/
SoftAE.cpp
1548 lines (1331 loc) · 45.2 KB
/
SoftAE.cpp
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/*
* Copyright (C) 2010-2013 Team XBMC
* http://xbmc.org
*
* This Program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2, or (at your option)
* any later version.
*
* This Program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with XBMC; see the file COPYING. If not, see
* <http://www.gnu.org/licenses/>.
*
*/
#include <string.h>
#include <sstream>
#include <iterator>
#include "system.h"
#include "utils/log.h"
#include "utils/TimeUtils.h"
#include "utils/MathUtils.h"
#include "utils/EndianSwap.h"
#include "threads/SingleLock.h"
#include "settings/AdvancedSettings.h"
#include "settings/Settings.h"
#include "SoftAE.h"
#include "SoftAESound.h"
#include "SoftAEStream.h"
#include "AESinkFactory.h"
#include "Interfaces/AESink.h"
#include "Utils/AEUtil.h"
#include "Encoders/AEEncoderFFmpeg.h"
using namespace std;
/* Define idle wait time based on platform in milliseconds */
/* Higher wait times reduce thread CPU overhead when in */
/* idle or Suspend() modes */
#if defined (TARGET_WINDOWS) || defined (TARGET_LINUX) || \
defined (TARGET_DARWIN_OSX) || defined (TARGET_FREEBSD)
#define SOFTAE_IDLE_WAIT_MSEC 50 // shorter sleep for HTPC's
#elif defined (TARGET_RASPBERRY_PI) || defined (TARGET_ANDROID)
#define SOFTAE_IDLE_WAIT_MSEC 100 // longer for R_PI and Android
#else
#define SOFTAE_IDLE_WAIT_MSEC 100 // catchall for undefined platforms
#endif
CSoftAE::CSoftAE():
m_thread (NULL ),
m_audiophile (true ),
m_running (false ),
m_reOpen (false ),
m_sinkIsSuspended (false ),
m_isSuspended (false ),
m_softSuspend (false ),
m_softSuspendTimeout (XbmcThreads::EndTime::InfiniteValue),
m_volume (1.0 ),
m_sink (NULL ),
m_sinkBlockTime (0 ),
m_transcode (false ),
m_rawPassthrough (false ),
m_soundMode (AE_SOUND_OFF),
m_streamsPlaying (false ),
m_encoder (NULL ),
m_converted (NULL ),
m_convertedSize (0 ),
m_masterStream (NULL ),
m_outputStageFn (NULL ),
m_streamStageFn (NULL )
{
unsigned int c_retry = 5;
CAESinkFactory::EnumerateEx(m_sinkInfoList);
while(m_sinkInfoList.size() == 0 && c_retry > 0)
{
CLog::Log(LOGNOTICE, "No Devices found - retry: %d", c_retry);
Sleep(2000);
c_retry--;
// retry the enumeration
CAESinkFactory::EnumerateEx(m_sinkInfoList, true);
}
CLog::Log(LOGNOTICE, "Found %lu Lists of Devices", m_sinkInfoList.size());
PrintSinks();
}
CSoftAE::~CSoftAE()
{
Deinitialize();
/* free the streams */
CSingleLock streamLock(m_streamLock);
while (!m_streams.empty())
{
CSoftAEStream *s = m_streams.front();
delete s;
}
/* free the sounds */
CSingleLock soundLock(m_soundLock);
while (!m_sounds.empty())
{
CSoftAESound *s = m_sounds.front();
m_sounds.pop_front();
delete s;
}
}
IAESink *CSoftAE::GetSink(AEAudioFormat &newFormat, bool passthrough, std::string &device)
{
device = passthrough ? m_passthroughDevice : m_device;
/* if we are raw, force the sample rate */
if (AE_IS_RAW(newFormat.m_dataFormat))
{
switch (newFormat.m_dataFormat)
{
case AE_FMT_AC3:
case AE_FMT_DTS:
break;
case AE_FMT_EAC3:
newFormat.m_sampleRate = 192000;
break;
case AE_FMT_TRUEHD:
case AE_FMT_DTSHD:
newFormat.m_sampleRate = 192000;
break;
default:
break;
}
}
IAESink *sink = CAESinkFactory::Create(device, newFormat, passthrough);
return sink;
}
/* this method MUST be called while holding m_streamLock */
inline CSoftAEStream *CSoftAE::GetMasterStream()
{
/* remove any destroyed streams first */
for (StreamList::iterator itt = m_streams.begin(); itt != m_streams.end();)
{
CSoftAEStream *stream = *itt;
if (stream->IsDestroyed())
{
RemoveStream(m_playingStreams, stream);
