Free science fair projects software for linux

Apache XML Projects goals are:
- to provide commercial-quality standards-based XML solutions that are developed in an open and cooperative fashion,
- to provide feedback to standards bodies (such as IETF and W3C) from an implementation perspective, and
- to be a focus for XML-related activities within Apache projects
The Apache XML Project used to be the home for many XML-related subprojects, many of which have moved to top-level project status recently or are currently in migration. The Apache XML Project slowly transforms into an place where you can find pointers to XML-related projects here in the Apache Software Foundation. The remaining subprojects directly under the supervision of the XML PMC are:
- AxKit - XML-based web publishing, in mod_perl
- Crimson - A Java XML parser derived from the Sun Project X Parser.
- Xang - Rapid development of dynamic server pages, in JavaScript
- Xindice - A native XML database.
- XML Commons - focussed on common code and guidelines for XML projects
- XML Security - Java and C++ implementations of the XML signature and encryption standards

Deep Project is a time entry application for consulting firms. It stores start/end time and sick/vacation time. The project has the beginning of project management and sales cycle features.

RISE Projects goal is to produce software to efficiently manage and publish academic catalog information including programs, courses, and schedules.

RISE means Resources and Information for Success in Education.

The Distributed Hardware Evolution Project allows the distribution of a genetic algorithm evolving hardware designs across the Internet by setting up an island on each clients PC which will evolve during idle time. Individuals from these islands will migrate between each other as they compete for survival.

All source code is available at Sourceforge under the projects named JaGa, DistrIT, and IslandEv. The source code is generalizable to any genetic algorithm or distributed processing task.

Kaboot Linux Operating system aims to provide an operating system which you can take anywhere and has all your favourite programs on.

Kaboot operating system is avaliable as a Live CD or Live USB you can take with you anywhere.

A number of different versions are avaliable, two optimised for size or speed, one for functionality, and one science based.

All containing a host of useful programs able to boot virtually any computer (meeting the minimum requirements) from CD and

USB.Kaboot is still in active development and if you find a bug or fix, you can let me know in the forums.

Kaboot Science - contains a number of Scientific programs already setup and ready to go, with the purpose of introducing those unconvinced by the power of open source programs.

Packge List:

net-dialup/rp-pppoe
x11-misc/adesklets
media-gfx/scrot
sys-apps/coldplug
x11-misc/pypanel
sys-apps/slocate
sys-kernel/linux-headers
app-office/gnumeric
sys-devel/gettext
media-gfx/feh
sci-calculators/galculator
x11-themes/commonbox-styles
x11-themes/openbox-themes
app-admin/syslog-ng
sci-chemistry/easychem
app-admin/testdisk
sys-process/vixie-cron
x11-misc/obconf
sys-boot/grub
perl-core/ExtUtils-MakeMaker
x11-misc/bbrb
x11-misc/gdeskcal
net-ftp/gftp
sci-astronomy/predict
sci-astronomy/stellarium
x11-wm/openbox
x11-base/xorg-x11
net-misc/dhcpcd
app-admin/torsmo
media-gfx/gnuplot
sci-mathematics/octave
sys-libs/glibc
sci-libs/gsl
www-client/mozilla-firefox
app-editors/nano
app-arch/gzip
sys-apps/pcmcia-cs
net-im/gaim
net-dialup/mingetty
sys-apps/hotplug
app-editors/cute
sci-chemistry/ghemical
x11-terms/aterm
app-office/abiword
sci-calculators/qalculate-units

ConsultComm Project Timekeeper is a small, lightweight, platform-independent program written in Java that allows anyone managing multiple projects, clients or tasks to effectively keep track of exactly how long theyve worked on each project.
Since I started development in November of 1999, several other time tracking projects have popped up. But ConsultComm is unique from other applications since it is:
Easily integrated into your existing time management or billing system; JDBC support is included so you can instantly upload all your times and projects into most JDBC and ODBC compliant databases
Platform-independent, so you can unify all your OS X, Windows, Linux and Solaris workstations with a single application
Released as open source, so you dont have to worry about vendor lock-in or customization problems. Download and use ConsultComm freely under the GPL, without having to worry about paying any license fees
Quickly extensible by utilizing plugins created using the standard JavaBeans framework. Users and other developers can easily create their own plugins to quickly add custom functionality to ConsultComm
Customizeable to uniquely fit your own personal style preferences thanks to SkinLF.
Enhancements:
- A toggle to turn the JDBC plugin on or off was added.
- All currency is now ensured to follow the Java locale.
- The .spec file was fixed to remove the deprecated "Copyright" tag.
- The tarball was fixed to include NetBeans generated properties.
- A new ConsultComm icon was added.
- Some dialog boxes were moved to Suns new absolute layout.
- The TimeTracker plugin now defaults to uninstalled in Windows.

