Unix System Programming
2nd Edition
Published on 18. November 1998
Book
Paperback/Softback
376 pages
978-0-201-87758-8 (ISBN)
Description
This is a thoroughly revised edition of the best-selling guide to UNIX software development in C for professional programmers and students. The book focuses on the UNIX system call interface, the programming interface between the UNIX Kernel and applications software running in the UNIX environment. The techniques required by systems programmers are developed in depth, illustrated by a wealth of examples.
More details
Edition
2nd edition
Language
English
Place of publication
Harlow
United Kingdom
Publishing group
Pearson Education Limited
Target group
Professional and scholarly
Dimensions
Height: 234 mm
Width: 174 mm
Thickness: 20 mm
Weight
622 gr
ISBN-13
978-0-201-87758-8 (9780201877588)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Previous edition
Keith Haviland | Ben Salama
Unix System Programming
Book
06/1987
Addison Wesley
€32.77
Article exhausted; check for reprint
Content
1. BASIC CONCEPTS AND TERMINOLOGY
1.1 The file
1.2 The process
1.3 System calls and library subroutines
2. THE FILE
2.1 UNIX file access primitives
2.2 Standard input, standard output and standard error
2.3 The standard I/O library: a look ahead
2.4 The erno variable and system calls
3. THE FILE IN CONTEXT.
3.1 Files in a multi-user environment
3.2 Files with multiple names / Obtaining file information: stat and fstat
4. DIRECTORIES, FILE SYSTEMS AND SPECIAL FILES
4.1. Introduction
4.2. Directories: the user view
4.3. The implementation of a directory
4.4. Programming with directories
4.5. UNIX file systems
4.6. UNIX device files
5. THE PROCESS
5.1. Review of the notion of a process
5.2. Creating processes
5.3. Running new programs with exec
5.4. Using exec and form together.
5.5. Inherited data and file descriptors
5.6. Terminating processes with the exit system call
5.7. Synchronising processes
5.8. Zombies and premature exits
5.9. smallsh: a command processor
5.10. Process attributes
6. SIGNALS AND SIGNAL HANDLING
6.1. Introduction
6.2. Signal handling
6.3. Signal blocking
6.4. Sending signals
7. INTERPROCESS COMMUNICATION USING PIPES
7.1. Pipes
7.2. FIFOs or named pipes
8. ADVANCED INTER-PROCESS COMMUNICATIONS
8.1. Introduction
8.2. Record locking
8.3. Advanced IPC facilities
9. THE TERMINAL
9.1. Introduction
9.2. The UNIX terminal
9.3. The programmers view
9.4. The connect example
10. AN INTRODUCTION TO UNIX NETWORKING
10.1. Introduction
10.2. Overview
10.3. Addressing a process
10.4. Socket interface
10.5. Programming the connection oriented model
10.6. Programming the connectionless oriented model
10.7. Transport level interface
11. THE STANDARD I/O LIBRARY
11.1. Introduction
11.2. File structures
11.3. Opening and closing streams: fopen and fclose
11.4. Single-character I/O: getc and putc
11.5. Pushing characters back onto a stream: ungetc
11.6. Standard input, standard output and standard error
11.7. Standard I/O status routines
11.8. Input and output by line
11.9. Binary input and output: fread and fwrite
11.10. Random file access: fseek, rewind, ftell
11.11. Formatted output: the printf family
11.12. Formatted input: the scanf family
11.13. Running programs with the Standard I/O Library
11.14. Miscellaneous calls
12. MICELLANEOUS SYSTEM CALLS AND LIBRARY ROUTINES
12.1. Introduction.
12.2. Dynamic memory management.
12.3. Memory mapped i/O
12.4. Time
12.5. String and character manipulation
12.6. A selection of other useful functions
Appendices.
1.1 The file
1.2 The process
1.3 System calls and library subroutines
2. THE FILE
2.1 UNIX file access primitives
2.2 Standard input, standard output and standard error
2.3 The standard I/O library: a look ahead
2.4 The erno variable and system calls
3. THE FILE IN CONTEXT.
3.1 Files in a multi-user environment
3.2 Files with multiple names / Obtaining file information: stat and fstat
4. DIRECTORIES, FILE SYSTEMS AND SPECIAL FILES
4.1. Introduction
4.2. Directories: the user view
4.3. The implementation of a directory
4.4. Programming with directories
4.5. UNIX file systems
4.6. UNIX device files
5. THE PROCESS
5.1. Review of the notion of a process
5.2. Creating processes
5.3. Running new programs with exec
5.4. Using exec and form together.
5.5. Inherited data and file descriptors
5.6. Terminating processes with the exit system call
5.7. Synchronising processes
5.8. Zombies and premature exits
5.9. smallsh: a command processor
5.10. Process attributes
6. SIGNALS AND SIGNAL HANDLING
6.1. Introduction
6.2. Signal handling
6.3. Signal blocking
6.4. Sending signals
7. INTERPROCESS COMMUNICATION USING PIPES
7.1. Pipes
7.2. FIFOs or named pipes
8. ADVANCED INTER-PROCESS COMMUNICATIONS
8.1. Introduction
8.2. Record locking
8.3. Advanced IPC facilities
9. THE TERMINAL
9.1. Introduction
9.2. The UNIX terminal
9.3. The programmers view
9.4. The connect example
10. AN INTRODUCTION TO UNIX NETWORKING
10.1. Introduction
10.2. Overview
10.3. Addressing a process
10.4. Socket interface
10.5. Programming the connection oriented model
10.6. Programming the connectionless oriented model
10.7. Transport level interface
11. THE STANDARD I/O LIBRARY
11.1. Introduction
11.2. File structures
11.3. Opening and closing streams: fopen and fclose
11.4. Single-character I/O: getc and putc
11.5. Pushing characters back onto a stream: ungetc
11.6. Standard input, standard output and standard error
11.7. Standard I/O status routines
11.8. Input and output by line
11.9. Binary input and output: fread and fwrite
11.10. Random file access: fseek, rewind, ftell
11.11. Formatted output: the printf family
11.12. Formatted input: the scanf family
11.13. Running programs with the Standard I/O Library
11.14. Miscellaneous calls
12. MICELLANEOUS SYSTEM CALLS AND LIBRARY ROUTINES
12.1. Introduction.
12.2. Dynamic memory management.
12.3. Memory mapped i/O
12.4. Time
12.5. String and character manipulation
12.6. A selection of other useful functions
Appendices.