audiodevicevolumesetupcomponent.cpp

// SPDX-FileCopyrightText: Copyright (C) 2019 swift Project Community / Contributors
// SPDX-License-Identifier: GPL-3.0-or-later OR LicenseRef-swift-pilot-client-1
 
#include "gui/components/audiodevicevolumesetupcomponent.h"
 
#include <QCheckBox>
#include <QComboBox>
#include <QFileDialog>
#include <QMessageBox>
#include <QPointer>
#include <QStringLiteral>
#include <QToolButton>
#include <QtGlobal>
 
#include "ui_audiodevicevolumesetupcomponent.h"
 
#include "core/afv/clients/afvclient.h"
#include "core/context/contextaudioimpl.h"
#include "core/context/contextsimulator.h"
#include "gui/guiapplication.h"
#include "gui/guiutility.h"
#include "misc/audio/audiodeviceinfo.h"
#include "misc/audio/audiosettings.h"
#include "misc/audio/notificationsounds.h"
#include "misc/sequence.h"
#include "misc/simulation/settings/simulatorsettings.h"
 
using namespace swift::core;
using namespace swift::core::afv::audio;
using namespace swift::core::afv::clients;
using namespace swift::core::context;
using namespace swift::misc;
using namespace swift::misc::aviation;
using namespace swift::misc::audio;
using namespace swift::misc::physical_quantities;
using namespace swift::misc::simulation;
 
namespace swift::gui::components
{
    CAudioDeviceVolumeSetupComponent::CAudioDeviceVolumeSetupComponent(QWidget *parent)
        : QFrame(parent), ui(new Ui::CAudioDeviceVolumeSetupComponent)
    {
        ui->setupUi(this);
        connect(ui->hs_VolumeIn, &QSlider::valueChanged, this,
                &CAudioDeviceVolumeSetupComponent::onVolumeSliderChanged);
        connect(ui->hs_VolumeOut, &QSlider::valueChanged, this,
                &CAudioDeviceVolumeSetupComponent::onVolumeSliderChanged);
        connect(ui->hs_VolumeOutCom1, &QSlider::valueChanged, this,
                &CAudioDeviceVolumeSetupComponent::onVolumeSliderChanged);
        connect(ui->hs_VolumeOutCom2, &QSlider::valueChanged, this,
                &CAudioDeviceVolumeSetupComponent::onVolumeSliderChanged);
        connect(ui->tb_RefreshInDevice, &QToolButton::released, this,
                &CAudioDeviceVolumeSetupComponent::onReloadDevices, Qt::QueuedConnection);
        connect(ui->tb_RefreshOutDevice, &QToolButton::released, this,
                &CAudioDeviceVolumeSetupComponent::onReloadDevices, Qt::QueuedConnection);
        connect(ui->tb_ResetInVolume, &QToolButton::released, this, &CAudioDeviceVolumeSetupComponent::onResetVolumeIn,
                Qt::QueuedConnection);
        connect(ui->tb_ResetOutVolume, &QToolButton::released, this,
                &CAudioDeviceVolumeSetupComponent::onResetVolumeOut, Qt::QueuedConnection);
        connect(ui->tb_ResetOutVolumeCom1, &QToolButton::released, this,
                &CAudioDeviceVolumeSetupComponent::onResetVolumeOutCom1, Qt::QueuedConnection);
        connect(ui->tb_ResetOutVolumeCom2, &QToolButton::released, this,
                &CAudioDeviceVolumeSetupComponent::onResetVolumeOutCom2, Qt::QueuedConnection);
 
        connect(ui->cb_1Tx, &QCheckBox::toggled, this, &CAudioDeviceVolumeSetupComponent::onRxTxChanged,
                Qt::QueuedConnection);
        connect(ui->cb_2Tx, &QCheckBox::toggled, this, &CAudioDeviceVolumeSetupComponent::onRxTxChanged,
                Qt::QueuedConnection);
        connect(ui->cb_1Rec, &QCheckBox::toggled, this, &CAudioDeviceVolumeSetupComponent::onRxTxChanged,
                Qt::QueuedConnection);
        connect(ui->cb_2Rec, &QCheckBox::toggled, this, &CAudioDeviceVolumeSetupComponent::onRxTxChanged,
                Qt::QueuedConnection);
 
