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diff --git a/doc/modules.html.in b/doc/modules.html.in deleted file mode 100644 index 7f12d9a9..00000000 --- a/doc/modules.html.in +++ /dev/null @@ -1,510 +0,0 @@ -<?xml version="1.0" encoding="iso-8859-1"?> <!-- -*-html-helper-*- --> -<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd"> -<html xmlns="http://www.w3.org/1999/xhtml"> -<head> -<title>PulseAudio: Loadable Modules</title> -<link rel="stylesheet" type="text/css" href="style.css" /> -</head> - -<body> - -<h1>Loadable Modules</h1> - -<p>The following loadable modules are provided with the PulseAudio distribution:</p> - -<h2>Device Drivers</h2> - -<p>All device driver modules support the following parameters:</p> -<table> - <tr><td><tt>format=</tt></td><td>The sample format (one of <tt>u8</tt>, <tt>s16</tt>, <tt>s16le</tt>, <tt>s16le</tt>, <tt>float32</tt>, <tt>float32be</tt>, <tt>float32le</tt>, <tt>alaw</tt>, <tt>ulaw</tt>) (defaults to <tt>s16</tt>)</td></tr> - <tr><td><tt>rate=</tt></td><td>The sample rate (defaults to 44100)</td></tr> - <tr><td><tt>channels=</tt></td><td>Audio channels (defaults to 2)</td></tr> - <tr><td><tt>sink_name=</tt>, <tt>source_name=</tt></td><td>Name for the sink (resp. source)</td></tr> - <tr><td><tt>channel_map=</tt></td><td>Channel map. A list of -comma-seperated channel names. The currently defined channel names -are: <tt>left</tt>, <tt>right</tt>, <tt>mono</tt>, <tt>center</tt>, -<tt>front-left</tt>, <tt>front-right</tt>, <tt>front-center</tt>, -<tt>rear-center</tt>, <tt>rear-left</tt>, <tt>rear-right</tt>, -<tt>lfe</tt>, <tt>subwoofer</tt>, <tt>front-left-of-center</tt>, -<tt>front-right-of-center</tt>, <tt>side-left</tt>, -<tt>side-right</tt>, <tt>aux0</tt>, <tt>aux1</tt> to <tt>aux15</tt>, -<tt>top-center</tt>, <tt>top-front-left</tt>, -<tt>top-front-right</tt>, <tt>top-front-center</tt>, -<tt>top-rear-left</tt>, <tt>top-rear-right</tt>, -<tt>top-rear-center</tt>, (Default depends on the number of channels -and the driver)</td></tr> </table> - -<h3>module-pipe-sink</h3> - -<p>Provides a simple test sink that writes the audio data to a FIFO -special file in the file system. The sink name defaults to <tt>pipe_output</tt>.</p> - -<p>The following option is supported:</p> - -<table> - <tr><td><tt>file=</tt></td><td>The name of the FIFO special file to use. (defaults to: <tt>/tmp/music.output</tt>)</td></tr> -</table> - -<h3>module-pipe-source</h3> - -<p>Provides a simple test source that reads the audio data from a FIFO -special file in the file system. The source name defaults to <tt>pipe_input</tt>.</p> - -<p>The following option is supported:</p> - -<table> - <tr><td><tt>file=</tt></td><td>The name of the FIFO special file to use. (defaults to: <tt>/tmp/music.input</tt>)</td></tr> -</table> - - -<h3>module-null-sink</h3> - -<p>Provides a simple null sink. All data written to this sink is silently dropped. This sink is clocked using the system time.</p> - -<p>This module doesn't support any special parameters</p> - -<a name="module-alsa-sink"/> - -<h3>module-alsa-sink</h3> - -<p>Provides a playback sink for devices supported by the <a href="http://www.alsa-project.org/">Advanced Linux -Sound Architecture</a> (ALSA). The sink name defaults to <tt>alsa_output</tt>.</p> - -<p>In addition to the general device driver options described above this module supports:</p> - -<table> - <tr><td><tt>device=</tt></td><td>The ALSA device to use. (defaults to "plughw:0,0")</td></tr> - <tr><td><tt>fragments=</tt></td><td>The desired fragments when opening the device. (defaults to 12)</td></tr> - <tr><td><tt>fragment_size=</tt></td><td>The desired fragment size in bytes when opening the device (defaults to 1024)</td></tr> -</table> - -<h3>module-alsa-source</h3> - -<p>Provides a recording source for devices supported by the Advanced -Linux Sound Architecture (ALSA). The source name defaults to <tt>alsa_input</tt>.</p> - -<p>This module supports <tt>device=</tt>, <tt>fragments=</tt> and <tt>fragment_size=</tt> arguments the same way as <a href="#module-alsa-sink"><tt>module-alsa-sink</tt></a>.