ELTEX ESR-21 - Page 288

ESR series service routers.ESR-Series. User manual
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Step Description Command Keys
15 Set RIP Tag attribute value in the
route for which the rule should
work.
esr(config-route-map-
rule)# match tag rip <TAG>
<RIP> – RIP Tag attribute value, takes
values in the range of [0..65535].
16 Set BGP AS-Path attribute value
that will be added to the beginning
of AS-Path list (optional).
esr(config-route-map-
rule)# action set as-path
prepend <AS-PATH> {track
<TRACK-ID>}
<AS-PATH> – stand alone systems number
list that will be added to the current value in
the route. Set as AS, AS, AS, takes values of
[1..4294967295].
<TCACK-ID> – vrrp-tracking identifier that
provides the specified action execution.
Changes in the range of [1..60].
17 Set BGP Community attribute
value that will be specified in the
route (optional).
esr(config-route-map-
rule)# action set
community
{COMMUNITY-LIST> | no-
advertise | no-export }
<COMMUNITY-LIST> – community list,
defined as AS:N,AS:N, where each part
takes values of [1..65535].
no-advertise – routes transmitted
with the given community should not
be advertised to other BGP
neighbors;
no-export – routes transmitted with
the given community should not be
advertised to eBGP neighbors but
can be advertised to external
neighbors in the confederation.
18 Set BGP ExtCommunity attribute
value that will be specified in the
route (optional).
esr(config-route-map-
rule)# action set
extcommunity
<EXTCOMMUNITY-LIST>
<EXTCOMMUNITY-LIST> – extcommunity
list, defined as KIND:AS:N, KIND:AS:N,
where
KIND – extcommunity type:
rt (Route Target);
ro (Route Origin);
N – extcommunity number, takes values of
[1..65535].
19 Specify BGP Next-Hop attribute
that will be set in the route when
advertising (optional).
esr(config-route-map-
rule)# action set ip bgp-
next-hop <ADDR>
<ADDR> – gateway IP address, defined as
AAA.BBB.CCC.DDD where each part takes
values of [0..255].
esr(config-route-map-
rule)# action set ipv6 bgp-
next-hop <IPV6-ADDR>
<IPV6-ADDR> – gateway IPv6 address,
defined as X:X:X:X::X where each part takes
values in hexadecimal format [0..FFFF].