/**
@brief Wait until all the kinect handler updated
*/
void Kinect::WaitAndUpdateAll()
{
std::vector< HANDLE > handle;
if ( VideoStream().hStream_ != NULL ) {
handle.push_back( VideoStream().event_.get() );
}
if ( DepthStream().hStream_ != NULL ) {
handle.push_back( DepthStream().event_.get() );
}
if( AudioStream().hStream_ != NULL ) {
handle.push_back( AudioStream().event_.get() );
}
if ( Skeleton().IsEnabled() ) {
handle.push_back( Skeleton().event_.get() );
}
if ( handle.size() == 0 ) {
return;
}
DWORD ret = ::WaitForMultipleObjects( handle.size(), &handle[0], TRUE, INFINITE );
if ( ret == WAIT_FAILED ) {
return;
}
}
/**
@brief Wait until the kinect handler updated
*/
void Kinect::WaitAndUpdate(UINT flag)
{
std::vector< HANDLE > handle;
if ( VideoStream().hStream_ != NULL && (flag & UPDATE_FLAG_VIDEO)) {
handle.push_back( VideoStream().event_.get() );
}
if ( DepthStream().hStream_ != NULL && (flag & UPDATE_FLAG_DEPTH)) {
handle.push_back( DepthStream().event_.get() );
}
if( AudioStream().hStream_ != NULL && (flag & UPDATE_FLAG_AUDIO)) {
handle.push_back( AudioStream().event_.get() );
}
if ( Skeleton().IsEnabled() && (flag & UPDATE_FLAG_SKELETON)) {
handle.push_back( Skeleton().event_.get() );
}
if ( handle.size() == 0 ) {
return;
}
DWORD ret = ::WaitForMultipleObjects( handle.size(), &handle[0], TRUE, INFINITE );
if ( ret == WAIT_FAILED ) {
return;
}
}
/**
* @brief VoiceEndpoint::handleFrame
* @param data
* Handles raw unframed packet for audio endpoint
* It handles both - bitstream and stop packet
* When bitstream stops it fires a timer to detect timeout and cleanup session
* Important: response should be made within 2000ms window after stop
*/
void VoiceEndpoint::handleFrame(const QByteArray &data)
{
WatchDataReader reader(data);
quint8 cmd = reader.read<quint8>();
quint16 sid = reader.readLE<quint16>();
if(cmd == FrmDataTransfer) {
if(sid == m_sessId) {
AudioStream str;
str.count = reader.read<quint8>();
for(int i=0;i<str.count;i++) {
Frame frm;
frm.length = reader.read<quint8>();
frm.data = reader.readBytes(frm.length);
str.frames.append(frm);
}
emit audioFrame(sid,str);
m_sesPhase = PhAudioStarted;
} else {
stopAudioStream(sid);
}
} else if(cmd == FrmStopTransfer) {
if(sid != m_sessId)
return;
if(m_sesTimer)
killTimer(m_sesTimer);
qDebug() << "Pebble finished sending audio at session" << m_sessId;
emit audioFrame(m_sessId,AudioStream());
m_sesPhase = PhAudioStopped;
m_sesTimer = startTimer(1500);
} else {
qWarning() << "Unknown audio frame type" << data.toHex();
}
}
// When a map is selected in the song wheel
void OnMapSelected(MapIndex* map)
{
if(map == m_currentPreviewAudio)
return;
// Set current preview audio
DifficultyIndex* previewDiff = map->difficulties[0];
String audioPath = map->path + Path::sep + previewDiff->settings.audioNoFX;
AudioStream previewAudio = g_audio->CreateStream(audioPath);
if(previewAudio)
{
previewAudio->SetPosition(previewDiff->settings.previewOffset);
m_previewPlayer.FadeTo(previewAudio);
}
else
{
Logf("Failed to load preview audio from [%s]", Logger::Warning, audioPath);
m_previewPlayer.FadeTo(AudioStream());
}
m_currentPreviewAudio = map;
}
