TCP/IP详解卷1:协议(英文版) mobi 下载 网盘 caj lrf pdf txt 阿里云

This book describes the TCP/IP protocol suite, but from a different perspective than other texts on TCP/IP Instead of just describing the protocols and what they do, we'll use a popular diagnoshc tool to watch the protocols in action. Seeing how the protocols operate in varying circumstances provides a greater understanding of how they work and why certain design decisions were made. It also provides a look into the implementation of the protocols, without having to wade through thousands of lines of source code.

Chapter 1. Introduction

1.1 Introduction

1.2 Layering

1.3 TCP/IP Layering

1.4 lnternet Addresses

1.5 The Domain Name System

1.6 Encapsulation

1.7 Demultiplexing

1.8 Client--Server Model

1.9 Port Numbers

1.10 Standardization Process

1.11 RFCs

1.12 Standard, Simple Services

1.13 The Internet

1.14 Implementations

1.15 Application Programming Interfaces

1.16 Test Network

1.17 Summary

Chapter 2. Link Layer

2.1 lntroduction

2.2 Ethernet and IEEE 802 EncapsuIation

2.3 Trailer Encapsulation

2.4 SLlP: Serial Line IP

2.5 Compressed SLIP

2'6 PPP: Point-to-Point Protocol

2.7 Loopback Interface

2.8 MTU

2.9 Path MTU

2.10 Serial Line Throughput Calculations

2.11 Summary

Chapter 3. IP: Internet Protocol

3.1 Introduction

3.2 IP Header

3.3 IP Routing

3.4 Subnet Addressing

3.5 Subnet Mask

3.6 Special Case IP Addfesses

3.7 A Subnet Example

3.8 Ifconfiq Command

3.9 netstat Command

3.10 IP Futures

3.11 Summary

Chapter 4. ARP: Address Resolution Protocol

4.1 Introduction

4.2 An Example

4.3 ARP Cache

4.4 ARP Packet Format

4.5 ARP Examples

4.6 Proxy ARP

4.7 Gratuitous ARP

4.8 arp Command

4.9 Summary

Chapter 5. RARP: Reverse Address Resolution Protocol

5.1 tntroduction

5.2 RARP Packet Format

5.3 RARP Examples

5.4 RARP Server Design

5.5 Summary

Chapter 6. ICMP: Internet Control Message Protocol

6.1 Introduction

6.2 ICMP Message Types

6.3 ICMP Address Mask Request and Reply

6.4 ICMP Timestamp Request and Reply

6.5 ICMP Port Unreachable Error

6.6 4.4BSD Processing of ICMP Messages

6.7 Summary

Chapter 7. Ping Program

7.1 Introduction

7.2 Ping Program

7.3 IP Record Route Option

7.4 IP Timestamp Option

7.5 Summary

Chapter 8. Traceroute Program

8.1 Introduction

8.2 Traceroute Program Operation

8.3 LAN Output

8.4 WAN Output

8.5 IP Source Routing Option

8.6 Summary

Chapter 9. IP Routing

9.1 Introduction

9.2 Routing Prlnciples

9.3 ICMP Host and Network UnreachabIe Errors

9.4 To Forward or Not to Forward

9.5 ICMP Redirect Errors

9.6 ICMP Router Discovery Messages

9.7 Summary

Chapter 10. Dynamic Routing Protocols

10.1 Intfoduction

10.2 Dynamic Routing

10.3 Unix Routing Daemons

10.4 RIP: Routing Information Protocol

10.5 RIP Version 2

10.6 OSPF:Open Shortest Paih First

10.7 BGP:Border Gateway Protocol

10.8 CIDR:Classless Interdomain Routing

10.9 Summary

Chapter 11. UDP: User Datagram Protocol

11.1 Introduction

11.2 UDP Header

11.3 UDP Checksum

11.4 A Simple Example

11.5 IP Fragmentation

11.6 ICMP Unreachable Error (Fragmentation Required)

11.7 Determining the Path MTU Using Traceroute

11.8 Path MTU Dlscovery with UDP

11.9 Interaction Between UDP and ARP

11.10 Maximum UDP Datagram Size

11.11 ICMP Source Quench Error

11.12 UDP Server Design

11.13 Summary

Chapter 12. Broadcasting and Multicasting

12.1 Introduction

12.2 Broadcasting

12.3 Broadcasting Examples

12.4 Multicasting

12.5 Summary

Chapter 13. IGMP: lnternet Group Management Protocol

13.1 Introduction

13.2 IGMP Message

13.3 IGMP Protocol

13.4 An Example

13.5 Summary

Chapter 14. DNS: The Domain Name System

14.1 Introduction

14.2 DNS Basics

14.3 DNS Message Format

14.4 A Simple Example

14.5 Pointer Queries

14.6 Resource Records

14.7 Caching

14.8 UDP or TCP

14.9 Another Example

14.10 Summary

Chapter 15. TFTP: Trivial File Transfer Protocol

15.1 Introduction

15.2 ProtocoI

15.3 An Examp1e

15.4 Security

15.5 Summary

Chapter 16. BOOTP: Bootstrap Protocol

16.1 Introduction

16.2 BOOTP Packet Format

16.3 An Example

16.4 BOOTP Server Design

16,5 BOOTP Through a Router

16.6 Vendor-Specific Information

16.7 Summary

