Free directx 9.0 software for linux

Fmd2ctl is a command line utility used to control the radio receiver in a SF16-FMD2 soundcard.

Options for usage:

/usr/local/bin/fmd2ctl [-l level] [-f freq] [-d] [-u] [-s]

-l level Set search-level of station to level
-f freq Preset frequency to freq
-u Search up
-d Search down
-U Search n stations up
-D Search n stations down
-s Print radio status
-h Display this help and exit

Drip is a DVD to DIVX conversion application. Its made up out two applications: a DVD reader and a DIVX encoder. The reader is a GUI for the GNOME environment, the DIVX encoder a text mode tool.
You wont have to learn to use the textmode tool, because the GUI also is a frontend for it. Drip is not yet usable for NTSC (Region1) DVDs because those are prepared differently as PAL DVDs.
Main features:
- Utilisation of avifile encoding, so much avifile codecs support, o.a. MSMPEG4, OpenDIVX and Xvid encoding support
- MP3 audio encoding, also dual channel.
- DVD reading, based on libraries libdvdread and libdvdcss
- Subpictures overlaying (not as seperate data)
- Automatic clipping, blurring and scaling of video stream
- Deinterlacing of PAL video (Not for interlaced NTSC material, but helps a little)
- DVDdb support and DVD header pasring for automatic DIVX naming
- Terminal only encoding (dripencoder)
- Plugin filters for audio and video.
- Many other options and logic for ONE RUN divx creation
Requierments:
- A recent version (1.2 or later) of the GNOME environment.
- nasm and automake-1.5 or later to compile.
- A Unix OS with GNU development and DVD support (UDF or ISO9660), like linux 2.4
- libdvdcss-1.2.2 for handling DVD data.
- libdvdread-0.9.3 for parsing DVD disk info.
- For mpeg2 and a52 decoding, install both libmpeg2 0.2.1 and liba52
- xvid 0.9.2
- avifile 0.7.34 or later for divx;-) encoding.
- Image Magick for the ImageMagick filter.
- libXML2.
- gcc 3.2.x to compile.
- libmpeg2 0.3.1
Version restrictions:
- NTSC deinterlacing.
- Complete PCM handling. PCM audio tends to go out of sync with current code. Need more testing material..
- Chapter handling. Drip offers Program Chain and angle selection, but not seperate chapters.

libbtctl library is intended to provide convenient GObject-style access to common platform bluetooth functions.

The idea of this library is to stand alone and not to require GNOME.

If you have Mono and GTK# installed it will build Mono .NET bindings. If you have Python and pygtk installed it will build Python bindings.

JDave project is a behavior-driven development framework that provides an easy way to specify the behavior of your Java classes.
Behavior Driven Development (BDD) is a refinement for Test Driven Development (TDD). It is not a radical change from TDD, in fact the actual process of doing BDD is exactly same as in TDD. The vocabulary is just different. While it is possible to practice BDD with any unit testing tool, it is believed that this change should be reflected in used tools too.
JDave is a BDD framework for Java. It is inspired by rspec and integrates JMock 2 as mocking framework. It currently uses JUnit adapter to launch JDave specifications. This way it is possible to have IDE and build tool support from day one.
Enhancements:
- This version adds specification grouping, a Wicket module for Wicket development, and a Maven reporting plugin.
- JMock has been upgraded to 2.1.
- The Maven groupId has been changed to org.jdave.
- Hamcrest matchers can be used to set expectations for elements of collections.

Modell (Modular Extension Lisp Language) is an object-oriented, modular variant of the LISP programming language, specially suitable for embedding in applications using a C++ API.

Modell is implemented as a C++ library (libmodell) and a command-line interactive interpreter for testing and rapid development, and includes modules for diverse tasks such as math, strings processing, interaction with the operating system, and others.

