Subunit comes with command line filters to process a subunit stream and language bindings for python, C, C++ and shell. Bindings are easy to write for other languages. A number of useful things can be done easily with subunit: * Test aggregation: Tests run separately can be combined and then reported/displayed together. For instance, tests from different languages can be shown as a seamless whole. * Test archiving: A test run may be recorded and replayed later. * Test isolation: Tests that may crash or otherwise interact badly with each other can be run seperately and then aggregated, rather than interfering with each other. * Grid testing: subunit can act as the necessary serialisation and deserialiation to get test runs on distributed machines to be reported in real time. Subunit supplies the following filters: * tap2subunit - convert perl's TestAnythingProtocol to subunit. * subunit2pyunit - convert a subunit stream to pyunit test results. * subunit2gtk - display a subunit stream in a gtk window. * subunit2junitxml - convert a subunit stream to a JUnit XML representation. * subunit-diff - diff two subunit streams. * subunit-filter - filter out tests from a subunit stream. * subunit-ls - list the tests present in a subunit stream. * subunit-stats - generate a summary of a subunit stream. * subunit-tags - add or remove tags from a stream. A mailing list for discussion, usage and development is at https://launchpad.net/~subunit-dev - all are welcome to join. Subunit is shipped by recent Debian and Ubuntu versions. Newer versions for Ubuntu may be available from either of the two Personal Package Archives : https://launchpad.net/~subunit/+archive/ppa and https://launchpad.net/~subunit/+archive/snapshots

Sakura is a terminal emulator and it's only dependencies are GTK and VTE. It uses a notebook to provide several terminals in one window and allows to change configuration options via a contextual menu. No more no less.

Subunit comes with command line filters to process a subunit stream and language bindings for python, C, C++ and shell. Bindings are easy to write for other languages. A number of useful things can be done easily with subunit: * Test aggregation: Tests run separately can be combined and then reported/displayed together. For instance, tests from different languages can be shown as a seamless whole. * Test archiving: A test run may be recorded and replayed later. * Test isolation: Tests that may crash or otherwise interact badly with each other can be run seperately and then aggregated, rather than interfering with each other. * Grid testing: subunit can act as the necessary serialisation and deserialiation to get test runs on distributed machines to be reported in real time. Subunit supplies the following filters: * tap2subunit - convert perl's TestAnythingProtocol to subunit. * subunit2pyunit - convert a subunit stream to pyunit test results. * subunit2gtk - display a subunit stream in a gtk window. * subunit2junitxml - convert a subunit stream to a JUnit XML representation. * subunit-diff - diff two subunit streams. * subunit-filter - filter out tests from a subunit stream. * subunit-ls - list the tests present in a subunit stream. * subunit-stats - generate a summary of a subunit stream. * subunit-tags - add or remove tags from a stream. A mailing list for discussion, usage and development is at https://launchpad.net/~subunit-dev - all are welcome to join. Subunit is shipped by recent Debian and Ubuntu versions. Newer versions for Ubuntu may be available from either of the two Personal Package Archives : https://launchpad.net/~subunit/+archive/ppa and https://launchpad.net/~subunit/+archive/snapshots

Dr. Geo II is the successor of the Dr. Geo software (packaged in the Ubuntu distribution). Dr. Geo II is more friendly for programming use of interactive geometry.

EPICS Base contains the build system and build tools, common and OS-interface libraries, Channel Access client and server libraries, static and run-time database access routines, the database processing code, and standard record, device and driver support.

An abstract C99 library which implements a DEC VT100/VT220/VT320 or xterm-like terminal emulator. It doesn't use any particular graphics toolkit or output system, instead it invokes callback function pointers that its embedding program should provide it to draw on its behalf. It avoids calling malloc() during normal running state, allowing it to be used in embedded kernel situations. For IRC contact: see `##tty` on Freenode.

grep is a tool for searching through text files for particular lines of text using regexps. By default it prints the matching lines, but it has options to print context around the matches, as well as just the number of matches.

This module provides a way to securely storing passwords and other secrets. It uses DBus Secret Service API that is supported by GNOME Keyring (>= 2.30) and KWallet (>= 4.8). It allows to create new passwords, delete and search for passwords matching given attributes. It also supports graphical prompts when unlocking is needed.

