scenario_name
stringclasses 5
values | prompt
stringclasses 5
values | result
stringclasses 5
values |
|---|---|---|
ospf_simple | The network topology is in a textual format. Each line has the following format:
<NAME>[<METADATA>]=<VALUE>
<NAME> is the device name.
<METADATA> is alphanumeric. The numeric values are network interfaces of the device <NAME>. You have to remember them. The interface name is composed as "eth<METADATA>" All the other values can be ignored.
<VALUE> is the value associated to <METADATA>. You only need to remember values associated to the network interfaces. They represent the LAN identifier where the interface is attached. If two devices are on the same LAN, it means that they are directly connected.
Here is the network topology:
bb0[0]=A
bb0[1]=C
bb1[0]=A
bb1[1]=D
bb2[0]=A
bb2[1]=B
bb3[0]=B
bb3[1]=C
bb4[0]=C
bb4[1]=D
Give the user the configurations of all the devices.
If you do not know a required value, leave the following placeholder: [PLACEHOLDER].
If a value is optional, do not include anything in the output.
If a chunk of configuration is optional, do not include anything in the output. | {"bb0": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\ninterface eth0\n ip ospf cost 21\nexit\n!\ninterface eth1\n ip ospf cost 36\nexit\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "bb2": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "bb3": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\ninterface eth0\n ip ospf cost 7\nexit\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "bb1": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\ninterface eth1\n ip ospf cost 45\nexit\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "bb4": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n"} |
ospf_multiarea | The network topology is in a textual format. Each line has the following format:
<NAME>[<METADATA>]=<VALUE>
<NAME> is the device name.
<METADATA> is alphanumeric. The numeric values are network interfaces of the device <NAME>. You have to remember them. The interface name is composed as "eth<METADATA>" All the other values can be ignored.
<VALUE> is the value associated to <METADATA>. You only need to remember values associated to the network interfaces. They represent the LAN identifier where the interface is attached. If two devices are on the same LAN, it means that they are directly connected.
Here is the network topology:
bb0[0]=A
bb0[1]=C
bb1[0]=A
bb1[1]=D
bb1[2]=E
bb1[3]=F
bb2[0]=A
bb2[1]=B
bb2[2]=H
bb2[3]=G
bb3[0]=B
bb3[1]=C
bb4[0]=C
bb4[1]=D
r1[0]=E
r1[1]=I
r2[0]=I
r2[1]=J
r3[0]=G
r3[1]=F
r3[2]=K
r4[0]=L
r4[1]=N
r5[0]=M
r5[1]=N
r5[2]=H
r6[0]=L
r6[1]=M
Give the user the configurations of all the devices.
If you do not know a required value, leave the following placeholder: [PLACEHOLDER].
If a value is optional, do not include anything in the output.
If a chunk of configuration is optional, do not include anything in the output. | {"r6": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 220.0.0.0/16 area 3.3.3.3\n area 3.3.3.3 stub\nexit\n!\nend\n", "bb0": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "r3": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 110.0.0.0/30 area 2.2.2.2\n network 120.0.0.0/30 area 2.2.2.2\n network 210.0.0.0/16 area 2.2.2.2\n area 2.2.2.2 stub\nexit\n!\nend\n", "bb2": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\ninterface eth0\n ip ospf cost 100\nexit\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\n network 120.0.0.0/30 area 2.2.2.2\n network 130.0.0.0/30 area 3.3.3.3\n area 2.2.2.2 stub\n area 3.3.3.3 stub\nexit\n!\nend\n", "r2": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 200.0.0.0/16 area 1.1.1.1\n area 1.1.1.1 stub\nexit\n!\nend\n", "r5": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 130.0.0.0/30 area 3.3.3.3\n network 220.0.0.0/16 area 3.3.3.3\n area 3.3.3.3 stub\nexit\n!\nend\n", "bb3": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "bb1": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\ninterface eth0\n ip ospf cost 90\nexit\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\n network 100.0.0.0/30 area 1.1.1.1\n network 110.0.0.0/30 area 2.2.2.2\n area 1.1.1.1 stub\n area 2.2.2.2 stub\nexit\n!\nend\n", "bb4": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 10.0.0.0/16 area 0.0.0.0\nexit\n!\nend\n", "r1": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 100.0.0.0/30 area 1.1.1.1\n network 200.0.0.0/16 area 1.1.1.1\n area 1.1.1.1 stub\nexit\n!\nend\n", "r4": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter ospf\n redistribute connected\n network 220.0.0.0/16 area 3.3.3.3\n area 3.3.3.3 stub\nexit\n!\nend\n"} |
rip | The network topology is in a textual format. Each line has the following format:
<NAME>[<METADATA>]=<VALUE>
<NAME> is the device name.
<METADATA> is alphanumeric. The numeric values are network interfaces of the device <NAME>. You have to remember them. The interface name is composed as "eth<METADATA>" All the other values can be ignored.
<VALUE> is the value associated to <METADATA>. You only need to remember values associated to the network interfaces. They represent the LAN identifier where the interface is attached. If two devices are on the same LAN, it means that they are directly connected.
Here is the network topology:
r1[0]="H"
r1[1]="G"
r1[2]="E"
r1[3]="A"
r2[0]="E"
r2[1]="F"
r2[2]="B"
r3[0]="F"
r3[1]="G"
r3[2]="I"
r3[3]="C"
r4[0]="L"
r4[1]="D"
r4[2]="I"
r4[3]="H"
r5[0]="L"
Give the user the configurations of all the devices.
If you do not know a required value, leave the following placeholder: [PLACEHOLDER].
