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add DHCPv4 scope named Scope-Net-12
Microsoft
powershell
Protocols
Add-DhcpServerv4Scope -Name "Scope-Net-12" -StartRange 192.168.12.100 -EndRange 192.168.12.200 -SubnetMask 255.255.255.0
corpus
Add-DhcpServerv4Scope -Name "Scope-Net-12" -StartRange 192.168.12.100 -EndRange 192.168.12.200 -SubnetMask 255.255.255.0
add static route 172.16.25.0/24 via 10.255.1.25
Aruba
aoscx
Routing
ip route 172.16.25.0/24 10.255.1.25
corpus
ip route 172.16.25.0/24 10.255.1.25
set security rule Policy_Entry_43 threat profile group
PAN-OS
panos
Firewall
set rulebase security rules Policy_Entry_43 profile-setting group Threat-Profiles-Group
corpus
set rulebase security rules Policy_Entry_43 profile-setting group Threat-Profiles-Group
show IGMP interface details
FRR
frr
System
show ip igmp [vrf NAME] interface [detail|WORD] [json]
corpus
show ip igmp [vrf NAME] interface [detail|WORD] [json]
drop SSH from 192.168.58.0/24 with nftables
Linux
linux
Security
nft add rule ip filter input ip saddr 192.168.58.0/24 tcp dport 22 drop
corpus
nft add rule ip filter input ip saddr 192.168.58.0/24 tcp dport 22 drop
add static ARP entry 192.168.4.10
Linux
linux
Protocols
arp -s 192.168.4.10 00:11:22:33:44:04
corpus
arp -s 192.168.4.10 00:11:22:33:44:04
add IP address 192.168.14.1/24 on vlan-140
Mikrotik
routeros
VLAN
/ip address add address=192.168.14.1/24 interface=vlan-140 network=192.168.14.0
corpus
/ip address add address=192.168.14.1/24 interface=vlan-140 network=192.168.14.0
add static route 172.16.100.0/24 via 10.255.1.100
Huawei
vrp
Routing
ip route-static 172.16.100.0 255.255.255.0 10.255.1.100
corpus
ip route-static 172.16.100.0 255.255.255.0 10.255.1.100
enable auto-on on port 7:16
Extreme
exos
Interfaces
configure ports 7:16 auto-on
corpus
configure ports 7:16 auto-on
set OSPF passive interface swp31 in default VRF
NVIDIA
nvue
OSPF
nv set vrfs default router ospf area 0.0.0.0 passive-interface swp31
corpus
nv set vrfs default router ospf area 0.0.0.0 passive-interface swp31
remove route to 10.0.2.0/24
Microsoft
powershell
Protocols
Remove-NetRoute -DestinationPrefix 10.0.2.0/24 -Confirm:$false
corpus
Remove-NetRoute -DestinationPrefix 10.0.2.0/24 -Confirm:$false
show BGP EVPN routes by type
FRR
frr
EVPN
show bgp l2vpn evpn route [type <macip|2|multicast|3|es|4|prefix|5>]
corpus
show bgp l2vpn evpn route [type <macip|2|multicast|3|es|4|prefix|5>]
configure EVPN flood traffic filtering
Arista
eos
EVPN
Flood Traffic Filtering with EVPN
corpus
Flood Traffic Filtering with EVPN
show port 6:16 detailed information
Extreme
exos
Troubleshooting
show ports 6:16 info detail
corpus
show ports 6:16 info detail
reject matching subnets in firewall filter
Juniper
junos
Routing
set term ACCEPT_SOME-SUBNETS then reject
corpus
set term ACCEPT_SOME-SUBNETS then reject
create VLAN 104
Huawei
vrp
Interfaces
vlan 104
corpus
[Huawei] vlan 104
show FDB entries for vlan 230
Extreme
exos
VLAN
show fdb vlan Vlan-ID-230
corpus
show fdb vlan Vlan-ID-230
capture ICMP on en1 to pcapng file
Wireshark
tshark
Interfaces
tshark -i en1 -f "icmp" -w /tmp/capture_en1_icmp.pcapng
corpus
tshark -i en1 -f "icmp" -w /tmp/capture_en1_icmp.pcapng
set VLAN 870 IP address 192.168.87.1/24
NVIDIA
nvue
Interfaces
nv set interface vlan870 ip address 192.168.87.1/24
corpus
nv set interface vlan870 ip address 192.168.87.1/24
