible from sofia.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nTraffic from sofia to 100.0.29.0/24 is evenly distributed across 5 paths.\n100.0.1.0/24 is accessible from basel.\nRouting traffic between basel and 100.0.1.0/24 goes via kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nTraffic from praha to 100.0.1.0/24 is evenly distributed across 2 paths.\nparis can reach 100.0.9.0/24.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between paris and 100.0.29.0/24 should be 2.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nTraffic from kiev to 100.0.9.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(vienna,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(marseille,100.0.4.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(basel,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2, \"(kiev,100.0.9.0/24)\": 2}}"} {"iteration": 1, "chunk": 1, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between roma and 100.0.9.0/24 should be 3.\nzurich can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from zurich, traffic should be split across 3 paths.\nConnectivity from basel to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nTraffic from basel to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from athens to 100.0.1.0/24 is established.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.\nvienna can reach 100.0.9.0/24.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic should be split across 3 paths.\n100.0.29.0/24 is accessible from bratislava.\nTraffic from bratislava to 100.0.29.0/24 passes through london.\nThe number of paths between bratislava and 100.0.29.0/24 should be 4.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from brussels, traffic is balanced on 4 paths.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.\nThe number of paths between warsaw and 100.0.29.0/24 should be 2.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from marseille, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(roma,100.0.9.0/24)\": 3, \"(zurich,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(vienna,100.0.9.0/24)\": 3, \"(bratislava,100.0.29.0/24)\": 4, \"(brussels,100.0.1.0/24)\": 4, \"(warsaw,100.0.29.0/24)\": 2, \"(marseille,100.0.1.0/24)\": 2}}"} {"iteration": 1, "chunk": 2, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.1.0/24 goes via kiev.\nThe number of paths between rotterdam and 100.0.1.0/24 should be 4.\n100.0.29.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nTraffic from praha to 100.0.29.0/24 should be load-balanced across 3 paths.\nConnectivity from basel to 100.0.9.0/24 is established.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nThe number of paths between basel and 100.0.9.0/24 should be 2.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from brussels, traffic should be split across 2 paths.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nTraffic from warsaw to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from vienna.\nThe path between vienna and 100.0.1.0/24 involves kiev.\nTraffic from vienna to 100.0.1.0/24 should be load-balanced across 2 paths.\nwarsaw can reach 100.0.4.0/24.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTraffic from warsaw to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from zurich.\nThe path between zurich and 100.0.4.0/24 involves basel.\nTraffic from zurich to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(rotterdam,100.0.1.0/24)\": 4, \"(praha,100.0.29.0/24)\": 3, \"(basel,100.0.9.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(vienna,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2}}"} {"iteration": 1, "chunk": 3, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nbarcelona can reach 100.0.1.0/24.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nThe number of paths between barcelona and 100.0.1.0/24 should be 3.\nrotterdam can reach 100.0.29.0/24.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nTraffic from rotterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nThe route from bucharest to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from bucharest, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from marseille.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.\namsterdam can reach 100.0.9.0/24.\nThe route from amsterdam to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from sofia.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic is balanced on 4 paths.\n100.0.29.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.29.0/24 includes london.\nTraffic from istanbul to 100.0.29.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4, \"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.29.0/24)\": 3}}"} {"iteration": 1, "chunk": 4, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.1.0/24.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nThe number of paths between geneva and 100.0.1.0/24 should be 5.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nTraffic from luxembourg to 100.0.4.0/24 is evenly distributed across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic should be split across 2 paths.\nTraffic originating from bucharest can reach the subnet 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nTraffic from bucharest to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from madrid.\nTo reach 100.0.4.0/24 from madrid, traffic is directed through basel.\nTraffic from madrid to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.1.0/24.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from madrid, traffic is balanced on 3 paths.\n100.0.1.0/24 is accessible from milan.\nThe route from milan to 100.0.1.0/24 includes kiev.\nTraffic from milan to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from strasbourg, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.4.0/24 goes via basel.\nTraffic from geneva to 100.0.4.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(geneva,100.0.1.0/24)\": 5, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3}}"} {"iteration": 1, "chunk": 5, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from brussels.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic should be split across 3 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic should be split across 7 paths.\n100.0.9.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nTraffic from warsaw to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from roma.\nThe path between roma and 100.0.1.0/24 involves kiev.\nTraffic from roma to 100.0.1.0/24 should be load-balanced across 2 paths.\npraha can reach 100.0.9.0/24.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nThe number of paths between praha and 100.0.9.0/24 should be 2.\nbudapest can reach 100.0.4.0/24.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nTraffic from budapest to 100.0.4.0/24 should be load-balanced across 4 paths.\nlyon can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nTraffic from lyon to 100.0.1.0/24 is evenly distributed across 2 paths.\nkiev can reach 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from milan.\nTraffic from milan to 100.0.29.0/24 passes through london.\nThe number of paths between milan and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(brussels,100.0.9.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(warsaw,100.0.9.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(lyon,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 6, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nTo reach 100.0.29.0/24 from lyon, traffic should be split across 2 paths.\nTraffic originating from london can reach the subnet 100.0.4.0/24.\nTraffic from london to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from london, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from london.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from london, traffic should be split across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from london.\nTo reach 100.0.1.0/24 from london, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from madrid.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\nbrussels can reach 100.0.29.0/24.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nTraffic from brussels to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from praha.\nThe route from praha to 100.0.4.0/24 includes basel.\nThe number of paths between praha and 100.0.4.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nTraffic from lyon to 100.0.29.0/24 should be load-balanced across 2 paths.\nlyon can reach 100.0.9.0/24.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic should be split across 6 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(london,100.0.1.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6}}"} {"iteration": 1, "chunk": 7, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nTraffic from barcelona to 100.0.4.0/24 should be load-balanced across 3 paths.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nThe number of paths between barcelona and 100.0.29.0/24 should be 2.\nConnectivity from budapest to 100.0.29.0/24 is established.\nThe path between budapest and 100.0.29.0/24 involves london.\nTraffic from budapest to 100.0.29.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nThe route from bucharest to 100.0.29.0/24 includes london.\nTraffic from bucharest to 100.0.29.0/24 is evenly distributed across 3 paths.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nThe number of paths between luxembourg and 100.0.9.0/24 should be 4.\nConnectivity from strasbourg to 100.0.1.0/24 is established.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\nTraffic from strasbourg to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from vienna to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nTraffic from vienna to 100.0.29.0/24 is evenly distributed across 2 paths.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\n100.0.9.0/24 is accessible from geneva.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(barcelona,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(bucharest,100.0.29.0/24)\": 3, \"(luxembourg,100.0.9.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(istanbul,100.0.1.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3}}"} {"iteration": 1, "chunk": 8, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from marseille.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTraffic from marseille to 100.0.9.0/24 is evenly distributed across 4 paths.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nThe number of paths between kiev and 100.0.29.0/24 should be 3.\nConnectivity from paris to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTraffic from paris to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from frankfurt, traffic should be split across 2 paths.\nistanbul can reach 100.0.9.0/24.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTraffic from istanbul to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from budapest.\nTo reach 100.0.1.0/24 from budapest, traffic is directed through kiev.\nThe number of paths between budapest and 100.0.1.0/24 should be 2.\nathens can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from athens, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic is balanced on 2 paths.\nbratislava can reach 100.0.4.0/24.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nThe number of paths between bratislava and 100.0.4.0/24 should be 4.\nTraffic originating from roma can reach the subnet 100.0.29.0/24.\nThe route from roma to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from roma, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(marseille,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2, \"(frankfurt,100.0.29.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(roma,100.0.29.0/24)\": 2}}"} {"iteration": 1, "chunk": 9, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "budapest can reach 100.0.9.0/24.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nTraffic from sofia to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe route from paris to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from paris, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nThe number of paths between zurich and 100.0.29.0/24 should be 5.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nTraffic from madrid to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from bratislava.\nThe path between bratislava and 100.0.9.0/24 involves rotterdam.\nTraffic from bratislava to 100.0.9.0/24 should be load-balanced across 7 paths.\n100.0.1.0/24 is accessible from luxembourg.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic should be split across 4 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(budapest,100.0.9.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(madrid,100.0.29.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.4.0/24)\": 3}}"} {"iteration": 1, "chunk": 10, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bratislava can reach the subnet 100.0.1.0/24.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic should be split across 2 paths.\nmilan can reach 100.0.4.0/24.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nThe number of paths between milan and 100.0.4.0/24 should be 2.\nTraffic originating from istanbul can reach the subnet 100.0.4.0/24.\nThe route from istanbul to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from istanbul, traffic should be split across 2 paths.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic should be split across 2 paths.\nConnectivity from paris to 100.0.1.0/24 is established.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTraffic from paris to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nThe path between barcelona and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from barcelona, traffic should be split across 2 paths.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTraffic from amsterdam to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nThe path between luxembourg and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from luxembourg, traffic is balanced on 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTraffic from athens to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(bratislava,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(bucharest,100.0.9.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2}}"} {"iteration": 1, "chunk": 0, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe path between vienna and 100.0.4.0/24 involves basel.\nTraffic from vienna to 100.0.4.0/24 is evenly distributed across 2 paths.\nfrankfurt can reach 100.0.1.0/24.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nThe number of paths between frankfurt and 100.0.1.0/24 should be 2.\ngeneva can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nTraffic from geneva to 100.0.29.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\nThe number of paths between marseille and 100.0.4.0/24 should be 3.\nsofia can reach 100.0.29.0/24.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from sofia, traffic is balanced on 5 paths.\n100.0.1.0/24 is accessible from basel.\nTraffic from basel to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from basel, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from praha.\nThe path between praha and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from praha, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from paris.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.29.0/24 from paris, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from roma.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nTraffic from roma to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from zurich to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from zurich, traffic should be split across 3 paths.\n100.0.29.0/24 is accessible from basel.\nThe path between basel and 100.0.29.0/24 involves london.\nTraffic from basel to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from athens to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nTraffic from athens to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nTraffic from vienna to 100.0.9.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nThe number of paths between bratislava and 100.0.29.0/24 should be 4.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nThe number of paths between brussels and 100.0.1.0/24 should be 4.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.\nThe number of paths between warsaw and 100.0.29.0/24 should be 2.\n100.0.1.0/24 is accessible from marseille.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nTraffic from marseille to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nTraffic from rotterdam to 100.0.1.0/24 should be load-balanced across 4 paths.\npraha can reach 100.0.29.0/24.\nThe path between praha and 100.0.29.0/24 involves london.\nThe number of paths between praha and 100.0.29.0/24 should be 3.\nThe subnet 100.0.9.0/24 is reachable from basel.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nThe number of paths between basel and 100.0.9.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from brussels.\nThe route from brussels to 100.0.4.0/24 includes basel.\nThe number of paths between brussels and 100.0.4.0/24 should be 2.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic should be split across 2 paths.\nwarsaw can reach 100.0.1.0/24.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from vienna.\nThe path between vienna and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from warsaw, traffic is balanced on 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nThe path between zurich and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from sofia.\nThe route from sofia to 100.0.4.0/24 includes basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\n100.0.4.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic is balanced on 3 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nTraffic from rotterdam to 100.0.29.0/24 should be load-balanced across 2 paths.\nbucharest can reach 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTraffic from bucharest to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from marseille to 100.0.29.0/24 is established.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"zurich\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(vienna,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(marseille,100.0.4.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(basel,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2, \"(kiev,100.0.9.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(zurich,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(vienna,100.0.9.0/24)\": 3, \"(bratislava,100.0.29.0/24)\": 4, \"(brussels,100.0.1.0/24)\": 4, \"(warsaw,100.0.29.0/24)\": 2, \"(marseille,100.0.1.0/24)\": 2, \"(rotterdam,100.0.1.0/24)\": 4, \"(praha,100.0.29.0/24)\": 3, \"(basel,100.0.9.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(vienna,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4}}"} {"iteration": 1, "chunk": 1, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "amsterdam can reach 100.0.9.0/24.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nistanbul can reach 100.0.29.0/24.\nThe path between istanbul and 100.0.29.0/24 involves london.\nTraffic from istanbul to 100.0.29.0/24 should be load-balanced across 3 paths.\ngeneva can reach 100.0.1.0/24.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nTraffic from geneva to 100.0.1.0/24 should be load-balanced across 5 paths.\nluxembourg can reach 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nTraffic from luxembourg to 100.0.4.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 should be load-balanced across 2 paths.\nbucharest can reach 100.0.1.0/24.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nThe number of paths between bucharest and 100.0.1.0/24 should be 2.\nmadrid can reach 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\nThe number of paths between madrid and 100.0.4.0/24 should be 2.\n100.0.1.0/24 is accessible from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nThe number of paths between madrid and 100.0.1.0/24 should be 3.\nConnectivity from milan to 100.0.1.0/24 is established.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from milan, traffic is balanced on 2 paths.\nstrasbourg can reach 100.0.29.0/24.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTraffic from strasbourg to 100.0.29.0/24 should be load-balanced across 2 paths.\ngeneva can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nTraffic from geneva to 100.0.4.0/24 is evenly distributed across 3 paths.\nbrussels can reach 100.0.9.0/24.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic should be split across 3 paths.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nThe number of paths between amsterdam and 100.0.4.0/24 should be 7.\nConnectivity from warsaw to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from warsaw, traffic is directed through rotterdam.\nTraffic from warsaw to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from roma.\nTraffic from roma to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from roma, traffic should be split across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nThe route from praha to 100.0.9.0/24 includes rotterdam.\nTraffic from praha to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from budapest to 100.0.4.0/24 is established.\nThe route from budapest to 100.0.4.0/24 includes basel.\nTraffic from budapest to 100.0.4.0/24 is evenly distributed across 4 paths.\nThe subnet 100.0.1.0/24 is reachable from lyon.\nThe path between lyon and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nTraffic from kiev to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from milan, traffic is balanced on 2 paths.\nlyon can reach 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nThe number of paths between lyon and 100.0.29.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from london.\nThe route from london to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from london, traffic is balanced on 2 paths.\nlondon can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nThe number of paths between london and 100.0.9.0/24 should be 3.\nConnectivity from london to 100.0.1.0/24 is established.\nRouting traffic between london and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nTraffic from madrid to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\nbrussels can reach 100.0.29.0/24.\nThe path between brussels and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from brussels, traffic should be split across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nThe route from praha to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from praha, traffic should be split across 2 paths.\nConnectivity from lyon to 100.0.29.0/24 is established.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nTraffic from lyon to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nTraffic from lyon to 100.0.9.0/24 should be load-balanced across 6 paths.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from barcelona, traffic is balanced on 3 paths.\nbarcelona can reach 100.0.9.0/24.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from budapest.\nThe route from budapest to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from budapest, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"lyon\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.4.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.29.0/24)\": 3, \"(geneva,100.0.1.0/24)\": 5, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(brussels,100.0.9.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(warsaw,100.0.9.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(lyon,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(london,100.0.1.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(barcelona,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3}}"} {"iteration": 1, "chunk": 2, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.29.0/24 involves london.\nTraffic from bucharest to 100.0.29.0/24 should be load-balanced across 3 paths.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nThe number of paths between luxembourg and 100.0.9.0/24 should be 4.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTraffic from strasbourg to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nThe path between vienna and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from vienna, traffic is balanced on 2 paths.\nistanbul can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic is balanced on 4 paths.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.\nTraffic from geneva to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\nTraffic originating from paris can reach the subnet 100.0.29.0/24.\nRouting traffic between paris and 100.0.29.0/24 goes via london.\nTraffic from paris to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nThe number of paths between frankfurt and 100.0.29.0/24 should be 2.\n100.0.9.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from istanbul, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nThe path between budapest and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from budapest, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from athens.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nThe number of paths between athens and 100.0.9.0/24 should be 2.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nTraffic from bratislava to 100.0.4.0/24 is evenly distributed across 4 paths.\nConnectivity from roma to 100.0.29.0/24 is established.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nTraffic from roma to 100.0.29.0/24 should be load-balanced across 2 paths.\nbudapest can reach 100.0.9.0/24.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.1.0/24.\nThe path between sofia and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from sofia, traffic should be split across 2 paths.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\nThe number of paths between paris and 100.0.4.0/24 should be 2.\n100.0.29.0/24 is accessible from zurich.\nThe route from zurich to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from zurich, traffic should be split across 5 paths.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nThe route from madrid to 100.0.29.0/24 includes london.\nTraffic from madrid to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nThe path between bratislava and 100.0.9.0/24 involves rotterdam.\nTraffic from bratislava to 100.0.9.0/24 is evenly distributed across 7 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTraffic from luxembourg to 100.0.1.0/24 should be load-balanced across 4 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nRouting traffic between strasbourg and 100.0.4.0/24 goes via basel.\nTraffic from strasbourg to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.1.0/24 is accessible from bratislava.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nTraffic from bratislava to 100.0.1.0/24 should be load-balanced across 2 paths.\nmilan can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTo reach 100.0.4.0/24 from milan, traffic is balanced on 2 paths.\nistanbul can reach 100.0.4.0/24.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from istanbul, traffic should be split across 2 paths.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\nThe number of paths between bucharest and 100.0.9.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from paris.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nTraffic from paris to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic is balanced on 2 paths.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nTraffic from luxembourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTraffic from athens to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"luxembourg\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"athens\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(bucharest,100.0.29.0/24)\": 3, \"(luxembourg,100.0.9.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(istanbul,100.0.1.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3, \"(marseille,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2, \"(frankfurt,100.0.29.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(roma,100.0.29.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(madrid,100.0.29.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.4.0/24)\": 3, \"(bratislava,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(bucharest,100.0.9.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2}}"} {"iteration": 1, "chunk": 0, "batch_size": 99, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe path between vienna and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from vienna, traffic is balanced on 2 paths.\nfrankfurt can reach 100.0.1.0/24.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\nTraffic from frankfurt to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from geneva to 100.0.29.0/24 is established.\nThe route from geneva to 100.0.29.0/24 includes london.\nThe number of paths between geneva and 100.0.29.0/24 should be 4.\nTraffic originating from marseille can reach the subnet 100.0.4.0/24.\nRouting traffic between marseille and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from marseille, traffic should be split across 3 paths.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nThe path between sofia and 100.0.29.0/24 involves london.\nThe number of paths between sofia and 100.0.29.0/24 should be 5.\nThe subnet 100.0.1.0/24 is reachable from basel.\nThe route from basel to 100.0.1.0/24 includes kiev.\nTraffic from basel to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nTraffic from praha to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from paris to 100.0.9.0/24 is established.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nTraffic from paris to 100.0.29.0/24 should be load-balanced across 2 paths.\nkiev can reach 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nTraffic from kiev to 100.0.9.0/24 is evenly distributed across 2 paths.\nroma can reach 100.0.9.0/24.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nTraffic from roma to 100.0.9.0/24 should be load-balanced across 3 paths.\n100.0.1.0/24 is accessible from zurich.\nThe route from zurich to 100.0.1.0/24 includes kiev.\nThe number of paths between zurich and 100.0.1.0/24 should be 3.\n100.0.29.0/24 is accessible from basel.\nTraffic from basel to 100.0.29.0/24 passes through london.\nThe number of paths between basel and 100.0.29.0/24 should be 2.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nTraffic from athens to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from vienna to 100.0.9.0/24 is established.\nThe path between vienna and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic is balanced on 3 paths.\nThe subnet 100.0.29.0/24 is reachable from bratislava.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nTo reach 100.0.29.0/24 from bratislava, traffic is balanced on 4 paths.\nConnectivity from brussels to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nRouting traffic between warsaw and 100.0.29.0/24 goes via london.\nTraffic from warsaw to 100.0.29.0/24 should be load-balanced across 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\nrotterdam can reach 100.0.1.0/24.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nThe number of paths between rotterdam and 100.0.1.0/24 should be 4.\npraha can reach 100.0.29.0/24.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from praha, traffic is balanced on 3 paths.\nbasel can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from brussels.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nTo reach 100.0.4.0/24 from brussels, traffic is balanced on 2 paths.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\nTraffic from frankfurt to 100.0.4.0/24 is evenly distributed across 2 paths.\nwarsaw can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\nvienna can reach 100.0.1.0/24.\nTraffic from vienna to 100.0.1.0/24 passes through kiev.\nTraffic from vienna to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nThe route from warsaw to 100.0.4.0/24 includes basel.\nTraffic from warsaw to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from zurich to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTraffic from zurich to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nTraffic from sofia to 100.0.4.0/24 passes through basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\nConnectivity from rotterdam to 100.0.4.0/24 is established.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTraffic from rotterdam to 100.0.4.0/24 should be load-balanced across 3 paths.\nbarcelona can reach 100.0.1.0/24.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nTraffic from barcelona to 100.0.1.0/24 should be load-balanced across 3 paths.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nTraffic from rotterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nTo reach 100.0.4.0/24 from bucharest, traffic is directed through basel.\nTo reach 100.0.4.0/24 from bucharest, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from marseille.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.\nConnectivity from amsterdam to 100.0.9.0/24 is established.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from sofia.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic should be split across 4 paths.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from istanbul, traffic is balanced on 3 paths.\nConnectivity from geneva to 100.0.1.0/24 is established.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nTraffic from geneva to 100.0.1.0/24 should be load-balanced across 5 paths.