aruba_aoscx_show_interface.textfsm doesn't handle VRF's, secondary addresses, unknown-unicast,multicast or Leader-follower.

[baztheallmighty]

Here is a update that was generated with AI.

It adds handling for:
VRF's
secondary addresses
unknown-unicast,multicast
Leader-follower

I have tested the template and it is working in my test environment.

Value LINK_STATUS (\w+)
Value LINK_ADMIN (\w+)
Value LINK_STATE_INFO (\.*)
Value LINK_TRANSITIONS (\d+)
Value INTERFACE_DESC (.*)
Value HW_TYPE (\w+)
Value MAC_ADDRESS (\S+)
Value MTU (\d+)
Value IF_TYPE (\S+)
Value IP_ADDRESS (\S+)
                                     
Value DUPLEX (\w+)
Value QOS_TRUST (\S+)
Value SPEED (\S+\s\S+) 
Value AUTO_NEG (\S+)
Value FLOW_CONTROL (\S+)
Value ERROR_CONTROL (\S+)
Value VLAN_MODE (\S+)
Value VLAN_ACCESS (\S+)
Value VLAN_NATIVE (\S+)
Value List VLAN_TRUNK ([^,]+)
Value List AGGREGATED_INTERFACES (\S+)
Value RX_TOTAL_PACKETS (\d+)
Value RX_TOTAL_BYTES (\d+)
Value RX_UNICAST_PACKETS (\d+)
Value RX_MCAST_PACKETS (\d+)
Value RX_BROADCAST_PACKETS (\d+)
Value RX_ERRORS (\d+)
Value RX_DROPPED (\d+)
Value RX_CRC_FCS (\d+)
Value TX_TOTAL_PACKETS (\d+)
Value TX_TOTAL_BYTES (\d+)
Value TX_UNICAST_PACKETS (\d+)
Value TX_MCAST_PACKETS (\d+)
Value TX_BROADCAST_PACKETS (\d+)
Value TX_ERRORS (\d+)
Value TX_DROPPED (\d+)
Value TX_CRC_FCS (\S+)
Value TX_COLLISION (\d+)

Start
  ^\s*(Interface|Aggregate)\s+\S+\s+is -> Continue.Record
  ^\s*(Interface|Aggregate)\s+${INTERFACE}\s+is\s+${LINK_STATUS}
  ^\s*Admin\s*state\s*is\s*${LINK_ADMIN}
  ^\s*Link\s*transitions\s*:\s*${LINK_TRANSITIONS}
  ^\s*Description\s*:\s*${INTERFACE_DESC}
  ^\s*State\s*information\s*:\s*${LINK_STATE_INFO}
  ^\s*Hardware\s*:\s*${HW_TYPE},?\s*MAC\s*Address:\s+${MAC_ADDRESS}
  ^\s*MAC\s+Address\s*:\s*${MAC_ADDRESS}
  ^\s*IPv4\s+address\s+${IP_ADDRESS}
                                                          
  ^\s*MTU\s*${MTU}
  ^\s*Type\s*${IF_TYPE}
  ^\s*${DUPLEX}-duplex
  ^\s*qos\s*trust\s*${QOS_TRUST}
  ^\s*Speed\s*:*\s*${SPEED}
  ^\s*Auto-negotiation\s*is\s*${AUTO_NEG}
  ^\s*Flow-control\s*:\s*${FLOW_CONTROL}
  ^\s*Error-control\s*:\s*${ERROR_CONTROL}
  ^\s*VLAN Mode\s*:\s*${VLAN_MODE}
  ^\s*Access VLAN\s*:\s*${VLAN_ACCESS}
  ^\s*Native VLAN\s*:\s*${VLAN_NATIVE}
  ^\s*Allowed VLAN List\s*:\s+${VLAN_TRUNK},* -> Continue
  ^\s*Allowed VLAN List\s*:\s+(?:[^,]+,){1}${VLAN_TRUNK},* -> Continue
  ^\s*Allowed VLAN List\s*:\s+(?:[^,]+,){2}${VLAN_TRUNK},* -> Continue
  ^\s*Allowed VLAN List\s*:\s+(?:[^,]+,){3}${VLAN_TRUNK},* -> Continue
  ^\s*Allowed VLAN List\s*:\s+(?:[^,]+,){4}${VLAN_TRUNK},* -> Continue
  ^\s*Allowed VLAN List\s*:\s+(?:[^,]+,){5}${VLAN_TRUNK},* -> Continue
  ^\s*Allowed VLAN List\s*:
  ^\s*Link state
  ^\s*Aggregated-interfaces\s*:\s+${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){1}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){2}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){3}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){4}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){5}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){6}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:\s+(?:\S+\s+){7}${AGGREGATED_INTERFACES}\s* -> Continue
  ^\s*Aggregated-interfaces\s*:
  ^\s*Aggregation-key
  ^\s*Aggregate\s+mode
  ^\s*Persona
  ^\s*VRF\s+name
  ^\s*rate-limit\s+broadcast
                            