update Cisco IPS signatures
Cisco
ios
Security
ips signature update cisco
corpus
ips signature update cisco
set port 6:19 description
Extreme
exos
Interfaces
configure ports 6:19 description "Stack-Member-Slot-6-Port-19"
corpus
configure ports 6:19 description "Stack-Member-Slot-6-Port-19"
add IPv6 address 2001:db8:41::1/64 on ether41
Mikrotik
routeros
Interfaces
/ipv6 address add address=2001:db8:41::1/64 interface=ether41 advertise=yes
corpus
/ipv6 address add address=2001:db8:41::1/64 interface=ether41 advertise=yes
show global switch hash configuration
SONiC
sonic
Troubleshooting
show switch-hash global
corpus
show switch-hash global
add dhcp server on vlan-960 using pool dhcp-pool-96
Mikrotik
routeros
VLAN
/ip dhcp-server add name=dhcp-srv-96 interface=vlan-960 address-pool=dhcp-pool-96 disabled=no
corpus
/ip dhcp-server add name=dhcp-srv-96 interface=vlan-960 address-pool=dhcp-pool-96 disabled=no
scan port 136 with SYN scan on 192.168.56.0/24
Linux
linux
Security
nmap -p 136 -sS -n 192.168.56.0/24
corpus
nmap -p 136 -sS -n 192.168.56.0/24
delete ip address 192.168.75.10/24 from eth3
Linux
linux
Interfaces
ip addr del 192.168.75.10/24 dev eth3
corpus
ip addr del 192.168.75.10/24 dev eth3
add ip address 10.5.1.1/24 on ether5
Mikrotik
routeros
Interfaces
/ip address add address=10.5.1.1/24 interface=ether5 network=10.5.1.0
corpus
/ip address add address=10.5.1.1/24 interface=ether5 network=10.5.1.0
log to stdout at specified level
FRR
frr
System
log stdout LEVEL
corpus
log stdout LEVEL
configure eth2 with 192.168.18.10/24 and bring up
Linux
linux
Interfaces
ifconfig eth2 192.168.18.10 netmask 255.255.255.0 up
corpus
ifconfig eth2 192.168.18.10 netmask 255.255.255.0 up
capture port 179 traffic on eth1 to pcapng
Wireshark
tshark
Interfaces
tshark -i eth1 -f "port 179" -w /tmp/capture_eth1_port_179.pcapng
corpus
tshark -i eth1 -f "port 179" -w /tmp/capture_eth1_port_179.pcapng
set vpp xconnect interface
VyOS
vyos
Interfaces
set interfaces vpp xconnect <vppxconN>
corpus
set interfaces vpp xconnect <vppxconN>
set port 7:13 speed to 1000
Extreme
exos
Interfaces
configure ports 7:13 speed 1000
corpus
configure ports 7:13 speed 1000
capture port 443 traffic on en0 to pcapng
Wireshark
tshark
Interfaces
tshark -i en0 -f "port 443" -w /tmp/capture_en0_port_443.pcapng
corpus
tshark -i en0 -f "port 443" -w /tmp/capture_en0_port_443.pcapng
capture udp traffic on any interface
Wireshark
tshark
Interfaces
tshark -i any -f "udp"
corpus
tshark -i any -f "udp"
advertise network in ospf area
FRR
frr
System
network A.B.C.D/M area (0-4294967295)
corpus
network A.B.C.D/M area (0-4294967295)
show ethernet interface details
VyOS
vyos
Interfaces
show interfaces ethernet \<interface>
corpus
show interfaces ethernet \<interface>
disable vethernet 6 adapter
Microsoft
powershell
Interfaces
Disable-NetAdapter -Name "vEthernet 6" -Confirm:$false
corpus
Disable-NetAdapter -Name "vEthernet 6" -Confirm:$false
capture traffic to 192.168.5.1 on any interface
Linux
linux
Interfaces
tcpdump -i any -n -w /tmp/dump_5.pcap "ip host 192.168.5.1"
corpus
tcpdump -i any -n -w /tmp/dump_5.pcap "ip host 192.168.5.1"
capture icmp traffic on br0
Wireshark
tshark
Interfaces
tshark -i br0 -f "icmp"
corpus
tshark -i br0 -f "icmp"
show system users and processes
Cisco
ios
System
systat
corpus
systat