</p> - -<a name="module-oss"/> - -<h3>module-oss</h3> - -<p>Provides both a sink and a source for playback, resp. recording on -<a href="http://www.opensound.com">Open Sound System</a> (OSS) compatible devices.</p> - -<p>This module supports <tt>device=</tt> (which defaults to <tt>/dev/dsp</tt>), <tt>fragments=</tt> and <tt>fragment_size=</tt> arguments the same way as <a href="#module-alsa-sink"><tt>module-alsa-sink</tt></a>.</p> - -<p>In addition this module supports the following options:</p> - -<table> - <tr><td><tt>record=</tt></td><td>Accepts a binary numerical value for enabling (resp. disabling) the recording on this device. (defaults: to 1)</td></tr> - <tr><td><tt>playback=</tt></td><td>Accepts a binary numerical value for enabling (resp. disabling) the playback on this device. (defaults: to 1)</td></tr> -</table> - -<p>The sink name (resp. source name) defaults to <tt>oss_output</tt> (resp. <tt>oss_input</tt>).</p> - -<h3>module-oss-mmap</h3> - -<p>Similar to <tt>module-oss</tt> but uses memory mapped -(<tt>mmap()</tt>) access to the input/output buffers of the audio -device. This provides better latency behaviour but is not as -compatible as <tt>module-oss</tt>.</p> - -<p>This module accepts exactly the same arguments as <a href="#module-oss"><tt>module-oss</tt></a>.</p> - -<h3>module-solaris</h3> - -<P>Provides a sink and source for the Solaris audio device.</p> - -<p>In addition to the general device driver options described above this module supports:</p> - -<table> - <tr><td><tt>record=</tt></td><td>Accepts a binary numerical value for enabling (resp. disabling) the recording on this device. (defaults: to 1)</td></tr> - <tr><td><tt>playback=</tt></td><td>Accepts a binary numerical value for enabling (resp. disabling) the playback on this device. (defaults: to 1)</td></tr> - <tr><td><tt>buffer_size=</tt></td><td>Record buffer size</td></tr> -</table> - -<h3>module-waveout</h3> - -<P>Provides a sink and source for the Win32 audio device.</p> - -<p>This module supports all arguments thet <tt>module-oss</tt> supports except <tt>device=</tt>.</p> - -<a name="module-combine"/> -<h3>module-combine</h3> - -<p>This combines two or more sinks into one. A new virtual sink is -allocated. All data written to it is forwarded to all connected -sinks. In aequidistant intervals the sample rates of the output sinks -is recalculated: i.e. even when the sinks' crystals deviate (which is -normally the case) output appears synchronously to the human ear. The -resampling required for this may be very CPU intensive.</p> - -<table> - <tr><td><tt>sink_name=</tt></td><td>The name for the combined sink. (defaults to <tt>combined</tt>)</td></tr> - <tr><td><tt>master=</tt></td><td>The name of the first sink to link into the combined think. The sample rate/type is taken from this sink.</td></tr> - <tr><td><tt>slaves=</tt></td><td>Name of additional sinks to link into the combined think, seperated by commas.</td></tr> - <tr><td><tt>adjust_time=</tt></td><td>Time in seconds when to readjust the sample rate of all sinks. (defaults to 20)</td></tr> - <tr><td><tt>resample_method=</tt></td><td>Resampling algorithm to -use. See <tt>libsamplerate</tt>'s documentation for more -information. Use one of <tt>sinc-best-quality</tt>, -<tt>sinc-medium-quality</tt>, <tt>sinc-fastest</tt>, -<tt>zero-order-hold</tt>, <tt>linear</tt>. If the default happens to -be to slow on your machine try using <tt>zero-order-hold</tt>. This -will decrease output quality however. (defaults to -<tt>sinc-fastest</tt>)</td></tr> </table> - -<h3>module-tunnel-{sink,source}</h3> - -<p>Tunnel a remote sink/source to a local "ghost" -sink/source. Requires a running PulseAudio daemon on the remote server -with <tt>module-native-protocol-tcp</tt> loaded. It's probably a -better idea to connect to the remote sink/source directly since some -buffer control is lost through this tunneling.