Unix System Programming: A Programmers Guide to Software Development - Softcover

Über die Autorin bzw. den Autor

Keith Haviland is a partner in Accenture. Among other responsibilities, he co-founded and leads its London Solution Centre, now a major 800-seat development center which undertakes complex development projects for Accenture including much e-commerce work. He is the lead author of UNIX Systems Programming, a successful guide to this major operating system first published in 1987, which according to Amazon has been hot in Albany, New York. His specialist areas include UNIX, technical architecture, e-commerce solutions and technology, and software solution delivery excellence at all scales. Most importantly, Keith has four energetic children who all clearly belong to the digital era.

Ben Salama works for SHL Systemshouse.

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The UNIX operating system has become a key part of the technology landscape as we move into the 21st century. There are now a huge number of large-scale data management and transaction-processing systems built on UNIX platforms, and UNIX is at the core of the server backbone of the Internet. 'The new edition of this highly successful book for professional programmers provides a lucid and well structured guide to developing UNIX software in the C language, and has been updated to reflect the more distributed environments typical of current IT solutions.

UNIX System Programming concentrates on a detailed study of the UNIX system call interface - the programming interface between the UNIX kernel and application software running in the UNIX environment - and additionally covers some of the more important subroutine libraries.

• fundamental techniques are developed in depth and are fully supported with program examples
• highly relevant to the two important standards - the X/OPEN portability guide and the IEEE POSIX standard
• strong emphasis on exercises and examples throughout

• more on signals and signal handling
• more on inter-process communication using pipes
• more on advanced inter-process communications and the terminal
• whole section on sockets

From a wealth of experience of developing system and application software, and a real appreciation of the needs of UNIX system programmers, the authors fully appreciate that computing is not a spectator sport. By exploring both system calls and subroutine libraries they give the reader a practical appreciation of when not to re-invent the wheel, as well as a better understanding of the internal workings of this still elegant operating system.