Features: * move, remove or rename menuentries (they stey updatable by update-grub) * edit the contents of menuentries or create new ones (internally it edits the 40_custom) * support for GRUB2 and BURG * reinstallation of the bootloader to MBR * settings like default operating system, kernel params, background image and text colors etc. * changing the installed operating system by running on a live cd Screenshots: * list view: http://postimg.org/image/kehu2luod/ * general settings: http://postimg.org/image/rmaaswoan/ * appearance settings: http://postimg.org/image/nl1cpkpa9/ * entry editor: http://postimg.org/image/ysui2x92z/ How to install: * Ubuntu: https://launchpad.net/~danielrichter2007/+archive/grub-customizer (PPA) * Other distributions: https://answers.launchpad.net/grub-customizer/+faq/1397 (compile from source)

If you are interested in helping out with the design, development, testing of Xpad, please join the development team (https://launchpad.net/~xpad-hackers) and its mailing list. We can use all the help!

Download: The latest stable release can be downloaded as a tar.gz package (see the right of this page), or through the Bazaar versioning system, using bzr branch lp:mg5amcnlo We offer two download one LTS (Long Term Stable) which does not contains the latest features but which is regularly updated with all the bug fixing. The second tarball contains the latest version of the code containing the latest update of the code both in terms of physics and performance. Installation: MadGraph5_aMC@NLO needs Python version 2.7 or 3.7 (or higher) ; gfortran/gcc 4.6 or higher is required for NLO calculations/simulations. Getting started: Run bin/mg5_aMC and type "help" to learn how to run MadGraph5_aMC@NLO using the command interface, or run the interactive quick-start tutorial by typing "tutorial". Some third-party packages can be installed using the MG5_aMC shell command "install". LO generation can also be done directly online at: http://madgraph.phys.ucl.ac.be or http://madgraph.hep.uiuc.edu

Features: * move, remove or rename menuentries (they stey updatable by update-grub) * edit the contents of menuentries or create new ones (internally it edits the 40_custom) * support for GRUB2 and BURG * reinstallation of the bootloader to MBR * settings like default operating system, kernel params, background image and text colors etc. * changing the installed operating system by running on a live cd Screenshots: * list view: http://postimg.org/image/kehu2luod/ * general settings: http://postimg.org/image/rmaaswoan/ * appearance settings: http://postimg.org/image/nl1cpkpa9/ * entry editor: http://postimg.org/image/ysui2x92z/ How to install: * Ubuntu: https://launchpad.net/~danielrichter2007/+archive/grub-customizer (PPA) * Other distributions: https://answers.launchpad.net/grub-customizer/+faq/1397 (compile from source)

Features: * move, remove or rename menuentries (they stey updatable by update-grub) * edit the contents of menuentries or create new ones (internally it edits the 40_custom) * support for GRUB2 and BURG * reinstallation of the bootloader to MBR * settings like default operating system, kernel params, background image and text colors etc. * changing the installed operating system by running on a live cd Screenshots: * list view: http://postimg.org/image/kehu2luod/ * general settings: http://postimg.org/image/rmaaswoan/ * appearance settings: http://postimg.org/image/nl1cpkpa9/ * entry editor: http://postimg.org/image/ysui2x92z/ How to install: * Ubuntu: https://launchpad.net/~danielrichter2007/+archive/grub-customizer (PPA) * Other distributions: https://answers.launchpad.net/grub-customizer/+faq/1397 (compile from source)

This module provides a way to securely storing passwords and other secrets. It uses DBus Secret Service API that is supported by GNOME Keyring (>= 2.30) and KWallet (>= 4.8). It allows to create new passwords, delete and search for passwords matching given attributes. It also supports graphical prompts when unlocking is needed.

OpenVLBI provides a library and an application suite for astronomical interferometry

Arx Fatalis features crafting, melee and ranged combat, as well as a unique casting system where the player draws runes in real time to effect the desired spell. Arx Libertatis updates and improves Arx Fatalis by supporting modern systems, porting the game to new systems as well as eliminating bugs and limitations. In the future we plan to improve and modernize the engine as well as enable customizations and mods by the community. Screenshot of the Castle of Arx Castle of Arx Arx Libertatis is based on the publicly released Arx Fatalis sources and available under the GPL 3+ license. This does however not include the game data, so you need to obtain a copy of the original Arx Fatalis or its demo to play Arx Libertatis.

