// Project
#include "GuiController.h"
#include "format.h"
#include "VCalibrationSettings.h"

#include <QDateTime>

VIEW_DEF_CLASS_ADJUSTMENT(VCalibrationSettings)

void View::VCalibrationSettings::initConnections()
{
    _calibrationList.setRoleNames({
        { eRole_Title           , "title"       },
        { eRole_Component       , "component"   },
        { eRole_Payload         , "payload"     },
    });
}

QVariantList View::VCalibrationSettings::createInitPayload(int vCount)
{
    QVariantList list;
    list.reserve(vCount);

    for (int i = 0; i < vCount; ++i) {
        list.append(0);
    }

    rejectionReasons(list);

    return list;
}

quint32 View::VCalibrationSettings::getEpochUTC()
{
    const QDateTime currentDateTimeUTC = QDateTime::currentDateTime();
    return currentDateTimeUTC.toSecsSinceEpoch();
}

void View::VCalibrationSettings::refreshList (int vIndex)
{
    _columnTitle.clear();
    _calibrationList.clear();

    switch (vIndex) {
    case ePressure          :
    {
        columnTitle ( { tr("4th order"), tr("3rd order"), tr("2nd order"), tr("Gain"), tr("Offset"), tr("Cal Time") } ) ;
        QVariantList initPayloadValues = createInitPayload(_columnTitle.count()); // may remove alter when we add getter message from FW
        // DD Pressure sensors
        _calibrationList.appendRow( {{ eRole_Title, tr("Hydraulics Outlet Pressure")},                      { eRole_Component, tr("D9" )},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Dry Bicarb Pressure")},                             { eRole_Component, tr("D66")},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Spent Dialysate Pressure")},                        { eRole_Component, tr("D51")},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Fresh Dialysate Pressure")},                        { eRole_Component, tr("D15")},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Transmembrane Pressure")},                          { eRole_Component, tr("D41")},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("D87 Pressure Sensor")},                             { eRole_Component, tr("D87")},  {eRole_Payload, initPayloadValues   }});
//        // FP Pressure sensors
        _calibrationList.appendRow( {{ eRole_Title, tr("Water inlet pressure before regulator")},           { eRole_Component, tr("M3") },  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Water inlet pressure after regulator")},            { eRole_Component, tr("P8") },  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Water inlet pressure before the cond. sensor")},    { eRole_Component, tr("P13")},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Pressure before the RO filter")},                   { eRole_Component, tr("P17")},  {eRole_Payload, initPayloadValues   }});
        _calibrationList.appendRow( {{ eRole_Title, tr("Pressure after the RO filter")},                    { eRole_Component, tr("P46")},  {eRole_Payload, initPayloadValues   }});
        break;
    }
    case eTemperature       :
        columnTitle ( { tr("4th order"), tr("3rd order"), tr("2nd order"), tr("Gain"), tr("Offset"), tr("Cal Time") } ) ;

        break;
    case eConcentratePump   :
        columnTitle ( { tr("4th order"), tr("3rd order"), tr("2nd order"), tr("Gain"), tr("Offset"), tr("Cal Time") } ) ;
        break;
    case eDialysatePumpD48  :
        columnTitle ( { tr("4th order"), tr("3rd order"), tr("2nd order"), tr("Gain"), tr("Offset"), tr("Cal Time") } ) ;

        break;
    case eDialysatePumpD1   :
        columnTitle ( { tr("Target Speed"), tr("Cal Time") } ) ;

        break;
    case eAcidTypes         :
        break;
    case eBicarbTypes       :
        break;
    case eAccelerometer     :
        break;
    case eBloodLeak         :
        break;
    }
}

void View::VCalibrationSettings::doAdjustment(int vIndex, int vSensorIndex, QVariantList vPayload)
{
    // to test rejeciton reason - works -- REMOIVE later
//    static int test = 0;
//    rejectionReasons ({0,0,0,0,test = ! test,0});

    quint32 calTime = getEpochUTC();

    // set cal time to payload.
    if ( ! vPayload.isEmpty())
    {
        vPayload.last() =  Format::fromEpoch( calTime,  "yyyy/MM/dd, HH:mm"  );
    }
    _calibrationList.updateData(vSensorIndex, eRole_Payload,  vPayload);

    qDebug() << "Cal Time: " << vPayload.last() << " -- Epoch:" << calTime;


    switch (vIndex) {
    case ePressure          :
        break;
    case eTemperature       :
        break;
    case eConcentratePump   :
        break;
    case eDialysatePumpD48  :
        break;
    case eDialysatePumpD1   :
        break;
    case eAcidTypes         :
        break;
    case eBicarbTypes       :
        break;
    case eAccelerometer     :
        break;
    case eBloodLeak         :
        break;
    }
}