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Slow response from a server can be related to a variety of things Usually, however, the problem can be traced to a connection to the server, or to the server itself When Wanda calls in from working at home and tells Tina Tech that she is getting a slow response from the company s Web site, Tina Tech leaps into action Tina tries to reach the offending server and is immediately connected; this indicates a connectivity problem for that user She asks Wanda to execute a tracert command from her system to the slow server This reveals to Tina that the slowdown stems from one of the intermediate steps through which Wanda s system connects to the server Because of this, the problem is out of Tina s hands, unless she can offer a direct dial-up option for Wanda If Tina finds she cannot reach the offending server quickly when she tries from her system, then the problem may lie with the server itself Tina checks the Change Log for the Web server, to see if anyone has changed anything recently She discovers that a new antivirus component was recently added, so she checks the vendor s Web site to make sure there are no known problems or patches for that piece of software She also uses Performance Monitor to compare the server s current responses to the baseline that she previously recorded This shows her that the bottleneck is related to excessive paging, indicating that the server may need more physical memory, or RAM

Frame Relay itself does not stipulate any specific physical medium However, Frame Relay is normally implemented with standard unshielded twisted-pair (UTP) cabling from the provider, which then enters a device known as a channel services unit/data services unit (CSU/DSU), and is then connected to the customer's router with a high-speed serial (v35) connection The CSU/DSU has a number of responsibilities Generally, it takes the original signal from the provider and converts its electrical properties into the serial format for your router The CSU/DSU also sometimes acts as a channel bank, or multiplexer, breaking the channelized connection apart so that the voice and data can be separated (The next section delves deeper into this topic) In most modular Cisco routers, you can get a line card (similar to an expansion card in a PC) that puts the CSU/DSU right into your router, allowing you to just plug the provider's cabling directly into your router Figure 3-19 shows a typical Frame Relay cabling scenario

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This statement tells the compiler to recognize balance as another name for float Next, you could create a float variable using balance:

Now that you've seen the basic operation of RIP, let's examine some more advanced topics First, let's examine RIP's ability to add more than one route to the routing table and perform load balancing By default, Cisco routers use up to four equal-cost routes and load balance between them With RIP, if a router hears about a route to a network from two or more routers, and all are using the same metric, it performs equal-cost load balancing between all of the routes For instance, in Figure 23-6, Roland hears of two routes to the 1921682000 network, both with a metric of 1, from Flagg and Eddie In a Cisco router, Roland adds both to the routing table and forwards packets in a round-robin fashion between both routes (sending 50 percent to Flagg and 50 percent to Eddie) This is great if the links are the same speed, but if not, it causes a problem known as pinhole congestion

I Can t See Anything on the Network!

Figure 23-6: Multiple equal-cost paths Pinhole congestion occurs when a router is not aware of a speed difference between two routes This problem is most common in RIP, because RIP has no way of specifying link speed (Its metric is solely concerned with hop count) However, this problem can crop up in other protocols as well (usually due to poor configuration) If, in the previous example, the link speed for Roland's link to Flagg were 64 Kbps, and the link speed from Roland to Eddie were 1544 Mbps (T1), Roland would use only 64 Kbps of the 1544-Mbps link This is pinhole congestion The T1 link wouldn't actually be congested, but Roland wouldn't have any way of knowing that Roland would simply send one packet using the 64-Kbps link, then another using the T1, then the next using the 64-Kbps link, and so on Once the 64-Kbps link becomes saturated, no additional packets would be sent across the T1 either With RIP, the only way to ensure that pinhole congestion does not occur is to ensure that all equal metric redundant links have the same bandwidth capacity Another concern with RIP version 1 is its inability to send masks with routing updates As a result, you cannot use RIP version 1 in networks that rely on complex VLSM or CIDR subnetting Because RIP version 1 does not send masks with its updates, it has to assume that a certain mask is used when it receives an update The basic rules that RIP applies to updates received are as follows:

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