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TorK LiveCD
TorK project offers a CD that allows you to use TorK on any computer. more>>
TorK project offers a CD that allows you to use TorK on any computer.
This is a so-called LiveCD. You put it in the CD-Rom drive, turn on your computer and within a few minutes you will be using a Linux system with TorK and Tor running on it. The CD works without installing anything on the computer you use it on.
The CD is still experimental and not feature complete. It may not even be fully secure yet.
<<lessThis is a so-called LiveCD. You put it in the CD-Rom drive, turn on your computer and within a few minutes you will be using a Linux system with TorK and Tor running on it. The CD works without installing anything on the computer you use it on.
The CD is still experimental and not feature complete. It may not even be fully secure yet.
Download (MB)
Added: 2007-05-17 License: GPL (GNU General Public License) Price:
901 downloads
tag-not-ed 1.0
tag-not-ed is a TAGged NOTes EDitor. more>>
tag-not-ed is a TAGged NOTes EDitor.
This is the homepage of tag-not-ed, my favourite program. [You might have read this before somewhere else] Give it a try if you feel like it.
It is a system which allows you to create and manage text documents by attaching tags to them.
Later, documents can be retrieved by running queries on those tags (e.g., "show me all docs that deal with dogs and cats").
<<lessThis is the homepage of tag-not-ed, my favourite program. [You might have read this before somewhere else] Give it a try if you feel like it.
It is a system which allows you to create and manage text documents by attaching tags to them.
Later, documents can be retrieved by running queries on those tags (e.g., "show me all docs that deal with dogs and cats").
Download (0.023MB)
Added: 2006-02-13 License: GPL (GNU General Public License) Price:
1349 downloads
ComputeMode 1.5
ComputeMode is a system that builds a Virtual HPC Cluster using idle intranet resources. more>>
ComputeMode project is an Icatis product that extends an organizations Computational Grid through aggregation of unused computing resources.
For instance, ComputeMode lets a virtual cluster to be built using employees PCs at their idle times. Practically most PCs in large companies are not used at night, on weekends, and during employee vacations, training periods or business trips.
So ComputeMode allows you to take the benefits of the powerful computation infrastructure you already have, but you are not aware of!
Another interesting use of ComputeMode is within computer classrooms, where PCs can be automatically harnessed into a virtual cluster when they are not being used (night, week-ends, holidays).
ComputeMode relies on a ComputeMode Server that keeps track of the availability of some dedicated PCs on the local network. Each PC Owner has a weekly availability Schedule, identifying periods when he or she is not using his/her PC. For instance, a PC owner can declare working periods from 8:00 to 18:00, Monday to Friday.
In the remainder of this document, we will refer to PCs handled by ComputeMode as Processing Nodes.
The ComputeMode Administrator can easily manage the computing PCs through a Web-based interface, accessed through the ComputeMode Server.
A Grid User can submit some computational Jobs to the system through the use of a classical Batch Manager (also called "Job Management System", "Distributed Resource Managers", or "Queuing System").
The Grid User can log onto the Batch Manager from any machine of the local network (usually through the "ssh" secure shell). The Batch Manager will then reserve appropriate resources for the computations, Schedule the execution of the Jobs depending on the overall load on the Computing Grid and allocate Jobs to available computing resources.
The OAR Batch Manager is installed by default with ComputeMode, even though other products such as Platform LSF, OpenPBS or Sun Grid Engine are supported by ComputeMode.
ComputeMode can monitor the load on the Batch Manager, and detect overloads. In such cases it can allocate available Processing Nodes to computational tasks.
Each Processing Node has two different operating modes:
- The User Mode, in which the machine is working in its standard way under Microsoft Windows for instance. The Owner of the machine will not even notice that his or her PC is managed as a ComputeMode Processing Node. In particular, the computational resources of the PC will not be used while in User Mode.