\nThe subnet 100.0.4.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic should be split across 4 paths.\n100.0.9.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic is balanced on 2 paths.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nTraffic from bucharest to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic from madrid to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.\nTraffic from madrid to 100.0.1.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from milan.\nThe path between milan and 100.0.1.0/24 involves kiev.\nTraffic from milan to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nThe number of paths between strasbourg and 100.0.29.0/24 should be 2.\nConnectivity from geneva to 100.0.4.0/24 is established.\nThe path between geneva and 100.0.4.0/24 involves basel.\nTraffic from geneva to 100.0.4.0/24 should be load-balanced across 3 paths.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nThe number of paths between brussels and 100.0.9.0/24 should be 3.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nTo reach 100.0.9.0/24 from warsaw, traffic is directed through rotterdam.\nThe number of paths between warsaw and 100.0.9.0/24 should be 2.\nConnectivity from roma to 100.0.1.0/24 is established.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from roma, traffic is balanced on 2 paths.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from praha, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic should be split across 2 paths.\nbudapest can reach 100.0.4.0/24.\nRouting traffic between budapest and 100.0.4.0/24 goes via basel.\nTraffic from budapest to 100.0.4.0/24 should be load-balanced across 4 paths.\n100.0.1.0/24 is accessible from lyon.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nTraffic from lyon to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from kiev to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nTraffic from kiev to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from milan.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTraffic from milan to 100.0.29.0/24 should be load-balanced across 2 paths.\nlyon can reach 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nTo reach 100.0.29.0/24 from lyon, traffic is balanced on 2 paths.\nTraffic originating from london can reach the subnet 100.0.4.0/24.\nThe route from london to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from london, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from london.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from london, traffic should be split across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from london.\nTraffic from london to 100.0.1.0/24 passes through kiev.\nTraffic from london to 100.0.1.0/24 should be load-balanced across 3 paths.\nConnectivity from madrid to 100.0.9.0/24 is established.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nTo reach 100.0.29.0/24 from brussels, traffic is directed through london.\nTo reach 100.0.29.0/24 from brussels, traffic should be split across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nRouting traffic between praha and 100.0.4.0/24 goes via basel.\nTraffic from praha to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nThe number of paths between lyon and 100.0.29.0/24 should be 2.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nTo reach 100.0.9.0/24 from lyon, traffic is directed through rotterdam.\nThe number of paths between lyon and 100.0.9.0/24 should be 6.\n100.0.4.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nTraffic from barcelona to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.9.0/24 is accessible from barcelona.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nTraffic from barcelona to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nThe route from budapest to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nThe route from bucharest to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from bucharest, traffic should be split across 3 paths.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 should be load-balanced across 4 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTraffic from strasbourg to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from vienna, traffic is balanced on 2 paths.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nTraffic from istanbul to 100.0.1.0/24 should be load-balanced across 4 paths.\nConnectivity from geneva to 100.0.9.0/24 is established.\nThe route from geneva to 100.0.9.0/24 includes rotterdam.\nTraffic from geneva to 100.0.9.0/24 is evenly distributed across 3 paths.\nmarseille can reach 100.0.9.0/24.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.\n100.0.29.0/24 is accessible from kiev.\nRouting traffic between kiev and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from kiev, traffic is balanced on 3 paths.\nTraffic originating from paris can reach the subnet 100.0.29.0/24.\nThe path between paris and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from paris, traffic is balanced on 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nTraffic from frankfurt to 100.0.29.0/24 is evenly distributed across 2 paths.\nistanbul can reach 100.0.9.0/24.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\nTraffic from istanbul to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nTraffic from budapest to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from athens.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nTraffic from athens to 100.0.9.0/24 is evenly distributed across 2 paths.\nbratislava can reach 100.0.4.0/24.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from bratislava, traffic should be split across 4 paths.\n100.0.29.0/24 is accessible from roma.\nThe route from roma to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from roma, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from budapest.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nTraffic from amsterdam to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from sofia to 100.0.1.0/24 is established.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nThe number of paths between sofia and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from paris.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nTo reach 100.0.4.0/24 from paris, traffic should be split across 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nThe number of paths between zurich and 100.0.29.0/24 should be 5.\nConnectivity from madrid to 100.0.29.0/24 is established.\nThe route from madrid to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from madrid, traffic is balanced on 2 paths.\nbratislava can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic is balanced on 7 paths.\n100.0.1.0/24 is accessible from luxembourg.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic is balanced on 4 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe route from strasbourg to 100.0.4.0/24 includes basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nThe number of paths between bratislava and 100.0.1.0/24 should be 2.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nThe number of paths between milan and 100.0.4.0/24 should be 2.\n100.0.4.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\nTraffic from istanbul to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic is balanced on 2 paths.\nparis can reach 100.0.1.0/24.\nThe path between paris and 100.0.1.0/24 involves kiev.\nTraffic from paris to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nRouting traffic between barcelona and 100.0.29.0/24 goes via london.\nTraffic from barcelona to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from amsterdam, traffic is directed through kiev.\nTraffic from amsterdam to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from luxembourg, traffic is balanced on 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from athens, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"zurich\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"luxembourg\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(vienna,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(vienna,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(marseille,100.0.4.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(basel,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2, \"(kiev,100.0.9.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(zurich,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(vienna,100.0.9.0/24)\": 3, \"(bratislava,100.0.29.0/24)\": 4, \"(brussels,100.0.1.0/24)\": 4, \"(warsaw,100.0.29.0/24)\": 2, \"(marseille,100.0.1.0/24)\": 2, \"(rotterdam,100.0.1.0/24)\": 4, \"(praha,100.0.29.0/24)\": 3, \"(basel,100.0.9.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(vienna,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.4.0/24)\": 3, \"(barcelona,100.0.1.0/24)\": 3, \"(rotterdam,100.0.29.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4, \"(amsterdam,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.29.0/24)\": 3, \"(geneva,100.0.1.0/24)\": 5, \"(luxembourg,100.0.4.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(madrid,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(brussels,100.0.9.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(warsaw,100.0.9.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(lyon,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(milan,100.0.29.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(london,100.0.1.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(barcelona,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(bucharest,100.0.29.0/24)\": 3, \"(luxembourg,100.0.9.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(istanbul,100.0.1.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3, \"(kiev,100.0.29.0/24)\": 3, \"(frankfurt,100.0.29.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(roma,100.0.29.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(sofia,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.4.0/24)\": 3, \"(bratislava,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(bucharest,100.0.9.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 0, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from luxembourg.\nThe path between luxembourg and 100.0.1.0/24 involves kiev.\nTraffic from luxembourg to 100.0.1.0/24 is evenly distributed across 4 paths.\nstrasbourg can reach 100.0.1.0/24.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\nThe number of paths between strasbourg and 100.0.1.0/24 should be 2.\nConnectivity from marseille to 100.0.9.0/24 is established.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4}}"} {"iteration": 2, "chunk": 1, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nThe number of paths between rotterdam and 100.0.1.0/24 should be 4.\nsofia can reach 100.0.29.0/24.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from sofia, traffic is balanced on 5 paths.\nConnectivity from vienna to 100.0.29.0/24 is established.\nRouting traffic between vienna and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from vienna, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.29.0/24)\": 5, \"(vienna,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 2, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from luxembourg.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nTraffic from luxembourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between basel and 100.0.9.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nRouting traffic between strasbourg and 100.0.4.0/24 goes via basel.\nTraffic from strasbourg to 100.0.4.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3}}"} {"iteration": 2, "chunk": 3, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "london can reach 100.0.9.0/24.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from london, traffic should be split across 3 paths.\nistanbul can reach 100.0.1.0/24.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\n100.0.4.0/24 is accessible from frankfurt.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nThe number of paths between frankfurt and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(london,100.0.9.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(frankfurt,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 4, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from lyon.\nThe path between lyon and 100.0.29.0/24 involves london.\nTo reach 100.0.4.0/24 from lyon, traffic is balanced on 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTraffic from frankfurt to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from warsaw.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from warsaw, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 5, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from praha.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.\nTraffic from madrid to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"praha\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(praha,100.0.9.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2}}"} {"iteration": 2, "chunk": 6, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nThe number of paths between lyon and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from rotterdam.\nThe path between rotterdam and 100.0.4.0/24 involves basel.\nTraffic from rotterdam to 100.0.4.0/24 is evenly distributed across 3 paths.\nroma can reach 100.0.4.0/24.\nThe path between roma and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from roma, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.1.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 7, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.29.0/24 involves london.\nTraffic from warsaw to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from madrid, traffic should be split across 3 paths.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\nTraffic from warsaw to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(warsaw,100.0.29.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2}}"} {"iteration": 2, "chunk": 8, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.9.0/24.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic is balanced on 6 paths.\n100.0.29.0/24 is accessible from marseille.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\nThe number of paths between marseille and 100.0.29.0/24 should be 4.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nTraffic from bucharest to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.9.0/24)\": 6, \"(marseille,100.0.29.0/24)\": 4, \"(bucharest,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 9, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.29.0/24 goes via london.\nTraffic from paris to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from athens to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nThe number of paths between athens and 100.0.1.0/24 should be 2.\n100.0.1.0/24 is accessible from basel.\nThe path between basel and 100.0.1.0/24 involves kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(paris,100.0.9.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2}}"} {"iteration": 2, "chunk": 10, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from bratislava.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nThe number of paths between bratislava and 100.0.29.0/24 should be 4.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic should be split across 7 paths.\n100.0.29.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from frankfurt, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"bratislava\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bratislava,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(bratislava,100.0.29.0/24)\": 4, \"(bratislava,100.0.9.0/24)\": 7, \"(frankfurt,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 11, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nTraffic from budapest to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.4.0/24 includes basel.\nTraffic from istanbul to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(budapest,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 12, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.1.0/24.\nThe path between geneva and 100.0.1.0/24 involves kiev.\nTraffic from geneva to 100.0.1.0/24 should be load-balanced across 5 paths.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nTraffic from bucharest to 100.0.29.0/24 should be load-balanced across 3 paths.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nThe path between sofia and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from sofia, traffic should be split across 4 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(geneva,100.0.1.0/24)\": 5, \"(bucharest,100.0.29.0/24)\": 3, \"(sofia,100.0.4.0/24)\": 4}}"} {"iteration": 2, "chunk": 13, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from zurich.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nThe number of paths between zurich and 100.0.1.0/24 should be 3.\nConnectivity from paris to 100.0.1.0/24 is established.\nThe route from paris to 100.0.1.0/24 includes kiev.\nTraffic from paris to 100.0.1.0/24 is evenly distributed across 2 paths.\nbratislava can reach 100.0.1.0/24.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\nTraffic from bratislava to 100.0.1.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(zurich,100.0.1.0/24)\": 3, \"(paris,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2}}"} {"iteration": 2, "chunk": 14, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.9.0/24 is established.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nConnectivity from kiev to 100.0.29.0/24 is established.\nThe route from kiev to 100.0.29.0/24 includes london.\nTraffic from kiev to 100.0.29.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(barcelona,100.0.29.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7}}"} {"iteration": 2, "chunk": 15, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nTraffic from istanbul to 100.0.29.0/24 should be load-balanced across 3 paths.\n100.0.4.0/24 is accessible from madrid.\nThe path between madrid and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from madrid, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe path between marseille and 100.0.4.0/24 involves basel.\nTraffic from marseille to 100.0.4.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(istanbul,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3}}"} {"iteration": 2, "chunk": 16, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from vienna.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTraffic from strasbourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from sofia.\nThe route from sofia to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic should be split across 4 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(vienna,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4}}"} {"iteration": 2, "chunk": 17, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "istanbul can reach 100.0.9.0/24.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTraffic from istanbul to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from milan to 100.0.9.0/24 is established.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic is balanced on 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nThe number of paths between budapest and 100.0.4.0/24 should be 4.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(istanbul,100.0.9.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4}}"} {"iteration": 2, "chunk": 18, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from praha to 100.0.1.0/24 is established.\nThe path between praha and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from praha, traffic should be split across 2 paths.\nConnectivity from geneva to 100.0.4.0/24 is established.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\nTraffic from geneva to 100.0.4.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(marseille,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3}}"} {"iteration": 2, "chunk": 19, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between amsterdam and 100.0.29.0/24 should be 2.\nvienna can reach 100.0.4.0/24.\nThe path between vienna and 100.0.4.0/24 involves basel.\nThe number of paths between vienna and 100.0.4.0/24 should be 2.\nbrussels can reach 100.0.4.0/24.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTraffic from brussels to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(amsterdam,100.0.29.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 20, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nTraffic from kiev to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from brussels.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from brussels, traffic is balanced on 4 paths.\n100.0.29.0/24 is accessible from amsterdam.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(kiev,100.0.4.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(amsterdam,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 21, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.9.0/24.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTraffic from paris to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nThe route from zurich to 100.0.9.0/24 includes rotterdam.\nTraffic from zurich to 100.0.9.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3}}"} {"iteration": 2, "chunk": 22, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nThe number of paths between bucharest and 100.0.9.0/24 should be 2.\nConnectivity from praha to 100.0.4.0/24 is established.\nThe path between praha and 100.0.4.0/24 involves basel.\nTraffic from praha to 100.0.4.0/24 is evenly distributed across 2 paths.\npraha can reach 100.0.29.0/24.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nThe number of paths between praha and 100.0.29.0/24 should be 3.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(bucharest,100.0.9.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3}}"} {"iteration": 2, "chunk": 23, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from madrid.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nThe number of paths between madrid and 100.0.9.0/24 should be 2.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe path between brussels and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic is balanced on 3 paths.\nvienna can reach 100.0.9.0/24.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.\nTraffic from vienna to 100.0.9.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(madrid,100.0.9.0/24)\": 2, \"(brussels,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3}}"} {"iteration": 2, "chunk": 24, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.1.0/24.\nTraffic from roma to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from roma, traffic is balanced on 2 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.9.0/24.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 should be load-balanced across 4 paths.\nfrankfurt can reach 100.0.9.0/24.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(roma,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2}}"} {"iteration": 2, "chunk": 25, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from barcelona to 100.0.1.0/24 is established.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic should be split across 3 paths.\nbarcelona can reach 100.0.4.0/24.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nTraffic from barcelona to 100.0.4.0/24 should be load-balanced across 3 paths.\nmilan can reach 100.0.29.0/24.\nThe path between milan and 100.0.29.0/24 involves london.\nTraffic from milan to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(barcelona,100.0.1.0/24)\": 3, \"(barcelona,100.0.4.0/24)\": 3, \"(milan,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 26, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.29.0/24.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nThe number of paths between brussels and 100.0.29.0/24 should be 2.\nThe subnet 100.0.9.0/24 is reachable from athens.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nTraffic from athens to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nThe path between rotterdam and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from rotterdam, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(brussels,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 27, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from roma.\nThe path between roma and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from roma, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from milan.\nThe path between milan and 100.0.1.0/24 involves kiev.\nTraffic from milan to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from budapest to 100.0.9.0/24 is established.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nThe number of paths between budapest and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(roma,100.0.29.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2}}"} {"iteration": 2, "chunk": 28, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic should be split across 4 paths.\n100.0.9.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic should be split across 3 paths.\n100.0.4.0/24 is accessible from lyon.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nThe number of paths between lyon and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3, \"(lyon,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 29, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from warsaw to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nTraffic from milan to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(warsaw,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2}}"} {"iteration": 2, "chunk": 30, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "barcelona can reach 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTraffic from barcelona to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from athens.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\ngeneva can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nTraffic from geneva to 100.0.29.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(barcelona,100.0.29.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(geneva,100.0.29.0/24)\": 4}}"} {"iteration": 2, "chunk": 31, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from london can reach the subnet 100.0.4.0/24.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from london, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nThe route from budapest to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nThe path between paris and 100.0.9.0/24 involves rotterdam.\nTraffic from paris to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"london\": [\"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(london,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(london,100.0.4.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(paris,100.0.9.0/24)\": 2}}"} {"iteration": 2, "chunk": 32, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.4.0/24 is established.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTraffic from athens to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from london.\nTraffic from london to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\nbasel can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nTraffic from basel to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.4.0/24\"], \"london\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(athens,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 0, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTraffic from luxembourg to 100.0.1.0/24 should be load-balanced across 4 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from strasbourg, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from marseille.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.29.0/24 from marseille, traffic should be split across 4 paths.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from rotterdam, traffic should be split across 4 paths.\nConnectivity from sofia to 100.0.29.0/24 is established.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nTraffic from sofia to 100.0.29.0/24 should be load-balanced across 5 paths.\nvienna can reach 100.0.29.0/24.\nThe route from vienna to 100.0.29.0/24 includes london.\nTraffic from vienna to 100.0.29.0/24 is evenly distributed across 2 paths.\nluxembourg can reach 100.0.29.0/24.\nThe route from luxembourg to 100.0.29.0/24 includes london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nbasel can reach 100.0.9.0/24.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nTraffic from basel to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic is balanced on 3 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.29.0/24)\": 5, \"(vienna,100.0.29.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3}}"} {"iteration": 2, "chunk": 1, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from london.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nTraffic from london to 100.0.9.0/24 should be load-balanced across 3 paths.\n100.0.1.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic is balanced on 4 paths.\nfrankfurt can reach 100.0.4.0/24.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nThe number of paths between frankfurt and 100.0.4.0/24 should be 2.\nlyon can reach 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.\nTo reach 100.0.4.0/24 from lyon, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nTraffic from frankfurt to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nTraffic from warsaw to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nTraffic from praha to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from madrid.\nThe path between madrid and 100.0.29.0/24 involves london.\nTo reach 100.0.9.0/24 from madrid, traffic should be split across 2 paths.\nbucharest can reach 100.0.1.0/24.\nThe path between bucharest and 100.0.1.0/24 involves kiev.\nThe number of paths between bucharest and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(london,100.0.9.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(frankfurt,100.0.4.0/24)\": 2, \"(lyon,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2}}"} {"iteration": 2, "chunk": 2, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\nrotterdam can reach 100.0.4.0/24.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nConnectivity from roma to 100.0.4.0/24 is established.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nTraffic from roma to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\nConnectivity from madrid to 100.0.1.0/24 is established.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from madrid, traffic is balanced on 3 paths.\nConnectivity from warsaw to 100.0.9.0/24 is established.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic should be split across 2 paths.\nlyon can reach 100.0.9.0/24.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nThe number of paths between lyon and 100.0.9.0/24 should be 6.\nConnectivity from marseille to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\nbucharest can reach 100.0.4.0/24.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from bucharest, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.1.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(marseille,100.0.29.0/24)\": 4, \"(bucharest,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 3, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from paris.\nTraffic from paris to 100.0.29.0/24 passes through london.\nTraffic from paris to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe path between athens and 100.0.1.0/24 involves kiev.\nTraffic from athens to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from bratislava can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nTraffic from bratislava to 100.0.29.0/24 should be load-balanced across 4 paths.\n100.0.9.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nTraffic from bratislava to 100.0.9.0/24 should be load-balanced across 7 paths.\nConnectivity from frankfurt to 100.0.29.0/24 is established.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nTraffic from frankfurt to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from budapest, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from istanbul, traffic is balanced on 2 paths.\nConnectivity from zurich to 100.0.4.0/24 is established.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nThe number of paths between zurich and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(paris,100.0.9.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(bratislava,100.0.9.0/24)\": 7, \"(frankfurt,100.0.29.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2}}"} {"iteration": 2, "chunk": 4, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.1.0/24.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nThe number of paths between geneva and 100.0.1.0/24 should be 5.\n100.0.29.0/24 is accessible from bucharest.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nThe number of paths between bucharest and 100.0.29.0/24 should be 3.\nsofia can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.\nTo reach 100.0.4.0/24 from sofia, traffic should be split across 4 paths.\n100.0.1.0/24 is accessible from zurich.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nTraffic from zurich to 100.0.1.0/24 should be load-balanced across 3 paths.\nConnectivity from paris to 100.0.1.0/24 is established.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTraffic from paris to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from bratislava.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic is balanced on 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nThe number of paths between barcelona and 100.0.29.0/24 should be 2.