Page Comparison

1- BGP summary
---------------
show BGP summary
>> Check for SPINE loopbacks 
>> Check eBGP routes learnt  inet.0: x/x/x/x
[Optional: iBGP routes learnt]

2- VxLAN tunnels
----------------
show ethernet-switching vxlan-tunnel-end-point remote
>>> should be two VxLAN tunnels


3- Routing table and BGP route
-------------------------------
3a- show route <SPINE loopback>
3b- show route <SPINE loopback> extensive
>> take note of the NH ( example "> to 10.1.23.1 via xe-0/0/1.0" )

The format of the EVPN routes is EVPN-route-type:route-distinguisher:vni:mac-address.
show route table bgp.evpn.0 evpn-ethernet-tag-id <vni id> evpn-mac-address <mac address>


5- Forwarding table
---------------------
show route forwarding-table destination <SPINE loopback>


6- Mac address learnt:
----------------------
show evpn database
show evpn database mac-address 00:50:56:a2:54:66
show evpn database mac-address 00:50:56:a2:54:66 extensive

7- MAc@ advertise in BGP:
--------------------------
show route advertising-protocol bgp 10.255.0.1 evpn-mac-address 00:50:56:a2:54:66

show route forwarding-table table VS1 destination

{master:0}
jcluser@Leaf1> show route table bgp.evpn.0 active-path | match 192.168
2:10.255.0.1:7999::9::00:00:5e:01:00:01::192.168.100.1/304 MAC/IP
2:10.255.0.1:7999::9::02:05:86:71:36:00::192.168.100.4/304 MAC/IP
2:10.255.0.2:7999::9::00:00:5e:01:00:01::192.168.100.1/304 MAC/IP
2:10.255.0.2:7999::9::02:05:86:71:85:00::192.168.100.5/304 MAC/IP
>>> IP@ and Mac@ of the irb on the Spines
>>> IP@ and Mac@ of the VGA interface on both spine
>>> Loopback IP of the spines
>>> RT: IP@:7999