Free 0.2.8 software for linux

ROTE is a simple C library for VT102 terminal emulation. It allows the programmer to set up virtual screens and send them data.

The virtual screens will emulate the behavior of a VT102 terminal, interpreting escape sequences, control characters and such. The library supports ncurses as well so that you may render the virtual screen to the real screen when you need to.

There are several programs that do terminal emulation, such as xterm, rxvt, screen and even the Linux console driver itself.

However, it is not easy to isolate their terminal emulation logic and put it in a module that can be easily reused in other programs. Thats where the ROTE library comes in.

The goal of the ROTE library is to provide terminal emulation support for C/C++ applications, making it possible to write programs that display terminals in embedded windows within them, or even monitor the display produced by other programs.

The ROTE library does not depend on any other library (except libc, of course), and ncurses support can be enabled or disabled at compile-time.

With ncurses support compiled in, the ROTE library is able to render the virtual screens to the physical screen (actually any ncurses window) and can also translate ncurses key codes to the escape sequences the Linux console would have produced (and feed them into the terminal).

Ncurses support is not mandatory however, and ROTE will work fine without it, but in that case the application must take care of drawing the terminal to the screen in whichever way it sees fit.

ROTE also encapsulates the functionality needed to execute a child process using the virtual screen as the controlling terminal. It will handle the creation of the pseudo-terminal and the child process.

All the application has to do is tell it the command to run in the terminal and call an update function at regular intervals to allow the terminal to update itself.

SiVeCo is a simple version control program. It is very easy to install and use, and has nearly no dependencies. This application is meant to be used for someone working alone on smaller projects, with contributors sending patches infrequently.
Enhancements:
- Bugs were fixed.
- The ability to export data to other SCMs was added, and an example for mercurial is included.

GOPDIT (GOP accurate eDITor) is a simple program that allows you to cut and merge MPEG2-PS files at GOP boundaries without reencoding. Thats it. No other file types, no other operations! I use it mainly for removing commercials out of tv recordings.
The state of this program is more or less beta. GOPDIT project is usable, when you know, what works and when you have MPEG2 files like the ones I use.
The interface isnt much tested yet. So if you are doing something unexpected and currently nearly everything is unexpected this could result in in strange behaviour!
As for MPEG2 file formats currently I work only with two different types resulting from ATI and Hauppauge encoders. So I dont know, how this program will behave on other formats.
Encoders that encode with closed GOPs are preferable, because transitions are usually smoother.
Usage:
- open a mpeg2 file (file -> open ... )
- navigate to the beginning of your wanted clip
- (via playing, scrolling, keyboard accelerators - zoom in, when youre close)
- click the clip begin button left below the clip table
- navigate to the end of your clip
- click the clip end button right below the clip table the clip will now appear in the table
- you can repeat steps 2-5 or 1-5
- save the concatenated clips to a new mpeg2 file (file -> save as ...)
Closing a file will close the actual file (the one that is displayed below the screen) and remove ALL clips from the clip table.
Clips can be selected and then cut, copied or pasted.
In order to speed up the search for the correct cut point, you can zoom in: the slider will then range over a smaller section of the file.
The numbers displayed arent GOP or frame numbers, the numbers are simply file offsets divided by a constant (1000000). They should give you some idea of where you are.
The time displayed is just the time found in the GOP structure.
If the checkbox I-frames is checked, only I-frames are displayed. It helps reducing traffic, when you want to work remote (i.e. with a wireless laptop).
With the checkbox inclusive you have the choice of the GOP boundry to be before (checked) or after the picture actually displayed.
You can inhibit X firing up:
# gopdit [< options >] -x [< mpegin >] < editlist > < mpegout >
< editlist > and < mpegout > can be replaced by -, meaning stdin and stdout respectively. Parameters are read from .gopditrc, but can be overriden by options (see gopdit -h). When < mpegin > isnt specified, the editlist must contain commands for opening mpeg files.
As the cuts are done just before the pack headers, that preceed a GOP, the transition results are totally dependent on the way how mpeg2 encoding is done. In the case of Hauppauge cards, the results seem to be pretty good (especially if you have closed GOP encoding).
With other encodings transitions might look awful and before generating DVDs, some further processing (i.e. replex see DVB Replex at freshmeat.net) is usually necessary.
Version restrictions:
- Crashes (please tell me about them, in order to improve stability).
- End of file handling isnt clean yet.
- Though GOPs are marked broken after clip transitions, transitions might still look awful.
- There seem to be Linux distribution, where the QT installation isnt correctly detected (I would be extremely greatful for a more complete autoconf macro than the one in autoqt-0.03).
- If you load several shows at once, they must have the same characteristics, frame size, frame rate etc - otherwise the program will probably crash.

Omnitty is a curses-based program that allows one to log into several machines simultaneously and interact with them, selectively directing input to individual machines or groups of selected machines.

You can run both line-oriented and screen oriented in the target machines, because Omnitty has built-in terminal emulation capability. When the window is large enough, Omnitty also displays a "summary area" for each machine, in which it shows what the latest output from the machine was, so you can have an idea of what is going on in each machine.

Tangerine project is a music server.

Tangerine is a music server which uses the DAAP protocol. It allows you to listen to music over the network using a variety of applications (iTunes, Banshee, Rhythmbox, for example).

It can automatically find your music through Beagle, and features an easy-to-use tool for configuration. It is similar to the popular mt-daapd server.

KThinkBat is a laptop battery monitor for the KDE-Kicker. KThinkBat is inspired by the "Battery Maximizer" includes with IBM ThinkPads (now Levono).
Yes, I know, there is allready a standard battery monitor KDE-Application, but it is simply too small to realize the real battery charge at first blush.
Installation:
The simplest way to compile this package is:
1. `cd to the directory containing the packages source code and type `./configure to configure the package for your system. If youre using `csh on an old version of System V, you might need to type `sh ./configure instead to prevent `csh from trying to execute `configure itself.
Running `configure takes a while. While running, it prints some messages telling which features it is checking for.
2. Type `make to compile the package.
3. Type `make install to install the programs and any data files and documentation.
4. You can remove the program binaries and object files from the source code directory by typing `make clean.
Enhancements:
- Added Czech translation send by Martin Samek
- Refactored complete internal battery handling
- Introduced new abstract base class for Bat Info
- Added new Bat Info Sum class
- Fixed bug with wrong calculation remaining time when using two batteries
- Translation updates: Bulgarian (by Aleksandar Tsankov), German, Slovak (by Jozef Riha), Spanish (Luis Sobalvarro)
- Show current power consuption as current charge rate if charging
- More intelligent remaining time calculation in battery summary mode (if only one battery present, use the more accurate value from this battery instead of generic recalculation)
- Added COPYING.LIB (LGPL) and COPYING.DOC (GNU FDL) as some files are released under these licenses (thanks to Harald Sitter from Kubuntu team)

Real Poker project is a poker simulation.

New poker games may be created by the user. Hand simulations may be run.

Upon execution the first thing that is displayed is the main window for Real Poker.

Poker games may be created, saved, deleted, and edited. Poker games may also be filtered through a learning process, the results of which are used by the robot players.

There is a game library provided with Real Poker "out of the box" which includes four poker games: Seven Card Stud, Five Card Stud, Texas Holdem, and Five Card Draw. The game library file is named "games.lib".

A game library may contain a maximum of 50 games. When Real Poker is first loaded, the default game library (games.lib) will automatically be loaded provided it is present in the .RP directory within your HOME directory (see the INSTALL file).

Use your mouse to click on the GAME LIBRARY drop-down item under the MISC menu selection to perform various functions concerning the game library.