Free imperial war museum duxford software for linux

Blob Wars : Metal Blob Solid, you take on the role of a fearless Blob agent, Bob.
Since their world was invaded by an alien race, the Blobs have faced a lifetime of war. But now they have a chance to win the war once and for all.
In Blob Wars : Metal Blob Solid, you take on the role of a fearless Blob agent, Bob. Bobs mission is to infiltrate the various enemy bases around the Blobs homeworld and rescue as many MIAs as possible. But standing in his way are many vicious aliens, other Blobs who have been assimilated and the evil alien leader, Galdov.
Main features:
- Platform game
- Over 25 missions
- More than 8 hours gameplay!
- 4 difficulty settings
- Large levels with different environments, such as water, lava, ice and slime.
- Use a variety of different weaponary, including machine guns and laser cannons.
- Multiple objectives
- Jetpack and Aqua Lung items to find
- Optional blood and gore
- Boss Battles!
- Lots of sound effects and music tracks
- Joypad support with configurable controls
- Configurable keyboard support
- Level replay value - Return to previous levels to rescue all MIAs and optional objectives.

GNOME War Pad is VGA Planets client for GNOME 2 desktop platform. It aims to develop a full featured client, including scripting Python support.
VGA Planets is a play-by-email space conquest strategy game, it can be played by 11 players max. This game is being played by strategy fanatics all over the world for some years now, is very addictive and there are several servers on the Internet that host various kinds of this games.
Well, first of all this game is great, I thank Tim Wisseman for his creation, secondly its very cheap to register it (I think 5 USD) and if you dont want to register it, you still can play it with some limitations. Plus, because this game was developed for DOS, almost all clients existing this days are for DOS or Windows, and since Im a GNU/Linux freak, Im tired of playing VP with dosemu, its just too slow! :-)...so thats my itch, I wanna scratch it as ESR says.
Actually, there isnt a GNU/Linux client for VP that Im aware of, I know that PCCs author, Stefan Reuther from Germany, is porting his excellent client to GNU/Linux using the SDL library, this is great! but again, GNOME deserves to have its own client, so I started this project as an excuse to learn how to program for GNOME, and also to polish my C programming skills.
This software is Free Software, released under the GNU General Public License, you may copy, modify it and redistribute it under the conditions of this license.
Enhancements:
- this is a major milestone in this projects development because now the player can make some real actions into the game! no more viewing-only! Enjoy!

Intelligent Wardialer is a "war dialer" used for auditing your PSTN (phone) network. Its features include random/sequential dialing, Voice over IP using the IAX2 (Intra-Asterisk eXchange) protocol, ASCII flat file and MySQL logging, a curses-based front end, key stroke marking, multiple modem support, several methods of "tone detection", save/load state, banner detections (to determine remote system types) and blacklist support.
Main features:
- Full and Normal logging: Full logging records all possible events during dialing (busy signals, no answers, carriers, etc). By default it only records things that we might find interesting (carriers, possible telco equipment).
- ASCII flat file and MySQL logging: You can log to a traditional ASCII flat file, and record information into a MySQL database.
- Dials randomly or sequentially.
- Remote system identification: When finding a remote modem and connecting, iWar will remain connected and attempt to identify the remote system type.
- Key stroke marking: When actively "listening" to iWar work, if you hear something interesting, you can manually "mark" it by hitting a key. You can also enter a "note" about something you find interesting.
- Multiple modem support, because... well, hey - this is "Unix". iWar will support as many modems you can hook up
- Nice "curses" based display. This means that if youre using iWar from a Linux console or a VT100 based terminal, it should work fine. Its not a escape sequence kludge, but true "curses".
- Full control over the modem: Unlike other kludges, iWar doesnt just open the modem as a typical "file". It controls the baud rate, parity, and CTS/RTS (Hardware flow control) DTR (Data terminal ready). This is important for controlling the modem and making it preform the way you want it to during scanning. For example, DTR hang ups.
- Blacklisted phone number support: For numbers the system should never dial.
- Save state: If within the middle of a "wardialing" session you want to quit, you can save the current state to a file. This allows you to come back later and restart iWar where you left off. (via the -l option)
- Load pre-generated numbers: You can load a file (via the -L option) of numbers that you want to dial. This is useful if you want to load numbers generated by another routine (perl/shell script/etc).
- Tone location, if your modem supports it. iWar uses two different methods. The traditional "ATDT5551212w;" (Toneloc) and "silence" detection.
- Records remote system banners on connection for later review
- iWar can be used to attack PBXs and Voice mail systems
- Terminal window so you can watch modem interactions and carrier results in real time
- Support the IAX2 (Intra-Asterisk eXchange) "Voice over IP" (VoIP) protocol. This allows you to scan without the need of additional hardware! To my knowledge, iWar is the first war dialer with VoIP functionality
- In IAX2 mode, iWar acts as a "full blown" VoIP client. In this mode, key 0-9, * and # play there DTMF equivalents. In this mode, you can also directly "talk" (using a microphone) with the remote target if so desired.
- In IAX2 mode, if your VoIP provider supports it, you can "set" your caller ID number (caller ID spoofing).
- Comes with complete source code and is released under the GNU General Public License.
Enhancements:
- Major bugfixes were made for BSD type systems.
- Some other minor bugs were also fixed. VoIP IAX2 (Intra-Asterisk eXchange) support was added.
- With this, you can scan with no additional hardware (such as an analog modem).
- Instead, calls are placed over the Internet.
- DTMF support for when under IAX2 mode was added.

