adjusted the topology...
R1#sh ipv6 route ospf
OE2 2002::1:1/128 [110/20]
via FE80::C802:14FF:FE99:8, Serial1/0
OE2 2002::1:3/128 [110/20]
via FE80::C802:14FF:FE99:8, Serial1/0
OI 2026::1:0/122 [110/192]
via FE80::C802:14FF:FE99:8, Serial1/0
OE2 2026::2:0/122 [110/20]
via FE80::C802:14FF:FE99:8, Serial1/0
OE2 2026::3:0/122 [110/20]
via FE80::C802:14FF:FE99:8, Serial1/0
OI 2026::34:0/122 [110/2128]
via FE80::C802:14FF:FE99:8, Serial1/0
the connected statement is essential...
R4#sh run | sec router
router ospf 6
network 4.4.4.0 0.0.0.255 area 34
network 10.1.1.8 0.0.0.3 area 34
ipv6 router ospf 6
router-id 0.0.0.4
redistribute rip ripzone include-connected
ipv6 router rip ripzone
redistribute ospf 6 metric 5 include-connected
but now it's back to the drawing board on ipv6 tunneling... one thing labs will surely do is identify a weakness... and there you have it...
and below is everything you hoped you would never have to know about tunneling ipv6...
http://www.cisco.com/en/US/docs/ios-xml/ios/ipv6/configuration/12-4t/ip6-tunnel.html#GUID-1E4B9CE5-E384-4AF3-B371-3DFF35034349
this reference is from what is called the doc cd... from here on i will only refer to it as the doc cd...
go here for information on the doc cd...
http://insearchofthecert.blogspot.com/2012/11/doc-cd-ccie-lab.html
once there you will begin to get comfortable with the idea of eternity...
trust that this will never end...
can you guess what i'll be doing this week?
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