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Sun Ethernet Fabric Operating System OSPFv3 Administration Guide |
Configuration and Testing Topologies
IPv6 Example Topology Interface and Host Addresses
Creating the Base Configuration
Access Global Configuration Mode
Access Interface Configuration Mode
Enabling IPv6 Support and Assigning IPv6 Addresses
Configuring IPv6 Static Routes
Creating the Base Configuration for Example Topologies
Configuring OSPFv3 Interface Parameters
Restore the Default Interface Priority
Configure the Retransmission Interval
Restore the Default Retransmission Value
Restore the Default Transmission Delay
Restore the Default Hello Interval
Restore the Default Dead Interval
Restore the Default OSPF Network Type
Restore the Default Interface Cost
Remove the Demand Circuit Setting
Enable Neighbor Probing on a Demand Circuit
Remove Neighbor Probing on a Demand Circuit
Configuring Neighbor Probe Values
Configure the Neighbor Probe Retransmission Limit
Restore the Default Neighbor Probe Retransmission Limit
Configure the Neighbor Probe Interval
Restore the Default Neighbor Probe Interval
Configuring a Passive Interface
Configure All Interfaces To Be Passive
Configure Specified Interfaces To Be Passive
Restore the Default Routing Updates
Configuring Route Redistribution
Configure Route Redistribution
Configure the Stub Area, ASBR, and Route Distribution
Configuring Attributes for Redistributed Routes
Configure Redistributed Route Attributes
Delete Redistributed Route Attributes
Configuring the Redistribution of Routes
Restore the Default Redistribution Configuration
Configuring Area Route Summarization
Configure Address Range Aggregation
Configure an Internal Address Range
Disable an Internal Address Range
Convert a Stub Area to a Normal Area
Configure a Default Summary Route for a Stub Area
Configure the Default Summary Route Cost for a Stub Area
Configure the Stability Interval for NSSA
Restore the Default Stability Interval
Configure an NSSA Translation Role
Restore the Default Translation Role
Configure Default Summary Route for an NSSA
Configure the Metric Type for an NSSA
Configuring the Capability in an NSSA Internal Border Router
Configure NSSA Type-7/-5 Conversion
Configure Virtual Link and Route Summarization
Configuring External Database Limit
Configure the External Database Limit
Restore the Default External Database Limit
Configuring the Overflow Exit Interval
Configure the Overflow Exit Interval
Configuring a Demand Extension
This example shows how to configure the information to be applied to routes learned from RTM in SEFOS1. The IPv6 address prefix is 3333::1111:0:0, with a length of 96. A metric value of 100 is applied to the route before it is advertised to the OSPFv3 domain. A tag with the value 10 is applied to the sample route.
SEFOS# configure terminal SEFOS(config)# ipv6 router ospf
SEFOS(config-router)# redistribute static
SEFOS(config-router)# redist-config 3333::1111:0:0 96 metric-value 100 metric-type asExttype1 tag 10 SEFOS(config-router)# exit
SEFOS(config)# ipv6 route 3333::1111:0:0 96 fec0::1111:0:2 SEFOS(config)# end SEFOS#
An external LSA is generated for 3333::1111:0:0 with metric as 100, metric type as asExtType1, and tag as 10.
SEFOS# show ipv6 ospf database as-external detail Age: 0 Seconds LS Type: External Lsa Link State Id: 0.0.0.1 Adv Rtr Id: 10.0.0.1 Sequence: 0x80000001 Checksum: 0x6151 Length: 60 Metric Type: Ext Type1 Metric: 0x64 Prefix Length: 96 Prefix Options: 0x00 Referenced LS Type: 0 Addres Prefix: 3333::1111:0:0 Fw Addres Prefix: 3333::1111:fec0:0 External Route Tag: 10
View the external route 3333::1111:0:0 with metric as 101.
SEFOS# show ipv6 ospf route OSPFV3 Process Routing Table Dest/Prefix-Length NextHop/IfIndex Cost Rt.Type Area 3333::1111:0:0/96 fec0::1111:0:2/vlan11 101 type1Ext 0.0.0.0 fec0::1111:0:0/96 ::/vlan11 1 intraArea 0.0.0.0 fec0::4444:0:0/96 ::/vlan4 1 intraArea 0.0.0.3