        connect(ui->tb_Info, &QToolButton::released, this, &CAudioDeviceVolumeSetupComponent::showAudioRunsWhereDialog);
 
        ui->hs_VolumeIn->setMaximum(CSettings::InMax);
        ui->hs_VolumeIn->setMinimum(CSettings::InMin);
        ui->hs_VolumeOut->setMaximum(CSettings::OutMax);
        ui->hs_VolumeOut->setMinimum(CSettings::OutMin);
        ui->hs_VolumeOutCom1->setMaximum(CSettings::OutMax);
        ui->hs_VolumeOutCom1->setMinimum(CSettings::OutMin);
        ui->hs_VolumeOutCom2->setMaximum(CSettings::OutMax);
        ui->hs_VolumeOutCom2->setMinimum(CSettings::OutMin);
 
        const CSettings as(m_audioSettings.getThreadLocal());
        const int i = this->getInValue();
        const int o = this->getOutValue();
        const int o1 = this->getOutValueCom1();
        const int o2 = this->getOutValueCom2();
        ui->hs_VolumeIn->setValue(i);
        ui->hs_VolumeOut->setValue(o);
        ui->hs_VolumeOutCom1->setValue(o1);
        ui->hs_VolumeOutCom2->setValue(o2);
        ui->cb_SetupAudioLoopback->setChecked(false);
        ui->cb_DisableAudioEffects->setChecked(!as.isAudioEffectsEnabled());
 
        ui->led_AudioConnected->setToolTips("Voice on and authenticated", "Voice off");
        ui->led_AudioConnected->setShape(CLedWidget::Rounded);
        ui->led_Rx1->setToolTips("COM1 receiving", "COM1 idle");
        ui->led_Rx1->setShape(CLedWidget::Rounded);
        ui->led_Rx2->setToolTips("COM2 receiving", "COM2 idle");
        ui->led_Rx2->setShape(CLedWidget::Rounded);
 
        // deferred init, because in a distributed swift system
        // it takes a moment until the settings are sychronized
        // this is leading to undesired "save settings" messages and played sounds
        QPointer<CAudioDeviceVolumeSetupComponent> myself(this);
        QTimer::singleShot(2000, this, [=, this] {
            if (!myself || !sGui || sGui->isShuttingDown()) { return; }
            this->init();
        });
 
        this->setCheckBoxesReadOnly(this->isComIntegrated());
        this->setVolumeSlidersReadOnly(this->isComIntegrated());
    }
 
    void CAudioDeviceVolumeSetupComponent::init()
    {
        if (!sGui || sGui->isShuttingDown() || !sGui->getCContextAudioBase()) { return; }
 
        // audio is optional
        const bool audio = this->hasAudio();
        this->setEnabled(audio);
        this->reloadSettings();
 
        bool c = connect(ui->cb_SetupAudioLoopback, &QCheckBox::toggled, this,
                         &CAudioDeviceVolumeSetupComponent::onLoopbackToggled);
        Q_ASSERT(c);
        c = connect(ui->cb_DisableAudioEffects, &QCheckBox::toggled, this,
                    &CAudioDeviceVolumeSetupComponent::onDisableAudioEffectsToggled);
        Q_ASSERT(c);
 
        if (hasSimulator())
        {
            c = connect(sGui->getIContextSimulator(), &IContextSimulator::simulatorSettingsChanged, this,
                        &CAudioDeviceVolumeSetupComponent::simulatorSettingsChanged);
            Q_ASSERT(c);
        }
 
        if (audio)
        {
            this->initAudioDeviceLists();
 
            // default
            ui->cb_SetupAudioLoopback->setChecked(sGui->getCContextAudioBase()->isAudioLoopbackEnabled());
 
            // the connects depend on initAudioDeviceLists
            c = connect(ui->cb_SetupAudioInputDevice, qOverload<int>(&QComboBox::currentIndexChanged), this,
                        &CAudioDeviceVolumeSetupComponent::onAudioDeviceSelected, Qt::QueuedConnection);
            Q_ASSERT(c);
            c = connect(ui->cb_SetupAudioOutputDevice, qOverload<int>(&QComboBox::currentIndexChanged), this,
                        &CAudioDeviceVolumeSetupComponent::onAudioDeviceSelected, Qt::QueuedConnection);
            Q_ASSERT(c);
 
