#include "VTreatmentAdjustmentVitalsAlarmLimits.h"

// Project
#include "GuiController.h"

VIEW_DEF_CLASS_ADJUSTMENT(VTreatmentAdjustmentVitalsAlarmLimits)

void VTreatmentAdjustmentVitalsAlarmLimits::initConnections()
{
    ACTION_VIEW_CONNECTION(AdjustVitalsAlarmLimitsResponseData);
    ADJUST_VIEW_CONNECTION(AdjustVitalsAlarmLimitsRequestData );
}

void VTreatmentAdjustmentVitalsAlarmLimits::onActionReceive(const AdjustVitalsAlarmLimitsResponseData &vData)
{
    adjustment_Accepted ( vData.mAccepted );

    systolicBpLowAlarmLimitRejectionReson      (vData.mSystolicBpLowAlarmLimitRejectionReson    );
    systolicBpHighAlarmLimitRejectionReson     (vData.mSystolicBpHighAlarmLimitRejectionReson   );
    heartRateLowAlarmLimitRejectionReson       (vData.mHeartRateLowAlarmLimitRejectionReson     );
    heartRateHighAlarmLimitRejectionReson      (vData.mHeartRateHighAlarmLimitRejectionReson    );
    vitalsIntervalRejectionReson               (vData.mVitalsIntervalRejectionReson             );

    // *** has to be the last to let the information to be set and then emit the signal ***
    // *** otherwise will use the previous values before being set.                     ***
    adjustment          ( true );
}

/*!
 * \brief   doAdjustment
 * \details the invocable slot to adjust the vitals alarm limits
 * \param vSystolicBpLowAlarmLimit
 * \param vSystolicBpHighAlarmLimit
 * \param vHeartRateLowAlarmLimit
 * \param vHeartRateHighAlarmLimit
 * \param vVitalsInterval
 */
void VTreatmentAdjustmentVitalsAlarmLimits::doAdjustment(const quint32 vSystolicBpLowAlarmLimit ,
                                                         const quint32 vSystolicBpHighAlarmLimit,
                                                         const quint32 vHeartRateLowAlarmLimit  ,
                                                         const quint32 vHeartRateHighAlarmLimit ,
                                                         const quint32 vVitalsInterval          )
{
    _data.systolicBpLowAlarmLimit   = vSystolicBpLowAlarmLimit ;
    _data.systolicBpHighAlarmLimit  = vSystolicBpHighAlarmLimit;
    _data.heartRateLowAlarmLimit    = vHeartRateLowAlarmLimit  ;
    _data.heartRateHighAlarmLimit   = vHeartRateHighAlarmLimit ;
    _data.vitalsInterval            = vVitalsInterval          ;

    emit didAdjustment(_data);
}