This sample demonstrates the handling of DIF_ calls during device installation a...

Win9x下文件系统驱动的例子(EXT2)源代码。-file system driver examples (EXT2) source code.

The flpydisk sample is a floppy driver that resides in the directory NtddkSrcStorageFdcFlpydsk. It is similar to a class driver in that it sits a level above the floppy disk controller in the driver stack, and brokers communication between the application level and the low-level driver. The floppy driver takes commands from the application and then calls routines in the controller which will in turn perform the actual interaction with the device. The sample compiles in 64-bit, but has not been tested in this environment. It is compatible with x86 and Alpha platforms.

测试2009最新成功的虚拟鼠标哈哈！！只在这里哦

四个独立按键的程序，可以控制八个灯循环亮-four independent buttons procedures can control lights cycle-8

USBD的驱动程序，Linux环境下的usb device的驱动程序-USBD drivers, Linux environment under the USB device driver

The programs and applications on this disk have been carefully tested, but are

OS课程设计，有对usb-skeleton的注释，另外写了一个对myusb 的测试代码，有报告和截图，在Ubuntu9.10下开发-OS curriculum design, there are comments on the usb-skeleton, another wrote an myusb test code, there have been reports and screenshots, developed under the Ubuntu9.10

PCI设备驱动，主要介绍PCI驱动开发框架，总结了四种获取PCI配置空间的方法。-PCI device drivers, introduces the PCI-driven development framework, summed up the four access to PCI configuration space approach.

触摸屏校正程序 触摸屏校正程序 -touch calibratetouch calibratetouch calibratetouch calibrate

Two categories of devices don’t fit neatly into the PnP framework I described in Chapter 6. These categories are controller devices, which manage a collection of child devices, and multifunction devices, which have several functions on one card. These kinds of devices are similar in that their correct management entails the creation of multiple device objects with independent I/O resources.-Two categories of devices don’t fit neatly into the PnP framework I described in Chapter 6. These categories are controller devices, which manage a collection of child devices, and multifunction devices, which have several functions on one card. These kinds of devices are similar in that their correct management entails the creation of multiple device objects with independent I/O resources.