            // context
            c = connect(sGui->getCContextAudioBase(), &CContextAudioBase::changedLocalAudioDevices, this,
                        &CAudioDeviceVolumeSetupComponent::onAudioDevicesChanged, Qt::QueuedConnection);
            Q_ASSERT(c);
            c = connect(sGui->getCContextAudioBase(), &CContextAudioBase::startedAudio, this,
                        &CAudioDeviceVolumeSetupComponent::onAudioStarted, Qt::QueuedConnection);
            Q_ASSERT(c);
            c = connect(sGui->getCContextAudioBase(), &CContextAudioBase::stoppedAudio, this,
                        &CAudioDeviceVolumeSetupComponent::onAudioStopped, Qt::QueuedConnection);
            Q_ASSERT(c);
 
            this->initWithAfvClient();
            m_init = true;
        }
        Q_UNUSED(c)
    }
 
    void CAudioDeviceVolumeSetupComponent::initWithAfvClient()
    {
        if (!afvClient()) { return; }
        m_afvConnections.disconnectAll();
 
        CAfvClient *afv = afvClient();
        const Qt::ConnectionType ct = Qt::QueuedConnection;
        QMetaObject::Connection c;
        c = connect(afv, &CAfvClient::outputVolumePeakVU, this, &CAudioDeviceVolumeSetupComponent::onOutputVU, ct);
        Q_ASSERT(c);
        m_afvConnections.append(c);
        c = connect(afv, &CAfvClient::inputVolumePeakVU, this, &CAudioDeviceVolumeSetupComponent::onInputVU, ct);
        Q_ASSERT(c);
        m_afvConnections.append(c);
        c = connect(afv, &CAfvClient::receivedCallsignsChanged, this,
                    &CAudioDeviceVolumeSetupComponent::onReceivingCallsignsChanged, ct);
        Q_ASSERT(c);
        m_afvConnections.append(c);
        c = connect(afv, &CAfvClient::updatedFromOwnAircraftCockpit, this,
                    &CAudioDeviceVolumeSetupComponent::onUpdatedClientWithCockpitData, ct);
        Q_ASSERT(c);
        m_afvConnections.append(c);
 
        // default values for RX/TX
        afv->setRxTx(true, true, true, false);
 
        QPointer<CAudioDeviceVolumeSetupComponent> myself(this);
        c = connect(
            afv, &CAfvClient::connectionStatusChanged, this,
            [=](CAfvClient::ConnectionStatus status) {
                if (!myself || !sGui || sGui->isShuttingDown()) { return; }
                myself->setTransmitReceiveInUiFromVoiceClient();
                Q_UNUSED(status)
            },
            ct);
        Q_ASSERT(c);
        m_afvConnections.append(c);
 
        this->setTransmitReceiveInUiFromVoiceClient();
    }
 
    CAudioDeviceVolumeSetupComponent::~CAudioDeviceVolumeSetupComponent() = default;
 
    int CAudioDeviceVolumeSetupComponent::getInValue(int from, int to) const
    {
        const double r = ui->hs_VolumeIn->maximum() - ui->hs_VolumeIn->minimum();
        const double tr = to - from;
        return qRound(ui->hs_VolumeIn->value() / r * tr);
    }
 
    int CAudioDeviceVolumeSetupComponent::getOutValue(int from, int to) const
    {
        const double r = ui->hs_VolumeOut->maximum() - ui->hs_VolumeOut->minimum();
        const double tr = to - from;
        return qRound(ui->hs_VolumeOut->value() / r * tr);
    }
 
    int CAudioDeviceVolumeSetupComponent::getOutValueCom1(int from, int to) const
    {
        const double r = ui->hs_VolumeOutCom1->maximum() - ui->hs_VolumeOutCom1->minimum();
        const double tr = to - from;
        return qRound(ui->hs_VolumeOutCom1->value() / r * tr);
    }
 
    int CAudioDeviceVolumeSetupComponent::getOutValueCom2(int from, int to) const
    {
        const double r = ui->hs_VolumeOutCom2->maximum() - ui->hs_VolumeOutCom2->minimum();
        const double tr = to - from;
        return qRound(ui->hs_VolumeOutCom2->value() / r * tr);
    }
 