show configuration in pretty JSON format
VyOS
vyos
Troubleshooting
show configuration json pretty
corpus
show configuration json pretty
configure OSPFv3 area for IPv6
FRR
frr
System
ipv6 ospf6 area <A.B.C.D|(0-4294967295)>
corpus
ipv6 ospf6 area <A.B.C.D|(0-4294967295)>
enable BGP bestpath MED confederation
VyOS
vyos
BGP
set protocols bgp parameters bestpath med confed
corpus
set protocols bgp parameters bestpath med confed
delete console configuration settings
SONiC
sonic
System
config console del
corpus
config console del
configure logging server with info severity
Aruba
aoscx
Logging
logging server 192.168.100.3 severity info facility local0
corpus
logging server 192.168.100.3 severity info facility local0
modify SNMP trap configuration
SONiC
sonic
System
config snmptrap modify
corpus
config snmptrap modify
create admin role local user netengops-admin
Nokia
srlinux
AAA
set system aaa local-user netengops-admin role admin admin-state enable
corpus
set system aaa local-user netengops-admin role admin admin-state enable
clear all BGP neighbors in VRF
Arista
eos
BGP
clear ip bgp neighbor [*] [vrf vrf_name] [reason
corpus
clear ip bgp neighbor [*] [vrf vrf_name] [reason
configure syslog server 192.168.10.16
PAN-OS
panos
Logging
set shared log-settings syslog Syslog_Profile server Syslog_Server16 server 192.168.10.16 port 514
corpus
set shared log-settings syslog Syslog_Profile server Syslog_Server16 server 192.168.10.16 port 514
add forward chain firewall filter rule
Mikrotik
routeros
ACL
/ip firewall filter add chain=forward action=accept src-address=192.168.11.0/24 comment="Filter rules for subnet 11"
corpus
/ip firewall filter add chain=forward action=accept src-address=192.168.11.0/24 comment="Filter rules for subnet 11"
configure IPv4 address on ethernet-1/42
Nokia
srlinux
Interfaces
set interface ethernet-1/42 subinterface 0 ipv4 address 10.42.1.1/30
corpus
set interface ethernet-1/42 subinterface 0 ipv4 address 10.42.1.1/30
capture IP packets on loopback to file
Wireshark
tshark
Interfaces
tshark -i lo -f "ip" -w /tmp/capture_lo_ip.pcapng
corpus
tshark -i lo -f "ip" -w /tmp/capture_lo_ip.pcapng
assign IP address to interface swp25
NVIDIA
nvue
Interfaces
nv set interface swp25 ip address 10.25.1.1/24
corpus
nv set interface swp25 ip address 10.25.1.1/24
set description for security policy rule
PAN-OS
panos
VLAN
set rulebase security rules Policy_Entry_118 description "Firewall Policy Access control rule ID 118"
corpus
set rulebase security rules Policy_Entry_118 description "Firewall Policy Access control rule ID 118"
add port 3:21 untagged to VLAN 200
Extreme
exos
VLAN
configure vlan Vlan-ID-200 add ports 3:21 untagged
corpus
configure vlan Vlan-ID-200 add ports 3:21 untagged
create prefix-list policy
VyOS
vyos
Misc
set policy prefix-list \<text>
corpus
set policy prefix-list \<text>
get vEthernet 16 network adapter
Microsoft
powershell
Interfaces
Get-NetAdapter -Name "vEthernet 16"
corpus
Get-NetAdapter -Name "vEthernet 16"
configure egress MAC filter to log and drop
Nokia
srlinux
ACL
set acl egress-mac-filtering acl-filter description entry action log drop
corpus
set acl egress-mac-filtering acl-filter description entry action log drop
get firewall rule by display name
Microsoft
powershell
Security
Get-NetFirewallRule -DisplayName "Block Port 3016"
corpus
Get-NetFirewallRule -DisplayName "Block Port 3016"
