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In this scenario, using the defaults, Gage, Jud, and Lewis all advertise an autosummary route to the 1721600/16 network with a one-hop metric With the default of four equal- cost paths to each network, on Gage, there would be two entries for the 1721600/16 network: one through Jud and one through Lewis Gage would load balance between these two routes, meaning that if you sent something to 172161281, at first blush, it looks like it would have a 50-percent chance of succeeding Actually, it would probably get there; it would just take a while and use a bunch of bandwidth Let's walk through this example so you see what I mean First, let's assume that a user on 17216640/24 needs to get to 172161281 She sends her packet to Gage, who looks in his routing table, flips a coin, and sends the packet to Lewis Lewis receives the packet and looks in his routing table, and the only route that matches is the 1721600/16 entry which he has two of (one from Gage and one from Jud) Therefore, he flips a coin and forwards the packet back to Gage Now, assuming that no one else has sent any packets through Gage to the 1721600 network while Gage and Lewis have been busy playing "pass the packet," Gage actually (finally) sends the packet to Jud, who gets it to its final destination Although this whole process does actually work (depending on how you define work), it is not exactly what you would call graceful Also, the bigger the environment gets, and the more subnets of the 1721600 network you have, the worse this little problem becomes (sometimes to the point of expiring the TTL on the packet) So this configuration is obviously not recommended To solve this problem, you have two choices The first is to disable autosummarization entirely and let the routers advertise the subnets individually Although this choice is good in this case (because it means adding only four new routes to each router's table), in a larger environment, it could cause needless traffic and CPU overhead (due to the sheer size of the routing tables) In a larger environment, the second option manual summarization is a far better choice Tip Although this book isn't meant to be test preparation, just in case you are looking to take the CCNA or CCNP tests, you will need to know that only EIGRP and OSPF can perform route aggregation This case is not one in which the test and real life don't match, just a case of a new feature being added to the IOS that hasn't quite made it into the test yet Manual summarization, more commonly called route aggregation, allows you to specify how the routes are summarized to neighbors in advertisements With manual summarization, you could advertise 17216640/23 from Gage, 17216920/23 from Lewis, and 172161280/23 from Jud, using only two entries in each router's table to reach all networks Tip Route aggregation requires that you fully understand the binary math behind subnetting If this topic is giving you trouble, refer to 6 and examine the "IP Addressing Basics" section in greater detail To perform route aggregation, you first need to disable autosummarization using the no autosummary router config mode command Then you need to use the ip summary- address rip [ip address] [mask] interface config mode command on every interface where you want to summarize the routes For instance, assuming Gage's E0/0 interface is the interface attached to the 19216810 network, you configure Gage for route aggregation as follows:.

Everyone (execute) Administrators (full control) System (full control) Everyone (execute) Administrators (full control) System (full control) Everyone (execute) Administrators (full control) System (full control) Everyone (read-only) Administrators (full control) System (full control)

(config-router)# no auto-summary (config-router)# exit (config)# interface Ethernet 0/0 (config-if)# ip summary-address 17216640 2552552540

382% 452% 104%

That's it Route aggregation really isn't hard, as long as you understand the binary behind it Now that you've learned about nearly every common configuration option that RIP has to offer, let's take a look at some common troubleshooting tips

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Like with all other networking issues, the first step in solving any problem is to determine the root cause For this task, your show and debug commands should come in particularly handy For show commands, the hands down most useful commands at your disposal are show ip route and show running-config Show ip route shows you what is in your routing table (as described in 22), whereas show running-config verifies the RIP configuration You can also use the show ip protocols command to show details about the running routing protocols on the router, including timers and summarization details, as shown in the following example:

Gage# show ip protocols Routing Protocol is "rip" Sending updates every 30 seconds, next due in 25 seconds Invalid after 180 seconds, hold down 180, flushed after 240 Outgoing update filter list for all interfaces is Incoming update filter list for all interfaces is Redistributing: rip Default version control: send version 2, receive version 2 Interface Send Recv Triggered RIP Key-chain Ethernet0/0 2 2 Ethernet0/1 2 2 Ethernet1/0 2 2 Automatic network summarization is not in effect Address Summarization: 17216640/23 for Ethernet0/0

105% 234% 09%

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Show ip rip database is also useful for showing which networks are currently being advertised by RIP, as you can see in the following output:

CCNA2600C#sh ip rip database 10000/8 auto-summary 10110/24 directly connected, Ethernet0/0 16925400/16 auto-summary 16925400/16 [1] via 101114, 00:00:19, Ethernet0/0 1723100/16 auto-summary 1723100/16 [2] via 101114, 00:00:19, Ethernet0/0

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