Free mozilla 1.2.1 software for linux

Mozilla project is an open-source Web browser, designed for standards compliance, performance and portability.
Mozilla is a project to continue Netscape Communicator as an open project.
The project is maintained by employees of Netscape (now a division of AOL), RedHat, some other companies, as well as contributors from the community.
Main features:
Navigator
- Tabbed browsing gives you a better way to surf the net. You no longer have to open one page at a time. With tabbed browsing, open several pages at once with one click. And now your homepage can be multiple tabbed pages.
- Popup blocker lets you surf the web without intrusion. Advanced popup blocker notifies you when popups are blocked. You can also block pop-ups on a site per site basis.
- Image Manager lets you block images to block offensive images or to speed up the rendering of web sites.
- Find as you type gives you another way to navigate a page. Just start typing to jump from link to link or to find a word or phrase within a page.
- Plus all the features a modern browser should have including: Advanced security settings; Password, Download, and Cookie managers; Themes; multi-language and multi-platform support; and, the latest in Web Standards.
Mail & Newsgroups
- Junk mail controls helps you take back control of your e-mail from spammers. Mozillas adaptive junk mail control gets smarter with use and is personalized to the e-mail that you receive.
- Manage your mail with customizable Labels and Mail Views. Color code your e-mail to help you prioritize. Sort your mail with views to help you through your e-mail much faster.
- Mozilla supports Multiple Accounts to help you manage all your mail through one interface.
- Mozilla Messenger includes Enterprise ready features such as S/MIME, return receipts, LDAP support, and digital signing.
Composer
- Mozillas HTML editor keeps getting better with dynamic image and table resizing, quick insert and delete of table cells, improved CSS support, and support for positioned layers. For all your simple documents and website projects, Composer is all you need.

ProSilla is a program which speeds up file transfers over ssh (scp-like) by opening multiple connections (just like typical download accelerators like prozilla). By default it uses a ncurses user interface, but WITH version 1.2 it also has a nice gtk+ GUI.

The simplest way to use prosilla in text mode is:

prosilla any.remote.host my/beloved/file

In this case, proSilla will default to 4 simulatenous connections and ncurses user interface. Number of connections may be adjusted using -k. You may include your username in the first argument, like this:

prosilla me@my.host my/beloved/file

ProSilla can be killed at any time, and when invoked again, it will automagi-cally resume transfer using the data from .psinfo file.

You can also resume a broken scp transfer:

prosilla -c remote.host my/beloved/partially.downloaded.file

Remember that -c is needed only if you didnt use proSilla on this file before.

By default, proSilla uses /bin/dd to read files on remote server. Optionally it may use a program called proserv. The difference is that parts of file read with dd must begin and end on block (in our case - 1kb) boundary, so it sends some data multiple times, while reading with proserv can begin and end anywhere. Proserv is also a *little* bit more CPU friendly because it uses sendfile() (if supported) instead of read()/write().

Before the download is finished, the size of the file wont tell you much about the progress. To check transfer status you may use something like this:

prosilla -i file.psinfo

Other options are described in the usage text (just type ./prosilla to see it).

TEMPO (Topographic Eeg Mapping PrOgram) is open source software for 3D visualization of brain electrical activity. TEMPO accepts EEG file in standard EDF format and creates animated sequence of topographic maps.

Topographic maps are generated over 3D head model and user is able to navigate around head and examine maps from different viewpoints.

Most mapping parameters are adjustable through appropriate graphical user interface controls. Also, individual topographic maps could be saved in PNG format for future examination or publishing.

KEnigma is a replica of the German enigma code machine used in WW2 written in ruby and kde.

This is an exact copy of the real machine (You could encode a message on a real enigma and decode it using this.)

Gorm stands is a Graphical Object Relationship Modeller and is GNUsteps easy-to-use interface designer.

Before NeXT Computer Inc. revolutionized software developement with its OpenStep API, a new way of designing graphical user interfaces was already introduced by NeXT at the beginning of the 90s. Its operating system NeXTstep featured Interface Builder, an application that for the first time allowed developers to quickly create nice user interfaces without having to code everything manually.

Using drag & drop elements of windows such as buttons, sliders, textfields etc were created abd edited, then linked to functions and variables. Thus, Interface Builder helped developers to focus on the code for the actual functions without having to care about stuff not related to their project goal.

As part of the GNUstep project, Gorm is meant to be the counter part to NeXTs Interface Builder. With Gorm designing tough and complex graphical interfaces for your applications can easy and quickly be done using drag & drop, powerful inspectors and teamwork with ProjectCenter.

Gorm allows developers to quickly create and edit graphical application interfaces using a whole lot of GUI elements: windows, menus, buttons, labels, sliders, tables, textfields, browsers, images, altert panels and more. Custom palettes can be dynamically loded to add additional elements or functionality.

Localizer is the de-facto standard to build multilingual applications with Zope. It helps to internationalize and localize Zope products and to build multilingual web sites through the Management Interface. The project deals with both user interfaces and content.

tictactoe project is an implementation of the childrens game.
This implementation of tictactoe can have an NxN sized board, where N is an odd number >= 3.
What makes this implementation different from others is that it does not use lookahead, and still never loses. It is more of an experiment than anything else.
There are two pieces - X and O. O always plays first. There are no real rules to this game, except that the first person to complete a line (row, column or diagonal) from one end to the other is the winner. Diagonals MUST pass through the centre.
The size of the board is configured at compile time by setting the SIZE macro. Only odd sized boards (3, 5, 7) will work. Dont even bother with even sized boards, I dont know what will happen.
Whats so different about this implementation? Well, it doesnt use lookahead like most other implementations would. It basically places its piece on all available positions, and checks if the board arrangement `looks good or not. It picks the best looking option.
This implementation should never lose, on any board >= 3X3, although it has been known to win on occassion.
The system is based on six rules that I will document later, but can be found in the source. The first two - win if possible, and block if opponent can win may be removed in a future version if the other rules seem to cover them.
Enhancements:
- Fixed one more losing case. Thanks to Philipp Niemann.