</p> - -<table> - <tr><td><tt>server=</tt></td><td>The server to connect to</td></tr> - <tr><td><tt>source=</tt></td><td>The source on the remote server. Only available for <tt>module-tunnel-source</tt>.</td></tr> - <tr><td><tt>sink=</tt></td><td>The sink on the remote server. Only available for <tt>module-tunnel-sink</tt>.</td></tr> - <tr><td><tt>cookie=</tt></td><td>The authentication cookie file to use.</td></tr> -</table> - -<h3>module-esound-sink</h3> - -<p>Create a playback sink using an <a href="http://www.tux.org/~ricdude/apps.html">ESOUND</a> server as backend. Whenever you can, try to omit this -module since it has many disadvantages including bad latency -and even worse latency measurement. </p> - -<table> - <tr><td><tt>server=</tt></td><td>The server to connect to</td></tr> - <tr><td><tt>cookie=</tt></td><td>The authentication cookie file to use.</td></tr> -</table> - -<h2>Protocols</h2> - -<a name="module-cli"/> - -<h3>module-cli</h3> - -<p>Provides the user with a simple command line interface on the -controlling TTY of the daemon. This module may not be loaded more than -once.</p> - -<p>For an explanation of the simple command line language used by this -module see <a href="cli.html"><tt>cli.html</tt></a>. - -<table> - <tr><td><tt>exit_on_eof=</tt></td><td>Accepts a binary numerical argument specifying whether the daemon shuld exit after an EOF was recieved from STDIN (default: 0)</td></tr> -</table> - -<a name="module-cli-protocol-unix"/> -<a name="module-cli-protocol-tcp"/> -<a name="module-cli-protocol"/> - -<h3>module-cli-protocol-{unix,tcp}</h3> - -<p>An implemenation of a simple command line based protocol for -controlling the PulseAudio daemon. If loaded, the user may -connect with tools like <tt>netcat</tt>, <tt>telnet</tt> or -<a href="http://0pointer.de/lennart/projects/bidilink/"><tt>bidilink</tt></a> to the listening sockets and execute commands the -same way as with <tt>module-cli</tt>.</p> - -<p><b>Beware!</b> Users are not authenticated when connecting to this -service.</p> - -<p>This module exists in two versions: with the suffix <tt>-unix</tt> -the service will listen on an UNIX domain socket in the local file -system. With the suffix <tt>-tcp</tt> it will listen on a network -transparent TCP/IP socket. (Both IPv6 and IPv4 - if available)</p> - -<p>This module supports the following options:</p> - -<table> - <tr><td><tt>port=</tt></td><td>(only for <tt>-tcp</tt>) The port number to listen on (defaults to 4712)</td></tr> - <tr><td><tt>loopback=</tt></td><td>(only for <tt>-tcp</tt>) Accepts -a numerical binary value. If 1 the socket is bound to the loopback -device, i.e. not publicly accessible. (defaults to 1)</td></tr> - <tr><td><tt>listen=</tt></td><td>(only for <tt>-tcp</tt>) The IP address to listen on. If specified, supersedes the value specified in <tt>loopback=</tt></td></tr> - <tr><td><tt>socket=</tt></td><td>(only for <tt>-unix</tt>) The UNIX socket name (defaults to <tt>/tmp/pulse/cli</tt>)</td></tr> -</table> - -<h3>module-simple-protocol-{unix,tcp}</h3> - -<p>An implementation of a simple protocol which allows playback by using -simple tools like <tt>netcat</tt>. Just connect to the listening -socket of this module and write the audio data to it, or read it from -it for playback, resp. recording.</p> - -<p><b>Beware!</b> Users are not authenticated when connecting to this -service.</p> - -<p>See <tt>module-cli-protocol-{unix,tcp}</tt> for more information -about the two possible suffixes of this module.</p> - -<p>In addition to the options supported by <a href="module-cli-protocol"><tt>module-cli-protocol-*</tt></a>, this module supports:</p> - -<table> - <tr><td><tt>rate=</tt>, <tt>format=</tt>, <tt>channels=</tt></td><td>Sample format for streams connecting to this service.