/*!
 *
 * Copyright (c) 2020-2024 Diality Inc. - All Rights Reserved.
 * \copyright
 * THIS CODE MAY NOT BE COPIED OR REPRODUCED IN ANY FORM, IN PART OR IN
 * WHOLE, WITHOUT THE EXPLICIT PERMISSION OF THE COPYRIGHT OWNER.
 *
 * \file    MFPTemperatureData.h
 * \author  (last)      Behrouz NematiPour
 * \date    (last)      10-Feb-2023
 * \author  (original)  Behrouz NemaiPour
 * \date    (original)  02-Jul-2020
 *
 */
#pragma once

// Qt
#include <QString>

// PBoostject
#include "MAbstract.h"
#include "types.h"

// forward declarations
class tst_models;

namespace Model {

/*!
 * \brief   The MFPTemperature class
 * \details The FP Temperature data model
 *
 * | MSG  | CAN ID | Box | Type   | Ack | Src | Dst | Description          |
 * |:----:|:------:|:---:|:------:|:---:|:---:|:---:|:-----------:         |
 * |0x3900| 0x102  | 8   | 1 Hz   | N   | FP  | All | FP Temperature Data  |
 *
 * | Payload  ||
 * |          ||
 * | #01:(U32) | \ref Data::mInletConductivityTemp         |
 * | #02:(U32) | \ref Data::mOutletConductivityTemp        |
 * | #03:(U32) | \ref Data::mBeforePressureRegulatorTemp   |
 * | #04:(F32) | \ref Data::mAfterPressureRegulatorTemp    |
 * | #05:(F32) | \ref Data::mBeforeInletConductivityTemp   |
 * | #06:(F32) | \ref Data::mBeforeROFilterTemp            |
 * | #07:(F32) | \ref Data::mAfterROFilterTemp             |
 * | #08:(F32) | \ref Data::mBeforeROPumpTemp              |
 * | #09:(F32) | \ref Data::mROConcentrateTemp             |
 * | #11:(F32) | \ref Data::mROConcentratePumpTemp         |
 * | #12:(F32) | \ref Data::mDrainDropTemp                 |
 * | #13:(F32) | \ref Data::mROInletTemp                   |
 * | #14:(F32) | \ref Data::mROOutletTemp                  |
 *
 * \sa Data
 *
 * <h2 class="gBoostupheader">Logging info</h2>
 * |              ||
 * |              ||
 * | typeText     | Datum          |
 * | unitText     | FP             |
 * | infoText     | Temperature    |
 *
 */
class MFPTemperature : public MAbstract {

    // friends
    friend class ::tst_models;

    QVariantList parameters() const override;

    struct {
        Types::F32   mP10Temp   ;   ///< P10 temperature from inlet conductivity sensor.
        Types::F32   mP19Temp   ;   ///< P19 temperature from outlet conductivity sensor.
        Types::F32   mM1Temp    ;   ///< Temperature before pressure regulator (M1)
        Types::F32   mM3Temp    ;   ///< Temperature after pressure regulator (M3)
        Types::F32   mP8Temp    ;   ///< Temperature before inlet conductivity sensor (P8)
        Types::F32   mP13Temp   ;   ///< Temperature before RO filter (P13)
        Types::F32   mP17Temp   ;   ///< Temperature after RO filter (P17)
        Types::F32   mX1Temp    ;   ///< Temperature before RO pump (X1)
        Types::F32   mX2Temp    ;   ///< Temperature RO Concentrate
        Types::F32   mX3Temp    ;   ///< Temperature RO Concentrate drop
        Types::F32   mX4Temp    ;   ///< Temperature drain drop
        Types::F32   mP7Temp    ;   ///< Temperature RO inlet
        Types::F32   mP16Temp   ;   ///< Temperature RO outlet
    } _data;

public:

    Type_Enum    typeText  () const override { return Type_Enum::eDatum        ; }
    Unit_Enum    unitText  () const override { return Unit_Enum::eFP           ; }
    QString      infoText  () const override { return QString("Temperature")   ; }

    struct Data {
        float       mInletConductivityTemp          = 0;  ///< P10 temperature from inlet conductivity sensor.
        float       mOutletConductivityTemp         = 0;  ///< P19 temperature from outlet conductivity sensor.
        float       mBeforePressureRegulatorTemp    = 0;  ///< Temperature before pressure regulator (M1)
        float       mAfterPressureRegulatorTemp     = 0;  ///< Temperature after pressure regulator (M3)
        float       mBeforeInletConductivityTemp    = 0;  ///< Temperature before inlet conductivity sensor (P8)
        float       mBeforeROFilterTemp             = 0;  ///< Temperature before RO filter (P13)
        float       mAfterROFilterTemp              = 0;  ///< Temperature after RO filter (P17)
        float       mBeforeROPumpTemp               = 0;  ///< Temperature before RO pump (X1)
        float       mROConcentrateTemp              = 0;  ///< Temperature RO Concentrate
        float       mROConcentratePumpTemp          = 0;  ///< Temperature RO Concentrate drop
        float       mDrainDropTemp                  = 0;  ///< Temperature drain drop
        float       mROInletTemp                    = 0;  ///< Temperature RO inlet
        float       mROOutletTemp                   = 0;  ///< Temperature RO outlet
    };

    MFPTemperature () {}

    bool    fromByteArray   (const QByteArray   &vByteArray  , int *vIndex = nullptr)       override;
    Data    data            (                                                       ) const         ;
};
}

typedef Model::MFPTemperature::Data FPTemperatureData;