accept tcp traffic on destination port 93
Linux
linux
Security
iptables -A INPUT -p tcp --dport 93 -j ACCEPT
corpus
iptables -A INPUT -p tcp --dport 93 -j ACCEPT
create user nocinfra-admin with admin role
NVIDIA
nvue
AAA
nv set system aaa user nocinfra-admin role admin
corpus
nv set system aaa user nocinfra-admin role admin
show directflow flows with optional counters
Arista
eos
System
show directflow flows [flow_name [counters | detail]]
corpus
show directflow flows [flow_name [counters | detail]]
configure vlan 780 with tag 780
Extreme
exos
VLAN
configure vlan Vlan-ID-780 tag 780
corpus
configure vlan Vlan-ID-780 tag 780
capture icmp traffic on br0 to pcap
Wireshark
tshark
Interfaces
tshark -i br0 -f "icmp" -w /tmp/capture_br0_icmp.pcapng
corpus
tshark -i br0 -f "icmp" -w /tmp/capture_br0_icmp.pcapng
capture port 179 traffic on en0
Wireshark
tshark
Interfaces
tshark -i en0 -f "port 179"
corpus
tshark -i en0 -f "port 179"
configure bfd on lag interface
Nokia
srlinux
EtherChannel
set bfd subinterface micro-bfd-sessions lag-interface admin-state remote-address
corpus
set bfd subinterface micro-bfd-sessions lag-interface admin-state remote-address
set wifi adapter mtu to 7500
Microsoft
powershell
Interfaces
Set-NetAdapter -Name "Wi-Fi 14" -MtuSize 7500
corpus
Set-NetAdapter -Name "Wi-Fi 14" -MtuSize 7500
set rib-in delay for bgp peer
Arista
eos
System
neighbor peer rib-in delay seconds event peer-init
corpus
neighbor peer rib-in delay seconds event peer-init
explain port acl user defined fields limits
Arista
eos
Routing
Port ACLs with User-Defined Fields Limitations
corpus
Port ACLs with User-Defined Fields Limitations
show thread cpu usage
FRR
frr
System
show thread cpu [FILTER]
corpus
show thread cpu [FILTER]
configure msdp peer sa-filter
FRR
frr
System
msdp peer A.B.C.D sa-filter ACL_NAME <in|out>
corpus
msdp peer A.B.C.D sa-filter ACL_NAME <in|out>
create vlan-250 on bridge interface
Mikrotik
routeros
VLAN
/interface vlan add name=vlan-250 vlan-id=250 interface=bridge-vlan-1
corpus
/interface vlan add name=vlan-250 vlan-id=250 interface=bridge-vlan-1
set stp path cost on port
Extreme
exos
Spanning-Tree
configure stpd STPD_Instance_3 ports 1:4 path-cost 13
corpus
configure stpd STPD_Instance_3 ports 1:4 path-cost 13
add static route via 10.255.0.2
NVIDIA
nvue
Routing
nv set vrfs default router static route 172.16.39.0/24 via 10.255.0.2
corpus
nv set vrfs default router static route 172.16.39.0/24 via 10.255.0.2
create ipv6 prefix-list rule with le 128
VyOS
vyos
Routing
set policy prefix-list6 PL6-EXAMPLE-NAME rule 20 le '128'
corpus
set policy prefix-list6 PL6-EXAMPLE-NAME rule 20 le '128'
add ip address 192.168.25.10 to eth1
Linux
linux
Interfaces
ip addr add 192.168.25.10/24 dev eth1
corpus
ip addr add 192.168.25.10/24 dev eth1
enable cos-based random-detect
Cisco
ios
QoS
random-detect cos-based
corpus
random-detect cos-based
add vlan Vlan-ID-590 port 2:24 tagged
Extreme
exos
VLAN
configure vlan Vlan-ID-590 add ports 2:24 tagged
corpus
configure vlan Vlan-ID-590 add ports 2:24 tagged
dir sslkey directory
Arista
eos
Security
dir sslkey:
corpus
dir sslkey:
enable ospf area 0 on ethernet1/12
PAN-OS
panos
OSPF
set network virtual-router default protocol ospf area 0.0.0.0 interface ethernet1/12 enable yes
corpus
set network virtual-router default protocol ospf area 0.0.0.0 interface ethernet1/12 enable yes
