#ifndef DBMPROBEPROPERTIES_H
#define DBMPROBEPROPERTIES_H

#include <QMetaType>
#include <QString>
#include <QObject>
#include <QtSql>
#include <QDebug>

#include "model/databaseManager/utils/initializationUtils.h"

/*************************************************************************************************/
/**
 * @brief Database dto dtructure for Probe properties
 * @author Mohammad Mohsen Talaie
 * @details
 * @date 20 sep 2020
 */
/*************************************************************************************************/
typedef struct DbmDtoProbeProperties
{
public:
	int ID;
	QString globalId;
	QString name;
	QString image;
	bool scan;
	int type;
	bool geometry;
	QList<int> supportedModes;
	double pitch;
	double radius;
	int subAzimuthNo;
	int subElevationNo;
	int elementNo;
	double elementWidth;
	double elementHeight;
	double fov;
	QList<double> impulseResponse;
	QList<int> angleValues;
	QList<double> focusValues;
	QList<double> hiFocusValues;
	int multiFocusStep;
	QList<int> otiC0Values;
	QList<QList<double> > ffcValues;
	QList<double> depthValues;
	QList<int> frequencyValues;
	QList<int> hiFrequencyValues;
	QList<int> dFrequencyValues;
	QList<int> pwFrequencyValues;
	QList<QList<double> > criSteeringAngles;
	double rxGain;
	double txGain;
	QList<double> lineDensityValues;
	QList<double> dLineDensityValues;
	int halfCycleNoValues;
	int ffcHalfCycleNoValues;
	QList<int> hiHalfCycleNoValues;
	QList<int> dopplerHalfCycleNoValues;
	QList<double> priExtensionValue;
	double dPriExtensionValue;
	double txResolution;
	double rxResolution;
	double mLinesPri;
	int simultPwFrameRate;
	QList<double> virtualConvexLineDensityValues;
	double vcMaxTheta;
	QList<int> piValues;
	QList<QString> hiNames;
	QList<double> AtgcB;
	QList<double> AtgcD;
	QList<double> AtgcPW;
	QList<double> AtgcReserve;
}DbmDtoProbeProperties;

Q_DECLARE_METATYPE(DbmDtoProbeProperties)

