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基本信息
- 原书名：UNIX Network Programming,Volume 1:The Sockets Networking API,Third Edition
- 原出版社： Addison-Wesley
内容简介
书籍
计算机书籍
本书是一部UNIX网络API的经典之作!
本书是为那些希望能够通过套接字接口实现程序间的相互通信的人而编写的，旨在为网络编程的初学者以及专家提供指导。要建立高度分布式、网络化的应用程序和服务，就需要对套接字和其他关键的网络API有深入的理解。本书为在各种环境下建立健壮的、高性能的网络系统提供了全面的指导。
这个版本建立在W.Richard Stevens的传奇性工作的基础上，由两个*秀的网络编程专家进行了完全更新。讨论了当今最关键的标准、实现和技术 讨论的新主题包括：
POSIX Single UNIX Specification Version 3
IPv6 APIs(包括更新了的对IPv6／IPv4互操作性的指南)
新的SCTP传输协议
基于IPsec的密钥管理套接字
FreeBSD 4．8／5．1、Red Hat Linux 9．x、Solaris 9、AIX 5．x、HPUX和Max OS X实现
新的网络编程调试技术
源端特定的组播API，正是这个API使得IP组播开发被广泛使用
本书还更新和扩展了Stevens对以下关键的UNIX网络标准和技术所做的权威性的概括：
TCP和UDP传输
基本的和高级的套接宇，路由的和原始的套接宇
I／O：复用高级函数，非阻塞和信号驱动
守护进程和inetd
UNIX域协议
ioctl操作
广播和组播
线程
流
计算机书籍
本书是一部UNIX网络API的经典之作!
本书是为那些希望能够通过套接字接口实现程序间的相互通信的人而编写的，旨在为网络编程的初学者以及专家提供指导。要建立高度分布式、网络化的应用程序和服务，就需要对套接字和其他关键的网络API有深入的理解。本书为在各种环境下建立健壮的、高性能的网络系统提供了全面的指导。
这个版本建立在W.Richard Stevens的传奇性工作的基础上，由两个*秀的网络编程专家进行了完全更新。讨论了当今最关键的标准、实现和技术 讨论的新主题包括：
POSIX Single UNIX Specification Version 3
IPv6 APIs(包括更新了的对IPv6／IPv4互操作性的指南)
新的SCTP传输协议
基于IPsec的密钥管理套接字
FreeBSD 4．8／5．1、Red Hat Linux 9．x、Solaris 9、AIX 5．x、HPUX和Max OS X实现
新的网络编程调试技术
源端特定的组播API，正是这个API使得IP组播开发被广泛使用
本书还更新和扩展了Stevens对以下关键的UNIX网络标准和技术所做的权威性的概括：
TCP和UDP传输
基本的和高级的套接宇，路由的和原始的套接宇
I／O：复用高级函数，非阻塞和信号驱动
守护进程和inetd
UNIX域协议
ioctl操作
广播和组播
线程
流
作译者
已故的W.Richard Stevens是本忆第1版和第2版的最初作者。
Bill Fenner 是位于加州Menlo Park和AT&T实验室的主要技术成员，专门从事IP组播、网络管理和测量方面的研究。他是IETF路由领域的主管之一，负责审批作为RFC发布的所有与路由有关的文档。
Andrew M.Rudo
Bill Fenner 是位于加州Menlo Park和AT&T实验室的主要技术成员，专门从事IP组播、网络管理和测量方面的研究。他是IETF路由领域的主管之一，负责审批作为RFC发布的所有与路由有关的文档。
Andrew M.Rudo
目录
Foreword.
Preface.
Part 1. INTRODUCTION AND TCP/IP.
Chapter 1. Introduction.
1.1 Introduction.
1.2 A Simple Daytime Client.
1.3 Protocol Independence.
1.4 Error Handling: Wrapper Functions.
1.5 A Simple Daytime Server.
1.6 Roadmap to Client/Server Examples in the Text.
1.7 OSI Model.
1.8 BSD Networking History.
1.9 Test Networks and Hosts.
1.10 Unix Standards.
1.11 64-Bit Architectures.
1.12 Summary.
Chapter 2. The Transport Layer: TCP, UDP, and SCTP.
2.1 Introduction.
2.2 The Big Picture.
2.3 User Datagram Protocol (UDP).
Preface.
Part 1. INTRODUCTION AND TCP/IP.