- The Computation Mode (this is where the name of our product comes from) is activated when the machine is in a time period where the PC is declared as "idle". In case the ComputeMode Server detects some computational peak, the PC can be remotely switched to Computation Mode. The switch from user mode is done through an automatic reboot of the machine and proceeds to a remote boot. The remote boot is handled by the ComputeMode Server with the "Preboot eXecution Environment" (PXE) protocol, which is natively available from the BIOS of PCs since 1999. While in Computation Mode, the machine is running under the Linux Operating System, and does not have any access to any local hard disk.
When the ComputeMode Server detects that some given Processing Node is no longer available for computation, it restores the machine back to its User Mode, so that the Owner will not even notice that his or her PC has been used by ComputeMode.
The submitted Jobs can take advantage of the NFS distributed file system, which is made available from the ComputeMode Server. Each Grid User has his or her own private directory and can use it for data required by the computational Jobs, as well as to retrieve the produced output files.
A specific case may happen if a PC Owner comes back and needs his or her PC while a computational Job is being processed. This can happen, for instance, if the Owner has an urgent need and comes back at night to work on his/her PC. In such a situation, the owner always has priority over the machine. Just by using the keyboard, the Owner can abort any ongoing computational activity on his/her PC, and ComputeMode will restore the machine to its User Mode in about one minute.
Enhancements:
- UI usability improvements, code cleanup, and fixes were made.
- The client and server system were upgraded.
- New, simpler node import/export was added.
- It is available as a virtual appliance.
<<lessFor instance, ComputeMode lets a virtual cluster to be built using employees PCs at their idle times. Practically most PCs in large companies are not used at night, on weekends, and during employee vacations, training periods or business trips.
So ComputeMode allows you to take the benefits of the powerful computation infrastructure you already have, but you are not aware of!
Another interesting use of ComputeMode is within computer classrooms, where PCs can be automatically harnessed into a virtual cluster when they are not being used (night, week-ends, holidays).
ComputeMode relies on a ComputeMode Server that keeps track of the availability of some dedicated PCs on the local network. Each PC Owner has a weekly availability Schedule, identifying periods when he or she is not using his/her PC. For instance, a PC owner can declare working periods from 8:00 to 18:00, Monday to Friday.
In the remainder of this document, we will refer to PCs handled by ComputeMode as Processing Nodes.
The ComputeMode Administrator can easily manage the computing PCs through a Web-based interface, accessed through the ComputeMode Server.
A Grid User can submit some computational Jobs to the system through the use of a classical Batch Manager (also called "Job Management System", "Distributed Resource Managers", or "Queuing System").
The Grid User can log onto the Batch Manager from any machine of the local network (usually through the "ssh" secure shell). The Batch Manager will then reserve appropriate resources for the computations, Schedule the execution of the Jobs depending on the overall load on the Computing Grid and allocate Jobs to available computing resources.
The OAR Batch Manager is installed by default with ComputeMode, even though other products such as Platform LSF, OpenPBS or Sun Grid Engine are supported by ComputeMode.
ComputeMode can monitor the load on the Batch Manager, and detect overloads. In such cases it can allocate available Processing Nodes to computational tasks.
Each Processing Node has two different operating modes:
- The User Mode, in which the machine is working in its standard way under Microsoft Windows for instance. The Owner of the machine will not even notice that his or her PC is managed as a ComputeMode Processing Node. In particular, the computational resources of the PC will not be used while in User Mode.
- The Computation Mode (this is where the name of our product comes from) is activated when the machine is in a time period where the PC is declared as "idle". In case the ComputeMode Server detects some computational peak, the PC can be remotely switched to Computation Mode. The switch from user mode is done through an automatic reboot of the machine and proceeds to a remote boot. The remote boot is handled by the ComputeMode Server with the "Preboot eXecution Environment" (PXE) protocol, which is natively available from the BIOS of PCs since 1999. While in Computation Mode, the machine is running under the Linux Operating System, and does not have any access to any local hard disk.