    void CAudioDeviceVolumeSetupComponent::setInValue(int value, int from, int to)
    {
        if (value > to) { value = to; }
        else if (value < from) { value = from; }
        const double r = ui->hs_VolumeIn->maximum() - ui->hs_VolumeIn->minimum();
        const double tr = to - from;
        ui->hs_VolumeIn->setValue(qRound(value / tr * r));
    }
 
    void CAudioDeviceVolumeSetupComponent::setOutValue(int value, int from, int to)
    {
        if (value > to) { value = to; }
        else if (value < from) { value = from; }
        const double r = ui->hs_VolumeOut->maximum() - ui->hs_VolumeOut->minimum();
        const double tr = to - from;
        ui->hs_VolumeOut->setValue(qRound(value / tr * r));
    }
 
    void CAudioDeviceVolumeSetupComponent::setOutValueCom1(int value, int from, int to)
    {
        if (value > to) { value = to; }
        else if (value < from) { value = from; }
        const double r = ui->hs_VolumeOutCom1->maximum() - ui->hs_VolumeOutCom1->minimum();
        const double tr = to - from;
        ui->hs_VolumeOutCom1->setValue(qRound(value / tr * r));
    }
 
    void CAudioDeviceVolumeSetupComponent::setOutValueCom2(int value, int from, int to)
    {
        if (value > to) { value = to; }
        else if (value < from) { value = from; }
        const double r = ui->hs_VolumeOutCom2->maximum() - ui->hs_VolumeOutCom2->minimum();
        const double tr = to - from;
        ui->hs_VolumeOutCom2->setValue(qRound(value / tr * r));
    }
 
    void CAudioDeviceVolumeSetupComponent::setInLevel(double value)
    {
        if (value > 1.0) { value = 1.0; }
        else if (value < 0.0) { value = 0.0; }
        ui->wip_InLevelMeter->levelChanged(value);
    }
 
    void CAudioDeviceVolumeSetupComponent::setOutLevel(double value)
    {
        if (value > 1.0) { value = 1.0; }
        else if (value < 0.0) { value = 0.0; }
        ui->wip_OutLevelMeter->levelChanged(value);
    }
 
    void CAudioDeviceVolumeSetupComponent::setTransmitReceiveInUi(bool tx1, bool rec1, bool tx2, bool rec2,
                                                                  bool integrated)
    {
        this->setRxTxCheckboxes(rec1, tx1, rec2, tx2);
        this->setCheckBoxesReadOnly(integrated);
        this->setVolumeSlidersReadOnly(integrated);
    }
 
    void CAudioDeviceVolumeSetupComponent::setTransmitReceiveInUiFromVoiceClient()
    {
        if (!this->hasAudio())
        {
            ui->led_AudioConnected->setOn(false);
            return;
        }
 
        const bool on = sGui->getCContextAudioBase()->isAudioConnected();
        ui->led_AudioConnected->setOn(on);
 
        const bool com1Enabled = sGui->getCContextAudioBase()->isEnabledComUnit(CComSystem::Com1);
        const bool com2Enabled = sGui->getCContextAudioBase()->isEnabledComUnit(CComSystem::Com2);
 
        const bool com1Tx = com1Enabled && sGui->getCContextAudioBase()->isTransmittingComUnit(CComSystem::Com1);
        const bool com2Tx = com2Enabled && sGui->getCContextAudioBase()->isTransmittingComUnit(CComSystem::Com2);
 
        // we do not have receiving, so we use enable
        const bool com1Rx = com1Enabled;
        const bool com2Rx = com2Enabled;
 
        const bool integrated = this->isComIntegrated();
        this->setTransmitReceiveInUi(com1Tx, com1Rx, com2Tx, com2Rx, integrated);
 
