UNIX Network programming / VOL 1 by Richard stevens

CONTENT

PART I Introduction and TCP/IP

Chapter 1 Introduction
1.1 Introduction
1.2 A simple daytime client
1.3 Protocol independance
1.4 Error handling: wrapper function
1.5 A simple daytime server
etc.

Chapter 2 The transport layer: TCP AND UDP
2.1 Introduction
2.2 The big picture
2.3 UDP: User datagram protocol
2.4 TCP: Transmission control protocol
2.5 TCP:Connection establishment and termination
etc.

Part 2. Elementary sockets

Chapter 3 Elementary socket
3.1 Introduction
3.2 Socket address structures
3.3 Value - result arguments
3.4 Byte ordering function
3.5 Byte omanipulation functions
etc.

Chapter 4 Elementary TCP Sockets
4.1 Introduction
4.2 Socket function
4.3 Connect function
4.4 bind function
4.5 listen function
etc.

Chapter 5 TCP Client-server example
5.1 Introduction
5.2 TCP Echo server: main function
5.3 TCP Echo-server: str_echo function
5.4 TCP Echo client ; main function
5.5 TCP Echo client: str_cli function
etc.

Chapter 6 I/O Muitiplexing : The select and poll fuctions
6.1 Introduction
6.2 I/O Models
6.3 select function
6.4 str_cli function (revisited)
6.5 Batch input
etc.

Chapter 7 Socket options
7.1 Introduction
7.2 get sockopt and setsockopt funtions
7.3 Checking if an option is supported and obtaining the deafault
7.4 Socket states
7.5 Generic socket options
etc.

Chapter 8 Elementary UDP Sockets
8.1 Introduction
8.2 recvfrom and sendto functions
8.3 UDP Echo server: main function
8.4 UDP Echo: server: dg- ECHO FUNCTION
8.5 UDP Echo client:main function
etc.

Chapter 9 Elementary name and address conversions
9.1 Introduction
9.2 Domain name system
9.3 gethostbyname function
9.4 RES-USE-INET6 Resolver option
9.5 gethostbyname2 function and IPc6 support
etc.

Part 3 Advanced sockets

Chapter 10. IPv6 Interoperability
10.1 Introduction
10.2 IPv4 Client, IPv6 server
10.3 IPv6 client, IPv4 server
10.4 IPv6 ADDRESS TESTING MACROS
10.5 IPV6-ADDRFORM socket option
etc.