To re-create this example in PT, you need some more context as to how we set up the PT file.
First, the initial and ending state provide two states: working normally with OSPF and using the fallback static route. In the initial state, the R1-R2 WAN link works, with the fallback static route configured but unused. In the ending state, R1 has a shutdown command on its G0/0 interface (which connects towards R2), causing R1 to no longer learn OSPF routes from R2, and therefore causing R1 to use the fallback static route.
In lab, open the PT file, and notice the route used on R1, and confirm the route is an OSPF-learned route. Also confirm that R1 has been configured with the fallback static route, but R1 does not add that route to its routing table.
In the ending section of the topology, confirm that R1 uses that static route, and that R1 does not have any OSPF-learned routes.
Note: PT does not support the show ipv6 route static command. To see the pre-configured static route, use the show running-config command instead.
Finally, the example in the book does not specify the IPv6 addresses used, so this list provides those values as a reference:
|
R1 g0/0 2001:db8:1111:8::1/64 g0/1 2001:db8:1111:6::1/64 s0/0/1 2001:db8:1111:9::1/64 R2 g0/0 2001:db8:1111:7::2/64 g0/1 2001:db8:1111:8::2/64 R3 g0/0 2001:db8:1111:7::3/64 s0/0/0 2001:db8:1111:9::3/64 |
Hello mr. ODOM
What is 2:22/64 … what is 22 under static Route chapter 25 ??
Howdy,
Sorry, I’m not quite catching your meaning. Can you give me a little more detail? EG, I don’t find 2:22/64 on this page, other than in your comment.
Hello,
Thanks for all you do. Your books have been so helpful.
🙂
Happy to help, Tim!