show ipv6 bgp summary

Examples

This example displays summary BGP4+ information.

device# show ipv6 bgp summary

  BGP4 Summary  
  Router ID: 10.10.10.10   Local AS Number: 2040
  Confederation Identifier: not configured
  Confederation Peers:
  Maximum Number of IP ECMP Paths Supported for Load Sharing: 1
  Number of Neighbors Configured: 1040, UP: 4
  Number of Routes Installed: 3079574, Uses 483493118 bytes
  Number of Routes Advertising to All Neighbors: 107925658 (17078048 entries), Uses 1297931648 bytes
  Number of Attribute Entries Installed: 1296243, Uses 230731254 bytes
  '+': Data in InQueue '>': Data in OutQueue '-': Clearing
  '*': Update Policy 'c': Group change 'p': Group change Pending
  'r': Restarting 's': Stale '^': Up before Restart '<': EOR waiting
  '$': Learning-Phase (for Delayed Route Calculation)
  '#': RIB-in Phase
  Neighbor Address  AS#         State     Time     Rt:Accepted Filtered Sent     ToSend
  1:2::3            100         CONN      0h 0m18s    0        0        0        1   

The $ : Learning-Phase (for Delayed Route Calculation) notation denotes that the BGP peer with this notation is learning bulk route updates. More than one peer can be in Learning-Phase. BGP BEST-Path selection is delayed until all the peers complete Learning-Phase. A peer can be in Learning-Phase only if BGP delayed route calculation feature is enabled and in specific scenarios described in the init-route-calc-delay command.

The # : RIB-IN phase notation denotes that a peer is learning bulk route updates. When one or more peer is in RIB-IN phase, BGP provides high preference for learning incoming route-updates and less preference for advertising routes (to outbound peers). An incoming route-update can possibly cause a BGP BEST-path change and eventually re-compute RIB-OUT for outbound peers. Slowing down RIB-OUT until all peers complete learning route updates will improve BGP performance. This feature is enabled by default and does not require additional configuration. Unlike BGP delayed route calculation, BGP BEST-Path selection is not delayed in this Phase.

This example displays summary information about dynamically created BGP neighbors.

Neighbor Address  AS#         State     Time     Rt:Accepted Filtered Sent     ToSend
 *2000:1:1:1::2     100         ESTAB   0h4m28s       0        0        0        0
 *fe80::629c:9fff:fede:f46
                    100         ESTAB   0h4m28s       0        0        0        0