Chapter 1. Introduction.
1.1 Introduction.
1.2 A Simple Daytime Client.
1.3 Protocol Independence.
1.4 Error Handling: Wrapper Functions.
1.5 A Simple Daytime Server.
1.6 Roadmap to Client/Server Examples in the Text.
1.7 OSI Model.
1.8 BSD Networking History.
1.9 Test Networks and Hosts.
1.10 Unix Standards.
1.11 64-Bit Architectures.
1.12 Summary.
Chapter 2. The Transport Layer: TCP, UDP, and SCTP.
2.1 Introduction.
2.2 The Big Picture.
2.3 User Datagram Protocol (UDP).
前言
Introduction
This book is for people who want to write programs that communicate with each other
using an application program interface (API) known as sockets. Some readers may be
very familiar with sockets already, as that model has become synonymous with network
programming. Others may need an introduction to sockets from the ground up. The
goal of this book is to offer guidance on network programming for beginners as well as
professionals, for those developing new network-aware applications as well as those
maintaining existing code, and for people who simply want to understand how the net-
working components of their system function.
All the examples in this text are actual, runnable code tested on Unix systems.
However, many non-Unix systems support the sockets API and the examples are
largely operating system-independent, as are the general concepts we present. Virtually
every operating system (OS) provides numerous network-aware applications such as
Web browsers, email clients, and file-sharing servers. We discuss the usual partitioning
of these applications into client and server and write our own small examples of these
many times throughout the text.
Presenting this material in a Unix-oriented fashion has the natural side effect of pro-
viding background on Unix itself, and on TCP/IP as well. Where more extensive back-
ground may be interesting, we refer the reader to other texts. Four texts are so com-
monly mentioned in this book that we've assigned them the following abbreviations:
This book is for people who want to write programs that communicate with each other
using an application program interface (API) known as sockets. Some readers may be
very familiar with sockets already, as that model has become synonymous with network
programming. Others may need an introduction to sockets from the ground up. The
goal of this book is to offer guidance on network programming for beginners as well as
professionals, for those developing new network-aware applications as well as those
maintaining existing code, and for people who simply want to understand how the net-
working components of their system function.
All the examples in this text are actual, runnable code tested on Unix systems.
However, many non-Unix systems support the sockets API and the examples are
largely operating system-independent, as are the general concepts we present. Virtually
every operating system (OS) provides numerous network-aware applications such as
Web browsers, email clients, and file-sharing servers. We discuss the usual partitioning
of these applications into client and server and write our own small examples of these
many times throughout the text.
Presenting this material in a Unix-oriented fashion has the natural side effect of pro-
viding background on Unix itself, and on TCP/IP as well. Where more extensive back-
ground may be interesting, we refer the reader to other texts. Four texts are so com-
monly mentioned in this book that we've assigned them the following abbreviations:
序言
When the original text of this book arrived in 1990, it was quickly.recognized as the definitive reference for programmers to learn network programming techniques. Since then, the art of computer networking has changed dramatically. All it takes is a look at the return address for comments from the original text ("uunet!hsi!netbook") to make this clear. (How many readers will even recognize this as an address in the UUCP dialup network that was commonplace in the 1980s?)
Today, UUCP networks are a rarity and new technologies such as wireless networks are becoming ubiquitous! With these changes, new network protocols and programming paradigms have been developed. But, programmers have lacked a good reference from which to learn the intricacies of these new techniques.
This book fills that void. Readers who have a dog-eared copy of the original book will want a new copy for the updated programming techniques and the substantial new material describing next-generation protocols such as IPv6. Everyone will want this book because it provides a great mix of practical experience, historical perspective, and a depth of understanding that only comes from being intimately involved in the field.
I've already enjoyed and learned from reading this book, and surely you will, too.
Sam Leffier
Today, UUCP networks are a rarity and new technologies such as wireless networks are becoming ubiquitous! With these changes, new network protocols and programming paradigms have been developed. But, programmers have lacked a good reference from which to learn the intricacies of these new techniques.
This book fills that void. Readers who have a dog-eared copy of the original book will want a new copy for the updated programming techniques and the substantial new material describing next-generation protocols such as IPv6. Everyone will want this book because it provides a great mix of practical experience, historical perspective, and a depth of understanding that only comes from being intimately involved in the field.
I've already enjoyed and learned from reading this book, and surely you will, too.
Sam Leffier