\nConnectivity from kiev to 100.0.29.0/24 is established.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\namsterdam can reach 100.0.4.0/24.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(geneva,100.0.1.0/24)\": 5, \"(bucharest,100.0.29.0/24)\": 3, \"(sofia,100.0.4.0/24)\": 4, \"(zurich,100.0.1.0/24)\": 3, \"(paris,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7}}"} {"iteration": 2, "chunk": 5, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from istanbul.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from istanbul, traffic is balanced on 3 paths.\n100.0.4.0/24 is accessible from madrid.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from madrid, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe route from marseille to 100.0.4.0/24 includes basel.\nTraffic from marseille to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.1.0/24 is accessible from vienna.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nTraffic from vienna to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from strasbourg, traffic is directed through london.\nTo reach 100.0.29.0/24 from strasbourg, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from sofia.\nThe route from sofia to 100.0.9.0/24 includes rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nistanbul can reach 100.0.9.0/24.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nTraffic from istanbul to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from milan.\nTraffic from milan to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic should be split across 2 paths.\nConnectivity from budapest to 100.0.4.0/24 is established.\nThe path between budapest and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from budapest, traffic should be split across 4 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(istanbul,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(vienna,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.9.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4}}"} {"iteration": 2, "chunk": 6, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from marseille.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from marseille, traffic should be split across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from praha, traffic should be split across 2 paths.\ngeneva can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nTo reach 100.0.4.0/24 from geneva, traffic is balanced on 3 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.9.0/24 involves rotterdam.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from vienna to 100.0.4.0/24 is established.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nTraffic from vienna to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from brussels.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\nTraffic from brussels to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from kiev to 100.0.4.0/24 is established.\nThe route from kiev to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from brussels.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from brussels, traffic is balanced on 4 paths.\n100.0.29.0/24 is accessible from amsterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(marseille,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.29.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4}}"} {"iteration": 2, "chunk": 7, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from strasbourg, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from paris.\nThe path between paris and 100.0.4.0/24 involves basel.\nTraffic from paris to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic should be split across 3 paths.\n100.0.9.0/24 is accessible from bucharest.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\nTraffic from bucharest to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.4.0/24.\nThe path between praha and 100.0.4.0/24 involves basel.\nTraffic from praha to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from praha.\nTraffic from praha to 100.0.29.0/24 passes through london.\nTraffic from praha to 100.0.29.0/24 is evenly distributed across 3 paths.\nConnectivity from madrid to 100.0.9.0/24 is established.\nThe route from madrid to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from madrid, traffic should be split across 2 paths.\nbrussels can reach 100.0.9.0/24.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic should be split across 3 paths.\n100.0.9.0/24 is accessible from vienna.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic is balanced on 3 paths.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"bucharest\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(bucharest,100.0.9.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(madrid,100.0.9.0/24)\": 2, \"(brussels,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3}}"} {"iteration": 2, "chunk": 8, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from roma to 100.0.1.0/24 is established.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic from roma to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic should be split across 4 paths.\nfrankfurt can reach 100.0.9.0/24.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nThe number of paths between frankfurt and 100.0.9.0/24 should be 2.\n100.0.1.0/24 is accessible from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic should be split across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from barcelona, traffic is balanced on 3 paths.\nmilan can reach 100.0.29.0/24.\nThe route from milan to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from milan, traffic is balanced on 2 paths.\nConnectivity from brussels to 100.0.29.0/24 is established.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nTraffic from brussels to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from athens.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nTraffic from athens to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from rotterdam, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(roma,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(barcelona,100.0.1.0/24)\": 3, \"(barcelona,100.0.4.0/24)\": 3, \"(milan,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 9, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from roma can reach the subnet 100.0.29.0/24.\nThe route from roma to 100.0.29.0/24 includes london.\nThe number of paths between roma and 100.0.29.0/24 should be 2.\n100.0.1.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from milan, traffic is balanced on 2 paths.\nConnectivity from budapest to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic is balanced on 2 paths.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTraffic from luxembourg to 100.0.4.0/24 should be load-balanced across 4 paths.\n100.0.9.0/24 is accessible from geneva.\nThe route from geneva to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\nThe subnet 100.0.4.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from lyon, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from warsaw.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nTraffic from warsaw to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nRouting traffic between milan and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from milan, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from amsterdam.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(roma,100.0.29.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3, \"(lyon,100.0.4.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2}}"} {"iteration": 2, "chunk": 10, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from barcelona.\nTo reach 100.0.29.0/24 from barcelona, traffic is directed through london.\nTraffic from barcelona to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from athens.\nThe path between athens and 100.0.29.0/24 involves london.\nTraffic from athens to 100.0.29.0/24 should be load-balanced across 3 paths.\nConnectivity from geneva to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nTraffic from geneva to 100.0.29.0/24 should be load-balanced across 4 paths.\n100.0.4.0/24 is accessible from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\nThe number of paths between london and 100.0.4.0/24 should be 2.\n100.0.29.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nThe number of paths between budapest and 100.0.29.0/24 should be 3.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from paris, traffic should be split across 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from athens, traffic is directed through basel.\nTo reach 100.0.4.0/24 from athens, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from london.\nThe path between london and 100.0.1.0/24 involves kiev.\nThe number of paths between london and 100.0.1.0/24 should be 3.\nConnectivity from basel to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nTraffic from basel to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(barcelona,100.0.29.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(geneva,100.0.29.0/24)\": 4, \"(london,100.0.4.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(paris,100.0.9.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 0, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from luxembourg.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nTraffic from luxembourg to 100.0.1.0/24 is evenly distributed across 4 paths.\nstrasbourg can reach 100.0.1.0/24.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\nTraffic from strasbourg to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from marseille.\nTraffic from marseille to 100.0.9.0/24 passes through rotterdam.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\n100.0.1.0/24 is accessible from rotterdam.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from rotterdam, traffic is balanced on 4 paths.\n100.0.29.0/24 is accessible from sofia.\nThe route from sofia to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from sofia, traffic is balanced on 5 paths.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nTraffic from vienna to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from vienna, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from luxembourg.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from luxembourg, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from basel.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nTraffic from basel to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from london.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nTraffic from london to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic is balanced on 4 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic is balanced on 2 paths.\nlyon can reach 100.0.29.0/24.\nThe path between lyon and 100.0.29.0/24 involves london.\nTo reach 100.0.4.0/24 from lyon, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from frankfurt, traffic should be split across 2 paths.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nThe path between warsaw and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from warsaw, traffic is balanced on 2 paths.\nConnectivity from praha to 100.0.9.0/24 is established.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nTraffic from praha to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from madrid to 100.0.29.0/24 is established.\nTraffic from madrid to 100.0.29.0/24 passes through london.\nTo reach 100.0.9.0/24 from madrid, traffic should be split across 2 paths.\nbucharest can reach 100.0.1.0/24.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic should be split across 2 paths.\nConnectivity from lyon to 100.0.1.0/24 is established.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nTraffic from lyon to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nTraffic from rotterdam to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.4.0/24 is accessible from roma.\nThe path between roma and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from roma, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nThe path between warsaw and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nTraffic from madrid to 100.0.1.0/24 is evenly distributed across 3 paths.\nwarsaw can reach 100.0.9.0/24.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic is balanced on 2 paths.\nTraffic originating from lyon can reach the subnet 100.0.9.0/24.\nTraffic from lyon to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic should be split across 6 paths.\nConnectivity from marseille to 100.0.29.0/24 is established.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from marseille, traffic should be split across 4 paths.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from bucharest, traffic is balanced on 2 paths.\nTraffic originating from paris can reach the subnet 100.0.29.0/24.\nTraffic from paris to 100.0.29.0/24 passes through london.\nTo reach 100.0.9.0/24 from paris, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from athens.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic from athens to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from basel.\nThe route from basel to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from basel, traffic should be split across 2 paths.\nConnectivity from bratislava to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nTo reach 100.0.29.0/24 from bratislava, traffic should be split across 4 paths.\nbratislava can reach 100.0.9.0/24.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic is balanced on 7 paths.\nfrankfurt can reach 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nThe number of paths between frankfurt and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"london\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.29.0/24)\": 5, \"(vienna,100.0.29.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(london,100.0.9.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(frankfurt,100.0.4.0/24)\": 2, \"(lyon,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(bucharest,100.0.4.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(bratislava,100.0.9.0/24)\": 7, \"(frankfurt,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 1, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from budapest.\nThe path between budapest and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from budapest, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nThe number of paths between istanbul and 100.0.4.0/24 should be 2.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nThe path between zurich and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from zurich, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from geneva, traffic should be split across 5 paths.\nThe subnet 100.0.29.0/24 is reachable from bucharest.\nThe route from bucharest to 100.0.29.0/24 includes london.\nTraffic from bucharest to 100.0.29.0/24 is evenly distributed across 3 paths.\nConnectivity from sofia to 100.0.4.0/24 is established.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nThe number of paths between sofia and 100.0.4.0/24 should be 4.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\nTraffic from zurich to 100.0.1.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from paris, traffic is balanced on 2 paths.\nTraffic originating from bratislava can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from bratislava, traffic is directed through kiev.\nThe number of paths between bratislava and 100.0.1.0/24 should be 2.\n100.0.9.0/24 is accessible from barcelona.\nTo reach 100.0.9.0/24 from barcelona, traffic is directed through rotterdam.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from kiev.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.4.0/24.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nThe route from istanbul to 100.0.29.0/24 includes london.\nThe number of paths between istanbul and 100.0.29.0/24 should be 3.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\nTraffic from madrid to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nTraffic from marseille to 100.0.4.0/24 is evenly distributed across 3 paths.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nTraffic from vienna to 100.0.1.0/24 should be load-balanced across 2 paths.\nstrasbourg can reach 100.0.29.0/24.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nThe number of paths between strasbourg and 100.0.29.0/24 should be 2.\nsofia can reach 100.0.9.0/24.\nThe path between sofia and 100.0.9.0/24 involves rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nTraffic originating from istanbul can reach the subnet 100.0.9.0/24.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from istanbul, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from milan.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic should be split across 2 paths.\nConnectivity from budapest to 100.0.4.0/24 is established.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nTraffic from budapest to 100.0.4.0/24 is evenly distributed across 4 paths.\nConnectivity from marseille to 100.0.1.0/24 is established.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\npraha can reach 100.0.1.0/24.\nThe route from praha to 100.0.1.0/24 includes kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.4.0/24 goes via basel.\nTraffic from geneva to 100.0.4.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic should be split across 2 paths.\nConnectivity from vienna to 100.0.4.0/24 is established.\nTraffic from vienna to 100.0.4.0/24 passes through basel.\nTraffic from vienna to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\nTraffic from brussels to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nTo reach 100.0.4.0/24 from kiev, traffic is directed through basel.\nTraffic from kiev to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from brussels.\nThe route from brussels to 100.0.1.0/24 includes kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nThe number of paths between amsterdam and 100.0.29.0/24 should be 2.\nConnectivity from strasbourg to 100.0.9.0/24 is established.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from strasbourg, traffic should be split across 2 paths.\nConnectivity from paris to 100.0.4.0/24 is established.\nThe path between paris and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from paris, traffic is balanced on 2 paths.\nzurich can reach 100.0.9.0/24.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"budapest\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"paris\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"vienna\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(budapest,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(bucharest,100.0.29.0/24)\": 3, \"(sofia,100.0.4.0/24)\": 4, \"(zurich,100.0.1.0/24)\": 3, \"(paris,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(istanbul,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(vienna,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.9.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.29.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3}}"} {"iteration": 2, "chunk": 2, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from bucharest.\nTo reach 100.0.9.0/24 from bucharest, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic is balanced on 2 paths.\npraha can reach 100.0.4.0/24.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nTraffic from praha to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from praha, traffic is directed through london.\nTo reach 100.0.29.0/24 from praha, traffic should be split across 3 paths.\n100.0.9.0/24 is accessible from madrid.\nTo reach 100.0.9.0/24 from madrid, traffic is directed through rotterdam.\nTraffic from madrid to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from brussels to 100.0.9.0/24 is established.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nTraffic from brussels to 100.0.9.0/24 should be load-balanced across 3 paths.\nConnectivity from vienna to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nTraffic from vienna to 100.0.9.0/24 is evenly distributed across 3 paths.\nroma can reach 100.0.1.0/24.\nThe path between roma and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from roma, traffic should be split across 2 paths.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nRouting traffic between luxembourg and 100.0.9.0/24 goes via rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 is evenly distributed across 4 paths.\n100.0.9.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic should be split across 2 paths.\nbarcelona can reach 100.0.1.0/24.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic should be split across 3 paths.\nConnectivity from barcelona to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\nTo reach 100.0.4.0/24 from barcelona, traffic should be split across 3 paths.\nTraffic originating from milan can reach the subnet 100.0.29.0/24.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTraffic from milan to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from brussels, traffic should be split across 2 paths.\nathens can reach 100.0.9.0/24.\nThe route from athens to 100.0.9.0/24 includes rotterdam.\nTraffic from athens to 100.0.9.0/24 should be load-balanced across 2 paths.\nrotterdam can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from rotterdam, traffic is directed through london.\nTo reach 100.0.29.0/24 from rotterdam, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from roma.\nThe route from roma to 100.0.29.0/24 includes london.\nThe number of paths between roma and 100.0.29.0/24 should be 2.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from milan, traffic is balanced on 2 paths.\nConnectivity from budapest to 100.0.9.0/24 is established.\nThe route from budapest to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic should be split across 2 paths.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic is balanced on 4 paths.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nThe path between geneva and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic should be split across 3 paths.\nConnectivity from lyon to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nTo reach 100.0.4.0/24 from lyon, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from warsaw, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from milan.\nThe path between milan and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.\nTraffic from amsterdam to 100.0.1.0/24 is evenly distributed across 2 paths.\nbarcelona can reach 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nThe number of paths between barcelona and 100.0.29.0/24 should be 2.\n100.0.29.0/24 is accessible from athens.\nTraffic from athens to 100.0.29.0/24 passes through london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\ngeneva can reach 100.0.29.0/24.\nThe path between geneva and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from geneva, traffic is balanced on 4 paths.\nThe subnet 100.0.4.0/24 is reachable from london.\nRouting traffic between london and 100.0.4.0/24 goes via basel.\nTraffic from london to 100.0.4.0/24 is evenly distributed across 2 paths.\nbudapest can reach 100.0.29.0/24.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nTraffic from budapest to 100.0.29.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from paris.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from paris, traffic is balanced on 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTraffic from athens to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from london to 100.0.1.0/24 is established.\nThe path between london and 100.0.1.0/24 involves kiev.\nTraffic from london to 100.0.1.0/24 should be load-balanced across 3 paths.\nbasel can reach 100.0.29.0/24.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from basel, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"luxembourg\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"milan\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(bucharest,100.0.9.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(madrid,100.0.9.0/24)\": 2, \"(brussels,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(roma,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(barcelona,100.0.1.0/24)\": 3, \"(barcelona,100.0.4.0/24)\": 3, \"(milan,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2, \"(roma,100.0.29.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3, \"(lyon,100.0.4.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(geneva,100.0.29.0/24)\": 4, \"(london,100.0.4.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(paris,100.0.9.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2}}"} {"iteration": 2, "chunk": 0, "batch_size": 99, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nTraffic from luxembourg to 100.0.1.0/24 is evenly distributed across 4 paths.\nConnectivity from strasbourg to 100.0.1.0/24 is established.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nThe number of paths between strasbourg and 100.0.1.0/24 should be 2.\nmarseille can reach 100.0.9.0/24.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.29.0/24 from marseille, traffic is balanced on 4 paths.\nrotterdam can reach 100.0.1.0/24.\nTraffic from rotterdam to 100.0.1.0/24 passes through kiev.\nThe number of paths between rotterdam and 100.0.1.0/24 should be 4.\nConnectivity from sofia to 100.0.29.0/24 is established.\nRouting traffic between sofia and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from sofia, traffic should be split across 5 paths.\n100.0.29.0/24 is accessible from vienna.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nTraffic from vienna to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nThe path between luxembourg and 100.0.29.0/24 involves london.\nTraffic from luxembourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from basel to 100.0.9.0/24 is established.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nTraffic from basel to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic should be split across 3 paths.\n100.0.9.0/24 is accessible from london.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from london, traffic is balanced on 3 paths.\nConnectivity from istanbul to 100.0.1.0/24 is established.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic is balanced on 4 paths.\nConnectivity from frankfurt to 100.0.4.0/24 is established.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nTraffic from frankfurt to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from lyon to 100.0.29.0/24 is established.\nThe path between lyon and 100.0.29.0/24 involves london.\nTraffic from lyon to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTraffic from frankfurt to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from warsaw.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nThe number of paths between warsaw and 100.0.4.0/24 should be 2.\n100.0.9.0/24 is accessible from praha.\nThe route from praha to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nTraffic from madrid to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from bucharest.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from lyon.\nTraffic from lyon to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nTraffic from rotterdam to 100.0.4.0/24 passes through basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nroma can reach 100.0.4.0/24.\nThe route from roma to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from roma, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from warsaw, traffic should be split across 2 paths.\nConnectivity from madrid to 100.0.1.0/24 is established.\nRouting traffic between madrid and 100.0.1.0/24 goes via kiev.\nThe number of paths between madrid and 100.0.1.0/24 should be 3.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic should be split across 2 paths.\nConnectivity from lyon to 100.0.9.0/24 is established.\nThe route from lyon to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic is balanced on 6 paths.\n100.0.29.0/24 is accessible from marseille.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from bucharest, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from paris.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTo reach 100.0.9.0/24 from paris, traffic is balanced on 2 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from basel.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTraffic from basel to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from bratislava can reach the subnet 100.0.29.0/24.\nRouting traffic between bratislava and 100.0.29.0/24 goes via london.\nThe number of paths between bratislava and 100.0.29.0/24 should be 4.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nRouting traffic between bratislava and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic should be split across 7 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from frankfurt, traffic is directed through london.\nTraffic from frankfurt to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from budapest to 100.0.1.0/24 is established.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nThe number of paths between budapest and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from istanbul.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from istanbul, traffic is balanced on 2 paths.\nConnectivity from zurich to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTraffic from zurich to 100.0.4.0/24 should be load-balanced across 2 paths.\ngeneva can reach 100.0.1.0/24.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from geneva, traffic should be split across 5 paths.\n100.0.29.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from bucharest, traffic should be split across 3 paths.\nsofia can reach 100.0.4.0/24.\nThe route from sofia to 100.0.4.0/24 includes basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\nConnectivity from zurich to 100.0.1.0/24 is established.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nTraffic from zurich to 100.0.1.0/24 should be load-balanced across 3 paths.\nparis can reach 100.0.1.0/24.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from paris, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from barcelona.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nkiev can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nTraffic from kiev to 100.0.29.0/24 should be load-balanced across 3 paths.\namsterdam can reach 100.0.4.0/24.\nThe route from amsterdam to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.\nistanbul can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\nThe number of paths between istanbul and 100.0.29.0/24 should be 3.\nConnectivity from madrid to 100.0.4.0/24 is established.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTraffic from madrid to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nThe route from marseille to 100.0.4.0/24 includes basel.\nThe number of paths between marseille and 100.0.4.0/24 should be 3.\nConnectivity from vienna to 100.0.1.0/24 is established.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from strasbourg.\nTo reach 100.0.29.0/24 from strasbourg, traffic is directed through london.\nTo reach 100.0.29.0/24 from strasbourg, traffic is balanced on 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic is balanced on 4 paths.\n100.0.9.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between istanbul and 100.0.9.0/24 should be 2.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nThe number of paths between milan and 100.0.9.0/24 should be 2.\nbudapest can reach 100.0.4.0/24.\nThe route from budapest to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from budapest, traffic should be split across 4 paths.\nmarseille can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from marseille, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from marseille, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from praha.\nTo reach 100.0.1.0/24 from praha, traffic is directed through kiev.\nTraffic from praha to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.4.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\nTraffic from geneva to 100.0.4.0/24 should be load-balanced across 3 paths.\namsterdam can reach 100.0.9.0/24.\nThe path between amsterdam and 100.0.9.0/24 involves rotterdam.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from vienna to 100.0.4.0/24 is established.\nThe path between vienna and 100.0.4.0/24 involves basel.\nTraffic from vienna to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nTraffic from brussels to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nTraffic from kiev to 100.0.4.0/24 passes through basel.\nTraffic from kiev to 100.0.4.0/24 is evenly distributed across 2 paths.\nbrussels can reach 100.0.1.0/24.\nThe path between brussels and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from brussels, traffic is balanced on 4 paths.\nConnectivity from amsterdam to 100.0.29.0/24 is established.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nThe number of paths between amsterdam and 100.0.29.0/24 should be 2.\nstrasbourg can reach 100.0.9.0/24.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from strasbourg, traffic should be split across 2 paths.\nConnectivity from paris to 100.0.4.0/24 is established.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from paris, traffic should be split across 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nThe number of paths between zurich and 100.0.9.0/24 should be 3.\nTraffic originating from bucharest can reach the subnet 100.0.9.0/24.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from praha.