然后是另外一个协议无关层，提供了与各个设备驱动程序通信的通用接口，最下面是设备驱动程序本身。
Next is another agnostic layer that permits a common interface to and from the individual device drivers that are available, followed at the end by the individual device drivers themselves.
您可以使用工具包来开发与设备无关的应用程序，这些应用程序使用XDIME，并支持使用像WML、XHTML和HTML这样的标记语言的设备。
You can use the toolkit to develop device-independent applications that use XDIME, and that support devices using markup languages like WML, XHTML and HTML.
让特殊文件到内核驱动程序的映射成为可能的是主设备号，而不是真实的设备名称（它和非 devfs系统无关）。
The mapping from special file to kernel driver is made possible by the major number, not the actual device name, which is irrelevant to a non-devfs system.
最近，内核中引入了一种新的应用程序编程接口（NAPI），该接口允许驱动程序与设备无关层（dev）进行交互。
Recently, a new application program interface (NAPI) was introduced into the kernel to allow drivers to interface with the device agnostic layer (dev).
MCI 给应用程序提供了控制音频与虚拟设备的设备无关特性。
MCI provides applications with device-independent capabilities for controlling audio and visual peripherals.
设备抽象层为上层应用程序提供了一套标准的、与设备无关的通信接口，并且通过文件描述表、设备描述表和驱动描述表建立了从通信接口到设备驱动的映射。
The device Abstract Layer provides a set of standard communication interface functions unrelated with specific device, which is mapped to device drivers by file table, device table and driver table.
设备抽象层为上层应用程序提供了一套标准的、与设备无关的通信接口，并且通过文件描述表、设备描述表和驱动描述表建立了从通信接口到设备驱动的映射。
The device Abstract Layer provides a set of standard communication interface functions unrelated with specific device, which is mapped to device drivers by file table, device table and driver table.
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