        // Set transmit volume in GUI
        if (integrated)
        {
            const int vol1 = sGui->getCContextAudioBase()->getComOutputVolume(CComSystem::Com1);
            const int vol2 = sGui->getCContextAudioBase()->getComOutputVolume(CComSystem::Com2);
            ui->hs_VolumeOutCom1->setValue(vol1);
            ui->hs_VolumeOutCom2->setValue(vol2);
        }
    }
 
    void CAudioDeviceVolumeSetupComponent::setCheckBoxesReadOnly(bool readonly)
    {
        // all tx/rec checkboxes
        CGuiUtility::checkBoxReadOnly(ui->cb_1Tx, readonly);
        CGuiUtility::checkBoxReadOnly(ui->cb_2Tx, readonly);
        CGuiUtility::checkBoxReadOnly(ui->cb_1Rec, readonly);
        CGuiUtility::checkBoxReadOnly(ui->cb_2Rec, readonly);
    }
 
    void CAudioDeviceVolumeSetupComponent::setVolumeSlidersReadOnly(bool readonly)
    {
        ui->hs_VolumeOutCom1->setDisabled(readonly);
        ui->hs_VolumeOutCom2->setDisabled(readonly);
        if (readonly)
        {
            // \fixme hardcoded stylesheet setting, should come from stylesheet")
            ui->hs_VolumeOutCom1->setStyleSheet("background: rgb(40,40,40)");
            ui->hs_VolumeOutCom2->setStyleSheet("background: rgb(40,40,40)");
        }
        else
        {
            ui->hs_VolumeOutCom1->setStyleSheet("");
            ui->hs_VolumeOutCom2->setStyleSheet("");
        }
    }
 
    CAfvClient *CAudioDeviceVolumeSetupComponent::afvClient()
    {
        if (!sGui || sGui->isShuttingDown() || !sGui->getCContextAudioBase()) { return nullptr; }
        return sGui->getCContextAudioBase()->afvClient();
    }
 
    void CAudioDeviceVolumeSetupComponent::reloadSettings()
    {
        const CSettings as(m_audioSettings.getThreadLocal());
        ui->cb_DisableAudioEffects->setChecked(!as.isAudioEffectsEnabled());
        this->setInValue(as.getInVolume());
        this->setOutValue(as.getOutVolume());
        this->setOutValueCom1(as.getOutVolumeCom1());
        this->setOutValueCom2(as.getOutVolumeCom2());
    }
 
    void CAudioDeviceVolumeSetupComponent::initAudioDeviceLists()
    {
        if (!this->hasAudio()) { return; }
        const bool changed = this->onAudioDevicesChanged(sGui->getCContextAudioBase()->getAudioDevices());
        if (!changed) { return; }
        const CAudioDeviceInfoList currentDevices = sGui->getCContextAudioBase()->getCurrentAudioDevices();
        this->onAudioStarted(currentDevices.getInputDevices().frontOrDefault(),
                             currentDevices.getOutputDevices().frontOrDefault());
    }
 
    bool CAudioDeviceVolumeSetupComponent::hasAudio() const { return sGui && sGui->getCContextAudioBase(); }
 
    bool CAudioDeviceVolumeSetupComponent::hasSimulator() const { return sGui && sGui->getIContextSimulator(); }
 
    void CAudioDeviceVolumeSetupComponent::onVolumeSliderChanged(int v)
    {
        Q_UNUSED(v)
        m_volumeSliderChanged.inputSignal();
    }
 
    void CAudioDeviceVolumeSetupComponent::saveVolumes()
    {
        CSettings as(m_audioSettings.getThreadLocal());
        const int i = this->getInValue();
        const int o = this->getOutValue();
        const int o1 = this->getOutValueCom1();
        const int o2 = this->getOutValueCom2();
        if (as.getInVolume() == i && o == as.getOutVolume() && as.getOutVolumeCom1() == o1 &&
            as.getOutVolumeCom2() == o2)
        {
            return;
        }
        as.setInVolume(i);
        as.setOutVolume(o);
        as.setOutVolumeCom1(o1);
        as.setOutVolumeCom2(o2);
        m_audioSettings.setAndSave(as);
    }
 
    void CAudioDeviceVolumeSetupComponent::onOutputVU(double vu) { this->setOutLevel(vu); }
 
    void CAudioDeviceVolumeSetupComponent::onInputVU(double vu) { this->setInLevel(vu); }
 
    void CAudioDeviceVolumeSetupComponent::onReloadDevices()
    {
        if (!hasAudio()) { return; }
        this->initAudioDeviceLists();
        const CAudioDeviceInfo i = this->getSelectedInputDevice();
        const CAudioDeviceInfo o = this->getSelectedOutputDevice();
        sGui->getCContextAudioBase()->setCurrentAudioDevices(i, o);
    }
 
