AppDenmTriggerData.h

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#ifndef APPDENMTRIGGERDATA_H
#define APPDENMTRIGGERDATA_H

#include <QByteArray>

#include <ReferencePositionData.h>
#include <DestinationAreaData.h>
#include <TrafficClassData.h>
#include <LifeTimeData.h>

#include <ParameterDENM.h>

#include <DENM.h>

#define MSG_LENGTH 65535

class AppDenmTriggerData
{
public:
    AppDenmTriggerData(ParameterDENM *paramDENM);
    AppDenmTriggerData(QByteArray datagram);
    AppDenmTriggerData(DENM_t denm, DestinationAreaData destination);

    typedef enum AppDenmTriggerData_enum
    {
        AppDenmTriggerData_validityDuration,
        AppDenmTriggerData_repetitionDuration,
        AppDenmTriggerData_transmissionInterval,
        AppDenmTriggerData_repetitionInterval,
        AppDenmTriggerData_situation,
        AppDenmTriggerData_location,
        AppDenmTriggerData_alacarte,
        AppDenmTriggerData_relevanceDistance,
        AppDenmTriggerData_relevanceTrafficDirection
    }e_AppDenmTriggerData;

    /* Getters */
    quint64 eventDetectionTime() const{return m_eventDetectionTime;}
    ReferencePositionData eventPosition() const{return m_eventPosition;}
    quint32* validityDuration() const{return m_validityDuration;}
    quint32* repetitionDuration() const{return m_repetitionDuration;}
    quint16* transmissionInterval() const{return m_transmissionInterval;}
    quint16* repetitionInterval() const{return m_repetitionInterval;}
    QByteArray *situation() const{return m_situation;}
    QByteArray *location() const{return m_location;}
    QByteArray *alacarte() const{return m_alacarte;}
    quint8* relevanceDistance() const{return m_relevanceDistance;}
    quint8* relevanceTrafficDirection() const{return m_relevanceTrafficDirection;}
    DestinationAreaData destinationArea() const{return m_destinationArea;}
    TrafficClassData trafficClass() const{return m_trafficClass;}
    LifeTimeData* lifeTime() const{return m_lifeTime;}
    quint8* maximumHopLimit() const{return m_maximumHopLimit;}

    /* Setters */
    void setEventDetectionTime(quint64 e){m_eventDetectionTime = e;}
    void setEventPosition(ReferencePositionData e){m_eventPosition = e;}
    void setValidityDuration(quint32 v){if(!m_validityDuration)m_validityDuration = (quint32*)calloc(1, sizeof *m_validityDuration); *m_validityDuration = v;}
    void setRepetitionDuration(quint32 r){if(!m_repetitionDuration)m_repetitionDuration = (quint32*)calloc(1, sizeof *m_repetitionDuration); *m_repetitionDuration = r;}
    void setTransmissionInterval(quint16 t){if(!m_transmissionInterval)m_transmissionInterval = (quint16*)calloc(1, sizeof *m_transmissionInterval); *m_transmissionInterval = t;}
    void setRepetitionInterval(quint16 r){if(!m_repetitionInterval)m_repetitionInterval = (quint16*)calloc(1, sizeof *m_repetitionInterval); *m_repetitionInterval = r;}
    void setSituation(QByteArray s){m_situation = new QByteArray(s);}
    void setLocation(QByteArray l){m_location = new QByteArray(l);}
    void setAlacarte(QByteArray a){m_alacarte = new QByteArray(a);}
    void setRelevanceDistance(quint8 r){if(!m_relevanceDistance)m_relevanceDistance = (quint8*)calloc(1, sizeof *m_relevanceDistance); *m_relevanceDistance = r;}
    void setRelevanceTrafficDirection(quint8 r){if(!m_relevanceTrafficDirection)m_relevanceTrafficDirection = (quint8*)calloc(1, sizeof *m_relevanceTrafficDirection); *m_relevanceTrafficDirection = r;}
    void setDestinationArea(DestinationAreaData d){m_destinationArea = d;}
    void setTrafficClass(TrafficClassData t){m_trafficClass = t;}

    /* API */
    QByteArray toBin();
    quint16 getOptions();
    QString toString();

private:
    quint64 m_eventDetectionTime;
    ReferencePositionData m_eventPosition;
    quint32 *m_validityDuration;
    quint32 *m_repetitionDuration;
    quint16 *m_transmissionInterval;
    quint16 *m_repetitionInterval;
    QByteArray *m_situation;
    QByteArray *m_location;
    QByteArray *m_alacarte;
    quint8 *m_relevanceDistance;
    quint8 *m_relevanceTrafficDirection;
    LifeTimeData *m_lifeTime;
    quint8 *m_maximumHopLimit;
    DestinationAreaData m_destinationArea;
    TrafficClassData m_trafficClass;
    EventPoint_t m_situationEventHistory[23];
    PathHistory_t m_locationTraces[7];
    PathPoint_t m_locationTracesPathHistory[7][40];
    PosPillar_t m_impactReductionPositionOfPillars[3];
    StationType_t m_roadWorksRestriction[3];
    ReferencePosition_t m_roadWorksRecommendedPath[40];
    ActionID_t m_roadWorksReferenceDenms[8];
    ParameterDENM *m_paramDENM;
};

#endif // APPDENMTRIGGERDATA_H