So, I played with my WINE setup some more, and by creating some
registry entries, I was able to force WINE to use my "default" ALSA
pcm.
http://wiki.winehq.org/UsefulRegistryKeys
Here are my new entries in WINE's user.reg file:
[Software\\Wine\\Alsa Driver] 1300973815
"AutoScanCards"="no"
"AutoScanDevices"="yes"
"DeviceCount"="1"
"DeviceCTL1"="default"
"DevicePCM1"="default"
"UseDirectHW"="yes"
[Software\\Wine\\DirectSound] 1300976391
"DefaultBitsPerSample"="32"
"DefaultSampleRate"="96000"
"HardwareAcceleration"="Full"
[Software\\Wine\\Drivers] 1300939175
"Audio"="alsa"
This allows me to play and record at 32-bit and 48kHz. I can also
record at 32-bit and 96kHz; however, the 96kHz playback is very
distorted. I don't know if it's a buffer mismatch or what.
Any suggestions on how I can modify my .asoundrc file to help make
it more WINE friendly?
Thanks!
Trevor
On 03/23/2011 11:42 PM, m27315 wrote:
Hi,
I am trying to run Adobe Audition 3.0 in WINE. I realize this is
not a WINE forum, but I am hoping that some expert ALSA users or
developers may be able to help me decipher the WINE error message,
so I can correctly configure ALSA to make WINE happy.
When I configure WINE (winecfg), in the "Audio" panel, the ALSA
option only shows: Wave In, Midi Out, and Midi In - no Wave Out.
If I select ALSA anyway and run Audition, I get the following
error message:
$ wine .wine/drive_c/Program\ Files\
\(x86\)/Adobe/Adobe\ Audition\ 3.0/Audition.exe
fixme:font:WineEngAddFontResourceEx Ignoring flags 10
fixme:mountmgr:harddisk_ioctl unsupported ioctl 74080
fixme:mountmgr:harddisk_ioctl unsupported ioctl 4100c
fixme:gdiplus:GdipDrawString not implemented for given
parameters
fixme:gdiplus:GdipDrawString not implemented for given
parameters
fixme:gdiplus:GdipDrawString not implemented for given
parameters
fixme:thread:SetThreadIdealProcessor (0x1cc): stub
fixme:thread:SetThreadIdealProcessor (0x1d4): stub
fixme:msrle32:MSRLE32_DriverProc ICM_CONFIGURE (-1)
fixme:msvidc32:CRAM_DriverProc compression not implemented
fixme:msvidc32:CRAM_DriverProc compression not implemented
fixme:msvidc32:CRAM_DriverProc compression not implemented
fixme:msvidc32:CRAM_DriverProc compression not implemented
fixme:iccvid:ICCVID_DriverProc compression not implemented
fixme:iccvid:ICCVID_DriverProc compression not implemented
fixme:iccvid:ICCVID_DriverProc compression not implemented
fixme:iccvid:ICCVID_DriverProc compression not implemented
err:module:import_dll Library WMVCore.DLL (which is needed by
L"Z:\\home\\m27315\\.wine\\drive_c\\Program Files
(x86)\\Adobe\\Adobe Audition
3.0\\en_US\\ImporterWindowsMedia.prm") not found
fixme:win:EnumDisplayDevicesW ((null),0,0x33d978,0x00000000),
stub!
fixme:mixer:ALSA_MixerInit No master
control found on Mia, disabling mixer
err:alsa:ALSA_CheckSetVolume Could
not find 'PCM Playback Volume' element
err:x11settings:X11DRV_ChangeDisplaySettingsEx No matching
mode found 1920x1080x32 @0! (XRandR)
Incidentally, winecfg shows the same error message, when I view
the "Audio" tab:
$ winecfg
err:alsa:ALSA_CheckSetVolume Could not find 'PCM Playback
Volume' element
fixme:mixer:ALSA_MixerInit No master control found on Mia,
disabling mixer
Is there anything I can do in my .asoundrc file to present a
palatable "master control" and "PCM Playback Volume element" to
WINE? (I have tried virtually every combination of options in
winecfg to no avail.) My .asoundrc file is included below.
I am using an Echo Audio Mia card (24-bit/96 kHz),
media-libs/alsa-lib 1.0.24.1, media-plugins/alsa-plugins 1.0.24,
media-sound/alsa-firmware 1.0.24.1, media-sound/alsa-headers
1.0.24, media-sound/alsa-tools 1.0.24.1, and
media-sound/alsa-utils 1.0.24.2, on a current Gentoo AMD64 Linux
workstation.
Many thanks!
Trevor
$ cat ~/.asoundrc
# Set default sound card
# Useful so that all settings can be changed to a different card
here.
pcm.mia_out {
type hw
card 0
device 0
subdevice 0
#rate 96000
#format S32_LE
#channels 2
}
pcm.mia_in {
type hw
card 0
device 0
subdevice 0
#rate 96000
#format S32_LE
#channels 2
}
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 mia_out
period_time 0
period_size 1024
buffer_size 8192
rate 96000
format S32_LE
channels 2
}
bindings {
0 0
1 1
}
}
# Allow reading from the default device.
# Also known as record or capture.
pcm.dsnooper {
type dsnoop
ipc_key 2048
#slave.pcm mia_in
slave {
# This stuff provides some fixes for latency issues.
# buffer_size should be set for your audio chipset.
pcm mia_in
period_time 0
period_size 1024
buffer_size 8192
rate 96000
format S32_LE
channels 2
}
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 plug
slave.pcm "duplex"
}
########
# 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 "mia_out"
}
# OSS control for dsp0 (default old OSS is mixer0)
ctl.mixer0 {
type plug
slave.pcm "mia_out"
|
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