set pfcwd interval
SONiC
sonic
System
config pfcwd interval <interval_in_ms>
corpus
config pfcwd interval <interval_in_ms>
traceroute to 10.0.29.1 with numeric no dns
Linux
linux
Protocols
traceroute -n -w 2 -q 1 -m 30 10.0.29.1
corpus
traceroute -n -w 2 -q 1 -m 30 10.0.29.1
capture port 68 on wlan0
Wireshark
tshark
Interfaces
tshark -i wlan0 -f "port 68"
corpus
tshark -i wlan0 -f "port 68"
enable ARP duplicate detection with EVPN advertisement
Nokia
srlinux
EVPN
set interface description subinterface type ipv4 admin-state arp duplicate-address-detection evpn advertise
corpus
set interface description subinterface type ipv4 admin-state arp duplicate-address-detection evpn advertise
reset DNS forwarding for all or specific domain
VyOS
vyos
System
reset dns forwarding <all | domain>
corpus
reset dns forwarding <all | domain>
restart network adapter named LAN 31
Microsoft
powershell
Interfaces
Restart-NetAdapter -Name "LAN 31"
corpus
Restart-NetAdapter -Name "LAN 31"
bring up loopback interface in netns_57
Linux
linux
System
ip netns exec netns_57 ip link set lo up
corpus
ip netns exec netns_57 ip link set lo up
enable interface swp55
NVIDIA
nvue
Interfaces
nv set interface swp55 link state up
corpus
nv set interface swp55 link state up
filter for TCP destination port 122
Wireshark
tshark
Protocols
tcp.dstport == 122
corpus
tcp.dstport == 122
add swp8 to default bridge VLAN 80
NVIDIA
nvue
VLAN
nv set bridge domain default vlan 80 member interface swp8
corpus
nv set bridge domain default vlan 80 member interface swp8
create VLAN 30 subinterface on eth0
Linux
linux
Interfaces
ip link add link eth0 name eth0.30 type vlan id 30
corpus
ip link add link eth0 name eth0.30 type vlan id 30
configure SNMP contact
SONiC
sonic
SNMP
config snmp contact add/del/modify
corpus
config snmp contact add/del/modify
apply all groups except ISIS-MPLS on ge-0/0/1
Juniper
junos
Routing
set interfaces ge-0/0/1 apply-groups-except ISIS-MPLS
corpus
set interfaces ge-0/0/1 apply-groups-except ISIS-MPLS
add forward chain drop rule for 192.168.10.0/24
Mikrotik
routeros
ACL
/ip firewall filter add chain=forward action=drop src-address=192.168.10.0/24 comment="Filter rules for subnet 10"
corpus
/ip firewall filter add chain=forward action=drop src-address=192.168.10.0/24 comment="Filter rules for subnet 10"
enter application classifier name configuration
Cisco
ios
Interfaces
ac name
corpus
ac name
create VLAN-aware bridge with RSTP
Mikrotik
routeros
Spanning-Tree
/interface bridge add name=bridge-vlan-3 vlan-filtering=yes protocol-mode=rstp
corpus
/interface bridge add name=bridge-vlan-3 vlan-filtering=yes protocol-mode=rstp
capture TCP port 443 to pcapng file
Wireshark
tshark
Interfaces
tshark -i any -f "tcp port 443" -w /tmp/capture_any_tcp_port_443.pcapng
corpus
tshark -i any -f "tcp port 443" -w /tmp/capture_any_tcp_port_443.pcapng
show BGP convergence status
Arista
eos
BGP
show bgp convergence [VRF_INSTANCE]
corpus
show bgp convergence [VRF_INSTANCE]
set port 8:1 to full duplex
Extreme
exos
Interfaces
configure ports 8:1 duplex full
corpus
configure ports 8:1 duplex full
enable conntrack destroy event logging for TCP
VyOS
vyos
System
set system conntrack log event destroy tcp
corpus
set system conntrack log event destroy tcp
End of preview. Expand in Data Studio

