Free cvs2svn 2.0.0 software for linux

cvs2svn is a Python script that converts a CVS repository to a Subversion repository. The project is designed for one-time conversions, not for repeated synchronizations between CVS and Subversion.
Enhancements:
- The conversion is now driven explicitly by the CVS dependency graph, giving a more robust conversion and fixing a few subtle bugs that existed in prior releases.
- A new --use-internal-co option has been added.
- It accelerates conversions significantly by avoiding having to use CVS or RCS to extract revision contents.
- Numerous other improvements to the quality of conversion, new conversion options, and bugfixes have been implemented.

sudosh can be used as a default login shell or a filter that takes advantage of PTY devices in order to sit between the users keyboard and a program, in this case a shell.
It was designed specifically to be used in conjunction with sudo, and allows the execution of a root or application shell with logging. It is basically a VCR and will record root shell sessions and also has the ability to play back the sessions as they were originally recorded.
sudosh records all input/output, keyboard input, and timing information so that the session can be played back in the original format.
Enhancements:
- Utilizes ITIL best practices.
- An enterprise view of Unix access.
- Enterprise-level audit reporting tools for Sarbanes-Oxley.
- Customizable audit reports via CSS.
- An embedded transactional SQL92 relational database.
- Load balancing.
- Disaster recovery.
- SSL encryption and PKI authentication.
- The ability to audit file transfers and remote command execution.
- Configurable default shells.
- Audit logs are digitally signed for integrity.
- Client and server configuration files for easy management.
- Idle session timeout.
- Displays corporate policy before each session.

GKSu is a library that provides a Gtk+ frontend to su and sudo. GKsu project supports login shells and preserving environment when acting as a su frontend.
It is useful to menu items or other graphical programs that need to ask a users password to run another program as another user.
Enhancements:
- Since the last 1.3 version, this is the first high profile stable release of the gksu application.
- Together with the changes of libgksu, gksu now is able to use a global gconf setting to use su or sudo as the backend, handles "wrong password" better, and other things.
- An optional nautilus addon was added, which adds an "Open as administrator" menu item to the nautilus context menu for various files and folders.
- This menu item will open that file using the application that handles its type by default using gksu.

Lcal is a multi-platform (Unix/Linux, DOS, DOS+DJGPP, Windows+Cygwin) program which generates full-year PostScript lunar (moon phase) calendars in a 2-page format, a compressed 1-page format, or an odd-days-only 1-page format.
Lcal is run from the command line.
Enhancements:
- Added a brand new calendar format (see Figure 6, below). This new format is a 1-page format showing only the odd days in a month. This allows an entire month to be displayed on a single US letter-sized page without having to compress the output, as is currently done with the -S option. (The original method of 1-page output [using -S] will still be supported too.)
- Added support for DOS (includes DOS under Windows) and DOS+DJGPP build environments. Clarified that DOS/Windows+Cygwin is supported too.
- Removed support for Vax/VMS and Amiga.
- Fixed the timezone bugs as described in the Bugs/Problems in (now-obsolete) Pcal 4.9.1 section (see the link in the Notes On Obsolete Releases of Pcal section, above). (These bugs apply to both pcal and lcal.)
- Fixed the longstanding problem whereby the PostScript output did not include page enumerations, thereby preventing PostScript viewer applications (e.g. gv) from properly paging between the first and second pages on the 2-page calendar format.
- Completely overhauled to eliminate the dependency on the external PostScript source file and on the program to perform PostScript to C header file conversion. This substantially reduces overall source code size. Furthermore, it simplifies and more clearly highlights the differences between portrait and landscape orientations.