</td></tr> - <tr><td><tt>playback=</tt>, <tt>record=</tt></td><td>Enable/disable playback/recording</td></tr> - <tr><td><tt>sink=</tt>, <tt>source=</tt></td><td>Specify the sink/source this service connects to</td></tr> -</table> - -<h3>module-esound-protocol-{unix,tcp}</h3> - -<p>An implemenation of a protocol compatible with the <a -href="http://www.tux.org/~ricdude/EsounD.html">Enlightened Sound -Daemon</a> (ESOUND, <tt>esd</tt>). When you load this module you may -access the PulseAudio daemon with tools like <tt>esdcat</tt>, -<tt>esdrec</tt> or even <tt>esdctl</tt>. Many applications, such as -XMMS, include support for this protocol.</p> - -<p>See <tt>module-cli-protocol-{unix,tcp}</tt> for more information -about the two possible suffixes of this module.</p> - -<p>In addition to the options supported by <a href="module-cli-protocol"><tt>module-cli-protocol-*</tt></a>, this module supports:</p> - -<table> - <tr><td><tt>sink=</tt>, <tt>source=</tt></td><td>Specify the sink/source this service connects to</td></tr> - <tr><td><tt>auth-anonymous=</tt></td><td>If set to 1 no authentication is required to connect to the service</td></tr> - <tr><td><tt>cookie=</tt></td><td>Name of the cookie file for authentication purposes</td></tr> -</table> - -<p>This implementation misses some features the original ESOUND has: e.g. there is no sample cache yet. However: XMMS works fine.</p> - -<h3>module-native-protocol-{unix,tcp}</h3> - -<p>The native protocol of PulseAudio.</p> - -<p>See <tt>module-cli-protocol-{unix,tcp}</tt> for more information -about the two possible suffixes of this module.</p> - -<p>In addition to the options supported by <a href="module-cli-protocol"><tt>module-cli-protocol-*</tt></a>, this module supports:</p> - -<table> - <tr><td><tt>auth-anonymous=</tt></td><td>If set to 1 no authentication is required to connect to the service</td></tr> - <tr><td><tt>auth-group=</tt></td><td>(only for <tt>-unix</tt>): members of the specified unix group may access the server without further auhentication.</td></tr> - <tr><td><tt>cookie=</tt></td><td>Name of the cookie file for authentication purposes</td></tr> -</table> - -<h3>module-native-protocol-fd</h3> - -<p>This is used internally when auto spawning a new daemon. Don't use it directly.</p> - -<h3>module-http-protocol-tcp</h3> - -<p>A proof-of-concept HTTP module, which can be used to introspect -the current status of the PulseAudio daemon using HTTP. Just load this -module and point your browser to <a -href="http://localhost:4714/">http://localhost:4714/</a>. This module takes the same arguments -as <tt>module-cli-protocol-tcp</tt>.</p> - -<h2>X Window System</h2> - -<h3>module-x11-bell</h3> - -<p>Intercepts X11 bell events and plays a sample from the sample cache on each occurence.</p> - -<table> - <tr><td><tt>display=</tt></td><td>X11 display to connect to. If ommited defaults to the value of <tt>$DISPLAY</tt></td></tr> - <tr><td><tt>sample=</tt></td><td>The sample to play. If ommited defaults to <tt>x11-bell</tt>.</td></tr> - <tr><td><tt>sink=</tt></td><td>Name of the sink to play the sample on. If ommited defaults to the default sink.</td></tr> -</table> - -<h3>module-x11-publish</h3> - -<p>Publishes the access credentials to the PulseAudio server in the -X11 root window. The following properties are used: -<tt>PULSE_SERVER</tt>, <tt>POYLP_SINK</tt>, <tt>PULSE_SOURCE</tt>, -<tt>PULSE_COOKIE</tt>. This is very useful when using SSH or any other -remote login tool for logging into other machines and getting audio -playback to your local speakers. The PulseAudio client libraries make -use of this data automatically. Instead of using this module you may -use the tool <tt>pax11publish</tt> which may be used to access, modify -and import credential data from/to the X11 display.</p> - -<table> - <tr><td><tt>display=</tt></td><td>X11 display to connect to. If ommited defaults to the value of <tt>$DISPLAY</tt></td></tr> - <tr><td><tt>sink=</tt></td><td>Name of the default sink. If ommited this property isn't stored in the X11 display.</td></tr> - <tr><td><tt>source=</tt></td><td>Name of the default source. If ommited this property isn't stored in the X11 display.</td></tr> - <tr><td><tt>cookie=</tt></td><td>Name of the cookie file of the -cookie to store in the X11 display. If ommited the cookie of an -already loaded protocol module is used.