本为一个lcd驱动程序，可以在ads上使用

m-sys Diskonchip 2000 初始化程序-m-sys Diskonchip 2000 initialization procedures

获取NVidia Control Panel(NV控制面板）参数的源代码 可以获取 显卡id,显存，AA AF模式，是否支持SLI，分辨率等信息。-access NVidia Control Panel (NV control panel) parameters of the source code can be id access cards, memory, AA AF mode, whether to support SLI, resolution and other information.

MCS-96单片机A_D转换器应用-通过检测AD_RESULT（LO）中的S位来判定A/D转换是否完成。需要注意的是，当发出启动A/D转换命令后，AD_RESULT中的S位要经过8个状态周期后才能对其查询.-MCS-96 microcontroller A_D converter applications-through detection AD_RESULT (LO) the S to determine A/D converter whether completed. We need to be aware that when issued start A/D conversion orders, AD_RESULT the S-8 to go through cycle after the state of its inquiries.

对PCI总线设备配置空间进行访问`枚举的小程序,-On the PCI bus device configuration space access `enumeration of small procedures,

nt file system 中自带的一个demo可以用做过滤驱动的框架，在上面进行二次开发-nt file system in the demo that comes with a filter driver can be used as a framework for secondary development in the above

MicroWind第2代，著名的微电子开发软件的教学版，适用于一般教学和入门级使用-MicroWind second generation, the famous microelectronics development of teaching software version applies to general teaching and the use of entry-level

这是一个文件过滤驱动代码，完整的代码，对编写文件过滤的人员有帮助-This is a file filter driver code, complete code, for the preparation of documentation to help officers filter

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.

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.