Free scm software for linux

Scmbug is a system that integrates software configuration management (SCM) with bug-tracking.
It aims to be a universal tool that will glue any source code version control system (such as CVS, Subversion, and Arch) with any bug-tracking system (such as Bugzilla and Mantis).
Those who do not use a software configuration management (SCM) system do not maintain a history of modifications performed to their software. When bugs creep in their software, they do not have adequate information on how changes to source code came about.
Scmbug is a FREE software for bug-tracking and configuration management also know as SCM.
SCM systems, or even simple source code version control systems, make sure that a record of all changes and enhancements to the software is maintained. They provide a method of creating, storing, and labeling software changes.
Those who do not use a bug-tracking system tend to rely on shared lists, email, spreadsheets and/or Post-It notes to monitor the status of defects. This procedure is usually error-prone and tends to cause those bugs judged least significant by developers to be dropped or ignored.
Integrated defect-tracking systems make sure that nothing gets swept under the carpet; they provide a method of creating, storing, arranging and processing defect reports and enhancement requests.
Main features:
- Provide synchronous verification checks of SCM actions against the bug-tracking system.
- Provide a flexible architecture that can be deployed across the public Internet with reasonable security. Permit integrating repositories hosted by multiple SCM systems in separate networks, against a single, publicly accessible bug-tracking system, for use with multiple mobile developers.
- Define an SCM to bug-tracking integration interface and mechanism that will permit integration of any SCM system with any bug-tracking system.
- Encourage developers of other SCM to bug-tracking integration efforts to solve the integration problem once and for all.
- Integrate most popular free SCM or source code version control systems, such as CVS, Subversion, and Arch.
- Integrate most popular free bug-tracking systems, such as Bugzilla and Mantis.
Enhancements:
- This release introduces partial Git support, improves the Test Director backend, and splits the daemon logic into separate objects that can be reused by third-party software.

Inlab-Scheme is an independent implementation of the algorithmic language Scheme and conforms to the R4RS and the IEEE Standard 1178.
In addition to the language core, Inlab-Scheme has support for image processing which allows the implementation of OCR and image recognition applications.
Inlab-Scheme project comes with two built in graphic file format converters which convert the PATIMG patent file format and the ST.33 patent file format to multipage TIFF without decompressing.
Main features:
- Inlab-Scheme is an independent implementation of the algorithmic language Scheme and conforms to the R4RS and the IEEE Standard 1178.
- Inlab-Scheme 4 passes the r4rstest.scm test incuding the tests for continuations, Scheme 4 and delay/force.
- Pretty printing, fluid-let, dynamic-wind and syntax procedures using Inlab-Scheme syntax-lambda.
- Bitmaps: Reading and writing TIFF (G4, single/multipage), XBM and PNG file formats, scaling, rotating, comparing, inverting, cropping, page decomposition (exploding), line drawing, greymap conversions and more.
- Greymaps: 256 greylevel images, reading and writing PNG file formats (reads anything, writes PNG greylevel interlaced/not interlaced), scaling, cropping, conversions to and from bitmaps for further analysis and processing and more.
- Inlab-Scheme Release 4 comes with two built in graphic file format converters which convert the PATIMG patent file format (as found on the USAPat CDROM series of the US PTO) and the ST.33 patent file format (as found on the US PTO PATENTIMAGES CDROM series and the european ESPACE CDROM series) to multipage tiff without decompressing.
- Inlab-Scheme Release 4 comes as a single binary to reduce installation to an absolute minimum.
- Its easy to write Inlab-Scheme scripts that may be invoked directly from your shell using the #!-mechanism.
Enhancements:
- The license was changed to the GPL.
- A code cleanup addressing licensing issues has been performed.

Open Blue Lab project is a modular ERP, built on a plugin architecture. Each business domain (such as Groupware, Financial, HCM, PLM, or SCM) is separated into subdomains which are implemented through plugins.
This form permits you to create all the information related to a contact you are in relation with, during, for example, a phone call. Once totally expanded, this form looks like the image on your right. A click on orange borders will open or close the corresponding section.
This form is directly generated from the UML model that describes CRM informations system. Layout like multicomuln is specified in a very easy way.
Enhancements:
- The CSS style was corrected by deleting the footer, changing skins, improving the search button, and adding PNG transparency.
- The action portlet was fixed up.
- Some messages have been translated.
- You can now drag and drop portlets.
- The search bar has been improved, so you can search by contact, city, company, or any other fields.
- You can now set prority on tasks.

sdvel (structured development framework) separates release engineering from codebase configuration. It provides scripts that can perform software releases, and C macros and autoconf variables commonly used in managing releases.
sdvel is free software released under the GPL license.
Main features:
- Verifying all released files have been tagged correctly. The SCM repository is contacted for this verification.
- Verifying all files include the appropriate copyright licence.
- Executing additional verification check scripts.
- Manually specifying the list of files that should be included or excluded from a source release file.
- Producing ChangeLog files or a Version Decsription Document.

