Free audio file sharing software software for linux

MUTE File Sharing is a peer-to-peer network that provides easy search-and-download functionality while also protecting your privacy.
It compiles as a fast, native application for many platforms (no Java, no Python, etc.).
MUTE protects your privacy by avoiding direct connections with your sharing partners in the network. Most other file sharing programs use direct connections to download or upload, making your identity available to spies from the RIAA and other unscrupulous organizations.
MUTE is based on research, and experiments show that it works quite well. MUTEs ant-inspired routing is light-weight, robust, and adaptive. Results from experiments in real MUTE networks show that the collective behavior of MUTE nodes quickly finds the shortest (or fastest) routing path between two nodes on the network.
Enhancements:
- This release fixes bugs in MUTEs initial connection to the network upon startup.
- MUTE has also been upgraded to Crypto++ 5.4, so it should now compile using GCC 4.1.

Volume Sharing Manager (Vsman) is a utility that has been designed for volume (directory) sharing management on the server side. So far, it manages NFS v3 and V4, but can be extended to others volume sharing systems.
You can select a NFS v4 server interface in the preferences dialog box. Otherwise, invoke vsman with the flag -4 in order to display the NFS v4 specific mounting options when needed.
Vsman must be run as root. It displays on the left a tree view of known directories with their possible accesses, i.e. client hosts that can mount directories from the server where vsman is running.
Each directory is displayed with a green, yellow or red spot.
Green if the directory is exported but not mounted.
Yellow when exported and mounted.
Red when unexported.
When you double-click on an access, the left side shows its mounting options.
You can obviously declare a new volume. Vsman just asks you the name of the corresponding directory. You can of course create or delete accesses for the current volume. When you create one, a dialog box appears, that asks you the suitable host name, network
name or address, or netgroup name.
If the host filed is empty, the networks field is then tested, and if empty again, the netgroup is selected.
If you select "NIS" instead of "Files" in the preferences dialog box, the hosts, networks, users and groups will be fetched from the given NIS domain name. For more info about NIS, read the corresponding HOWTO documentation.
Selecting the Reexport menu will reexport all and synchronize vsman with the exported volumes declared in /etc/exports.
Double-click on a mounting host and select Unexport Host in the Action menu, and the current volume will be unexported from the corresponding volume.
Unexport whole volume will do the same thing, but for all the mounting hosts.
The Start / Stop menu will stop or restart the NFS server.
The Save menu will write the NFS /etc/exports file and reexport all volumes.
This tool has been written in Ada 95, using gtkada 2.4 as the toolkit. Dont forget to install gnat 4.1.x or later. Gnat is now a component of the gcc suite.
Enhancements:
- A few important bugs were fixed.
- Hostname lookup was added.
- The compilation and installation process was improved.

Shezhu Resource Sharing System project is an application for scheduling and booking shared resources such as rooms and equipment.
The client only needs a modern Web browser.
It has a user friendly point and click interface, visual filters for making block/repeat bookings, concurrent users and double booking prevention, allows local site customization, and supports configurable academic term/semester blocks.
Main features:
- Portable - client only needs a modern web browser
- Point and Click - almost no typing required
- Intuitive - simple, obvious, consistent and user friendly
- Innovative - visual filters for making block/repeat bookings
- Powerful - concurrent users and double booking prevention
- Configurable - local site customization supported
- Useful - built in support for configurable academic term, semester and session blocks
- Free!
Requirements
In order to run or build the Shezhu Resource Sharing System you need some third-party software available on your machine.
Client
The client needs a modern web browser and the best browsers for this application are Firefox, Mozilla (including the Netscape branded equivalent and Gecko derivatives such as Galeon) and Microsoft Internet Explorer. The newest versions of all these browsers will work best. This application also works with the Konqueror and Opera browsers but these have some issues which may affect functionality. All browsers need JavaScript enabled. Any of these browsers may not work properly (or at all) depending on the operating system they are running under. Text based browsers (such as Lynx) are not supported.
For a comprehensive list of supported client browsers and operating systems refer to this browser compatibility chart from the most recent release of the application.
Server
The server needs recent versions of the Apache web server and the MySQL database server.
The server has only been tested on Redhat9 and FedoraCore3 Linux/i386 platforms although there is no specific reason why it should not work on other Linux platforms and distributions.
Development
Rebuilding this application from source requires a standard Unix development environment with the sh, make, cc, cpp, sed and awk utilities. Also required are RCS, Perl (5.6+) and the ImageMagick program. Also required is RPM to build a distribution. All these programs would probably come as standard in Linux distributions, other platforms may not have all of them by default.
Enhancements:
- This release adds support for Apache2 and multi-site installations, internal restructuring, a better installation tree, and improved access control management.

