这本书

-有 没 有 简 单 一 些 的 办 法 呢 ？ 我 们 可 以 令 一 个 普 通Win32 应 用 程 序 运 行 在Ring0 下， 从 而 获 得VxD 的 能 力 吗 ？ 答 案 是 肯 定 的，请看本文-- Is there any simpler solutions? We can make an ordinary Win32 applications running on Ring0 under VxD s ability to obtain it? The answer is yes, please see this article

1 程序开发步骤如下 (1) 打开vc，选择菜单项file->new,选择projects选项并建立一个名为"floppy"的win32 console applicatoin工程；创建时注意指定创建该工程的目录； (2) 在工程中创建源文件"floppy.cpp"：选择菜单项project->add to project->files，在选择框中输入自己想要创建的文件名，这里是"floppy.cpp"；在接下来询问是否创建新文件时回答"yes"；然后通过Workspace->FileView->Source Files打开该文件,在其中编辑本程序的源代码；编辑结束后通过菜单项File->Save进行保存； (3) 同(2)步骤再加入文件"floppy.h"； (4) 通过调用菜单命令项build->build all进行编译连接,可以在指定的工程目录下得到debug->floppy.exe程序；现在即可以运行该程序；由于没有命令行参数，故不必在控制台下来运行，直接运行即可； 2 补充说明 这里仅仅给出了编译结果和源程序，没有所创建工程的其他文件。-a step in the development process as follows (1) Open vc, select menu item file-gt; New, choose projects and the establishment of an option called "floppy" win32 console applicatoin works; Attention to create designated to create the directory of the project; (2) create the works Source "floppy.cpp" : Select menu item project-gt; add to project-gt; files, the choice of their own box to create the file name, here is the "floppy.cpp"; the next quest

带DMA传输的高速的驱动源代码（最高可达80M，在系统支持66M的工作模式下）-with high-speed DMA transfer of the source drive (up to 80M, the system supports the work of 81 model)

win9x下的一个网卡驱动程序。-win9x net card driver.

realtak8139驱动源码-realtak8139 driver source

此文件为ZCM6056型液晶模块 驱动程序，是我调试成功的-This the driver of ZCM6056 LCD module. I debug it successfully.

一个基于windriver开发的，用来读写I/O端口的ActiveX控件，本人作品-windriver development, used to read and write I/O port ActiveX controls, I works

10/100M以太网驱动源代码，smc91c113芯片！-10/100 Ethernet driver source code, smc91c113 chips!

VHPD1394 V1.15驱动程序源

The Windows Driver Model assumes that a hardware device can have several drivers, each of which contributes in some way to the successful management of the device. WDM accomplishes the layering of drivers by means of a stack of device objects. I discussed this concept in Chapter 2. Up until now, I’ve been talking exclusively about the function driver that manages the main functionality of a device. To round out this book, I’ll describe how you write a filter driver that resides above or below the function driver and modifies the behavior of the device in some way by filtering the I/O request packets (IRPs) that flow through it.