Title Details

Neil Matthew has been interested in and has programmed computers since 1974. A mathematics graduate from the University of Nottingham, Neil is just plain keen on programming languages and likes to explore new ways of solving computing problems. He's written systems to program in BCPL, FP (Function Programming), Lisp, Prolog and a structured BASIC. He even wrote a 6502 microprocessor emulator to run BBC microcomputer programs on UNIX systems.
In terms of UNIX experience, Neil has used almost every flavor since Version 6, including Xenix, SCO flavors, Ultrix, BSD 4.2, Microport, System V, SunOS 4, Solaris and, of course, Linux. He's been a UNIX system administrator on-and-off since 1983. Neil is familiar with the internals of UNIX-like systems and was involved in the design and implementation of a intelligent communications controller for DEC Ultrix.
He can claim to have been using Linux since August 1993, when he acquired a floppy disk distribution of Soft Landing (SLS) from Canada, with kernel version 0.99.11. He's used Linux-based computers for hacking C, C++, Icon, Prolog and Tcl, at home and at work. He also uses and recommends Linux for Internet connections, usua lly as a proxy caching server for Windows LANs and also as a file server to Windows 3.11/95 using SAMBA. He's sold a number of Internet firewall systems to UK companies (including Wrox!).
Most of Neil's 'home' projects were originally implemented in SCO UNIX, but they've been ported to Linux with little or no trouble. He says Linux is much easier because it supports quite a lot of features from other systems, so that both BSD and System V targeted programs will generally compile with little or no change.
As the head of software and principal engineer at Camtec Electronics in the Eighties, Neil programmed in C and C++ for real-time embedded systems environments. Since then, he's worked on software development techniques and quality assurance both as a consultant in communications software development with Scientific Generics and as a software QA specialist for GEHE UK.

Richard Stones started programming at school, more years ago than he cares to remember, on a BBC micro, which with the help a few spare parts continued functioning for the next 15 years. He graduated from the University of Nottingham with an Electronic Engineering degree, by which time he had decided that software was more fun than hardware.
Over the years he has worked for a variety of companies, from the very small with just a few dozen employees, to multinationals, including the IT services giant EDS. Along the way he has worked on a wide range of different projects, from embedded real-time communications systems, through accounting systems, to large help desk systems with multi-gigabyte databases. Many of these projects have either been hosted on UNIX, or UNIX was the development environment. On one project the entire embedded software was developed and tested on Linux, and only ported to the target hardware and minimal real-time executive in the final stages. He is currently employed by the IT department of a pan-European wholesale and distribution company as a systems architect.
Rick’s first experience of a UNIX style operating system was on a PDP 11/23+, after which BSD4.2 on a VAX came as a pleasant improvement. After spells using UNIX System V.2, Xenix, SCO UNIX, AIX and a few others, he first met Linux back in the kernel .99 days, and has been a fan ever since.
A bit of a programming linguist, he has programmed systems in SL-1, a couple of assemblers, Fortran, Pascal, C, C++, Java, SQL and Perl. Under pressure he has also been known to admit to some familiarity with Visual Basic, but tries not to advertise this aberration.
Finally, both authors were co-authors of Instant UNIX (Wrox Press).

Foreward.

Introduction.

Chapter 1. Getting Started.

Chapter 2. Shell Programming.

Chapter 3. Working with Files.

Chapter 4. The UNIX Environment.

Chapter 5. Terminals.

Chapter 6. Curses.

Chapter 7. Data Management.

Chapter 8. Development Tools.

Chapter 9. Debugging.

Chapter 10. Processes and Signals.

Chapter 11. POSIX Threads.

Chapter 12. Inter-process Communication: Pipes.

Chapter 13. Semaphores, Message Queues and Shared Memory.

Chapter 14. Sockets.

Chapter 15. Tcl: Tool Command Language.

Chapter 16. Programming for X.

Chapter 17. Programming GNOME using GTK+.

Chapter 18. The Perl Programming Language.

Chapter 19. Programming for the Internet: HTML.

Chapter 20. Internet Programming 2: CGI.

Chapter 21. Device Drivers.

Appendix A. Portability.

Appendix B. FSF and the GNU Project.

Appendix C. Internet Resources.

Appendix D. Bibliography.