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The options for handling PXE clients were discussed previously; one of these options was to respond only to known or prestaged computers In WDS terms, a computer is known by its MAC address or GUID You can prestage a computer using the Active Directory Users and Computers MMC snap-in Create a new Computer object and name the computer (for example, wdstest01); click Next to display the managed computer dialog (see Figure 16-13) Check the This is a managed computer box and enter the GUID or the MAC address of the computer If you enter the MAC address, then the MAC must have 20 preceding 0s

After clicking Next, you are prompted to select a speci c remote installation server to respond to the client or leave the default of any available remote installation server and click Next A summary is displayed Click Finish to create the new computer object If you had a client waiting to be approved, then within 10 seconds of creating the object, the client proceeds and downloads the Network Boot Program By default, the clients check every 10 seconds

18131 Fully Connected Federation Structure Figure 188 shows one way to provide a federated Naming Service Assume that our famous Acme Corporation has branches in three states: California, Colorado, and Massachusetts Each branch runs its own Naming Service, but clients want uniform names for all Acme objects regardless of their location

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With the configuration in Figure 188, each server's initial naming context contains a binding named with that server's location In addition, each server contains bindings to its

You can also prestage clients with the /add-device option of WDSUTIL using the format outlined next This creates a computer object in the Active Directory in the con gured container for computer objects:

But Database Tests Are S-l-o-w!

If you con gured the PXE response settings to enable unknown computers, but required them to be approved, then unknown computers will boot to the network and then wait to be approved Every 10 seconds, they will send out a new DHCP request for a NBP (see Figure 16-14)

neighbors that are labeled with the neighbors' locations The net effect is that the same name denotes the same object, regardless of which initial naming context is used Such a fully connected federation structure has the advantage that it provides uniform names to all clients The major drawback is that it is difficult to administer: every time you add a new server, you must update all other servers in the federation If there are more than five or so servers, maintenance becomes difficult because the number of crosslinks at the top level grows as O(n2) 18132 Hierarchical Federation Structure An alternative to a fully connected federation is to put servers into a hierarchical structure, as shown in Figure 189 A hierarchical structure is easier to maintain because you need to add only two bindings when you add a new server to the federation regardless of how many servers already exist in the federation

To enable the computer to continue, create an object in the Active Directory with its GUID/MAC, as discussed in the previous section You can also view the computers pending approval via the WDS management interface under the Pending Devices section If you right-click on a device, options to approve the device, name and approve the device, or reject the device are displayed (see Figure 16-15)

In such a hierarchical structure, clients can still use the same name to denote the same object everywhere However, clients must resolve names via the initial naming context of the root server and not via the initial naming context of their local server This requirement can create a scalability problem because in a large federation, the root server can become a performance bottleneck Hierarchical structures are also less resilient to failure than fully connected structures: if the root server fails, clients can no longer resolve names There is also the question of how clients get the initial naming context of the root server In Figure 189, we have added parent bindings to the initial naming context of each

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