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Let s begin by eliminating the obvious, the Class C address. In a Class C address, you just about reach the maximum host addresses without even beginning to subnet. That is, a Class C address will give you a maximum of 254 hosts, or nodes, per Class C network ID. If you subnet, you will reduce your host IDs down to 126, 62, 30, and so forth. The Class B address, without subnetting, allows for more than 65,000 host addresses. You see that this address scheme has potential. However, because you will need 500 600 subnets, you see an immediate prob lem. In a Class B address, the default subnet mask is 255.255.0.0. To create 600 subnets, you need to borrow more than 8 bits (28 = 256 subnets), which will take you into the fourth octet. You already saw that all 8 bits would be necessary to allow for 250 node addresses. The only choice then is a Class A private address. If you use 10.0.0.0 as your network ID and use a subnet mask of 255.255.192.0, you can create up to 1,024 subnets, each one able to house more than 16,000 host addresses. This is a lot more than our requirement, so you have some room for creativity. You can borrow more bits from the third octet, which enables you to create additional subnets when needed, and reduce the number of host IDs available for each subnet. For example, a subnet mask of 255.255.240.0 allows you to create more than 4,000 subnets with approximately 4,000 hosts. A subnet mask of 255.255.248.0 allows you to cre ate up to 8,000 subnets with approximately 2,000 hosts.

You can also create custom application directory partitions and enlist the domain controllers you choose to store a replica of that partition. In Figure 6-7, Replication Monitor displays such an application directory partition, named Custom. To store DNS zone data in a custom application directory partition, set the zone replication scope in the DNS console to All Domain Controllers Specified In The Scope Of The Following Application Directory Partition. Then select the desired application directory partition from the drop-down list. To find out which Active Directory partition is used to store data for a particular DNS zone, you can either check the DNS zone properties in the DNS console or use the Dnscmd /zoneinfo command.

Do you know what these key terms mean You can check your answers by looking up the terms in the glossary at the end of the book.

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The Dnscmd utility might not be heavily tested on the exam, but this commandline tool can still help you by making your job easier. For example, instead of clicking through endless dialog boxes, you can use Dnscmd both to determine and to change the zone replication scope. To determine the zone replication scope for a domain named domain1.local, simply type the following command at a command prompt: dnscmd /zoneinfo domain1.local. Then look for an entry named directory partition in the output. To change zone replication scope, use the /zonechangedirectorypartition switch followed by any of the following switches, as appropriate: /domain (for all DNS servers in the domain), /forest (for all DNS servers in the forest), and /legacy (for all domain controllers in the domain). For example, to set the replication scope of a zone named domain1.local to all DNS servers in the domain, type the following command: dnscmd /zonechangedirectorypartition domain1.local /domain. If you have proper credentials, you can even perform these commands remotely. In this case, simply specify the server name after dnscmd.

3. As the network administrator for a Windows Server 2003 network, you receive a call from one of your users that she is unable to connect to the MS SQL Server, which is located on a different subnet. At the user s workstation, you type the command ipconfig and receive the following output:

6-23

Once you know the directory partition in which DNS zone information is stored, you can force replication for that zone in Replication Monitor. This procedure can help resolve name resolution problems caused by outdated zone data. To force Active Directory integrated zone replication, right-click the appropriate parti tion in the Replication Monitor console tree and select Synchronize This Partition With All Servers. This procedure opens the dialog box shown in Figure 6-8.

IP Address: 192.168.8.142 Subnet Mask: 255.255.255.128 Default Gateway: 192.168.8.1

Figure 6-8

When forcing a replication, you can use this dialog box to replicate only to neighbor ing servers, to replicate out to all servers on the local site, or to replicate to all servers across sites.

becoming a Microsoft Certified Trainer, visit http://www.microsoft.com/traincert/ mcp/mct/ or contact a regional service center near you.

DNS errors in Active Directory integrated zones can result from faulty zone replication. You can use Replication Monitor to search the domain for such replication errors. To do so, from the Action menu select Domain, and then select Search Domain Controllers For Replication Errors, as shown in Figure 6-9.

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