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Xrestop uses X-Resource extension to provide 'top' like statistics of each connected X11 client's server side resource usage. It is intendent as a developer tool aid more efficient server resource usage and debug server side leakage.

XSel is a command-line program for getting and setting the contents of the X selection. Normally this is only accessible by manually highlighting information and pasting it with the middle mouse button. This port is similar to x11/xsel, but with different CLI syntax and a bit more functionality. It is a lot more popular, too.

Zstd, short for Zstandard, is a real-time compression algorithm providing high compression ratios. It offers a very wide range of compression vs. speed trade-offs while being backed by a very fast decoder. It offers a special mode for small data called "dictionary compression" and it can create dictionaries from any sample set. Zstd is BSD-licensed. Using Izbench on the Silesia compression corpus, zstd ranked at the top with a compression ratio of 2.877, a compression rate of 325 Mb/s, and a decompression rate of 325. Zlib followed at 2.730, 95 Mb/s (C) and 360 Mb/s (D). See WWW page for the full benchmark results.

GMPC is a GTK2 frontend for the mpd (Music Player Daemon). It's focused on being fast and easy to use, while making optimal use of all the functions in mpd. It connects to a MPD running on a machine via a network. Read more about MPD on http://www.musicpd.org Features: * Metadata support, it can show artist image, album art, lyrics, etc. * Plugin support. * Fast, gmpc is optimized to work even on low end machines and slow networks. * Profile support, easily use gmpc with multiple mpd's.

tosha reads CD-DA (digital audio) and CD-XA (digital video) tracks and writes them to the hard disk. Several audio formats are supported: raw PCM (little-endian and big-endian byte order), WAV / RIFF, AIFF and Sun AU. You can also pipe the data directly into an audio or video player. A simple audio player is included ("pcmplay"). To playback VideoCD data, you need a third-party product, for example MpegTV (see http://www.mpegtv.com/). tosha reads the digital audio / video data through the SCSI bus; therefore it does not work with IDE/ATAPI CD-ROM drives nor with proprietary interfaces.

Bio::Glite is an interface to G-language Genome Analysis Environment through its REST web service (http://www.g-language.org). This module allows almost everything G-language GAE can do, without installing all necessary tookits and modules. Advantage of this module over the standard installation of G-language GAE package is: 1. Easy installation from CPAN 2. Extremely light-weight (less than 1000 lines of code) 3. Does not require much CPU/RAM (all calculation is done on the cloud) Disadvantages includes: 1. Slower analysis speed 2. Internet connection is required 3. No other software interfaces such as the G-language Shell

The CuraEngine is a C++ console application for 3D printing GCode generation. It has been made as better and faster alternative to the old Skeinforge engine. The CuraEngine is pure C++ and uses Clipper from http://www.angusj.com/delphi/clipper.php. There are no external dependencies and Clipper is included in the source code without modifications. This is just a console application for GCode generation. For a full graphical application look at https://github.com/daid/Cura with is the graphical frontend for CuraEngine. The CuraEngine can be used separately or in other applications. Feel free to add it to your application. But to take note of the License.

Xwota is a very simple Linux/FreeBSD/xBSD client for the WOTA Database (Who is On The Air Database) written by me (IZ0ETE). It's very similar to a DX Cluster client, but it works with the WOTA server. If you don't known what is the WOTA DB, please read some info at http://www.wotadb.org. It's written in C and GTK, and it should work on the latest Linux/BSD distributions. Please report to me your successful installation. (Linux, FreeBSD at the moment)

There are two modules in this distribution. Date::Doomsday calculates doomsday for a particular year. Date::DayOfWeek uses the doomsday algorithm to calculate the day of the week for any given date. Doomsday is a cute little idea invented by Dr John Conway that makes it very easy to figure out the day of the week for any date. For more information about the origins and mathematics surrounding doomsday, see the following web sites: http://rudy.ca/doomsday.html http://quasar.as.utexas.edu/BillInfo/doomsday.html http://www.cst.cmich.edu/users/graha1sw/Pub/Doomsday/Doomsday.html

This module provides a 'Local Mean Time' timezone for DateTime. Using it you can determine the Mean Time for any location on Earth. Note however that the Mean Time and the Apparent Time (where the sun is in the sky) differ from day to day. This module may account for Local Apparent Time in the future but then again, the Solar:: modules will probably be a better bet. If you want more information on the difference between LMT and LAT, search the www for 'equation of time' or 'ephemeris'.