Sakura is a terminal emulator and it's only dependencies are GTK and VTE. It uses a notebook to provide several terminals in one window and allows to change configuration options via a contextual menu. No more no less.

Frei0r comes as an header and a collection of plugins; optional library dependencies are opencv and gavl. The Frei0r collection counts more than 80 effects implemented, it's widely supported by video applications as FFmpeg, PureData, Open Movie Editor, DVEdit, Gephex, LiVES, FreeJ, MøB, VeeJay, MLT and KDEnLive; it is also ported to M$/Windows and Apple/OSX.

This project is used for tracking the tripleo project as a whole; by definition most of the work is done in other OpenStack projects. We can be found in #tripleo on irc.freenode.net or the openstack-dev mailing list. For support, as for all openstack projects, use https://ask.openstack.org/.

This project is used for tracking the tripleo project as a whole; by definition most of the work is done in other OpenStack projects. We can be found in #tripleo on irc.freenode.net or the openstack-dev mailing list. For support, as for all openstack projects, use https://ask.openstack.org/.

This is GNU libtool, a generic library support script. Libtool hides the complexity of generating special library types (such as shared libraries) behind a consistent interface. To use libtool, add the new generic library building commands to your Makefile, Makefile.in, or Makefile.am. See the documentation for details. Libtool supports building static libraries on all platforms. Libtool supports generation of C, C++, Fortran and Java libraries.

This is not an accurate simulator for circuit analysis, it aims to be fast, simple and easy to use, this means simple and not very accurate electronic models and limited features. ​ Simplicity and ease of use are the key features of this simulator. You can create, simulate and interact with your circuits within minutes, just drag components from the list, drop into the circuit, connect them and push power button to see how it works. ​ SimulIDE also features a code Editor and Debugger for GcBasic, Arduino, PIC asm and AVR asm. It is still in it's firsts stages of development, with basic functionalities, but it is possible to write, compile and basic debugging with breakpoints, watch registers and global variables.

========================= BackInTime moved to GitHub ========================= Please find us on: https://github.com/bit-team/backintime Report bugs and ask questions over there. Signed releases will still be available through Launchpad. Also translations will stay on Launchpad. -------------------------------------------------- You only need to specify 3 things: where to save snapshots, what to backup and backup frequency (manual, every hour, every day, every month)

DOWNLOAD AND INSTALL Indicator Stickynotes on Ubuntu and Debian derivatives (Linux Mint, etc) using the PPA (ppa:umang/indicator-stickynotes). INSTRUCTIONS: https://launchpad.net/~umang/+archive/indicator-stickynotes. CONTRIBUTE to Indicator Stickynotes: * Translate it to your language: https://translations.launchpad.net/indicator-stickynotes * Report bugs, request features: https://bugs.launchpad.net/indicator-stickynotes * Write code: https://github.com/umangv/indicator-stickynotes Indicator Stickynotes is licensed under the GNU GPL v3. Translations are licensed under the BSD license. As of July 2015, this project will only receive bug fix updates. You may fork Indicator Stickynotes if you want to take it further or in a different direction. No major updates are expected after 0.5.0, but translation and bug fix updates will continue.

If you are interested in helping out with the design, development, testing of Xpad, please join the development team (https://launchpad.net/~xpad-hackers) and its mailing list. We can use all the help!

If you are interested in helping out with the design, development, testing of Xpad, please join the development team (https://launchpad.net/~xpad-hackers) and its mailing list. We can use all the help!

High Intensity Interval Training timer for workouts like tabata, cardio, ...

The game's frantic action takes place in maze-like, static levels, where a single player dodges enemies while running and climbing to reach and claim stacks of gold.

My goal was to have a mobile application to hold / display the scoreboard for Judo randori.

Ce petit logiciel est un essai sur l'intelligence collective en C « orienté objet ».

