Module submission - polypaudio
dveatch@woh.rr.com
dveatch at woh.rr.com
Fri May 27 02:06:16 UTC 2005
module name : polypaudio
suggested section :
update (y/n) : y
bugfix (y/n) : n
security (y/n) : n
This is a new module. IT's intent to be a drop-in replacement for
ESOUND. See DETAILS for more info.
It can also be used by kdemultimedia3.
I have compiled it with no problems but not actually tried it's sound
serving capabilities.
Dennis
==================== BEGIN DEPENDS ====================
depends libsamplerate &&
depends libsndfile &&
depends tcp_wrappers &&
depends lynx
===================== END DEPENDS =====================
==================== BEGIN DETAILS ====================
MODULE=polypaudio
VERSION=0.7
SOURCE=$MODULE-$VERSION.tar.gz
SOURCE_URL[0]=http://0pointer.de/lennart/projects/polypaudio/
SOURCE_VFY=sha1:ff6545e9790ba1b019990f0d26a8eb37702c4c10
WEB_SITE=http://0pointer.de/lennart/projects/polypaudio/
ENTERED=20050426
UPDATED=20050526
SHORT="polypaudio is a sound server for Linux and other Unix like operating systems. It is intended to be an improved drop-in replacement for the Enlightened Sound Daemon (ESOUND)."
cat << EOF
polypaudio is a sound server for Linux and other Unix like operating systems. It is intended to be an improved drop-in replacement for the Enlightened Sound Daemon (ESOUND). It is my ultimate ambition to get Polypaudio into Gnome as a replacement for ESOUND. In addition to the features ESOUND provides polypaudio has:
Extensible plugin architecture (by loading dynamic loadable modules with dlopen())
Support for more than one sink/source
Better low latency behaviour
Embedabble into other software (the core is available as C library)
Completely asynchronous C API
Simple command line interface for reconfiguring the daemon while running
Flexible, implicit sample type conversion and resampling
"Zero-Copy" architecture
Module autoloading
Very accurate latency measurement for playback and recordin.
May be used to combine multiple sound cards to one (with sample rate adjustment)
Client side latency interpolation
EOF
===================== END DETAILS =====================
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