RemoveStream(m_streams , stream);
delete stream;
continue;
}
++itt;
}
if (!m_newStreams.empty())
return m_newStreams.back();
if (!m_streams.empty())
return m_streams.back();
return NULL;
}
/* save method to call outside of the main thread, use this one */
void CSoftAE::OpenSink()
{
m_reOpenEvent.Reset();
m_reOpen = true;
m_reOpenEvent.Wait();
m_wake.Set();
}
void CSoftAE::InternalCloseSink()
{
/* close the old sink if it was open */
if (m_sink)
{
CExclusiveLock sinkLock(m_sinkLock);
m_sink->Drain();
m_sink->Deinitialize();
delete m_sink;
m_sink = NULL;
}
}
/* this must NEVER be called from outside the main thread or Initialization */
void CSoftAE::InternalOpenSink()
{
/* save off our raw/passthrough mode for checking */
bool wasTranscode = m_transcode;
bool wasRawPassthrough = m_rawPassthrough;
bool reInit = false;
LoadSettings();
/* initialize for analog output */
m_rawPassthrough = false;
m_streamStageFn = &CSoftAE::RunStreamStage;
m_outputStageFn = &CSoftAE::RunOutputStage;
/* initialize the new format for basic 2.0 output */
AEAudioFormat newFormat;
newFormat.m_dataFormat = AE_FMT_FLOAT;
newFormat.m_sampleRate = 44100;
newFormat.m_encodedRate = 0;
newFormat.m_channelLayout = m_stereoUpmix ? m_stdChLayout : AE_CH_LAYOUT_2_0;
newFormat.m_frames = 0;
newFormat.m_frameSamples = 0;
newFormat.m_frameSize = 0;
CSingleLock streamLock(m_streamLock);
m_masterStream = GetMasterStream();
if (m_masterStream)
{
/* choose the sample rate & channel layout based on the master stream */
newFormat.m_sampleRate = m_masterStream->GetSampleRate();
if (!m_stereoUpmix)
newFormat.m_channelLayout = m_masterStream->m_initChannelLayout;
if (m_masterStream->IsRaw())
{
newFormat.m_sampleRate = m_masterStream->GetSampleRate();
newFormat.m_encodedRate = m_masterStream->GetEncodedSampleRate();
newFormat.m_dataFormat = m_masterStream->GetDataFormat();
newFormat.m_channelLayout = m_masterStream->m_initChannelLayout;
m_rawPassthrough = true;
m_streamStageFn = &CSoftAE::RunRawStreamStage;
m_outputStageFn = &CSoftAE::RunRawOutputStage;
}
else
{
if (!m_transcode)
newFormat.m_channelLayout.ResolveChannels(m_stdChLayout);
else
{
if (m_masterStream->m_initChannelLayout == AE_CH_LAYOUT_2_0)
m_transcode = false;
m_encoderInitSampleRateMul = 1.0 / newFormat.m_sampleRate;
}
}
/* if the stream is paused we cant use it for anything else */
if (m_masterStream->m_paused)
m_masterStream = NULL;
}
else
m_transcode = false;
if (!m_rawPassthrough && m_transcode)
newFormat.m_dataFormat = AE_FMT_AC3;
streamLock.Leave();
std::string device, driver;
if (m_transcode || m_rawPassthrough)
device = m_passthroughDevice;
else
device = m_device;
CAESinkFactory::ParseDevice(device, driver);
if (driver.empty() && m_sink)
driver = m_sink->GetName();
if (m_rawPassthrough)
CLog::Log(LOGINFO, "CSoftAE::InternalOpenSink - RAW passthrough enabled");
else if (m_transcode)
CLog::Log(LOGINFO, "CSoftAE::InternalOpenSink - Transcode passthrough enabled");
/*
try to use 48000hz if we are going to transcode, this prevents the sink
from being re-opened repeatedly when switching sources, which locks up
some receivers & crappy integrated sound drivers. Check for as.xml override
*/
if (m_transcode && !m_rawPassthrough)
{
enum AEChannel ac3Layout[3] = {AE_CH_RAW, AE_CH_RAW, AE_CH_NULL};
newFormat.m_channelLayout = ac3Layout;
m_outputStageFn = &CSoftAE::RunTranscodeStage;
if (!g_advancedSettings.m_allowTranscode44100)
newFormat.m_sampleRate = 48000;
}
/*
if there is an audio resample rate set, use it, this MAY NOT be honoured as
the audio sink may not support the requested format, and may change it.
