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The process of getting data onto the wire and then picking that data off the wire is amazingly complicated For instance, what happens to keep two NICs from speaking at the same time Because all the data sent by one NIC is read by every other NIC on the network, only one system may speak at a time Networks use frames to restrict the amount of data a NIC can send at once, giving all NICs a chance to send data over the network in a reasonable span of time Dealing with this and many other issues requires sophisticated electronics, but the NICs handle these issues completely on their own without our help So, thankfully, while the folks who design NICs worry about all these details, we don t have to!

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The boot command sets the bootup method on most routers You can use the config-register command for the same purpose, but, typically, the boot command is easier Syntax Basic syntax of the boot command is boot [target] [modifiers and values] There are six primary targets: bootstrap, buffersize, config, host, network, and system The bootstrap Target The bootstrap target sets the bootstrap image for initial boot Normally, the bootstrap image is pulled from ROM; but in certain cases, it may be desirable to use an alternate image To use the bootstrap target, type boot bootstrap [flash | tftp] [filename] The buffersize Target The buffersize target sets the size of the system buffer used to read the startup-config file Normally, the system sets the buffer size equal to the size of NVRAM memory available on the router Therefore, as long as you are having the router use the startup-config file from NVRAM, you shouldn't need to use this target However, if you are loading a configuration file from a TFTP server at bootup (with the boot host or boot network commands), and the size of the configuration file is larger than the amount of NVRAM in your system (for instance, if the configuration file was 48KB and you had 32KB of NVRAM), you would need to set this target to an amount equal to or greater than the size of the configuration file To use this target, type boot buffersize [size in bytes] The config Target The config target sets the location the router uses to load the startupconfig file, either NVRAM or flash This target is available only on routers with class A flash file systems (usually higher-end routers) To use this target, type boot config [flash | NVRAM] [filename] The default is, of course, to boot from NVRAM The host Target The host target sets the router to load a startup-config file from a remote network host, using TFTP, RCP, or FTP TFTP is the most commonly used host, and the syntax for setting this option is fairly simple: boot host tftp: [//computer name or IP/directory/filename] Note that for this target to function, you must use the service config command (discussed later in the chapter in the section "The service Command") to enable this function Also note that the file specified with this target is considered to be the individual host configuration file When using configurations in this manner, the device first loads the general network configuration file (specified with the boot network command); and then it applies the individual host configuration file, if present Because in essence, it is copying these configurations to RAM, these are merge operations, meaning that if conflict exists between settings in the configuration files, the one that is applied last is the setting that is retained In this manner, the settings configured with the boot network command are applied, containing.

Using the MAC address is a great way to move data around, but this process raises an important question How does a sending NIC know the MAC address of the NIC to which it s sending the data In most cases, the sending system already knows the destination MAC address, because the NICs had probably communicated earlier, and each system stores that data If it doesn t already know the MAC address, a NIC may send a broadcast onto the network to ask for it The MAC address of FF-FF-FF-FF-FF-FF is the broadcast address if a NIC sends a frame using the broadcast address, every single NIC on the network will process that frame That broadcast frame s data will contain a request for a system s MAC address The system with the MAC address your system is seeking will read the request in the broadcast packet and respond with its MAC address

Resizes the invoking array If elements must be added, they are assigned the value of v Returns the size (ie, the number of elements) of the invoking array Shifts the invoking array left num places Returns an array containing the result Returns the sum of the values stored in the invoking array

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