本章详细介绍了与网络设备驱动程序相关的数据结构和中断处理函数。
This paper introduces in detail the data structure and ISR, which relates to the network device driver program.
例如，Helios网络堆栈说明了对于用来与网络设备驱动通信的通道拥有较好的亲和度。
For example, the Helios networking stack expresses a positive affinity for the channels used to communicate with a network device driver.
各种网络设备驱动程序在接口层运行，该层从物理链路接收数据，并向物理链路传输数据。
The various network device drivers run at the interface layer, which receives and transmits data from and to the physical link.
这一层提供了一组通用函数供底层网络设备驱动程序使用，让它们可以对高层协议栈进行操作。
This layer provides a common set of functions to be used by lower-level network device drivers to allow them to operate with the higher-level protocol stack.
Linu x源代码是学习有关大多数设备类型的设备驱动程序设计最佳方法，包括网络设备驱动程序。
The Linux source code is a great way to learn about the design of device drivers for a multitude of device types, including network device drivers.
最后测试证明此网络设备驱动能够很好地实现网络包数据的传输，达到了较快的速度和较高的稳定性。
Final tested to prove the network device driver can be a very good realization of the network packet data transmission, to achieve a relatively rapid speed and high stability.
提示：对于那些具有 TTL（生存时间）的驱动程序要格外注意，例如面向连接的网络设备驱动程序。
Tip: Take extra care for drivers that include features like TTL (Time to Live), such as connection-oriented networking device drivers.
第15章，《网卡驱动》，分析了网络设备驱动，您将学习到内核中与网络相关的数据结构以及网络设备驱动与协议栈接口的方法。
Chapter 15, "network interface Cards", is devoted to network device drivers. You will learn about kernel networking data structures and how to interface network drivers with protocol layers.
正如前面介绍的一样，需要格外注意那些具有诸如ttl之类的特性的设备驱动程序(这种情况会使用面向连接的网络设备驱动程序)。
As mentioned earlier, extra care needs to be taken for device drivers like this that involve features like TTL (in this case one that USES connection-oriented networking device drivers).
网络栈底部是负责管理物理网络设备的设备驱动程序。
At the bottom of the network stack are the device drivers that manage the physical network devices.
在linux/drivers/net 中可以找出网络设备专用的驱动程序。
You can find the drivers specific to network devices in linux/drivers/net.
大部分的网络设备都是在初始化和加载硬件的时候被设备驱动程序自动创建。
In the majority of cases the network device is automatically created by the device driver while it is initializing and has located your hardware.
大部分的网络设备都是在初始化和加载硬件的时候被设备驱动程序自动创建。
In the majority of cases the network device is automatically created by the device driver while it is initializing and has located your hardware.
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