When the ComputeMode Server detects that some given Processing Node is no longer available for computation, it restores the machine back to its User Mode, so that the Owner will not even notice that his or her PC has been used by ComputeMode.
The submitted Jobs can take advantage of the NFS distributed file system, which is made available from the ComputeMode Server. Each Grid User has his or her own private directory and can use it for data required by the computational Jobs, as well as to retrieve the produced output files.
A specific case may happen if a PC Owner comes back and needs his or her PC while a computational Job is being processed. This can happen, for instance, if the Owner has an urgent need and comes back at night to work on his/her PC. In such a situation, the owner always has priority over the machine. Just by using the keyboard, the Owner can abort any ongoing computational activity on his/her PC, and ComputeMode will restore the machine to its User Mode in about one minute.
Enhancements:
- UI usability improvements, code cleanup, and fixes were made.
- The client and server system were upgraded.
- New, simpler node import/export was added.
- It is available as a virtual appliance.
Download (453MB)
Added: 2006-11-10 License: Free To Use But Restricted Price:
1081 downloads
Qingy Is Not Getty 0.9.6
qingy is a replacement for getty. more>>
qingy is a replacement for getty. It uses DirectFB to provide a fast, nice GUI without the overhead of the X Windows System.
Qingy Is Not Getty project allows the user to log in and start the session of his choice (text console, GNOME, KDE, wmaker, etc.).
Main features:
- It remembers last user who logged in, with focus on password
- It also rememebers last session each user chose
- Alternatively it remembers last session on a per-tty basis
- Fully themable
- A theme will look the same on all machines, independently of the resolution
- You can select your favourite theme, or a random one every time
- Both text and X sessions are supported
- You can start more that one X session at once
- You can even start X inside a console when X sessions are already running
- PAM support
- Support for screen savers
- Auto log-in support
- Session locking support
- tty specific options support
- Customizable key bindings.
- Text mode support
Enhancements:
- Detached qingy from its controlling tty when starting sessions.
- qingy no longer tries to kill its GUI as it should not hang any more.
- Fixed bug that made shells other that zsh be invoked with a double -; that is --bash instead of -bash, which is the correct form for login shell invocation.
- Added proper escaping for session names, removed quoting around them.
- Added support for selecting whether to start the X server in the same tty qingy is running in (default for qingy), or in an unused one (default for startx)
<<lessQingy Is Not Getty project allows the user to log in and start the session of his choice (text console, GNOME, KDE, wmaker, etc.).
Main features:
- It remembers last user who logged in, with focus on password
- It also rememebers last session each user chose
- Alternatively it remembers last session on a per-tty basis
- Fully themable
- A theme will look the same on all machines, independently of the resolution
- You can select your favourite theme, or a random one every time
- Both text and X sessions are supported
- You can start more that one X session at once
- You can even start X inside a console when X sessions are already running
- PAM support
- Support for screen savers
- Auto log-in support
- Session locking support
- tty specific options support
- Customizable key bindings.
- Text mode support
Enhancements:
- Detached qingy from its controlling tty when starting sessions.
- qingy no longer tries to kill its GUI as it should not hang any more.
- Fixed bug that made shells other that zsh be invoked with a double -; that is --bash instead of -bash, which is the correct form for login shell invocation.
- Added proper escaping for session names, removed quoting around them.
- Added support for selecting whether to start the X server in the same tty qingy is running in (default for qingy), or in an unused one (default for startx)
Download (0.62MB)
Added: 2007-04-26 License: GPL (GNU General Public License) Price:
912 downloads
Docbkx Maven Plugin 2.0.6
Docbkx Maven Plugin project provides a number of tools for supporting DocBook in a Maven environment. more>>
Docbkx Maven Plugin project provides a number of tools for supporting DocBook in a Maven environment. This may seem odd to you, since
1) Maven 2 is supposed to support DocBook natively, relying on Doxia, and
2) there is already another DocBook plugin at mojo.codehaus.org.