Audio::File::AudioProperties is a Perl module that can abstract an audio files audio properties.

Audio::File::AudioProperties is the base class for other file format independant audio property classes like Audio::File::Flac::AudioProperties or Audio::File::Ogg::AudioProperties. You should not use this class yourself exept youre writing an own file format dependant subclass.

METHODS

new

Constructor. Creates new Audio::File::AudioProperties object. You shoud not use this method yourself. Its called by the filetype-dependant subclasses of Audio::File::Type automatically.

init

Initializes the object. Its called by the constructor and empty by default. Its ought to be overwritten by subclasses.

length

Returns the length of the audio file in seconds.

bitrate

Returns the bitrate of the file.

sample_rate

Returns the sample rate of the audio file.

channels

Returns the number of channels the audio file has.

all

Get all audio properties.

Web Sharing is a small tray applet for sharing files on the web.

Publish anything on the Internet or your local area network at home, office or school from a folder on your hard disk with just a few clicks of a mouse!

Audio::Mad::Stream is a Perl interface to mad_stream structure.

SYPNOSIS

my $stream = new Audio::Mad::Stream ($options);
$stream->buffer($scalar);

my $remain = substr($scalar, $stream->next_frame);
my $position = $stream->this_frame;

$stream->skip($position + 400);
$stream->sync();

$options = $stream->options();
$options |= MAD_OPTION_IGNORECRC;
$stream->options($options);

unless ($stream->err_ok()) {
print "error code was: " . $stream->error() . "n";
}

This package provides an interface to the underlying mad_stream structure used in the decoder library. Almost all of the methods from the library are implemented, and work on regualar perl data types.

MDF audio extracter project is a tool to extract audio data from MDF/MDS audio cd images to wav or raw files. Tracks will be extracted to the current directory and named track_[num].wav or track_[num].raw. Output can also be redirected to stdout to allow the audio data to be fed to an encoder or player directly.
You need both a .mds and .mdf file to be able to extract tracks. The .mds file contains the information about the tracks, while the .mdf file contains the actual data. They usually should have the same name (except for the extension ofcourse). This is case sensitive, so for example FileName is not the same as filename.
Usage: mdfextract [options] file.mds
Options:
-i output mds info instead of extracting
-r extract raw track data
-s output to stdout instead of file
-t < num > extract single track (num > 0)
-q quiet, no output
Version restrictions:
- Probably does not work on big endian archs.

FAPG is a tool to generate list of audio files (WAV, MP3, Ogg, etc.) in various formats (M3U, PLS, HTML, etc). It is very useful for quickly creating a playlist of a large number of audio files.

It is coded in C to be as fast as possible, and does not use any specific audio library (like ID3Lib).
This allow you to deploy it faster and easier, and to have better performances since the less informations are loaded.
In the other hand, this tool is not (yet) compatible with all the known formats.

Here are some examples for usage :

Generate a PLS playlist for an album :
fapg --format=pls --output=~/path/to/album/list.pls ~/path/to/album

You have a file server using Samba which shares a large amount of audio files for Windows powered computers using Winamp.
The directory on the server containing the files is "/samba/mp3" and is visible on the Windows network as "serveurmp3" :
fapg --backslash --output=/samba/mp3/list.m3u --prefix=servermp3 --recursive --windows /samba/mp3

An HTML playlist for an album :
fapg --output=fapg.html ~/path/to/album
Here is the result : fapg.html