Free synchroedit 0.5 software for linux

SynchroEdit is a browser-based simultaneous multiuser editor, a form of same-time, different-place groupware. SynchroEdit project allows multiple users to edit a single web-based document at the same time, and it continuously synchronizes all changes so that users always have the same version.
SynchroEdits main editor is fully WYSIWYG, dynamically displaying bolds, italics, underlines, strikethroughs, with various justifications, indents and listing styles as an author inputs them. SynchroEdit also supports a simple, text-only editor for more basic documents.
To clarify the multiuser experience, the editor window clearly depicts every users changes in a specific color and also marks where each user is currently editing with a colored flag listing the users name.
SynchroEdit can be used for any functionality where concurrent, synchronous editing of a single document is useful. It can easily be plugged into web pages using a variety of methods. Following are some of the current uses being considered:
Collaborative Editing - Two or more people can edit a document at exactly the same time, fine-tuning specific wordings and phrases.
Teleconferencing Notes - Members of a teleconference can write about their call, correcting or expanding upon notes made by other call members, thus supporting a true backchannel to a live conference call.
Wiki Editing - Editors can edit popular or heavily edited Wiki pages at the same time, instead of having to wait for their colleagues to complete their work.
Pair/XP Programming, Agile Development - Two or more programmers or web developers can write code at the same time.
Teaching Aids - Teachers can provide dynamic syllabi and lecture notes, and students can take shared class notes together.
Documentation Writing - Authors with a variety of expertise can come together to write a coherent document on a specific topic. This overview of SynchroEdit was originally written in SynchroEdit by multiple people.
The SynchroEdit engine consists of three parts:
The Request Server - The initial script that a user connects to in order to initiate a synchronous edit. Current samples are written in PHP and Perl, with a Kwiki Plugin implementation also planned.
The Sync Server - A Java-based server app that talks with the Request Server and Sync Client and mediates the synchronous editing.
The Sync Client - A Javascript archive which is loaded into a users browser. It provides the interface for the actual editing and can support either WYSIWYG or plain editing, as is appropriate for the file type.
SynchroEdit is built around W3Cs Document Object Module (DOM). It ensures that user modifications do not interfere with each other by keeping track of where each user is located in the DOM tree, by node.
User changes to the document are tracked using event-handlers on the DOM mutation events. When data is appended to the DOM tree, unaffected nodes remain as they are, which allows users to safely continue editing, even if other users are modifying large chunks of text elsewhere, and even if there is lag in updates. When user changes are "colliding", the servers ensures the validity of the updated content by comparing out-of-sync updates, and by adjusting the local cursor and node positions.
Besides this solid technical base, SynchroEdit also offers a good user interface to optimize multiuser editing. Each users edits are marked by "author-spanning" and the each users current position is marked with an "author flag". Thus all edits performed by a user are marked in the document in that users specified color, which allows all users to easily see who is making which change.
Enhancements:
- This is the "halfway there" release, which includes a more standardized codebase, administration, and improved interoperability (ESPI and response service).

ChessX is a free Open Source Chess Database for Linux, Windows, and Mac OS X. The project uses Qt library to create modern, portable graphical interface. Current development is aimed at providing full featured PGN database. Afterwards we will add more flexible native format.
History
The project was started after development of Scid halted and contact with the author was lost. Initially, ChessX was to be a community maintained version of Scid called "New Scid". However, after some initial development, it was decided to break away from the old code so that new ideas and modern interface can be implemented.
Main features:
- Multi-platform. Supports Linux, Microsoft Windows and Mac OS
- Read-only support for PGN Files
- Work with multiple databases simultaneously
- Browse games
- Navigate through game, including variations
- Copy/Paste FEN/PGN
- Enter moves, setup board position
- Basic header search (click on columns in GameList header)
- Player database with picture support

Crikey Map Strings to Keys is a program to generate key events under X11 on a Linux/Unix system, in order to provide a "QuickKeys"-like way to bind strings to a function key or other window manager event.
Usage:
crikey [-t] [-s sleeptime] args
Acts as if args was typed in whatever X window currently has focus.
-s sleeptime: sleep for sleeptime seconds before inserting the text. Many window managers need a delay for focus shifting or to allow the modifier button to be released. (New in 0.4: you can omit the space, e.g. -ssleeptime.)
-i (interactive) Read from standard input, instead of using the commandline arguments. This is useful if you need to generate more than one line at a time.
-t Use the XTest extension instead of normal X events (if available). In 0.3 and earlier, this was the default; but in some newer versions of XFree86 (for example, current Debian unstable), using XTest will cause the final key to repeat infinitely.
-d Debug: print debugging output.
If there are multiple arguments, single spaces will be inserted between them.
Enhancements:
- From Efraim Feinstein: Add -i option (read from stdin) and -d (print debug output); add "make uninstall" target.

jHomenet is a home automation application. jHomenet uses both X-10 and Dallas Semiconductor 1-Wire network sensors and devices to collect sensor data and control devices.
jHomenet project can be programmed to respond to events, including particular sensor data values or time-of-day events.
Enhancements:
- This is a binary only release that includes several changes.
- Most noticable is the change in the versioning format.
- This change, however, also includes a drastic change in the library versioning and dependency framework.
- Other changes include a revised EventLogger, some UI tweaks, and several new jhomenet-commons JUnit unit tests.
- Some significant changes were also made to the Ant build setup.

