Method startApiServer

Software/src/LightpackApplication.cpp:453–490

}

void LightpackApplication::startApiServer()
{
    DEBUG_LOW_LEVEL << Q_FUNC_INFO << "Start API server";

    m_isApiServerConnectedToLedDeviceSignalsSlots = false;

    m_apiServer = new ApiServer();
    m_apiServer->setInterface(m_pluginInterface);
    m_apiServerThread = new QThread();

    connect(this, SIGNAL(clearColorBuffers()), m_apiServer, SIGNAL(clearColorBuffers()));

    connect(settings(), SIGNAL(apiServerEnabledChanged(bool)),  m_apiServer, SLOT(enableApiServer(bool)));
    connect(settings(), SIGNAL(apiKeyChanged(const QString &)), m_apiServer, SLOT(updateApiKey(const QString &)));
    connect(settings(), SIGNAL(apiPortChanged(int)),            m_apiServer, SLOT(updateApiPort(int)));

    connect(settings(), SIGNAL(lightpackNumberOfLedsChanged(int)), m_apiServer, SIGNAL(updateApiDeviceNumberOfLeds(int)));
    connect(settings(), SIGNAL(adalightNumberOfLedsChanged(int)),  m_apiServer, SIGNAL(updateApiDeviceNumberOfLeds(int)));
    connect(settings(), SIGNAL(ardulightNumberOfLedsChanged(int)), m_apiServer, SIGNAL(updateApiDeviceNumberOfLeds(int)));
    connect(settings(), SIGNAL(virtualNumberOfLedsChanged(int)),   m_apiServer, SIGNAL(updateApiDeviceNumberOfLeds(int)));

    if (!m_noGui)
    {
        connect(m_apiServer, SIGNAL(errorOnStartListening(QString)), m_settingsWindow, SLOT(onApiServer_ErrorOnStartListening(QString)));
    }

    connect(m_ledDeviceManager, SIGNAL(setColors_VirtualDeviceCallback(QList<QRgb>)), m_pluginInterface,    SLOT(updateColors(QList<QRgb>)), Qt::QueuedConnection);

    if (Settings::isBacklightEnabled())
    {
        connectApiServerAndLedDeviceSignalsSlots();
    }

    m_apiServer->firstStart();

    m_apiServer->moveToThread(m_apiServerThread);
    m_apiServerThread->start();
}

void LightpackApplication::startLedDeviceManager()
{