The thruth however is that DocBook support in Doxia is fairly limited, mainly because Doxia as a framework supports only a small fraction of the concepts found in DocBook. The subset of DocBook supported by Doxia is not even close to simplified DocBook.
The DocBook plugin at mojo.codehaus.org is supporting a wider range of DocBook markup, and is in fact more similar to the DocBook tools provided with this project. There are however some significant differences:
- The focus is on ease of use.
- You should not be required to install additional stuff to your hard disk in order to generate content from your DocBook sources. Simply adding a reference to the plugin in your POM should be sufficient.
- This project focuses on providing dedicated support for particular DocBook XSL stylesheet distributions. That means you can rely on the dedicated parameterization mechanism of Maven Plugins to pass in the XSLT parameters defined for a particular version and type of XSLT stylesheet.
- In the DocBook Plugin found at mojo.codehaus.org, you will be required to download a specific version of the DocBook XSL stylesheets manually. The plugins packaged contain the stylesheets as well. (In this project, a particular version of the stylesheets is closely tied to a particular version of the plugin. That you means you can always rely on the plugins documentation to know which parameters you could pass in.)
- The DocBook plugin found at mojo.codehaus.org requires you to have access to the Internet in order allow the plugin to resolve URIs. The plugins provided in this project act differently: if your DocBook sources are referening to a DTD, then you can simply add a dependency to a jar file containing the DTD and related entities, and the plugin will make sure that all references will be resolved correctly.
Enhancements:
- Support for Eclipse help files was added.
<<less1) Maven 2 is supposed to support DocBook natively, relying on Doxia, and
2) there is already another DocBook plugin at mojo.codehaus.org.
The thruth however is that DocBook support in Doxia is fairly limited, mainly because Doxia as a framework supports only a small fraction of the concepts found in DocBook. The subset of DocBook supported by Doxia is not even close to simplified DocBook.
The DocBook plugin at mojo.codehaus.org is supporting a wider range of DocBook markup, and is in fact more similar to the DocBook tools provided with this project. There are however some significant differences:
- The focus is on ease of use.
- You should not be required to install additional stuff to your hard disk in order to generate content from your DocBook sources. Simply adding a reference to the plugin in your POM should be sufficient.
- This project focuses on providing dedicated support for particular DocBook XSL stylesheet distributions. That means you can rely on the dedicated parameterization mechanism of Maven Plugins to pass in the XSLT parameters defined for a particular version and type of XSLT stylesheet.
- In the DocBook Plugin found at mojo.codehaus.org, you will be required to download a specific version of the DocBook XSL stylesheets manually. The plugins packaged contain the stylesheets as well. (In this project, a particular version of the stylesheets is closely tied to a particular version of the plugin. That you means you can always rely on the plugins documentation to know which parameters you could pass in.)
- The DocBook plugin found at mojo.codehaus.org requires you to have access to the Internet in order allow the plugin to resolve URIs. The plugins provided in this project act differently: if your DocBook sources are referening to a DTD, then you can simply add a dependency to a jar file containing the DTD and related entities, and the plugin will make sure that all references will be resolved correctly.
Enhancements:
- Support for Eclipse help files was added.
Download (1.1MB)
Added: 2007-08-01 License: The Apache License 2.0 Price:
814 downloads
Not another MAC theme 0.1
Not another MAC theme 0.1 provides you with a nice theme for GNOME users. more>>
Not another MAC theme 0.1 provides you with a nice theme for GNOME users. It is actually a mix of all the MAC OS X GTK themes.
GNOME is an international effort to build a complete desktop environment the graphical user interface which sits on top of a computer operating system entirely from free software. This goal covers creating software development frameworks, selecting application software for the desktop, and working on the programs which manage application launching, file handling, and window and task management.
Requirements:
- GNOME
Added: 2008-11-17 License: GPL Price: FREE
1 downloads
Taggee 0.4.0
Taggee is a platform indepentent tagging server. more>>
Taggee is a platform indepentent tagging server.