*/
if (g_advancedSettings.m_audioResample)
{
newFormat.m_sampleRate = g_advancedSettings.m_audioResample;
CLog::Log(LOGINFO, "CSoftAE::InternalOpenSink - Forcing samplerate to %d", newFormat.m_sampleRate);
}
/* only re-open the sink if its not compatible with what we need */
std::string sinkName;
if (m_sink)
{
sinkName = m_sink->GetName();
std::transform(sinkName.begin(), sinkName.end(), sinkName.begin(), ::toupper);
}
if (!m_sink || sinkName != driver || !m_sink->IsCompatible(newFormat, device))
{
CLog::Log(LOGINFO, "CSoftAE::InternalOpenSink - sink incompatible, re-starting");
/* take the sink lock */
CExclusiveLock sinkLock(m_sinkLock);
reInit = true;
//close the sink cause it gets reinited
InternalCloseSink();
/* get the display name of the device */
GetDeviceFriendlyName(device);
/* if we already have a driver, prepend it to the device string */
if (!driver.empty())
device = driver + ":" + device;
/* create the new sink */
m_sink = GetSink(newFormat, m_transcode || m_rawPassthrough, device);
/* perform basic sanity checks on the format returned by the sink */
ASSERT(newFormat.m_channelLayout.Count() > 0);
ASSERT(newFormat.m_dataFormat <= AE_FMT_FLOAT);
ASSERT(newFormat.m_frames > 0);
ASSERT(newFormat.m_frameSamples > 0);
ASSERT(newFormat.m_frameSize == (CAEUtil::DataFormatToBits(newFormat.m_dataFormat) >> 3) * newFormat.m_channelLayout.Count());
ASSERT(newFormat.m_sampleRate > 0);
CLog::Log(LOGDEBUG, "CSoftAE::InternalOpenSink - %s Initialized:", m_sink->GetName());
CLog::Log(LOGDEBUG, " Output Device : %s", m_deviceFriendlyName.c_str());
CLog::Log(LOGDEBUG, " Sample Rate : %d", newFormat.m_sampleRate);
CLog::Log(LOGDEBUG, " Sample Format : %s", CAEUtil::DataFormatToStr(newFormat.m_dataFormat));
CLog::Log(LOGDEBUG, " Channel Count : %d", newFormat.m_channelLayout.Count());
CLog::Log(LOGDEBUG, " Channel Layout: %s", ((std::string)newFormat.m_channelLayout).c_str());
CLog::Log(LOGDEBUG, " Frames : %d", newFormat.m_frames);
CLog::Log(LOGDEBUG, " Frame Samples : %d", newFormat.m_frameSamples);
CLog::Log(LOGDEBUG, " Frame Size : %d", newFormat.m_frameSize);
m_sinkFormat = newFormat;
m_sinkFormatSampleRateMul = 1.0 / (double)newFormat.m_sampleRate;
m_sinkBlockSize = newFormat.m_frames * newFormat.m_frameSize;
m_sinkBlockTime = 1000 * newFormat.m_frames / newFormat.m_sampleRate;
// check if sink controls volume, if so, init the volume.
