3500/global.h

#ifndef GLOBAL_H
#define GLOBAL_H
#include <QJsonObject>
#include <QJsonArray>
#include <QJsonDocument>
#include <QJsonValue>
#include <QJsonParseError>
#include <QFile>
#include <QDebug>
#include <QMessageBox>

extern QString IP ;
extern QString MAC ;
typedef struct ChannelSetting{
    double ChUnitCoeff;
    int ChUnitDot;
    QString bearingClearance;
    QString bearingStartPosition;
    bool channel1P5XAMP;
    double channel1P5XAMPDefaultValue;
    bool channel1xAmpl;
    double channel1xAmpleDefaultValue;
    bool channel2P5XAMP;
    double channel2P5XAMPDefaultValue;
    bool channel2p5xAmpl;
    double channel2p5xAmplDefaultValue;
    bool channel2xAmpl;
    double channel2xAmplDefaultValue;
    bool channel3XAmpl;
    double channel3XAmplDefaultValue;
    double channelACHighpassband;
    double channelDefaultValueEU;
    bool channelDirect;
    double channelDirectDefaultValue;
    bool channelElement;
    double channelElementDefaultValue;
    bool channelGapVoltage;
    double channelGapVoltageDefaultValue;
    QString channelId;
    QString channelIntDiff;
    QString channelName;
    bool channelNot1xAmp;
    double channelNot1xAmpDefaultValue;
    bool channelOP5XAMP;
    double channelOP5XAMPDefaultValue;
    QString channelRMSPkPk2Pk;
    QString channelRecorderOutput;
    int channelRecorderOutputDefaultVal;
    bool channelRotor;
    double channelRotorDefaultValue;
    QString channelSensorType;
    bool channelSmax;
    double channelSmaxDefaultValue;
    bool channelSpike;
    double channelSpikeDefaultValue;
    QString comments;
    bool couplingACDC;
    QString dataWatchNo;
    double envelopeHighpassband;
    double envelopeLowpassband;
    int equipmentId;
    QString filter;
    QString frequencyRangeMax;
    QString frequencyRangeMin;
    double fullScalePosition;
    QString highPassFrequency;
    QString installMethod;
    int isEnable;
    int isWork;
    QString lowPassFrequency;
    QString measuringRange;
    int offset;
    QString pairChannelId;
    QString pairChannelName;
    QString rpmMultiplier;
    int samplingRate;
    QString sensor1xAmplitudeRunout;
    QString sensor1xPhaseRunout;
    QString sensorConfigureDate;
    QString sensorEngineeringUnit;
    QString sensorGapVoltage;
    bool sensorICP;
    QString sensorLeftOrRight;
    int sensorLocationInDegree;
    int sensorModuleNo;
    int sensorNo;
    QString sensorRange;
    bool sensorRangeCheck;
    QString sensorRangeMax;
    QString sensorRangeMin;
    QString sensorSensitivity;
    QString sensorType;
    QString shaftRotationDirection;
    QString speedRefChannelId;
    QString speedRefChannelName;
    QString startBrands;
    QString stopBrands;
    bool tachAutoTach;
    QString tachTriggerEdge;
    double tachTriggerHysteresis;
    QString tachTriggerPerRev;
    double tachTriggerVoltageLevel;
    QString thermalCoupleType;
    QString userDefineProperty1;
    QString userDefineProperty2;
    QString userDefineProperty3;
    QString userDefineProperty4;
    QString userDefineProperty5;
    QString userDefineProperty6;
    QString xFullScalePosition;
    QString xProcessVariableName;
    QString xZeroScalePosition;
    QString zeroScalePosition;
    QString boardType;
    QString defaultDisplay;
    ChannelSetting(){
        speedRefChannelId = "";
        xZeroScalePosition = "";
        zeroScalePosition = "";
    }