Fair NAT is a script for configuring NAT on dedicated Linux routers. This is the home of my linux router shaper script which allows something like fair bandwidth sharing among clients in the local network. The script is not great or anything - please dont expect the holy grail here - I just thought Id publish it because many people helped me write it and maybe someone has some use for it. I bet there are still lots of things that can be improved. Sorry about the crappy design of this page, I dont have time to put more effort in better looks.
You have a certain number of Clients (User A - User N) in your LAN which are connected by a Switch (or a Hub or BNC) to the Linux Router which is supposed to act as a gateway to the internet. The trouble now is, User B has a lot of downloads running and User C uploads stuff day and night, which leaves User A who only wants to use an interactive SSH shell in the rain, since B and C already use up all bandwidth the internet connection offers.
What we need to do is to share available bandwidth fairly among clients. In order to achieve this, I first tried several searches at Google and Freshmeat. This turned up quite a lot of results, like the Linux Advanced Routing & Traffic Control HOWTO which is a must-read and also contains great scripts, like the Wondershaper for single users. Another great general purpose script I found was HTB.init, which doesnt do anything by default, but gives you an easy way to setup HTB queues. In case you prefer CBQ, theres a CBQ.init too. If you dont know what Im talking about, read the HOWTO above or continue reading here.
Since I never found a script that did exactly what I wanted, I decided to write my own. Its designed to be an all-I-need script, therefore it does not just setup Traffic Shaping, but Masquerading and Port Forwarding too. In short, it does everything that has to do with IPTables and Traffic Control. I use HTB (Hierarchical Token Bucket) to share bandwidth among clients (one class per client). On top of that I added a PRIO queue to prioritize interactive traffic on a per-user basis. On top of PRIO I set SFQ to treat connections fairly. In version 0.72, experimental support for IPP2P to recognize peer-to-peer traffic was added.
This is the simplified scheme for routing:
HTB class (for bandwidth sharing)
|
-- PRIO (for prioritizing interactive traffic)
|
--- Interactive: SFQ (to treat concurrent connections fairly)
--- Normal: SFQ
--- High-Traffic: SFQ
[ --- P2P: SFQ (if IPP2P support is enabled only) ]
I bet this can still be improved and Im always interested in ways to do so. In case you want another class structure, this can be done by replacing the parent_class and user_class functions in the script. See CLASS_MODE in Configuration section and the function documentation in the script for details. Feel free to send me your own functions with a short explanation, if you want me to make them available for everybody.
Heres a "real" graphic, which shows the complete qdisc/class structure on $DEV_LAN if you use the unmodified example configuration file. This graphic was created using a hacked version of Stef Coenes show.pl script and GraphViz. Click here to see it, but I warn you: its quite big. Heres a similar picture, which includes IPP2P support. Note that there are more filter rules (the blue arrows) now which put the filesharing traffic into the users prio band 4.
Main features:
- This is a variable with a space-separated list of features that should be enabled. Default is all enabled if you dont set this variable.
- PROC:
- Allow Fair NAT to change some system variables in /proc, like setting /proc/sys/net/ipv4/ip_forward to 1.
- MODULES:
- Try to load kernel modules for QoS first.
- RESET:
- Fair NAT will replace all existing iptables rules with a very basic (empty) configuration. Not healthy for firewalls. You can disable this feature to keep the original rules in place. See Firewall Support below.
- NAT:
- Allow Fair NAT to configure NAT. You could disable this if you prefer to set this up yourself / let your firewall do it.
- FORWARD:
- Allow Fair NAT to configure Port Forwarding. Same as NAT, you can disable this if you dont need it.
- QOS_DOWN:
- Shape download traffic. If you know a little bit about traffic shaping and believe that download shaping is completely useless, feel free to disable this.
- QOS_UP:
- Shaping upload traffic can be disabled also. If you disable this and QOS_DOWN also, you could use Fair NAT for setting up NAT and Port Forwarding only, although thats not really the purpose of the script ;-)
- TOS:
- Allow Fair NAT to modify the TOS (type-of-service) field of packets. Right now, Fair NAT relies on this TOS field for shaping, so using this feature is highly recommended.

Project document and management tracking system written in PHP using PostgreSQL to store user, project and document related data and MySQL to store the documents, with revision control.

How to:

How to setup the system:

Just untar every thing in your webdirecorty:
cd /var/www/html/
tar -xvzf ueber-1.0.tar.bz2

How to setup the DB:

- Create ueberp user in PostgreSQL [ueberp@psql]$ psql -U admin -c "CREATE USER ueberp WITH PASSWORD ueberp CREATEDB"
- Create a ueberp database in PostgreSQL
[ueberp@psql]$ createdb -U ueberp ueberp
- execute db-setup.psql to setup the PostgreSQL database.
[ueberp@psql]$ psql -U ueberp -d ueberp -f db-setup.psql
- Basic data is in db-data.psql for setting up the system
[ueberp@psql]$ psql -U ueberp -d ueberp -f db-data.psql
- Create a database in MySQL (i.e. ueberp)
- execute db-setup.mysql to setup the MySQL database.
- execute db-data.mysql to insert the basic data.

Finally edit ueberp/lib/config.inc and try to log into the system (user: admin, pass: admin)

Note: In order to have correct "Account Manager" and "Project Manager" entries
in the projects, the acronym for the "Account Manager" must be AM and for
the "Project Manager" PM.