Free advanced graph software for linux

Advanced Guestbook Script provides a PHP-based guestbook script.

Advanced Guestbook is a PHP-based guestbook script. It includes many useful features such as preview, templates, e-mail notification, page spanning , picture upload, templates, html tags handling, smilies, advanced guestbook codes and language support. The admin script lets you modify, view, and delete messages.

Aasm is an advanced assembler designed to support several target architectures. It has been designed to be easily extended and, should be considered as a good alternative to monolithic assembler development for each new target CPUs and binary file formats.

Aasm should make assembly programming easier for developer, by providing a set of advanced features including symbol scopes, an expressions engine, big integer support, macro capability, numerous and accurate warning messages.

Its dynamic modular architecture enables Aasm to extend its set of features with plug-ins by taking advantages of dynamic libraries.

The input module supports Intel syntax (like nasm, tasm, masm, etc.). The x86 assembler module supports all opcodes up to P6 including MMX, SSE and 3DNow! extensions.

F-CPU and SPARC assembler modules are under development. Several output modules are available for ELF, COFF, IntelHex, and raw binary formats.

Advanced Poll Script provides a polling system with powerful administration tool.

Advanced Poll is a polling system with powerful administration tool. It features: multiple polls, unlimited options, templates, language support, IP-Logging, IP-Locking, cookie support, comment feature, vote expire feature, random poll support and more. Supports both text file and mySQL database.

Advanced Stock Tracking System (AST) is a Web-based application for keeping track of stocks.

Advance Stock Tracker features a portfolio with dividend tracking, a worksheet to keep track of prospects, a stock comparison utility, and a search engine for the stock market based heavily on technical analysis.

Squid Graph is a free, simple, yet powerful Squid v2 native logfile analysis tool that generates reports with graphical representation of the proxy servers traffic.
Squid Graph is distributed under the GNU General Public Licence (GPL), which means it is FREE FOR USE AND DISTRIBUTION.
Squid Graph was developed using the Linux operating system running kernel versions ranging from 2.2.x to 2.4.x with PERL 5.6.0. It should work on all other similar operating systems with PERL 5.6 and above installed.
Some platforms which have been reported to run Squid Graph successfully are FreeBSD, OpenBSD, Sun Solaris and most Linux kernel versions and distributions.
Enhancements:
- No algorithm changes, mostly changes to contact information etc. due to hand-over of project to SecurLogic.
Installation:
Extracting the Tarball
- Extract the Squid Graph tarball file after you have downloaded it. Those with Redhat Linux (or other similar distributions) can do this: -
$ tar -zxvf squid-graph-x.x.tar.gz
- Alternatively, those with UNIX-like operating systems can do this: -
$ zcat squid-graph-x.x.tar.gz | tar -xvf -
Gathering the Pre-requisites
- As of version 3.0, Squid Graph requires the GD perl module. You can download it from http://stein.cshl.org/WWW/software/GD/ or you can use the included GD-1.3.3.tar.gz file in the extras/ directory.
- Follow the intructions in the GD perl module to get it installed correctly before you proceed.
Compiling
- Squid Graph runs out of the box. You dont have to compile it.
Putting it in the Right Place
- You might not prefer to have Squid Graph lying around in your current directory, so you should just move it to a directory which makes sense, such as /usr/local/squid-graph. e.g.
$ mv squid-graph-x.x /usr/local/squid-graph
Runing Squid Graph:
Quickstart
First, get yourself into the bin/ directory, for example: -
$ cd /usr/local/squid-graph/bin
Next, you run Squid Graph with the default options. The bare minimum for Squid Graph to run is the --output-dir option. The output directory is where the generated HTML reports and image files would be written.
$ ./squid-graph --output-dir=/var/www/html/reports < /usr/local/squid/logs/access.log
NOTE: Please check your directory permissions of your output directory!
Usually you would want the output to be generated into a directory which your web server is configured with access to. In the above example, /usr/local/squid/logs/access.log is your Squid logfile.
Where you store your Squid logfile differs from system to system. For default Redhat Linux installations, it should be in /log/squid/access.log. For those who compiled and installed Squid with the default options, it should be in /usr/local/squid/logs/access.log.
Removing the TCP or UDP Graphs
Most of you wont use cache ICP or log cache ICP, so there wont be any UDP messages in your logfiles. Disabling UDP is a good idea. You can do this by specifying the --tcp-only command line option.
$ ./squid-graph --tcp-only --output-dir=/var/www/re...
Likewise, if you only want to see UDP statistics, you can specify the --udp-only option.
$ ./squid-graph --udp-only --output-dir=/var/www/re...
Generating Cumulative Graphs
As of version 3.0, Squid Graph comes with a new feature to generage cumulative curves instead of the normal graphs. This can be done by specifying the --cumulative option.
$ ./squid-graph --cumulative --tcp-only --output-dir=/var/www/re...
To have a better understanding of what cumulative curves are, take a look at the output examples. Do note that enabling cumulative graphs disables the Average Transfer Duration graph automatically.
Disabling Average Transfer Duration Graphs
You can disable the Average Transfer Duration Graph by specifying the --no-transfer-duration option.
$ ./squid-graph --no-transfer-duration --output-dir=/var/www/re...
Specifying the Start/End Time
By default, Squid Graph generates reports based on the current time. It starts analyzing from 24 hours before the current time until the current time. Sometimes we cycle logfiles so it is necessary to specify when you want Squid Graph to start looking at your log files. This is done by specifying the --start option.
$ ./squid-graph --start=991353612 --output-dir=/var/www/re...
Likewise, you can specify the end time and Squid will automatically calculate the start time for you. This is done by specifying the --end command line option.
$ ./squid-graph --end=991352122 --output-dir=/var/www/re...
To get the last line of the Squid logfile, simply use tail -n1 logfile.log
Note that the start value is a numerical value which represents the number of seconds since 1970, NOT the conventional hh:mm:ss dd/mm/yyyy format. The reason why we did this is because Squid logs its time in this format, and we can easily use head -n1 logfile.log to view the first line of the log file to determine the start time.
Enhancements:
- Updated links after moving project to Sourceforge
- Updated links to incorrect GPL license in documentation
- Updated links to outdated GD Perl module
- Simplified package directory structure and removed old files
- No algorithm / logic changes

Advanced Strategic Command is a free, turn based strategy game. Advanced Strategic Command project is designed in the tradition of the Battle Isle series from Bluebyte and is currently available for Windows and Linux.

Advanced Strategic Command is distributed under the terms of the Gnu General Public License (the license Linux uses too), which basically means the game is free, the complete source code is available and you can do everything with it as long as it remains free.

GNOME Advanced Preferences is an UI to tweak advanced GNOME preferences.

GNOME Advanced Preferences allows you to tweak hidden GNOME preferences, including custom keyboard shortcuts to execute specific commands, etc.

Stuff generally only available through GConf.