Free collaba 6.0 software for linux

libavg library is made for media presentations and installations that is meant to make Macromedia Director superflous.
Installations are scripted using an XML-based layout language and Python for interaction.
Multimedia on linux has made great progress. A few years ago, video support was very limited, low-latency-audio was impossible and getting jitter-free performance was a nightmare. This has changed, and all thats really missing is some glue that joins the different libraries. libavg is an effort to do for multimedia installations what the Gimp did for image editing, what OpenOffice did for word processing... and what Linux did for operating systems in general: give people an alternative thats free (as in speech, not beer).
Presumably, companies will be using avg too, but the main effort will be to support artists and designers that dont have the resources to buy commercial software. Of course, that means that the system needs to run well on old computers, while allowing the use of all features on modern pcs.
It should be almost as easy to build installations as it is to build a web page. Designing interactive systems will still need some programming skills, but this should be kept to a minimum. A avg installation consists of one or more xml files that describe screen layout(s) and corresponding python scripts that describe the dynamics of the installation: What to do when a user interacts with the system, some time has elapsed or any other input has arrived. The result is that the xml files are as easy to edit as html is - and many of the methods used for the interactive parts should be very familiar to anyone whos used javascript on a web page.
Enhancements:
- In addition to many minor improvements, this version adds support for dynamically adding nodes to and removing nodes from an active avg tree, thus making the library a lot more flexible.

LablGTK is a GTK+ bindings for Objective Caml.

LablGTK is an OCaml library wrapping the GTK+ API. It uses the rich type system of Objective Caml to provide a strongly typed, yet very comfortable, object-oriented interface to GTK+.

It also has support for libgnomecanvas, libpanel, librsvg, GtkGLArea and the Druid widget in libgnomeui.

It is still under development, but already fully functional. All widgets (but one) are available, with almost all their methods. The GLArea widget is also supported in combination with LablGL. LibGlade and GdkPixbuf support is also included for both versions. LablGTK2 adds support for gnomecanvas, librsvg and libpanel Many examples are provided.

Objective Caml threads are supported, including for the toplevel, which allows for interactive use of the library.

TrollBridge is a set of scripts that allows you to build a custom network authentication system that will capture unauthorized clients, direct them to a login page, and then redirect them to their original destination. It is based on the firewall script from NoCatSplash, but is written in python instead of c.

It can be used to to setup a network hot-spot for your business, school or home. The only authorization methods currently available are a skeleton username/password example, and an example using iButton devices. When a unknown MAC addresses tries to make a connection to the protected network the iptables rules redirect any access (web or otherwise) to port 5280 where the Apache server then displays the authentication page. MAC addresses are used to keep track of authorized users, so this system is susceptible the MAC is spoofed.

The scripts are not plug and play, you will need to customize them for your unique situation, as well as modify your iptables settings and add a virtual host to the Apache web server. If you need help you can ask on the TrollBridge support list

Kuliax project is an effort to bring Free and Open Source Software (FOSS) to University education, especially in Indonesia. Many students and lecturers have been "addicted" to the closed-source and expensive software that they couldnt afford or not suitable with their needs. Universities encouraged to do something important to the _real_ meaning of education by using and developing FOSS.
FOSS gives civitas academica freedom to use, study, modify, and distribute all software released under its licenses. We should spend more money to the empowerment of human resources, instead of products. This is great, if each universities generate as many as possible people who can develop themself and their surrounding with true and open knowledge, the one that forgeted by some/most education institutions.
Kuliax Project provides bridge between students, lecturers, and civitas academica to cooperate with each other. In Bahasa Indonesia, its called Gotong Royong. Like the logo which symbolizes peoples hands that holds one to another, making a square.
The near possible milestone to reach that goal is developing Linux distro to fit University or Campus needs and invite people to join in.
Kuliax, is one of the implementation for the first milestone, Linux distro for Information Technology, Electrical Engineering, Computer Science, or related department, but its likely can be used by some others departments as well. It tries to provide "base system" and applications suited to the curriculum/syllabus.
Applications installed:
- Desktop Environment: KDE 3.5.5
- Internet: Akregator, Gaim 2.0, KFTPGrabber 0.8.0, KMail, Iceweasel 2.0 (Firefox)
- Graphics: XMRM, Gwenview, ImageMagick, Inkscape 0.44.1, The Gimp 2.2.13, autotrace, gif2png, qiv, xaos, xfig
- Multimedia: XMMS 1.2.10+plugins, (K)MPlayer, VCD tools, Audacity, Kino 0.92+plugins, dvgrab, k3b, sox
- Office: OpenOffice.org 2.0.4
- File Reader: KPDF, KchmViewer
- Brainstorming: Freemind 0.8.0
- Dictionary: StarDict 2.4.8, English-Indonesian dictionary-database
- Printing: CUPS+driver
- Wireless: ndiswrapper, wireless-tools, wlassistant, wpasupplicant
- Statistics and Data Mining: R-base, RKWard
- Mathematics and Modelling: GNUPLOT, Octave
- Electrical/Electronics and Digital/Microprocessor: gnusim8085, gpsim, ktechlab, sdcc, tkgate, uisp
- Programming:
- LISP: CLISP 2.4.1
- PHP: PHP4 dan PHP5
- Assembler: nasm 0.98.38
- C/C++: GCC 4.1.1
- Haskell: Hugs 98.200503.08
- Java(tm): Sun Java 5.0
- Pascal: Freepascal 2.0.0
- Perl: Perl 5.8.8
- Prolog: SWI-Prolog 5.6.14
- Python: Python 2.4.4
- Scheme: Guile 1.6.8
- Smalltalk: GNU Smalltalk 2.1.8
- Tcl/Tk: Tcl/Tk 8.4
- Development: CVS, KDevelop 3.3.5 (IDE), Motor 3.4.0 (IDE), autoconf, automake, distcc, gdb, make, ncurses, whiptail 0.52.2
- Computer Organization and Architecture: GNU MIX Development Kit
- Operating System: UserModeLinux, VisualOS, qemu
- Computer Network: BIND9, DHCP3 server/client, arpwatch, bridge-utils, etherwake, fping, htb-gen, iftop, iproute, iptables, iptraf, krdc, krfb, mtr, netcat, netpipe-tcp, openssh, scli, shaper (CBQ), sipcalc, stunnel, tcpdump, tcpwrapper, telnet-ssl, vpnc, vsftpd
- Network Simulator: cnet
- Web Server: Apache 2.2.3
- Database: MySQL 5.0.27, SQLite 3.3.8, sqlitebrowser 1.3
- Security: GNUPG 1.4.5, dsniff, nmap, outguess
- Software Engineering: ArgoUML, GanttProject, sloccount
- Utilities: abakus, bc, ethtool, fdisk/cfdisk, knetworkconf, ksysguard, mc, qtparted, rsync, screen, synaptic, vrms
- E-Book: Operating System Book, created and maintained by Masyarakat Digital Gotong Royong (MDGR), in Bahasa Indonesia