Chapter 17. TCP: Transmission Control Protocol

17.1 Introduction

17.2 TCP Services

17.3 TCP Header

17.4 Summary

Chapter 18. TCP Connection Establishment and Termination

18.1 Introduction

18.2 Connection Establishment and Termination

18.3 Timeout of Connection Establishment

18.4 Maximum Segment Size

18.5 TCP Half-Close

18.6 TCP State Transition Diagram

18.7 Reset Segments

18.8 Simultaneous Open

18.9 Simultaneous Close

18.10 TCP Options

18.11 TCP Server Desjgn

18.12 Summary

Chapter 19. TCP lnteractive Data Flow

19.1 Introduction

19.2 Interactive Input

19.3 Delayed Acknowledgments

19.4 Nagle Algorithm

19.5 Window Size Advertisements

19.6 Summary

Chapter 20. TCP Bulk Data Flow

20.1 Introduction

20.2 Normal Data Flow

20.3 Sliding Windows

20.4 Window Size

20.5 PUSH Flag

20.6 Slow Start

20.7 Bulk Data Throughput

20.8 Urgent Mode

20.9 Summary

Chapter 21. TCP Timeout and Retransmission

21.1 lntroduction

21.2 Simple Timeout and Retransmission Example

21.3 Round-Trip Time Measurement

21.4 An RTT Example

21.5 Congestion Example

21.6 Congestion AVOldance Algorithm

21.7 Fast Retransmit and Fast Recovery Algorithms

21.8 Congestion Example (Continued)

21.9 Per-Route Metrics

21.10 ICMP Errors

21.11 Repacketization

21.12 Summary

Chapter 22. TCP Persist Timer

22.1 Introduction

22.2 An ExampIe

22.3 Silly Window Syndrome

22.4 Summary

Chapter 23. TCP Keepalive Timer

23.1 Introduction

23.2 Description

23.3 KeepaIive Examples

23.4 Summary

Chapter 24. TCP Futures and Performance

24.1 Introduction

24.2 Path MTU Discovery

24.3 Long Fat Pipes

24.4 Window Scale Option

24.5 Timestamp Option

24.6 PAWS:Protection Against Wrapped Sequence Numbers

24.7 T/TCP: A TCP Extension for Transactions

24.8 TCP Performance

24.9 Summary

Chapter 25. SNMP: Simple Network Management Protocol

25.1 Introduction

25.2 Protocol

25.3 Structure of Management Information

25.4 Object Identjfiers

25.5 Introductfon to the Management Information Base

25.6 Instance Identification

25.7 SimpIe Examples

25.8 Management Information Base (Continued)

25.9 Additional Examples

25.10 Traps

25.11 ASN.1 and BER

25.12 SNMP Version 2

25.13 Summary

Chapter 26. Telnet and Rlogin: Remote Login

26.1 Introduction

26.2 Rlogin Protocol

26.3 Rlogin Examples

26.4 Telnet Protocol

26.5 Telnet Examples

26.6 Summary

Chapter 27. FTP: File Transfer Protocol

27.1 Introduction

27.2 FTP Protocol

27.3 FTP Examples

27.4 Summary

Chapter 28. SMTP: Simple Mail Transfer Protocol

28.1 Introduction

28.2 SMTP Protocol

28.3 SMTP Examples

28.4 SMTP Futures

28.5 Summary

Chapter 29. NFS: Network FiIe System

29.1 Introduction

29.2 Sun Remote Procedure Call

29.3 XDR:External Data Representation

29.4 Port Mapper

29.5 NFS Protocol

29.6 NFS Examples

29.7 NFS Version 3

29.8 Summary

Chapter 30. Other TCP/IP Applications

30.1 Introduction

30.2 Finger Protocol

30.3 Whols Protocol

30.4 Archie, WAIS, Gopher, Veronica, and WWW

30.5 X Window System

30.6 Summary

Appendix A. The tcpdump Program

A.1 BSD Packet Filter

A.2 SunOS Network Interface Tap

A.3 SVR4 Data Link Provider Interface

A.4 tcpdump Output

A.5 Security Considerations

A.6 Socket Debug Option

Appendix B. Computer Clocks

Appendix C. The sock Program

Appendix D. Solutions to Selected Exercises

Appendix E. Configurable Options

E.1 BSD/386 Version 1.0

E.2 SunOS 4.1.3

E.3 System V Release 4

E.4 Solaris 2.2

E.5 AIX 3.2.2

E.6 4.4BSD

Appendix F Source Code Availability

Bibliography

Index

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ARP应答是直接送到请求端主机的，而是广播的。

The ARP reply is thus sent directly to the requesting host; it is not ordinarilly broadcast (see Section 4.8 for some cases where this rule is altered).

internet这个词第一个字母是否大写决定了它具有不同的含义。internet意思是用一个共同的协议族把多个网络连接在一起。而Internet指的是世界范围内通过TCP/IP互相通信的所有主机集合(超过1 0 0 万台)。 Internet是一个internet,但internet不等 于Internet。

IP has a simple error handling algorithm: throw away the

datagram and try to send an ICMP message back to the source.

以太网数据帧的物理特性是其长度必须在4 6～1 5 0 0字节之间，而数据帧在进入每一层协议栈的时候均会做一些封装。

当目的主机收到一个以太网帧时，就在协议栈中从底向上升，同时去掉各层协议加上的报文首部。每层协议盒都要去检查报文首部的协议标识，以确定接收数据的上层协议。这个过程称作分用。

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