Swbis provides a POSIX packaging implementation with useful extensions.
Swbis aims to implement the POSIX packaging standard with useful extensions. Working utilities include swpackage(8), swverify(8), swcopy(8), and swinstall(8).
GPG/PGP signing and verification of tar archives is supported as well as an installed software catalog form that allows direct use of gpg(1) for verification of the GPG signature in the package database. s
wcopy and swinstall are network transparent by direct use of SSH and support multiple SSH hops for easy access to hosts behind a firewall. Neither has to be installed on the remote target host.
Enhancements:
- swcopy - Distribution copying utility.
- Supports multiple ssh-hops to remote target or source.
- Uses ssh, sh, dd, and choice of pax, tar, star, or gtar.
- Does not have to be installed on the target host.
- target or source host may be any POSIX.2 conforming host.
- Supports remote-source to remote-target copies.
- swpackage - Packages files according to a PSF file.
- Complete implementation of Extended Definitions.
- Stand-alone operation, no use of temporary files.
- Output format is bit-for-bit identical to GNU tar.
- Supports creation of GPG embedded signature, and sha1, md5sum digests of the package payload section.
- swverify - Authenticates a signed package.
- Authenticates packages signed by swpackage.
- Verifies installed software (partially implemented).
- Authenticates the GPG signature in the installed software.
- swinstall - Install a posix package. (alpha as of 2004-02-15)
- swinstall does not have to be installed on the target host.
- The target or source host may be any POSIX.2 conforming host.
- creates an installed software catalog where the GPG signature can be verified using gpg
- Uses ssh for remote connections.
- Supports multiple ssh-hops to remote target or source.
- Uses tar (or pax) to install the files.
- Supports full error monitoring during control script execution and records exit status and installation states.
Enhancements:
- This release adds features to swpackage for using gpg-agent when signing packages.
- Also features were added to enable use of swign in an Automake rule.
- Enhancements to swverify were made to allow verification of a signed directory exported from a SCM repository such as CVS.
- The distribution package is now a self-hosting example of using the swign utility along with automake to create tar archive distributions with an embedded GPG signature.
- An unsafe use of gpgs exit status by swverify was fixed.

Latemp project (a play on "Template") is a content management system based on Website Meta Language, a powerful framework for generating static HTML.
Latemp allows one to create attractive, themable sites, which are very usable, accessible and fully standards compliant. Latemp is open-source software, fully usable, modifiable and distributable under the terms of the MIT X11 license.
Main features:
- Generates Static HTML Files.
- Allows sites to have a common look and feel.
- Supports setting up navigation menus, breadcrumbs trails, navigation links ("Up", "Next" and "Previous"), site maps with sophisticated site flow.
- Makes use of Web Meta Language and so has all of its power (including extending its functionality by using embedded Perl).
- Themable. Three themes (perl-begin-1, better-scm, and sinorca-2.0) are supplied in the distribution. More can be written by the user. (and contributed).
- Open Source. Distributed under the MIT X11 License, which allows for free distribution, use, modification and re-licensing.
- Can generate valid XHTML 1.0 Transitional, XHTML 1.0 Strict or XHTML 1.1.
- Has pre-defined insertion points for including a breadcrumbs trail, a navigation menu, various HTML < head > elements, a logo, navigation links buttons, affiliation buttons, a license, a webmaster contact, a time stamp, and a foot image.
- Supports generating plain pages (without any additional content or layout aside from the body).
- Supported < head > elements: < title > tag, "author", "description" and "keywords" < meta > elements, Stylesheets (screen and print), favicon, Mozilla/Opera-style navigation links, and customizable user-defined text to be inserted there.
- Supports a unified management of news items with navigation menu entries, a news box, an RSS Feed, and news page entries.
Enhancements:
- This release adds support for preprocessing files using Template Toolkit (for CSS, etc.).
- It adds an experimental CSS Zen Garden-compatible theme and an image-based navigation links module.

GeneRecon is a software package for linkage disequilibrium mapping using coalescent theory. GeneRecon project is based on a Bayesian Markov-chain Monte Carlo (MCMC) method for fine-scale linkage-disequilibrium gene mapping using high-density marker maps.
GeneRecon explicitly models the genealogy of a sample of the case chromosomes in the vicinity of a disease locus. Given case and control data in the form of genotype or haplotype information, it estimates a number of parameters, most importantly, the disease position.
GeneRecon is written in C++ and Guile Scheme and is available as source code (under the GNU General Public License, GPL) and as binary versions as Linux RPM files.
The source code has been successfully compiled on various Linux and UNIX systems, under OS X and under Windows with Cygwin.
As I have only limited access to architectures other than Linux, it is not possible for me to make binary distributions for other platforms, but if anyone is willing to build the distributions I will be more than happy to put them on this site.
Installation:
$ tar zxf generecon-version.tar.gz
$ cd generecon-version
$ ./configure
$ make
$ make check
$ make install
Usage:
GeneRecon is started from the command-line; the input data and parameters for the analysis are described in one or more configuration scripts written in the Scheme programming language. Starting GeneRecon with the configuration script input.scm is done as:
$ generecon input.scm
Run generecon --help to get a complete list of command-line options accepted by GeneRecon, or see Getting Started for a quick guide to running GeneRecon.
Enhancements:
- This version fixes an incorrect prior on the coalescent tree that resulted in very long convergence times.
- The fix greatly improves both accuracy and number of iterations needed for accurate mapping.