m_sinkHandlesVolume = m_sink->HasVolume();
if (m_sinkHandlesVolume)
m_sink->SetVolume(m_volume);
/* invalidate the buffer */
m_buffer.Empty();
}
else
CLog::Log(LOGINFO, "CSoftAE::InternalOpenSink - keeping old sink with : %s, %s, %dhz",
CAEUtil::DataFormatToStr(newFormat.m_dataFormat),
((std::string)newFormat.m_channelLayout).c_str(),
newFormat.m_sampleRate);
reInit = (reInit || m_chLayout != m_sinkFormat.m_channelLayout);
m_chLayout = m_sinkFormat.m_channelLayout;
size_t neededBufferSize = 0;
if (m_rawPassthrough)
{
if (!wasRawPassthrough)
m_buffer.Empty();
m_convertFn = NULL;
m_bytesPerSample = CAEUtil::DataFormatToBits(m_sinkFormat.m_dataFormat) >> 3;
m_frameSize = m_sinkFormat.m_frameSize;
m_frameSizeMul = 1.0 / (double)m_frameSize;
neededBufferSize = m_sinkFormat.m_frames * m_sinkFormat.m_frameSize;
}
else
{
/* if we are transcoding */
if (m_transcode)
{
if (!wasTranscode || wasRawPassthrough)
{
/* invalidate the buffer */
m_buffer.Empty();
if (m_encoder)
m_encoder->Reset();
}
/* configure the encoder */
AEAudioFormat encoderFormat;
encoderFormat.m_dataFormat = AE_FMT_FLOAT;
encoderFormat.m_sampleRate = m_sinkFormat.m_sampleRate;
encoderFormat.m_encodedRate = 0;
encoderFormat.m_channelLayout = m_chLayout;
encoderFormat.m_frames = 0;
encoderFormat.m_frameSamples = 0;
encoderFormat.m_frameSize = 0;
if (!m_encoder || !m_encoder->IsCompatible(encoderFormat))
{
m_buffer.Empty();
SetupEncoder(encoderFormat);
m_encoderFormat = encoderFormat;
if (encoderFormat.m_frameSize > 0)
m_encoderFrameSizeMul = 1.0 / (double)m_sinkFormat.m_frameSize;
else
m_encoderFrameSizeMul = 1.0;
}
/* remap directly to the format we need for encode */
reInit = (reInit || m_chLayout != m_encoderFormat.m_channelLayout);
m_chLayout = m_encoderFormat.m_channelLayout;
m_convertFn = CAEConvert::FrFloat(m_encoderFormat.m_dataFormat);
neededBufferSize = m_encoderFormat.m_frames * sizeof(float) * m_chLayout.Count();
CLog::Log(LOGDEBUG, "CSoftAE::InternalOpenSink - Encoding using layout: %s", ((std::string)m_chLayout).c_str());
}
else
{
m_convertFn = CAEConvert::FrFloat(m_sinkFormat.m_dataFormat);
neededBufferSize = m_sinkFormat.m_frames * sizeof(float) * m_chLayout.Count();
CLog::Log(LOGDEBUG, "CSoftAE::InternalOpenSink - Using speaker layout: %s", CAEUtil::GetStdChLayoutName(m_stdChLayout));
}
m_bytesPerSample = CAEUtil::DataFormatToBits(AE_FMT_FLOAT) >> 3;
m_frameSize = m_bytesPerSample * m_chLayout.Count();
m_frameSizeMul = 1.0 / (double)m_frameSize;
}
CLog::Log(LOGDEBUG, "CSoftAE::InternalOpenSink - Internal Buffer Size: %d", (int)neededBufferSize);
if (m_buffer.Size() < neededBufferSize)
m_buffer.Alloc(neededBufferSize);
if (reInit)
{
if (!m_rawPassthrough)
{
/* re-init incompatible sounds */
CSingleLock soundLock(m_soundLock);
for (SoundList::iterator itt = m_sounds.begin(); itt != m_sounds.end(); ++itt)
{
CSoftAESound *sound = *itt;
if (!sound->IsCompatible())
{
StopSound(sound);
sound->Initialize();
}
}
}
/* re-init streams */
streamLock.Enter();
for (StreamList::iterator itt = m_streams.begin(); itt != m_streams.end(); ++itt)
(*itt)->Initialize();
streamLock.Leave();
}
/* any new streams need to be initialized */
for (StreamList::iterator itt = m_newStreams.begin(); itt != m_newStreams.end(); ++itt)
{
(*itt)->Initialize();
m_streams.push_back(*itt);
if (!(*itt)->m_paused)
m_playingStreams.push_back(*itt);
}