Taggee project has an HTTP interface for easy integration with applications in need of tagging and even has an HTML interface for use as a standalone bookmark server.
<<lessTaggee project has an HTTP interface for easy integration with applications in need of tagging and even has an HTML interface for use as a standalone bookmark server.
Download (0.030MB)
Added: 2006-06-26 License: Artistic License Price:
1216 downloads
autonet 0.5.0
autonet looks up existing network configuration files and probes the network. more>>
autonet.py is a small application which looks up existing network configuration files, probes the network with arping in order to determine if it can connect and ideally set up a working internet connection and routing.
If no internet connection is available, autonet.py will parse each configuration file, extract different network setups and probe if the network environment works with this configuration.
The probing is done with arping. A bogus IP 0.0.0.0 is used in order to get the network interface up. Then autonet.py tries to arping the gateway.
If the gateway responds the configuration is considered good. At this point there is no routing, so only hosts within the subnet defined in the configuration is used.
If none of the gateways in the configuration works, the probe gets more brutal by just setting up the network interface according to the configuration file, and and ping the gateway. Again, no routes yet.
If a configuration is considered working (gateway is pingable), the route is set as described in the configuration file. An internet connection should be established then.
This is also checked by pinging k.root-servers.org (as default, override with --testhost), use an IP address here, as DNS is not handled by autonet (yet?).
There is a special feature in autonet.py for owners of some models of Asus notebooks. The package contains a module which uses two LEDs of the laptop to show activity.
While searching and probing, the blue LED is flashing, if a working configuration is found the orange LED flickers for a second. Also this will only work if you have the asus module in your kernel, and it has *not* widely been tested. Have a look at Asus.py for details.
Some common vars can be edited in autonet.py, such as locations of required programs and some common settings (of which timeout does not even work yet) but in most cases supplying reasonable commandline arguments should be sufficient.
As Gentoo has slightly different settings, there are two scripts for Gentoo users, to make integration into the Gentoo init system easier.
<<lessIf no internet connection is available, autonet.py will parse each configuration file, extract different network setups and probe if the network environment works with this configuration.
The probing is done with arping. A bogus IP 0.0.0.0 is used in order to get the network interface up. Then autonet.py tries to arping the gateway.
If the gateway responds the configuration is considered good. At this point there is no routing, so only hosts within the subnet defined in the configuration is used.
If none of the gateways in the configuration works, the probe gets more brutal by just setting up the network interface according to the configuration file, and and ping the gateway. Again, no routes yet.
If a configuration is considered working (gateway is pingable), the route is set as described in the configuration file. An internet connection should be established then.
This is also checked by pinging k.root-servers.org (as default, override with --testhost), use an IP address here, as DNS is not handled by autonet (yet?).
There is a special feature in autonet.py for owners of some models of Asus notebooks. The package contains a module which uses two LEDs of the laptop to show activity.
While searching and probing, the blue LED is flashing, if a working configuration is found the orange LED flickers for a second. Also this will only work if you have the asus module in your kernel, and it has *not* widely been tested. Have a look at Asus.py for details.
Some common vars can be edited in autonet.py, such as locations of required programs and some common settings (of which timeout does not even work yet) but in most cases supplying reasonable commandline arguments should be sufficient.
As Gentoo has slightly different settings, there are two scripts for Gentoo users, to make integration into the Gentoo init system easier.
Download (0.075MB)
Added: 2005-09-19 License: GPL (GNU General Public License) Price:
1509 downloads
pouetChess 0.2
pouetChess is a 3D and open source chess game. more>>
pouetChess is a 3D and open source chess game.
pouetChess is a chess game for Linux with very few and basic dependencies. Moreover pouetChess has an embedded Artificial Intelligence so engines such as GNUChess are not even needed.
... pouetChess was a game I wrote for a project at school (IUP GMI Avignon(french)).
I quickly realized there were very few chess games for Linux so I decided to continue it. Actually I think the juice is worth the squeeze and we will finally have a good and pretty chess game for Linux...
