tinysong.com is a web app that can be queried for a song and returns a tiny URL,
allowing you to listen to the song for free online and share it with friends.
TinySong is a Perl interface to this service, allowing you to programmatically
search its underlying database.
The Servlet API
Java Servlet technology provides Web developers with a simple, consistent
mechanism for extending the functionality of a Web server and for accessing
existing business systems. A servlet can almost be thought of as an applet that
runs on the server side -- without a face. Java servlets make many Web
applications possible.
TICKR is a Free Open Source, GTK-based RSS READER application which displays
RSS FEEDS in a TICKER bar on your desktop. With a single click, you get
the latest headlines scrolling in a thin window on your desktop, as what
can be seen on News TV channels.
Webbrowser is a wrapper script for finding and running the "best" available
installed browser on the system. It is intended for use by other
applications that invoke a browser, so that they need not be reconfigured
when a user switches to a different browser.
osm-gps-map is a Gtk mapping widget (and Python bindings) that when
given GPS co-ordinates, draws a GPS track, and points of interest on a
moving map display.
osm-gps-map downloads map data from a number of websites, including
openstreetmap.org, openaerialmap.org and others and can be used to build
desktop mapping or geolocation applications.
This is 9menu, a simple program that allows you to create X menus from the
shell, where each menu item will run a command. 9menu is intended for use
with 9wm, but can be used with any other window manager.
The idea of a command line menu generator is from xmenu, but xmenu is
exclusively a pop-up menu, not what everyone wants.
The Multi-Generator (MGEN) is open source software by the Naval Research
Laboratory (NRL) PROTocol Engineering Advanced Networking (PROTEAN)
Research Group. MGEN provides the ability to perform IP network
performance tests and measurements using UDP/IP traffic (TCP is currently
being developed).
The toolset generates real-time traffic patterns so that the network can
be loaded in a variety of ways. The generated traffic can also be
received and logged for analyses. Script files are used to drive the
generated loading patterns over the course of time. These script files can
be used to emulate the traffic patterns of unicast and/or multicast UDP/IP
applications. The receive portion of this tool set can be scripted to
dynamically join and leave IP multicast groups. MGEN log data can be used
to calculate performance statistics on throughput, packet loss rates,
communication delay, and more.
lockfree-malloc is a scalable drop-in replacement for malloc/free.
* It's thread-friendly. It supports a practically-unlimited number of
concurrent threads, without locking or performance degradation.
* It's efficient, especially in a multi-threaded environment. Compared to
a stock libc allocator, we see a significant performance boost.
* It does NOT fragment or leak memory, unlike a stock libc allocator.
* It wastes less memory. For small objects (less than 8kb in size), the
overhead is around 0 bytes. (!)
* It is designed from the ground-up for 64-bit architectures.
* It is elegant. The whole codebase is only around 800 lines of fairly
clean C++. (!)
* It fully stand-alone; it does not rely on pthreads or libc at runtime.
The m17n library provides following facilities to handle multilingual
text.
* M-text: A data structure for a multilingual text. It is
basically a string but with attributes called text property, and
is designed to substitute for the C string. It is the most
important object of the m17n library.
* Functions for creating and processing M-texts.
* Functions for converting M-texts from/to strings encoded in
various existing formats.
* A huge character space, which contains all the Unicode
characters and more non-Unicode characters.
* Chartable: A data structure that contains per-character
information efficiently.
* Functions for inputting and displaying M-text on a window system.
The documentation is available through devel/m17n-docs.
Tablix is a powerful free software kernel for solving general timetabling
problems. It uses a coarse-grained parallel genetic algorithm in
combination with other techniques to construct sensible timetables from XML
formatted problem descriptions. Tablix can run on a single host as well as
on a heterogeneous parallel virtual machine using PVM3.
Tablix kernel supports a very wide range of timetabling problems,
from high school timetabling to barge scheduling. A number of timetable
constraints are already implemented in the default installation.
Because of kernel's modular design it is easy to add custom timetable
constraints and/or modify existing ones. Kernel modules are written in C.
Extensive API documentation is available on the internet
and in the source distribution.