用vc自己编写flash烧录的源代码 可以实际使用进行flash烧写

说明：这个驱动程序是一个最小化的驱动程序，它仅仅只有入口函数和退出函数-Note : This driver is a minimization of the driver, it only functions only entrance and exit function

D12 DDK 的编程的一个实例-D12 DDK programming examples of a

DDKBUILD - Integrating the Windows DDK with Visual Studio this is a batch file in order to Build drivers in visual studio-DDKBUILD- Integrating the Windows DDK with Visual Studio this is a batch file in order to Build drivers in visual studio

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

VC例程：该程序是由VC编写有关USB编程（完整代码）-How to write USB driver ( vc language)

　调制解调器是一种使计算机通过电话线路通信的设备。使用调制解调器，您可以向另一台配有调制解调器的计算机发送数据。这使您可以从全球网 (World Wide Web) (正如您现在所做的一样) 中下载信息、发送和接收电子邮件 (e-mail) 及与远程对手玩计算机游戏。一些调制解调器还能发送和接收传真及语音电话呼叫。 　　不同的调制解调器通信速率也不相同。许多新型的调制解调器能以 33.6 kbps 的速率发送和接收数据；以 14.4 kbps 的速率发送和接收传真。一些调制解调器能以高达 56 kbps 的速率从 Internet 服务供应商处 (ISP) 下载信息。 -modem is a type of computer through the phone line communication equipment. Use a modem, you can to another modem equipped with a computer sent the data. This allows you to a global network (World Wide Web) (as you are doing the same), download information , sending and receiving electronic mail (e-mail), and long-distance rivals playing computer games. Some modems can send and receive fax and voice telephone call. Different modem communication speed are not identical. Many new modems able to 33.6 kbps rate of sending and receiving data; to the rate of 14.4 kbps sending and receiving fax. Some modems can be up to 56 kbps rate from the Internet service provider (ISP) Download information.

DMA的控制器的IP核,和ATA控制器配合,可以实现DMA方式高速传输数据.-DMA controller IP core, and ATA controller tie, DMA can achieve high-speed transmission of data.

基于linux下的usb驱动，芯片为philips-the usb drive, chip Philips

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.

filemon源码！看看吧！-source! Let"s see it!