Example: Redistribution Of Rib Routes In Lisp - Cisco Nexus 7000 Series Configuration Manual

Redistribution of RIB Routes into LISP
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Example: Redistribution of RIB Routes in LISP

The following example shows the redistribution of RIB routes in database and map-cache applications in a
LISP topology.
Command or Action
ip lisp locator-vrf {locator-vrf | default}
Example:
switch(config-vrf)# ip lisp locator-vrf
default
{ip | ipv6} lisp itr map-resolver
map-resolver-address
Example:
switch(config-vrf)# ip lisp itr
map-resolver 10.10.10.2
{ip | ipv6} lisp route-import map-cache
protocol autonomous-system-number
[route-map map-name ]
Example:
switch(config-vrf)# ip lisp route-import
map-cache bgp 65536 route-map
RM_BGP_to_LISP
(Optional) ip lisp route-import map-cache
maximum-prefix prefix-number
(Optional) show [ip | ipv6]
route-import map-cache
(Optional) show [ip | ipv6] lisp
vrf-name
map-cache VRF
Example: Redistribution of RIB Routes in LISP
Purpose
Configures a non-default VRF table to be
referenced by any IPv4 locators.
Configures the locator address of the
map-resolver to which the router sends
map-request messages for IPv4 or IPv6 EIDs.
Configures the import of routes from the RIB
to define endpoint identifier EID space on an
ITR.
The route-map keyword specifies that the
imported IPv4 prefixes should be filtered
according to the specified route-map name.
Configures the maximum number of prefixes
that can be imported. The valid range is from
1 to 1000. The default value is 1000.
Display the EID instance address family for
lisp
route-import map-cache.
Displays LISP ITR configured local IPv4 EID
prefixes.
Cisco Nexus 7000 Series NX-OS LISP Configuration Guide
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