\nThe path between praha and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from praha, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from praha.\nTraffic from praha to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from praha, traffic should be split across 3 paths.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from madrid, traffic is balanced on 2 paths.\nbrussels can reach 100.0.9.0/24.\nThe route from brussels to 100.0.9.0/24 includes rotterdam.\nThe number of paths between brussels and 100.0.9.0/24 should be 3.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTraffic from vienna to 100.0.9.0/24 passes through rotterdam.\nTraffic from vienna to 100.0.9.0/24 should be load-balanced across 3 paths.\nConnectivity from roma to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from roma, traffic is directed through kiev.\nTraffic from roma to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic is balanced on 4 paths.\nfrankfurt can reach 100.0.9.0/24.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.1.0/24 involves kiev.\nThe number of paths between barcelona and 100.0.1.0/24 should be 3.\n100.0.4.0/24 is accessible from barcelona.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from barcelona, traffic should be split across 3 paths.\nConnectivity from milan to 100.0.29.0/24 is established.\nTraffic from milan to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from milan, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from brussels.\nThe path between brussels and 100.0.29.0/24 involves london.\nTraffic from brussels to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from athens.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic should be split across 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.29.0/24.\nThe path between rotterdam and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from rotterdam, traffic is balanced on 2 paths.\nroma can reach 100.0.29.0/24.\nThe path between roma and 100.0.29.0/24 involves london.\nThe number of paths between roma and 100.0.29.0/24 should be 2.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nThe number of paths between milan and 100.0.1.0/24 should be 2.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.4.0/24.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTraffic from luxembourg to 100.0.4.0/24 is evenly distributed across 4 paths.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic should be split across 3 paths.\n100.0.4.0/24 is accessible from lyon.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nTo reach 100.0.4.0/24 from lyon, traffic is balanced on 2 paths.\nwarsaw can reach 100.0.1.0/24.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from warsaw, traffic is balanced on 2 paths.\nConnectivity from milan to 100.0.4.0/24 is established.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTraffic from amsterdam to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.29.0/24.\nThe route from barcelona to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nConnectivity from athens to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.\nThe number of paths between athens and 100.0.29.0/24 should be 3.\n100.0.29.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTraffic from geneva to 100.0.29.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.4.0/24 is reachable from london.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\nTo reach 100.0.4.0/24 from london, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nThe number of paths between paris and 100.0.9.0/24 should be 2.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTraffic from athens to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from london.\nThe path between london and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\n100.0.29.0/24 is accessible from basel.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nTo reach 100.0.29.0/24 from basel, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"london\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"istanbul\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"roma\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"athens\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(milan,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(luxembourg,100.0.1.0/24)\": 4, \"(strasbourg,100.0.1.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.29.0/24)\": 5, \"(vienna,100.0.29.0/24)\": 2, \"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(london,100.0.9.0/24)\": 3, \"(istanbul,100.0.1.0/24)\": 4, \"(frankfurt,100.0.4.0/24)\": 2, \"(lyon,100.0.4.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(bucharest,100.0.4.0/24)\": 2, \"(paris,100.0.9.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(bratislava,100.0.9.0/24)\": 7, \"(frankfurt,100.0.29.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(bucharest,100.0.29.0/24)\": 3, \"(sofia,100.0.4.0/24)\": 4, \"(zurich,100.0.1.0/24)\": 3, \"(paris,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(istanbul,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(vienna,100.0.1.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(istanbul,100.0.9.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.29.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(bucharest,100.0.9.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(brussels,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(roma,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(frankfurt,100.0.9.0/24)\": 2, \"(barcelona,100.0.1.0/24)\": 3, \"(barcelona,100.0.4.0/24)\": 3, \"(milan,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2, \"(roma,100.0.29.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(budapest,100.0.9.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.9.0/24)\": 3, \"(warsaw,100.0.1.0/24)\": 2, \"(milan,100.0.4.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(geneva,100.0.29.0/24)\": 4, \"(london,100.0.4.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(athens,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(basel,100.0.29.0/24)\": 2}}"} {"iteration": 3, "chunk": 0, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.1.0/24.\nRouting traffic between strasbourg and 100.0.1.0/24 goes via kiev.\nTraffic from strasbourg to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from praha to 100.0.4.0/24 is established.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nTraffic from praha to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from zurich.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTraffic from zurich to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(strasbourg,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 1, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.4.0/24.\nRouting traffic between lyon and 100.0.4.0/24 goes via basel.\nTo reach 100.0.29.0/24 from lyon, traffic is balanced on 2 paths.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic is balanced on 2 paths.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2}}"} {"iteration": 3, "chunk": 2, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.4.0/24 is established.\nTraffic from frankfurt to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic is balanced on 2 paths.\ngeneva can reach 100.0.9.0/24.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\nTraffic originating from vienna can reach the subnet 100.0.4.0/24.\nTraffic from vienna to 100.0.4.0/24 passes through basel.\nTraffic from vienna to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(vienna,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 3, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "athens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\n100.0.4.0/24 is accessible from istanbul.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\nTraffic from istanbul to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nThe route from zurich to 100.0.29.0/24 includes london.\nTraffic from zurich to 100.0.29.0/24 should be load-balanced across 5 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(athens,100.0.29.0/24)\": 3, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5}}"} {"iteration": 3, "chunk": 4, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from geneva.\nTo reach 100.0.4.0/24 from geneva, traffic is directed through basel.\nThe number of paths between geneva and 100.0.4.0/24 should be 3.\namsterdam can reach 100.0.4.0/24.\nRouting traffic between amsterdam and 100.0.4.0/24 goes via basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nThe route from basel to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from basel, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(basel,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 5, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nTo reach 100.0.9.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nTraffic from frankfurt to 100.0.1.0/24 is evenly distributed across 2 paths.\nbudapest can reach 100.0.4.0/24.\nThe path between budapest and 100.0.4.0/24 involves basel.\nThe number of paths between budapest and 100.0.4.0/24 should be 4.", "expected": "{\"reachability\": {\"amsterdam\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(amsterdam,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4}}"} {"iteration": 3, "chunk": 6, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nTo reach 100.0.9.0/24 from madrid, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.29.0/24 passes through london.\nTraffic from budapest to 100.0.29.0/24 should be load-balanced across 3 paths.\n100.0.9.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.\nTraffic from zurich to 100.0.9.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(madrid,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(zurich,100.0.9.0/24)\": 3}}"} {"iteration": 3, "chunk": 7, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from vienna can reach the subnet 100.0.9.0/24.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic is balanced on 3 paths.\nThe subnet 100.0.9.0/24 is reachable from milan.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTraffic from milan to 100.0.9.0/24 should be load-balanced across 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nThe route from marseille to 100.0.29.0/24 includes london.\nTraffic from marseille to 100.0.9.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(vienna,100.0.9.0/24)\": 3, \"(milan,100.0.9.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4}}"} {"iteration": 3, "chunk": 8, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nTraffic from istanbul to 100.0.1.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from budapest.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from roma.\nTo reach 100.0.9.0/24 from roma, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from roma, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"roma\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(istanbul,100.0.1.0/24)\": 4, \"(budapest,100.0.9.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3}}"} {"iteration": 3, "chunk": 9, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "marseille can reach 100.0.9.0/24.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from marseille, traffic is balanced on 4 paths.\nwarsaw can reach 100.0.4.0/24.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from warsaw, traffic is balanced on 2 paths.\npraha can reach 100.0.1.0/24.\nThe path between praha and 100.0.1.0/24 involves kiev.\nTraffic from praha to 100.0.1.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"praha\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(marseille,100.0.9.0/24)\": 4, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 10, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from warsaw.\nTraffic from warsaw to 100.0.9.0/24 passes through rotterdam.\nTraffic from warsaw to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from marseille.\nRouting traffic between marseille and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from marseille, traffic should be split across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nTraffic from bratislava to 100.0.4.0/24 should be load-balanced across 4 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(warsaw,100.0.9.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(bratislava,100.0.4.0/24)\": 4}}"} {"iteration": 3, "chunk": 11, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.29.0/24 involves london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from basel to 100.0.29.0/24 is established.\nThe path between basel and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from basel, traffic is balanced on 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from rotterdam, traffic is balanced on 3 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3}}"} {"iteration": 3, "chunk": 12, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from brussels, traffic should be split across 4 paths.\namsterdam can reach 100.0.1.0/24.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from bratislava.\nThe path between bratislava and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic should be split across 7 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(brussels,100.0.1.0/24)\": 4, \"(amsterdam,100.0.1.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7}}"} {"iteration": 3, "chunk": 13, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "bucharest can reach 100.0.1.0/24.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nTraffic from bucharest to 100.0.1.0/24 is evenly distributed across 2 paths.\nbratislava can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nTo reach 100.0.29.0/24 from bratislava, traffic is balanced on 4 paths.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(bucharest,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(kiev,100.0.9.0/24)\": 2}}"} {"iteration": 3, "chunk": 14, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from sofia to 100.0.9.0/24 is established.\nThe path between sofia and 100.0.9.0/24 involves rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nThe route from kiev to 100.0.29.0/24 includes london.\nTraffic from kiev to 100.0.29.0/24 is evenly distributed across 3 paths.\n100.0.9.0/24 is accessible from paris.\nThe route from paris to 100.0.9.0/24 includes rotterdam.\nTraffic from paris to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(sofia,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2}}"} {"iteration": 3, "chunk": 15, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.9.0/24.\nRouting traffic between basel and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic should be split across 2 paths.\nTraffic originating from kiev can reach the subnet 100.0.4.0/24.\nThe route from kiev to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from kiev, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from london.\nTraffic from london to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from london, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(basel,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(london,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 16, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from barcelona.\nTraffic from barcelona to 100.0.4.0/24 passes through basel.\nTraffic from barcelona to 100.0.4.0/24 should be load-balanced across 3 paths.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from london, traffic should be split across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from sofia, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"barcelona\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(barcelona,100.0.4.0/24)\": 3, \"(london,100.0.9.0/24)\": 3, \"(sofia,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 17, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from rotterdam.\nThe route from rotterdam to 100.0.29.0/24 includes london.\nThe number of paths between rotterdam and 100.0.29.0/24 should be 2.\nConnectivity from lyon to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from lyon, traffic is directed through rotterdam.\nTraffic from lyon to 100.0.9.0/24 is evenly distributed across 6 paths.\nThe subnet 100.0.4.0/24 is reachable from milan.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(rotterdam,100.0.29.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(milan,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 18, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from bucharest.\nThe path between bucharest and 100.0.29.0/24 involves london.\nThe number of paths between bucharest and 100.0.29.0/24 should be 3.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from istanbul, traffic is balanced on 3 paths.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nThe route from barcelona to 100.0.29.0/24 includes london.\nTraffic from barcelona to 100.0.9.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(bucharest,100.0.29.0/24)\": 3, \"(istanbul,100.0.29.0/24)\": 3, \"(barcelona,100.0.9.0/24)\": 2}}"} {"iteration": 3, "chunk": 19, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic is balanced on 4 paths.\n100.0.9.0/24 is accessible from barcelona.\nTraffic from barcelona to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between barcelona and 100.0.9.0/24 should be 2.\nTraffic originating from barcelona can reach the subnet 100.0.1.0/24.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nTraffic from barcelona to 100.0.1.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(luxembourg,100.0.1.0/24)\": 4, \"(barcelona,100.0.9.0/24)\": 2, \"(barcelona,100.0.1.0/24)\": 3}}"} {"iteration": 3, "chunk": 20, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "warsaw can reach 100.0.29.0/24.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\nluxembourg can reach 100.0.4.0/24.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nTraffic from luxembourg to 100.0.4.0/24 should be load-balanced across 4 paths.\ngeneva can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\nTraffic from geneva to 100.0.1.0/24 should be load-balanced across 5 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(warsaw,100.0.29.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.1.0/24)\": 5}}"} {"iteration": 3, "chunk": 21, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from frankfurt.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from sofia.\nThe path between sofia and 100.0.4.0/24 involves basel.\nThe number of paths between sofia and 100.0.4.0/24 should be 4.\nThe subnet 100.0.9.0/24 is reachable from brussels.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic should be split across 3 paths.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(frankfurt,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3}}"} {"iteration": 3, "chunk": 22, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from lyon.\nThe path between lyon and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nTraffic from strasbourg to 100.0.4.0/24 passes through basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3}}"} {"iteration": 3, "chunk": 23, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.\nThe number of paths between vienna and 100.0.29.0/24 should be 2.\nTraffic originating from brussels can reach the subnet 100.0.29.0/24.\nThe path between brussels and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from brussels, traffic is balanced on 2 paths.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nRouting traffic between warsaw and 100.0.1.0/24 goes via kiev.\nTraffic from warsaw to 100.0.1.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(vienna,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 24, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.9.0/24.\nRouting traffic between bucharest and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic should be split across 2 paths.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nThe number of paths between bucharest and 100.0.4.0/24 should be 2.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nTraffic from brussels to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from brussels, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(bucharest,100.0.9.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 25, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from madrid.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nTraffic from madrid to 100.0.1.0/24 should be load-balanced across 3 paths.\nConnectivity from strasbourg to 100.0.9.0/24 is established.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from strasbourg, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from paris.\nThe path between paris and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from paris, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(madrid,100.0.1.0/24)\": 3, \"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2}}"} {"iteration": 3, "chunk": 26, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from milan can reach the subnet 100.0.1.0/24.\nThe path between milan and 100.0.1.0/24 involves kiev.\nThe number of paths between milan and 100.0.1.0/24 should be 2.\n100.0.1.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nThe number of paths between paris and 100.0.1.0/24 should be 2.\nThe subnet 100.0.9.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.9.0/24 includes rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 is evenly distributed across 4 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(milan,100.0.1.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4}}"} {"iteration": 3, "chunk": 27, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from marseille can reach the subnet 100.0.1.0/24.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nThe number of paths between marseille and 100.0.1.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nTraffic from budapest to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from madrid to 100.0.9.0/24 is established.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from madrid, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(marseille,100.0.1.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2}}"} {"iteration": 3, "chunk": 28, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nTraffic from roma to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from zurich to 100.0.1.0/24 is established.\nTraffic from zurich to 100.0.1.0/24 passes through kiev.\nTraffic from zurich to 100.0.1.0/24 is evenly distributed across 3 paths.\nTraffic originating from madrid can reach the subnet 100.0.4.0/24.\nThe route from madrid to 100.0.4.0/24 includes basel.\nTraffic from madrid to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(roma,100.0.1.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 29, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nThe number of paths between roma and 100.0.4.0/24 should be 2.\nConnectivity from rotterdam to 100.0.1.0/24 is established.\nThe path between rotterdam and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from rotterdam, traffic should be split across 4 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe path between athens and 100.0.1.0/24 involves kiev.\nThe number of paths between athens and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"roma\": [\"100.0.4.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(roma,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(roma,100.0.4.0/24)\": 2, \"(rotterdam,100.0.1.0/24)\": 4, \"(athens,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 30, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.1.0/24 is established.\nRouting traffic between vienna and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from vienna, traffic is balanced on 2 paths.\nConnectivity from roma to 100.0.29.0/24 is established.\nThe route from roma to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from roma, traffic should be split across 2 paths.\namsterdam can reach 100.0.9.0/24.\nThe path between amsterdam and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(vienna,100.0.1.0/24)\": 2, \"(roma,100.0.29.0/24)\": 2, \"(amsterdam,100.0.9.0/24)\": 2}}"} {"iteration": 3, "chunk": 31, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "geneva can reach 100.0.29.0/24.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from geneva, traffic is balanced on 4 paths.\nConnectivity from strasbourg to 100.0.29.0/24 is established.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from strasbourg, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nThe route from sofia to 100.0.29.0/24 includes london.\nTraffic from sofia to 100.0.29.0/24 should be load-balanced across 5 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(geneva,100.0.29.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5}}"} {"iteration": 3, "chunk": 32, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.29.0/24.\nThe path between lyon and 100.0.29.0/24 involves london.\nTraffic from lyon to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nThe path between athens and 100.0.4.0/24 involves basel.\nThe number of paths between athens and 100.0.4.0/24 should be 2.\nConnectivity from paris to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nTo reach 100.0.4.0/24 from paris, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 0, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.1.0/24 is established.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from strasbourg, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from praha.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nThe number of paths between praha and 100.0.4.0/24 should be 2.\nzurich can reach 100.0.4.0/24.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.\nlyon can reach 100.0.4.0/24.\nThe route from lyon to 100.0.4.0/24 includes basel.\nTraffic from lyon to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic is balanced on 2 paths.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nThe route from praha to 100.0.9.0/24 includes rotterdam.\nTraffic from praha to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nThe route from geneva to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\n100.0.4.0/24 is accessible from vienna.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTraffic from vienna to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(strasbourg,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(vienna,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 1, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.29.0/24 is established.\nTraffic from athens to 100.0.29.0/24 passes through london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\n100.0.4.0/24 is accessible from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nTraffic from istanbul to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from zurich.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from zurich, traffic should be split across 5 paths.\n100.0.4.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from geneva, traffic is balanced on 3 paths.\namsterdam can reach 100.0.4.0/24.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\nTraffic from amsterdam to 100.0.4.0/24 is evenly distributed across 7 paths.\nThe subnet 100.0.1.0/24 is reachable from basel.\nThe route from basel to 100.0.1.0/24 includes kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from amsterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nTo reach 100.0.9.0/24 from amsterdam, traffic should be split across 2 paths.\nfrankfurt can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from frankfurt, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from frankfurt, traffic should be split across 2 paths.\nConnectivity from budapest to 100.0.4.0/24 is established.\nRouting traffic between budapest and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from budapest, traffic is balanced on 4 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(athens,100.0.29.0/24)\": 3, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(basel,100.0.1.0/24)\": 2, \"(amsterdam,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4}}"} {"iteration": 3, "chunk": 2, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from madrid can reach the subnet 100.0.29.0/24.\nTraffic from madrid to 100.0.29.0/24 passes through london.\nTo reach 100.0.9.0/24 from madrid, traffic is balanced on 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic is balanced on 3 paths.\n100.0.9.0/24 is accessible from vienna.\nThe path between vienna and 100.0.9.0/24 involves rotterdam.\nTraffic from vienna to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from milan to 100.0.9.0/24 is established.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\nTraffic from milan to 100.0.9.0/24 should be load-balanced across 2 paths.\nmarseille can reach 100.0.29.0/24.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\nTo reach 100.0.9.0/24 from marseille, traffic is balanced on 4 paths.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nThe path between istanbul and 100.0.1.0/24 involves kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\n100.0.9.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.9.0/24 goes via rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from roma.\nTraffic from roma to 100.0.9.0/24 passes through rotterdam.\nTraffic from roma to 100.0.9.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"madrid\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(madrid,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(madrid,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(zurich,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(milan,100.0.9.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4, \"(istanbul,100.0.1.0/24)\": 4, \"(budapest,100.0.9.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3}}"} {"iteration": 3, "chunk": 3, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from marseille.\nTo reach 100.0.9.0/24 from marseille, traffic is directed through rotterdam.\nTraffic from marseille to 100.0.9.0/24 is evenly distributed across 4 paths.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nThe number of paths between warsaw and 100.0.4.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from praha.\nThe route from praha to 100.0.1.0/24 includes kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\nThe number of paths between warsaw and 100.0.9.0/24 should be 2.\nmarseille can reach 100.0.4.0/24.\nTraffic from marseille to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from marseille, traffic should be split across 3 paths.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nRouting traffic between bratislava and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from bratislava, traffic should be split across 4 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nTraffic from luxembourg to 100.0.29.0/24 passes through london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from basel.\nTraffic from basel to 100.0.29.0/24 passes through london.\nThe number of paths between basel and 100.0.29.0/24 should be 2.\n100.0.4.0/24 is accessible from rotterdam.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(marseille,100.0.9.0/24)\": 4, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(warsaw,100.0.9.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(bratislava,100.0.4.0/24)\": 4, \"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3}}"} {"iteration": 3, "chunk": 4, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from brussels can reach the subnet 100.0.1.0/24.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from brussels, traffic is balanced on 4 paths.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTraffic from amsterdam to 100.0.1.0/24 is evenly distributed across 2 paths.\nbratislava can reach 100.0.9.0/24.\nThe path between bratislava and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic is balanced on 7 paths.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nThe number of paths between bucharest and 100.0.1.0/24 should be 2.\n100.0.29.0/24 is accessible from bratislava.\nTo reach 100.0.29.0/24 from bratislava, traffic is directed through london.\nTo reach 100.0.29.0/24 from bratislava, traffic is balanced on 4 paths.\nkiev can reach 100.0.9.0/24.\nRouting traffic between kiev and 100.0.9.0/24 goes via rotterdam.\nTraffic from kiev to 100.0.9.0/24 should be load-balanced across 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between sofia and 100.0.9.0/24 should be 4.\n100.0.29.0/24 is accessible from kiev.\nThe path between kiev and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\nConnectivity from paris to 100.0.9.0/24 is established.\nThe path between paris and 100.0.9.0/24 involves rotterdam.\nThe number of paths between paris and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(brussels,100.0.1.0/24)\": 4, \"(amsterdam,100.0.1.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(bucharest,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(kiev,100.0.9.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2}}"} {"iteration": 3, "chunk": 5, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from basel can reach the subnet 100.0.9.0/24.\nTraffic from basel to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic is balanced on 2 paths.\nkiev can reach 100.0.4.0/24.\nTraffic from kiev to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from london.\nThe route from london to 100.0.4.0/24 includes basel.\nThe number of paths between london and 100.0.4.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from barcelona.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\nTraffic from barcelona to 100.0.4.0/24 should be load-balanced across 3 paths.\nConnectivity from london to 100.0.9.0/24 is established.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nTraffic from london to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from sofia.