Free aslib 1.2.0 software for linux

ASLib provides an ActionScript 2.0-based library that implements common data structures.
ActionScript is a scripting language based on ECMAScript, primarily used to develop software for the Adobe Flash .
ActionScript first appeared in its current syntax with the release of Flash 5, which was the first thoroughly programmable version of Flash. This ActionScript release was named ActionScript 1.0. Flash 6 (MX) then further broadened the utility of the programming environment by adding a number of built-in functions and allowing better programmatic control of movie elements.
Flash 7 (MX 2004) introduced ActionScript 2.0, which added strong typing and class-based programming features such as explicit class declarations, inheritance, interfaces, and Strict Data Typing. ActionScript 1.0 and 2.0 share the same compiled form within Flash SWFs.
Enhancements:
- Simpliefied the Stack and Queue structures

Sirobot is a web fetch tool. Its implemented in Perl 5 and runs from a command line.

Sirobot takes URLs as arguments and is able to download them as well as all given images and links in those html files recursively, too.

The main advantage over other tools like GNU wget is the ability to fetch several files concurrently which effectively speeds up your download.

PTkSdict is a dictionary using Sdict dictionary format. Unlike ptkdic or gtkdic, MySQL isnt needed; you can work with dictionary files directly.
libsdict uses Unicode, meaning that words and articles all are in UTF-8. There are two index levels, compression, and tools to convert from text files to .dct and vice versa.
Main features:
- Cross-platform, works under UNIX, Win32 and Symbian OS
- Open Source, binary .dct format is also open and described in documentation
- Unicode, all words and articles are stored in UTF-8
- Two index levels: short and full
- Compression for dictionary articles
- Tools to convert from text file to .dct and vice versa under both Win32 and UNIX
- Simple Web Dictionary which is included into package
- C library framework with simple CLI, Win32 binaries are available
- Perl API (Sdict.pm module)
- Simple, but powerful Jotter and Data applications
- Compiler which helps you to create own dictionaries
Enhancements:
- Fixes for some dictionary types.
- Version information was added to the DLL.
- Include files were reorganized.
- There are new library functions.

Winpdb project is an advanced python debugger, with support for smart breakpoints, multiple threads, namespace modification, embedded debugging, encrypted communication and speed of up to 20 times that of pdb.
Well, actually rpdb2 is the advanced debugger and Winpdb is its GUI, and I am their author, and this is their home page. So, whenever I refer in this website to Winpdb, whatever I write about it applies to rpdb2 too, except for GUI stuff of course. They even use the same command line flags.
Main features:
- GPL License
- Compatible with CPython 2.3, 2.4
- Platform independent, and tested on Windows XP, Linux Fedora-Core 4, and Mac OSX Tiger
- User Interfaces: rpdb2 is console based, while winpdb requires wxPython 2.6
Enhancements:
New Features:
- Added support for os.fork().
- Automatically track threads created directly with thread.start_new_thread().
- When modifying a value in the name-space viewer, the current value is given if possible.
- On Windows, Winpdb installs a start group folder to improve usability.
Security:
- Session password is removed from data structures that are sent from the server to the client.
Interface Changes:
- Removed CSimpleSessionManager.script_about_to_terminate_callback().
- Added CSimpleSessionManager.script_paused().
- Added CSessionManager.set_fork_mode().
- Added CSessionManager.get_fork_mode().
- Added CEventPsycoWarning.
- Added CEventForkMode.
- Added NotPythonSource exception.
Other Changes:
- Bug fix of bug 1744719 - "Address already in use error in Solaris"
- Changed the semantics of the name-space filter to filter out __methods__ from objects and classes.
- Added a warning when the psyco module is detected.
- The debugger now starts the script inside the default shell (e.g. bash).
- Improved name-space performance with large data structures in response to forum post: "More Torture Testing" - http://sourceforge.net/forum/forum.php?thread_id=1786226&forum_id=485189
- Fixed regression where script name-space was released too early and was not available in analyze mode of unhandled exceptions.
- Fixed FindFile() to expand username in path.
- Fixed debugger not to pause on breakpoints after detach.
- Fixed debugger to handle links correctly.
- Miscellaneous bug fixes.

