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The S model was later supersedes the original model in other regions at the end of 2003. The S model featuring the more compact design compare to the original model, designed for users with smaller hands. On February 22, 2002, Microsoft released the Xbox Controller S as a game controller made specific for Japan market. There are two accessory slots on the top of the controller. It has two analogue triggers for analogue inputs, and has two rumble motors for rumble function. The 6 right buttons are pressure-sensitive. The Xbox Controller features the bulky controller design, with asymmetrical controller layout with the left joystick on the top and the right joystick on the bottom. Additional instructions for test-signing are described in src\general\build\driversigning\selfsign_ Xbox Controller, also known by its nickname The Duke, is a game controller released by Microsoft on November 15, 2001. Within the WDK installation directory, the example is located at src\general\build\driversigning\selfsign_example.cmd. You can modify this script to test-sign your own driver package.
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Note The WDK contains a sample command script that shows the step-by-step procedure to correctly test-sign the ToastPkg sample driver package. Within the WDK installation directory, the ToastPkg driver package is located in the src\general\toaster\toastpkg directory.
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The topics of this section use the ToastPkg sample driver package to introduce the test-signing process. This computer must be running Windows Vista or later versions of Windows. This is the computer that is used to install and test the test-signed driver package. In order to use the driver signing tools, this computer must have the Windows Vista and later versions of the Windows Driver Kit (WDK) installed. This computer must be running Windows XP SP2 or later versions of Windows. This is the computer that is used to test-sign a driver package for Windows Vista and later versions of Windows. These computers are referred to as follows: Throughout this section, separate computers are used for the various processes involved in test-signing a driver. In addition, each topic points you to other topics that provide detailed information about the procedure. Note You have to embed a digital signature within the driver if the driver is a boot-start driver.Įach topic in this section describes a separate procedure in the test-signing process, and provides the general information that you need to understand the procedure. Test-signing a driver through an embedded signature by using the (Test) certificate. Test-signing the driver package's catalog file by using the (Test) certificate. This includes creating a catalog file that contains the digital signature. Preparing a driver package for test-signing. This certificate is used in many examples that are discussed in this section. In this section, steps are described to create and use a self-signed test certificate named (Test). This section includes topics that describe these steps and provide examples, such as the following:Ĭreating a test certificate that is used to sign a driver package. Test-signed drivers must not be used for production purposes or released to customers. Windows supports test-signed drivers only for development and testing purposes. This capability allows developers to test kernel-mode binaries on Windows with driver signature verification enabled. In particular, this allows developers to sign kernel-mode binaries by using self-signed certificates, such as those the MakeCert tool generates. Test-signing refers to using a test certificate to sign a prerelease version of a driver package for use on test computers. This section provides information about the basic steps that you have to follow when you test-sign a driver package.