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PWM is a rather lightweight window manager for X11. It has the unique feature that multiple client windows can be attached to the same frame. This feature helps keeping windows, especially the numerous xterms, organized. Being a lightweight window manager with emphasis on usability, PWM does not have all the features that one might expect from a window manager. Those features are simply unnecessary. PWM does not provide pixmapped themes or other bloated eye candies but has a clean and simple look inspired by BeOS and Motif. There are no icons and frames cannot be iconified, only "shaded". Only One True (pointer) focus mode is supported: sloppy. PWM does not even have titlebar buttons and may not be the easiest window manager to get into, most Good Things are not. PWM does have workspaces, menus and Window Maker dockapp support. It has pretty good keyboard support and almost all the functionality is configurable.

XAnim is a program that can display animations of various formats on systems running X11. XAnim currently supports the following animation types: + FLI animations. + FLC animations. + IFF animations. The following features are sup- ported: -> Compressions 3,5,7,J(movies) and l(small L). -> Color cycling during single images and anims. -> Display Modes: depth 1-8, EHB, HAM and HAM8. + GIF87a and GIF89a files. -> single and multiple images supported. -> GIF89a animation extensions supported. + GIF89a animation extension support. + a kludgy text file listing gifs and what order to show them in. + DL animations. Formats 1, 2 and partial 3. + Amiga PFX(PageFlipper Plus F/X) animations. TEMP DISABLED + Amiga MovieSetter animations(For those Eric Schwartz fans). + Utah Raster Toolkit RLE images and anims. + AVI animations. Currently supported are -> IBM Ultimotion (ULTI) depth 16. -> JPEG (JPEG) depth 24. images. + MPEG animations. Currently only Type I Frames are displayed. Type B and Type P frames are cur- rently ignored, but will be added in future revs. + WAV audio files may have their sound added to any animation type that doesn't already have audio, by specifying the .wav file after the animation file on the command line. Currently only the PCM audio codec is supported. + any combination of the above on the same command line. XAnim also provides various options that allow the user to alter colormaps, playback speeds, looping modes and can provide on-the-fly scaling of animations with the mouse. LICENSE: freely used, copied and redistributed without fee for non-commerical purposes ( http://xanim.va.pubnix.com/home.html ) ( http://xanim.resnet.gatech.edu/home.html ) ( http://smurfland.cit.buffalo.edu/xanim/home.html )

It all started when we got some new routers, which told me the following when trying to upload configuration or download images from it: The TFTP server doesn't support the blocksize option. My curiousity was triggered, it took me some reading of RFCs and other documentation to find out what was possible and what could be done. Was plain TFTP very simple in its handshake, TFTP with options was kind of messy because of its backwards capability: The first packet returned could either be an acknowledgement of options, or the first data packet. Going through the source code of src/libexec/tftpd and going through the code of src/usr.bin/tftp showed that there was a lot of duplicate code, and the addition of options would only increase the amount of duplicate code. After all, both the client and the server can act as a sender and receiver. At the end, it ended up with a nearly complete rewrite of the tftp client and server. It has been tested against the following TFTP clients and servers: - Itself (yay!) - The standard FreeBSD tftp client and server - The Fedora Core 6 tftp client and server - Cisco router tftp client - Extreme Networks tftp client It supports the following RFCs: RFC1350 - THE TFTP PROTOCOL (REVISION 2) RFC2347 - TFTP Option Extension RFC2348 - TFTP Blocksize Option RFC2349 - TFTP Timeout Interval and Transfer Size Options RFC3617 - Uniform Resource Identifier (URI) Scheme and Applicability Statement for the Trivial File Transfer Protocol (TFTP) It supports the following unofficial TFTP Options as described at http://www.compuphase.com/tftp.htm: blksize2 - Block size restricted to powers of 2, excluding protocol headers rollover - Block counter roll-over (roll back to zero or to one) From the tftp program point of view the following things are changed: - New commands: "blocksize", "blocksize2", "rollover" and "options" - Development features: "debug" and "packetdrop" If you try this tftp/tftpd implementation, please let me know if it works (or doesn't work) and against which implementaion so I can get a list of confirmed working systems.

Sunclock is an X11 application that displays a map of the Earth and shows the illuminated portion of the globe. In addition to providing local time for the default timezone, it also displays GMT time, legal and solar time of major cities, their latitude and longitude, the mutual distances of arbitrary locations on Earth, the position at zenith of Sun and Moon. Sunclock can display meridians, parallels, tropics and arctic circles. It has builtin functions that accelerate the speed of time and show the evolution of seasons. Sunclock can be internationalized for various western languages. It is possible to customize the app-default file and enter additional city entries. Sunclock can commute between two states, the "clock window" and the "map window". The clock window displays a small map of the Earth and therefore occupies little space on the screen, while the "map window" displays a large map and offers more advanced functions. The Sunclock package includes a resizable and zoomable vector map. External Earth maps can also be loaded.

