Free robin hood software for linux

Phex is a P2P filesharing client which is based on the Gnutella network. Phex offers advanced functions and integrates all common Gnutella extensions like multi-source downloads and advanced search features.
Main features:
Phex is a FREE of spyware and adware
- Phex never containd any kind of spyware, adware or any other kind of bundled software.
Multi-plattform support
- Whether you use MAC OS X, Linux, Solaris, or Windows Phex is able to run on them all. All you need is a operation system that offers a Java 1.4 Runtime Environment.
Multi-source downloads (Swarming)
- Often the file you like to download is available on different hosts. Phex will request different segment of the file from each host in parallel. After successfully downloading a segment Phex will merge it with the other segments of the file. This results in a much higher download speed. If a host is too slow the segment is split during download and given to an another host. To make sure you never run out of hosts Phex is able to find new download hosts by itself with the automatic search functionality.
Advanced configuration options
- Phex offers very advanced configuration options. Much more then many other clients can offer. Especially advanced user can configure Phex according to there needs and are able to tune and see the effect of different settings.
Passive searching and snooping for files
- With the passive search functionality Phex is able to constantly monitor the traffic that goes through the network and collect search results that match your passive search term. Also Phex snoops the traffic for new download candidates you need to finish your downloads faster. This type of searching is usefull for longtime monitoring of available files on the network.
Other features include:
- Multiple searches.
- Ultrapeer and compression technology for reduced bandwidth.
- Integrated chat.
- Browse host support.
- Bitzi metadata lookup.
- MAGMA support.
Enhancements:
- The GUI received many smaller improvements and a multitude of lesser and bigger changes happened under the hood.
- Download-side THEX integration was added, so poisoned files are no longer possible.
- The upload architecture was redesigned and a far leaner security system is used for better performance and a vastly reduced memory footprint.
- Many bugs were fixed.

SML is a "toy" machine language intended to teach basic processor concepts. This website contains an explanation and definition of SML, as well as an interpreter and example SML programs. GPLd source code for the interpreter is available, as well as binaries for Windows and Linux.

A machine language defines a set of instructions that a CPU can execute to perform operations. In other words, a machine language defines what you can do with your computer. Modern processors have very complex instruction sets; however, the simple language described here can give you an understanding of what is happening "under the hood" with your computer.

Machine language is the actual data that is directly run by the processor. Writing a program in machine language can therefore be advantageous if you need to save space or highly optimize your code. However, machine language is also not portable and can be difficult to understand and maintain.

Therefore, almost all code is now written in a higher level language, such as C, C++, Java, or scripting languages such as shell or perl. These languages all have their advantages and disadvantages as well, such as varying levels of portability, maintainability, scalability, and execution speed.

One level higher than machine language is assembly language. Assembly language is basically readable machine language. Instead of writing out the code bit-by-bit, you write out the code as a sequence of human readable instructions, which are then compiled almost directly into machine language.

Assembly language is almost always used instead of machine language when such a direct level of control is needed. For example, some games implement part of their code in assembly in order to maximize execution speed. Assembly can be "inlined" into some higher level languages, like C. This means that the assembly is defined as a callable procedure from within the C code.

MyDNS is a free DNS server for UNIX. It was implemented from scratch and is designed to serve records directly from an SQL database (currently either MySQL or PostgreSQL).
Its primary objectives are stability, security, interoperability, and speed, though not necessarily in that order.
MyDNS does not include recursive name service, nor a resolver library. It is primarily designed for organizations with many zones and/or resource records who desire the ability to perform real-time dynamic updates on their DNS data via MySQL.
MyDNS starts and is ready to answer questions immediately, no matter how much DNS data you have in the database. It is very fast and memory-efficient. It includes complete documentation, including a manual and a FAQ.
MyDNS supports a few frills, including round robin DNS, dynamic load balancing, and outgoing AXFR for non-MyDNS nameservers.
MyDNS is licensed under the GNU General Public License
Enhancements:
- Changed PostgreSQL connect error message code. It will still try the Unix domain socket (not sure why I did that) but if all fails, it outputs the first error message, which is much more likely to make sense.
- Implemented David Phillips AIX patch.
- Implemented Petter Larssons ALIAS patches for mydnscheck and mydnsexport.
- Made sure all copyright notices included 2004.
- Fixed "undefined constant" and other strict error message stuff in contrib/admin.php.
- Fixed reference to "rr" (table name) in contrib/admin.php -- replaced with $rr_table_name.
Thanks to Harald Paulsen for finding this.

