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dekagen is a front-end to several tools for the ripping, converting, and naming of MP3 and Ogg-Vorbis files. It automates the whole process of ripping data from music compact discs (CD), the naming of the files, their converting into MP3 or Ogg-Vorbis format and the labelling of the MP3 files with an ID3 tag. dekagen uses dialog for a user interface that is intended to be "intuitive". Music data is read from CDs using cdda2wav, cdparanoia, dagrab, or tosha, and stored on your hard disk in wav-format. Note that this will have an excessive need of disk space. After this, the wav-data is converted into MP3 format using 8hz-mp3, bladeenc, l3enc, lame, mp3enc, or notlame, or into Ogg-Vorbis format using oggenc. This will take a while. To avoid manual naming and tagging for all the files, cda is used for CDDB lookups. To label the MP3 files with ID3 tags, id3ed, id3tag, id3tool, or mp3info, or the built-in capabilities of some encoders (lame, notlame) are used. Ogg-Vorbis files can be labelled with oggenc.

The Flake encoder project was started as a way for the author to learn more about lossless audio encoding. The author chose the FLAC format because it is open and well-documented. Although the FLAC reference encoder is also free and open-source, the author's goal was to implement the standard from scratch as an independent project. Flake is licensed under the GNU LGPL. Once Flake progressed to a usable state, the author submitted the encoder to be included as part of FFmpeg. It was included and improved upon by other FFmpeg developers. Since then, Ithe author has added more features to Flake and improved the encoding speed. The author plan to add some of these features into FFmpeg as the encoder progresses. There are both benefits and drawbacks to using Flake as a FLAC encoder alternative. In its current state, Flake gives, on average, slightly better compression than the FLAC reference encoder and is about twice as fast. However, it does not currently implement all the advanced features such as tagging, cuesheets, 24-bit audio, embedded pictures, and ogg encapsulation. The author hopes to add these to Flake in future releases.

This plugin for Squeezebox Server makes it possible to create smart playlists. Although the standard Squeezebox Server doesn't support smart playlists by itself, together with iTunes and the standard Squeezebox Server iTunes integration, it is possible to use smart playlists defined in iTunes. The problem though is that the integrated iTunes smart playlists will not be recalculated until the next time you perform a rescan in Squeezebox Server. The SQL Playlist plugin takes care of this problem and implements native smart playlist in Squeezebox Server without any need to use iTunes. The smart playlists implemented in SQL Playlist will also be automatically re-calculated after each track played so they will be based on the latest statistic information. A smart playlist in SQL Playlist are continous and will run forever in the same way as the standard Random Mix plugin, you can optionally also choose that a smart playlist shouldn't repeat already played tracks and in that case the music will stop when all songs matching the playlist has been played.

Kyoto Tycoon is a lightweight database server with auto expiration mechanism, which is useful to handle cache data and persistent data of various applications. Kyoto Tycoon is also a package of network interface to the DBM called Kyoto Cabinet. Though the DBM has high performance and high concurrency, you might bother in case that multiple processes share the same database, or remote processes access the database. Thus, Kyoto Tycoon is provided for concurrent and remote connections to Kyoto Cabinet. Kyoto Tycoon is composed of the server process managing multiple databases and its access library for client applications. The network protocol between the server and clients is HTTP so that you can write client applications and client libraries in almost all popular languages. Both of RESTful-style interface by the GET, HEAD, PUT, DELETE methods and RPC-style inteface by the POST method are supported. The server can handle more than 10 thousand connections at the same time because it uses modern I/O event notification facilities such as "epoll" and "kqueue" of underlying systems. The server supports high availability mechanisms, which are hot backup, update logging, and asynchronous replication. The server can embed Lua, a lightweight script language so that you can define arbitrary operations of the database.

Currently phpMyAdmin can: * browse and drop databases, tables, views, columns and indexes * display multiple results sets through stored procedures or queries * create, copy, drop, rename and alter databases, tables, columns and indexes * maintain server, databases and tables, with proposals on server configuration * execute, edit and bookmark any SQL-statement, even batch-queries * load text files into tables * create and read dumps of tables * export data to various formats: CSV, XML, PDF, ISO/IEC 26300 - OpenDocument Text and Spreadsheet, Microsoft Word 2000, and LATEX formats * import data and MySQL structures from OpenDocument spreadsheets, as well as XML, CSV, and SQL files * administer multiple servers * manage MySQL users and privileges * check referential integrity in MyISAM tables * using Query-by-example (QBE), create complex queries automatically connecting required tables * create PDF graphics of your database layout * search globally in a database or a subset of it * transform stored data into any format using a set of predefined functions, like displaying BLOB-data as image or download-link * track changes on databases, tables and views * support InnoDB tables and foreign keys * support mysqli, the improved MySQL extension * create, edit, call, export and drop stored procedures and functions * create, edit, export and drop events and triggers * communicate in 62 different languages