    void CAudioDeviceVolumeSetupComponent::onResetVolumeIn()
    {
        ui->hs_VolumeIn->setValue((ui->hs_VolumeIn->maximum() - ui->hs_VolumeIn->minimum()) / 2);
    }
 
    void CAudioDeviceVolumeSetupComponent::onResetVolumeOut()
    {
        ui->hs_VolumeOut->setValue((ui->hs_VolumeOut->maximum() - ui->hs_VolumeOut->minimum()) / 2);
    }
 
    void CAudioDeviceVolumeSetupComponent::onResetVolumeOutCom1()
    {
        ui->hs_VolumeOutCom1->setValue(ui->hs_VolumeOutCom1->maximum());
    }
 
    void CAudioDeviceVolumeSetupComponent::onResetVolumeOutCom2()
    {
        ui->hs_VolumeOutCom2->setValue(ui->hs_VolumeOutCom2->maximum());
    }
 
    void CAudioDeviceVolumeSetupComponent::showAudioRunsWhereDialog()
    {
        if (!this->hasAudio()) { return; }
        const QString ai = sGui->getCContextAudioBase()->audioRunsWhereInfo();
        QMessageBox::information(this, "Audio information", ai);
    }
 
    void CAudioDeviceVolumeSetupComponent::simulatorSettingsChanged()
    {
        const bool integrated = this->isComIntegrated();
        setCheckBoxesReadOnly(integrated);
        setVolumeSlidersReadOnly(integrated);
    }
 
    bool CAudioDeviceVolumeSetupComponent::isComIntegrated() const
    {
        if (!this->hasSimulator()) { return false; }
        const simulation::settings::CSimulatorSettings settings = sGui->getIContextSimulator()->getSimulatorSettings();
        const bool integrate = settings.isComIntegrated();
        return integrate;
    }
 
    void CAudioDeviceVolumeSetupComponent::onRxTxChanged(bool checked)
    {
        if (!this->hasAudio()) { return; }
        if (this->isComIntegrated()) { return; }
 
        Q_UNUSED(checked)
        const bool rx1 = ui->cb_1Rec->isChecked();
        const bool rx2 = ui->cb_2Rec->isChecked();
 
        // no transmit without receiving
        const bool tx1 = rx1 && ui->cb_1Tx->isChecked();
        const bool tx2 = rx2 && ui->cb_2Tx->isChecked();
 
        sGui->getCContextAudioBase()->setRxTx(rx1, tx1, rx2, tx2);
 
        QPointer<CAudioDeviceVolumeSetupComponent> myself(this);
        QTimer::singleShot(25, this, [=, this] {
            // in case UI values are not correct
            if (!myself) { return; }
            this->setRxTxCheckboxes(rx1, tx1, rx2, tx2);
        });
    }
 
    void CAudioDeviceVolumeSetupComponent::setRxTxCheckboxes(bool rx1, bool tx1, bool rx2, bool tx2)
    {
        if (ui->cb_1Tx->isChecked() != tx1) { ui->cb_1Tx->setChecked(tx1); }
        if (ui->cb_2Tx->isChecked() != tx2) { ui->cb_2Tx->setChecked(tx2); }
        if (ui->cb_1Rec->isChecked() != rx1) { ui->cb_1Rec->setChecked(rx1); }
        if (ui->cb_2Rec->isChecked() != rx2) { ui->cb_2Rec->setChecked(rx2); }
    }
 
    void CAudioDeviceVolumeSetupComponent::onReceivingCallsignsChanged(const CCallsignSet &com1Callsigns,
                                                                       const CCallsignSet &com2Callsigns)
    {
        if (!com1Callsigns.empty())
        {
            ui->le_Com1->setText(QStringLiteral("COM1: ") % com1Callsigns.getCallsignsAsString());
        }
        else
        {
            if (!ui->le_Com1->text().isEmpty())
            {
                ui->le_Com1->setPlaceholderText(ui->le_Com1->text());
                ui->le_Com1->clear();
            }
        }
 
        if (!com2Callsigns.empty())
        {
            ui->le_Com2->setText(QStringLiteral("COM2: ") % com2Callsigns.getCallsignsAsString());
        }
        else
        {
            if (!ui->le_Com2->text().isEmpty())
            {
                ui->le_Com2->setPlaceholderText(ui->le_Com2->text());
                ui->le_Com2->clear();
            }
        }
    }
 
    void CAudioDeviceVolumeSetupComponent::onUpdatedClientWithCockpitData()
    {
        this->setTransmitReceiveInUiFromVoiceClient();
    }
 