SellaNMS was created to provide an extendable high performance Network Management System with network discovery, monitoring and detailed reporting capabilities that keep up to date with a living network.
As new devices and interfaces are added or removed from your network, the changes are automatically detected and handled.
Main features:
- SellaNMS is coded to handle the unexpected without crashing. Any issue that could cause a crash or deadlock is tracked down and corrected. Distributed installs can allow SellaNMS to continue working even when server fails.
- The core scheduler and policy frameworks offers wide customization of SellaNMSs functionality. New modules can be created to support new protocols and/or devices. Modules can be added or removed on the fly.
- Memory usage is kept to a minimum by utilizing low memory algorithims, dynamically loading and unloading modules as they are needed. Data is written to the database as modules are still working, reducing allocated memory.
- All aspects of discovery, and monitoring are designed to complete their tasks as efficiently as possible. Core libraries and modules are threaded to run in parallel avoiding blocking calls.
- While a single server install can easily handle a network of thousands of interfaces and hundreds of routers, SellaNMS can be distributed across multiple servers adding additional coverage for a network of any size.
Enhancements:
- Architecture change and major enhancements.
- Converted modules from threads to individual daemons, simplifying the design and providing enhanced reliability and performance. (Jim/Bill)
- Created watchdog daemon responsible for managing daemons and monitoring their health. (Jim)
- Created state daemon to process state changes, allowing alarms to be persistent though a restart of any daemon. (Bill)
- Created libstate. Allows modules to request the current state of elements, interfaces, and addresses as determined by the state module. (Bill)
- Converted thread calls over to POSIX pthread functions. (Jim/Bill)
- Converted modules internal thread interaction from a polling scheme to an interrupt based scheme. (Bill)
- Rewrote trace-options support for improved functionality. (Bill/Jim)
- Redesigned output modules/daemons to individually handle input, resulting in less RAM usage and better performance. (Jim)
- Created a program to automatically generate a VIM syntax file, making it much easier to maintain. (Bill)
- Introduced an adaptive back-off algorithm into the ICMP monitoring daemon, which handles queue congestion gracefully. (Jim)
- Implemented conditional map-statements, which reduces interactions with the database, improving performance and scalability. (Jim)
- Rewrote map-statements and policy-statements to preform few interactions with the database, improving performance and scalability. (Jim)
- Created tidyd to provide time based clean up within the database. (Jim)
- Created output syslogd daemon to replace the flatfile logging module in v1.0.0. (Jim)
- Rewrote sella_nms.conf to include only basic configuration options and introduced sella_nms-complete.conf which includes all configuration options. (Bill/Jim)
- Implemented include directory support within the configuration library and separated out vendor specific policies into separate files. (Bill).
- Created admin-sella_nms.sh script to provide database administration and the ability to monitor incoming alarms on the command line. (Jim)
- Improved control of state change clearing of alarms in guid. (Jim)
- Enhanced BGP alarms to provide ASN, organization name and contact information. Data can be updated via the asn_data table. (Jim)
- Created a syslog output daemon used to keep a log of alarms. (Jim)
- Improved email daemon to support multiple SMTP servers and fixed minor bugs in the supporting SMTP class. (Jim)
- Created class for tracking the rate of input. This allows the NMS to handle devices that flood useless information. (Jim)
- Wrote an Administrators Manual. (Jim)

Mauve project is a system for efficiently constructing multiple genome alignments in the presence of large-scale evolutionary events such as rearrangement and inversion.
Multiple genome alignment provides a basis for research into comparative genomics and the study of evolutionary dynamics on a new scale. Aligning whole genomes is a fundamentally different problem than aligning short sequences.
Mauve has been developed with the idea that a multiple genome aligner should require only modest computational resources. It employs algorithmic techniques that scale well in the amount of sequence being aligned.
For example, a pair of Y. pestis genomes can be aligned in under a minute, while a group of 9 divergent Enterobacterial genomes can be aligned in a few hours.
Enhancements:
- This release includes a new, accurate, and sensitive genome alignment algorithm called progressiveMauve.
- Hundreds of genomes can now be aligned, and rearranged segments conserved in subsets of the genomes can be identified.
- A new annotation search can find features by things like gene name and others.

Galena was originally designed as a modular bot to serve commands on various protocols (Jabber, IRC, email, HTTP, FTP).
Because of its design, Galena2 developed into a framework for server side applications, especially for Web applications and content management systems (CMS).
Addins like wiki, message board, and news system are already included.
Enhancements:
- Galena2 is a complete new layer above the Addin Interface of Galena1.
- This turns Galena into a framework for Web applications and content management systems (CMS).
- It has a built-in theme system (templating using Velocity), an HTTP server, caching, and more.

Yed is an Open Source research project; its mission is the developing of a C software library made of modules ( objects )iUnknown.org instanceable in according to the main paradigms of Object Oriented Programming: incapsulation,data hiding and inheritance.

Yed core acts at only C compiler preprocessing level, using particular macros; therefore, using Yed objects is transparent to the C compiler, and it is not necessary to develope additional " translation" tools that have to be run before compiling.

Yed library contains objects that handle XML files, FTP connections, file system operations and so on.