rendered paste bodypcm.via82xx {
type plug
slave.pcm "hw:1,0"
}
pcm.emu10k1 {
type plug
slave.pcm "hw:0,0"
}
# Allow mixing of multiple output streams to this device
pcm.dmixer {
type dmix
ipc_key 1024
slave {
# This stuff provides some fixes for latency issues.
# buffer_size should be set for your audio chipset.
pcm "hw:0,0"
# pcm "hw:1,0"
period_time 0
period_size 1024
buffer_size 4096
# rate 44100
}
bindings {
0 0
1 1
}
}
#pcm.dmixs51 {
# type dmix
# ipc_key 1024
# slave {
## pcm "hw:1,0"
# pcm "hw:0,0"
# rate 48000
# channels 6
# period_time 0
# period_size 1024
# buffer_time 0
# buffer_size 4096
# }
#}
#pcm.duplicate {
# type plug
# slave.pcm "dmixs51"
# slave.channels 6
# route_policy duplicate
#}
# Allow reading from the default device.
# Also known as record or capture.
pcm.dsnooper {
type dsnoop
ipc_key 2048
# slave.pcm "via82xx"
slave.pcm "emu10k1"
bindings {
0 0
1 1
}
}
# This is what we want as our default device
# a fully duplex (read/write) audio device.
pcm.duplex {
type asym
playback.pcm "dmixer"
capture.pcm "dsnooper"
}
###################
# CONVERSION PLUG #
###################
# Setting the default pcm device allows the conversion
# rate to be selected on the fly.
# duplex mode allows any alsa enabled app to read/write
# to the dmix plug (Fixes a problem with wine).
pcm.!default {
type asym
playback.pcm "dmixer"
capture.pcm "dsnooper"
}
########
# AOSS #
########
# OSS dsp0 device (OSS needs only output support, duplex will break some stuff)
pcm.dsp0 {
type plug
slave.pcm "dmixer"
}
# OSS control for dsp0 (needed? ...this might not be useful)
ctl.dsp0 {
type plug
# slave.pcm "via82xx"
slave.pcm "emu10k1"
}
# OSS control for dsp0 (default old OSS is mixer0)
ctl.mixer0 {
type plug
# slave.pcm "via82xx"
slave.pcm "emu10k1"
}