\nThe route from sofia to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from sofia, traffic is balanced on 2 paths.\nConnectivity from rotterdam to 100.0.29.0/24 is established.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nTraffic from rotterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\nTraffic originating from lyon can reach the subnet 100.0.9.0/24.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nTraffic from lyon to 100.0.9.0/24 should be load-balanced across 6 paths.\nTraffic originating from milan can reach the subnet 100.0.4.0/24.\nThe path between milan and 100.0.4.0/24 involves basel.\nTraffic from milan to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"basel\": [\"100.0.9.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(basel,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(barcelona,100.0.4.0/24)\": 3, \"(london,100.0.9.0/24)\": 3, \"(sofia,100.0.1.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(milan,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 6, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from bucharest.\nRouting traffic between bucharest and 100.0.29.0/24 goes via london.\nThe number of paths between bucharest and 100.0.29.0/24 should be 3.\n100.0.29.0/24 is accessible from istanbul.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from istanbul, traffic is balanced on 3 paths.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nThe route from barcelona to 100.0.29.0/24 includes london.\nThe number of paths between barcelona and 100.0.9.0/24 should be 2.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic is balanced on 4 paths.\nbarcelona can reach 100.0.9.0/24.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nThe number of paths between barcelona and 100.0.9.0/24 should be 2.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic should be split across 3 paths.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nThe path between warsaw and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\nluxembourg can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\nThe number of paths between luxembourg and 100.0.4.0/24 should be 4.\nConnectivity from geneva to 100.0.1.0/24 is established.\nThe route from geneva to 100.0.1.0/24 includes kiev.\nThe number of paths between geneva and 100.0.1.0/24 should be 5.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(bucharest,100.0.29.0/24)\": 3, \"(istanbul,100.0.29.0/24)\": 3, \"(barcelona,100.0.9.0/24)\": 2, \"(luxembourg,100.0.1.0/24)\": 4, \"(barcelona,100.0.1.0/24)\": 3, \"(warsaw,100.0.29.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.1.0/24)\": 5}}"} {"iteration": 3, "chunk": 7, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from frankfurt to 100.0.9.0/24 is established.\nThe route from frankfurt to 100.0.9.0/24 includes rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from sofia to 100.0.4.0/24 is established.\nTraffic from sofia to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from sofia, traffic should be split across 4 paths.\nConnectivity from brussels to 100.0.9.0/24 is established.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTraffic from brussels to 100.0.9.0/24 is evenly distributed across 3 paths.\nlyon can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from lyon, traffic is balanced on 2 paths.\nathens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nTraffic from athens to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic is balanced on 3 paths.\nThe subnet 100.0.29.0/24 is reachable from vienna.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nTo reach 100.0.29.0/24 from vienna, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from brussels.\nRouting traffic between brussels and 100.0.29.0/24 goes via london.\nThe number of paths between brussels and 100.0.29.0/24 should be 2.\nwarsaw can reach 100.0.1.0/24.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nTraffic from warsaw to 100.0.1.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"frankfurt\": [\"100.0.9.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(frankfurt,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3, \"(lyon,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 8, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.9.0/24.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nTraffic from bucharest to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from bucharest, traffic is balanced on 2 paths.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nThe path between brussels and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from brussels, traffic should be split across 2 paths.\nConnectivity from madrid to 100.0.1.0/24 is established.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nTraffic from madrid to 100.0.1.0/24 is evenly distributed across 3 paths.\n100.0.9.0/24 is accessible from strasbourg.\nThe route from strasbourg to 100.0.9.0/24 includes rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from paris.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTraffic from paris to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from milan to 100.0.1.0/24 is established.\nThe route from milan to 100.0.1.0/24 includes kiev.\nTraffic from milan to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from paris.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from paris, traffic is balanced on 2 paths.\nluxembourg can reach 100.0.9.0/24.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 is evenly distributed across 4 paths.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(bucharest,100.0.9.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4}}"} {"iteration": 3, "chunk": 9, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.1.0/24 is established.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from marseille, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from budapest.\nThe path between budapest and 100.0.1.0/24 involves kiev.\nTraffic from budapest to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTraffic from madrid to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from roma.\nTraffic from roma to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from roma, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from zurich.\nThe route from zurich to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from zurich, traffic should be split across 3 paths.\nmadrid can reach 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\nThe number of paths between madrid and 100.0.4.0/24 should be 2.\nroma can reach 100.0.4.0/24.\nThe path between roma and 100.0.4.0/24 involves basel.\nTraffic from roma to 100.0.4.0/24 is evenly distributed across 2 paths.\nrotterdam can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nTraffic from rotterdam to 100.0.1.0/24 should be load-balanced across 4 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTraffic from athens to 100.0.1.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(marseille,100.0.1.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(roma,100.0.4.0/24)\": 2, \"(rotterdam,100.0.1.0/24)\": 4, \"(athens,100.0.1.0/24)\": 2}}"} {"iteration": 3, "chunk": 10, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from vienna to 100.0.1.0/24 is established.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nTraffic from vienna to 100.0.1.0/24 is evenly distributed across 2 paths.\nroma can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nTo reach 100.0.29.0/24 from roma, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nThe path between amsterdam and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nThe number of paths between geneva and 100.0.29.0/24 should be 4.\nstrasbourg can reach 100.0.29.0/24.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from strasbourg, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from sofia.\nThe route from sofia to 100.0.29.0/24 includes london.\nThe number of paths between sofia and 100.0.29.0/24 should be 5.\nlyon can reach 100.0.29.0/24.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from lyon, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from athens.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from athens, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from paris.\nThe route from paris to 100.0.4.0/24 includes basel.\nThe number of paths between paris and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"vienna\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(vienna,100.0.1.0/24)\": 2, \"(roma,100.0.29.0/24)\": 2, \"(amsterdam,100.0.9.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5, \"(lyon,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 0, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTraffic from strasbourg to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from praha, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from zurich.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTo reach 100.0.4.0/24 from zurich, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from lyon.\nThe path between lyon and 100.0.4.0/24 involves basel.\nTraffic from lyon to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic should be split across 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nThe number of paths between frankfurt and 100.0.4.0/24 should be 2.\nTraffic originating from geneva can reach the subnet 100.0.9.0/24.\nThe route from geneva to 100.0.9.0/24 includes rotterdam.\nTraffic from geneva to 100.0.9.0/24 should be load-balanced across 3 paths.\nTraffic originating from vienna can reach the subnet 100.0.4.0/24.\nThe path between vienna and 100.0.4.0/24 involves basel.\nTraffic from vienna to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.29.0/24.\nThe route from athens to 100.0.29.0/24 includes london.\nThe number of paths between athens and 100.0.29.0/24 should be 3.\nThe subnet 100.0.4.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from istanbul, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nThe route from zurich to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from zurich, traffic should be split across 5 paths.\ngeneva can reach 100.0.4.0/24.\nThe path between geneva and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from geneva, traffic is balanced on 3 paths.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTraffic from amsterdam to 100.0.4.0/24 is evenly distributed across 7 paths.\n100.0.1.0/24 is accessible from basel.\nThe route from basel to 100.0.1.0/24 includes kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe path between amsterdam and 100.0.29.0/24 involves london.\nTraffic from amsterdam to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nTraffic from frankfurt to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nThe route from budapest to 100.0.4.0/24 includes basel.\nTraffic from budapest to 100.0.4.0/24 is evenly distributed across 4 paths.\nConnectivity from madrid to 100.0.29.0/24 is established.\nThe route from madrid to 100.0.29.0/24 includes london.\nTo reach 100.0.9.0/24 from madrid, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nTo reach 100.0.29.0/24 from budapest, traffic is directed through london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nTraffic originating from zurich can reach the subnet 100.0.9.0/24.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nTraffic from zurich to 100.0.9.0/24 is evenly distributed across 3 paths.\n100.0.9.0/24 is accessible from vienna.\nRouting traffic between vienna and 100.0.9.0/24 goes via rotterdam.\nTraffic from vienna to 100.0.9.0/24 should be load-balanced across 3 paths.\nTraffic originating from milan can reach the subnet 100.0.9.0/24.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\nTraffic from milan to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nThe path between marseille and 100.0.29.0/24 involves london.\nTo reach 100.0.9.0/24 from marseille, traffic should be split across 4 paths.\nThe subnet 100.0.1.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from istanbul, traffic is balanced on 4 paths.\nbudapest can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.\nTraffic from budapest to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from roma.\nRouting traffic between roma and 100.0.9.0/24 goes via rotterdam.\nTraffic from roma to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from marseille to 100.0.9.0/24 is established.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nTraffic from marseille to 100.0.9.0/24 is evenly distributed across 4 paths.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from warsaw, traffic is balanced on 2 paths.\nTraffic originating from praha can reach the subnet 100.0.1.0/24.\nThe route from praha to 100.0.1.0/24 includes kiev.\nTraffic from praha to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nTraffic from warsaw to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from marseille to 100.0.4.0/24 is established.\nThe route from marseille to 100.0.4.0/24 includes basel.\nThe number of paths between marseille and 100.0.4.0/24 should be 3.\nTraffic originating from bratislava can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nThe number of paths between bratislava and 100.0.4.0/24 should be 4.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"lyon\": [\"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"roma\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(strasbourg,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(vienna,100.0.4.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(basel,100.0.1.0/24)\": 2, \"(amsterdam,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(madrid,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(zurich,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(milan,100.0.9.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4, \"(istanbul,100.0.1.0/24)\": 4, \"(budapest,100.0.9.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(warsaw,100.0.9.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(bratislava,100.0.4.0/24)\": 4}}"} {"iteration": 3, "chunk": 1, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "luxembourg can reach 100.0.29.0/24.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nTraffic originating from basel can reach the subnet 100.0.29.0/24.\nThe path between basel and 100.0.29.0/24 involves london.\nTraffic from basel to 100.0.29.0/24 should be load-balanced across 2 paths.\nrotterdam can reach 100.0.4.0/24.\nTraffic from rotterdam to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from rotterdam, traffic is balanced on 3 paths.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from brussels, traffic should be split across 4 paths.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTraffic from amsterdam to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from bratislava can reach the subnet 100.0.9.0/24.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nTraffic from bratislava to 100.0.9.0/24 is evenly distributed across 7 paths.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nThe route from bucharest to 100.0.1.0/24 includes kiev.\nThe number of paths between bucharest and 100.0.1.0/24 should be 2.\nbratislava can reach 100.0.29.0/24.\nThe route from bratislava to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from bratislava, traffic should be split across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nTo reach 100.0.9.0/24 from kiev, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic is balanced on 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.9.0/24.\nTraffic from sofia to 100.0.9.0/24 passes through rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nConnectivity from kiev to 100.0.29.0/24 is established.\nThe path between kiev and 100.0.29.0/24 involves london.\nTraffic from kiev to 100.0.29.0/24 should be load-balanced across 3 paths.\nparis can reach 100.0.9.0/24.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nTraffic from paris to 100.0.29.0/24 is evenly distributed across 2 paths.\nbasel can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from basel, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nThe route from kiev to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from london.\nThe route from london to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from london, traffic should be split across 2 paths.\nConnectivity from barcelona to 100.0.4.0/24 is established.\nRouting traffic between barcelona and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from barcelona, traffic is balanced on 3 paths.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nThe route from london to 100.0.9.0/24 includes rotterdam.\nTraffic from london to 100.0.9.0/24 should be load-balanced across 3 paths.\nConnectivity from sofia to 100.0.1.0/24 is established.\nTraffic from sofia to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from sofia, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nThe route from rotterdam to 100.0.29.0/24 includes london.\nTraffic from rotterdam to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from lyon.\nTo reach 100.0.9.0/24 from lyon, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic is balanced on 6 paths.\nThe subnet 100.0.4.0/24 is reachable from milan.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTraffic from milan to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nTraffic from bucharest to 100.0.29.0/24 is evenly distributed across 3 paths.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from istanbul, traffic is balanced on 3 paths.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTo reach 100.0.9.0/24 from barcelona, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from luxembourg.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic is balanced on 4 paths.\nbarcelona can reach 100.0.9.0/24.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTraffic from barcelona to 100.0.9.0/24 is evenly distributed across 2 paths.\nConnectivity from barcelona to 100.0.1.0/24 is established.\nRouting traffic between barcelona and 100.0.1.0/24 goes via kiev.\nThe number of paths between barcelona and 100.0.1.0/24 should be 3.\nConnectivity from warsaw to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from warsaw, traffic is directed through london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nTraffic from luxembourg to 100.0.4.0/24 is evenly distributed across 4 paths.\ngeneva can reach 100.0.1.0/24.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nThe number of paths between geneva and 100.0.1.0/24 should be 5.\n100.0.9.0/24 is accessible from frankfurt.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic should be split across 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nThe path between sofia and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from sofia, traffic should be split across 4 paths.\nConnectivity from brussels to 100.0.9.0/24 is established.\nTraffic from brussels to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic is balanced on 3 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"basel\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(brussels,100.0.1.0/24)\": 4, \"(amsterdam,100.0.1.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(bucharest,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(kiev,100.0.9.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(barcelona,100.0.4.0/24)\": 3, \"(london,100.0.9.0/24)\": 3, \"(sofia,100.0.1.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(milan,100.0.4.0/24)\": 2, \"(bucharest,100.0.29.0/24)\": 3, \"(istanbul,100.0.29.0/24)\": 3, \"(barcelona,100.0.9.0/24)\": 2, \"(luxembourg,100.0.1.0/24)\": 4, \"(barcelona,100.0.1.0/24)\": 3, \"(warsaw,100.0.29.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.1.0/24)\": 5, \"(frankfurt,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3}}"} {"iteration": 3, "chunk": 2, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from lyon can reach the subnet 100.0.1.0/24.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from athens.\nTo reach 100.0.9.0/24 from athens, traffic is directed through rotterdam.\nThe number of paths between athens and 100.0.9.0/24 should be 2.\n100.0.4.0/24 is accessible from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic is balanced on 3 paths.\nConnectivity from vienna to 100.0.29.0/24 is established.\nTraffic from vienna to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from vienna, traffic should be split across 2 paths.\nConnectivity from brussels to 100.0.29.0/24 is established.\nThe route from brussels to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from brussels, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\nbucharest can reach 100.0.9.0/24.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.\nTraffic from bucharest to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from bucharest can reach the subnet 100.0.4.0/24.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nThe number of paths between bucharest and 100.0.4.0/24 should be 2.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTraffic from brussels to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from madrid to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from madrid, traffic is directed through kiev.\nTraffic from madrid to 100.0.1.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from paris can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTraffic from paris to 100.0.29.0/24 should be load-balanced across 2 paths.\nmilan can reach 100.0.1.0/24.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nThe number of paths between milan and 100.0.1.0/24 should be 2.\n100.0.1.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nThe number of paths between paris and 100.0.1.0/24 should be 2.\nluxembourg can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from luxembourg, traffic is directed through rotterdam.\nThe number of paths between luxembourg and 100.0.9.0/24 should be 4.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nThe route from marseille to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from marseille, traffic should be split across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nTraffic from budapest to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from budapest, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from madrid.\nTo reach 100.0.9.0/24 from madrid, traffic is directed through rotterdam.\nThe number of paths between madrid and 100.0.9.0/24 should be 2.\nTraffic originating from roma can reach the subnet 100.0.1.0/24.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic from roma to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from zurich to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from zurich, traffic is directed through kiev.\nTraffic from zurich to 100.0.1.0/24 is evenly distributed across 3 paths.\nmadrid can reach 100.0.4.0/24.\nTraffic from madrid to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from madrid, traffic should be split across 2 paths.\nroma can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from roma, traffic is directed through basel.\nTo reach 100.0.4.0/24 from roma, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from rotterdam.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from rotterdam, traffic is balanced on 4 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe path between athens and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from vienna, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from roma.\nThe route from roma to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from roma, traffic should be split across 2 paths.\namsterdam can reach 100.0.9.0/24.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from geneva.\nTo reach 100.0.29.0/24 from geneva, traffic is directed through london.\nTraffic from geneva to 100.0.29.0/24 is evenly distributed across 4 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.29.0/24.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from strasbourg, traffic should be split across 2 paths.\nsofia can reach 100.0.29.0/24.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nThe number of paths between sofia and 100.0.29.0/24 should be 5.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nTraffic from lyon to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from lyon, traffic should be split across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nRouting traffic between athens and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from athens, traffic is balanced on 2 paths.\nparis can reach 100.0.4.0/24.\nThe route from paris to 100.0.4.0/24 includes basel.\nThe number of paths between paris and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"athens\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.4.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"madrid\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(bucharest,100.0.9.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(strasbourg,100.0.9.0/24)\": 2, \"(paris,100.0.29.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(madrid,100.0.9.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(roma,100.0.4.0/24)\": 2, \"(rotterdam,100.0.1.0/24)\": 4, \"(athens,100.0.1.0/24)\": 2, \"(vienna,100.0.1.0/24)\": 2, \"(roma,100.0.29.0/24)\": 2, \"(amsterdam,100.0.9.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5, \"(lyon,100.0.29.0/24)\": 2, \"(athens,100.0.4.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2}}"} {"iteration": 3, "chunk": 0, "batch_size": 99, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "strasbourg can reach 100.0.1.0/24.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTraffic from strasbourg to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from praha to 100.0.4.0/24 is established.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nTraffic from praha to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.\nTraffic originating from lyon can reach the subnet 100.0.4.0/24.\nThe route from lyon to 100.0.4.0/24 includes basel.\nThe number of paths between lyon and 100.0.29.0/24 should be 2.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\nTraffic from bratislava to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic is balanced on 2 paths.\nfrankfurt can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from frankfurt, traffic is directed through basel.\nTo reach 100.0.4.0/24 from frankfurt, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from geneva.\nRouting traffic between geneva and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nTo reach 100.0.4.0/24 from vienna, traffic is directed through basel.\nTo reach 100.0.4.0/24 from vienna, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from athens.\nThe route from athens to 100.0.29.0/24 includes london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\nTraffic originating from istanbul can reach the subnet 100.0.4.0/24.\nRouting traffic between istanbul and 100.0.4.0/24 goes via basel.\nThe number of paths between istanbul and 100.0.4.0/24 should be 2.\nTraffic originating from zurich can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nThe number of paths between zurich and 100.0.29.0/24 should be 5.\nTraffic originating from geneva can reach the subnet 100.0.4.0/24.\nThe path between geneva and 100.0.4.0/24 involves basel.\nTraffic from geneva to 100.0.4.0/24 is evenly distributed across 3 paths.\namsterdam can reach 100.0.4.0/24.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nTraffic from amsterdam to 100.0.4.0/24 should be load-balanced across 7 paths.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from basel, traffic is balanced on 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nTo reach 100.0.9.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from frankfurt.\nThe route from frankfurt to 100.0.1.0/24 includes kiev.\nThe number of paths between frankfurt and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from budapest.\nThe path between budapest and 100.0.4.0/24 involves basel.\nTraffic from budapest to 100.0.4.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.29.0/24 is reachable from madrid.\nThe route from madrid to 100.0.29.0/24 includes london.\nTraffic from madrid to 100.0.9.0/24 should be load-balanced across 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.29.0/24.\nThe route from budapest to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from budapest, traffic should be split across 3 paths.\nzurich can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from zurich, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic should be split across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from vienna.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nTraffic from vienna to 100.0.9.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from milan.\nTo reach 100.0.9.0/24 from milan, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic is balanced on 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nRouting traffic between marseille and 100.0.29.0/24 goes via london.\nTraffic from marseille to 100.0.9.0/24 should be load-balanced across 4 paths.\n100.0.1.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.1.0/24 includes kiev.\nThe number of paths between istanbul and 100.0.1.0/24 should be 4.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nRouting traffic between budapest and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from roma, traffic should be split across 3 paths.\nConnectivity from marseille to 100.0.9.0/24 is established.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nThe number of paths between marseille and 100.0.9.0/24 should be 4.\nConnectivity from warsaw to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from warsaw, traffic is directed through basel.\nThe number of paths between warsaw and 100.0.4.0/24 should be 2.\npraha can reach 100.0.1.0/24.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nTraffic from praha to 100.0.1.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from warsaw.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\nTraffic from warsaw to 100.0.9.0/24 is evenly distributed across 2 paths.\nmarseille can reach 100.0.4.0/24.\nRouting traffic between marseille and 100.0.4.0/24 goes via basel.\nTraffic from marseille to 100.0.4.0/24 is evenly distributed across 3 paths.\nbratislava can reach 100.0.4.0/24.\nThe path between bratislava and 100.0.4.0/24 involves basel.\nThe number of paths between bratislava and 100.0.4.0/24 should be 4.\nConnectivity from luxembourg to 100.0.29.0/24 is established.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nTraffic from luxembourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from basel.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nTo reach 100.0.29.0/24 from basel, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.4.0/24 goes via basel.\nTraffic from rotterdam to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.1.0/24 is accessible from brussels.\nTraffic from brussels to 100.0.1.0/24 passes through kiev.\nTraffic from brussels to 100.0.1.0/24 is evenly distributed across 4 paths.\n100.0.1.0/24 is accessible from amsterdam.\nRouting traffic between amsterdam and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nThe route from bratislava to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic should be split across 7 paths.\nConnectivity from bucharest to 100.0.1.0/24 is established.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic should be split across 2 paths.\nbratislava can reach 100.0.29.0/24.\nThe path between bratislava and 100.0.29.0/24 involves london.\nTraffic from bratislava to 100.0.29.0/24 is evenly distributed across 4 paths.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nTraffic from kiev to 100.0.9.0/24 should be load-balanced across 2 paths.\nsofia can reach 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between sofia and 100.0.9.0/24 should be 4.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nThe path between kiev and 100.0.29.0/24 involves london.\nTraffic from kiev to 100.0.29.0/24 should be load-balanced across 3 paths.\n100.0.9.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between paris and 100.0.29.0/24 should be 2.\nbasel can reach 100.0.9.0/24.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nThe number of paths between basel and 100.0.9.0/24 should be 2.\nkiev can reach 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from kiev, traffic should be split across 2 paths.\nlondon can reach 100.0.4.0/24.\nThe path between london and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from london, traffic should be split across 2 paths.\nbarcelona can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from barcelona, traffic is directed through basel.\nTo reach 100.0.4.0/24 from barcelona, traffic should be split across 3 paths.\nConnectivity from london to 100.0.9.0/24 is established.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nTraffic from london to 100.0.9.0/24 is evenly distributed across 3 paths.\nsofia can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from sofia, traffic is directed through kiev.\nTraffic from sofia to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nThe route from rotterdam to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from rotterdam, traffic should be split across 2 paths.\nConnectivity from lyon to 100.0.9.0/24 is established.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nThe number of paths between lyon and 100.0.9.0/24 should be 6.\nThe subnet 100.0.4.0/24 is reachable from milan.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.