  ^\s*L3\s+Counters
  ^\s*MDI mode
                            
  ^\s*Rate collection interval
  ^\s*Energy-Efficient
  ^\s*Rx -> Rx
  ^\s*Rate\s+RX\s+TX\s+Total -> Rate
  ^\s*Statistic\s+RX\s+TX\s+Total -> Statistic
  ^. -> Error

Rx
  ^\s*${RX_TOTAL_PACKETS} total packets\s*${RX_TOTAL_BYTES} total bytes
  ^\s*${RX_UNICAST_PACKETS}   unicast packets
  ^\s*${RX_MCAST_PACKETS}   multicast packets
  ^\s*${RX_BROADCAST_PACKETS}   broadcast packets
  ^\s*${RX_ERRORS} errors\s*${RX_DROPPED} dropped
  ^\s*${RX_CRC_FCS} CRC/FCS
  ^\s*Tx -> Tx
  ^. -> Error

Tx
  ^\s*${TX_TOTAL_PACKETS} total packets\s*${TX_TOTAL_BYTES} total bytes
  ^\s*${TX_UNICAST_PACKETS}   unicast packets
  ^\s*${TX_MCAST_PACKETS}   multicast packets
  ^\s*${TX_BROADCAST_PACKETS}   broadcast packets
  ^\s*${TX_ERRORS} errors\s*${TX_DROPPED} dropped
  ^\s*${TX_CRC_FCS} CRC/FCS
  ^\s*${TX_COLLISION}\s*collision
  ^\s*$$ -> Start
  ^. -> Error

Rate
  ^\s*----
  ^\s*Mbits\s+/\s+sec
  ^\s*KPkts\s+/\s+sec
  ^\s+Unicast
  ^\s+Multicast
  ^\s+Broadcast
  ^\s+Utilization
  ^\s*$$ -> Statistic
  ^. -> Error

Statistic
  ^\s*Statistic\s+RX\s+TX\s+Total
  ^\s*----
  ^\s*Packets\s+${RX_TOTAL_PACKETS}\s+${TX_TOTAL_PACKETS}\s+\d+
  ^\s+Unicast\s+${RX_UNICAST_PACKETS}\s+${TX_UNICAST_PACKETS}\s+\d+
  ^\s+Multicast\s+${RX_MCAST_PACKETS}\s+${TX_MCAST_PACKETS}\s+\d+
  ^\s+Broadcast\s+${RX_BROADCAST_PACKETS}\s+${TX_BROADCAST_PACKETS}\s+\d+
  ^\s*Bytes\s+${RX_TOTAL_BYTES}\s+${TX_TOTAL_BYTES}\s+\d+
  ^\s*Jumbos
  ^\s*Pause\s+Frames
  ^\s*Dropped\s+${RX_DROPPED}\s+${TX_DROPPED}\s+\d+
  ^\s*Errors\s+${RX_ERRORS}\s+${TX_ERRORS}\s+\d+
  ^\s+CRC/FCS\s+${RX_CRC_FCS}\s+${TX_CRC_FCS}\s+\d+
  ^\s+Collision\s+\S+\s+${TX_COLLISION}\s+\d+
  ^\s*Runts
  ^\s*Giants
  ^\s*L3\s+Packets
  ^\s*$$ -> Start
  ^. -> Error