IIPimage is a client/server system for viewing and navigating within extremely high resolution remote images. The project is based on the Internet Imaging Protocol and is able to work efficiently even over slow dialup connections.
The server is written in C++ as a plugin for Apache, Lighttpd, or any other FCGI-enabled Web server. Images are viewed via a Java client or an Ajax Javascript client. The system can also handle 3D image sequences, panoramas, or multispectral images.
In order for the system to be as efficient as possible, the images are stored in the multi-resolution TIFF tiled pyramidal format. This allows the server to extract regions of the full image at different resolutions very quickly with little processing overhead. Image of several gigapixels in size can be stored on a central server and viewed by many different users without the need to download large amounts of data.
Main features:
- Fast lightweight Fast CGI server module that can be embedded in most web servers (Apache, Lighttpd, MyServer etc)
- Several clients available - java applet, javascript etc
- Instant dynamic generation of JPEG overviews or details at any resolution
- Allows easy viewing of extremely large images (gigapixel size) with no significant memory requirements
- Standard TIFF-based image format that can be read by many image processing tools (Photoshop, GIMP, VIPS etc)
- 16 bits per channel image handling
- Greyscale, sRGB and CIE L*a*b* colour spaces
- Panoramic 3D object image sequences
- Secure image distribution: only JPEG-compressed views of the image are sent to the client. The full-resolution image does not need to be accessible
- Example uses: high resolution museum images, geographical information systems, medical imaging etc.

Program D is the most widely used free ("open source") AIML bot platform in the world. Program D project is the most feature-complete, best-tested implementation of the current AIML specification.
It supports unlimited multiple bots in a single server instance, and has an open-ended architecture for interacting via any interface imaginable. The standard release provides a J2EE web application implementation that can be deployed as a .war file. Drop-in listeners are available for IRC, ICQ/AIM, and Yahoo.
It includes an automated testing framework for testing knowledge bases, and is packaged with an AIML Test Suite that verifies that the program itself complies to the AIML specification.
Program D is known to work with many different languages / character sets.
Its component-oriented architecture allows it to be integrated into any application framework desirable. It is implemented in Java, and uses many features of the latest JDK to provide optimum code reliability. It is actively maintained and supported.
Enhancements:
- This is a highly-recommended release which introduces some interesting performance improvements, fixes a number of important bugs, and brings some major architectural improvements.
- Most notably, Program D can now be deployed as a .war file to a Web application server, and can interact with a Web client using "AJAX" technologies.
- This final release follows three release candidates which ironed out a few minor issues.

CQL::Parser is a Perl module that compiles CQL strings into parse trees of Node subtypes.

SYNOPSIS

use CQL::Parser;
my $parser = CQL::Parser->new();
my $root = $parser->parse( $cql );

CQL::Parser provides a mechanism to parse Common Query Language (CQL) statements. The best description of CQL comes from the CQL homepage at the Library of Congress http://www.loc.gov/z3950/agency/zing/cql/

CQL is a formal language for representing queries to information retrieval systems such as web indexes, bibliographic catalogs and museum collection information. The CQL design objective is that queries be human readable and human writable, and that the language be intuitive while maintaining the expressiveness of more complex languages.

A CQL statement can be as simple as a single keyword, or as complicated as a set of compoenents indicating search indexes, relations, relational modifiers, proximity clauses and boolean logic. CQL::Parser will parse CQL statements and return the root node for a tree of nodes which describes the CQL statement. This data structure can then be used by a client application to analyze the statement, and possibly turn it into a query for a local repository.

Each CQL component in the tree inherits from CQL::Node and can be one of the following: CQL::AndNode, CQL::NotNode, CQL::OrNode, CQL::ProxNode, CQL::TermNode, CQL::PrefixNode. See the documentation for those modules for their respective APIs.

Here are some examples of CQL statements:

george
dc.creator=george
dc.creator="George Clinton"
clinton and funk
clinton and parliament and funk
(clinton or bootsy) and funk
dc.creator="clinton" and dc.date="1976"