Method handleLutCalibrationCommand

sources/api/HyperAPI.cpp:988–1022

}

void HyperAPI::handleLutCalibrationCommand(const QJsonObject& message, const QString& command, int tan)
{
	QString subcommand = message["subcommand"].toString("");

	if (subcommand == "capture")
	{
		bool debug = message["debug"].toBool(false);
		bool lchCorrection = message["lch_correction"].toBool(false);

		QThread* lutThread = new QThread();
		LutCalibrator* lutCalibrator = new LutCalibrator(_instanceManager->getRootPath(), getActiveComponent(), debug, lchCorrection);
		lutCalibrator->moveToThread(lutThread);
		connect(lutThread, &QThread::finished, lutCalibrator, &LutCalibrator::deleteLater);
		connect(lutThread, &QThread::started, lutCalibrator, &LutCalibrator::startHandler);		
		connect(lutCalibrator, &LutCalibrator::SignalLutCalibrationUpdated, this, &CallbackAPI::lutCalibrationUpdateHandler);
		
		_lutCalibratorThread = std::unique_ptr<QThread, std::function<void(QThread*)>>(lutThread,
			[lutCalibrator](QThread* mqttThread) {
				lutCalibrator->cancelCalibrationSafe();
				THREAD_REMOVER(QString("LutCalibrator"), mqttThread, lutCalibrator);
			});
		_lutCalibratorThread->start();
	}
	else if (_lutCalibratorThread != nullptr && subcommand == "stop")
	{
		_lutCalibratorThread = nullptr;
	}
	else
	{
		sendErrorReply("The command does not have any effect", command + "-" + subcommand, tan);
		return;
	}
	
	sendSuccessReply(command, tan);
}

void HyperAPI::handleInstanceCommand(const QJsonObject& message, const QString& command, int tan)
{