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Developer's Image Library (DevIL) is a programmer's library to develop applications with very powerful image loading capabilities, yet is easy for a developer to learn and use. Ultimate control of images is left to the developer, so unnecessary conversions, etc. are not performed. DevIL utilizes a simple, yet powerful, syntax. DevIL can load, save, convert, manipulate, filter and display a wide variety of image formats. Currently, DevIL can load and save many different image formats. DevIL currently supports the following APIs for display: OpenGL, Windows GDI, SDL, DirectX and Allegro. Compilers that can compile DevIL or use it include Djgpp, MSVC++, gcc, Delphi, Visual Basic, Power Basic and Dev-C++. Many people may have known DevIL as OpenIL, but the name was changed due to SGI's request.

LinuxDC++ is a Linux port of the Direct Connect client DC++. Though it is primarily aimed at Linux, it has been shown to work on other Unix-based operating systems as well. It is written in C++ and makes use of GTK+ for the user interface. LinuxDC++ is free and open source software licensed under the GPL. Direct Connect is a peer-to-peer file-sharing protocol. The most popular Windows client implementing this protocol currently is DC++. Direct Connect clients connect to a central hub where they can view a list of clients or users connected to them. Users can search for files and download them from other clients, as well as chat with other users.

This package provides a high level object oriented wrapper around libgnutls, as well as low level bindings to the GNUTLS types and functions via ctypes. The high level wrapper hides the details of accessing the GNUTLS library via ctypes behind a set of classes that encapsulate GNUTLS sessions, certificates and credentials and expose them to python applications using a simple API. The package also includes a Twisted interface that has seamless intergration with Twisted, providing connectTLS and listenTLS methods on the Twisted reactor once imported (the methods are automatically attached to the reactor by simply importing the GNUTLS Twisted interface module). The high level wrapper is written using the GNUTLS library bindings that are made available via ctypes. This makes the wrapper very powerful and flexible as it has direct access to all the GNUTLS internals and is also very easy to extend without any need to write C code or recompile anything.

SRILM is a toolkit for building and applying statistical language models (LMs), primarily for use in speech recognition, statistical tagging and segmentation. It has been under development in the SRI Speech Technology and Research Laboratory since 1995. The toolkit has also greatly benefitted from its use and enhancements during the Johns Hopkins University/CLSP summer workshops in 1995, 1996, and 1997 SRILM consists of the following components: * A set of C++ class libraries implementing language models, supporting data stuctures and miscellaneous utility functions. * A set of executable programs built on top of these libraries to perform standard tasks such as training LMs and testing them on data, tagging or segmenting text, etc. * A collection of miscellaneous scripts facilitating minor related tasks.

LZF is an extremely fast (not that much slower than a pure memcpy) compression algorithm. It is ideal for applications where you want to save some space but not at the cost of speed. It is ideal for repetitive data as well. The module is self-contained and very small (no large library to be pulled in). It is also free, so there should be no problems incorporating this module into commercial programs.

Free, open source molecular viewer and editor for protein structure, DNA structure, PDB, molecular rendering, biological macromolecule. Atoms may be drawn as spheres of different sizes. Bonds may be drawn as cylindrical sticks, conical sticks or as curved surfaces. Five types of slab are available: planar, spherical, semi-spherical, cylindrical and semi-cylindrical. The slab position and thickness are visible in a small window. Atomic bonds as well as atoms are treated as independent drawable objects. and more.

UHD is the "Universal Software Radio Peripheral" (USRP) Hardware Driver. It works on all major platforms (Linux, Windows, and Mac); and can be built with GCC, Clang, and MSVC compilers. The goal of UHD is to provide a host driver and API for current and future Ettus Research products. Users will be able to use the UHD driver standalone or with third-party applications such as: GNU Radio LabVIEW Simulink OpenBTS

TCPSER turns a PC serial port into an emulated Hayes compatible modem that uses TCP/IP for incoming and outgoing connections. It can be used to allow older applications and systems designed for modem use to operate on the Internet. TCPSER supports all standard Hayes commands, and understands extended and vendor proprietary commands (though it does not implement many of them). TCPSER can be used for both inbound and outbound connections.

UHD is the "Universal Software Radio Peripheral" (USRP) Hardware Driver. It works on all major platforms (Linux, Windows, and Mac); and can be built with GCC, Clang, and MSVC compilers. The goal of UHD is to provide a host driver and API for current and future Ettus Research products. Users will be able to use the UHD driver standalone or with third-party applications such as: GNU Radio LabVIEW Simulink OpenBTS

This module is a wrapper around Aymerick Jehanne's libwbxml (or perhaps libwbxml2, I am not sure what the distinction is) library for handling Wireless Binary XML. You must install libwbxml2 prior to installing this module. The library can be found at http://libwbxml.aymerick.com/ (libwbxml2 itself requires the expat library to be installed.) The module defines two functions: xml_to_wbxml and wbxml_to_xml.