\nConnectivity from bucharest to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nThe number of paths between bucharest and 100.0.29.0/24 should be 3.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from istanbul, traffic is directed through london.\nTraffic from istanbul to 100.0.29.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.29.0/24 is reachable from barcelona.\nTo reach 100.0.29.0/24 from barcelona, traffic is directed through london.\nThe number of paths between barcelona and 100.0.9.0/24 should be 2.\nTraffic originating from luxembourg can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from luxembourg, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic should be split across 4 paths.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from barcelona, traffic is directed through rotterdam.\nTraffic from barcelona to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from barcelona.\nTo reach 100.0.1.0/24 from barcelona, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from barcelona, traffic should be split across 3 paths.\nTraffic originating from warsaw can reach the subnet 100.0.29.0/24.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from warsaw, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from luxembourg.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic should be split across 4 paths.\nTraffic originating from geneva can reach the subnet 100.0.1.0/24.\nThe path between geneva and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from geneva, traffic is balanced on 5 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTo reach 100.0.9.0/24 from frankfurt, traffic is directed through rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nRouting traffic between sofia and 100.0.4.0/24 goes via basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\nbrussels can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from brussels, traffic is directed through rotterdam.\nTraffic from brussels to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from lyon to 100.0.1.0/24 is established.\nRouting traffic between lyon and 100.0.1.0/24 goes via kiev.\nThe number of paths between lyon and 100.0.1.0/24 should be 2.\nathens can reach 100.0.9.0/24.\nTraffic from athens to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between athens and 100.0.9.0/24 should be 2.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nTo reach 100.0.4.0/24 from strasbourg, traffic is balanced on 3 paths.\n100.0.29.0/24 is accessible from vienna.\nTo reach 100.0.29.0/24 from vienna, traffic is directed through london.\nTo reach 100.0.29.0/24 from vienna, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from brussels.\nThe route from brussels to 100.0.29.0/24 includes london.\nTraffic from brussels to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.1.0/24 includes kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.\nThe number of paths between bucharest and 100.0.9.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nTraffic from bucharest to 100.0.4.0/24 passes through basel.\nTraffic from bucharest to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTraffic from brussels to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from madrid.\nThe route from madrid to 100.0.1.0/24 includes kiev.\nTraffic from madrid to 100.0.1.0/24 is evenly distributed across 3 paths.\nConnectivity from strasbourg to 100.0.9.0/24 is established.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between strasbourg and 100.0.9.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from paris.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nThe number of paths between paris and 100.0.29.0/24 should be 2.\nmilan can reach 100.0.1.0/24.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from milan, traffic is balanced on 2 paths.\nparis can reach 100.0.1.0/24.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from paris, traffic is balanced on 2 paths.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic is balanced on 4 paths.\n100.0.1.0/24 is accessible from marseille.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nThe route from budapest to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from budapest, traffic is balanced on 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from madrid, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from roma.\nThe route from roma to 100.0.1.0/24 includes kiev.\nTraffic from roma to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from zurich.\nThe route from zurich to 100.0.1.0/24 includes kiev.\nTraffic from zurich to 100.0.1.0/24 is evenly distributed across 3 paths.\n100.0.4.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic from madrid to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from roma.\nThe route from roma to 100.0.4.0/24 includes basel.\nThe number of paths between roma and 100.0.4.0/24 should be 2.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from rotterdam, traffic is directed through kiev.\nThe number of paths between rotterdam and 100.0.1.0/24 should be 4.\n100.0.1.0/24 is accessible from athens.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\nroma can reach 100.0.29.0/24.\nRouting traffic between roma and 100.0.29.0/24 goes via london.\nTraffic from roma to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from amsterdam.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nTraffic from amsterdam to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from geneva, traffic should be split across 4 paths.\nConnectivity from strasbourg to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from strasbourg, traffic is directed through london.\nTraffic from strasbourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from sofia.\nTraffic from sofia to 100.0.29.0/24 passes through london.\nTraffic from sofia to 100.0.29.0/24 should be load-balanced across 5 paths.\nTraffic originating from lyon can reach the subnet 100.0.29.0/24.\nThe route from lyon to 100.0.29.0/24 includes london.\nThe number of paths between lyon and 100.0.29.0/24 should be 2.\nathens can reach 100.0.4.0/24.\nThe path between athens and 100.0.4.0/24 involves basel.\nTraffic from athens to 100.0.4.0/24 should be load-balanced across 2 paths.\nparis can reach 100.0.4.0/24.\nRouting traffic between paris and 100.0.4.0/24 goes via basel.\nTraffic from paris to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"lyon\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"athens\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"marseille\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"bucharest\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"london\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"barcelona\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.29.0/24)\": [\"london\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.1.0/24)\": [\"kiev\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(strasbourg,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(lyon,100.0.29.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(frankfurt,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(vienna,100.0.4.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(istanbul,100.0.4.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3, \"(amsterdam,100.0.4.0/24)\": 7, \"(basel,100.0.1.0/24)\": 2, \"(amsterdam,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(madrid,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(zurich,100.0.9.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(milan,100.0.9.0/24)\": 2, \"(marseille,100.0.9.0/24)\": 4, \"(istanbul,100.0.1.0/24)\": 4, \"(budapest,100.0.9.0/24)\": 2, \"(roma,100.0.9.0/24)\": 3, \"(warsaw,100.0.4.0/24)\": 2, \"(praha,100.0.1.0/24)\": 2, \"(warsaw,100.0.9.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(bratislava,100.0.4.0/24)\": 4, \"(luxembourg,100.0.29.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(brussels,100.0.1.0/24)\": 4, \"(amsterdam,100.0.1.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(bucharest,100.0.1.0/24)\": 2, \"(bratislava,100.0.29.0/24)\": 4, \"(kiev,100.0.9.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(kiev,100.0.29.0/24)\": 3, \"(paris,100.0.29.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(barcelona,100.0.4.0/24)\": 3, \"(london,100.0.9.0/24)\": 3, \"(sofia,100.0.1.0/24)\": 2, \"(rotterdam,100.0.29.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(milan,100.0.4.0/24)\": 2, \"(bucharest,100.0.29.0/24)\": 3, \"(istanbul,100.0.29.0/24)\": 3, \"(barcelona,100.0.9.0/24)\": 2, \"(luxembourg,100.0.1.0/24)\": 4, \"(barcelona,100.0.1.0/24)\": 3, \"(warsaw,100.0.29.0/24)\": 2, \"(luxembourg,100.0.4.0/24)\": 4, \"(geneva,100.0.1.0/24)\": 5, \"(frankfurt,100.0.9.0/24)\": 2, \"(sofia,100.0.4.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3, \"(lyon,100.0.1.0/24)\": 2, \"(athens,100.0.9.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(vienna,100.0.29.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(bucharest,100.0.9.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(madrid,100.0.1.0/24)\": 3, \"(strasbourg,100.0.9.0/24)\": 2, \"(milan,100.0.1.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(zurich,100.0.1.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(roma,100.0.4.0/24)\": 2, \"(rotterdam,100.0.1.0/24)\": 4, \"(athens,100.0.1.0/24)\": 2, \"(vienna,100.0.1.0/24)\": 2, \"(roma,100.0.29.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(strasbourg,100.0.29.0/24)\": 2, \"(sofia,100.0.29.0/24)\": 5, \"(athens,100.0.4.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 0, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from athens.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from athens, traffic should be split across 2 paths.\nConnectivity from budapest to 100.0.29.0/24 is established.\nThe route from budapest to 100.0.29.0/24 includes london.\nTraffic from budapest to 100.0.29.0/24 is evenly distributed across 3 paths.\n100.0.4.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.4.0/24 goes via basel.\nTraffic from madrid to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(athens,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 1, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from roma.\nTraffic from roma to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from roma, traffic should be split across 2 paths.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\nThe number of paths between bratislava and 100.0.1.0/24 should be 2.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.\nTraffic from amsterdam to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"roma\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(roma,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(roma,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 2, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from strasbourg to 100.0.29.0/24 is established.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTraffic from strasbourg to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from bratislava.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nTraffic from bratislava to 100.0.9.0/24 is evenly distributed across 7 paths.\nluxembourg can reach 100.0.1.0/24.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nThe number of paths between luxembourg and 100.0.1.0/24 should be 4.", "expected": "{\"reachability\": {\"strasbourg\": [\"100.0.29.0/24\"], \"bratislava\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4}}"} {"iteration": 4, "chunk": 3, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from milan.\nTraffic from milan to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.\nTraffic originating from london can reach the subnet 100.0.1.0/24.\nThe path between london and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\n100.0.9.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nTraffic from budapest to 100.0.9.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"london\": [\"100.0.1.0/24\"], \"budapest\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(milan,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(budapest,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 4, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from marseille to 100.0.9.0/24 is established.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.29.0/24 from marseille, traffic is balanced on 4 paths.\nConnectivity from istanbul to 100.0.4.0/24 is established.\nThe path between istanbul and 100.0.4.0/24 involves basel.\nTraffic from istanbul to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from london to 100.0.9.0/24 is established.\nTraffic from london to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from london, traffic is balanced on 3 paths.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"london\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(marseille,100.0.29.0/24)\": 4, \"(istanbul,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3}}"} {"iteration": 4, "chunk": 5, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from paris can reach the subnet 100.0.29.0/24.\nThe path between paris and 100.0.29.0/24 involves london.\nTo reach 100.0.9.0/24 from paris, traffic is balanced on 2 paths.\nConnectivity from frankfurt to 100.0.1.0/24 is established.\nRouting traffic between frankfurt and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from frankfurt, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from strasbourg.\nTo reach 100.0.1.0/24 from strasbourg, traffic is directed through kiev.\nThe number of paths between strasbourg and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"paris\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(paris,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(strasbourg,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 6, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from geneva can reach the subnet 100.0.1.0/24.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTraffic from geneva to 100.0.1.0/24 is evenly distributed across 5 paths.\n100.0.4.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nTraffic from frankfurt to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from vienna to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from vienna, traffic is directed through basel.\nTraffic from vienna to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(geneva,100.0.1.0/24)\": 5, \"(frankfurt,100.0.4.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 7, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from istanbul.\nThe path between istanbul and 100.0.29.0/24 involves london.\nTraffic from istanbul to 100.0.29.0/24 is evenly distributed across 3 paths.\nTraffic originating from sofia can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nTo reach 100.0.29.0/24 from sofia, traffic should be split across 5 paths.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nThe path between amsterdam and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(istanbul,100.0.29.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(amsterdam,100.0.4.0/24)\": 7}}"} {"iteration": 4, "chunk": 8, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from kiev can reach the subnet 100.0.9.0/24.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic is balanced on 2 paths.\nConnectivity from london to 100.0.4.0/24 is established.\nTraffic from london to 100.0.4.0/24 passes through basel.\nTraffic from london to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from frankfurt.\nThe route from frankfurt to 100.0.29.0/24 includes london.\nTraffic from frankfurt to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"kiev\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(kiev,100.0.9.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(frankfurt,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 9, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "zurich can reach 100.0.9.0/24.\nTraffic from zurich to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between zurich and 100.0.9.0/24 should be 3.\nThe subnet 100.0.4.0/24 is reachable from warsaw.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nThe number of paths between warsaw and 100.0.4.0/24 should be 2.\n100.0.29.0/24 is accessible from kiev.\nTo reach 100.0.29.0/24 from kiev, traffic is directed through london.\nThe number of paths between kiev and 100.0.29.0/24 should be 3.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(zurich,100.0.9.0/24)\": 3, \"(warsaw,100.0.4.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3}}"} {"iteration": 4, "chunk": 10, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.4.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nTraffic from luxembourg to 100.0.4.0/24 should be load-balanced across 4 paths.\nConnectivity from madrid to 100.0.1.0/24 is established.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nThe number of paths between madrid and 100.0.1.0/24 should be 3.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nTraffic from athens to 100.0.4.0/24 passes through basel.\nTraffic from athens to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.4.0/24)\": 4, \"(madrid,100.0.1.0/24)\": 3, \"(athens,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 11, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "brussels can reach 100.0.4.0/24.\nThe route from brussels to 100.0.4.0/24 includes basel.\nTraffic from brussels to 100.0.4.0/24 is evenly distributed across 2 paths.\nbasel can reach 100.0.9.0/24.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nTraffic from basel to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from barcelona.\nThe route from barcelona to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.29.0/24 from barcelona, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(brussels,100.0.4.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 12, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from istanbul.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTraffic from istanbul to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from amsterdam.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nThe number of paths between amsterdam and 100.0.1.0/24 should be 2.\nConnectivity from paris to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from paris, traffic is directed through basel.\nTraffic from paris to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(istanbul,100.0.9.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 13, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from sofia.\nThe path between sofia and 100.0.9.0/24 involves rotterdam.\nTraffic from sofia to 100.0.9.0/24 should be load-balanced across 4 paths.\nTraffic originating from brussels can reach the subnet 100.0.9.0/24.\nThe path between brussels and 100.0.9.0/24 involves rotterdam.\nTraffic from brussels to 100.0.9.0/24 should be load-balanced across 3 paths.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nRouting traffic between milan and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from milan, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"sofia\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(sofia,100.0.9.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 14, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from geneva.\nRouting traffic between geneva and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from geneva, traffic is balanced on 4 paths.\nbucharest can reach 100.0.29.0/24.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nTraffic from bucharest to 100.0.29.0/24 should be load-balanced across 3 paths.\nConnectivity from madrid to 100.0.9.0/24 is established.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.29.0/24 from madrid, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 15, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.1.0/24.\nTraffic from istanbul to 100.0.1.0/24 passes through kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\nmarseille can reach 100.0.1.0/24.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nTraffic from marseille to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from basel.\nTo reach 100.0.29.0/24 from basel, traffic is directed through london.\nTraffic from basel to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(istanbul,100.0.1.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 16, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.4.0/24.\nRouting traffic between zurich and 100.0.4.0/24 goes via basel.\nThe number of paths between zurich and 100.0.4.0/24 should be 2.\ngeneva can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\n100.0.9.0/24 is accessible from frankfurt.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(frankfurt,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 17, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.29.0/24.\nThe path between lyon and 100.0.29.0/24 involves london.\nTo reach 100.0.4.0/24 from lyon, traffic is balanced on 2 paths.\nathens can reach 100.0.29.0/24.\nTraffic from athens to 100.0.29.0/24 passes through london.\nThe number of paths between athens and 100.0.29.0/24 should be 3.\n100.0.9.0/24 is accessible from warsaw.\nRouting traffic between warsaw and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between warsaw and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(lyon,100.0.4.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 18, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.1.0/24 is accessible from paris.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from paris, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from lyon.\nTraffic from lyon to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\nConnectivity from praha to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from praha, traffic is directed through basel.\nThe number of paths between praha and 100.0.4.0/24 should be 2.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(paris,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 19, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from basel to 100.0.1.0/24 is established.\nTraffic from basel to 100.0.1.0/24 passes through kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from strasbourg.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nThe number of paths between strasbourg and 100.0.4.0/24 should be 3.\nConnectivity from roma to 100.0.29.0/24 is established.\nThe path between roma and 100.0.29.0/24 involves london.\nTraffic from roma to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"basel\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(basel,100.0.1.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(roma,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 20, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from rotterdam to 100.0.4.0/24 is established.\nTraffic from rotterdam to 100.0.4.0/24 passes through basel.\nTraffic from rotterdam to 100.0.4.0/24 is evenly distributed across 3 paths.\nvienna can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic is balanced on 3 paths.\nluxembourg can reach 100.0.29.0/24.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(rotterdam,100.0.4.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 21, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "lyon can reach 100.0.4.0/24.\nTraffic from lyon to 100.0.4.0/24 passes through basel.\nTraffic from lyon to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from madrid, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from bucharest.\nTo reach 100.0.1.0/24 from bucharest, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(lyon,100.0.4.0/24)\": 2, \"(madrid,100.0.29.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 22, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "warsaw can reach 100.0.29.0/24.\nTraffic from warsaw to 100.0.29.0/24 passes through london.\nTraffic from warsaw to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is directed through london.\nThe number of paths between amsterdam and 100.0.29.0/24 should be 2.\nTraffic originating from praha can reach the subnet 100.0.29.0/24.\nThe route from praha to 100.0.29.0/24 includes london.\nTraffic from praha to 100.0.29.0/24 should be load-balanced across 3 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(warsaw,100.0.29.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3}}"} {"iteration": 4, "chunk": 23, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from praha.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\n100.0.4.0/24 is accessible from bratislava.\nThe route from bratislava to 100.0.4.0/24 includes basel.\nThe number of paths between bratislava and 100.0.4.0/24 should be 4.\nparis can reach 100.0.9.0/24.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nTraffic from paris to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"praha\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(praha,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(praha,100.0.1.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(paris,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 24, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from lyon to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from lyon, traffic is directed through rotterdam.\nThe number of paths between lyon and 100.0.9.0/24 should be 6.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nRouting traffic between vienna and 100.0.1.0/24 goes via kiev.\nThe number of paths between vienna and 100.0.1.0/24 should be 2.\nkiev can reach 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTraffic from kiev to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.9.0/24)\": 6, \"(vienna,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 25, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from marseille.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nTo reach 100.0.4.0/24 from marseille, traffic should be split across 3 paths.\nbarcelona can reach 100.0.29.0/24.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.4.0/24.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nThe number of paths between budapest and 100.0.4.0/24 should be 4.", "expected": "{\"reachability\": {\"marseille\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(marseille,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(marseille,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4}}"} {"iteration": 4, "chunk": 26, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from zurich can reach the subnet 100.0.1.0/24.\nRouting traffic between zurich and 100.0.1.0/24 goes via kiev.\nTraffic from zurich to 100.0.1.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from roma.\nThe path between roma and 100.0.9.0/24 involves rotterdam.\nTraffic from roma to 100.0.9.0/24 should be load-balanced across 3 paths.\nroma can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from roma, traffic is directed through basel.\nTraffic from roma to 100.0.4.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\"]}, \"waypoint\": {\"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(zurich,100.0.1.0/24)\": 3, \"(roma,100.0.9.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 27, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.29.0/24 is reachable from brussels.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nThe number of paths between brussels and 100.0.29.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from zurich.\nRouting traffic between zurich and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from zurich, traffic is balanced on 5 paths.\nConnectivity from geneva to 100.0.4.0/24 is established.\nThe route from geneva to 100.0.4.0/24 includes basel.\nTraffic from geneva to 100.0.4.0/24 is evenly distributed across 3 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(brussels,100.0.29.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3}}"} {"iteration": 4, "chunk": 28, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from bucharest can reach the subnet 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\nTraffic from bucharest to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.29.0/24 is accessible from vienna.\nThe path between vienna and 100.0.29.0/24 involves london.\nTraffic from vienna to 100.0.29.0/24 should be load-balanced across 2 paths.\nmarseille can reach 100.0.29.0/24.\nThe path between marseille and 100.0.29.0/24 involves london.\nThe number of paths between marseille and 100.0.29.0/24 should be 4.", "expected": "{\"reachability\": {\"bucharest\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(bucharest,100.0.9.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4}}"} {"iteration": 4, "chunk": 29, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from warsaw can reach the subnet 100.0.1.0/24.\nThe path between warsaw and 100.0.1.0/24 involves kiev.\nThe number of paths between warsaw and 100.0.1.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nThe route from bucharest to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from bucharest, traffic should be split across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nRouting traffic between athens and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.1.0/24\"], \"bucharest\": [\"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(warsaw,100.0.1.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 30, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.9.0/24 is established.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between milan and 100.0.9.0/24 should be 2.\nTraffic originating from praha can reach the subnet 100.0.9.0/24.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between praha and 100.0.9.0/24 should be 2.\n100.0.1.0/24 is accessible from budapest.\nThe path between budapest and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from budapest, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(milan,100.0.9.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 31, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from luxembourg to 100.0.9.0/24 is established.\nThe path between luxembourg and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic is balanced on 4 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from rotterdam, traffic should be split across 4 paths.\nConnectivity from sofia to 100.0.4.0/24 is established.\nThe route from sofia to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from sofia, traffic is balanced on 4 paths.", "expected": "{\"reachability\": {\"luxembourg\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\"], \"sofia\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(luxembourg,100.0.9.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.4.0/24)\": 4}}"} {"iteration": 4, "chunk": 32, "batch_size": 3, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nThe number of paths between rotterdam and 100.0.29.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from brussels.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\nstrasbourg can reach 100.0.9.0/24.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"rotterdam\": [\"100.0.29.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(rotterdam,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(strasbourg,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 0, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from athens.\nTo reach 100.0.9.0/24 from athens, traffic is directed through rotterdam.\nThe number of paths between athens and 100.0.9.0/24 should be 2.\nbudapest can reach 100.0.29.0/24.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nmadrid can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from madrid, traffic is directed through basel.\nTraffic from madrid to 100.0.4.0/24 should be load-balanced across 2 paths.\nroma can reach 100.0.1.0/24.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nTraffic from roma to 100.0.1.0/24 is evenly distributed across 2 paths.\nbratislava can reach 100.0.1.0/24.\nRouting traffic between bratislava and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic is balanced on 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.9.0/24.\nRouting traffic between amsterdam and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from strasbourg, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from bratislava.\nRouting traffic between bratislava and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between bratislava and 100.0.9.0/24 should be 7.\n100.0.1.0/24 is accessible from luxembourg.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic is balanced on 4 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\"], \"strasbourg\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(athens,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4}}"} {"iteration": 4, "chunk": 1, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from milan to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from milan, traffic is directed through basel.\nTraffic from milan to 100.0.4.0/24 is evenly distributed across 2 paths.\nlondon can reach 100.0.1.0/24.\nThe path between london and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from london, traffic should be split across 3 paths.\nConnectivity from budapest to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from budapest, traffic is directed through rotterdam.\nTraffic from budapest to 100.0.9.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from marseille.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\nTraffic originating from istanbul can reach the subnet 100.0.4.0/24.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from istanbul, traffic should be split across 2 paths.\nlondon can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from london, traffic is directed through rotterdam.\nTraffic from london to 100.0.9.0/24 should be load-balanced across 3 paths.\nConnectivity from paris to 100.0.29.0/24 is established.