PostgreSQL is a sophisticated Object-Relational DBMS, supporting almost all SQL constructs, including subselects, transactions, and user-defined types and functions. It is the most advanced open-source database available anywhere. Commercial Support is also available. The original Postgres code was the effort of many graduate students, undergraduate students, and staff programmers working under the direction of Professor Michael Stonebraker at the University of California, Berkeley. In 1995, Andrew Yu and Jolly Chen took on the task of converting the DBMS query language to SQL and created a new database system which came to known as Postgres95. Many others contributed to the porting, testing, debugging and enhancement of the Postgres95 code. As the code improved, and 1995 faded into memory, PostgreSQL was born. PostgreSQL development is presently being performed by a team of Internet developers who are now responsible for all current and future development. The development team coordinator is Marc G. Fournier (scrappy@PostgreSQL.ORG). Support is available from the PostgreSQL developer/user community through the support mailing list (questions@PostgreSQL.ORG). PostgreSQL is free and the complete source is available.

PostgreSQL is a sophisticated Object-Relational DBMS, supporting almost all SQL constructs, including subselects, transactions, and user-defined types and functions. It is the most advanced open-source database available anywhere. Commercial Support is also available. The original Postgres code was the effort of many graduate students, undergraduate students, and staff programmers working under the direction of Professor Michael Stonebraker at the University of California, Berkeley. In 1995, Andrew Yu and Jolly Chen took on the task of converting the DBMS query language to SQL and created a new database system which came to known as Postgres95. Many others contributed to the porting, testing, debugging and enhancement of the Postgres95 code. As the code improved, and 1995 faded into memory, PostgreSQL was born. PostgreSQL development is presently being performed by a team of Internet developers who are now responsible for all current and future development. The development team coordinator is Marc G. Fournier (scrappy@PostgreSQL.ORG). Support is available from the PostgreSQL developer/user community through the support mailing list (questions@PostgreSQL.ORG). PostgreSQL is free and the complete source is available.

PostgreSQL is a sophisticated Object-Relational DBMS, supporting almost all SQL constructs, including subselects, transactions, and user-defined types and functions. It is the most advanced open-source database available anywhere. Commercial Support is also available. The original Postgres code was the effort of many graduate students, undergraduate students, and staff programmers working under the direction of Professor Michael Stonebraker at the University of California, Berkeley. In 1995, Andrew Yu and Jolly Chen took on the task of converting the DBMS query language to SQL and created a new database system which came to known as Postgres95. Many others contributed to the porting, testing, debugging and enhancement of the Postgres95 code. As the code improved, and 1995 faded into memory, PostgreSQL was born. PostgreSQL development is presently being performed by a team of Internet developers who are now responsible for all current and future development. The development team coordinator is Marc G. Fournier (scrappy@PostgreSQL.ORG). Support is available from the PostgreSQL developer/user community through the support mailing list (questions@PostgreSQL.ORG). PostgreSQL is free and the complete source is available.

PostgreSQL is a sophisticated Object-Relational DBMS, supporting almost all SQL constructs, including subselects, transactions, and user-defined types and functions. It is the most advanced open-source database available anywhere. Commercial Support is also available. The original Postgres code was the effort of many graduate students, undergraduate students, and staff programmers working under the direction of Professor Michael Stonebraker at the University of California, Berkeley. In 1995, Andrew Yu and Jolly Chen took on the task of converting the DBMS query language to SQL and created a new database system which came to known as Postgres95. Many others contributed to the porting, testing, debugging and enhancement of the Postgres95 code. As the code improved, and 1995 faded into memory, PostgreSQL was born. PostgreSQL development is presently being performed by a team of Internet developers who are now responsible for all current and future development. The development team coordinator is Marc G. Fournier (scrappy@PostgreSQL.ORG). Support is available from the PostgreSQL developer/user community through the support mailing list (questions@PostgreSQL.ORG). PostgreSQL is free and the complete source is available.

PostgreSQL is a sophisticated Object-Relational DBMS, supporting almost all SQL constructs, including subselects, transactions, and user-defined types and functions. It is the most advanced open-source database available anywhere. Commercial Support is also available. The original Postgres code was the effort of many graduate students, undergraduate students, and staff programmers working under the direction of Professor Michael Stonebraker at the University of California, Berkeley. In 1995, Andrew Yu and Jolly Chen took on the task of converting the DBMS query language to SQL and created a new database system which came to known as Postgres95. Many others contributed to the porting, testing, debugging and enhancement of the Postgres95 code. As the code improved, and 1995 faded into memory, PostgreSQL was born. PostgreSQL development is presently being performed by a team of Internet developers who are now responsible for all current and future development. The development team coordinator is Marc G. Fournier (scrappy@PostgreSQL.ORG). Support is available from the PostgreSQL developer/user community through the support mailing list (questions@PostgreSQL.ORG). PostgreSQL is free and the complete source is available.