Irmo project is a generalized client-server multiplayer engine provided in the form of a library. It can be used as a base for development of multiplayer games.

Games can be based on Irmo to add client-server multiplayer functionality simply and easily.

It is designed with fast-paced action games (eg. Quake) in mind, but there is no reason why it cannot be used for other styles of game. There is an example game called Irmoroids to demonstrate the library. You can download both from the Download page on Sourceforge.

Irmo is written in C and uses GLib 2 and GNU Flex. There is a language binding for Ruby and I am considering writing bindings for other high-level languages such as Guile Scheme.

The idea of Kallery came up in my mind at the end of 2001 when Ive started to redesign my homepage. Im an amateur photographer, and have a lot of scanned photos.
Kallery is a pain to build a web gallery for them, even with a HTML editor, not talking about the generated code by such editors. So I tried some gallery generator programs, both for Linux and Windows, but none of them produced a gallery what I liked, and what I could use later on my homepage.
I planned for a long time ago, that its really the time to start learning something new, and to (permanently) change to the excellent Linux OS, and now that was the right moment for doing this.
And I started to read and tried to understand the (not so difficult) API of the Qt and KDE.
And here is the result, the Kallery - image gallery generator.
Main features:
- load a set of images (from different directories)
- convert them to another format, resize them and insert copyright text on them
- create thumbnails for them
- add descriptions for the images
- create a gallery HTML file, which contains the thumbnails
- this gallery format can have different look and feel (by using templates)
- insert navigation buttons, text descriptions near the fullsize images
- save the project, so you can use later to regenerate the same or slightly different (eg. descriptions in other languages) image gallery

PostGIS adds support for geographic objects to the PostgreSQL object-relational database. In effect, PostGIS "spatially enables" the PostgreSQL server, allowing it to be used as a backend spatial database for geographic information systems (GIS), much like ESRIs SDE or Oracles Spatial extension.

PostGIS follows the OpenGIS "Simple Features Specification for SQL" and will be submitted for conformance testing at version 1.0.

PostGIS has been developed by Refractions Research Inc as a research project in open source spatial database technology. PostGIS is released under the GNU General Public License. Our list of future projects includes enhanced technology for data loading and dumping, user interface tools for direct data access and manipulation, and support for advanced topologies at the server side, such as coverages, networks, and surfaces.

There are now several open source tools which work with PostGIS. The uDig project is working on a full read amd write desktop environment that can work with PostGIS directly.

For internet mapping, the University of Minnesota Mapserver can use PostGIS as a data source. The GeoTools Java GIS toolkit has PostGIS support, as does the GeoServer Web Feature Server.

GRASS now supports PostGIS as a data source, through the PostGRASS driver. The JUMP Java desktop GIS viewer has a simple plugin for reading PostGIS data, and the QGIS desktop has good PostGIS support.

PostGIS data can be exported to several output GIS formats using the OGR C++ library and commandline tools (and of cource with the bundled Shape file dumper). And of course any language which can work with PostgreSQL can work with PostGIS -- the list includes Perl, PHP, Python, TCL, C, C++, Java, and more.

Installation:

Un-tar the PostGIS tar-ball in the contrib directory of your PostgreSQL source tree. You must untar the PostGIS source there or the Makefile will not work. You must have the PL/pgSQL prodedural language installed before installing PostGIS.

cd contrib
gunzip postgis-0.9.0.tar.gz
tar xvf postgis-0.9.0.tar
cd postgis-0.9.0
make
make install
createlang plpgsql yourtestdatabase
psql -d yourtestdatabase -f postgis.sql
psql -d yourtestdatabase -f spatial_ref_sys.sql

Plush project is a portable renderer that can render 3D images in real time.
Main features:
- 8 bit per pixel rendering
- texturing and shading
- z-buffering
- frustrum clipping
- cameras
- lights (point, directional)
- objects with hierarchies
- object primitave creation
- simple file format mesh readers
- splines
- keen matrix manipulation code
- pretty rendering
Installation
Look/modify the appropriate makefile, or create a project with all the .c files in it. pl_conf.h and pl_defs.h have some defines that should be editted for your platform.