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Beast is a powerful music composition and modular synthesis application. It supports a wide range of standards in the field, such as MIDI, WAV/AIFF/MP3/OggVorbis/etc audio files and LADSPA modules. It has excellent technical abilities like multitrack editing, unlimited undo/redo support, real-time synthesis support, 32bit audio rendering, full duplex support, multiprocessor support, precise timing down to sample granularity, on demand loading of partial wave files, on the fly decoding and full scriptability in scheme. The plugins, synthesis core and the user interface are actively being developed and translated into a variety of languages, regularly assimilating user feedback such as from our FeatureRequests page.

libshairport ============ Created by Team XBMC This is a fork of ShairPort written by James Laird <jhl@mafipulation.org>. The XBMC team decided to fork ShairPort and make it into a library. What it is ---------- This program emulates an AirPort Express for the purpose of streaming music from iTunes and compatible iPods. It implements a server for the Apple RAOP protocol. ShairPort does not support AirPlay v2 (video and photo streaming). It supports multiple simultaneous streams, if your audio output chain (as detected by libao) does so.

MuseScore is a free cross-platform WYSIWYG music notation program that offers a cost-effective alternative to commercial programs such as Sibelius and Finale. You can print beautifully engraved sheet music or save it as PDF or MIDI file. Some highlights: * WYSIWYG, notes are entered on a "virtual note sheet" * Unlimited number of staves * Up to four voices per staff * Easy and fast note entry with your keyboard, mouse, or MIDI keyboard * Integrated sequencer and FluidSynth software synthesizer * Import and export of MusicXML and Standard MIDI Files * Available for Windows, Mac and Linux * Translated in 43 languages * GNU GPL licensed

nekobee is a DSSI soft synth plugin that emulates the sound of the TB-303 Bassline. It is not an exact copy; rather than make it "just like the real thing", the design concentrates on modelling the circuitry and was adjusted by comparing the sounds achievable with it to those heard on classic acid house tracks. It includes a switchable square/saw wave VCO, 24dB/octave VCF, an adjustable decay time for the VCF, a fixed decay time for the VCA, and an interesting bit of circuitry around the "Accent" control.

This package includes two programs for adjusting sound mixers: xmixer, which uses the Athena toolkit, and xgmixer, based on GTK+. From the README: Features: * For every device which is supported by the sound card you can change the volume via a slider. Unsupported devices are not shown. * Select the input device(s) for recording. * On startup a configuration file is read which restores device settings. * With a menu option you can save the current settings for the next start up. * Hide devices which you don't want to see. * Batch support - just read and evaluate the settings in the configuration file.

Filebench is quick to set up and use unlike many of the commercial benchmarks which it can emulate. It is also a handy tool for micro-benchmarking storage subsystems and studying the relationships of complex applications such as relational databases with their storage without having to incur the costs of setting up those applications, loading data and so forth. Filebench uses loadable workload personalities in a common framework to allow easy emulation of complex applications upon file systems. The workload personalities use a Workload Definition Language to define the workload's model.

Httperf is a tool for measuring web server performance. It provides a flexible facility for generating various HTTP workloads and for measuring server performance. The focus of httperf is not on implementing one particular benchmark but on providing a robust, high-performance tool that facilitates the construction of both micro- and macro-level benchmarks. The three distinguishing characteristics of httperf are its robustness, which includes the ability to generate and sustain server overload, support for the HTTP/1.1 and SSL protocols, and its extensibility to new workload generators and performance measurements.

NoSQL Benchmark (nb) is a multi-threaded benchmark tool for evaluating main database performance metrics using OLTP-alike benchmarking against a specified workload. Features include: * benchmarking types: unlimited, time limited or maximum thread limited * different threads creation policies: at once or interleaved * key distribution supported: uniform, gaussian * key types supported: string, u32, u64 * CSV report file generation supported (for future plot generation) * single configuration file * workload tests are specified in percents against a total request count * supported database drivers: tarantool, leveldb (redis, memcached planned). * plotter tool (CSV to GNU Plot generation)

Slowloris both helps identify the timeout windows of a HTTP server or Proxy server, can bypass httpready protection and ultimately performs a fairly low bandwidth denial of service. It has the added benefit of allowing the server to come back at any time (once the program is killed), and not spamming the logs excessively. It also keeps the load nice and low on the target server, so other vital processes don't die unexpectedly, or cause alarm to anyone who is logged into the server for other reasons. The main audience using slowloris is of course a system administrators wanting to measure their webserver's performance and vulnerability.

SCOTCH is a software package and libraries for graph, mesh and hypergraph partitioning, static mapping, and sparse matrix block ordering. Its purpose of Scotch is to apply graph theory, with a divide and conquer approach, to scientific computing problems such as graph and mesh partitioning, static mapping, and sparse matrix ordering, in application domains ranging from structural mechanics to operating systems or bio-chemistry. The SCOTCH distribution is a set of programs and libraries which implement the static mapping and sparse matrix reordering algorithms developed within the SCOTCH project.