\nRouting traffic between paris and 100.0.29.0/24 goes via london.\nThe number of paths between paris and 100.0.9.0/24 should be 2.\nfrankfurt can reach 100.0.1.0/24.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nThe number of paths between frankfurt and 100.0.1.0/24 should be 2.\n100.0.1.0/24 is accessible from strasbourg.\nTraffic from strasbourg to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from strasbourg, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.4.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"budapest\": [\"100.0.9.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(milan,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(budapest,100.0.9.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(istanbul,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(paris,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(strasbourg,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 2, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from geneva to 100.0.1.0/24 is established.\nTraffic from geneva to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from geneva, traffic is balanced on 5 paths.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nThe path between frankfurt and 100.0.4.0/24 involves basel.\nTraffic from frankfurt to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from vienna to 100.0.4.0/24 is established.\nRouting traffic between vienna and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from vienna, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from istanbul.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from istanbul, traffic should be split across 3 paths.\nsofia can reach 100.0.29.0/24.\nThe path between sofia and 100.0.29.0/24 involves london.\nTraffic from sofia to 100.0.29.0/24 should be load-balanced across 5 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.4.0/24.\nTraffic from amsterdam to 100.0.4.0/24 passes through basel.\nTraffic from amsterdam to 100.0.4.0/24 is evenly distributed across 7 paths.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nThe path between kiev and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from london.\nThe path between london and 100.0.4.0/24 involves basel.\nThe number of paths between london and 100.0.4.0/24 should be 2.\n100.0.29.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.29.0/24 involves london.\nThe number of paths between frankfurt and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"geneva\": [\"100.0.1.0/24\"], \"frankfurt\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"istanbul\": [\"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.9.0/24\"], \"london\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(geneva,100.0.1.0/24)\": 5, \"(frankfurt,100.0.4.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(amsterdam,100.0.4.0/24)\": 7, \"(kiev,100.0.9.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(frankfurt,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 3, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from zurich to 100.0.9.0/24 is established.\nRouting traffic between zurich and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic should be split across 3 paths.\nwarsaw can reach 100.0.4.0/24.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from warsaw, traffic is balanced on 2 paths.\nkiev can reach 100.0.29.0/24.\nTraffic from kiev to 100.0.29.0/24 passes through london.\nTraffic from kiev to 100.0.29.0/24 is evenly distributed across 3 paths.\nluxembourg can reach 100.0.4.0/24.\nThe path between luxembourg and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic is balanced on 4 paths.\n100.0.1.0/24 is accessible from madrid.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from madrid, traffic should be split across 3 paths.\nConnectivity from athens to 100.0.4.0/24 is established.\nThe path between athens and 100.0.4.0/24 involves basel.\nTraffic from athens to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from brussels.\nThe route from brussels to 100.0.4.0/24 includes basel.\nThe number of paths between brussels and 100.0.4.0/24 should be 2.\nConnectivity from basel to 100.0.9.0/24 is established.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nTraffic from basel to 100.0.9.0/24 should be load-balanced across 2 paths.\nTraffic originating from barcelona can reach the subnet 100.0.9.0/24.\nRouting traffic between barcelona and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between barcelona and 100.0.29.0/24 should be 2.", "expected": "{\"reachability\": {\"zurich\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\"], \"kiev\": [\"100.0.29.0/24\"], \"luxembourg\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.9.0/24\"], \"barcelona\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(zurich,100.0.9.0/24)\": 3, \"(warsaw,100.0.4.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(luxembourg,100.0.4.0/24)\": 4, \"(madrid,100.0.1.0/24)\": 3, \"(athens,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 4, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from istanbul can reach the subnet 100.0.9.0/24.\nThe path between istanbul and 100.0.9.0/24 involves rotterdam.\nThe number of paths between istanbul and 100.0.9.0/24 should be 2.\nConnectivity from amsterdam to 100.0.1.0/24 is established.\nThe route from amsterdam to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.4.0/24 is reachable from paris.\nThe path between paris and 100.0.4.0/24 involves basel.\nTraffic from paris to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from sofia.\nTo reach 100.0.9.0/24 from sofia, traffic is directed through rotterdam.\nTraffic from sofia to 100.0.9.0/24 is evenly distributed across 4 paths.\nbrussels can reach 100.0.9.0/24.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTraffic from brussels to 100.0.9.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from milan.\nTraffic from milan to 100.0.1.0/24 passes through kiev.\nThe number of paths between milan and 100.0.1.0/24 should be 2.\nConnectivity from geneva to 100.0.29.0/24 is established.\nThe path between geneva and 100.0.29.0/24 involves london.\nThe number of paths between geneva and 100.0.29.0/24 should be 4.\n100.0.29.0/24 is accessible from bucharest.\nTo reach 100.0.29.0/24 from bucharest, traffic is directed through london.\nTo reach 100.0.29.0/24 from bucharest, traffic should be split across 3 paths.\nConnectivity from madrid to 100.0.9.0/24 is established.\nThe path between madrid and 100.0.9.0/24 involves rotterdam.\nTraffic from madrid to 100.0.29.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.9.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"brussels\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\"], \"madrid\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(istanbul,100.0.9.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 5, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from istanbul.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\nTraffic originating from marseille can reach the subnet 100.0.1.0/24.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from marseille, traffic is balanced on 2 paths.\nbasel can reach 100.0.29.0/24.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from basel, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from zurich.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTraffic from zurich to 100.0.4.0/24 is evenly distributed across 2 paths.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTraffic from geneva to 100.0.9.0/24 passes through rotterdam.\nTraffic from geneva to 100.0.9.0/24 is evenly distributed across 3 paths.\nfrankfurt can reach 100.0.9.0/24.\nRouting traffic between frankfurt and 100.0.9.0/24 goes via rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nTo reach 100.0.29.0/24 from lyon, traffic is directed through london.\nTraffic from lyon to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from athens to 100.0.29.0/24 is established.\nThe route from athens to 100.0.29.0/24 includes london.\nThe number of paths between athens and 100.0.29.0/24 should be 3.\nwarsaw can reach 100.0.9.0/24.\nThe path between warsaw and 100.0.9.0/24 involves rotterdam.\nTraffic from warsaw to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"istanbul\": [\"100.0.1.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"basel\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"geneva\": [\"100.0.9.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(istanbul,100.0.1.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(frankfurt,100.0.9.0/24)\": 2, \"(lyon,100.0.4.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 6, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.1.0/24 is reachable from paris.\nTo reach 100.0.1.0/24 from paris, traffic is directed through kiev.\nThe number of paths between paris and 100.0.1.0/24 should be 2.\n100.0.1.0/24 is accessible from lyon.\nTraffic from lyon to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from lyon, traffic is balanced on 2 paths.\npraha can reach 100.0.4.0/24.\nTraffic from praha to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from praha, traffic should be split across 2 paths.\n100.0.1.0/24 is accessible from basel.\nThe path between basel and 100.0.1.0/24 involves kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nTraffic originating from strasbourg can reach the subnet 100.0.4.0/24.\nRouting traffic between strasbourg and 100.0.4.0/24 goes via basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.\n100.0.29.0/24 is accessible from roma.\nThe path between roma and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from roma, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from rotterdam.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nTo reach 100.0.4.0/24 from rotterdam, traffic is balanced on 3 paths.\nTraffic originating from vienna can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from vienna, traffic is directed through rotterdam.\nTraffic from vienna to 100.0.9.0/24 is evenly distributed across 3 paths.\n100.0.29.0/24 is accessible from luxembourg.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"paris\": [\"100.0.1.0/24\"], \"lyon\": [\"100.0.1.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"basel\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(paris,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"]}, \"loadbalancing\": {\"(paris,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(roma,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2}}"} {"iteration": 4, "chunk": 7, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.4.0/24 is accessible from lyon.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nTraffic from lyon to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nThe path between madrid and 100.0.29.0/24 involves london.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\n100.0.1.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from bucharest, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nThe number of paths between warsaw and 100.0.29.0/24 should be 2.\nThe subnet 100.0.29.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from praha.\nRouting traffic between praha and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from praha, traffic should be split across 3 paths.\nConnectivity from praha to 100.0.1.0/24 is established.\nTraffic from praha to 100.0.1.0/24 passes through kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nThe subnet 100.0.4.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.4.0/24 passes through basel.\nTraffic from bratislava to 100.0.4.0/24 is evenly distributed across 4 paths.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nRouting traffic between paris and 100.0.9.0/24 goes via rotterdam.\nTraffic from paris to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.4.0/24\"], \"madrid\": [\"100.0.29.0/24\"], \"bucharest\": [\"100.0.1.0/24\"], \"warsaw\": [\"100.0.29.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(lyon,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(lyon,100.0.4.0/24)\": 2, \"(madrid,100.0.29.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(praha,100.0.1.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(paris,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 8, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "The subnet 100.0.9.0/24 is reachable from lyon.\nTo reach 100.0.9.0/24 from lyon, traffic is directed through rotterdam.\nThe number of paths between lyon and 100.0.9.0/24 should be 6.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nThe route from vienna to 100.0.1.0/24 includes kiev.\nThe number of paths between vienna and 100.0.1.0/24 should be 2.\nkiev can reach 100.0.4.0/24.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from kiev, traffic is balanced on 2 paths.\nConnectivity from marseille to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from marseille, traffic is directed through basel.\nTo reach 100.0.4.0/24 from marseille, traffic is balanced on 3 paths.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nTraffic from barcelona to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from barcelona, traffic is balanced on 2 paths.\n100.0.4.0/24 is accessible from budapest.\nThe path between budapest and 100.0.4.0/24 involves basel.\nTraffic from budapest to 100.0.4.0/24 is evenly distributed across 4 paths.\nTraffic originating from zurich can reach the subnet 100.0.1.0/24.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from zurich, traffic is balanced on 3 paths.\nConnectivity from roma to 100.0.9.0/24 is established.\nTraffic from roma to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between roma and 100.0.9.0/24 should be 3.\n100.0.4.0/24 is accessible from roma.\nTo reach 100.0.4.0/24 from roma, traffic is directed through basel.\nTo reach 100.0.4.0/24 from roma, traffic should be split across 2 paths.", "expected": "{\"reachability\": {\"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.4.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\"], \"zurich\": [\"100.0.1.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\"]}, \"waypoint\": {\"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(lyon,100.0.9.0/24)\": 6, \"(vienna,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(zurich,100.0.1.0/24)\": 3, \"(roma,100.0.9.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 9, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.29.0/24 is established.\nThe route from brussels to 100.0.29.0/24 includes london.\nTraffic from brussels to 100.0.29.0/24 is evenly distributed across 2 paths.\nzurich can reach 100.0.29.0/24.\nTraffic from zurich to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from zurich, traffic should be split across 5 paths.\nThe subnet 100.0.4.0/24 is reachable from geneva.\nTraffic from geneva to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from geneva, traffic should be split across 3 paths.\nConnectivity from bucharest to 100.0.9.0/24 is established.\nThe route from bucharest to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic should be split across 2 paths.\n100.0.29.0/24 is accessible from vienna.\nThe route from vienna to 100.0.29.0/24 includes london.\nTraffic from vienna to 100.0.29.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from marseille.\nTo reach 100.0.29.0/24 from marseille, traffic is directed through london.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.1.0/24 is reachable from warsaw.\nTo reach 100.0.1.0/24 from warsaw, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from warsaw, traffic should be split across 2 paths.\nbucharest can reach 100.0.4.0/24.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nThe number of paths between bucharest and 100.0.4.0/24 should be 2.\nThe subnet 100.0.1.0/24 is reachable from athens.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from athens, traffic is balanced on 2 paths.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.29.0/24\"], \"zurich\": [\"100.0.29.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.29.0/24\"], \"marseille\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.1.0/24\"], \"athens\": [\"100.0.1.0/24\"]}, \"waypoint\": {\"(brussels,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(brussels,100.0.29.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3, \"(bucharest,100.0.9.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(warsaw,100.0.1.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 10, "batch_size": 9, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.9.0/24 is accessible from milan.\nThe path between milan and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from milan, traffic should be split across 2 paths.\nConnectivity from praha to 100.0.9.0/24 is established.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nTraffic from praha to 100.0.9.0/24 should be load-balanced across 2 paths.\nTraffic originating from budapest can reach the subnet 100.0.1.0/24.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nTraffic from budapest to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from luxembourg to 100.0.9.0/24 is established.\nTraffic from luxembourg to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic should be split across 4 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from rotterdam, traffic should be split across 4 paths.\nTraffic originating from sofia can reach the subnet 100.0.4.0/24.\nThe route from sofia to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from sofia, traffic is balanced on 4 paths.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nThe number of paths between rotterdam and 100.0.29.0/24 should be 2.\nTraffic originating from brussels can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\n100.0.9.0/24 is accessible from strasbourg.\nThe path between strasbourg and 100.0.9.0/24 involves rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"milan\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.9.0/24\"], \"budapest\": [\"100.0.1.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"brussels\": [\"100.0.1.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(milan,100.0.9.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(strasbourg,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 0, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from athens to 100.0.9.0/24 is established.\nThe path between athens and 100.0.9.0/24 involves rotterdam.\nTraffic from athens to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nRouting traffic between budapest and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from budapest, traffic is balanced on 3 paths.\nThe subnet 100.0.4.0/24 is reachable from madrid.\nTraffic from madrid to 100.0.4.0/24 passes through basel.\nTraffic from madrid to 100.0.4.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from roma.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nThe number of paths between roma and 100.0.1.0/24 should be 2.\n100.0.1.0/24 is accessible from bratislava.\nThe path between bratislava and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from bratislava, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nTo reach 100.0.9.0/24 from amsterdam, traffic is directed through rotterdam.\nTraffic from amsterdam to 100.0.29.0/24 should be load-balanced across 2 paths.\n100.0.29.0/24 is accessible from strasbourg.\nThe route from strasbourg to 100.0.29.0/24 includes london.\nTraffic from strasbourg to 100.0.29.0/24 is evenly distributed across 2 paths.\nConnectivity from bratislava to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from bratislava, traffic is directed through rotterdam.\nTraffic from bratislava to 100.0.9.0/24 is evenly distributed across 7 paths.\nluxembourg can reach 100.0.1.0/24.\nRouting traffic between luxembourg and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from luxembourg, traffic should be split across 4 paths.\nConnectivity from milan to 100.0.4.0/24 is established.\nThe path between milan and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from milan, traffic should be split across 2 paths.\nlondon can reach 100.0.1.0/24.\nThe path between london and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from london, traffic is balanced on 3 paths.\nConnectivity from budapest to 100.0.9.0/24 is established.\nThe path between budapest and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic should be split across 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.9.0/24.\nThe route from marseille to 100.0.9.0/24 includes rotterdam.\nTraffic from marseille to 100.0.29.0/24 should be load-balanced across 4 paths.\nistanbul can reach 100.0.4.0/24.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\nTraffic from istanbul to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from london can reach the subnet 100.0.9.0/24.\nRouting traffic between london and 100.0.9.0/24 goes via rotterdam.\nTraffic from london to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from paris to 100.0.29.0/24 is established.\nRouting traffic between paris and 100.0.29.0/24 goes via london.\nThe number of paths between paris and 100.0.9.0/24 should be 2.\nTraffic originating from frankfurt can reach the subnet 100.0.1.0/24.\nTraffic from frankfurt to 100.0.1.0/24 passes through kiev.\nTraffic from frankfurt to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nThe route from strasbourg to 100.0.1.0/24 includes kiev.\nThe number of paths between strasbourg and 100.0.1.0/24 should be 2.\nConnectivity from geneva to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from geneva, traffic is directed through kiev.\nThe number of paths between geneva and 100.0.1.0/24 should be 5.\nTraffic originating from frankfurt can reach the subnet 100.0.4.0/24.\nRouting traffic between frankfurt and 100.0.4.0/24 goes via basel.\nThe number of paths between frankfurt and 100.0.4.0/24 should be 2.\nConnectivity from vienna to 100.0.4.0/24 is established.\nThe route from vienna to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from vienna, traffic is balanced on 2 paths.\nTraffic originating from istanbul can reach the subnet 100.0.29.0/24.\nTraffic from istanbul to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from istanbul, traffic should be split across 3 paths.\nsofia can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nTo reach 100.0.29.0/24 from sofia, traffic should be split across 5 paths.\nConnectivity from amsterdam to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.\nThe subnet 100.0.9.0/24 is reachable from kiev.\nThe route from kiev to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from kiev, traffic is balanced on 2 paths.\nlondon can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from london, traffic is directed through basel.\nTraffic from london to 100.0.4.0/24 should be load-balanced across 2 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.29.0/24.\nTraffic from frankfurt to 100.0.29.0/24 passes through london.\nTraffic from frankfurt to 100.0.29.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from zurich.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nThe number of paths between zurich and 100.0.9.0/24 should be 3.\nwarsaw can reach 100.0.4.0/24.\nRouting traffic between warsaw and 100.0.4.0/24 goes via basel.\nTraffic from warsaw to 100.0.4.0/24 is evenly distributed across 2 paths.\nkiev can reach 100.0.29.0/24.\nThe route from kiev to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\n100.0.4.0/24 is accessible from luxembourg.\nRouting traffic between luxembourg and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from luxembourg, traffic should be split across 4 paths.\n100.0.1.0/24 is accessible from madrid.\nTraffic from madrid to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from madrid, traffic is balanced on 3 paths.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nThe route from athens to 100.0.4.0/24 includes basel.\nTraffic from athens to 100.0.4.0/24 should be load-balanced across 2 paths.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"roma\": [\"100.0.1.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\"], \"milan\": [\"100.0.4.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"paris\": [\"100.0.29.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"geneva\": [\"100.0.1.0/24\"], \"vienna\": [\"100.0.4.0/24\"], \"sofia\": [\"100.0.29.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"zurich\": [\"100.0.9.0/24\"], \"warsaw\": [\"100.0.4.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"]}, \"loadbalancing\": {\"(athens,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4, \"(milan,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(budapest,100.0.9.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(istanbul,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(paris,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(strasbourg,100.0.1.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(frankfurt,100.0.4.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(amsterdam,100.0.4.0/24)\": 7, \"(kiev,100.0.9.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(frankfurt,100.0.29.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(warsaw,100.0.4.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(luxembourg,100.0.4.0/24)\": 4, \"(madrid,100.0.1.0/24)\": 3, \"(athens,100.0.4.0/24)\": 2}}"} {"iteration": 4, "chunk": 1, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Connectivity from brussels to 100.0.4.0/24 is established.\nRouting traffic between brussels and 100.0.4.0/24 goes via basel.\nThe number of paths between brussels and 100.0.4.0/24 should be 2.\nbasel can reach 100.0.9.0/24.\nThe path between basel and 100.0.9.0/24 involves rotterdam.\nTraffic from basel to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from barcelona to 100.0.9.0/24 is established.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nTraffic from barcelona to 100.0.29.0/24 should be load-balanced across 2 paths.\nConnectivity from istanbul to 100.0.9.0/24 is established.\nThe route from istanbul to 100.0.9.0/24 includes rotterdam.\nTraffic from istanbul to 100.0.9.0/24 should be load-balanced across 2 paths.\namsterdam can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from amsterdam, traffic is directed through kiev.\nThe number of paths between amsterdam and 100.0.1.0/24 should be 2.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from paris, traffic is balanced on 2 paths.\nsofia can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from sofia, traffic is directed through rotterdam.\nThe number of paths between sofia and 100.0.9.0/24 should be 4.\nbrussels can reach 100.0.9.0/24.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTraffic from brussels to 100.0.9.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.1.0/24 is reachable from milan.\nThe path between milan and 100.0.1.0/24 involves kiev.\nTo reach 100.0.1.0/24 from milan, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from geneva.\nTraffic from geneva to 100.0.29.0/24 passes through london.\nThe number of paths between geneva and 100.0.29.0/24 should be 4.\nbucharest can reach 100.0.29.0/24.\nThe route from bucharest to 100.0.29.0/24 includes london.\nTraffic from bucharest to 100.0.29.0/24 is evenly distributed across 3 paths.\nTraffic originating from madrid can reach the subnet 100.0.9.0/24.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\n100.0.1.0/24 is accessible from istanbul.\nTo reach 100.0.1.0/24 from istanbul, traffic is directed through kiev.\nThe number of paths between istanbul and 100.0.1.0/24 should be 4.\nConnectivity from marseille to 100.0.1.0/24 is established.\nRouting traffic between marseille and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from marseille, traffic is balanced on 2 paths.\nThe subnet 100.0.29.0/24 is reachable from basel.\nThe route from basel to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from basel, traffic is balanced on 2 paths.\nConnectivity from zurich to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from zurich, traffic is directed through basel.\nTo reach 100.0.4.0/24 from zurich, traffic is balanced on 2 paths.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTraffic from geneva to 100.0.9.0/24 should be load-balanced across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from frankfurt.\nTraffic from frankfurt to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from frankfurt, traffic should be split across 2 paths.\nlyon can reach 100.0.29.0/24.\nRouting traffic between lyon and 100.0.29.0/24 goes via london.\nThe number of paths between lyon and 100.0.4.0/24 should be 2.\n100.0.29.0/24 is accessible from athens.\nTo reach 100.0.29.0/24 from athens, traffic is directed through london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\nThe subnet 100.0.9.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.9.0/24 includes rotterdam.\nTraffic from warsaw to 100.0.9.0/24 should be load-balanced across 2 paths.\nparis can reach 100.0.1.0/24.\nRouting traffic between paris and 100.0.1.0/24 goes via kiev.\nTraffic from paris to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.1.0/24 is accessible from lyon.\nTo reach 100.0.1.0/24 from lyon, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from lyon, traffic should be split across 2 paths.\npraha can reach 100.0.4.0/24.\nRouting traffic between praha and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from praha, traffic should be split across 2 paths.\nTraffic originating from basel can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTraffic from basel to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from strasbourg to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from strasbourg, traffic is directed through basel.\nTraffic from strasbourg to 100.0.4.0/24 is evenly distributed across 3 paths.\n100.0.29.0/24 is accessible from roma.\nTo reach 100.0.29.0/24 from roma, traffic is directed through london.\nTo reach 100.0.29.0/24 from roma, traffic should be split across 2 paths.\nTraffic originating from rotterdam can reach the subnet 100.0.4.0/24.\nThe route from rotterdam to 100.0.4.0/24 includes basel.\nTraffic from rotterdam to 100.0.4.0/24 should be load-balanced across 3 paths.\n100.0.9.0/24 is accessible from vienna.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic is balanced on 3 paths.\nThe subnet 100.0.29.0/24 is reachable from luxembourg.\nRouting traffic between luxembourg and 100.0.29.0/24 goes via london.\nThe number of paths between luxembourg and 100.0.29.0/24 should be 2.\nlyon can reach 100.0.4.0/24.\nThe path between lyon and 100.0.4.0/24 involves basel.\nTraffic from lyon to 100.0.4.0/24 is evenly distributed across 2 paths.\nTraffic originating from madrid can reach the subnet 100.0.29.0/24.\nThe route from madrid to 100.0.29.0/24 includes london.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\nbucharest can reach 100.0.1.0/24.\nTraffic from bucharest to 100.0.1.0/24 passes through kiev.\nThe number of paths between bucharest and 100.0.1.0/24 should be 2.", "expected": "{\"reachability\": {\"brussels\": [\"100.0.4.0/24\", \"100.0.9.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\"], \"istanbul\": [\"100.0.9.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.1.0/24\"], \"paris\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"sofia\": [\"100.0.9.0/24\"], \"milan\": [\"100.0.1.0/24\"], \"geneva\": [\"100.0.29.0/24\", \"100.0.9.0/24\"], \"bucharest\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"marseille\": [\"100.0.1.0/24\"], \"zurich\": [\"100.0.4.0/24\"], \"frankfurt\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.29.0/24\"], \"warsaw\": [\"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.4.0/24\"], \"roma\": [\"100.0.29.0/24\"], \"rotterdam\": [\"100.0.4.0/24\"], \"vienna\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.29.0/24\"]}, \"waypoint\": {\"(brussels,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"]}, \"loadbalancing\": {\"(brussels,100.0.4.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2, \"(istanbul,100.0.1.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(frankfurt,100.0.9.0/24)\": 2, \"(lyon,100.0.4.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(roma,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2}}"} {"iteration": 4, "chunk": 2, "batch_size": 33, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "100.0.29.0/24 is accessible from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from warsaw, traffic is balanced on 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.29.0/24.\nTraffic from amsterdam to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from amsterdam, traffic should be split across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from praha.\nThe route from praha to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from praha, traffic should be split across 3 paths.\n100.0.1.0/24 is accessible from praha.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nTo reach 100.0.4.0/24 from bratislava, traffic should be split across 4 paths.\nTraffic originating from paris can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from paris, traffic is directed through rotterdam.\nTraffic from paris to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from lyon to 100.0.9.0/24 is established.\nThe path between lyon and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic should be split across 6 paths.\nTraffic originating from vienna can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from vienna, traffic should be split across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from kiev.\nThe route from kiev to 100.0.4.0/24 includes basel.