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When CiscoView is first started, it has a rather unassuming, diminutive window It certainly doesn't look like it can do much, but that's because no devices have been loaded CiscoView is waiting to show off, but first you need to connect to a device
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As you recall, CiscoWorks uses SNMP for all connections to remote devices Therefore, you need to have at least the read-only SNMP community string for each device you want to view If you intend to alter the device's configuration, you'll need the read/write community string The other crucial piece of information you'll need is the IP number or host name (if the devices are registered with a name service) If you don't have any of this information or it is incorrect, you won't get connected to the device and will see an annoying error message instead To connect to a device, follow these steps: 1Click on File | Open Device 2Enter the IP number or host name of the device, and at least one of the SNMP community strings Click OK, and CiscoView will attempt to make a connection with the device If all goes well, you'll see a graphical representation of the device, as illustrated in Figure 8-6 for a Cisco 4500 router In this example, we are viewing the rear panel of the router Three modules are currently installed in it: a 4-port ISDN module, a 2-port Token Ring module, and a single-port Ethernet module When CiscoWorks calls up a device in this fashion, it color-codes each physical port so that you can instantly see which ports are active
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Figure 8-6: CiscoView displays actual hardware configurations This initial image of the device is obviously quite useful, but CiscoView's features go beyond this
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In terms of basic configuration, what you can specifically manipulate depends on the device To configure global features of the device, double-click on a port; or click a port to highlight it and select Configure | Port This brings up a window like the one in Figure 8-7
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Figure 8-7: Basic port configuration using CiscoView In this window, you can bring an interface up or down, or rename it in the Local Description field Also, you can view some basic information about that port, including its MAC address Last update time Current status Current speed Configuring the whole device (that is, its chassis) in this fashion allows you to view many of the device's current settings Obtaining these values by hand would require sifting through the results of numerous show commands The results describe information about the current Cisco IOS release, IP routing tables, history of changes made to the router, and a summary of the device's memory configuration Not all aspects of a device are revealed here or are available for configuration, but you can save a lot of time by using these functions for the most common queries
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For real-time monitoring of almost any aspect of a device, CiscoView is the tool to use You can watch the current utilization of any port on your network using CiscoView Not only can you see basic utilization, but you can watch graphs of packet flow in and out of the ports and error frames, or a plethora of statistics specific for a given protocol such as Ethernet collisions To start monitoring, select a chassis or port and click the Monitor menu item This will call up a new window containing one or more graphs that are updated as frequently as you indicate In most instances, you can select which aspect of monitoring you want to watch For example, if you were curious about the temperature of the inside of your Cisco 7000 router; you could click the chassis, select Monitor, and then Environment in the next window that pops up The result is shown in Figure 8-8 You can see the current voltage inside the device, and that the air flowing out of the router is 5 C warmer (If you have ever turned on a 7000 and seen the house lights dim at the same time, you now know why these babies burn some power)
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