m_newStreams.clear();
m_streamsPlaying = !m_playingStreams.empty();
m_softSuspend = false;
/* notify any event listeners that we are done */
m_reOpen = false;
m_reOpenEvent.Set();
m_wake.Set();
}
void CSoftAE::ResetEncoder()
{
if (m_encoder)
m_encoder->Reset();
m_encodedBuffer.Empty();
}
bool CSoftAE::SetupEncoder(AEAudioFormat &format)
{
ResetEncoder();
delete m_encoder;
m_encoder = NULL;
if (!m_transcode)
return false;
m_encoder = new CAEEncoderFFmpeg();
if (m_encoder->Initialize(format))
return true;
delete m_encoder;
m_encoder = NULL;
return false;
}
void CSoftAE::Shutdown()
{
Deinitialize();
}
bool CSoftAE::Initialize()
{
CSingleLock lock(m_threadLock);
InternalOpenSink();
m_running = true;
m_thread = new CThread(this, "SoftAE");
m_thread->Create();
m_thread->SetPriority(THREAD_PRIORITY_ABOVE_NORMAL);
return true;
}
void CSoftAE::OnSettingsChange(const std::string& setting)
{
if (setting == "audiooutput.passthroughdevice" ||
setting == "audiooutput.audiodevice" ||
setting == "audiooutput.mode" ||
setting == "audiooutput.ac3passthrough" ||
setting == "audiooutput.dtspassthrough" ||
setting == "audiooutput.passthroughaac" ||
setting == "audiooutput.truehdpassthrough" ||
setting == "audiooutput.dtshdpassthrough" ||
setting == "audiooutput.channels" ||
setting == "audiooutput.multichannellpcm" ||
setting == "audiooutput.stereoupmix")
{
OpenSink();
}
if (setting == "audiooutput.normalizelevels" || setting == "audiooutput.stereoupmix")
{
/* re-init stream reamppers */
CSingleLock streamLock(m_streamLock);
for (StreamList::iterator itt = m_streams.begin(); itt != m_streams.end(); ++itt)
(*itt)->InitializeRemap();
}
}
void CSoftAE::LoadSettings()
{
m_audiophile = g_advancedSettings.m_audioAudiophile;
if (m_audiophile)
CLog::Log(LOGINFO, "CSoftAE::LoadSettings - Audiophile switch enabled");
m_stereoUpmix = CSettings::Get().GetBool("audiooutput.stereoupmix");
if (m_stereoUpmix)
CLog::Log(LOGINFO, "CSoftAE::LoadSettings - Stereo upmix is enabled");
/* load the configuration */
m_stdChLayout = AE_CH_LAYOUT_2_0;
switch (CSettings::Get().GetInt("audiooutput.channels"))
{
default:
case 0: m_stdChLayout = AE_CH_LAYOUT_2_0; break; /* dont alow 1_0 output */
case 1: m_stdChLayout = AE_CH_LAYOUT_2_0; break;
case 2: m_stdChLayout = AE_CH_LAYOUT_2_1; break;
case 3: m_stdChLayout = AE_CH_LAYOUT_3_0; break;
case 4: m_stdChLayout = AE_CH_LAYOUT_3_1; break;
case 5: m_stdChLayout = AE_CH_LAYOUT_4_0; break;
case 6: m_stdChLayout = AE_CH_LAYOUT_4_1; break;
case 7: m_stdChLayout = AE_CH_LAYOUT_5_0; break;
case 8: m_stdChLayout = AE_CH_LAYOUT_5_1; break;
case 9: m_stdChLayout = AE_CH_LAYOUT_7_0; break;
case 10: m_stdChLayout = AE_CH_LAYOUT_7_1; break;
}
// force optical/coax to 2.0 output channels
if (!m_rawPassthrough && CSettings::Get().GetInt("audiooutput.mode") == AUDIO_IEC958)
m_stdChLayout = AE_CH_LAYOUT_2_0;
/* get the output devices and ensure they exist */
m_device = CSettings::Get().GetString("audiooutput.audiodevice");
m_passthroughDevice = CSettings::Get().GetString("audiooutput.passthroughdevice");
VerifySoundDevice(m_device , false);
VerifySoundDevice(m_passthroughDevice, true );
m_transcode = (
CSettings::Get().GetBool("audiooutput.ac3passthrough") /*||
CSettings::Get().GetBool("audiooutput.dtspassthrough") */
) && (
(CSettings::Get().GetInt("audiooutput.mode") == AUDIO_IEC958) ||
