Ports Search

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.

Typical buffer-based incremental I/O is based around a single loop, which reads data from some source (such as a socket or file), transforms it, and generates one or more outputs (such as a line count, HTTP responses, or modified file). Although efficient and safe, these loops are all single-purpose; it is difficult or impossible to compose buffer-based processing loops. Haskell's concept of "lazy I/O" allows pure code to operate on data from an external source. However, lazy I/O has several shortcomings. Most notably, resources such as memory and file handles can be retained for arbitrarily long periods of time, causing unpredictable performance and error conditions. Enumerators are an efficient, predictable, and safe alternative to lazy I/O. Discovered by Oleg Kiselyov, they allow large datasets to be processed in near constant space by pure code. Although somewhat more complex to write, using enumerators instead of lazy I/O produces more correct programs. This library contains an enumerator implementation for Haskell, designed to be both simple and efficient.

Pegex is an Acmeist parser framework. It allows you to easily create parsers that will work equivalently in lots of programming languages! The inspiration for Pegex comes from the parsing engine upon which the postmodern programming language Perl 6 is based on. Pegex brings this beauty to the other justmodern languages that have a normal regular expression engine available. Pegex gets it name by combining Parsing Expression Grammars (PEG), with Regular Expessions (Regex). That's actually what Pegex does. PEG is the cool new way to elegantly specify recursive descent grammars. The Perl 6 language is defined in terms of a self modifying PEG language called Perl 6 Rules. Regexes are familiar to programmers of most modern programming languages. Pegex defines a simple PEG syntax, where all the terminals are regexes. This means that Pegex can be quite fast and powerful. Pegex attempts to be the simplest way to define new (or old) Domain Specific Languages (DSLs) that need to be used in several programming languages and environments. Things like JSON, YAML, Markdown etc. It also great for writing parsers/compilers that only need to work in one language.

The BuildBot is a system to automate the compile/test cycle required by most software projects to validate code changes. By automatically rebuilding and testing the tree each time something has changed, build problems are pinpointed quickly, before other developers are inconvenienced by the failure. The guilty developer can be identified and harassed without human intervention. By running the builds on a variety of platforms, developers who do not have the facilities to test their changes everywhere before checkin will at least know shortly afterwards whether they have broken the build or not. Warning counts, lint checks, image size, compile time, and other build parameters can be tracked over time, are more visible, and are therefore easier to improve. The overall goal is to reduce tree breakage and provide a platform to run tests or code-quality checks that are too annoying or pedantic for any human to waste their time with. Developers get immediate (and potentially public) feedback about their changes, encouraging them to be more careful about testing before checkin. For more information, please see: http://buildbot.net/trac

English abstract: It is a German communication protocol used over modem lines, a mail and news gateway compliant with the German "GATEBAU" regulations. It is the native protocol for z-netz newsgroups. UNIX-Connect kann sehr vielseitig eingesetzt werden. Entwickelt wurde es, um ein Unix-System als Server im Z-NETZ (im alten Sinne) einsetzen zu koennen. Nebeneffekt ist die Gateway-Funktion. Gerade die Gateway-Routinen sind relativ gut portabel (ANSI-C ohne wesentliche UNIX-Einfluesse), und daher bereits auf anderen Computertypen realisiert worden. Bei den Online-Routinen ist das schwieriger, aber nicht unmoeglich. UNIX-Connect kann auch als Point benutzt werden - also um am heimischen Linux-System die Nachrichten aus der Z-NETZ MailBox vor Ort im ELM oder NN zu lesen. Dieser Einsatzmoeglichkeit widmet die Dokumentation ein eigenes Kapitel, da hierbei sehr viele Konfigurationsprobleme von vornherein vermieden werden koennen. LICENSE: GPL2 or later LICENSE: BSD (rsmtp) FTP: ftp://unix-connect.sf.net/pub/unix-connect/ FTP: ftp://ftp.dinoex.org/pub/unix-connect/

psycopg2 is a PostgreSQL database adapter for the Python programming language. It was written from scratch with the aim of being small, fast and stable. It supports the full Python DBAPI-2.0 and is thread safe. psycopg2 is different from the other database adapter because it was designed for heavily multi-threaded applications that create and destroy lots of cursors and make a conspicuous number of concurrent INSERTs or UPDATEs. Every open Python connection keeps a pool of real (UNIX or TCP/IP) connections to the database. Every time a new cursor is created, a new connection does not need to be opened; instead one of the unused connections from the pool is used. That makes psycopg very fast in typical client-server applications that create a servicing thread every time a client request arrives.

The libevent API provides a mechanism to execute a callback function when a specific event occurs on a file descriptor or after a timeout has been reached. Furthermore, libevent also support callbacks due to signals or regular timeouts. libevent is meant to replace the event loop found in event driven network servers. An application just needs to call event_dispatch() and then add or remove events dynamically without having to change the event loop. Currently, libevent supports /dev/poll, kqueue(2), event ports, select(2), poll(2) and epoll(4). The internal event mechanism is completely independent of the exposed event API, and a simple update of libevent can provide new functionality without having to redesign the applications. As a result, Libevent allows for portable application development and provides the most scalable event notification mechanism available on an operating system. Libevent can also be used for multi-threaded applications.

This module allow the user to dump variables in a Data::Dumper format. Unlike the default behavior of Data::Dumper, the variables are named (instead of $VAR1, $VAR2, etc.) Data::Dumper provides an extended interface that allows the programmer to name the variables, but this interface requires a lot of typing and is prone to tyops (sic). This module fixes that. Data::Dumper::Simple is actually a source filter that replaces all instances of Dumper($some, @args) in your code with a call to Data::Dumper->Dump(). You can use the one function provided to make dumping variables for debugging a trivial task. Note that this is primarily a debugging tool. Data::Dumper offers a bit more than that, so don't expect this module to be more than it is.

This module implements a memory-efficient node type (for trees, skip lists and similar data structures) for Perl. You may ask "Why bother implementing an ordered structure such as a tree when Perl has hashes built-in?" Since Perl is optimized for speed over memory usage, hashes (and lists) use a lot of memory. So the purpose of this package is to provide a simple low-level Node class which can be used as a base class to implement various kinds of tree structures. Each node has a key/value pair and a variable number of "children" pointers. How nodes are organized or the algorithm used to organize them is for you to implement. There is no Pure-perl version because this package was written to overcome limitations of Perl.

Mah jongg is an ancient Chinese game whose origins are supposed to date back around 3000 years. It is typically a four player game with similarities to most popular card games. This version is a solitaire game using the mahjongg tiles. It was inspired by a version originally seen on a PC. The object of the game is to remove all the tiles from the board in matching pairs. Tiles match only if they are identical. Exceptions are the flower and season tiles. Any season tile will match any other season tile and any flower tile will match any other flower tile. Tiles may be removed from the board only if they have either a left or a right edge open and they do not have a tile covering them.