1-40
Cisco ASA Series CLI Configuration Guide
Chapter 1 Configuring OSPF
Configuring OSPFv3
Command
Purpose
Step 1
ipv6 router ospf
process-id
Example:
hostname(config-if)# ipv6
router ospf 1
Enables an OSPFv3 routing process and enters IPv6 router configuration mode.
The
process-id
argument is an internally used identifier for this routing process, is
locally assigned, and can be any positive integer from 1 to 65535. This ID does not
have to match the ID on any other device; it is for internal administrative use only.
You can use a maximum of two processes.
Step 2
redistribute
source-protocol
[
process-id
]
[
include-connected
{[
level-1
|
level-2
}]
[
as-number
]
[
metric
[
metric-value
|
transparent
}]
[metric-type
type-value
]
[
match
{
external
[
1
|
2
]
|
internal
|
nssa-external
[
1
|
2
]}]
[
tag
tag-value
]
[
route-map
map-tag
]
Example:
hostname(config-rtr)#
redistribute connected 5
type-1
Redistributes IPv6 routes from one OSPFv3 process into another.
The
source-protocol
argument specifies the source protocol from which routes are
being redistributed, which can be static, connected, or OSPFv3. The
process-id
argument is the number that is assigned administratively when the OSPFv3 routing
process is enabled. The
include-connected
keyword allows the target protocol to
redistribute routes learned by the source protocol and connected prefixes on those
interfaces over which the source protocol is running. The
level-1
keyword specifies
that for Intermediate System-to-Intermediate System (IS-IS), Level 1 routes are
redistributed into other IP routing protocols independently. The
level-1-2
keyword
specifies that for IS-IS, both Level 1 and Level 2 routes are redistributed into other
IP routing protocols. The
level-2
keyword specifies that for IS-IS, Level 2 routes are
redistributed into other IP routing protocols independently. For the
metric
metric-value
keyword-argument pair, when redistributing routes from one OSPFv3
process into another OSPFv3 process on the same router, the metric is carried
through from one process to the other if no metric value is specified. When
redistributing other processes into an OSPFv3 process, the default metric is 20 when
no metric value is specified. The
metric transparent
keyword causes RIP to use the
routing table metric for redistributed routes as the RIP metric. The
metric-type
type-value
keyword-argument pair specifies the external link type that is associated
with the default route that is advertised into the OSPFv3 routing domain. Valid
values can be one of the following: 1 for a Type 1 external route or 2 for a Type 2
external route. If no value is specified for the
metric-type
keyword, the ASA adopts
a Type 2 external route. For IS-IS, the link type can be one of the following: internal
for an IS-IS metric that is less than 63 or external for an IS-IS metric that is greater
than 64 and less than 128. The default is internal. The
match
keyword redistributes
routes into other routing domains and is used with one of the following options:
external
[
1
|
2
] for routes that are external to the autonomous system, but are
imported into OSPFv3 as Type 1 or Type 2 external routes;
internal
for routes that
are internal to a specific autonomous system;
nssa-external
[
1
|
2
] for routes that are
external to the autonomous system, but are imported into OSPFv3 in an NSSA for
IPv6 as Type 1 or Type 2 external routes. The
tag
tag-value
keyword-argument pair
specifies the 32-bit decimal value that is attached to each external route, which may
be used to communicate information between ASBRs. If none is specified, then the
remote autonomous system number is used for routes from BGP and EGP. For other
protocols, zero is used. Valid values range from 0 to 4294967295. The
route-map
keyword specifies the route map to check for filtering the importing of routes from
the source routing protocol to the current routing protocol. If this keyword is not
specified, all routes are redistributed. If this keyword is specified, but no route map
tags are listed, no routes are imported. The
map-tag
argument identifies a configured
route map.
Summary of Contents for 5505 - ASA Firewall Edition Bundle
Page 28: ...Glossary GL 24 Cisco ASA Series CLI Configuration Guide ...
Page 61: ...P A R T 1 Getting Started with the ASA ...
Page 62: ......
Page 219: ...P A R T 2 Configuring High Availability and Scalability ...
Page 220: ......
Page 403: ...P A R T 2 Configuring Interfaces ...
Page 404: ......
Page 499: ...P A R T 2 Configuring Basic Settings ...
Page 500: ......
Page 533: ...P A R T 2 Configuring Objects and Access Lists ...
Page 534: ......
Page 601: ...P A R T 2 Configuring IP Routing ...
Page 602: ......
Page 745: ...P A R T 2 Configuring Network Address Translation ...
Page 746: ......
Page 845: ...P A R T 2 Configuring AAA Servers and the Local Database ...
Page 846: ......
Page 981: ...P A R T 2 Configuring Access Control ...
Page 982: ......
Page 1061: ...P A R T 2 Configuring Service Policies Using the Modular Policy Framework ...
Page 1062: ......
Page 1093: ...P A R T 2 Configuring Application Inspection ...
Page 1094: ......
Page 1191: ...P A R T 2 Configuring Unified Communications ...
Page 1192: ......
Page 1333: ...P A R T 2 Configuring Connection Settings and QoS ...
Page 1334: ......
Page 1379: ...P A R T 2 Configuring Advanced Network Protection ...
Page 1380: ......
Page 1475: ...P A R T 2 Configuring Modules ...
Page 1476: ......
Page 1549: ...P A R T 2 Configuring VPN ...
Page 1550: ......
Page 1965: ...P A R T 2 Configuring Logging SNMP and Smart Call Home ...
Page 1966: ......
Page 2059: ...P A R T 2 System Administration ...
Page 2060: ......
Page 2098: ...1 8 Cisco ASA Series CLI Configuration Guide Chapter 1 Troubleshooting Viewing the Coredump ...
Page 2099: ...P A R T 2 Reference ...
Page 2100: ......