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TABlE 9-3 Preparing a Hard Drive for Windows PE
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0 is the primary hard disk drive . Removes the current partition structures .
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size is a partition size large enough to hold the Windows PE source files . Selects the partition created by the previous command . Marks the new partition as active . Formats the new partition . Quits DiskPart .
Copy the Windows PE files from your Windows PE media to your hard disk .
xcopy /chery x:\*.* c:\
Customizing Windows pE
Most Windows PE customization tasks will involve the processes described in the previous section . First, you will mount the image by using DISM . Then, you will add packages, applications, and updates . Last, you will dismount the image and commit your changes . Other tasks you might see when customizing your Windows PE implementation include adding hardware-specific device drivers and customizing the actual settings used by Windows PE when it runs . This section covers the installation of device drivers and details changes that you can make to base Windows PE configuration settings . Additional information on automating Windows PE is covered in the section titled Automating Windows PE later in this chapter . Windows PE supports four configuration files to control startup and operation . These files can be configured to launch custom shell environments or execute specified actions:
BCD The BCD file stores the boot settings for Windows PE . This file is edited with the Windows 7 command-line tool, BCDEdit . Winpeshl.ini During startup, you can start custom shell environments using the Winpeshl .ini file . This file is located in the %SystemRoot%\System32 folder of the Windows PE image . You can configure this file with the path and the executable name of the custom shell application . Startnet.cmd Windows PE uses the Startnet .cmd file to configure network startup activities . By default, the Wpeinit command is called to initialize Plug and Play devices and start the network connection . You can also add other commands to this script to customize activities during startup . Unattend.xml Windows PE operates in the windowsPE setup configuration pass of a Windows 7 installation . In this pass, Windows PE uses the appropriate sections of the Unattend .xml file to control its actions . Windows PE looks in the root of the boot device for this file . You can also specify its location by using the Startnet .cmd script or by using Wpeutil .exe with the appropriate command-line options .
CHapTER 9
Preparing Windows PE
Your final environment can run custom application shells (see Figure 9-3) .
FIgURE 9-3 Windows RE running on Windows PE
Automating Windows PE
Most Windows PE automation is done by customizing Unattend .xml, the Windows 7 unattended answer file . Use the Windows System Image Manager (Windows SIM) to create and edit this file . Unattend .xml allows you to control automation tasks in all the major installation passes . You can put it in the root of your Windows PE media to automate the installation process .
automating with Unattend.xml
Windows SIM is the primary tool for creating and modifying Unattend .xml . It is designed to validate each automation step against the actual files in an image to ensure that you use proper syntax to build the automation . This provides an extra measure of assurance that unattended installations will work as planned . When beginning the process of creating an answer file, be sure to create a catalog file if necessary to allow Windows SIM to validate your choices against the image file . Add answer file options to the answer file by right-clicking a feature and choosing Add Setting To Pass 1 WindowsPE . The setting will then appear in the answer file pane, where you can configure it . When you complete answer file customization, you can validate the answer file by clicking Tools and then choosing Validate Answer File . Any settings that are not configured or that use invalid configuration settings will be listed in the Messages pane . When you are satisfied with
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