/*************************************************************************************************/
/**
 * @brief Database class for Probe properties
 * @author Mohammad Mohsen Talaie
 * @details
 * @date 20 sep 2020
 */
/*************************************************************************************************/
class DbmProbeProperties
{
public:
	static bool getProbeParameters(QSqlTableModel* tableModel, QList<DbmDtoProbeProperties>& probes)
	{
		tableModel->setTable("Probe");
		bool ret = tableModel->select();
		DbmDtoProbeProperties probeIns;
		for(int i = 0; i < tableModel->rowCount(); ++i)
		{
			INIT_SINGLE(probeIns, tableModel, ID, Int, i);
			INIT_SINGLE(probeIns, tableModel, globalId, String, i);
			INIT_SINGLE(probeIns, tableModel, image, String, i);
			INIT_SINGLE(probeIns, tableModel, name, String, i);
			INIT_SINGLE(probeIns, tableModel, scan, Bool, i);
			INIT_SINGLE(probeIns, tableModel, type, Int, i);
			INIT_SINGLE(probeIns, tableModel, geometry, Bool, i);
			INIT_SINGLE(probeIns, tableModel, pitch, Double, i);
			INIT_SINGLE(probeIns, tableModel, radius, Double, i);
			INIT_SINGLE(probeIns, tableModel, subAzimuthNo, Int, i);
			INIT_SINGLE(probeIns, tableModel, subElevationNo, Int, i);
			INIT_SINGLE(probeIns, tableModel, elementNo, Int, i);
			INIT_SINGLE(probeIns, tableModel, elementHeight, Double, i);
			INIT_SINGLE(probeIns, tableModel, elementWidth, Double, i);
			INIT_SINGLE(probeIns, tableModel, fov, Double, i);
			INIT_SINGLE(probeIns, tableModel, multiFocusStep, Int, i);
			INIT_SINGLE(probeIns, tableModel, rxGain, Double, i);
			INIT_SINGLE(probeIns, tableModel, txGain, Double, i);
			INIT_SINGLE(probeIns, tableModel, halfCycleNoValues, Int, i);
			INIT_SINGLE(probeIns, tableModel, ffcHalfCycleNoValues, Int, i);
			INIT_SINGLE(probeIns, tableModel, dPriExtensionValue, Int, i);
			INIT_SINGLE(probeIns, tableModel, txResolution, Double, i);
			INIT_SINGLE(probeIns, tableModel, rxResolution, Double, i);
			INIT_SINGLE(probeIns, tableModel, mLinesPri, Double, i);
			INIT_SINGLE(probeIns, tableModel, simultPwFrameRate, Int, i);
			INIT_SINGLE(probeIns, tableModel, vcMaxTheta, Double, i);
			INIT_LIST(probeIns, tableModel, virtualConvexLineDensityValues, Double, i);
			INIT_LIST(probeIns, tableModel, impulseResponse, Double, i);
			INIT_LIST(probeIns, tableModel, hiFocusValues, Double, i);
			INIT_LIST(probeIns, tableModel, supportedModes, Int, i);
			INIT_LIST(probeIns, tableModel, angleValues, Int, i);
			INIT_LIST(probeIns, tableModel, focusValues, Double, i);
			INIT_LIST(probeIns, tableModel, depthValues, Double, i);
			INIT_LIST(probeIns, tableModel, frequencyValues, Int, i);
			INIT_LIST(probeIns, tableModel, otiC0Values, Int, i);
			INIT_LIST(probeIns, tableModel, hiFrequencyValues, Int, i);
			INIT_LIST(probeIns, tableModel, dFrequencyValues, Int, i);
			INIT_LIST(probeIns, tableModel, lineDensityValues, Double, i);
			INIT_LIST(probeIns, tableModel, dLineDensityValues, Double, i);
			INIT_LIST(probeIns, tableModel, hiHalfCycleNoValues, Int, i);
			INIT_LIST(probeIns, tableModel, dopplerHalfCycleNoValues, Int, i);
			INIT_LIST(probeIns, tableModel, priExtensionValue, Double, i);
			INIT_LIST(probeIns, tableModel, piValues, Int, i);
			INIT_LIST(probeIns, tableModel, pwFrequencyValues, Int, i);
			INIT_LIST(probeIns, tableModel, AtgcB, Double, i);
			INIT_LIST(probeIns, tableModel, AtgcD, Double, i);
			INIT_LIST(probeIns, tableModel, AtgcPW, Double, i);
			INIT_LIST(probeIns, tableModel, AtgcReserve, Double, i);
			INIT_LIST_STR(probeIns, tableModel, hiNames, i);
			INTI_LIST_LIST(probeIns, tableModel, ffcValues, double, Double, i);
			INTI_LIST_LIST(probeIns, tableModel, criSteeringAngles, double, Double, i);
			probes.append(probeIns);
		}

		return ret;
	}

	/*************************************************************************************************/
	/**
	 * @brief Get a Prob properties by Global Id.
	 * @details
	 * @return bool
	 */
	/*************************************************************************************************/
	static bool getProbeParametersByGlobalId(QString name,
											 QSqlTableModel* tableModel,
											 DbmDtoProbeProperties& probe)
	{
		tableModel->setTable("Probe");
		tableModel->setFilter(QString("globalId is '%1'").arg(name));
		bool ret = tableModel->select();