Scanhill project is a Microsoft Messenger Protocol Sniffer. Currently it can only intercept Instant Text Messaging. Optionally, intercepted text messages can be stored onto an RDMBS (Only mySQL is supported for now).
Given that mySQL is used, stored instant messages can be read through a browser interface that is written in PHP language. Please see the INSTALL.txt file for instructions on how to install, configure and run EnderUNIX scanhill. For licensing information see COPYTRIGHT.txt
Its been written in C language for performance reasons, proved to be running on OpenBSD and FreeBSD.
Main features:
- Print msn message to screen
- Store msn message on mysql database
- Easy installation and administration
Enhancements:
- Support Linux Operating System
- A problem related to running Scanhill as a command in a shell was fixed
- Database config file name was changed. New Config file is called /etc/scanhill.conf
- A parameter was added in the scanhill command

Compiz is a compositing window manager that uses 3D graphics acceleration via OpenGL. The project provides various new graphical effects and features on any desktop environment, including Gnome and KDE.
- Window management has never looked so enticing: Through OpenGL accelerated compositing, Compiz provides tons of new visual effects. Its also flexible enough so you could easily add more through a plugin system.
- Compiz is compatible: Any X Window System based desktop environment, including (but not limited to) Gnome and KDE, is supported.
Main features:
- Easily extendible through plugins.
- A growing, friendly community of users.
- Increases productivity and enjoyment.
- Impress your family and friends.
- Compiz is actively developed.

Panelizer project is a memory efficient desktop panel.
It works by holding all applets within the panel process itself.
Typical memory usage is currently around 1MB with 10 applets loaded.
Applets are provided by dynamically-loaded shared libraries, and new ones can be easily written using an easy C ABI.
Configuration is stored as XML and each applet has its own configuration data.
Here are some currently implemented applets of "Panelizer":
- launch menu (uses Open Desktop compatible entries)
- clock
- CPU instant load bar
- mail notifier (biff)
- removable drive mounter and ejecter
- network traffic monitor and (limited) launcher
- memory monitor
- audio mute

Superswitcher project is a more feature-ful replacement of the Alt-Tab window switching behavior.

SuperSwitcher is a (more feature-ful) replacement for the Alt-Tab window
switching behavior and Ctrl-Alt-Left/Right/Up/Down workspace switching behavior that is currently provided by Metacity.

When running, use the "Super" key (also known as the "Windows" key) to switch between windows and workspaces. This key is usually found between the Ctrl and Alt keys on the keyboard.

Super-Tab works just like Alt-Tab does (with and without Shift), but also:

Super-Up and Super-Down cycles through all windows in the current workspace in a fixed order (as opposed to Alt-Tab or Super-Tab, whose list of windows is ordered by most-recently-used first - which is good if you want recently used windows, but its clumsy to cycle through, for example, all three or four windows in the one workspace). Hold down Shift to re-order the list instead of switching between windows.

Super-PageUp and Super-PageDown maximize and minimize the active window (or restores them if it was already maximized or minimized). Super-Ctrl-PageUp and Super-Ctrl-PageDown do this to all windows on the current workspace, not just the active one.

Super-Left and Super-Right cycles through your workspaces. Hold down Shift
to also bring across the active window into the new workspace. Hold down Shift and Ctrl to bring across all windows from one workspace to the next. Unlike Metacitys Ctrl-Alt-Left and Ctrl-Alt-Right, this "loops" so that, when you get to the end of the list, you cycle back to the start.

Super-F1 moves to workspace number 1, Super-F2 moves to workspace number 2, and so on, up to Super-F12. Again, hold down Shift to bring across the active window, and both Shift and Ctrl to bring across a flock of windows, just like as described above.

Super-Insert creates a new, empty workspace. Again, hold down Shift to also
bring across the active window (if there is one) into the new workspace.

Super-Delete deletes the current workspace, if it is empty. Super-Shift-Delete will delete all empty workspaces, down to a minimum of one.

Super-Escape closes the active window. Super-Ctrl-Escape will close all windows on this workspace.

Whilst holding down Super, typing regular letters or numbers will show you only those windows whose titles match that pattern. Pressing Enter (whilst still holding down Super) will then cycle through the matches, regardless of which workspace you are on. For example, if you have a lot of windows open, and you want to get to your web browser window that is showing planet.gnome.org, then hold down Super, then type "p" "l" "a" "Enter" and then release the Super key.

Shift-Enter goes in the other direction than Enter (i.e., up and left with
Shift, versus down and right without Shift). Use the Space key to enter
multiple word fragments, such as "pla gn", to further refine your search.

Finally, when holding down Super, click on image or text representing a window or a workspace to activate it.

Building, Installing, Running:

To build (and install), the standard

./autogen.sh --prefix=/usr
make
(and optionally) sudo make install

should work. After that, just run src/superswitcher. This will listen
indefinitely for Super key presses, until you kill the process (e.g., with
Ctrl-C).

SuperSwitcher is best enjoyed if you automatically start the program
whenever you log in. To do this, from System -> Preferences -> Sessions, go to the Startup Programs tab and add superswitcher.