Ubuntu 7.10 Linux Unleashed presents comprehensive coverage of the popular Ubuntu Linux distribution. Windows users, Mac users, and Linux enthusiasts have been increasingly turning to Ubuntu for a user-friendly, easy-to-use Linux distribution.

This book provides detailed information on installing, using, and administering Ubuntu. You’ll learn how to set up a workstationproductivity software. or a server, and you’ll find complete details on Ubuntu’s easy-to-use desktop and
Ubuntu 7.10 Linux Unleashed includes a range of coverage: From the software you need in your everyday work, such as the OpenOffice.org productivity suite, to how to configure your Linux desktop to run smoothly using multiple printers, shell scripts, and more.

For the hardcore Linux enthusiast, there is complete coverage of the X Window system, Linux programming, web server administration, and network administration.

The Most Complete, Easy-to-Understand, and Useful Guide to Ubuntu Linux Desktops and Servers

Ubuntu Linux is a state-of-the-art operating system, and you need a book that’s just as advanced. Along with being the most comprehensive reference to installing, configuring, and working with Ubuntu, A Practical Guide to Ubuntu Linux^® also provides extensive server coverage you won’t find in any other Ubuntu book.

Best-selling author Mark Sobell begins by walking you through every feature and technique you need to know, from installing Ubuntu–using the DVD included with the book–to working with GNOME, Samba, exim4, Apache, DNS, NIS, firestarter, and iptables. Sobell’s exceptionally clear explanations demystify everything from system security to Windows file/printer sharing.

Advanced Linux 3D Graphics Programming builds upon the foundation set in Norman Lin's Linux 3D Graphics Programming. This second volume provides programmers who are experienced in both Linux and fundamental 3D graphics concepts with a well-rounded perspective on 3D theory and practice within the context of programming larger interactive 3D applications.

Lin's primary goal is to provide a solid understanding of the concepts involved in interactive 3D graphics programming in order to enable the reader to write 3D programs, libraries, and games, and to analyze and understand others' 3D code. By focusing on more than just hard-core 3D algorithms, and by providing detailed information on equally important issues such as 3D modeling, world editing, digital sound, and collision detection, Lin gives the reader sufficient information to program and populate complete 3D worlds under Linux.

The GNU Debugger allows you to see what is going on "inside" a program while it executes - or what a program was doing at the moment it crashed.

GDB supports C, C++, Java, Fortran and Assembly among other languages; it is also designed to work closely with the GNU Compiler Collection (GCC).

The GNU Debugger Program has four special features that helps you catch bugs in the act:

* It starts your program for you, specifying anything that might affect it's behavior.
* Makes your program stop under specified conditions.
* Examines what happened when the program stopped.
* Allows you to experiment with changes to see what effect they have on the program.

This book is about writing software that makes the most effective use of the system you're running on - code that interfaces directly with the kernel and core system libraries, including the shell, text editor, compiler, debugger, core utilities, and system daemons. The majority of both Unix and Linux code is still written at the system level, and "Linux System Programming" focuses on everything above the kernel, where applications such as Apache, bash, cp, vim, Emacs, gcc, gdb, glibc, ls, mv, and X exist. Written primarily for engineers looking to program (better) at the low level, this book is an ideal teaching tool for any programmer. Even with the trend toward high-level development, either through web software (such as PHP) or managed code (C#), someone still has to write the PHP interpreter and the C# virtual machine. "Linux System Programming" gives you an understanding of core internals that makes for better code, no matter where it appears in the stack. Debugging high-level code often requires you to understand the system calls and kernel behavior of your operating system, too.