Free 1.0.8 software for linux

tinc is a Virtual Private Network (VPN) daemon that uses tunnelling and encryption to create a secure private network between hosts on the Internet.
tinc is Free Software and licensed under the GNU General Public License.
Because the VPN appears to the IP level network code as a normal network device, there is no need to adapt any existing software. This allows VPN sites to share information with each other over the Internet without showing any information to others.
Main features:
- Encryption, authentication and compression
- All traffic is optionally compressed using zlib or LZO, and OpenSSL is used to encrypt the traffic and protect it from alteration with message authentication codes and sequence numbers.
- Automatic full mesh routing
- Regardless of how you set up the tinc daemons to connect to each other, VPN traffic is always (if possible) sent directly to the destination, without going through intermediate hops.
- Easily expand your VPN
- When you want to add nodes to your VPN, all you have to do is add an extra configuration file, there is no need to start new daemons or create and configure new devices or network interfaces.
- Ability to bridge ethernet segments
- You can link multiple ethernet segments together to work like a single segment, allowing you to run applications and games that normally only work on a LAN over the Internet.
- Runs on many operating systems and supports IPv6
- Currently Linux, FreeBSD, OpenBSD, NetBSD, MacOS/X, Solaris, Windows 2000 and XP platforms are supported. See our section about supported platforms for more information about the state of the ports. tinc has also full support for IPv6, providing both the possibility of tunneling IPv6 traffic over its tunnels and of creating tunnels over existing IPv6 networks.
Enhancements:
- This release fixes some memory and resource leaks, and makes network sockets non-blocking under Windows.

Sysprof is a sampling CPU profiler that uses a Linux kernel module to profile the entire system, not just a single application.
Sysprof handles shared libraries and applications do not need to be recompiled. In fact they dont even have to be restarted.
Just insert the kernel module and start sysprof.
Main features:
- Profiles all running processes, not just a single application
- Has a simple graphical interface
- Shows the time spent in each branch of the call tree
- Profiles can be loaded and saved
- Easy to use: Just insert the kernel module and start sysprof
- Supports Fedora debuginfo packages

Jbilling is a recurring billing system, targeting companies that periodically charge their customers for services. It calculates and generates the invoices, handles automatic payment processing with credit cards and notifies the customers about the status of their accounts.
It is web-based, once it is installed in a single server, it can be accessed with a web-browser from any computer in network with the server. If the server is connected to the internet, then the billing system is accessible from any computer connected to the internet.
Enhancements:
- The release notes are in the document release_notes.pdf, which is located in the root directory of the binary distribution (jbilling-1_0_8.zip)

Nicotine is a feature complete client for the SoulSeek filesharing network.

You can use it to upload, download, search and chat. You can keep a "buddy" list and basically everything else a SoulSeek client is supposed to do.

Nicotine is a feature complete client for the SoulSeek filesharing network. You can use it to upload, download, search and chat. You can keep a "buddy" list and basically everything else a SoulSeek client is supposed to do.

If you are familliar with PySoulSeek, youll probably notice a striking resemblance in appearance.

QuickJoin project implements a heuristic for speeding up neighbour joining, making neighbour joining feasible for large sets of taxa. The inferred tree is identical to the tree inferred by the traditional neighbour joining method, but the heuristic will (potentially) construct the tree significantly faster.
Usage:
The QuickJoin program, qjoin reads a distance matrix in phylip format from an input file or stdin, and output the inferred tree, in newick format, to a file or stdout. Run qjoin --help for more info.
Installation:
From Source
The QuickJoin package is written in C++. It should compile on any Unix like system. To install the package, download the source code and unpack it (tar xzf quick-join-a.b.c.tar.gz, where a.b.c is the version number of quick-join), then run configure and make in the subdirectory quick-join-a.b.c created during unpacking. This creates the QuickJoin program, qjoin together with a number of test programs. To check that everything went right, run make check. If all tests pass, install the qjoin program by running make install. Read the INSTALL file for more info.
From Binary
Currently, the only binary distribution is in RPM packages. Other formats might appear, if I am asked to build them (and told how to...). To install, download the file and run rpm -U quick-join-version.arch.rpm.
Enhancements:
- This version fixes a memory management bug.

zisofs filesystem is an extension to the ISO9660 filesystem that allows files, on a file-by-file basis, to be stored compressed and decompressed in real time.
The zisofs filesystem is supported by recent versions of Linux (2.4.14 or later).
Legacy systems can still read uncompressed files. zisofs-tools contains the tools necessary to create such a compressed ISO9660 filesystem and to read compressed files on a legacy system.
Enhancements:
- This release fixes the --sloppy option, which was documented but did not work.

RealTimeBattle project is a a robot programming game for Unix.
RealTimeBattle is a programming game, in which robots controlled by programs are fighting each other.
The goal is to destroy the enemies, using the radar to examine the environment and the cannon to shoot.
Main features:
- Game progresses in real time, with the robot programs running as child processes to RealTimeBattle.
- The robots communicate with the main program using the standard input and output.
- Robots can be constructed in almost any programming language.
- Any number of robots can compete simultaneously if allowed by your operating system.
- A simple messaging language is used for communication, which makes it easy to start constructing robots.
- Robots behave like real physical object.
- You can create your own arenas.
- Highly configurable.
Enhancements:
- Added BroadCast class for new logging system
- Added ClientInterface class for experimental network support
- Changed ArenaRealTime to use BroadCast singleton for logfiles
- Created working autoconf / automake / autoheader structure
- Imported some configuration data out of older versions and modified them so thatyou can install RealTime Battle on a modern system