Advanced UNIX Programming
- Paperback | 736 pages
- 100 x 100 x 100mm | 100g
- 29 Apr 2004
- Pearson Education (US)
- Addison Wesley
- Boston, United States
- 2nd edition
Other books in this series
05 Nov 2015
15 Nov 2011
05 Jun 2013
01 Nov 1999
15 Jan 2018
Back cover copy
UNIX application programming requires a mastery of system-level services. Making sense of the many functions-more than 1,100 functions in the current UNIX specification-is a daunting task, so for years programmers have turned to Advanced UNIX Programming for its clear, expert advice on how to use the key functions reliably.
An enormous number of changes have taken place in the UNIX environment since the landmark first edition. In Advanced UNIX Programming, Second Edition, UNIX pioneer Marc J. Rochkind brings the book fully up to date, with all-new, comprehensive coverage including:
POSIX Solaris(TM) Linux(R) FreeBSD Darwin, the Mac(TM) OS X kernel And more than 200 new system calls Rochkind's fully updated classic explains all the UNIX system calls you're likely to need, all in a single volume!
Interprocess communication, networking (sockets), pseudo terminals, asynchronous I/O, advanced signals, realtime, and threads Covers the system calls you'll actually use-no need to plow through hundreds of improperly implemented, obsolete, and otherwise unnecessary system calls! Thousands of lines of example code include a Web browser and server, a keystroke recorder/player, and a shell complete with pipelines, redirection, and background processes Emphasis on the practical-ensuring portability, avoiding pitfalls, and much more!
Since 1985, the one book to have for mastering UNIX application programming has been Rochkind's Advanced UNIX Programming. Now completely updated, the second edition remains the choice for up-to-the-minute, in-depth coverage of the essential system-level services of the UNIX family of operating systems.
Table of contents
1 Fundamental Concepts.
A Whirlwind Tour of UNIX and Linux. Versions of UNIX. Using System Calls. Error Handling. UNIX Standards. Common Header File. Dates and Times. About the Example Code. Essential Resources.
2. Basic File I/O.
Introduction to File I/O. File Descriptors and Open File Descriptions. Symbols for File Permission Bits. open and creat System Calls. umask System Call. unlink System Call. Creating Temporary Files. File Offsets and O_APPEND. write System Call. read System Call. close System Call. User Buffered I/O. lseek System Call. pread and pwrite System Calls. readv and writev System Calls. Synchronized I/O. truncate and ftruncate System Calls.
3. Advanced File I/O.
Introduction. Disk Special Files and File Systems. Hard and Symbolic Links. Pathnames. Accessing and Displaying File Metadata. Directories. Changing an I-Node. More File-Manipulation Calls. Asynchronous I/O.
4. Terminal I/O.
Introduction. Reading from a Terminal. Sessions and Process Groups (Jobs). ioctl System Call. Setting Terminal Attributes. Additional Terminal-Control System Calls. Terminal-Identification System Calls. Full-Screen Applications. STREAMS I/O. Pseudo Terminals.
5. Processes and Threads.
Introduction. Environment. exec System Calls. Implementing a Shell (Version 1). fork System Call. Implementing a Shell (Version 2). exit System Calls and Process Termination. wait, waitpid, and waitid System Calls. Signals, Termination, and Waiting. Implementing a Shell (Version 3). Getting User and Group Ids. Setting User and Group Ids. Getting Process Ids. chroot System Call. Getting and Setting the Priority. Process Limits. Introduction to Threads. The Blocking Problem.
6. Basic Interprocess Communication.
Introduction. Pipes. dup and dup2 System Calls. A Real Shell. Two-Way Communication with Unidirectional Pipes. Two-Way Communication with Bidirectional Pipes.
7. Advanced Interprocess Communication.
Introduction. FIFOs, or Named Pipes. An Abstract Simple Messaging Interface (SMI). System V IPC (Interprocess Communication). System V Message Queues. POSIX IPC. POSIX Message Queues. About Semaphores. System V Semaphores. POSIX Semaphores. File Locking. About Shared Memory. System V Shared Memory. POSIX Shared Memory. Performance Comparisons.
8. Networking and Sockets.
Socket Basics. Socket Addresses. Socket Options. Simple Socket Interface (SSI). Socket Implementation of SMI. Connectionless Sockets. Out-of-Band Data. Network Database Functions. Miscellaneous System Calls. High-Performance Considerations.
9. Signals and Timers.
Signal Basics. Waiting for a Signal. Miscellaneous Signal System Calls. Deprecated Signal System Calls. Realtime Signals Extension (RTS). Global Jumps. Clocks and Timers.
Appendix A. Process Attributes.
Appendix B. Ux: A C++ Wrapper for Standard UNIX Functions.
Appendix C. Jtux: A Java/Jython Interface to Standard UNIX Functions.
Appendix D. Alphabetical and Categorical Function Lists.
About Marc Rochkind