Configuring IP Routing Protocol-Independent Features
IP Routing Protocol-Independent Configuration Examples
IPC-390
Cisco IOS IP Configuration Guide
Default Metric Values Redistribution Example
The following example shows a router in autonomous system 1 using both RIP and IGRP. The example
advertises IGRP-derived routes using RIP and assigns the IGRP-derived routes a RIP metric of 10.
router rip
default-metric 10
redistribute igrp 1
Policy Routing (Route Map) Examples
The examples in this section illustrate the use of redistribution, with and without route maps. Examples
from both the IP and Connectionless Network Service (CLNS) routing protocols are given.
The following example redistributes all OSPF routes into IGRP:
router igrp 1
redistribute ospf 110
The following example redistributes RIP routes with a hop count equal to 1 into OSPF. These routes will
be redistributed into OSPF as external LSAs with a metric of 5, metric a type of type1, and a tag equal
to 1.
router ospf 1
redistribute rip route-map rip-to-ospf
!
route-map rip-to-ospf permit
match metric 1
set metric 5
set metric-type type1
set tag 1
The following example redistributes OSPF learned routes with tag 7 as a RIP metric of 15:
router rip
redistribute ospf 1 route-map 5
!
route-map 5 permit
match tag 7
set metric 15
The following example redistributes OSPF intra-area and interarea routes with next hop routers on serial
interface 0 into BGP with an INTER_AS metric of 5:
router bgp 50000
redistribute ospf 1 route-map 10
!
route-map 10 permit
match route-type internal
match interface serial 0
set metric 5
The following example redistributes two types of routes into the integrated IS-IS routing table
(supporting both IP and CLNS). The first type is OSPF external IP routes with tag 5; these routes are
inserted into Level2 IS-IS link-state packets (LSPs) with a metric of 5. The second type is ISO-IGRP
derived CLNS prefix routes that match CLNS access list 2000; these routes will be redistributed into
IS-IS as Level 2 LSPs with a metric of 30.
router isis
redistribute ospf 1 route-map 2