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Figure 6-18, for example: on the left side is WPF, and on the right side is the normal Windows form s title bar but magnified. On the left side you can see how great the title bar characters look and how they don t have a jagged contour. This is possible because WPF uses DirectX and because everything is actually drawn to your design surface.

If you create an account, delete it, and then create a new account that has the same user name, the new account does not have the rights or permissions previously granted to the old account because the accounts have different SIDs For more information about planning and implementing access permissions, see 17, Managing Authorization and Access Control DNS and Active Directory domains Domain Name System (DNS) is required for support of Active Directory for the following reasons:.

In addition to the IP address and subnet mask, a TCP/IP configuration might also have a default gateway. Although clients reside on a certain subnet, they sometimes need to communicate with another client on a different subnet (for example, often computers using TCP/IP are on a routed network such as the Internet). The client must know the computer (or router) to send its traffic to so the traffic can leave the local subnet and travel to another. This computer or router is known as the default gateway, and the IP address of the gateway is essential information for a client to send and receive data beyond the bounds of the local subnet. Depending on the network configuration, however, a default gateway might not be necessary. For example, if your network has one subnet and you do not connect to any other subnets, you have no need for a default gateway because your network clients never access other subnets. This is common primarily in small office and home network environments (although with the tremendous popularity of the Internet, even these scenarios commonly require a gateway device for the Internet connection).

Active Directory domains are named with DNS names. Active Directory uses DNS as its location service, to enable clients to locate domain controllers.

Active Directory can also benefit DNS. DNS zone information can be copied to Active Directory domain controllers to enhance zone replication and provide security.

23:

Early on in IP networking, it became apparent that there was a need for specialized, private, address groups. These addresses would be used for internal networks, whereas connectivity to the rest of the world would be accomplished through a router that had a public IP address. This ensured that the finite number of IP addresses would not be consumed by (nor have to be uniquely registered and assigned to) the millions of private home and business networks operating worldwide. Because the private addresses are not reachable from the public Internet, they can be reused by all the private networks at will without those networks colliding with one another, thereby saving the vast majority of IP addresses for providing the unique public addresses needed by Internet-connected devices. The private IP address ranges are

To implement Active Directory, one or more DNS servers must be available to the Windows 2000 or Windows Server 2003 domain, and the DNS client service must be configured at each member computer. This can be done automatically through DHCP. Active Directory domains are named with DNS names. The DNS hierarchical naming structure is an inverted tree structure, or a single-root domain, under which can be parent and child domains. For example, a Windows 2000 domain name such as seattle.noam.reskit.com identifies a specific computer in a domain named noam, which is a child domain of the domain reskit. The com domain is a top-level domain on the Internet by which reskit.com and any of its child domains might be located. Each computer in a DNS domain is identified by a unique, fully qualified domain name (FQDN). The FQDN of a computer located in the domain noam.reskit.com is computername.noam.reskit.com. Figure 23-3 illustrates a Windows 2000 domain that uses the DNS hierarchical naming structure.

Figure 23-3