#include #include #include #include "mixer.h" Mixer::Mixer(QObject* parent) : QObject(parent) , m_masterVolume{0} , m_pcmVolume{0} , m_microphoneVolume{0} { connect(&m_client, SIGNAL(connected()), this, SLOT(onClientConnected())); } QVariantList Mixer::hals() const { return m_hallist; } int Mixer::masterVolume() const { return m_masterVolume; } int Mixer::pcmVolume() const { return m_pcmVolume; } int Mixer::microphoneVolume() const { return m_microphoneVolume; } void Mixer::setMasterVolume(int v) { qDebug() << "Mixer::setMasterVolume(" << v << ")"; if (v != m_masterVolume) { m_masterVolumePending = v; QJsonObject arg; arg["label"] = "Master_Playback_Volume"; arg["val"] = static_cast(v); m_setMasterVolume = m_client.call(m_activeHal, "ctlset", arg); connect(m_setMasterVolume.data(), SIGNAL(closed()), this, SLOT(onSetMasterVolume())); } } void Mixer::setPcmVolume(int v) { qDebug() << "Mixer::setPcmVolume(" << v << ")"; if (v != m_pcmVolume) { m_pcmVolumePending = v; QJsonObject arg; arg["label"] = "PCM_Playback_Volume"; arg["val"] = static_cast(v); m_setPcmVolume = m_client.call(m_activeHal, "ctlset", arg); connect(m_setPcmVolume.data(), SIGNAL(closed()), this, SLOT(onSetPcmVolume())); } } void Mixer::setMicrophoneVolume(int v) { qDebug() << "Mixer::setMicrophoneVolume(" << v << ")"; if (v != m_microphoneVolume) { m_microphoneVolumePending = v; QJsonObject arg; arg["label"] = "Capture_Volume"; arg["val"] = static_cast(v); m_setMicrophoneVolume = m_client.call(m_activeHal, "ctlset", arg); connect(m_setMicrophoneVolume.data(), SIGNAL(closed()), this, SLOT(onSetMicrophoneVolume())); } } QString Mixer::activeHal() const { return m_activeHal; } void Mixer::setActiveHal(QString h) { if (h != m_activeHal) { m_activeHal = h; qDebug() << "Mixer::setActiveHal: " << h; // Get volumes for this card QJsonObject arg; arg["label"] = "Master_Playback_Volume"; m_getMasterVolume = m_client.call(m_activeHal, "ctlget", arg); connect(m_getMasterVolume.data(), SIGNAL(closed()), this, SLOT(onGetMasterVolume())); arg["label"] = "PCM_Playback_Volume"; m_getPcmVolume = m_client.call(m_activeHal, "ctlget", arg); connect(m_getPcmVolume.data(), SIGNAL(closed()), this, SLOT(onGetPcmVolume())); arg["label"] = "Capture_Volume"; m_getMicrophoneVolume = m_client.call(m_activeHal, "ctlget", arg); connect(m_getMicrophoneVolume.data(), SIGNAL(closed()), this, SLOT(onGetMicrophoneVolume())); emit activeHalChanged(); } } void Mixer::open(const QUrl &url) { m_client.open(url); } void Mixer::onClientConnected() { // Call HAL to populate list m_alsacoreHallist = m_client.call("alsacore", "hallist"); connect(m_alsacoreHallist.data(), SIGNAL(closed()), this, SLOT(onHalListClosed())); } void Mixer::onHalListClosed() { qDebug() << "Mixer::onHalListClosed"; if(m_alsacoreHallist->messageType() == AfMsgType::RetOk) { m_hallist.clear(); QJsonArray cards = m_alsacoreHallist->value().toObject()["response"].toArray(); qDebug() << "Mixer::onHalListClosed - founds: " << cards; foreach (const QJsonValue& card, cards) { QJsonObject c = card.toObject(); QVariant v(c["api"].toString()); m_hallist.append(v); qDebug() << "Mixer::onHalListClosed - added this HAL: " << v; } m_alsacoreHallist.clear(); setActiveHal(m_hallist[0].toString()); emit halsChanged(); } } void Mixer::onGetMasterVolume() { qDebug() << "Mixer::onGetMasterVolume()"; disconnect(m_getMasterVolume.data(), SIGNAL(closed()), this, SLOT(onGetMasterVolume())); if (m_getMasterVolume->messageType() == AfMsgType::RetOk && m_getMasterVolume->value().isObject()) { setMasterVolume(m_getMasterVolume->value().toObject()["response"].toObject()["val"].toArray()[0].toInt()); } } void Mixer::onGetPcmVolume() { qDebug() << "Mixer::onGetPcmVolume()"; disconnect(m_getPcmVolume.data(), SIGNAL(closed()), this, SLOT(onGetPcmVolume())); if (m_getPcmVolume->messageType() == AfMsgType::RetOk && m_getPcmVolume->value().isObject()) { setPcmVolume(m_getPcmVolume->value().toObject()["response"].toObject()["val"].toArray()[0].toInt()); } } void Mixer::onGetMicrophoneVolume() { qDebug() << "Mixer::onGetMicrophoneVolume()"; disconnect(m_getMicrophoneVolume.data(), SIGNAL(closed()), this, SLOT(onGetMicrophoneVolume())); if (m_getMicrophoneVolume->messageType() == AfMsgType::RetOk && m_getMicrophoneVolume->value().isObject()) { setMicrophoneVolume(m_getMicrophoneVolume->value().toObject()["response"].toObject()["val"].toArray()[0].toInt()); } } void Mixer::onSetMasterVolume() { qDebug() << "Mixer::onSetMasterVolume()"; disconnect(m_setMasterVolume.data(), SIGNAL(closed()), this, SLOT(onSetMasterVolume())); if (m_setMasterVolume->messageType() == AfMsgType::RetOk && m_setMasterVolume->value().isObject()) { m_masterVolume = m_masterVolumePending; emit masterVolumeChanged(); } } void Mixer::onSetPcmVolume() { qDebug() << "Mixer::onSetPcmVolume()"; disconnect(m_setPcmVolume.data(), SIGNAL(closed()), this, SLOT(onSetPcmVolume())); if (m_setPcmVolume->messageType() == AfMsgType::RetOk && m_setPcmVolume->value().isObject()) { m_pcmVolume = m_pcmVolumePending; emit pcmVolumeChanged(); } } void Mixer::onSetMicrophoneVolume() { qDebug() << "Mixer::onSetMicrophoneVolume()"; disconnect(m_setMicrophoneVolume.data(), SIGNAL(closed()), this, SLOT(onSetMicrophoneVolume())); if (m_setMicrophoneVolume->messageType() == AfMsgType::RetOk && m_setMicrophoneVolume->value().isObject()) { m_microphoneVolume = m_microphoneVolumePending; qDebug() << "Mixer::onSetMicrophoneVolume() - "; emit microphoneVolumeChanged(); } }