■
When it is received from other type of peers, the indirect next hop is
reachable if an entry exists in the IP routing table that resolves this
indirect next-hop address.
For VPN labeled routes in a VRF, the following rules apply:
■
When it is received in a core VRF from a remote multihop IBGP or EBGP
VPN peer, the indirect next hop is reachable if an entry exists in the IP
tunnel routing table that resolves the next-hop address.
■
When it is received in a core VRF from a nonmultihop peer, the indirect
next hop is reachable if the MPLS major interface next to the peer IP
interface exists and is operationally up.
■
Metric—Metric of the BGP indirect next hop
■
Number of direct next-hops—Number of the equal-cost legs of direct next
hops that this indirect next hop resolves to
■
Direct next-hop—IP interface and next-hop IP address that resolve the BGP
indirect next hop; the direct next hop can also be an IP indirect next hop or
an MPLS indirect next hop when chains of next hops are in use
■
Reference count—Number of label mappings of BGP routes that use this
next hop
■
Examples
host1:pe2#
show ip bgp vpnv4 all next-hops
Indirect next-hop 10.1.1.1
Resolution in IP route table of VR
IP indirect next-hop index 10
Reachable (metric 3)
Number of direct next-hops is 1
Direct next-hop ATM4/1.20 (10.20.20.1)
Resolution in IP tunnel-route table of VR
MPLS indirect next-hop index 17
Reachable (metric 3)
Number of direct next-hops is 1
Direct next-hop: MPLS next-hop 18
Reference count is 1
Indirect next-hop 10.21.21.2
Resolution in IP route table of VR
IP indirect next-hop index 5
Reachable (metric 0)
Number of direct next-hops is 1
Direct next-hop ATM4/0.21 (10.21.21.2)
Resolution in IP tunnel-route table of VR
MPLS indirect next-hop index 14
Reachable (metric 0)
Number of direct next-hops is 1
Direct next-hop ATM4/0.21.mpls
Reference count is 3
host1:pe2#
show ip bgp vpnv4 vrf pe22 next-hops
Indirect next-hop 10.61.61.2
Resolution in IP route table of VRF pe22
IP indirect next-hop index 3
Monitoring BGP/MPLS VPNs
■
483
Chapter 5: Configuring BGP-MPLS Applications
Содержание JUNOSE
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Страница 8: ...viii JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 24: ...xxiv Table of Contents JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 37: ...Part 1 Border Gateway Protocol Configuring BGP Routing on page 3 Border Gateway Protocol 1...
Страница 38: ...2 Border Gateway Protocol JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 234: ...198 Monitoring BGP JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 236: ...200 Multiprotocol Layer Switching JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 298: ...262 Point to Multipoint LSPs Configuration JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 346: ...310 Example Traffic Class Configuration for Differentiated Services JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 535: ...There is no no version See undebug ip mbgp Monitoring BGP MPLS VPNs 499 Chapter 5 Configuring BGP MPLS Applications...
Страница 536: ...500 Monitoring BGP MPLS VPNs JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 538: ...502 Layer 2 Services Over MPLS JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 592: ...556 Multiple ATM Virtual Circuits over a Single Pseudowire Example JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 604: ...568 Virtual Private LAN Service JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 618: ...582 VPLS References JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 642: ...606 VPLS Configuration Example with LDP Signaling JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 674: ...638 Virtual Private Wire Service JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 718: ...682 Monitoring MPLS Forwarding Table for VPWS JUNOSe 11 0 x BGP and MPLS Configuration Guide...
Страница 719: ...Part 6 Index Index on page 685 Index 683...
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