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CCNPv6 TSHOOT O 10.1.200.0/24 [110/2] via 10.1.2.1, 07:43:00, FastEthernet0/1 O 10.1.211.1/32 [110/2] via 10.1.2.1, 07:43:10, FastEthernet0/1 O 10.1.212.1/32 [110/3] via 10.1.2.1, 07:43:00, FastEthernet0/1 R1#show ip route 10.1.50.0 255.255.255.0 Routing entry for 10.1.50.0/24 Known via "ospf 1", distance 110, metric 2, type inter area Redistributing via eigrp 1 Advertised by eigrp 1 metric 1544 2000 255 1 1500 Last update from 10.1.2.1 on FastEthernet0/1, 07:42:07 ago Routing Descriptor Blocks: * 10.1.2.1, from 10.1.211.1, 07:42:07 ago, via FastEthernet0/1 Route metric is 2, traffic share count is 1 The source of a route in the routing table is marked by the “from” field that follows the next-hop IP address. For distance vector protocols, the source and next-hop addresses are typically the same. For a link-state protocol, such as OSPF, this is the router that originated the LSA on which the route is based. By tracking the routing source from router to router, you can determine the point where the incorrect routing information is injected into the routing protocol’s data structures, and you can apply filtering to stop it from being propagated. All contents are Copyright © 1992–2010 Cisco Systems, Inc. All rights reserved. This document is Cisco Public Information. Page 37 of 39
CCNPv6 TSHOOT Reflection Questions 1. Which lab trouble tickets did you have the most difficulty with? __________________________________________________________________________________________ __________________________________________________________________________________________ __________________________________________________________________________________________ 2. For any of the trouble tickets, would you change anything about the process that you used now that you see the resolution of the problem? __________________________________________________________________________________________ __________________________________________________________________________________________ __________________________________________________________________________________________ 3. Which commands did you find most useful in diagnosing OSPF and redistribution issues? Add these to your toolbox for future use. Which commands did you find least useful? __________________________________________________________________________________________ __________________________________________________________________________________________ __________________________________________________________________________________________ 4. What is required for routes to be redistributed from OSPF to EIGRP? From EIGRP to OSPF? __________________________________________________________________________________________ __________________________________________________________________________________________ __________________________________________________________________________________________ All contents are Copyright © 1992–2010 Cisco Systems, Inc. All rights reserved. This document is Cisco Public Information. Page 38 of 39
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CCNP TSHOOT 6.0 Student Lab Manual
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CCNPv6 TSHOOT Objectives • Assign
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CCNPv6 TSHOOT Note: When the show f
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CCNPv6 TSHOOT Step 10: Test basic n
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CCNPv6 TSHOOT b. If working as a te
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CCNPv6 TSHOOT Subnet Table Descript
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CCNPv6 TSHOOT Task 5: Identify Trou
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CCNPv6 TSHOOT Router Interface Summ
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CCNPv6 TSHOOT switchport trunk allo
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CCNPv6 TSHOOT ! interface FastEther
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CCNPv6 TSHOOT Switch DLS1 !Lab 3-1
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CCNPv6 TSHOOT switchport nonegotiat
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CCNPv6 TSHOOT switchport access vla
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CCNPv6 TSHOOT ! logging source-inte
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CCNPv6 TSHOOT interface Port-channe
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CCNPv6 TSHOOT switchport mode acces
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CCNPv6 TSHOOT ip address 10.1.100.2
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CCNPv6 TSHOOT no shutdown ! interfa
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CCNPv6 TSHOOT ! interface Serial0/0
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CCNPv6 TSHOOT ip flow ingress encap
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Logical Topology Objectives Backgro
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CCNPv6 TSHOOT Section 1—Trouble T
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CCNPv6 TSHOOT Device Actions and Re
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CCNPv6 TSHOOT Note: In addition to
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CCNPv6 TSHOOT Default gateway: 10.1
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CCNPv6 TSHOOT Section 2—Troublesh
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CCNPv6 TSHOOT • Address Resolutio
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CCNPv6 TSHOOT • Spanning-tree top
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CCNPv6 TSHOOT Sample Layer 2 Troubl
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CCNPv6 TSHOOT After you have found
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CCNPv6 TSHOOT ALS1#show etherchanne
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CCNPv6 TSHOOT Lab 4-1: References I
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CCNPv6 TSHOOT Logical Topology Obje
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CCNPv6 TSHOOT Step 3: Configure SRV
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CCNPv6 TSHOOT Sample Multilayer Swi
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CCNPv6 TSHOOT Sample Multilayer Swi
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CCNPv6 TSHOOT epoch 0 sourced in se
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CCNPv6 TSHOOT Troubleshooting First
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CCNPv6 TSHOOT Sample First Hop Redu
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CCNPv6 TSHOOT Sample First Hop Redu
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CCNPv6 TSHOOT References If you nee
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CCNPv6 TSHOOT Logical Topology Obje
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CCNPv6 TSHOOT Step 6: Record the tr
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CCNPv6 TSHOOT Section 2 - Troublesh
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CCNPv6 TSHOOT b. Issue the show int
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CCNPv6 TSHOOT Referring to the abov
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CCNPv6 TSHOOT R3#show processes cpu
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CCNPv6 TSHOOT c. Issue the show int
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CCNPv6 TSHOOT Reply from 172.20.0.1
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CCNPv6 TSHOOT 4. Examine the router
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CCNPv6 TSHOOT Switching path Pkts I
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CCNPv6 TSHOOT The output from the s
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CCNPv6 TSHOOT Chapter 9 Lab 9-1, Ma
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CCNPv6 TSHOOT In the above example,
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CCNPv6 TSHOOT Inbound access list i
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CCNPv6 TSHOOT Appendix A—WinRadiu
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CCNPv6 TSHOOT Step 4: Configure use
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CCNPv6 TSHOOT Chapter 9 Lab 9-2, Co
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CCNPv6 TSHOOT Step 7: Document trou
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CCNPv6 TSHOOT Sample Troubleshootin
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CCNPv6 TSHOOT F 0x0 *Mar 1 09:10:36
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CCNPv6 TSHOOT route ia - IS-IS inte
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CCNPv6 TSHOOT Background Routers an
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CCNPv6 TSHOOT Sample Troubleshootin
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CCNPv6 TSHOOT hp-collector HP Perfo
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CCNPv6 TSHOOT R1#show ntp status Cl
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CCNPv6 TSHOOT Background This lab c
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CCNPv6 TSHOOT Step 5: Outline the t
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CCNPv6 TSHOOT Task 2: Trouble Ticke
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CCNPv6 TSHOOT Command Key Informati
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CCNPv6 TSHOOT Step 5: Outline the t
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CCNPv6 TSHOOT Task 4: Trouble Ticke
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CCNPv6 TSHOOT Command Key Informati
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CCNPv6 TSHOOT Reflection Questions
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