Free for trac software for linux

C# for Emacs is a derived mode implementing most of the C# rules.

After a good number of years, we noticed that there wasnt a "non-patched" version of a csharp-mode for Emacs.

There were a few, but most of them had comments that they were "in progress" or "about to merge", but then we noticed that those notices were there even after a couple of months.

Then, we saw a request for a csharp-mode on the cc-mode Emacs site, so we decided to follow the rules and create one that required no patching or modification to the core cc-mode engine (which is a good thing). So, this is the C# mode.
There was a 0.3.0 version, but it broke things more than it fixed, so we pulled it.

Java for C++ is a tool to generate C++-wrapper-classes for existing Java-classes. This tool reads a list of Java class names and creates source code for C++-classes to wrap them.
The implementation of the wrapper classes uses JNI (Java Native Interface) to call the "real" Java classes.
The C++-API to use these wrapper classes is very close to the API of the original Java classes. So developers of C++-software can use Java-classes as if they have been implemented in C++.
Enhancements:
- A problem where null values for method arguments, method return values, or field values caused some generated code to crash was fixed.
- Updating is strongly encouraged.

APFP (Arbitrary Precision Floating Point) is a Ruby class for performing arbitrary precision floating point calculations. It also includes a class Apc for calculating with arbitrary precision complex numbers. The project also contains a Real class for built-in reals. Both classes keep an estimate of the accumulated error.
Enhancements:
- Changes to insure accuracy. Mostly to do with ApfpSeries.

Frontend for ffmpeg2theora is a graphical user interface for tool ffmpeg2theora. Frontend for ffmpeg2theora converts any video which ffmpeg can decode into Ogg/Theora format.

For full readme and translations, please visit my homepage

Build instructions:

At first, unpack downloaded archive (e.g. using midnight commander) and move to program directory (ffmpeg2theora_fe). This program uses build system qmake. Default installation path is set to /usr/bin To change it, edit line DESTDIR in project file ffmpeg2theora_fe.pro Now, it is time to generate Makefile. Simply run

qmake -o Makefile ffmpeg2theora_fe.pro
su -c "make"

To uninstall program, run
su -c "make distclean"

SiteForge provides a project management application for distributed collaborative development.
SiteForge brings together the various aspects of a software project into one place, including source code access (CVS), bug/issue tracking, project members, discussion forums, documentation, product release downloads, and news announcements.
SiteForge is similar to the the software that runs SourceForge.net, GForge, Savane, GBorg, and Trac. It attempts to be easier to install, reliable, secure, and well-supported.
Enhancements:
- Many issues with the project bug tracker were fixed, including RSS feeds, linking to documentation, and missing parameters in the bug previous/next links.
- The security of downloads and the accuracy of download stats were improved.
- Double-joining projects is now prevented.

LOOP for Firefox is an extension that provides a revolutionary way to document web pages while browsing the Internet.

You can seamlessly document URLs with the click of a button and then download or combine the web pages with other files to a single PDF.

Powerbox for Gtk is a patch to Gtk which replaces its GtkFileChooserDialog
Powerbox is a normal file chooser dialog box, except that it dynamically grants the application the right to access the file that the user picks.
This helps provide security because the application can be run without needing access to all the users files. Powerbox-for-Gtk patches Gtk to replace GtkFileChooserDialog with a powerbox.
It is based on Plash, which provides a restricted execution environment on Linux.
Enhancements:
- Add gtk-powerbox.c: an LD_PRELOADed patch to Gtk to replace the GtkFileChooserDialog interface so that it calls Plashs powerbox.
- Rename "plash" executable to "pola-shell".
- fs-operations.c: Add log method. Add an "end" log message when the fs_op object is dropped.
- gettextization
- make.sh: Add "-Wl,-z,relro" when linking ld.so. Fixes obscure problem when dlopen()ing libraries that might require an executable stack.
- Intercept getsockname() so that it returns the correct pathname for Unix domain sockets. Extended the g_fds array in libc so that it can contain these pathnames. It is now an array of "struct libc_fd"s, rather than an array of "cap_t"s. libc-fds.h: New file. libc-misc.c: Introduced fds_resize(), fds_slot_clear(). Changed open(), close(), dup2(), etc. libc-connect.c: Add getsockname() and change connect() and bind().
- Reason: I discovered that gconfd2 (or possibly Orbit) was relying on getsockname() returning the pathname that it earlier passed to bind(). This meant that Gnumeric was unable to spawn a gconf process itself, and it produced loads of errors.
- fs-operations.c, libc-misc.c: Fixed fstat() to return the correct information on directory FDs. Added the fsop_dir_fstat method to implement this.
- build-fs-dynamic.c: Implement link() and rename() methods. This is needed for when GNOME and KDE apps hard link files inside $HOME.
- filesysobj-real.c: Changes to allow rename and hard link calls of the form rename("dir/foo1", "dir/foo2") to work.
- The problem: The real_dir_rename and real_dir_link methods only work in the same-directory case; their test was a pointer comparison on real_dir objects. However, resolving a directory pathname like "dir" always returns a new real_dir object. This meant that the rename() call wouldnt work when you use full pathnames.
- This was causing some failures. eg. Konqueror wouldnt start: some code relied on creating "$HOME/.ICEauthority-l" as a hard link to "$HOME/.ICEauthority-c".
- The partial solution: Change the same-directory check to compare inode and device number of directory, after trying a pointer comparison.