ALURE is a utility library to help manage common tasks with OpenAL applications. This includes device enumeration and initialization, file loading, and streaming. As of version 1.1, it is X11/MIT licensed, allowing it to be used in open- and closed-source programs, freeware or commercial. The purpose of this library is to provide pre-made functionality that would otherwise be repetitive or difficult to (re)code for various projects and platforms, such as loading a sound file into an OpenAL buffer and streaming an audio file through a buffer queue. Support for different formats is consistant across platforms, so no special checks are needed when loading files, and all formats are handled through the same API. Currently ALURE includes a basic .wav and .aif file reader, and can leverage external libraries such as libSndFile (for extended wave formats and several others), VorbisFile (for Ogg Vorbis), FLAC (for FLAC and Ogg FLAC), and others. External libraries can also be dynamically loaded at run-time, or individually disabled outright at compile time.

The Firm library implements the Firm intermediate representation (IR). libFirm contains algorithms for construction of the SSA form directly from the attributed syntax tree. A set of analyses and optimisation phases is provided. This version includes a complete backend for the IA32 architecture, as well as some unfinished backends for SPARC, ARM * support for object oriented type hierarchies * analyses: dominance, loop tree, execution frequency, control dependencies, call graph, rapid type, def-use, alias analysis, class hierarchy analysis * Optimisations: constant folding, local common subexpression elimination, global common subexpression elimination, code placement, operator strength reduction, scalar replacement, load/store, control flow optimisations, if-conversion, partial condition evaluation, reassociation, tail recursion elimination, inlining, procedure cloning, dead code elimination, ... * enhanced debugging support: extensive checkers, breakpoints on node creation, entity creation, graph dumping * lowering of intrinsics, double word arithmetics, bitfields * backend with SSA based register allocation including several algorithms for spilling and copy coalescing. Instruction and block scheduling, support for ABI handling. * working ia32 backend with support for x87 and SSE2 floating point * handwritten recursive descent C90/C99 frontend available (lang/cparser)

Luabind is a library that helps you create bindings between C++ and Lua. It has the ability to expose functions and classes, written in C++, to Lua. It will also supply the functionality to define classes in lua and let them derive from other lua classes or C++ classes. Lua classes can override virtual functions from their C++ baseclasses. It is written towards Lua 5.x, and does not work with Lua 4. It is implemented utilizing template meta programming. That means that you don't need an extra preprocess pass to compile your project (it is done by the compiler). It also means you don't (usually) have to know the exact signature of each function you register, since the library will generate code depending on the compile-time type of the function (which includes the signature). The main drawback of this approach is that the compilation time will increase for the file that does the registration, it is therefore recommended that you register everything in the same cpp-file.

* Leo is a programmer's editor and a flexible browser for projects, programs, classes or data. Leo clarifies design, coding, debugging, testing and maintenance. * Leo is an outlining editor. Outlines clarify the big picture while providing unlimited space for details. * Leo is a literate programming tool, compatible with noweb and CWEB. Leo enhances any text-based programming language, from assembly language and C to Java, Python and XML. * Leo is also a data organizer. A single Leo outline can generate complex data spanning many different files. Leo has been used to manage web sites. * Leo is a project manager. Leo provides multiple views of a project within a single outline. Leo naturally represents tasks that remain up-to-date. * Leo is fully scriptable using Python and saves its files in XML format. * Leo is portable. Leo.py is 100% pure Python and will run on any platform supporting Python and PyQt, including Windows, Linux and MacOS X. * Leo is Open Software, distributed under the Python License.

Frodo is a freeware C64 emulator for BeOS, Unix, MacOS, AmigaOS, Win32 and RiscOS systems and the world's first C64 emulator not bearing a "64" in its name. :-) (No, it has absolutely nothing to do with frodo.hiof.no, that's a pure coincidence.) Frodo was developed to reproduce the graphics of games and demos better than the existing C64 emulators. Therefore Frodo has relatively high system requirements: It should only be run on systems with at least a PowerPC/Pentium/68060. But on the other hand, Frodo can display raster effects correctly that only result in a flickering mess with other emulators. Frodo comes in three flavours: The "normal" Frodo with a line-based emulation, the improved line-based emulation "Frodo PC", and the single-cycle emulation Frodo SC that is slower but far more compatible. In addition to a precise 6510/VIC emulation, Frodo features a processor-level 1541 emulation that is even able to handle about 95% of all fast loaders. There is also a faster 1541 emulation for four drives in .d64/x64 disk images, .t64/LYNX archives, or directories of the host system.

The Doomsday Engine is an enhanced DOOM source port for Windows, Mac OS X, and various Unix platforms. It is based on the source code of id Software's DOOM and Raven Software's Heretic and Hexen. * Hardware-accelerated OpenGL graphics engine * 3D positional audio for sound effects (not supported by all audio plugins) * 16-player client/server networking via TCP/IP * Graphical Control Panel for configuration, accessed quickly with Shift-Escape * 3D models: Quake's MD2 format and Doomsday's DMD format with LOD support * High-resolution textures (PNG, TGA, PCX) and detail textures * Map lighting emulates the effects of radiosity for a more natual appearance (FakeRadio: shadows in corners) * Smooth movement of objects, world structures and the camera. * Colored, dynamic lighting for world surfaces, 3D models, sprites and particles * Object shadowing effects * Particle generators for special effects * Decoration effects on world surfaces: light sources and particle generators * Lens flares and glowing objects * Support for skyboxes and 3D sky models * EAX and A3D environmental sound processing effects * Upsampling of sound effects