netops-intent2cli

The original default v1 configuration remains unchanged (565 train / 102 validation / 108 test). Use load_dataset("gesh75/netops-intent2cli", "v2") for the v2 configuration.

v2

  • 1215 training rows: 565 inherited v1 + 650 new operator-style synthetic requests.
  • Validation 102 and original test 108 are unchanged. Commands are disjoint between training/validation/test, including after whitespace normalization.
  • Separate operator_test slice: 88 new synthetic paraphrases of original test commands; excluded from all training/checkpoint selection.
  • Every new pair has a command copied verbatim from the 70,006-row multivendor-cli-commands Parquet, with matching vendor and OS. New intents were created offline with assistant-authored task rules/paraphrase grammar; no paid API or copied vendor-document prose.
  • New requests: {'Microsoft': 41, 'Aruba': 17, 'PAN-OS': 23, 'FRR': 66, 'Linux': 26, 'Mikrotik': 22, 'Huawei': 8, 'Extreme': 37, 'NVIDIA': 27, 'Arista': 44, 'Juniper': 50, 'Wireshark': 47, 'Cisco': 59, 'SONiC': 43, 'VyOS': 51, 'Nokia': 32, 'FortiOS': 57}.
  • v2/new_pairs.jsonl is the audit ledger (new training and operator-test requests with explicit split labels), not another training split. Do not train on operator_test.
  • Source labels: intent_origin=synthetic-authored-grammar-v2, command_origin=verbatim-multivendor-cli-commands. Inherited v1 rows retain their previous provenance (corpus or curated).
  • New rows pass exact command/vendor/OS membership checks, heuristic near-duplicate rejection, fixed command holdouts and restricted-work-term scanning (zero hits). See the model card for evaluation and training.

Limitations

Intents are synthetic, not human on-call messages. The operator test shares the author's grammar, so it is not an independent realistic benchmark. Templates/numeric variants remain. The original test contains 16 curated rather than source-corpus-exact commands. Corpus membership is not release-specific correctness: there are placeholders, incomplete grammar entries, unsafe examples and under-specified intents. Never execute these labels without review. The original FortiOS test has only one example; the new operator slice has none.

Load

from datasets import load_dataset
v1 = load_dataset("gesh75/netops-intent2cli")
v2 = load_dataset("gesh75/netops-intent2cli", "v2")

Dataset MIT, unchanged. Model adapter Apache-2.0. Vendor names and command syntax are factual identifiers and trademarks of their respective owners.


GESH · NetOps tools on Hugging Face

📡 netlog-ai Sanitize-first network log analysis — browser lite demo of netlog-ai v1.1.0
🛠️ multivendor-cli-configurator 70k+ CLI commands across 17 vendors — cheatsheet, N-vendor compare, CLI Studio
🗂️ multivendor-cli-commands The same 70,006 commands as a Parquet dataset
🧭 netops-intent2cli v1 + v2 synthetic operator intents → corpus command pairs
🤖 netops-intent2cli-qwen0.5b-lora LoRA adapter: English intent → vendor CLI (experimental)

Collection: NetOps tools · Code: github.com/gesh75 · Docs hub: gesh75.github.io

Doctrine: fail closed · sanitize first · evidence leaves, packets don't · honest coverage.

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