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When you deploy a DNS server on a domain controller, you can choose to store the zone data in the Active Directory database. Active Directory integrated zones minimize zone transfer traffic, improve security, decrease administrative overhead, and improve fault tolerance. Zone data can be configured to be replicated among all DNS servers in the Active Directory forest, among all DNS servers in the Active Directory domain, among all domain controllers in the Active Directory domain, or among all servers enlisted in a custom application directory partition. When a DNS zone allows dynamic updates, certain DNS client computers can reg ister and update their resource records with a DNS server. When secure dynamic updates are required in the zone, only the owner of the record can update the record. Secure dynamic updates can be required only on Active Directory integrated zones. Client computers running Windows 2000, Windows XP, and Win dows Server 2003 can perform dynamic updates. The DnsUpdateProxy group is typically used for DHCP servers performing dynamic DNS updates on behalf of other computers. Members of this group do not record ownership on the resource records they register in DNS. This behavior restriction prevents problems from arising in zones that allow only secure dynamic updates. The Start Of Authority (SOA) tab allows you to configure the zone s SOA resource record and several parameters that affect zone transfers, such as Refresh Interval, Retry Interval, Expires After, and Minimum (Default) TTL. The Zone Transfers tab allows you to control transfers from the current zone. By default, zone transfers are either completely disabled or limited to servers speci fied on the Name Servers tab. The nature of this restriction depends on the zone type and the manner in which the DNS server has been installed.

5-43

Binary 10000011 01101000 00010000 01011100 11111111 11111111 00000000 00000000 10000011 01101000 00000000 00000000 00000000 00000000 00010000 01011100

Advanced DNS server properties refer to the nine settings that can be configured on the Advanced tab of the DNS server properties dialog box. These properties relate to server-specific features such recursion, round robin, and netmask ordering.

When initialized for service, DNS servers running on Windows Server 2003 apply installation settings taken either from the boot information file, the Registry, or the Active Directory database. You can modify these settings on the Advanced tab of the server properties dialog box in the DNS console, as shown in Figure 5-27.

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IP addresses are organized into classes that help define the size of the network being addressed. This is called classful IP addressing. Five different classes of IP addresses define different size networks, each capable of holding varying numbers of hosts. Classful IP addressing is based on the structure of the IP address and provides a sys tematic way to differentiate network IDs from host IDs. As you learned earlier, there are four numerical segments of an IP address ranging from 0 to 255. Here, those seg ments are represented as w.x.y.z. Based on the value of the first octet (w), IP addresses are categorized into the five address classes listed in Table 1-3.

Figure 5-27

The server installation settings include six server options, which are either on or off, and three other server features with various selections for configuration. Table 5-2 shows the default settings for all nine features.

Responsibility for the workstations now passes to the operate teams, many members of which are individuals who participated in the Deploy phase. The SMFs for the Operate phase all occur concurrently, with each one defining tasks and services that the workstations will use at various times throughout their operational lives.

Table 1-3

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5

Number of Available Network Segments 126 16,384 2,097,152 N/A N/A Number of Available Hosts 16,777,214 65,534 254 N/A N/A

Table 5-2

Multibyte (UTF8)

Range of First Octet 1 -126 128 -191 192 -223 224 -239 240 -255

Off (requires configuration when enabled)

In most situations, these installation defaults are acceptable and do not require modi fication. However, when needed, you can use the DNS console to tune these advanced parameters and accommodate special deployment needs and situations.

Classes A, B, and C are available for registration by public organizations. Actually, most of these addresses were snapped up long ago by major companies and Internet service providers (ISPs), so the actual assignment of an IP address to your organization will likely come from your chosen ISP. Classes D and E are reserved for special use. The address class determines the subnet mask used, and therefore determines the divi sion between the network ID and the host ID. For class A, the network ID is the first octet in the IP address (for example the 98 in the address 98.162.102.53 is the network ID). For class B, it is the first two octets; for class C, it is the first three octets. The remaining octets not used by the network ID identify the host ID.

The process of deploying applications to Windows 7 workstations using Group Policy involves the following three main components:

These options are heavily tested on the 70-291 exam. Be especially familiar with Disable Recursion, BIND Secondaries, Enable Round Robin, and Enable Netmask Ordering.

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