		qDebug() << tableModel->rowCount();
		INIT_SINGLE(probe, tableModel, ID, Int, 0);
		INIT_SINGLE(probe, tableModel, globalId, String, 0);
		INIT_SINGLE(probe, tableModel, image, String, 0);
		INIT_SINGLE(probe, tableModel, name, String, 0);
		INIT_SINGLE(probe, tableModel, scan, Bool, 0);
		INIT_SINGLE(probe, tableModel, type, Int, 0);
		INIT_SINGLE(probe, tableModel, geometry, Bool, 0);
		INIT_SINGLE(probe, tableModel, pitch, Double, 0);
		INIT_SINGLE(probe, tableModel, radius, Double, 0);
		INIT_SINGLE(probe, tableModel, subAzimuthNo, Int, 0);
		INIT_SINGLE(probe, tableModel, subElevationNo, Int, 0);
		INIT_SINGLE(probe, tableModel, elementNo, Int, 0);
		INIT_SINGLE(probe, tableModel, elementHeight, Double, 0);
		INIT_SINGLE(probe, tableModel, elementWidth, Double, 0);
		INIT_SINGLE(probe, tableModel, fov, Double, 0);
		INIT_SINGLE(probe, tableModel, multiFocusStep, Int, 0);
		INIT_SINGLE(probe, tableModel, rxGain, Double, 0);
		INIT_SINGLE(probe, tableModel, txGain, Double, 0);
		INIT_SINGLE(probe, tableModel, halfCycleNoValues, Int, 0);
		INIT_SINGLE(probe, tableModel, ffcHalfCycleNoValues, Int, 0);
		INIT_SINGLE(probe, tableModel, dPriExtensionValue, Int, 0);
		INIT_SINGLE(probe, tableModel, txResolution, Double, 0);
		INIT_SINGLE(probe, tableModel, rxResolution, Double, 0);
		INIT_SINGLE(probe, tableModel, mLinesPri, Double, 0);
		INIT_SINGLE(probe, tableModel, simultPwFrameRate, Int, 0);
		INIT_SINGLE(probe, tableModel, vcMaxTheta, Double, 0);
		INIT_LIST(probe, tableModel, virtualConvexLineDensityValues, Double, 0);
		INIT_LIST(probe, tableModel, impulseResponse, Double, 0);
		INIT_LIST(probe, tableModel, hiFocusValues, Double, 0);
		INIT_LIST(probe, tableModel, supportedModes, Int, 0);
		INIT_LIST(probe, tableModel, angleValues, Int, 0);
		INIT_LIST(probe, tableModel, focusValues, Double, 0);
		INIT_LIST(probe, tableModel, depthValues, Double, 0);
		INIT_LIST(probe, tableModel, frequencyValues, Int, 0);
		INIT_LIST(probe, tableModel, otiC0Values, Int, 0);
		INIT_LIST(probe, tableModel, hiFrequencyValues, Int, 0);
		INIT_LIST(probe, tableModel, dFrequencyValues, Int, 0);
		INIT_LIST(probe, tableModel, lineDensityValues, Double, 0);
		INIT_LIST(probe, tableModel, dLineDensityValues, Double, 0);
		INIT_LIST(probe, tableModel, hiHalfCycleNoValues, Int, 0);
		INIT_LIST(probe, tableModel, dopplerHalfCycleNoValues, Int, 0);
		INIT_LIST(probe, tableModel, priExtensionValue, Double, 0);
		INIT_LIST(probe, tableModel, piValues, Int, 0);
		INIT_LIST(probe, tableModel, pwFrequencyValues, Int, 0);
		INIT_LIST(probe, tableModel, AtgcB, Double, 0);
		INIT_LIST(probe, tableModel, AtgcD, Double, 0);
		INIT_LIST(probe, tableModel, AtgcPW, Double, 0);
		INIT_LIST(probe, tableModel, AtgcReserve, Double, 0);
		INIT_LIST_STR(probe, tableModel, hiNames, 0);
		INTI_LIST_LIST(probe, tableModel, ffcValues, double, Double, 0);
		INTI_LIST_LIST(probe, tableModel, criSteeringAngles, double, Double, 0);

		return ret;
	}
};

#endif //DBMPROBEPROPERTIES_H