}channelsetting;

typedef struct _channelbaseinfo{
    QString channelID;
    int bordNo;
    int channelNoInBoard;
    QString channelName;
    QString channelType;
    QString channelUnit;
    QString boardType;
    QString sensorEngineeringUnit;
    QString defaultDisplay;
    _channelbaseinfo(){
        channelID = "";
        bordNo = 0;
        channelNoInBoard = 0;
        channelName = "";
        channelType = "";
        channelUnit = "";
        sensorEngineeringUnit = "";
    }
} channelBaseInfo;

typedef struct _channelCount{
    int nCount;
    int nFastCount;
    int nSlowCount;
    int nDICount;
    int nDOCount;
} channelCount_t;

typedef struct _WorkConditionChannels{
    QString channelID;
    int BoardNo;
    QString ChannelDispalyName;
    QString ChannelName;
    int ChannelNoInBoard;
    int Enable;
    int WorkConditionChannelType;
} WorkConditionChannels_t;

typedef struct _WorkCondition{
    int WorkConditionID;
    QString CheckWorkConditionInterval;
    QString Description;
    int Enable;
    QString SN;
    QString StartWorkCondition;
    QString WorkConditionName;
    QStringList WorkConditionRules;
    QString WorkConditionJudgeLogicRules;
} WorkCondition_t;

typedef struct _WorkConditionInfo{
    QString ChannelId;
    int     BoardNo;
    QString ChannelName;
    int     ChannelNoInBoard;
    QString EnLowerSideOfRangePercent;
    QString EnRangeUpper;
    QString EnRangeLower;
    QString EnVolatilityRangeUpper;
    QString EnVolatilityRangeLower;
    QString EnableCheckVolatility;
    QString LowerSideOfRange;
    QString UpperSideOfRange;
    QString LowerSideOfVolatilityRange;
    QString UpperSideOfVolatilityRange;
    int WorkConditionChannelType;
    QString SN;
    int WC_NO;
} WorkConditionInfo_t;

typedef struct _TriggerConfig{
    QString ChannelID;
    QString ChannelName;
    int     WorkConditionID;
    QString WokrConditonName;
    QString Characteristic;
    int     AlertOver;
    QString AlertOverSetpoint;
    int     DangerOver;
    QString DangerOverSetpoint;
    int     AlertUnder;
    QString AlertUnderSetpoint;
    int     DangerUnder;
    QString DangerUnderSetpoint;
    QString AlertTriggerStatus;
    QString DangerTriggerStatus;
    QString AlertTriggerDelay;
    QString DangerTriggerDelay;
    QString TriggerType;
} TriggerConfig_t;

typedef struct _TriggerEvent{
    QString triggeredChannelName;
    QString triggeredType;
    QString triggeredValue;
    QString triggeredNotification;
    QString triggeredDataWatchNo;
    QString triggeredDataWatchName;
    QString triggeredChannelID;
    int triggeredTime;
    int triggeredEquipmentID;
    QString triggeredEventName;
    QString triggeredFeatureName;
}TriggerEvent_t ;

typedef struct _Charateristic{
    double Amp1x;
    double Phase1x;
    QString ChannelID;
    QString ChannelName;
    double CrestFactor;
    double DCValues;
    double DerivedPeak;
    double DiagnosisPeak;
    double DiagnosisPk2Pk;
    double DirectPK;
    double FullScalePosition;
    double Gap;
    double IntegratPk2Pk2;
    double IntegratRMS;
    double MaxValues;
    double MinValues;
    double MonitorPk2Pk;
    double Position;
    double RMSValues;
    double RmsPkPk2Pk;
    QString SensorEngineeringUnit;
    double SensorStatus;
    double Status;
    double ZeroScalePosition;
    double xFullScalePosition;
    QString xProcessVariableName;
    double xZeroScalePosition;
    double speedRPM;
} Charateristic_t;
class global
{
public:
    global();
    ~global();
    void Sleep(int msec);
public:

};
extern QVector<ChannelSetting>  g_channelSetting;
extern QMap<QString,QMap<QString,QString>> g_MapChannel;
extern QVector<channelBaseInfo> g_ChannelBaseInfo,g_ChannelView;
extern channelCount_t g_channelCount;
extern QVector<_Charateristic> g_Charateristic;
extern QMap<QString,QString> g_MapChannelType;
extern QMap<QString,QVariantList> g_MapTableList;
#endif // GLOBAL_H