Praised by Reviewers and practicing TCP/IP programmers alike, the TCP/IP Illustrated series examines the many facets of the TCP/IP protocol suite using a unique and highly-effective visual approach that describes the inner workings of TCP/IP with detail, insight, and clarity. TCP/IP Illustrated, Volume 3: TCP for Transactions, HTTP, NNTP, and the UNIX Domain Protocols provides detailed coverage of four essential topics with which today's TCP/IP programmers and network administrators must be thoroughly familiar:T/TCP, an extension to TCP that makes client-server transactions faster, more efficient, and more reliable; HTTP, the foundation for the rapidly expanding WWW; NNTP, the basis for the Usenet news system; and UNIX Domain Protocols, a set of protocols used heavily in UNIX implementations.

TCP/IP详解卷2:实现(英文版)

TCP/IP详解卷I:协议(译者:范建华)

TCP/IP详解卷1:协议(英文版)

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Chapter 1.T/TCP Introduetion

1.1 Introduction
1.2 UDP Client-Server
1.S TCP Client-Server
1.4 T/TCP Client-Server
1.5 Test Network
1.6 Timing Example
1.7 Applications
1.8 History
1.9 Implementations
1.10 Summary

Chapter 2.T/TCP Protocol

2.1 Introduction
2.2 New TCP Options for T/TCP
2.3 T/TCP Implementation Variables
2.4 State Transition Diagram
2.5 T/TCP Extended States
2.6 Summary

Chapter 3.T/TCP Examples

3.1 Introduction
3.2 Client Reboot
3.9 Normal T/TCP Transaction
3.4 Server Receives Old Duplicate SYN
3.5 Server Reboot
3.6 Request or Reply Exceeds MSS
3.7 Backward Compatibility
3.8 Summary

Chapter 4.T/TCP Protocol (Continued)

4.1 Introduction
4.2 Client Port Numbers and TIME_WAIT State
4.9 Purpose of the TIME_WAIT State
4.4 TIME_WAIT State Truncation
4.5 Avoiding the Three-Way Handshake with TAO
4.6 Summary

Chapter 5.T/TCP Implementation: Socket Layer

5.1 Introduction
5.2 Constants
5.3 sosend Function
5.4 Summary

Chapter 6.T/TCP Implementation: Routing Table

6.1 Introduction
6.2 Code Introduction
6.3 radix_node_head Structure
6.4 rtentry Structure
6.5 rt_metrics Structure
6.6 in inithead Function
6.7 in_addroute Function
6.8 in_matroute Function
6.9 in_clsroute Function
6.1O in_rtqtimo Function
6.11 in_rtqkill Function
6.12 Summary

Chapter 7.T/TCP Implementation: Protocol Control Blocks

7.1 Introduction
7.2 in_pcbladdr Function
7.3 in_pcbconnect Function
7.4 Summary

Chapter 8.TnCP Implementation: TCP Overview

8.1 Introduction
8.2 Gode Introduction
8.3 TCP protosw Structure
8.4 TCP Control Block
8.5 tcp_init Function
B.6 tcp_slowtimo Function
B.7 Summary

Chapter 9.T/TCP Implementation: TCP Output

9.1 introduction
9.2 tcp_output Function
9.3 Summary

Chapter 10.T/TCP Implementation: TCP Functiens

10.1 Introduction
10.2 tcp_newtcpcb Function
10.3 tcp_rtlookup Function
10.4 tcp_gettaocache Function
10.5 Retransmission Timeout Calculations
10.6 tcp_close Function
10.7 tcp_msssend Function
10.8 tcp_mssrcvd Function
10.9 tcp_dooptions Function
10.10 tcp_reass Function
10.1 1 Summaty

Chapter 11.T/TCP Implementation: TCP Input

11.1 Introdudion
11.2 Preliminary Processing
11.3 Header Prediction
11.4 Initiation of Passive Open
11.5 Initiation of Active Open
11.6 PAWS: Protection Against Wrapped Sequence Numbers
11.7 ACK Processing
11.8 Completion of Passive Opens and Simultaneous Opens
11.9 ACK Processing (Continued).
11.10 FIN Processing
11.11 Summary

Chapter 12.T/TCP Implementation: TCP User Requests

12.1 Introduction
12.2 PRU_CONNECT Request
12.3 tcp_connect Function
12.4 PRU_SEND and PRU_SEND_EOF Requests
12.5 tcp_usrclosed Function
12.6 tcp_sysctl Function
12.7 T/TCP Futures
12.8 Summary

Part 2.Additional TCP Applications

Chapter 13.HTTP: Hypertext Transfer Protocol

13.1 Introduction
13.2 Introduction to HTTP and HTML
13.3 HTTP Protocol
13.4 An Example
13.5 HTTP Statistics
13.6 Performance Problems
13.7 Summary

Chapter 14.Packets Found on an HTTP Server

14.1 Introduction
14.2 Multiple HTTP Servers
14.3 Client SYN Interarrival Time
14.4 RTT Measurements
14.5 listen Backlog Queue
14.6 Client SYN Options
14.7 Client SYN Retransmissions
14.8 Domain Names
14.8 Timing Out Persist Probes
14.10 Simulation of T/TCP Routing Table Size
14.11 Mbuf Interaction
14.12 TCP PCB Cache and Header Prediction
14.13 Summary

Chapter 15.NNTP: Network News Transter Protocol

15.1 Introduction
15.2 NNTP Protocol
15.3 A Simple News Client
15.4 A More Sophisticated News Client
15.5 NNTP Statistics
15.6 Summary

Part 3.The Unix Domain Protocols

Chapter 16.Unix Domain Protocols: Introduction

16.1 Introduction
16.2 Usage
16.3 Performance
16.4 Coding Examples
16.5 Summary

Chapter 17.Unix Domain Protocols: Implementation

17.1 Introduction
17.2 Code Introduction
17.3 Unix domain and protosw Structures
17.4 Unix Domain Socket Address Structures
17.5 Unix Domain Protocol Control Blocks
17.e uipc_usrreq Function
17.7 PRU_ATTACH Request and unp_attach Function
17.8 PRU_DETACH Request and unp_detach Function
17.8 PRU_BIND Request and unp_bind Function
17.10 PRU_CORNECT Request and unp_connect Function
17.11 PRU_CONNECT2 Request and unp_connect2 Function
17.12 socketpair System Call
17.13 pipe System Call
17.14 PRU_ACCEPT Request
17.15 PRU_DISCONNECT Request and unp_disconnect Function
17.16 PRU_SHUTDOWN Request and unp_shutdown Function
17.17 PRU_ABORT Request and unp_drop Function
17.18 Miscellaneous Requests
17.19 Summary

Chapter 18.Unix Domain Protocols: I/O and Descriptor Passing

18.1 Introduction
18.2 PRU_SENO and PRU_RCVD Requests
18.3 Descriptor Passing
18.4 unp_internalize Function
18.5 unp_externalize Function
IB.6 unp_discard Function
18.7 unp_dispose Function
18.8 unp_scan Function
18.9 unp_gc Function.
18.10 unp_mark Function
18.11 Performance (Revisited)
18.12 Summary

Appendix A.Measuring Network Times

A.1 RTT Measurements Using Ping
A.2 Protocol Stack Measurements
A.3 Latency and Bandwidth

Appendix B.' Coding Applications for T/TCP

Bibliography