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Configuring TCP/IP in Windows 2000 is straightforward, although the location of the main TCP/IP configuration window is slightly hidden To find it, choose Start | Settings | Network, and select Dialup Connections You can also click the Network and Dial-up Connections icon in the Control Panel, or even right-click My Network Places on the desktop and select Properties All three paths lead you to the Network and Dial-up Connections window, the main networking configuration window From the Network and Dial-up Connections window, click the Local Area Connections icon This displays a small window that displays the current statistics about your NIC You'll see numbers on how long it has been operational, how many packets have been transferred, and the speed at which it is operating To actually configure the NIC, click the Properties button This calls up the General Networking Properties window, where Internet Protocol (TCP/IP) should be listed If it isn't, add it by clicking the Install button To configure TCP/IP, click to highlight Internet Protocol (TCP/IP), and then click the Properties button This brings up the actual configuration window, shown in Figure 5-17
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Figure 5-17: Windows 2000 TCP/IP configuration window If you aren't using DHCP, enter your IP address here Check the "Obtain DNS server address automatically" option only if your DHCP server also provides this information to its clients (most do) To access the WINS, advanced DNS, and security settings, click the Advanced button When you have finished with these options, click OK until you've closed the General Networking Properties menu
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Managing the Routing Tables
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Routing tables are at the heart of a router's ability to efficiently transfer packets from one point in the network to the packets' destinations Routers need these tables to be on hand and accurate, for use in quickly identifying destination networks and making routing decisions Here is how routers use route tables: When a router receives a packet, the router looks in its routing table for the destination subnet for that packet Then the router passes the packet to the interface with the lowest cost route to reach the next router in the path When the next router receives the packet, it repeats this process and forwards the packet on to the next hop This process continues until the packet reaches its final destination Because even single-homed machines (with one network address) need to make routing decisions, all NT systems with at least one NIC have a simple routing table created by default (provided the TCP/IP protocol stack has been installed) Information in a routing table includes the following: All the reachable subnets in the network The routing cost to reach each subnet The address of the next router in the destination path The router interface to which packets are forwarded to reach that next destination The route table also lists any static routes that have been entered manually Note that although static routes will work for smaller networks, it would become an organizational nightmare to maintain static routes for a larger network, as you will see This is why routing protocols such as RIP and IGRP are so important
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All static routing functions are accomplished using the routeexe command-line utility For a full list of route command arguments, type route / at the command prompt To print a listing of a route table, type route print at the command prompt You'll get a listing similar to the one in Figure 5-18 Here are descriptions of the information in this report:
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Figure 5-18: A route table in a Windows network Network Destination Destination address for routed packets Netmask The portion of the network address that must match the destination address in order to use that route For instance, a mask of 255 (all 1's) means that the octet in the destination address (that is to be routed) must match exactly that of the network address Gateway Location where the packets need to be sent so they are routed This is usually the address of the default gateway Interface Points to the IP address of the NIC that will be used to get to the gateway It may be the same as the gateway location, or a NIC address, or 127001, which is the software loopback address Metric The number of hops to reach the destination address All local destinations are one hop away If you statically define a route, a larger metric may apply if the destination subnet is more than one hop away
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