display ospfv3

OSPFv3 Process 1 with Router ID 1.1.1.1

OSPFv3 process is 1, and router ID is 1.1.1.1.

Router type

Router type:

• ABR.

• ASBR.

• NSSA.

• Null.

Route tag

Tag of the routes redistributed into the OSPFv3 process.

Route tag check

Whether the check is enabled for the route tag in OSPFv3 LSAs of the OSPFv3 process.

Multi-VPN-Instance

Whether the OSPFv3 process supports PE or multiple VPN instances:

• Multi-VPN-Instance: Disabled—The process does not support multiple VPN instances.

• Multi-VPN-Instance: Enabled—The process supports multiple VPN instances.

• PE Router, Multi-VPN-Instance: Enabled—The local device is a PE.

DN-bit check

Whether the check is enabled for the DN bit in OSPFv3 LSAs of the OSPFv3 process.

DN-bit set

Whether the DN bit is set for OSPFv3 LSAs in the OSPFv3 process.

Condition

Time when the router acts as a stub router:

• Always.

• On startup while BGP is converging for xxx seconds, where xxx is specified by the user.

• On startup for xxx seconds, where xxx is specified by the user.

State

State of the stub router:

• Active.

• Inactive.

SPF-schedule-interval

Interval for SPF calculations.

Transmit pacing

LSU advertisement rate:

• Interval—Specifies the interval for sending LSUs.

• Count—Specifies the maximum number of LSUs sent at each interval.

Default ASE parameters

Default parameters of redistributed routes. Tag represents the route tag of the redistributed routes.

Route preference

Internal route preference.

ASE route preference

AS-external route preference.

FRR backup mode

FRR backup mode:

• LFA—Uses the LFA algorithm to calculate a backup next hop for all routes. LFA ABR-only indicates that only the next hop of the route to the ABR can be used as the backup next hop.

• route-policy route-policy-name—Specifies a backup next hop by using a routing policy.

LSA originated count

Number of originated LSAs.

LSA received count

Number of received LSAs.

SNMP trap rate limit interval: 10 Count: 7

OSPFv3 can output a maximum of 7 SNMP notifications within 10 seconds.

Area count

Total number of areas.

Stub area count

Number of stub areas.

NSSA area count

Number of NSSA areas.

ExChange/Loading neighbors

Neighbors in ExChange/Loading state.

Calculation trigger type

Route calculation trigger type:

• Full—Calculation of all routes is triggered.

• Area topology change—Topology change in an area.

• Intra router change—Incremental intra-area route change.

• ASBR change—Incremental ASBR route change.

• Full IP prefix—Calculation of all IP prefixes is triggered.

• Full intra AS—Calculation of all intra-AS prefixes is triggered.

• Inc intra AS—Calculation of incremental intra-AS prefixes is triggered.

• Full inter AS—Calculation of all AS-external prefixes is triggered.

• Inc inter AS—Calculation of incremental AS-external prefixes is triggered.

• Nexthop calculation—Calculation of next hops is triggered.

• N/A—Route calculation is not triggered.

Current calculation type

Current route calculation type:

• SPF calculation.

• Intra router calculation—Intra-area route calculation.

• ASBR calculation—Inter-area ASBR route calculation.

• Inc intra router—Incremental intra-area route calculation.

• Inc ASBR calculation—Incremental inter-area ASBR route calculation.

• Full intra AS—Calculation of all intra-AS prefixes.

• Inc intra AS—Calculation of incremental intra-AS prefixes.

• Full inter AS—Calculation of all AS-external prefixes.

• Inc inter AS—Calculation of incremental AS-external prefixes.

• N/A—Route calculation is not triggered.

Current calculation phase

Current route calculation phase:

• Calculation area topology—Calculating area topology.

• Calculation router—Calculating routes on routers.

• Calculation intra AS—Calculating intra-AS routes.

• Calculation ASBR—Calculating routes on ASBRs.

• Calculation inter AS—Calculating AS-external routes.

• Calculation end—Ending phase of calculation.

• N/A—Route calculation is not triggered.

Redistribute timer

Route redistribution timer status: on or off.

Redistribute schedule type

Route redistribution scheduling type:

• RIB—Redistribute routes through the RIB table.

• Self—Redistribute routes through the routing table.

• N/A—Route redistribution is not triggered.

Redistribute route count

Number of redistributed routes.

Process reset state

Process reset state:

• N/A—The process is not reset.

• Under reset—The process is in the reset progress.

• Under RIB smooth—The process is synchronizing RIB routes.

Current reset type

Current process reset type:

• N/A—The process is not reset.

• GR quit—Normal reset when GR quits abnormally.

• Delete—Delete OSPFv3 process.

• Undo router-id—Delete router ID.

• Set router-id—Set router ID.

Next reset type

Next process reset type:

• N/A—The process is not reset.

• GR quit—Normal reset when GR quits abnormally.

• Delete—Delete OSPFv3 process.

• Undo router-id—Delete router ID.

• Set router-id—Set router ID.

Reset prepare message replied

Modules that reply reset prepare messages:

• P—Neighbor maintenance module.

• S—LSDB synchronization module.

• C—Route calculation module.

• R—Route redistribution module.

Reset process message replied

Modules that reply reset process messages:

• P—Neighbor maintenance module.

• S—LSDB synchronization module.

• C—Route calculation module.

• R—Route redistribution module.

Reset phase of module

Reset phase of each module:

• LSDB synchronization (S) module:

  • N/A—Not reset.

  • Delete ASE—Delete all ASE LSAs.

  • Delete area LSA—Delete LSAs from an area.

  • Delete area IF—Delete interfaces from an area.

• Route calculation (C) module:

  • N/A—Not reset.

  • Delete topology—Delete area topology.

  • Delete router—Delete routes of routers.

  • Delete intra AS—Delete intra-AS routes

  • Delete inter AS—Delete AS-external routes.

  • Delete ASBR—Delete ASBR routes.

• Route redistribution (R) module:

  • N/A—Not reset.

  • Delete import—Delete redistributed routes.

IPsec profile name

IPsec profile applied to the interface.

Keychain authentication: Enabled (test)

Keychain authentication is enabled for the area, and the keychain test is used.

Created by Vlink

The area is created through virtual link.

7/5 translator state

State of the translator that translates Type-7 LSAs to Type-5 LSAs:

• Enabled—The translator is specified through commands.

• Elected—The translator is designated through election.

• Disabled—The device is not a translator.

7/5 translate stability timer interval

Stability interval (in seconds) for Type-7 LSA-to-Type-5 LSA translation.