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To solidify these basic rules, let's walk through an example Figure 23-1 has four routers and eight networks I have also included the initial routing tables for all routers, but note that some information (such as the next hop address) has been left out to simplify the example The beginning metrics in this case are all zero because RIP uses hop count as a metric, and, currently, all known networks are directly connected

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It is vital that you document the problem, symptoms, and solutions of all support calls, for two reasons First, you re creating a support database that will be a knowledge base for future reference, enabling everyone on the support team to identify new problems as they arise, and know how to deal with them quickly, without having to duplicate someone else s research efforts Second, documentation enables you to track problem trends and anticipate future workloads, or even to identify a particular brand or model of an item, such as a printer or a NIC, that seems to be less reliable or that creates more work for you than others Don t skip this step it really is essential! EXAM TIP Memorize these problem analysis steps:

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Figure 23-1: A network topology for a basic RIP example When Richard boots, he sends a broadcast about all known networks to Stan and Fran, advertising a metric of 1 for these networks RIP does not "locate" or determine which RIP routers exist in the network, so Richard has no idea that a router does not exist on Net 5 Therefore, Richard also sends a broadcast to Net 5 Note that the lack of knowledge of other routers also means that Richard has no idea how many routers are connected to Nets 1 and 4, or if any are connected at all He just broadcasts out and assumes someone is listening Stan and Fran add the new networks to their routing tables with a metric of 1 (using the advertised metric in the update) This example allows only one route to each destination network, so Stan and Fran will add to their routing tables only the best (lowest metric) route for each destination Therefore, Stan will not change his routing table to include Net 1 as advertised by Richard, because he already has a better route to that destination in his table Similarly, Fran will not add the new route for Net 4 Figure 23-2 shows this initial broadcast and the routing table additions it causes

1 Information gathering identify symptoms and problems 2 Identify the affected areas of the network

The size of a structure is equal to or greater than the sum of the sizes of its members For example,

Figure 23-2: Initial RIP broadcast Fran and Stan then broadcast information about all of their known networks, including the new networks just learned from Richard, to all directly connected subnets From this broadcast, Richard learns of Nets 3 and 8 (from Fran), and Nets 2 and 6 (from Stan) Flagg learns of all networks in the topology during this update process and adds them to his table Note that because this example allows only one route for each network in the table, when Flagg hears of two equal-cost paths to the same network (for instance, the update about Net 5 with a metric of 2 from both Stan and Fran), he includes into his routing table only the first advertised route heard Figure 23-3 shows the second broadcast and the routing table updates it caused

Figure 23-3: Updates from Fran and Stan Finally, Flagg broadcasts information about his networks to Stan and Fran At the next update interval, Stan and Fran broadcast these new routes to Richard, and convergence is achieved This setup is shown in Figure 23-4

3 Establish if anything has changed 4 Identify the most probable cause 5 Determine if escalation is necessary 6 Create an action plan and solution identifying potential effects 7 Implement and test the solution 8 Identify the results and effects of the solution 9 Document the solution and the entire process

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I want to end this chapter with some good troubleshooting scenarios Take some time and think about these situations and how you would handle them What questions would you ask What tests would you do first The CompTIA Network+ exam absolutely loves to ask scenario questions The knowledge from the previous chapters combined with the methods you ve learned in this chapter should enable you to fix any network!

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