\nThe number of paths between kiev and 100.0.4.0/24 should be 2.\nConnectivity from marseille to 100.0.4.0/24 is established.\nThe path between marseille and 100.0.4.0/24 involves basel.\nTraffic from marseille to 100.0.4.0/24 is evenly distributed across 3 paths.\nbarcelona can reach 100.0.29.0/24.\nThe route from barcelona to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from barcelona, traffic should be split across 2 paths.\n100.0.4.0/24 is accessible from budapest.\nTraffic from budapest to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from budapest, traffic is balanced on 4 paths.\n100.0.1.0/24 is accessible from zurich.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nThe number of paths between zurich and 100.0.1.0/24 should be 3.\nroma can reach 100.0.9.0/24.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nThe number of paths between roma and 100.0.9.0/24 should be 3.\nThe subnet 100.0.4.0/24 is reachable from roma.\nTraffic from roma to 100.0.4.0/24 passes through basel.\nTraffic from roma to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from brussels to 100.0.29.0/24 is established.\nTraffic from brussels to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from brussels, traffic is balanced on 2 paths.\nConnectivity from zurich to 100.0.29.0/24 is established.\nThe path between zurich and 100.0.29.0/24 involves london.\nTraffic from zurich to 100.0.29.0/24 is evenly distributed across 5 paths.\ngeneva can reach 100.0.4.0/24.\nThe route from geneva to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from geneva, traffic should be split across 3 paths.\nbucharest can reach 100.0.9.0/24.\nThe path between bucharest and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic should be split across 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nThe route from vienna to 100.0.29.0/24 includes london.\nTraffic from vienna to 100.0.29.0/24 is evenly distributed across 2 paths.\nTraffic originating from marseille can reach the subnet 100.0.29.0/24.\nTraffic from marseille to 100.0.29.0/24 passes through london.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\nConnectivity from warsaw to 100.0.1.0/24 is established.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nTraffic from warsaw to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from bucharest.\nThe path between bucharest and 100.0.4.0/24 involves basel.\nTraffic from bucharest to 100.0.4.0/24 should be load-balanced across 2 paths.\nathens can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from athens, traffic is directed through kiev.\nTo reach 100.0.1.0/24 from athens, traffic should be split across 2 paths.\n100.0.9.0/24 is accessible from milan.\nRouting traffic between milan and 100.0.9.0/24 goes via rotterdam.\nTraffic from milan to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from praha.\nTraffic from praha to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from praha, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from budapest.\nTo reach 100.0.1.0/24 from budapest, traffic is directed through kiev.\nThe number of paths between budapest and 100.0.1.0/24 should be 2.\nluxembourg can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from luxembourg, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from luxembourg, traffic is balanced on 4 paths.\nrotterdam can reach 100.0.1.0/24.\nThe route from rotterdam to 100.0.1.0/24 includes kiev.\nTraffic from rotterdam to 100.0.1.0/24 is evenly distributed across 4 paths.\n100.0.4.0/24 is accessible from sofia.\nTo reach 100.0.4.0/24 from sofia, traffic is directed through basel.\nTo reach 100.0.4.0/24 from sofia, traffic should be split across 4 paths.\nThe subnet 100.0.29.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from rotterdam, traffic should be split across 2 paths.\nConnectivity from brussels to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from brussels, traffic is directed through kiev.\nTraffic from brussels to 100.0.1.0/24 should be load-balanced across 4 paths.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nRouting traffic between strasbourg and 100.0.9.0/24 goes via rotterdam.\nTraffic from strasbourg to 100.0.9.0/24 is evenly distributed across 2 paths.", "expected": "{\"reachability\": {\"warsaw\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"amsterdam\": [\"100.0.29.0/24\"], \"praha\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"bratislava\": [\"100.0.4.0/24\"], \"paris\": [\"100.0.9.0/24\"], \"lyon\": [\"100.0.9.0/24\"], \"vienna\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"kiev\": [\"100.0.4.0/24\"], \"marseille\": [\"100.0.4.0/24\", \"100.0.29.0/24\"], \"barcelona\": [\"100.0.29.0/24\"], \"budapest\": [\"100.0.4.0/24\", \"100.0.1.0/24\"], \"zurich\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"brussels\": [\"100.0.29.0/24\", \"100.0.1.0/24\"], \"geneva\": [\"100.0.4.0/24\"], \"bucharest\": [\"100.0.9.0/24\", \"100.0.4.0/24\"], \"athens\": [\"100.0.1.0/24\"], \"milan\": [\"100.0.9.0/24\"], \"luxembourg\": [\"100.0.9.0/24\"], \"rotterdam\": [\"100.0.1.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.4.0/24\"], \"strasbourg\": [\"100.0.9.0/24\"]}, \"waypoint\": {\"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(warsaw,100.0.29.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(praha,100.0.1.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(paris,100.0.9.0/24)\": 2, \"(lyon,100.0.9.0/24)\": 6, \"(vienna,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(barcelona,100.0.29.0/24)\": 2, \"(budapest,100.0.4.0/24)\": 4, \"(zurich,100.0.1.0/24)\": 3, \"(roma,100.0.9.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3, \"(bucharest,100.0.9.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(warsaw,100.0.1.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(strasbourg,100.0.9.0/24)\": 2}}"} {"iteration": 4, "chunk": 0, "batch_size": 99, "n_policy_types": 3, "max_n_requirements": 297, "description": "The network requirements are in three categories below:\na. Reachability\nGiven location l1 and prefix p1, reachability from l1 to p1 means that l1 can send packets to p1 directly or through other locations. Requirements would focus on allowing or forbidding the reachability from location to prefix.\nb. Waypoint\nGiven location l1 and destination prefix p1, waypoint means that if l1 wants to reach p1, the traffic path should include a list of locations.\nc. Load Balancing\nGiven location l1 and destination prefix p1, load balancing means if l1 wants to reach p1, the traffic path should be load-balanced across a certain number of paths.\n", "human_language": "Traffic originating from athens can reach the subnet 100.0.9.0/24.\nRouting traffic between athens and 100.0.9.0/24 goes via rotterdam.\nTraffic from athens to 100.0.9.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from budapest.\nThe path between budapest and 100.0.29.0/24 involves london.\nThe number of paths between budapest and 100.0.29.0/24 should be 3.\nmadrid can reach 100.0.4.0/24.\nThe path between madrid and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from madrid, traffic is balanced on 2 paths.\nConnectivity from roma to 100.0.1.0/24 is established.\nRouting traffic between roma and 100.0.1.0/24 goes via kiev.\nTraffic from roma to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from bratislava to 100.0.1.0/24 is established.\nThe route from bratislava to 100.0.1.0/24 includes kiev.\nTraffic from bratislava to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from amsterdam.\nTraffic from amsterdam to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.29.0/24 from amsterdam, traffic should be split across 2 paths.\nConnectivity from strasbourg to 100.0.29.0/24 is established.\nRouting traffic between strasbourg and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from strasbourg, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from bratislava.\nTraffic from bratislava to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from bratislava, traffic should be split across 7 paths.\nThe subnet 100.0.1.0/24 is reachable from luxembourg.\nThe route from luxembourg to 100.0.1.0/24 includes kiev.\nThe number of paths between luxembourg and 100.0.1.0/24 should be 4.\n100.0.4.0/24 is accessible from milan.\nThe route from milan to 100.0.4.0/24 includes basel.\nThe number of paths between milan and 100.0.4.0/24 should be 2.\n100.0.1.0/24 is accessible from london.\nThe route from london to 100.0.1.0/24 includes kiev.\nThe number of paths between london and 100.0.1.0/24 should be 3.\nTraffic originating from budapest can reach the subnet 100.0.9.0/24.\nTraffic from budapest to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from budapest, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from marseille.\nThe path between marseille and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.29.0/24 from marseille, traffic is balanced on 4 paths.\nistanbul can reach 100.0.4.0/24.\nTraffic from istanbul to 100.0.4.0/24 passes through basel.\nTraffic from istanbul to 100.0.4.0/24 should be load-balanced across 2 paths.\n100.0.9.0/24 is accessible from london.\nThe path between london and 100.0.9.0/24 involves rotterdam.\nTraffic from london to 100.0.9.0/24 is evenly distributed across 3 paths.\nConnectivity from paris to 100.0.29.0/24 is established.\nTo reach 100.0.29.0/24 from paris, traffic is directed through london.\nTraffic from paris to 100.0.9.0/24 should be load-balanced across 2 paths.\n100.0.1.0/24 is accessible from frankfurt.\nThe path between frankfurt and 100.0.1.0/24 involves kiev.\nTraffic from frankfurt to 100.0.1.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.1.0/24 is reachable from strasbourg.\nThe path between strasbourg and 100.0.1.0/24 involves kiev.\nTraffic from strasbourg to 100.0.1.0/24 should be load-balanced across 2 paths.\nConnectivity from geneva to 100.0.1.0/24 is established.\nRouting traffic between geneva and 100.0.1.0/24 goes via kiev.\nTraffic from geneva to 100.0.1.0/24 is evenly distributed across 5 paths.\nThe subnet 100.0.4.0/24 is reachable from frankfurt.\nThe route from frankfurt to 100.0.4.0/24 includes basel.\nTraffic from frankfurt to 100.0.4.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.4.0/24 is reachable from vienna.\nThe path between vienna and 100.0.4.0/24 involves basel.\nTo reach 100.0.4.0/24 from vienna, traffic should be split across 2 paths.\nConnectivity from istanbul to 100.0.29.0/24 is established.\nRouting traffic between istanbul and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from istanbul, traffic should be split across 3 paths.\n100.0.29.0/24 is accessible from sofia.\nTo reach 100.0.29.0/24 from sofia, traffic is directed through london.\nTo reach 100.0.29.0/24 from sofia, traffic should be split across 5 paths.\nThe subnet 100.0.4.0/24 is reachable from amsterdam.\nTo reach 100.0.4.0/24 from amsterdam, traffic is directed through basel.\nTo reach 100.0.4.0/24 from amsterdam, traffic is balanced on 7 paths.\nTraffic originating from kiev can reach the subnet 100.0.9.0/24.\nTraffic from kiev to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between kiev and 100.0.9.0/24 should be 2.\nConnectivity from london to 100.0.4.0/24 is established.\nThe route from london to 100.0.4.0/24 includes basel.\nTraffic from london to 100.0.4.0/24 is evenly distributed across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from frankfurt.\nRouting traffic between frankfurt and 100.0.29.0/24 goes via london.\nTraffic from frankfurt to 100.0.29.0/24 is evenly distributed across 2 paths.\n100.0.9.0/24 is accessible from zurich.\nThe path between zurich and 100.0.9.0/24 involves rotterdam.\nTo reach 100.0.9.0/24 from zurich, traffic is balanced on 3 paths.\nTraffic originating from warsaw can reach the subnet 100.0.4.0/24.\nTraffic from warsaw to 100.0.4.0/24 passes through basel.\nTo reach 100.0.4.0/24 from warsaw, traffic should be split across 2 paths.\nTraffic originating from kiev can reach the subnet 100.0.29.0/24.\nThe path between kiev and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from kiev, traffic should be split across 3 paths.\nConnectivity from luxembourg to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from luxembourg, traffic is directed through basel.\nTraffic from luxembourg to 100.0.4.0/24 is evenly distributed across 4 paths.\nThe subnet 100.0.1.0/24 is reachable from madrid.\nThe path between madrid and 100.0.1.0/24 involves kiev.\nTraffic from madrid to 100.0.1.0/24 is evenly distributed across 3 paths.\nTraffic originating from athens can reach the subnet 100.0.4.0/24.\nThe route from athens to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from athens, traffic is balanced on 2 paths.\nTraffic originating from brussels can reach the subnet 100.0.4.0/24.\nTo reach 100.0.4.0/24 from brussels, traffic is directed through basel.\nTo reach 100.0.4.0/24 from brussels, traffic should be split across 2 paths.\nTraffic originating from basel can reach the subnet 100.0.9.0/24.\nThe route from basel to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from basel, traffic should be split across 2 paths.\nThe subnet 100.0.9.0/24 is reachable from barcelona.\nThe path between barcelona and 100.0.9.0/24 involves rotterdam.\nThe number of paths between barcelona and 100.0.29.0/24 should be 2.\nistanbul can reach 100.0.9.0/24.\nTo reach 100.0.9.0/24 from istanbul, traffic is directed through rotterdam.\nTraffic from istanbul to 100.0.9.0/24 is evenly distributed across 2 paths.\nTraffic originating from amsterdam can reach the subnet 100.0.1.0/24.\nThe path between amsterdam and 100.0.1.0/24 involves kiev.\nTraffic from amsterdam to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from paris can reach the subnet 100.0.4.0/24.\nTraffic from paris to 100.0.4.0/24 passes through basel.\nThe number of paths between paris and 100.0.4.0/24 should be 2.\nsofia can reach 100.0.9.0/24.\nRouting traffic between sofia and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from sofia, traffic is balanced on 4 paths.\nbrussels can reach 100.0.9.0/24.\nRouting traffic between brussels and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from brussels, traffic is balanced on 3 paths.\nTraffic originating from milan can reach the subnet 100.0.1.0/24.\nTo reach 100.0.1.0/24 from milan, traffic is directed through kiev.\nTraffic from milan to 100.0.1.0/24 should be load-balanced across 2 paths.\nTraffic originating from geneva can reach the subnet 100.0.29.0/24.\nThe route from geneva to 100.0.29.0/24 includes london.\nThe number of paths between geneva and 100.0.29.0/24 should be 4.\n100.0.29.0/24 is accessible from bucharest.\nTraffic from bucharest to 100.0.29.0/24 passes through london.\nThe number of paths between bucharest and 100.0.29.0/24 should be 3.\n100.0.9.0/24 is accessible from madrid.\nRouting traffic between madrid and 100.0.9.0/24 goes via rotterdam.\nTraffic from madrid to 100.0.29.0/24 should be load-balanced across 2 paths.\nTraffic originating from istanbul can reach the subnet 100.0.1.0/24.\nRouting traffic between istanbul and 100.0.1.0/24 goes via kiev.\nTraffic from istanbul to 100.0.1.0/24 is evenly distributed across 4 paths.\nmarseille can reach 100.0.1.0/24.\nThe path between marseille and 100.0.1.0/24 involves kiev.\nThe number of paths between marseille and 100.0.1.0/24 should be 2.\nbasel can reach 100.0.29.0/24.\nRouting traffic between basel and 100.0.29.0/24 goes via london.\nTo reach 100.0.29.0/24 from basel, traffic is balanced on 2 paths.\nTraffic originating from zurich can reach the subnet 100.0.4.0/24.\nTraffic from zurich to 100.0.4.0/24 passes through basel.\nTraffic from zurich to 100.0.4.0/24 should be load-balanced across 2 paths.\nConnectivity from geneva to 100.0.9.0/24 is established.\nTo reach 100.0.9.0/24 from geneva, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from geneva, traffic is balanced on 3 paths.\nTraffic originating from frankfurt can reach the subnet 100.0.9.0/24.\nThe path between frankfurt and 100.0.9.0/24 involves rotterdam.\nTraffic from frankfurt to 100.0.9.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from lyon.\nThe path between lyon and 100.0.29.0/24 involves london.\nTraffic from lyon to 100.0.4.0/24 should be load-balanced across 2 paths.\nathens can reach 100.0.29.0/24.\nRouting traffic between athens and 100.0.29.0/24 goes via london.\nTraffic from athens to 100.0.29.0/24 is evenly distributed across 3 paths.\nTraffic originating from warsaw can reach the subnet 100.0.9.0/24.\nTo reach 100.0.9.0/24 from warsaw, traffic is directed through rotterdam.\nTo reach 100.0.9.0/24 from warsaw, traffic is balanced on 2 paths.\n100.0.1.0/24 is accessible from paris.\nTraffic from paris to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from paris, traffic is balanced on 2 paths.\nThe subnet 100.0.1.0/24 is reachable from lyon.\nThe path between lyon and 100.0.1.0/24 involves kiev.\nTraffic from lyon to 100.0.1.0/24 is evenly distributed across 2 paths.\n100.0.4.0/24 is accessible from praha.\nThe path between praha and 100.0.4.0/24 involves basel.\nThe number of paths between praha and 100.0.4.0/24 should be 2.\nConnectivity from basel to 100.0.1.0/24 is established.\nTo reach 100.0.1.0/24 from basel, traffic is directed through kiev.\nTraffic from basel to 100.0.1.0/24 should be load-balanced across 2 paths.\nstrasbourg can reach 100.0.4.0/24.\nThe path between strasbourg and 100.0.4.0/24 involves basel.\nTraffic from strasbourg to 100.0.4.0/24 should be load-balanced across 3 paths.\nroma can reach 100.0.29.0/24.\nTraffic from roma to 100.0.29.0/24 passes through london.\nThe number of paths between roma and 100.0.29.0/24 should be 2.\n100.0.4.0/24 is accessible from rotterdam.\nTo reach 100.0.4.0/24 from rotterdam, traffic is directed through basel.\nThe number of paths between rotterdam and 100.0.4.0/24 should be 3.\nConnectivity from vienna to 100.0.9.0/24 is established.\nThe route from vienna to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from vienna, traffic should be split across 3 paths.\nTraffic originating from luxembourg can reach the subnet 100.0.29.0/24.\nTo reach 100.0.29.0/24 from luxembourg, traffic is directed through london.\nTraffic from luxembourg to 100.0.29.0/24 should be load-balanced across 2 paths.\nlyon can reach 100.0.4.0/24.\nTo reach 100.0.4.0/24 from lyon, traffic is directed through basel.\nTraffic from lyon to 100.0.4.0/24 is evenly distributed across 2 paths.\nmadrid can reach 100.0.29.0/24.\nRouting traffic between madrid and 100.0.29.0/24 goes via london.\nThe number of paths between madrid and 100.0.29.0/24 should be 2.\n100.0.1.0/24 is accessible from bucharest.\nRouting traffic between bucharest and 100.0.1.0/24 goes via kiev.\nTraffic from bucharest to 100.0.1.0/24 should be load-balanced across 2 paths.\nThe subnet 100.0.29.0/24 is reachable from warsaw.\nThe route from warsaw to 100.0.29.0/24 includes london.\nTraffic from warsaw to 100.0.29.0/24 should be load-balanced across 2 paths.\namsterdam can reach 100.0.29.0/24.\nThe route from amsterdam to 100.0.29.0/24 includes london.\nTo reach 100.0.29.0/24 from amsterdam, traffic is balanced on 2 paths.\n100.0.29.0/24 is accessible from praha.\nTraffic from praha to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from praha, traffic is balanced on 3 paths.\nConnectivity from praha to 100.0.1.0/24 is established.\nRouting traffic between praha and 100.0.1.0/24 goes via kiev.\nThe number of paths between praha and 100.0.1.0/24 should be 2.\nConnectivity from bratislava to 100.0.4.0/24 is established.\nTo reach 100.0.4.0/24 from bratislava, traffic is directed through basel.\nThe number of paths between bratislava and 100.0.4.0/24 should be 4.\nConnectivity from paris to 100.0.9.0/24 is established.\nTraffic from paris to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from paris, traffic is balanced on 2 paths.\nThe subnet 100.0.9.0/24 is reachable from lyon.\nRouting traffic between lyon and 100.0.9.0/24 goes via rotterdam.\nTo reach 100.0.9.0/24 from lyon, traffic should be split across 6 paths.\nvienna can reach 100.0.1.0/24.\nTo reach 100.0.1.0/24 from vienna, traffic is directed through kiev.\nTraffic from vienna to 100.0.1.0/24 is evenly distributed across 2 paths.\nConnectivity from kiev to 100.0.4.0/24 is established.\nRouting traffic between kiev and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from kiev, traffic should be split across 2 paths.\nConnectivity from marseille to 100.0.4.0/24 is established.\nThe route from marseille to 100.0.4.0/24 includes basel.\nTo reach 100.0.4.0/24 from marseille, traffic should be split across 3 paths.\nConnectivity from barcelona to 100.0.29.0/24 is established.\nThe path between barcelona and 100.0.29.0/24 involves london.\nTraffic from barcelona to 100.0.29.0/24 should be load-balanced across 2 paths.\nbudapest can reach 100.0.4.0/24.\nThe route from budapest to 100.0.4.0/24 includes basel.\nTraffic from budapest to 100.0.4.0/24 should be load-balanced across 4 paths.\nzurich can reach 100.0.1.0/24.\nThe path between zurich and 100.0.1.0/24 involves kiev.\nThe number of paths between zurich and 100.0.1.0/24 should be 3.\nThe subnet 100.0.9.0/24 is reachable from roma.\nThe route from roma to 100.0.9.0/24 includes rotterdam.\nTo reach 100.0.9.0/24 from roma, traffic is balanced on 3 paths.\nTraffic originating from roma can reach the subnet 100.0.4.0/24.\nRouting traffic between roma and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from roma, traffic is balanced on 2 paths.\nConnectivity from brussels to 100.0.29.0/24 is established.\nThe route from brussels to 100.0.29.0/24 includes london.\nThe number of paths between brussels and 100.0.29.0/24 should be 2.\nzurich can reach 100.0.29.0/24.\nTo reach 100.0.29.0/24 from zurich, traffic is directed through london.\nTraffic from zurich to 100.0.29.0/24 should be load-balanced across 5 paths.\ngeneva can reach 100.0.4.0/24.\nThe route from geneva to 100.0.4.0/24 includes basel.\nThe number of paths between geneva and 100.0.4.0/24 should be 3.\nbucharest can reach 100.0.9.0/24.\nTraffic from bucharest to 100.0.9.0/24 passes through rotterdam.\nTo reach 100.0.9.0/24 from bucharest, traffic is balanced on 2 paths.\nTraffic originating from vienna can reach the subnet 100.0.29.0/24.\nThe path between vienna and 100.0.29.0/24 involves london.\nTo reach 100.0.29.0/24 from vienna, traffic is balanced on 2 paths.\nConnectivity from marseille to 100.0.29.0/24 is established.\nThe route from marseille to 100.0.29.0/24 includes london.\nTraffic from marseille to 100.0.29.0/24 is evenly distributed across 4 paths.\nwarsaw can reach 100.0.1.0/24.\nTraffic from warsaw to 100.0.1.0/24 passes through kiev.\nTo reach 100.0.1.0/24 from warsaw, traffic is balanced on 2 paths.\nConnectivity from bucharest to 100.0.4.0/24 is established.\nRouting traffic between bucharest and 100.0.4.0/24 goes via basel.\nTo reach 100.0.4.0/24 from bucharest, traffic should be split across 2 paths.\nTraffic originating from athens can reach the subnet 100.0.1.0/24.\nThe route from athens to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from athens, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from milan.\nThe route from milan to 100.0.9.0/24 includes rotterdam.\nTraffic from milan to 100.0.9.0/24 should be load-balanced across 2 paths.\nConnectivity from praha to 100.0.9.0/24 is established.\nThe path between praha and 100.0.9.0/24 involves rotterdam.\nThe number of paths between praha and 100.0.9.0/24 should be 2.\n100.0.1.0/24 is accessible from budapest.\nRouting traffic between budapest and 100.0.1.0/24 goes via kiev.\nTo reach 100.0.1.0/24 from budapest, traffic is balanced on 2 paths.\n100.0.9.0/24 is accessible from luxembourg.\nTo reach 100.0.9.0/24 from luxembourg, traffic is directed through rotterdam.\nTraffic from luxembourg to 100.0.9.0/24 is evenly distributed across 4 paths.\nThe subnet 100.0.1.0/24 is reachable from rotterdam.\nRouting traffic between rotterdam and 100.0.1.0/24 goes via kiev.\nTraffic from rotterdam to 100.0.1.0/24 is evenly distributed across 4 paths.\nConnectivity from sofia to 100.0.4.0/24 is established.\nThe path between sofia and 100.0.4.0/24 involves basel.\nTraffic from sofia to 100.0.4.0/24 should be load-balanced across 4 paths.\nrotterdam can reach 100.0.29.0/24.\nTraffic from rotterdam to 100.0.29.0/24 passes through london.\nTo reach 100.0.29.0/24 from rotterdam, traffic should be split across 2 paths.\nbrussels can reach 100.0.1.0/24.\nThe route from brussels to 100.0.1.0/24 includes kiev.\nTo reach 100.0.1.0/24 from brussels, traffic is balanced on 4 paths.\nThe subnet 100.0.9.0/24 is reachable from strasbourg.\nTraffic from strasbourg to 100.0.9.0/24 passes through rotterdam.\nThe number of paths between strasbourg and 100.0.9.0/24 should be 2.", "expected": "{\"reachability\": {\"athens\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"budapest\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\"], \"madrid\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\"], \"roma\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"bratislava\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"amsterdam\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"strasbourg\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"luxembourg\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"milan\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"london\": [\"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"marseille\": [\"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\"], \"istanbul\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\"], \"paris\": [\"100.0.29.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"frankfurt\": [\"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\"], \"geneva\": [\"100.0.1.0/24\", \"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"vienna\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"sofia\": [\"100.0.29.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"kiev\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.4.0/24\"], \"zurich\": [\"100.0.9.0/24\", \"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"], \"warsaw\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"brussels\": [\"100.0.4.0/24\", \"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"basel\": [\"100.0.9.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\"], \"barcelona\": [\"100.0.9.0/24\", \"100.0.29.0/24\"], \"bucharest\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\", \"100.0.4.0/24\"], \"lyon\": [\"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.4.0/24\", \"100.0.9.0/24\"], \"praha\": [\"100.0.4.0/24\", \"100.0.29.0/24\", \"100.0.1.0/24\", \"100.0.9.0/24\"], \"rotterdam\": [\"100.0.4.0/24\", \"100.0.1.0/24\", \"100.0.29.0/24\"]}, \"waypoint\": {\"(athens,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.1.0/24)\": [\"kiev\"], \"(amsterdam,100.0.9.0/24)\": [\"rotterdam\"], \"(strasbourg,100.0.29.0/24)\": [\"london\"], \"(bratislava,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.1.0/24)\": [\"kiev\"], \"(budapest,100.0.9.0/24)\": [\"rotterdam\"], \"(marseille,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.4.0/24)\": [\"basel\"], \"(london,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.29.0/24)\": [\"london\"], \"(frankfurt,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.1.0/24)\": [\"kiev\"], \"(frankfurt,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.4.0/24)\": [\"basel\"], \"(istanbul,100.0.29.0/24)\": [\"london\"], \"(sofia,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.9.0/24)\": [\"rotterdam\"], \"(london,100.0.4.0/24)\": [\"basel\"], \"(frankfurt,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.9.0/24)\": [\"rotterdam\"], \"(warsaw,100.0.4.0/24)\": [\"basel\"], \"(kiev,100.0.29.0/24)\": [\"london\"], \"(luxembourg,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.1.0/24)\": [\"kiev\"], \"(athens,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.9.0/24)\": [\"rotterdam\"], \"(barcelona,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.9.0/24)\": [\"rotterdam\"], \"(amsterdam,100.0.1.0/24)\": [\"kiev\"], \"(paris,100.0.4.0/24)\": [\"basel\"], \"(sofia,100.0.9.0/24)\": [\"rotterdam\"], \"(brussels,100.0.9.0/24)\": [\"rotterdam\"], \"(milan,100.0.1.0/24)\": [\"kiev\"], \"(geneva,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.29.0/24)\": [\"london\"], \"(madrid,100.0.9.0/24)\": [\"rotterdam\"], \"(istanbul,100.0.1.0/24)\": [\"kiev\"], \"(marseille,100.0.1.0/24)\": [\"kiev\"], \"(basel,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.4.0/24)\": [\"basel\"], \"(geneva,100.0.9.0/24)\": [\"rotterdam\"], \"(frankfurt,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.29.0/24)\": [\"london\"], \"(athens,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.9.0/24)\": [\"rotterdam\"], \"(paris,100.0.1.0/24)\": [\"kiev\"], \"(lyon,100.0.1.0/24)\": [\"kiev\"], \"(praha,100.0.4.0/24)\": [\"basel\"], \"(basel,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.4.0/24)\": [\"basel\"], \"(roma,100.0.29.0/24)\": [\"london\"], \"(rotterdam,100.0.4.0/24)\": [\"basel\"], \"(vienna,100.0.9.0/24)\": [\"rotterdam\"], \"(luxembourg,100.0.29.0/24)\": [\"london\"], \"(lyon,100.0.4.0/24)\": [\"basel\"], \"(madrid,100.0.29.0/24)\": [\"london\"], \"(bucharest,100.0.1.0/24)\": [\"kiev\"], \"(warsaw,100.0.29.0/24)\": [\"london\"], \"(amsterdam,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.29.0/24)\": [\"london\"], \"(praha,100.0.1.0/24)\": [\"kiev\"], \"(bratislava,100.0.4.0/24)\": [\"basel\"], \"(paris,100.0.9.0/24)\": [\"rotterdam\"], \"(lyon,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.1.0/24)\": [\"kiev\"], \"(kiev,100.0.4.0/24)\": [\"basel\"], \"(marseille,100.0.4.0/24)\": [\"basel\"], \"(barcelona,100.0.29.0/24)\": [\"london\"], \"(budapest,100.0.4.0/24)\": [\"basel\"], \"(zurich,100.0.1.0/24)\": [\"kiev\"], \"(roma,100.0.9.0/24)\": [\"rotterdam\"], \"(roma,100.0.4.0/24)\": [\"basel\"], \"(brussels,100.0.29.0/24)\": [\"london\"], \"(zurich,100.0.29.0/24)\": [\"london\"], \"(geneva,100.0.4.0/24)\": [\"basel\"], \"(bucharest,100.0.9.0/24)\": [\"rotterdam\"], \"(vienna,100.0.29.0/24)\": [\"london\"], \"(marseille,100.0.29.0/24)\": [\"london\"], \"(warsaw,100.0.1.0/24)\": [\"kiev\"], \"(bucharest,100.0.4.0/24)\": [\"basel\"], \"(athens,100.0.1.0/24)\": [\"kiev\"], \"(milan,100.0.9.0/24)\": [\"rotterdam\"], \"(praha,100.0.9.0/24)\": [\"rotterdam\"], \"(budapest,100.0.1.0/24)\": [\"kiev\"], \"(luxembourg,100.0.9.0/24)\": [\"rotterdam\"], \"(rotterdam,100.0.1.0/24)\": [\"kiev\"], \"(sofia,100.0.4.0/24)\": [\"basel\"], \"(rotterdam,100.0.29.0/24)\": [\"london\"], \"(brussels,100.0.1.0/24)\": [\"kiev\"], \"(strasbourg,100.0.9.0/24)\": [\"rotterdam\"]}, \"loadbalancing\": {\"(athens,100.0.9.0/24)\": 2, \"(budapest,100.0.29.0/24)\": 3, \"(madrid,100.0.4.0/24)\": 2, \"(roma,100.0.1.0/24)\": 2, \"(bratislava,100.0.1.0/24)\": 2, \"(amsterdam,100.0.29.0/24)\": 2, \"(strasbourg,100.0.29.0/24)\": 2, \"(bratislava,100.0.9.0/24)\": 7, \"(luxembourg,100.0.1.0/24)\": 4, \"(milan,100.0.4.0/24)\": 2, \"(london,100.0.1.0/24)\": 3, \"(budapest,100.0.9.0/24)\": 2, \"(marseille,100.0.29.0/24)\": 4, \"(istanbul,100.0.4.0/24)\": 2, \"(london,100.0.9.0/24)\": 3, \"(paris,100.0.9.0/24)\": 2, \"(frankfurt,100.0.1.0/24)\": 2, \"(strasbourg,100.0.1.0/24)\": 2, \"(geneva,100.0.1.0/24)\": 5, \"(frankfurt,100.0.4.0/24)\": 2, \"(vienna,100.0.4.0/24)\": 2, \"(istanbul,100.0.29.0/24)\": 3, \"(sofia,100.0.29.0/24)\": 5, \"(amsterdam,100.0.4.0/24)\": 7, \"(kiev,100.0.9.0/24)\": 2, \"(london,100.0.4.0/24)\": 2, \"(frankfurt,100.0.29.0/24)\": 2, \"(zurich,100.0.9.0/24)\": 3, \"(warsaw,100.0.4.0/24)\": 2, \"(kiev,100.0.29.0/24)\": 3, \"(luxembourg,100.0.4.0/24)\": 4, \"(madrid,100.0.1.0/24)\": 3, \"(athens,100.0.4.0/24)\": 2, \"(brussels,100.0.4.0/24)\": 2, \"(basel,100.0.9.0/24)\": 2, \"(barcelona,100.0.29.0/24)\": 2, \"(istanbul,100.0.9.0/24)\": 2, \"(amsterdam,100.0.1.0/24)\": 2, \"(paris,100.0.4.0/24)\": 2, \"(sofia,100.0.9.0/24)\": 4, \"(brussels,100.0.9.0/24)\": 3, \"(milan,100.0.1.0/24)\": 2, \"(geneva,100.0.29.0/24)\": 4, \"(bucharest,100.0.29.0/24)\": 3, \"(madrid,100.0.29.0/24)\": 2, \"(istanbul,100.0.1.0/24)\": 4, \"(marseille,100.0.1.0/24)\": 2, \"(basel,100.0.29.0/24)\": 2, \"(zurich,100.0.4.0/24)\": 2, \"(geneva,100.0.9.0/24)\": 3, \"(frankfurt,100.0.9.0/24)\": 2, \"(lyon,100.0.4.0/24)\": 2, \"(athens,100.0.29.0/24)\": 3, \"(warsaw,100.0.9.0/24)\": 2, \"(paris,100.0.1.0/24)\": 2, \"(lyon,100.0.1.0/24)\": 2, \"(praha,100.0.4.0/24)\": 2, \"(basel,100.0.1.0/24)\": 2, \"(strasbourg,100.0.4.0/24)\": 3, \"(roma,100.0.29.0/24)\": 2, \"(rotterdam,100.0.4.0/24)\": 3, \"(vienna,100.0.9.0/24)\": 3, \"(luxembourg,100.0.29.0/24)\": 2, \"(bucharest,100.0.1.0/24)\": 2, \"(warsaw,100.0.29.0/24)\": 2, \"(praha,100.0.29.0/24)\": 3, \"(praha,100.0.1.0/24)\": 2, \"(bratislava,100.0.4.0/24)\": 4, \"(lyon,100.0.9.0/24)\": 6, \"(vienna,100.0.1.0/24)\": 2, \"(kiev,100.0.4.0/24)\": 2, \"(marseille,100.0.4.0/24)\": 3, \"(budapest,100.0.4.0/24)\": 4, \"(zurich,100.0.1.0/24)\": 3, \"(roma,100.0.9.0/24)\": 3, \"(roma,100.0.4.0/24)\": 2, \"(brussels,100.0.29.0/24)\": 2, \"(zurich,100.0.29.0/24)\": 5, \"(geneva,100.0.4.0/24)\": 3, \"(bucharest,100.0.9.0/24)\": 2, \"(vienna,100.0.29.0/24)\": 2, \"(warsaw,100.0.1.0/24)\": 2, \"(bucharest,100.0.4.0/24)\": 2, \"(athens,100.0.1.0/24)\": 2, \"(milan,100.0.9.0/24)\": 2, \"(praha,100.0.9.0/24)\": 2, \"(budapest,100.0.1.0/24)\": 2, \"(luxembourg,100.0.9.0/24)\": 4, \"(rotterdam,100.0.1.0/24)\": 4, \"(sofia,100.0.4.0/24)\": 4, \"(rotterdam,100.0.29.0/24)\": 2, \"(brussels,100.0.1.0/24)\": 4, \"(strasbourg,100.0.9.0/24)\": 2}}"}