</td></tr> </table> - -<h2>Volume Control</h2> - -<h3>module-mmkbd-evdev</h3> - -<p>Adjust the volume of a sink when the special multimedia buttons of modern keyboards are pressed.</p> - -<table> - <tr><td><tt>device=</tt></td><td>Linux input device ("<tt>evdev</tt>", defaults to <tt>/dev/input/event0</tt>)</td></tr> - <tr><td><tt>sink=</tt></td><td>The sink to control</td></tr> -</table> - -<h3>module-lirc</h3> - -<p>Adjust the volume of a sink when the volume buttons of an infrared remote control are pressed (through LIRC).</p> - -<table> - <tr><td><tt>config=</tt></td><td>The LIRC configuration file</td></tr> - <tr><td><tt>appname=</tt></td><td>The application name to pass to LIRC (defaults to <tt>pulseaudio</tt>)</td></tr> - <tr><td><tt>sink=</tt></td><td>The sink to control</td></tr> -</table> - -<a name="rtp"/> -<h2>RTP/SDP/SAP Transport</h2> - -<p>PulseAudio can stream audio data to an IP multicast group via the -standard protocols <a -href="http://en.wikipedia.org/wiki/Real-time_Transport_Protocol">RTP</a>, -<a -href="http://en.wikipedia.org/wiki/Session_Announcement_Protocol">SAP</a> -and <a -href="http://en.wikipedia.org/wiki/Session_Description_Protocol">SDP</a> -(RFC3550, RFC3551, RFC2327, RFC2327). This can be used for multiple -different purposes: for sharing a single microphone on multiple -computers on the local LAN, for streaming music from a single -controlling PC to multiple PCs with speakers or to implement a simple -"always-on" teleconferencing solution.</p> - -<p>The current implementation is designed to be used exlusively in -local area networks, though Internet multicasting is theoretically -supported. Only uncompressed audio is supported, hence you won't be -able to multicast more than a few streams at the same time over a -standard LAN.</p> - -<p>PulseAudio implements both a sender and a reciever for RTP -traffic. The sender announces itself via SAP/SDP on the same multicast -group as it sends the RTP data to. The reciever picks up the SAP/SDP -announcements and creates a playback stream for each -session. Alternatively you can use any RTP capable client to -recieve and play back the RTP data (such as <tt>mplayer</tt>).</p> - -<h3>module-rtp-send</h3> - -<p>This is the sender side of the RTP/SDP/SAP implementation. It reads -audio data from an existing source and forwards it to the network -encapsulated in RTP. In addition it sends SAP packets with an SDP -session description.</p> - -<p>In combination with the monitor source of <tt>module-null-sink</tt> -you can use this module to create an RTP sink.</p> - -<table> - <tr><td><tt>source=</tt></td><td>The source to read the audio data from. If ommited defaults to the default source.</td></tr> - <tr><td><tt>format=, rate=, channels=</tt></td><td>Sample format to use, defaults to the source's.</td></tr> - <tr><td><tt>destination=</tt></td><td>Destination multicast group for both RTP and SAP packets, defaults to <tt>224.0.0.56</tt></td></tr> - <tr><td><tt>port=</tt></td><td>Destination port number of the RTP -traffic. If ommited defaults to a randomly chosen even port -number. Please keep in mind that the RFC suggests to use only even -port numbers for RTP traffic.</td></tr> - <tr><td><tt>mtu=</tt></td><td>Maximum payload size for RTP packets. If ommited defaults to 1280</td></tr> - <tr><td><tt>loop=</tt></td><td>Takes a boolean value, specifying whether locally generated RTP traffic should be looped back to the local host. Disabled by default.</td></tr> -</table> - -<h3>module-rtp-recv</h3> - -<p>This is the reciever side of the RTP/SDP/SAP implementation. It -picks up SAP session announcements and creates an RTP playback stream -for each.</p> - -<p>In combination with <tt>module-null-sink</tt> you can use this -module to create an RTP source.</p> - -<table> - <tr><td><tt>sink=</tt></td><td>The sink to connect to. If ommited defaults to the default sink.</td></tr> - <tr><td><tt>sap_address=</tt></td><td>The multicast group to join for SAP announcements, defaults to <tt>224.0.0.56</tt>.