XPortScan is a cross-platform lightweight gui multi-threaded port scanner. This is the XPortScan v. 2.1 beta
Currently only tcp connect() scanning (vanilla scan) is included, although more advance port scan methods are in the works. (actually you can see how its going in the source code.)
Enhancements:
- ported to HP-UX
- add some useful key shortcuts
- fixed some memory leaks (also on BSD), uninitialized variables
- fix compilation with gcc 3.x
- a bit of source code cleanup

Monetra (formerly known as MCVE) is a scalable credit card processing engine for Linux and UNIX. The project is designed to handle credit card authorizations and is certified to support major clearing house protocols.
Features include support for multiple modems, multiple merchant accounts, and multiple processors, all simultaneously -- as well as IP and SSL connectivity along side SQL database support.
Designed in C, conforming to POSIX standards, and utilizing light weight processes (threads), this product is able to handle a large number of transactions with high speed and minimal CPU usage.
Enhancements:
- A secure recurring billing module and card storage subsystem returning unique tracking tokens has been added and branded as Monetra DSS.
- This assists integrators with their PCI compliance so they dont need to store card numbers outside of Monetra.
- There is DNS caching for improved latency.
- Givex and FifthThrid 610 support have been added.
- Global Payments, VITAL, and NPC re-certifications.
- Visa gift-card support (balance inquiry and partial auths), as well as new card systems compliance updates for October 2007.
- Mac OS X for Intel, Windows Vista, and OpenBSD 4.0 support has also been added.

KScope is a Cscope frontend. KScope provides a source-editing environment for large C projects, such as the Linux kernel.
KScope is by no means intended to be a replacement to any of the leading Linux/KDE IDEs, such as KDevelop. First of all, it is not an Integrated Development Environment: it does not provide the usual write/compile/debug cycle supported by most IDEs. Instead, KScope is focused on source editing and analysis.
The most important difference, however, between KScope and common IDEs is that KScope is intended for use with projects written in C, i.e., in a functional-programming environment. Most IDEs specialise in object-oriented languages and are of little help to the C programmer. For example, displaying all functions in the Linux kernel as global objects in a "Classes" tree does not provide any meaningful information.
KScope, on the other hand, is built around an efficient mechanism for code-navigation, which allows the user to run queries on the code.
The types of queries KScope can run include:
- Get all references to a symbol
- Find the definition of a symbol
- Find all functions called by or calling to a function
- Find an EGrep pattern
- Find all files #including some file
- etc.
These queries are handled by an underlying Cscope process. KScope simply serves as a front-end to this process, feeding it with queries, and parsing its output into result lists. The items in those lists can later be selected to open an editor at the matching line.
Main features:
- Multiple editor windows (using your favourite KDE editor)
- Project management
- Front-end to most Cscope queries
- Tag list for every open editor
- Call-tree window
- Session management, including saving and restoring queries
- Works with externally-built cscope.out files
Enhancements:
- Many bug fixes
- Updated documentation