Free 1.99 real ringtones software for linux

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.

XMMS Real Random plugin overrides the builtin shuffle mode and plays the titles in a more random way.

The shuffle mode of xmms is not as I expected it. So I created this plugin.

For using this plugin, the plugin has to be loaded by xmms and the shuffle mode of xmms has to be "on".

The plugin becomes active if you are playing a song for a while. If this song ended it jumps to a random position within the playlist.

PagingMon project is a Paging Activity Monitor.
PagingMon project provides useful tools based on windows platform to monitor the page activity of the remote computer system in real time through UDP packages.
To use it, user needs configure the Linux site and the monitor site over Window platform. This user manual is organized by server and client site.
Our solution to the above problem consists of the following three functional modules:
- The (Linux) kernel plug-in, which records the paging activities;
- The tracing daemon, which send out the recorded paging activities; and
- The visualization tool, which normally sits in another box receiving the record and displaying it in real time.
We hope that our design would incur little interference to the operating system we are monitoring, such that the data we gain reflects the (nearly) real situation.

The ORTE is an implementation of the RTPS communication protocol defined by Real Time Innovations.

RTPS is an application layer protocol targeted to the real-time communication area. It is built on top of a standard UDP stack.

This protocol is being submitted to the IETF as an informational RFC and has been adopted by the IDA group.

Real Life Mortgage Calculator is a script that provides visitors to your Web site of how much house they can afford than a simple mortgage calculator.

Calculating the costs of your first home is more than just getting a mortgage - theres a ton of other costs to consider including appliances, repairs, moving costs and utilities!

Youll get a much better idea of what you can afford by using this form than one that only tells you how much your monthly mortgage payment will be. When you submit the form, you will be presented with a printable report with the following information:

1. How much you can afford to put down
2. If youll be able to afford the monthly costs (its not just the loan youll be paying for)
3. A pretty good estimate of your utility costs (water, electricity, heating, etc.)
4. A full amortization report on your loan for each year youll be paying it. Youll want to print that out!

Its good to generate a report for each house youre considering getting a loan for. Then print out the report so you can compare and contrast them.

You can also download the Real Life Mortgage Calculator and add it to your own site. Just click the download link to the right. Enjoy!

Real Rekord is a KDE programme which helps you record and capture audio streams from Real Player using GNU/Linux.
It lets you record realaudio/realplayer streams by using vsound 0.5 (sits between program and /dev/dsp) and sox (converts audio file formats).
This version has an updated build for KDE 3.2 (probably works with KDE 3.1).
Enhancements:
- Added missing parts

fireflier is a firewall tool, which is built on top of the iptables framework. It all started in February 2002, when I was sitting on my computer and doing the firewall settings for a small server. I realized, that allthough I know about firewall rules, my desktop machine was not secure, with which I was working all the time.
The reason for this was very simple: It was just to annoying, to modify the rules all the time when I wanted to try something new (Shoutcasting, Samba, ...).
At that time I started searching for a tool to easily manage my firewall rules, but at that time my search was not successful. So I decided to write my own tool, which I wanted to be able to manage a firewall in a very convenient way. As I did some research, I soon realized, that the iptables offered a very convenient possibility, to pass packets down to userspace.
And so I started to write FireFlier, which should provide a personal firewall - easy to manage and with a nice interface.
Anyways: as the installation is not very easy, this project is aimed at system administrators, who do know a little about kernel compilation, and firewalls in general.
Nevertheless I will answer installation questions.
Main features:
- Client - Server:
- FireFlier is designed as a Client/Server model, which enables you to run the firewall part on one computer and the interface, for configuring the firewall on another computer
- Java/QT/Gtk Client:
- 1. There are three existing clients, which are compatible with the FireFlier server. The Java client, which enables you to configure your firewall from any operating system. (Windows, Mac OS X, ...).
- 2. The QT client, which works on Linux machines and looks quite nice (btw: the QT Client depends on QT 3.x)
- 3. And the Gtk client, which looks quite nice, too ;)
- Interaction:
- As every packet which is not so far matched by any rule appears automatically in the interface, you have got the possiblity to accept or deny single packets, or create rules based on these packets.
- Filtering by application:
- FireFlier is also capable of filtering by application. So you are for example able to simply allow your ICQ Client to do anything it wants.
- Timing-out rules:
- Consider the situation, that you want to allow a friend to access your computer for downloading some stuff. Granting him access to do that would usually mean, that you would have to block him a few hours later again, to "secure" your firewall. This is a task, which can be done by FireFlier itself. You just tell it, when you accept the packets, that the rule is only valid for 6 hours. After these six hours, the rule times out and you get a request again, if there is again a connection from his computer.

Real-Time Proactive Secret Sharing Library is an implementation of the Shamirs secret sharing scheme and Herzbergs proactive secret sharing algorithm.

Real-Time Proactive Secret Sharing Library targets the RTAI OS. It includes a port of GNU GMP to RTAI, which is used for multiple precision arithmetic operations.

to run the rt-pss

./start_pss ID (*) ID should be between 0 and PSSW_NUMBER_OF_MACHINES-1(this constant is defined in src/share_app_pssw.h)
(*) each local RT-PSS should be executed with a
different ID starting with 0
(*) you must have superuser privilegies to do that.

to stop the rt-pss


./stop_pss (*) be sure that no applications that uses the RT-PSS are
running.
(*) you must have superuser privilegies to do that.

developing RT-PSS Apps

There is a demo application available in the directory: examples/GetShare. The RT-PSS API can be consulted in the file README.API