(CSettings::Get().GetInt("audiooutput.mode") == AUDIO_HDMI && !CSettings::Get().GetBool("audiooutput.multichannellpcm"))
);
}
void CSoftAE::VerifySoundDevice(std::string& device, bool passthrough)
{
/* check that the specified device exists */
std::string firstDevice;
for (AESinkInfoList::iterator itt = m_sinkInfoList.begin(); itt != m_sinkInfoList.end(); ++itt)
{
AESinkInfo sinkInfo = *itt;
for (AEDeviceInfoList::iterator itt2 = sinkInfo.m_deviceInfoList.begin(); itt2 != sinkInfo.m_deviceInfoList.end(); ++itt2)
{
CAEDeviceInfo& devInfo = *itt2;
if (passthrough && devInfo.m_deviceType == AE_DEVTYPE_PCM)
continue;
std::string deviceName = sinkInfo.m_sinkName + ":" + devInfo.m_deviceName;
/* remember the first device so we can default to it if required */
if (firstDevice.empty())
firstDevice = deviceName;
if (device == deviceName)
return;
}
}
/* if the device wasnt found, set it to the first viable output */
device = firstDevice;
}
inline void CSoftAE::GetDeviceFriendlyName(std::string &device)
{
m_deviceFriendlyName = "Device not found";
/* Match the device and find its friendly name */
for (AESinkInfoList::iterator itt = m_sinkInfoList.begin(); itt != m_sinkInfoList.end(); ++itt)
{
AESinkInfo sinkInfo = *itt;
for (AEDeviceInfoList::iterator itt2 = sinkInfo.m_deviceInfoList.begin(); itt2 != sinkInfo.m_deviceInfoList.end(); ++itt2)
{
CAEDeviceInfo& devInfo = *itt2;
if (devInfo.m_deviceName == device)
{
m_deviceFriendlyName = devInfo.m_displayName;
break;
}
}
}
return;
}
void CSoftAE::Deinitialize()
{
CSingleLock lock(m_threadLock);
if (m_thread)
{
Stop();
m_thread->StopThread(true);
delete m_thread;
m_thread = NULL;
}
lock.Leave();
CExclusiveLock sinkLock(m_sinkLock);
if (m_sink)
{
/* shutdown the sink */
m_sink->Deinitialize();
delete m_sink;
m_sink = NULL;
}
delete m_encoder;
m_encoder = NULL;
ResetEncoder();
m_buffer.DeAlloc();
_aligned_free(m_converted);
m_converted = NULL;
m_convertedSize = 0;
m_sinkInfoList.clear();
}
void CSoftAE::EnumerateOutputDevices(AEDeviceList &devices, bool passthrough)
{
for (AESinkInfoList::iterator itt = m_sinkInfoList.begin(); itt != m_sinkInfoList.end(); ++itt)
{
AESinkInfo sinkInfo = *itt;
for (AEDeviceInfoList::iterator itt2 = sinkInfo.m_deviceInfoList.begin(); itt2 != sinkInfo.m_deviceInfoList.end(); ++itt2)
{
CAEDeviceInfo devInfo = *itt2;
if (passthrough && devInfo.m_deviceType == AE_DEVTYPE_PCM)
continue;
std::string device = sinkInfo.m_sinkName + ":" + devInfo.m_deviceName;
std::stringstream ss;
/* add the sink name if we have more then one sink type */
if (m_sinkInfoList.size() > 1)
ss << sinkInfo.m_sinkName << ": ";
ss << devInfo.m_displayName;
if (!devInfo.m_displayNameExtra.empty())
ss << ", " << devInfo.m_displayNameExtra;
devices.push_back(AEDevice(ss.str(), device));
}
}
}
std::string CSoftAE::GetDefaultDevice(bool passthrough)
{
for (AESinkInfoList::iterator itt = m_sinkInfoList.begin(); itt != m_sinkInfoList.end(); ++itt)
{
AESinkInfo sinkInfo = *itt;
for (AEDeviceInfoList::iterator itt2 = sinkInfo.m_deviceInfoList.begin(); itt2 != sinkInfo.m_deviceInfoList.end(); ++itt2)
{
CAEDeviceInfo devInfo = *itt2;
if (passthrough && devInfo.m_deviceType == AE_DEVTYPE_PCM)
continue;
std::string device = sinkInfo.m_sinkName + ":" + devInfo.m_deviceName;
return device;
}
}
return "default";
}
bool CSoftAE::SupportsRaw()
{
/* CSoftAE supports raw formats */
