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With switch configuration files, you need to be concerned about two tasks: saving the files to NVRAM and saving the files to a server for storage In most switches, IOS or CatOS, the running configuration is automatically saved to NVRAM However, in some switches, such as 2948G Layer 3, saving the running config to the startup config is required To do this, issue the copy running-config startup-config command (or simply cop ru sta) You should save the file to a TFTP server on all switches as soon as possible This strategy allows you to recover from configuration mistakes fairly quickly and easily On a standard IOS-based switch, the command for this is usually copy startup-config tftp (The 1900 series is a bit different and uses the copy nvram tftp://server/file command) These two commands are illustrated next

When initializing a multidimensional array, you may add braces around the initializers for each dimension This is called subaggregate grouping For example, here is another way to write the preceding declaration

>COPY FROM A 2948G SWITCH< 2948GL3>enable Password: Password: 2948GL3#copy startup-config tftp Address or name of remote host [] 19216811 Destination filename [startup-config] !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! Upload to server done Copy took 00:00:23 [hh:mm:ss]

A complete IPv6 address always has eight groups of four hexadecimal characters If this sounds like you re going to type in really long IP addresses, don t worry, IPv6 offers a number of shortcuts First, leading zeroes can be dropped from any group, so 00CF becomes CF and 0000 becomes 0 Let s rewrite that IPv6 address using this shortcut:

>COPY FROM A 1900 SWITCH< cat1924A#copy nvram tftp://19216811/configcfg !!!!!!!!!!! Upload successful Copy took 00:00:03 [hh:mm:ss]

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int sqrs[10][2] = { {1, 1}, {2, 4}, {3, 9}, {4, 16}, {5, 25}, {6, 36}, {7, 49}, {8, 64}, {9, 81}, {10, 100} };

2001:0:0:3210:800:200C:CF:1234

On a CatOS-based switch, the command is copy module#/device:filename tftp:filename, as discussed in 17 This following example illustrates:

Console> (enable) copy config tftp:lab2cfg all IP address or name of remote host [17220227] y Upload configuration to imgFile:lab2cfg (y/n) [n] y / Configuration has been copied successfully (10299 bytes) Console> (enable) Cat5K2> (enable) copy 1/slot0:cat5kcfg tftp:cat5kcfg IP address or name of remote host [19216811] y Upload configuration to imgFile:cat5kcfg (y/n) [n] y / Configuration has been copied successfully (7574 bytes) Cat5K2> (enable)

To write IPv6 addresses containing strings of zeroes, you can use a pair of colons (::) to represent a string of consecutive groups with a value of zero For example, using the :: rule you can write the IPv6 address:

When using subaggregate grouping, if you don't supply enough initializers for a given group, the remaining members will be set to zero automatically

Summary

2001:0:0:3210:800:200C:CF:1234

This chapter covered basic initial switch configuration for both standard IOS switches and CatOS switches Think of this as the introduction to the next three chapters, which examine more advanced configurations for layer 2, layer 3, and layer 4 switches

Imagine that you are using array initialization to build a table of error messages, as shown here:

This chapter covers layer 2 switching technologies that are common to all Cisco switching devices It also discusses common technologies related to nearly all layer 2 switching devices from any vendor, including Spanning Tree Protocol (STP) and virtual LANs (VLANs) You'll also learn about Cisco-specific enhancements to layer 2 switching Finally, you will explore configuration and troubleshooting using both standard IOS and CatOS commands on Catalyst 1900, 2948G, and 5500 switches

2001::3210:800:200C:CF:1234

Spanning Tree Protocol (STP)

char e1[12] = "Read error\n"; char e2[13] = "Write error\n"; char e3[18] = "Cannot open file\n";

Double colons are very handy, but you have to be careful when you use them Take a look at this IPv6 address:

Spanning Tree Protocol (STP) is used to provide for loopfree redundant switching topologies in switched networks You need STP because of a simple problem inherent in bridging and repeating As you may recall from 2, a repeater (hub) simply repeats all signals received out all ports This situation leads to a problem with building fault-tolerant repeated networks, known as looping Consider the example network topology in Figure 19-1 In this example, four hubs are configured in a full mesh If Hub 1 receives a packet from PC 1, it will repeat it out all ports

Figure 19-1: Initial repetition of a frame from PC 1 destined for Server 1 As a result, Hubs 2 4 will receive the same packet and that's right repeat the packet out all ports Therefore, nine copies of the exact same packet now exist (which, incidentally, had already reached the designated host, Server 1) traversing the network This situation is shown in Figure 19-2

As you might guess, it is tedious to count the characters in each message manually to determine the correct array dimension Fortunately, you can let the compiler

FEDC:0000:0000:0000:00CF:0000:BA98:1234

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