Installation:

Just the usual:

$ ./configure
$ make
$ make install

OpenCCG project is a collection of natural language processing components.
OpenCCG, the OpenNLP CCG Library, is a collection of natural language processing components and tools which provide support for parsing and realization with Combinatory Categorial Grammar (CCG).
Enhancements:
- Refactored realizer to put all no-sem edges on the agenda, which requires making an exception for edges with no indices in the implementation of the index filter, but otherwise yields a more uniform approach to creating edges.
- Refactored realizer to use representative edges (one per cat) instead of edge groups, which ends up being simpler on the whole and should be easier to explain.
- Refactored categories to allow for equality checks with and without taking the LFs into consideration.
- Refactored edge equiv classes to use coverage bit vector and cat sans LF to check equality.
- Refactored lex instantiation to produce all possible instantiations that respect the alt exclusivity constraints.
- Changed Sign, DerivationHistory to store rule object.
- Changed alt edge construction to create new LF from input signs and rule, since signs in equiv class of alts can now have different LFs.
- Added active alt tracking and completing of edges with optional bits.
- Changed HyloVar to check for equal types when checking for equality up to var renaming.
- Refactored generics to avoid type warnings in Eclipse.
- Relaxed LF chunking constraints to allow combinations with edges (or trackers more generally) that are shared across multiple alt set options.
- Added "shared" attribute to nominal terms to indicate references to nodes that are shared across alternatives in a disjunctive LF; then revamped and reinforced the LF chunking constraints.
- Fixed problem with signMap not pointing to opt-completed edge.
- Improved edge printing from realizer chart to show derivations.
- Updated realizer to keep edges whose signs have the simplest derivation, among those with the same surface words.
- Added filter for ungrammatical test cases in ccg-test text output.
- Added first draft of realizer manual.

COPYRIGHT=1] But wxJS is a lot more. You can write your own extensions and make your C/C++ libraries available in JavaScript. Some extensions that are planned: sqlite, mysql, imagemagick, ...
wxJS has also an Apache module: mod_wxjs. This means that you can use JavaScript, E4X and wxWidgets to write server applications.
wxJS uses SpiderMonkey. SpiderMonkey is the JavaScript engine of Mozilla. E4X is activated in wxJS.
The following modules are now available:
EXT Defines common classes and functions
GUI Ports the controls of wxWidgets (not all controls are ported yet) and the documentation is still the documentation of version 0.6.1.
IO Ports the IO classes of wxWidgets (not all classes are ported yet)
DB Ports the ODBC implementation of wxWidgets
XML Ports the expat XML parser to JavaScript[
Enhancements:
- wxFFile open bug - Is the bug with wxFlexGridSizer solved now?
- SQLite module introduced - wxListCtrl: solved crash when sorting elements
- Starting to create Eclipse workspaces (build wxJS with MingW on Windows)
- wxJS is now build in UNICODE. UNICODE support will be enhanced in the modules ... Watch for writing files with String content (wxFile, wxFFile, ...) because they write bytes, not Strings.
- argument -m is changed (Not repeated anymore, all modules must be specified between "" and separate with a comma)
- All the code where wxWidgets can be used instead of other libraries is changed to wxWidgets. The size of the exe, dlls get bigger, but the maintenance is easier (wxString is used everywhere, wxCmdLineParser is used, wxThread, ...) - IO: + wxSound + wxFileExists + wxRenameFile + ... - EXT: wxJSMemoryBuffer changed to wxMemoryBuffer (uses wxWidgets class instead of DataReel class)

ccontrol program takes over the roles of the compiler and linker, and reads a configuration file to decide what to do before invoking them.
This is particularly useful for centralized control over commands and options, such as enabling distcc(1) and ccache(1).
I recommend installing dietlibc if you can; the resulting (static) binary is smaller and cuts a few percent off compile times.
If you want to install ccontrol in your home directory (eg. ~/bin), use "./configure --bindir=$HOME/bin". Otherwise, a simple "./configure" will place the binaries in /usr/local/lib/ccontrol, which you will have to put in your PATH.
The type "make" and "make install". Now run "./ccontrol-init" to create your ".ccontrol/default" file. If you want to avoid probing for distcc hosts on the local network, set DISTCC_HOSTS first, eg:
DISTCC_HOSTS="one two three" ./ccontrol-init
Enhancements:
- A GNOME applet for changing symlink was added.
- A portability fix was made to allow the software to work on PPC.
- Better performance and less thrashing is exhibited with ccache and distcc when ccache mostly hits.