Unfortunately I wrote it completely in french so for now the source code is quite useless but Im working on it and its one of the things who have to be done for the next release. But dont worry, I already translated the interface and you can play in english.
<<lesspouetChess is a chess game for Linux with very few and basic dependencies. Moreover pouetChess has an embedded Artificial Intelligence so engines such as GNUChess are not even needed.
... pouetChess was a game I wrote for a project at school (IUP GMI Avignon(french)).
I quickly realized there were very few chess games for Linux so I decided to continue it. Actually I think the juice is worth the squeeze and we will finally have a good and pretty chess game for Linux...
Unfortunately I wrote it completely in french so for now the source code is quite useless but Im working on it and its one of the things who have to be done for the next release. But dont worry, I already translated the interface and you can play in english.
Download (0.35MB)
Added: 2006-05-28 License: Freeware Price:
1246 downloads
GNU Superoptimizer 2.5
GNU Superoptimizer is a project that uses an approach to finding the shortest instruction sequence for a given function. more>>
GNU Superoptimizer is a project that uses an approach to finding the shortest instruction sequence for a given function.
The superoptimizer is a function sequence generator that uses an exhaustive
generate-and-test approach to finding the shortest instruction sequence for
a given function. You have to tell the superoptimizer which function and
which CPU you want to generate code for, and how many instructions you can
accept.
The superoptimizer cant generate very long sequences, unless you have a
very fast computer or very much spare time. The time complexity of the used
algorithm is approximately
2n
O(m n )
where m is the number of available instructions on the architecture and n is
the shortest sequence for the goal function. The practical sequence length
limit depends on the target architecture and goal function arity; In most
cases it is about 5, but for a rich instruction set as the HPPA it is just
4. The longest sequence ever generated was for the MC68020 and 7
instructions long. It took several weeks to generate it...
The superoptimizer cant guarantee that it finds the best possible
instruction sequences for all possible goal functions. For example, it
doesnt even try to include immediate constants (other that -1, 0, +1, and
the smallest negative and biggest positive numbers) in the sequences.
Other reasons why not optimal sequences might be found is that not all
instructions are included, not even in their register-only form. Also, some
instructions included might not be correctly simulated. If you encounter
any of these problems, please report them to the address below.
WARNING! The generated sequences might be incorrect with a very small
probability. Always make sure a sequence is correct before using it. So
far, I have never encountered any incorrect sequences. If you find one,
please let me know about it!
Having said this, note that the superoptimizer practically always finds
optimal and correct sequences for functions that depend on registers only.
Enhancements:
- Delete unused variable tot_bits.
- Make state1 have char type.
- Use random() on alpha, since srand48 doesnt work there.
- Return small numbers with high probability.
<<lessThe superoptimizer is a function sequence generator that uses an exhaustive
generate-and-test approach to finding the shortest instruction sequence for
a given function. You have to tell the superoptimizer which function and
which CPU you want to generate code for, and how many instructions you can
accept.
The superoptimizer cant generate very long sequences, unless you have a
very fast computer or very much spare time. The time complexity of the used
algorithm is approximately
2n
O(m n )
where m is the number of available instructions on the architecture and n is
the shortest sequence for the goal function. The practical sequence length
limit depends on the target architecture and goal function arity; In most
cases it is about 5, but for a rich instruction set as the HPPA it is just
4. The longest sequence ever generated was for the MC68020 and 7
instructions long. It took several weeks to generate it...
The superoptimizer cant guarantee that it finds the best possible
instruction sequences for all possible goal functions. For example, it
doesnt even try to include immediate constants (other that -1, 0, +1, and
the smallest negative and biggest positive numbers) in the sequences.
Other reasons why not optimal sequences might be found is that not all
instructions are included, not even in their register-only form. Also, some
instructions included might not be correctly simulated. If you encounter
any of these problems, please report them to the address below.