If a value is optional, do not include anything in the output.
If a chunk of configuration is optional, do not include anything in the output. | {"r3": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter rip\n network 100.1.0.0/24\n redistribute connected\nexit\n!\nend\n", "r2": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter rip\n network 100.1.0.0/24\n redistribute connected\nexit\n!\nend\n", "r1": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter rip\n network 100.1.0.0/24\n redistribute connected\nexit\n!\nend\n", "r4": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter rip\n network 100.1.0.0/24\n redistribute connected\nexit\n!\nend\n"} |
bgp_simple | The network topology is in a textual format. Each line has the following format:
<NAME>[<METADATA>]=<VALUE>
<NAME> is the device name.
<METADATA> is alphanumeric. The numeric values are network interfaces of the device <NAME>. You have to remember them. The interface name is composed as "eth<METADATA>" All the other values can be ignored.
<VALUE> is the value associated to <METADATA>. You only need to remember values associated to the network interfaces. They represent the LAN identifier where the interface is attached. If two devices are on the same LAN, it means that they are directly connected.
Here is the network topology:
router1[0]="A"
router1[1]="B"
router2[0]="A"
router2[1]="C"
Give the user the configurations of all the devices.
If you do not know a required value, leave the following placeholder: [PLACEHOLDER].
If a value is optional, do not include anything in the output.
If a chunk of configuration is optional, do not include anything in the output. | {"router1": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter bgp 1\n neighbor 193.10.11.2 remote-as 2\n !\n address-family ipv4 unicast\n network 195.11.14.0/24\n exit-address-family\nexit\n!\nend\n", "router2": "frr version 9.0.1\nfrr defaults traditional\nhostname frr_test\nno ipv6 forwarding\nno service integrated-vtysh-config\n!\nrouter bgp 2\n neighbor 193.10.11.1 remote-as 1\n !\n address-family ipv4 unicast\n network 200.1.1.0/24\n exit-address-family\nexit\n!\nend\n"} |
rift_dc | The network topology is in a textual format. Each line has the following format:
<NAME>[<METADATA>]=<VALUE>
<NAME> is the device name.
<METADATA> is alphanumeric. The numeric values are network interfaces of the device <NAME>. You have to remember them. The interface name is composed as "eth<METADATA>" All the other values can be ignored.
<VALUE> is the value associated to <METADATA>. You only need to remember values associated to the network interfaces. They represent the LAN identifier where the interface is attached. If two devices are on the same LAN, it means that they are directly connected.
Here is the network topology:
tof_1_2_1[0]="G"
tof_1_2_1[1]="I"
tof_1_2_1[2]="Q"
tof_1_2_1[3]="S"
tof_1_2_2[0]="H"
tof_1_2_2[1]="J"
tof_1_2_2[2]="R"
tof_1_2_2[3]="T"
spine_1_1_1[0]="A"
spine_1_1_1[1]="D"
spine_1_1_1[2]="G"
spine_1_1_1[3]="H"
spine_1_1_2[0]="B"
spine_1_1_2[1]="E"
spine_1_1_2[2]="I"
spine_1_1_2[3]="J"
leaf_1_0_1[0]="A"
leaf_1_0_1[1]="B"
leaf_1_0_1[2]="C"
leaf_1_0_1[3]="U"
leaf_1_0_2[0]="D"
leaf_1_0_2[1]="E"
leaf_1_0_2[2]="V"
leaf_1_0_2[3]="Z"
spine_2_1_1[0]="K"
spine_2_1_1[1]="N"
spine_2_1_1[2]="Q"
spine_2_1_1[3]="R"
spine_2_1_2[0]="L"
spine_2_1_2[1]="O"
spine_2_1_2[2]="S"
spine_2_1_2[3]="T"
leaf_2_0_1[0]="K"
leaf_2_0_1[1]="L"
leaf_2_0_1[2]="M"
leaf_2_0_1[3]="F"
leaf_2_0_2[0]="N"
leaf_2_0_2[1]="O"
leaf_2_0_2[2]="P"
leaf_2_0_2[3]="W"
Give the user the configurations of all the devices.
If you do not know a required value, leave the following placeholder: [PLACEHOLDER].
If a value is optional, do not include anything in the output.
If a chunk of configuration is optional, do not include anything in the output. | {"leaf_1_0_2": "router rift\n level 1\n interface eth0\n interface eth1\n interface eth2\n prefix 200.0.2.0/24", "spine_1_1_2": "router rift\n system-id 874638\n interface eth0\n interface eth1\n interface eth2\n interface eth3", "spine_1_1_1": "router rift\n interface eth0\n interface eth1\n interface eth2\n interface eth3", "spine_2_1_1": "router rift\n interface eth0\n interface eth1\n interface eth2\n interface eth3", "tof_1_2_1": "router rift\n level 20\n lie-address 224.0.8.24\n interface eth0\n interface eth1\n interface eth2\n interface eth3", "tof_1_2_2": "router rift\n level 20\n interface eth0\n interface eth1\n interface eth2\n interface eth3", "spine_2_1_2": "router rift\n interface eth0\n interface eth1\n interface eth2\n interface eth3", "leaf_2_0_1": "router rift\n level 1\n interface eth0\n interface eth1\n interface eth2\n prefix 200.0.3.0/24\n prefix fafb::/64", "leaf_1_0_1": "router rift\n level 1\n interface eth0\n interface eth1\n interface eth2\n prefix 200.0.1.0/24", "leaf_2_0_2": "router rift\n level 1\n interface eth0\n interface eth1\n interface eth2\n prefix 200.0.4.0/24"} |