    CAudioDeviceInfo CAudioDeviceVolumeSetupComponent::getSelectedInputDevice() const
    {
        if (!hasAudio()) { return {}; }
        const CAudioDeviceInfoList devices = sGui->getCContextAudioBase()->getAudioInputDevices();
        return devices.findByName(ui->cb_SetupAudioInputDevice->currentText());
    }
 
    CAudioDeviceInfo CAudioDeviceVolumeSetupComponent::getSelectedOutputDevice() const
    {
        if (!hasAudio()) { return {}; }
        const CAudioDeviceInfoList devices = sGui->getCContextAudioBase()->getAudioOutputDevices();
        return devices.findByName(ui->cb_SetupAudioOutputDevice->currentText());
    }
 
    void CAudioDeviceVolumeSetupComponent::onAudioDeviceSelected(int index)
    {
        if (!sGui || sGui->isShuttingDown() || !sGui->getIContextAudio()) { return; }
        if (index < 0) { return; }
 
        const CAudioDeviceInfo in = this->getSelectedInputDevice();
        const CAudioDeviceInfo out = this->getSelectedOutputDevice();
        sGui->getCContextAudioBase()->setCurrentAudioDevices(in, out);
    }
 
    void CAudioDeviceVolumeSetupComponent::onAudioStarted(const CAudioDeviceInfo &input, const CAudioDeviceInfo &output)
    {
        if (!afvClient()) { return; }
        if (m_afvConnections.isEmpty() && m_init) { this->initWithAfvClient(); }
 
        ui->cb_SetupAudioInputDevice->setCurrentText(input.toQString(true));
        ui->cb_SetupAudioOutputDevice->setCurrentText(output.toQString(true));
    }
 
    void CAudioDeviceVolumeSetupComponent::onAudioStopped()
    {
        if (!afvClient()) { m_afvConnections.disconnectAll(); }
    }
 
    bool CAudioDeviceVolumeSetupComponent::onAudioDevicesChanged(const CAudioDeviceInfoList &devices)
    {
        if (m_cbDevices.hasSameDevices(devices)) { return false; } // avoid numerous follow up actions
        m_cbDevices = devices;
 
        ui->cb_SetupAudioOutputDevice->clear();
        ui->cb_SetupAudioInputDevice->clear();
 
        const QString i = ui->cb_SetupAudioInputDevice->currentText();
        const QString o = ui->cb_SetupAudioOutputDevice->currentText();
 
        for (const CAudioDeviceInfo &device : devices)
        {
            if (device.getType() == CAudioDeviceInfo::InputDevice)
            {
                ui->cb_SetupAudioInputDevice->addItem(device.toQString(true));
            }
            else if (device.getType() == CAudioDeviceInfo::OutputDevice)
            {
                ui->cb_SetupAudioOutputDevice->addItem(device.toQString(true));
            }
        }
 
        if (!i.isEmpty()) { ui->cb_SetupAudioInputDevice->setCurrentText(i); }
        if (!o.isEmpty()) { ui->cb_SetupAudioOutputDevice->setCurrentText(o); }
 
        return true;
    }
 
    void CAudioDeviceVolumeSetupComponent::onLoopbackToggled(bool loopback)
    {
        if (!sGui || sGui->isShuttingDown() || !sGui->getIContextAudio()) { return; }
        if (sGui->getCContextAudioBase()->isAudioLoopbackEnabled() == loopback) { return; }
        sGui->getCContextAudioBase()->enableAudioLoopback(loopback);
    }
 
    void CAudioDeviceVolumeSetupComponent::onDisableAudioEffectsToggled(bool disabled)
    {
        if (!sGui || sGui->isShuttingDown() || !sGui->getIContextAudio()) { return; }
        CSettings as(m_audioSettings.getThreadLocal());
        const bool enabled = !disabled;
        if (as.isAudioEffectsEnabled() == enabled) { return; }
        as.setAudioEffectsEnabled(enabled);
        m_audioSettings.setAndSave(as);
    }
} // namespace swift::gui::components