X-Git-Url: http://git.tuebingen.mpg.de/?p=paraslash.git;a=blobdiff_plain;f=FEATURES;h=7fdd23996732a677765c6f4e850a92b14a69d182;hp=17d5051c81647e982e4c713ca09e65b36eb503d0;hb=fa54361d9eb07f22cbe6a59faa6321700b807f49;hpb=fee01885fb4c6cef1909ebd753050327ee977aee

diff --git a/FEATURES b/FEATURES
index 17d5051c..7fdd2399 100644
--- a/FEATURES
+++ b/FEATURES
@@ -1,41 +1,38 @@
 Features
 ========
 
-configurable audio streaming software
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+configurable audio streaming software:
+~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 	para_server streams binary audio data (mp3/ogg files) over
-	local or remote networks. It contains two built-in streamers:
-	the http streamer and the ortp streamer.
+	local and/or remote networks. It supports three builtin
+	streaming methods (senders): http, dccp, or rtp.
 
 	para_audiod runs on the client side and connects to
-	para_server. The audio stream is read back and sent through
-	any of paraslash's filters (mp3 decoder, ogg vorbis decoder,
-	volume normalizer,...) and the resulting stream is written to
-	an external program's standard in, usually an audio player,
-	like para_play that uses alsa. It is possible to grab the
-	stream at any position in the filter chain.
+	para_server. The audio stream is read from the network and
+	sent through any of paraslash's filters (mp3 decoder, ogg
+	vorbis decoder, volume normalizer,...). The resulting stream
+	is written to an external program's standard in, usually an
+	audio player like para_write, which comes with paraslash and
+	contains an alsa player.  It is possible to capture the stream
+	at any position in the filter chain.
 
 	The receiving/filtering software is also available as
-	standalone command line tool: para_recv grabs the http or ortp
-	stream and writes to stdout; para_filter reads from stdin,
-	converts the stream according to the given --filter command
-	line options and writes the transformed stream to stdout.
+	standalone command line tool: para_recv reads the stream and
+	writes to stdout; para_filter reads from stdin, converts the
+	stream according to the given --filter command line options
+	and writes the transformed stream to stdout.
 
 configurable audio file selectors:
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-	There are three audio file selectors (aka "database tools")
-	available:
-
-		- random
-		- plm (playlist manager)
-		- mysql
+	There are three audio file selectors available: random,
+	playlist and mysql
 
 	The first two of these are rather simple, and they are always
 	supported. They allow streaming of randomly selected files
 	or files given by a playlist respectively.
 
 	The (optional) mysql selector is more involved. It manages
-	statistics on your audio files and audio file selection is
+	statistics on your audio files, and audio file selection is
 	done by sending a user-defined sql-query to the mysql server.
 	This allows rather sophisticated configurations and is
 	explained in detail in README.mysql.
@@ -46,17 +43,15 @@ configurable audio file selectors:
 small memory footprint:
 ~~~~~~~~~~~~~~~~~~~~~~~
 	paraslash is lightweight. The stripped binary of para_server
-	with all its features compiled in (mysql/random dbtool,
-	mp3/ogg support, http/ortp support) is about 110K on i386
-	under Linux. para_audiod is even smaller.
-
-command line interface, including shell:
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-	para_client without arguments starts interactive (shell)
-	mode. Otherwise, command is sent to para_server directly
-	and output is dumped to stdout. This can be used by any
-	scripting language to produce user interfaces with very little
-	programming effort.
+	with all its features compiled in (mysql/random/playlist
+	selector, mp3/ogg support, http/dccp/ortp support) is about 110K
+	on i386 under Linux. para_audiod is even smaller.
+
+command line interface:
+~~~~~~~~~~~~~~~~~~~~~~~
+	paraslash commands are sent to para_server and the response is
+	dumped to stdout. This can be used by any scripting language
+	to produce user interfaces with little programming effort.
 
 authentication/encryption via openssl:
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~