WARNING! The generated sequences might be incorrect with a very small
probability. Always make sure a sequence is correct before using it. So
far, I have never encountered any incorrect sequences. If you find one,
please let me know about it!
Having said this, note that the superoptimizer practically always finds
optimal and correct sequences for functions that depend on registers only.
Enhancements:
- Delete unused variable tot_bits.
- Make state1 have char type.
- Use random() on alpha, since srand48 doesnt work there.
- Return small numbers with high probability.
Download (0.076MB)
Added: 2007-02-28 License: GPL (GNU General Public License) Price:
969 downloads
BootUtils 0.0.6
BootUtils is a collection of utilities to facilitate booting of Linux 2.6-based systems. more>>
BootUtils project is a collection of utilities to facilitate booting of modern Kernel 2.6 based systems. BootUtils is designed for initramfs, although volunteers to add support for initrd are welcome.
The process of finding the root volume either by label or explicit label= on the kernel command line, mounting it and switchrooting is automated.
BootUtils can also drop to emergency shell if the root volume cannot be mounted. Why not even start sshd and allow admin login if the box is in a remote location?
Main features:
- Automatic detection of root volume by label or explicit kernel commandline option
- Supports ext2, ext3, jfs, reiserfs and xfs
- Emergency shell dropping in the case of a root volume problem
Enhancements:
- libblkid and libuuid have been updated to e2fsprogs 1.39.
- Device mapper support has been added.
<<lessThe process of finding the root volume either by label or explicit label= on the kernel command line, mounting it and switchrooting is automated.
BootUtils can also drop to emergency shell if the root volume cannot be mounted. Why not even start sshd and allow admin login if the box is in a remote location?
Main features:
- Automatic detection of root volume by label or explicit kernel commandline option
- Supports ext2, ext3, jfs, reiserfs and xfs
- Emergency shell dropping in the case of a root volume problem
Enhancements:
- libblkid and libuuid have been updated to e2fsprogs 1.39.
- Device mapper support has been added.
Download (0.080MB)
Added: 2007-04-27 License: GPL (GNU General Public License) Price:
912 downloads
Solid PBX SVN-trunk-r152
Solid PBX is a multi-platform Soft Switch Class 5 software targeted for home, corporate, and operator level markets. more>>
Solid PBX is a multi-platform Soft Switch Class 5 software targeted for home, corporate, and operator level markets.
GETTING STARTED
First, be sure youve got supported hardware (but note that you dont need ANY special hardware, not even a soundcard) to install and run Solid PBX.
Supported telephony hardware includes:
- All Wildcard (tm) products from Digium (www.digium.com)
- QuickNet Internet PhoneJack and LineJack (http://www.quicknet.net)
- any full duplex sound card supported by ALSA or OSS
- any ISDN card supported by mISDN on Linux (BRI)
- The Xorcom AstriBank channel bank
- VoiceTronix OpenLine products
The are several drivers for ISDN BRI cards available from third party sources. Check the voip-info.org wiki for more information on chan_capi and zaphfc.
Enhancements:
- This is a major bugfix release with a simplified chan_h323 build process and many improvements.
<<lessGETTING STARTED
First, be sure youve got supported hardware (but note that you dont need ANY special hardware, not even a soundcard) to install and run Solid PBX.
Supported telephony hardware includes:
- All Wildcard (tm) products from Digium (www.digium.com)
- QuickNet Internet PhoneJack and LineJack (http://www.quicknet.net)
- any full duplex sound card supported by ALSA or OSS
- any ISDN card supported by mISDN on Linux (BRI)
- The Xorcom AstriBank channel bank
- VoiceTronix OpenLine products
The are several drivers for ISDN BRI cards available from third party sources. Check the voip-info.org wiki for more information on chan_capi and zaphfc.
Enhancements:
- This is a major bugfix release with a simplified chan_h323 build process and many improvements.
