Free linux 0.9.1 software for linux

msulogin is a sulogin for multiple root accounts.

sulogin is the single user mode login program used to force the console user to login under a root account before a shell is started.

Unlike other implementations of sulogin, this one supports having multiple root accounts on a system.

msulogin has been developed as a part of Owl and is being made available separately primarily for use by other distributions. Currently, msulogin supports only systems with getspnam.

tXtFL project is a play-by-play, team-building football simulator.

Teams can be coached from the command-line, built through unique plays, and then tested on the field. It does not require 3D or even 2D accelerated graphics.

A graphical display allows coaching from the command-line while viewing player and game stats

LibVNCServer is a library that makes it easy to make a VNC server. All you do is provide a frame buffer and some I/O functions, and call a function each time the frame buffer changes. It supports all encodings known, including tight, zlib, ZRLE, and cursor encodings.
LibVNCServer also includes the HTTP server from Xvnc, so you can start a java viewer by surfing to http://my.vnc.server:5801 or similar. It includes a beta version of LibVNCClient, which makes it easy to make a VNC client. Also included is LinuxVNC, which is to the Linux console as WinVNC is to the Windows desktop.
If you dont know VNC, have a look at the original VNC or at Tridia VNC, who also have commercial support for it.
Now that you know what it is, maybe you want to make your own server. If this is not the case, you can ignore the rest of this page an go on surfing the internet.
Now that you want to make a VNC server, that is, a server which speaks the RFB protocol, you can download this library from sourceforge.
The simplest server looks like this:
#include
int main(int argc,char** argv)
{
rfbScreenInfoPtr server=rfbGetScreen(&argc,argv,400,300,8,3,4);
server->frameBuffer=malloc(400*300*4);
rfbInitServer(server);
rfbRunEventLoop(server,-1,FALSE);
return(0);
}
This sample creates a 400x300 frame buffer in true colour. There are 4 bytes per pixel, because 3 (which are only used instead of all 4) is such an odd number. Then the server is initialized and a blocking event loop is started.
Of course, this program only shows rubbish (whatever is in the frame buffer you mallocd), but it proves that writing a server can be very easy.
For details (especially if you want to write a real server) look into the provided examples, pnmshow.c and example.c, and into the README. You find there documentation for much more complicated servers.
Enhancements:
- The x11vnc source code is no longer included in the package.

KBoincSpy is a KDE monitor and control utility for the BOINC client. KBoincSpy displays a lot of useful information about the computation of work units, such as the percent of work done, and estimates of the completion time and credits granted.
For some projects like SETI@home and ClimatePrediction.net, it also reports some interesting data about the content and significance of each work unit being analyzed.
It can be also used to control the behavior of the BOINC client, allowing the user to attach to (as well as detach from) projects, start/stop the computation, or suspend all network communications.
Its interface design was inspired by SETI Spy, a Windows monitoring utility for SETI@home Classic written by Roelof Engelbrecht.
The Berkeley Open Infrastructure for Network Computing is a software platform for distributed computing. It enables organizations who oversee scientific projects requiring extensive computing resources to easily set up and maintain a distributed computing infrastructure.
By downloading the BOINC distributed computing client, each of the hundreds of thousands of participants worldwide can select the scientific projects more to his/her liking and assign some computing resources to them.
Enhancements:
- This release focuses on reaching almost feature parity with the latest BOINC client from Berkeley (the 5.x series).
- Among the new features were an attach-to-project wizard, host and user statistics graphs, and Web links.
- This version also features new translations to eight languages. Precompiled packages are available for the x86 and x86-64 architecture versions of the Fedora, Gentoo, Mandriva, Slackware, and SuSE Linux distributions.

GreenT is a terminal emulator with tabs written in C#.
GreenT is a linux terminal emulator written in C#. Its visibility can be toggled by a hotkey just like the consoles found in games.
Additionally it supports tabs like gnome-terminal. GreenT uses gnome terminals settings for its configuration which it updates in realtime when changed in gnome terminal.
Main features:
- uses gnome terminals settings and adjusts to them at runtime
- has a systemwide hotkey to show and hide itself
- can be configured to hide automatically when loosing focus
- does not show up in taskbar
- has support for multiple tabs

dbKalendar is a calendar theme for SuperKaramba that tries to mimic the Dashboard calendar widget introduced in Mac OS X 1.04 (Tiger).

It will probably never be as slick as the original, but Im trying to get it as close as possible. Goal is to have at least the same functions in dbKalender as there are in Dasboards calendar. After that has happened, perhaps integration with KOrganizer is possible.

Grapple is a network layer, designed for games but usable anywhere. However, it also allows for more. It features simple client-server networking that keeps all clients aware of all other clients, passworded servers, and data transfer via TCP, UDP, or reliable UDP.
Advanced features include network messaging via push, pull, or a combination, multiple methods of querying users, user groups for client bandwidth saving, network load reacting data transmission and retransmission, background pinging to monitor network states, server failover, and a fully functional lobby system.
Enhancements:
- This release improves the UDP layer to work through NAT in most situations, fixes server failover issues, and increments the internal protocol number due to changes in the UDP protocol.