In the Twenties, Jan Lukasiewicz developed a system of formal logic making it possible the mathematical expressions to be indicated without brackets while placing the operators avant (notation of prefix) or after (notation of suffix) the operands. The notation of suffix is named Polish notation reversed (RPN = Reverse Polish Notation) in the honor of Lukasiewicz. With this program you will be able to calculate maths expression in the Unix shell using the RPN notation and with historic and completion support.

In the Twenties, Jan Lukasiewicz developed a system of formal logic making it possible the mathematical expressions to be indicated without brackets while placing the operators avant (notation of prefix) or after (notation of suffix) the operands. The notation of suffix is named Polish notation reversed (RPN = Reverse Polish Notation) in the honor of Lukasiewicz. With this program you will be able to calculate maths expression in the Unix shell using the RPN notation and with historic and completion support.

This is an official OpenStack Library project. Code is available at: https://github.com/openstack/python-cinderclient Releases are available at: http://pypi.python.org/pypi/python-cinderclient

My first Firefox OS application : allow to roll common RPG dice.

Librairie C « orienté objet » de types abstraits de données : list, stack, hash, bstree

Librairie C « orienté objet » de types abstraits de données : list, stack, hash, bstree

Quite a lot of time and effort went into making this a reality, so if You appreciate my work and would like to say thanks for making Timekpr-nExT or just want to contribute, please do so via PayPal (you do not need to have PP account) or BITCOIN: PAYPAL donations (shortened URL): https://tinyurl.com/yc9x85v2 BITCOIN address: bc1q57wapz6lxfyxex725x3gs7nntm3tazw2n96nk3 Alternatively, You can help to translate Timekpr-nExT in Your language by visiting this link: https://translations.launchpad.net/timekpr-next -------------------------------------------------------------------------- For Ubuntu a Personal Package Archive is here: https://code.launchpad.net/~mjasnik/+archive/ubuntu/ppa For more information about installation for other distributions, please the full description of the project. --------------------------------------------------------------------------

AUCTeX is a comprehensive customizable integrated environment for writing input files for TeX/LaTeX using GNU Emacs. AUCTeX lets you run TeX/LaTeX and other LaTeX-related tools, such as a output filters or post processor from inside Emacs. Especially running LaTeX' is interesting, as AUCTeX lets you browse through the errors TeX reported, while it moves the cursor directly to the reported error, and displays some documentation for that particular error. This will even work when the document is spread over several files. AUCTeX automatically indents your `LaTeX-source', not only as you write it -- you can also let it indent and format an entire document. It has a special outline feature, which can greatly help you `getting an overview' of a document.

It adds enhanced security to the algorithms used for system and partitions encryption making it immune to new developments in brute-force attacks. It also solves many vulnerabilities and security issues found in TrueCrypt. This enhanced security adds some delay only to the opening of encrypted partitions without any performance impact to the application use phase. This is acceptable to the legitimate owner but it makes it much more harder for an attacker to gain access to the encrypted data. All released files are PGP signed with key ID=0x54DDD393, available on key servers and downloadable at https://www.idrix.fr/VeraCrypt/VeraCrypt_PGP_public_key.asc

This is an official OpenStack Library project. Code is available at: https://github.com/openstack/python-cinderclient Releases are available at: http://pypi.python.org/pypi/python-cinderclient

This is an official OpenStack Library project. Code is available at: https://github.com/openstack/python-cinderclient Releases are available at: http://pypi.python.org/pypi/python-cinderclient

This is Open Patent software (See http://www.openpatents.org/ ).

TAPAAL is a tool for verification of Timed-Arc Petri Nets developed at Department of Computer Science at Aalborg University.

Ares fixes and enhances the Yuri's Revenge game engine in a variety of ways, allowing modders to expand the game with never before seen custom units. However, unlike RockPatch and other exe patches, Ares does not modify the game's exe. Instead, Ares uses Syringe to inject its code into the game during runtime, leaving the original game unchanged and eliminating the need for backup exes or un-patchers.

Spunky Bot is a free game server administration bot and RCON tool. Its purpose is to administer, manage and maintain an Urban Terror server and to provide real time statistics data for players. Spunky Bot is a cross-platform package and offers in-game commands without authentication and automated administration.