</td></tr> -</table> - -<h2>JACK Connectivity</h2> - -<p>PulseAudio can be hooked up to a <a -href="http://jackit.sourceforge.net/">JACK Audio Connection Kit</a> server which is a specialized sound server used for professional audio production on Unix/Linux. Both a -PulseAudio sink and a source are available. For each channel a port is -created in the JACK server.</p> - -<h3>module-jack-sink</h3> - -<p>This module implements a PulseAudio sink that connects to JACK and registers as many output ports as requested.</p> - -<table> - <tr><td><tt>sink_name=</tt></td><td>The name for the PulseAudio sink. If ommited defaults to <tt>jack_out</tt>.</td></tr> - <tr><td><tt>server_name=</tt></td><td>The JACK server to connect to. If ommited defaults to the default server.</td></tr> - <tr><td><tt>client_name=</tt></td><td>The client name to tell the JACK server. If ommited defaults to <tt>PulseAudio</tt>.</td></tr> - <tr><td><tt>channels=</tt></td><td>Number of channels to register. If ommited defaults to the number of physical playback ports of the JACK server.</td></tr> - <tr><td><tt>connect=</tt></td><td>Takes a boolean value. If enabled (the default) PulseAudio will try to connect its ports to the physicial playback ports of the JACK server</td></tr> -</table> - -<h3>module-jack-source</h3> - -<p>This module implements a PulseAudio source that connects to JACK -and registers as many input ports as requested. Takes the same -arguments as <tt>module-jack-sink</tt>, except for <tt>sink_name</tt> -which is replaced by <tt>source_name</tt> (with a default of <tt>jack_in</tt>) for obvious reasons.</p> - -<h2>Miscellaneous</h2> - -<h3>module-sine</h3> - -<p>Creates a sink input and generates a sine waveform stream.</p> - -<table> - <tr><td><tt>sink=</tt></td><td>The sink to connect to. If ommited defaults to the default sink.</td></tr> - <tr><td><tt>frequency=</tt></td><td>The frequency to generate in Hertz. Defaults to 440.</td></tr> -</table> - -<h3>module-esound-compat-spawnfd</h3> - -<p>This is a compatibility module for <tt>libesd</tt> based autospawning of PulseAudio. Don't use it directly.</p> - -<h3>module-esound-compat-spawnpid</h3> - -<p>This is a compatibility module for <tt>libesd</tt> based autospawning of PulseAudio. Don't use it directly.</p> - -<h3>module-match</h3> - -<p>Adjust the volume of a playback stream automatically based on its name.</p> - -<table> - <tr><td><tt>table=</tt></td><td>The regular expression matching table file to use (defaults to <tt>~/.pulse/match.table</tt>)</td></tr> -</table> - -<p>The table file should contain a regexp and volume on each line, seperated by spaces. An example:</p> - -<pre> -^sample: 32000 -</pre> - -<p>The volumes of all streams with titles starting with <tt>sample:</tt> are automatically set to 32000. (FYI: All sample cache streams start with <tt>sample:</tt>)</p> - -<h3>module-volume-restore</h3> - -<p>Adjust the volume of a playback stream automatically based on its name.</p> - -<table> - <tr><td><tt>table=</tt></td><td>The table file to use (defaults to <tt>~/.pulse/volume.table</tt>)</td></tr> -</table> - -<p>In contrast to <tt>module-match</tt> this module needs no explicit -configuration. Instead the volumes are saved and restored in a fully -automatical fashion depending on the client name to identify -streams. The volume for a stream is automatically saved every time it is -changed and than restored when a new stream is created.</p> - -<h3>module-detect</h3> - -<p>Automatically detect the available sound hardware and load modules for it. Supports OSS, ALSA, Solaris and Win32 output drivers. - -<table> - <tr><td><tt>just-one=</tt></td><td>If set to <tt>1</tt> the module will only try to load a single sink/source and than stop.</td></tr> -</table> - -<h3>module-zeroconf-publish</h3> - -<p>Publish all local sinks/sources using mDNS Zeroconf.</p> - - -<hr/> -<address class="grey">Lennart Poettering <@PACKAGE_BUGREPORT@>, April 2006</address> -<div class="grey"><i>$Id$</i></div> -</body> </html> |