return true;
}
void CSoftAE::PauseStream(CSoftAEStream *stream)
{
CSingleLock streamLock(m_streamLock);
RemoveStream(m_playingStreams, stream);
stream->m_paused = true;
m_reOpen = true;
m_wake.Set();
}
void CSoftAE::ResumeStream(CSoftAEStream *stream)
{
CSingleLock streamLock(m_streamLock);
m_playingStreams.push_back(stream);
stream->m_paused = false;
streamLock.Leave();
m_streamsPlaying = true;
m_reOpen = true;
m_wake.Set();
}
void CSoftAE::Stop()
{
m_running = false;
m_isSuspended = false;
m_wake.Set();
/* wait for the thread to stop */
CSingleLock lock(m_runningLock);
}
void CSoftAE::SetSoundMode(const int mode)
{
m_soundMode = mode;
/* stop all currently playing sounds if they are being turned off */
if (mode == AE_SOUND_OFF || (mode == AE_SOUND_IDLE && m_streamsPlaying))
StopAllSounds();
}
IAEStream *CSoftAE::MakeStream(enum AEDataFormat dataFormat, unsigned int sampleRate, unsigned int encodedSampleRate, CAEChannelInfo channelLayout, unsigned int options/* = 0 */)
{
CAEChannelInfo channelInfo(channelLayout);
CLog::Log(LOGINFO, "CSoftAE::MakeStream - %s, %u, %s",
CAEUtil::DataFormatToStr(dataFormat),
sampleRate, ((std::string)channelInfo).c_str());
/* ensure we have the encoded sample rate if the format is RAW */
if (AE_IS_RAW(dataFormat))
ASSERT(encodedSampleRate);
CSingleLock streamLock(m_streamLock);
CSoftAEStream *stream = new CSoftAEStream(dataFormat, sampleRate, encodedSampleRate, channelLayout, options, m_streamLock);
m_newStreams.push_back(stream);
streamLock.Leave();
// this is really needed here
OpenSink();
return stream;
}
IAESound *CSoftAE::MakeSound(const std::string& file)
{
CSingleLock soundLock(m_soundLock);
CSoftAESound *sound = new CSoftAESound(file);
if (!sound->Initialize())
{
delete sound;
return NULL;
}
m_sounds.push_back(sound);
return sound;
}
void CSoftAE::PlaySound(IAESound *sound)
{
if (m_soundMode == AE_SOUND_OFF || (m_soundMode == AE_SOUND_IDLE && m_streamsPlaying))
return;
float *samples = ((CSoftAESound*)sound)->GetSamples();
if (!samples)
return;
/* add the sound to the play list */
CSingleLock soundSampleLock(m_soundSampleLock);
SoundState ss = {
((CSoftAESound*)sound),
samples,
((CSoftAESound*)sound)->GetSampleCount()
};
m_playing_sounds.push_back(ss);
/* wake to play the sound */
m_softSuspend = false;
m_wake.Set();
}
void CSoftAE::FreeSound(IAESound *sound)
{
if (!sound)
return;
sound->Stop();
CSingleLock soundLock(m_soundLock);
for (SoundList::iterator itt = m_sounds.begin(); itt != m_sounds.end(); ++itt)
if (*itt == sound)
{
m_sounds.erase(itt);
break;
}
delete (CSoftAESound*)sound;
}
void CSoftAE::GarbageCollect()
{
}
unsigned int CSoftAE::GetSampleRate()
{
if (m_transcode && m_encoder && !m_rawPassthrough)
return m_encoderFormat.m_sampleRate;
return m_sinkFormat.m_sampleRate;
}
void CSoftAE::StopSound(IAESound *sound)
{
CSingleLock lock(m_soundSampleLock);
for (SoundStateList::iterator itt = m_playing_sounds.begin(); itt != m_playing_sounds.end(); )
{
if ((*itt).owner == sound)
{
(*itt).owner->ReleaseSamples();
itt = m_playing_sounds.erase(itt);
}
else
++itt;
}
}
IAEStream *CSoftAE::FreeStream(IAEStream *stream)
{
CSingleLock lock(m_streamLock);
RemoveStream(m_playingStreams, (CSoftAEStream*)stream);
RemoveStream(m_streams , (CSoftAEStream*)stream);
// Reopen is old behaviour. Not opening when masterstream stops means clipping on S/PDIF.