Mtr combines the functionality of the 'traceroute' and 'ping' programs in a single network diagnostic tool. As Mtr starts, it investigates the network connection between the host mtr runs on and a user-specified destination host. After it determines the address of each network hop between the machines, it sends a sequence ICMP ECHO requests to each one to determine the quality of the link to each machine. As it does this, it prints running statistics about each machine.

Zeitgeist is a service which logs the users's activities and events (files opened, websites visites, conversations held with other people, etc.) and makes relevant information available to other applications. It is able to establish relationships between items based on similarity and usage patterns. File Bug at: https://bugs.freedesktop.org/enter_bug.cgi?product=Zeitgeist Vala Docs: http://people.ubuntu.com/~ricotz/docs/zeitgeist/docs_vala/zeitgeist-2.0/ C Docs: http://people.ubuntu.com/~ricotz/docs/zeitgeist/docs_c/html/ Tutorial for using Python API: http://bloc.eurion.net/archives/2012/zeitgeist-python-api-tutorial/ -------------------------------------------------------------------------- IRC: - #zeitgeist @ irc.freenode.net

It adds enhanced security to the algorithms used for system and partitions encryption making it immune to new developments in brute-force attacks. It also solves many vulnerabilities and security issues found in TrueCrypt. This enhanced security adds some delay only to the opening of encrypted partitions without any performance impact to the application use phase. This is acceptable to the legitimate owner but it makes it much more harder for an attacker to gain access to the encrypted data. All released files are PGP signed with key ID=0x54DDD393, available on key servers and downloadable at https://www.idrix.fr/VeraCrypt/VeraCrypt_PGP_public_key.asc

OpenVLBI provides a library and an application suite for astronomical interferometry

Download ~~~~~~~~~ The latest stable version of the MadAnalysis 5 package can be obtained in two ways: - directly from the Bazaar versioning system by typing in a shell: bzr branch lp:madanalysis5 - as a tarball (to be downloaded from the right side of this page). Installation ~~~~~~~~~ MadAnalysis 5 requires several external libraries in order to properly run: - Python 2.6 or a more recent version (but not the 3.X series) - The GNU GCC compiler (or clang for Mac OS X users). - GNU make To benefit from all options coming with the MadAnalysis 5 program, the following (optional) libraries have to be installed: - ROOT v5.27 or a more recent version. Root 6 is recommended. - Zlib headers and libraries (automatic installation: typing 'install zlib' in a madanalysis shell) - FastJet 3.0 or more recent (automatic installation: typing 'install fastjet' in s madanalysis shell) - latex and pdflatex compilers - the PAD (see http://madanalysis.irmp.ucl.ac.be/wiki/PublicAnalysisDatabase) - Delphes (automatic installation: typing 'install delphes' in a madanalysis shell) Credits ~~~~~~ If you use MadAnalysis 5, please cite 1. E. Conte, B. Fuks and G. Serret, Comput. Phys. Commun. 184 (2013) 222 http://arxiv.org/abs/1206.1599 2. E. Conte, B. Dumont, B. Fuks and C. Wymant, Eur. Phys. J. C 74 (2014) 10, 3103 http://arxiv.org/abs/1405.3982 3. B. Dumont, B. Fuks, S. Kraml et al., Eur. Phys. J. C 75 (2015) 2, 56 http://arxiv.org/abs/1407.3278 4. E. Conte, and B. Fuks, Int. J. Mod. Phys. A 33 (2018) 1830027 http://arxiv.org/abs/1808.00480 5. J. Y. Araz, M. Frank and B. Fuks, Eur. Phys. J. C 80 (2020) 6, 531 https://arxiv.org/abs/1910.11418 6. J. Y. Araz, B. Fuks and G. Polykratis Eur. Phys. J. C 81, 329 (2021) https://arxiv.org/abs/2006.09387 Overview ~~~~~~~~ MadAnalysis 5 has two running modes: - The first running mode of the program, easier to handle, uses the strengths of a powerful Python interface in order to implement physics analyses by means of a set of intuitive commands. - The second running modes requires to implement the analyses in the C++ programming language, directly within the core of the analysis framework. This opens unlimited possibilities concerning the level of complexity that can be reached, the latter being only limited by the programming skills and the originality of the user. We refer to the manual and MadAnalysis lectures (see http://madanalysis.irmp.ucl.ac.be/wiki/Talks) for more information.