Download (9.9MB)
Added: 2006-05-17 License: GPL (GNU General Public License) Price:
1255 downloads
Jinamp Is Not An Mp3 Player 1.0.5
Jinamp is primarily a music shuffler for command line junkies. more>>
Jinamp is primarily a music shuffler for command line junkies. Jinamp runs in the background and does not require X or even a terminal.
A control program allows limited control over the playing (pause, next song, etc., but no seeking).
The actual playing is done by other programs, so it can be adapted for other purposes, such as shuffling video clips for advertising.
Enhancements:
- The control tools have been improved, in particular making once-off song requests possible.
<<lessA control program allows limited control over the playing (pause, next song, etc., but no seeking).
The actual playing is done by other programs, so it can be adapted for other purposes, such as shuffling video clips for advertising.
Enhancements:
- The control tools have been improved, in particular making once-off song requests possible.
Download (0.10MB)
Added: 2005-11-14 License: GPL (GNU General Public License) Price:
1439 downloads

Internet DJ Console 0.5.1
The Linux DJ software more>> Internet DJ Console is a program that I started writing in March of 2005 after discovering the lack of DJ software on Linux that suited me. The programs that I did find were either feature poor, full of bugs, suited more towards the live side of things, or sadly did not even compile. It dawned on me that something needed to be done and that having some coding skills of my own that I may as well have a go myself. The basics of the different components in the project and how they would fit together came to me almost in a flash, and after pondering the sketch I drew, a few days later I started coding. The result is Internet DJ Console.<<less
Download (639KB)
Added: 2009-04-11 License: Freeware Price: Free
198 downloads
MultiSessionX 0.6
MultiSessionX is a fast user switching implementation for X11 utilizing VNC for persistent sessions. more>>
MultiSessionX is a fast user switching implementation for X11 utilizing VNC for persistent sessions. It provides a choosable menu via xdialog or xmessage. It supports Linux, FreeBSD, and Irix.
Main features:
- Support for xdialog and xmessage (xmessage provided for legacy support -- use xdialog instead). Support planned for zenity.
- Maintain multiple user logins from a single terminal without logging users out.
- Reconnect to sessions from another terminal.
- Multiple sessions per-user.
- Mulitple connections to a single session. (vnc -shared)
- Allows creation of non-persistent sessions -- starts window manager normally to support features not available through VNC (high-speed video, opengl)
Note: use with xdialog and an X11 login manager can be very similar to the behavior AND visual appearance of Windows 2003 with Terminal Services. I should note that this project was started early 2002, well before Windows 2003 was released! Just in case you were wondering ;-)
Licensed under the general BSD license (no advertising clause).
Version restrictions:
- VNC has a lot of bugs and limitations. For instance, it does not support OpenGL or XV visuals. "Non-persistent" sessions provided as work-around. Also, VNC "messes up", causing visual artifacts.
- Does not work with Zenity at all, not even its gdialog emulation
<<lessMain features:
- Support for xdialog and xmessage (xmessage provided for legacy support -- use xdialog instead). Support planned for zenity.
- Maintain multiple user logins from a single terminal without logging users out.
- Reconnect to sessions from another terminal.
- Multiple sessions per-user.
- Mulitple connections to a single session. (vnc -shared)
- Allows creation of non-persistent sessions -- starts window manager normally to support features not available through VNC (high-speed video, opengl)
Note: use with xdialog and an X11 login manager can be very similar to the behavior AND visual appearance of Windows 2003 with Terminal Services. I should note that this project was started early 2002, well before Windows 2003 was released! Just in case you were wondering ;-)
Licensed under the general BSD license (no advertising clause).
Version restrictions:
- VNC has a lot of bugs and limitations. For instance, it does not support OpenGL or XV visuals. "Non-persistent" sessions provided as work-around. Also, VNC "messes up", causing visual artifacts.
- Does not work with Zenity at all, not even its gdialog emulation
Download (0.004MB)
Added: 2005-07-13 License: BSD License Price:
1565 downloads
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