void DisplayClient::appClientInit()
{
m_receiveStream = m_settings->value(BONELED_MULTICAST_SERVICE).toString();
if (m_receiveStream.length() > 0)
m_receivePort = clientAddService(m_receiveStream, SERVICETYPE_MULTICAST, false, true);
m_controlStream = m_settings->value(BONELED_E2E_SERVICE).toString();
if (m_controlStream.length() > 0)
m_controlPort = clientAddService(m_controlStream, SERVICETYPE_E2E, false, true);
}
void CamClient::newStream()
{
// remove the old streams
if (m_avmuxPort != -1)
clientRemoveService(m_avmuxPort);
m_avmuxPort = -1;
if (m_encoder != NULL)
m_encoder->exitThread();
m_encoder = NULL;
// and start the new streams
QSettings *settings = SyntroUtils::getSettings();
settings->beginGroup(CAMCLIENT_STREAM_GROUP);
m_compressedVideoRate = settings->value(CAMCLIENT_GS_VIDEO_RATE).toInt();
m_compressedAudioRate = settings->value(CAMCLIENT_GS_AUDIO_RATE).toInt();
m_avmuxPort = clientAddService(SYNTRO_STREAMNAME_AVMUX, SERVICETYPE_MULTICAST, true);
settings->endGroup();
m_gotAudioFormat = false;
m_gotVideoFormat = false;
delete settings;
m_avParams.avmuxSubtype = SYNTRO_RECORD_TYPE_AVMUX_RTP;
m_avParams.videoSubtype = SYNTRO_RECORD_TYPE_VIDEO_RTPH264;
m_avParams.audioSubtype = SYNTRO_RECORD_TYPE_AUDIO_RTPAAC;
m_encoder = new AVMuxEncode(0);
m_encoder->resumeThread();
}
void StoreClient::refreshStreamSource(int index)
{
QMutexLocker locker(&m_lock);
int count = m_settings->beginReadArray(SYNTROSTORE_PARAMS_STREAM_SOURCES);
if ((index < 0) || (index >= count)) { // no more entries in settings
m_settings->endArray();
return;
} else {
m_settings->setArrayIndex(index);
if (m_diskManagers[index] != NULL) { // must get rid of old one
deleteStreamSource(index);
m_diskManagers[index] = NULL;
}
if (m_settings->value(SYNTROSTORE_PARAMS_INUSE).toString() == SYNTRO_PARAMS_FALSE) {
m_settings->endArray();
return; // just needed to clear the entry
}
m_sources[index] = new StoreStream();
m_diskManagers[index] = new StoreDiskManager(m_sources[index]);
m_sources[index]->load(m_settings);
m_diskManagers[index]->resumeThread();
if (m_sources[index]->folderWritable()) {
m_sources[index]->port = clientAddService(m_sources[index]->streamName(), SERVICETYPE_MULTICAST, false);
clientSetServiceData(m_sources[index]->port, index); // record my index in service entry
}
else {
logError(QString("Folder is not writable: %1").arg(m_sources[index]->pathOnly()));
}
}
m_settings->endArray();
}
void ViewClient::newSource(const QString source)
{
if (m_servicePort != -1)
clientRemoveService(m_servicePort);
m_servicePort = clientAddService(SyntroUtils::insertStreamNameInPath(source, SYNTRO_STREAMNAME_GLOVE),
SERVICETYPE_MULTICAST, false);
}
void CFSClient::appClientInit()
{
m_CFSPort = clientAddService(SYNTRO_STREAMNAME_CFS, SERVICETYPE_E2E, true);
m_CFSThread = new CFSThread(this);
m_CFSThread->resumeThread();
}
void CamClient::newStream()
{
// remove the old streams
if (m_avmuxPortHighRate != -1)
clientRemoveService(m_avmuxPortHighRate);
m_avmuxPortHighRate = -1;
if (m_avmuxPortLowRate != -1)
clientRemoveService(m_avmuxPortLowRate);
m_avmuxPortLowRate = -1;
// and start the new streams
QSettings *settings = SyntroUtils::getSettings();
settings->beginGroup(CAMCLIENT_STREAM_GROUP);
m_highRateMinInterval = settings->value(CAMCLIENT_HIGHRATEVIDEO_MININTERVAL).toInt();
m_highRateMaxInterval = settings->value(CAMCLIENT_HIGHRATEVIDEO_MAXINTERVAL).toInt();
m_highRateNullInterval = settings->value(CAMCLIENT_HIGHRATEVIDEO_NULLINTERVAL).toInt();
m_lowRateMinInterval = settings->value(CAMCLIENT_LOWRATEVIDEO_MININTERVAL).toInt();
m_lowRateMaxInterval = settings->value(CAMCLIENT_LOWRATEVIDEO_MAXINTERVAL).toInt();
m_lowRateNullInterval = settings->value(CAMCLIENT_LOWRATEVIDEO_NULLINTERVAL).toInt();
m_generateLowRate = settings->value(CAMCLIENT_GENERATE_LOWRATE).toBool();
m_lowRateHalfRes = settings->value(CAMCLIENT_LOWRATE_HALFRES).toBool();
m_avmuxPortHighRate = clientAddService(SYNTRO_STREAMNAME_AVMUX, SERVICETYPE_MULTICAST, true);
if (m_generateLowRate)
m_avmuxPortLowRate = clientAddService(SYNTRO_STREAMNAME_AVMUXLR, SERVICETYPE_MULTICAST, true);
settings->endGroup();
m_gotAudioFormat = false;
m_gotVideoFormat = false;
settings->beginGroup(CAMCLIENT_MOTION_GROUP);
m_tilesToSkip = settings->value(CAMCLIENT_MOTION_TILESTOSKIP).toInt();
m_intervalsToSkip = settings->value(CAMCLIENT_MOTION_INTERVALSTOSKIP).toInt();
m_minDelta = settings->value(CAMCLIENT_MOTION_MIN_DELTA).toInt();
m_minNoise = settings->value(CAMCLIENT_MOTION_MIN_NOISE).toInt();
m_deltaInterval = settings->value(CAMCLIENT_MOTION_DELTA_INTERVAL).toInt();
m_preroll = settings->value(CAMCLIENT_MOTION_PREROLL).toInt();
m_postroll = settings->value(CAMCLIENT_MOTION_POSTROLL).toInt();
settings->endGroup();
delete settings;
m_cd.setDeltaThreshold(m_minDelta);
m_cd.setNoiseThreshold(m_minNoise);
m_cd.setTilesToSkip(m_tilesToSkip);
m_cd.setIntervalsToSkip(m_intervalsToSkip);
qint64 now = QDateTime::currentMSecsSinceEpoch();
m_lastFrameTime = now;
m_lastLowRateFrameTime = now;
m_lastFullFrameTime = now;
m_lastLowRateFullFrameTime = now;
m_lastPrerollFrameTime = now;
m_lastLowRatePrerollFrameTime = now;
m_lastChangeTime = now;
m_imageChanged = false;
m_cd.setUninitialized();
clearQueues();
m_avParams.avmuxSubtype = SYNTRO_RECORD_TYPE_AVMUX_MJPPCM;
m_avParams.videoSubtype = SYNTRO_RECORD_TYPE_VIDEO_MJPEG;
m_avParams.audioSubtype = SYNTRO_RECORD_TYPE_AUDIO_PCM;
}