if(!m_isSuspended && (m_masterStream == stream))
{
m_reOpen = true;
m_masterStream = NULL;
}
delete (CSoftAEStream*)stream;
return NULL;
}
double CSoftAE::GetDelay()
{
double delayBuffer = 0.0, delaySink = 0.0, delayTranscoder = 0.0;
CSharedLock sinkLock(m_sinkLock);
if (m_sink)
delaySink = m_sink->GetDelay();
if (m_transcode && m_encoder && !m_rawPassthrough)
{
delayBuffer = (double)m_buffer.Used() * m_frameSizeMul * m_encoderInitSampleRateMul;
delayTranscoder = m_encoder->GetDelay((double)m_encodedBuffer.Used() * m_encoderFrameSizeMul);
}
else
delayBuffer = (double)m_buffer.Used() * m_frameSizeMul *m_sinkFormatSampleRateMul;
return delayBuffer + delaySink + delayTranscoder;
}
double CSoftAE::GetCacheTime()
{
double timeBuffer = 0.0, timeSink = 0.0, timeTranscoder = 0.0;
CSharedLock sinkLock(m_sinkLock);
if (m_sink)
timeSink = m_sink->GetCacheTime();
if (m_transcode && m_encoder && !m_rawPassthrough)
{
timeBuffer = (double)m_buffer.Used() * m_frameSizeMul * m_encoderInitSampleRateMul;
timeTranscoder = m_encoder->GetDelay((double)m_encodedBuffer.Used() * m_encoderFrameSizeMul);
}
else
timeBuffer = (double)m_buffer.Used() * m_frameSizeMul *m_sinkFormatSampleRateMul;
return timeBuffer + timeSink + timeTranscoder;
}
double CSoftAE::GetCacheTotal()
{
double timeBuffer = 0.0, timeSink = 0.0, timeTranscoder = 0.0;
CSharedLock sinkLock(m_sinkLock);
if (m_sink)
timeSink = m_sink->GetCacheTotal();
if (m_transcode && m_encoder && !m_rawPassthrough)
{
timeBuffer = (double)m_buffer.Size() * m_frameSizeMul * m_encoderInitSampleRateMul;
timeTranscoder = m_encoder->GetDelay((double)m_encodedBuffer.Size() * m_encoderFrameSizeMul);
}
else
timeBuffer = (double)m_buffer.Size() * m_frameSizeMul *m_sinkFormatSampleRateMul;
return timeBuffer + timeSink + timeTranscoder;
}
bool CSoftAE::IsSuspended()
{
return m_isSuspended;
}
float CSoftAE::GetVolume()
{
return m_volume;
}
void CSoftAE::SetVolume(float volume)
{
m_volume = volume;
if (!m_sinkHandlesVolume)
return;
CSharedLock sinkLock(m_sinkLock);
if (m_sink)
m_sink->SetVolume(m_volume);
}
void CSoftAE::StopAllSounds()
{
CSingleLock lock(m_soundSampleLock);
while (!m_playing_sounds.empty())
{
SoundState *ss = &(*m_playing_sounds.begin());
ss->owner->ReleaseSamples();
m_playing_sounds.pop_front();
}
}
bool CSoftAE::Suspend()
{
CLog::Log(LOGDEBUG, "CSoftAE::Suspend - Suspending AE processing");
m_isSuspended = true;
StopAllSounds();
CSingleLock streamLock(m_streamLock);
for (StreamList::iterator itt = m_playingStreams.begin(); itt != m_playingStreams.end(); ++itt)
{
CSoftAEStream *stream = *itt;
stream->Flush();
}
streamLock.Leave();
#if defined(TARGET_LINUX)
/*workaround sinks not playing sound after resume */
bool ret = true;
if(m_sink)
{
/* Deinitialize and delete current m_sink */
// we don't want that Run reopens our device, so we wait.
m_saveSuspend.Reset();
// wait until we are looping in ProcessSuspend()
// this is more save to not come up unclean
// we cannot wait forever
ret = m_saveSuspend.WaitMSec(500);