Ever wanted cute little penguins walking along the tops of your windows? Ever wanted to send an army of cute little penguins to invade the screen of someone else on your network? Probably not, but why not try this program out anyway - its free (licensed under the GNU GPL).
Xpenguins makes cute little penguins fall from the top of your screen and walk on the top of your windows under X11.
You need something that runs the X Window System (Linux, Unix etc), and have the ubiquitous XPM library installed.
Enhancements:
- The squish option: kill toons with your mouse!
- The themes Bill (images from XBill) and Big Penguins.
- The ability to run several themes simultaneously.
- Redraws erased desktop icons.

libtour is a generic tournament processing library. The rules, participants, schedule, and results of a sporting tournament can be defined in the Scheme programming language and given to the library as input.
A CLI application is provided as a reference client implementation. See http://freshmeat.net/projects/qtour/ for a Qt-based client.
ach sporting tournament consists of a number of stages, examples of stages are Preliminary Stage, Quater Finals, Finals.
Each stage includes one or more group; for instance a Preliminary Stage may contain groups A, B, C, and D; Finals may contain a single group of two teams that compete for the winners title.
Each group has two or more teams. Before the tournament starts, only groups of the first stage know their teams. By the completion of the first stage it is usually possible to programmatically determine teams that advance to the following stage, based on their results, and so on for all stages.
Given rules of the tournament (points allocated to a team in a game, as well as sorting criteria for table of standings), initial teams and game schedule it is possible to interpret its results inside a computer program.
Main features:
- simple protocol to communicate with the library through request/reply objects
- queries of data coming from the Scheme definitions (game, team and team result fields, date format etc)
- queries of interpreted data (table of standings, game schedule with results, teams etc)
- notion of the "local team ID" that allows definitions of future stages without knowing real teams
- ability to query the information for stages whose teams hasnt been determined yet
- support for different group formulas (round robin, game count, playoffs)
- support for excessive games (those in the schedule but not necessary to play, like in a playoff stage)
- support for carry-forward game results, and incidentally, predefined games results
- game schedule verification
- support for dynamic creation of (parts of) the game schedule
- support for sorting conflicts within a group (when the rules fail to determine exact team positioning) and providing manual resolution for such conflicts (updated in ver. 0.9.2)
- summary groups (one per stage) provided by the library
- support for creating custom groups on the fly using team and/or game filtering procedures defined in Scheme; information on the interface of available filters (since ver. 0.9.0)
- loading and interpreting more than one tournament at a time
- saving and restoring tournament state
- comprehensive (?) documentation
Version restrictions:
- currently only two-player (not multi-player) games are supported

Yafc is yet another FTP client which features a directory cache, remote filename completion, aliases, colorized ls, recursive get/put/ls/rm, nohup mode transfers, tagging (queueing), multiple connections, proxy support, and more. It has also support for Kerberos authentication and SSH2 (sftp).
Main features:
- cached directory listings
- extensive tab completion
- aliases
- colored ls (ie, ls --color, uses $LS_COLORS like GNU ls)
- automatic reconnect on timed out connections
- recursive get/put/fxp/ls/rm
- nohup mode transfers
- multiple connections open simultaneously
- tagging (queueing)
- very configurable
- autologin and bookmarks
- automagically enters nohup-mode when SIGHUP received (in get and put)
- redirection to local command or file
- proxy support
- Kerberos support (version 4 and 5, heimdal, kth-krb or MIT)
- SSH2 support (sftp)
- its free!
Enhancements:
- Applied patch by Mark Schreiber that checks for errno.h in configure.ac
- Less picky autogen.sh
- sysconfdir setting from configure honored (thanks to Toru TAKAMIZU)
- alternative SSH port now accepted (thanks Henk Csaba)
- Applied patch from Eduard Bloch that adds a setting for user configurable SSH options
- Uses standard SI prefixes for binary multiples (KiB, MiB, GiB) in transfer progress
- Fixed bug when pressing Ctrl-D in user input (ask), reported by Robin Breathe
- Applied patch by Thomas Habets, fixing a file descriptor leak
- Fixed the "-s" parameter for the "fxp" command (patch by Julien Antille)
- Included the large file support patch by Eduard Block
- Applied patch from Eduard Block that improved the help command
- Applied patch from Martin Pitt that fixes the errno.h problem in makepath.c

FastNZB is a client for the popular nzbget server. It makes sending NZB (*.nzb) files to your NZBget server easy.

KPSP provides an IOSlave for the PSP (Playstation Portable).
You just simply connect your PSP to your computer, start Konqueror and type "psp:/".
Installation from source:
Get the source-package from the download page.
tar xfvz kio_psp-< VERSION >.tar.gz
cd kio_psp-< VERSION >
./configure --prefix=< where KDE is installed >
make
make install # Probably you need root-privileges
Installation from CVS:
You have to download the sources from CVS:
cvs -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/kpsp login
cvs -z3 -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/kpsp co -P kio_psp
Get the admin-directory, used by the build-system.
cd kio_psp
svn co svn://anonsvn.kde.org/home/kde/branches/KDE/3.3/kde-common/admin
Compile and install.
make -f Makefile.cvs
./configure --prefix=
make
make install # Probably you need root-privileges
Enhancements:
- Virtual root-folders have an access-type
- Creation of a folder failed when the media-folder wasnt created before.
- Better integration into the KDE Control Center