Free recordmydesktop 0.3.6 software for linux

recordMyDesktop is a program that captures audio and video data from a Linux desktop session, producing an Ogg-encapsulated Theora-Vorbis file.
recordMyDesktops main goal is to be as unobstrusive as possible by proccessing only regions of the screen that have changed.
Installation:
To compile the program you have to go through the regular drill:
~$ gzip -d recordmydesktop-x.y.z.tar.gz
~$ tar -x recordmydesktop-x.y.z.tar
~$ cd recordmydesktop-x.y.z
~$ ./configure
~$ make
~$ sudo make install
You will need the development headers for the following:
alsa (libasound)
X
libXext
libXdamage
libogg
libvorbis
libtheora
As well the regular headers, plus the ones for pthreads (both of which you should have if you have compiled anything else before).
Of the above, the most likely to be missing are probably those of libXdamage and libtheora but any recent linux distribution should offer an easy way to get them.
Enhancements:
- Corrected segmentation fault when recording non-fullscreen areas, using the
- full-shots mode(i.e. no Xdamage)
- Fixed arrays boundary overstep in BlocksFromList (resulting in segfault,
- especially when compiled with -fstack-protector)
- Removed the need for Xdamage to be present even when it is not used.
- Added follow-mouse option(i.e. capture area tracks the mouse cursor).

gtk-recordMyDesktop is a GUI frontend for recordMyDesktop desktop capture application to be used on the GNOME desktop.

recordMyDesktop is a desktop session recorder for linux that attemps to be easy to use, yet also effective at its primary task. As such, the program is separated in two parts; a simple command line tool that performs the basic tasks of capturing and encoding and an interface that exposes the program functionality in a usable way.

The commandline tool (which essentially is recordMyDesktop), is written in C, while the frontend (gtk-recordMyDesktop), is written in python and pyGtk.

recordMyDesktop offers also the ability to record audio, along with video, without the need of any later proccesing or mixing.

Frameworks is stop-motion animation frame capture software primarily for Linux. It captures images from a camera and strings them together into an animation.
These still images may then be combined into a single video file using other software. Only video4linux webcams are currently supported; work is being done to add other types of digital cameras including IEEE 1394 camcorders, and USB still cameras. Frameworks is designed to be easily used alongside the GIMP Animation Package (GAP).
Frameworks began as an extension of gqcam, though it no longer shares any code with gqcam. Frameworks is free software (and therefore open source) licensed under the GNU GPL. Without gqcam being free software, Frameworks would not exist.
Main features:
- Frame averaging: The averaging together of multiple frames to reduce random noise in the captured image.
- Frame overlay or onion skinning: Overlaying previous frames ontop of the live display to assist with positioning of objects during animation.
- Continuous preview: Preview the previous few seconds of animation, ending with the live feed from the webcam to assist with object positioning.

WorldForge::skstream is an iostream based C++ socket library. It is ideally suited for use as the underlying transport for Atlas-C++, and has been well tested and debugged.
WorldForge::skstream was first discovered for WorldForge when it was used in UClient and has since been packaged up as its own library for use on other WorldForge projects. The code was originally written by Rafael Guterres Jeffman who is not involved with the project but we have extensively rewritten it.
Enhancements:
- The classes have been refactored to make the implementation of datagram sockets much more sane.
- Binding datagram sockets to a local addresses and ports has been implemented.
- The portability of the IPv6 code has been improved so it now works correctly on Win32.

ccGo project allows you to play GO with gnuGo on your computer or with other players on the IGS on the internet.
Main features:
- low bandwidth IGS client (works fine in quiet mode)
- GMP support, to play go with gnugo
- SGF Go game record editor, works with format version FF4
- written in C++ using gtkmm-2.0
- picture board and stone images support
- auto detect and display Chinese, Japanese characters

KTechlab is a development and simulation environment for microcontrollers and electronic circuits, distributed under the GNU General Public License.
KTechlab consists of several well-integrated components:
- A circuit simulator, capable of simulating logic, linear devices and some nonlinear devices.
- Integration with gpsim, allowing PICs to be simulated in circuit.
- A schematic editor, which provides a rich real-time feedback of the simulation.
- A flowchart editor, allowing PIC programs to be constructed visually.
- MicroBASIC; a BASIC-like compiler for PICs, written as a companion program to KTechlab.
- An embedded Kate part, which provides a powerful editor for PIC programs.
- Integrated assembler and disassembler via gpasm and gpdasm.
Main features:
- Electronic Simulation
- PIC Simulation
- Logic Simulation
- Supported Components
- Programming
- MicroBASIC
- FlowCode
- Assembly

k12admin-client project is a web-based server administration tool for K-12 school systems (client package).
K12Admin is a Wide Area Network administration program geared specifically to K-12 school systems.
It allows teachers in individual schools to administer the accounts in that school. K12Admin will administer the account information on client Linux servers in each school from a central server.
All administration is done through a web browser interface. The system also includes inappropriate web use scanning and security auditing.
The k12admin-client package is the client part of K12Admin. It is installed on school servers that get updated using information from the k12admin-server computer.
Enhancements:
- k12.updateclient cron job was sending an error message to root if another instance of k12.updateclient was already running.