ytSmartLight/h/smartlightcommthread.h

#ifndef SMARTLIGHTCOMMTHREAD_H
#define SMARTLIGHTCOMMTHREAD_H

#include <QThread>
#include <QHostAddress>
#include <QTcpSocket>
#include <QString>
#include <QDateTime>
#include <QStringList>
#include <QList>
#include <QObject>

class SmartLightCommThread : public QThread
{
    Q_OBJECT
public:
    explicit SmartLightCommThread(qintptr socketDescriptor, QObject *parent = nullptr);
    ~SmartLightCommThread() override;
    void run() override;
    void close_self(QTcpSocket *so);
    void stop();
    void readData(QTcpSocket *so);
    bool checkDataFrame(QTcpSocket *so, QByteArray dat);
    bool checkDataBody(QTcpSocket *so, QByteArray body);
    QByteArray mkDataFrame(QByteArray body);
    QByteArray resetDataFrame(QByteArray body);
    quint16 chk_crcc(QByteArray buff, int len);
    void confirm_report(QTcpSocket *so);
    void reset_command(QString deviceId);
    void query_parameters_command(QString deviceId,int parameterType, int pseq);
    void query_parameters_commandf9(QString deviceId,int parameterType);
    void query_parameters_command_parameter(QString deviceId,int parameterType,int pn,int number,QString dataList);
    void request_real_time_data_command(QString deviceId,int parameterType);
    void request_real_time_data_command2(QString deviceId, int parameterType, int pn, int queryNumber, int startPoint);
    void request_control_command(QString deviceId, int parameterType, int pn, int controlType, int economizeGear);
    void request_set_parameters_command(QString deviceId, int parameterType, QString tmp);
    void request_control_command_time(QString deviceId, int parameterType, QString control_time);
    void request_control_command_no_parameters(QString deviceId, int parameterType);
    void request_control_command_appointment(QString deviceId, int parameterType, int pn,int configure, int controlType, int economizeGear,QString control_time);
    void request_historical_data_command(QString deviceId, int parameterType, int pn, int dataFreezingDensity, int dataPoints,QString start_time);
    void request_set_parameters_communication_command(QString deviceId, int parameterType, int timeOut,int retransmissionsNumber, int realTimeData, int historicalData, int eventData, int heartbeatCycle);
    void request_set_parameters_ip_command(QString deviceId, int parameterType, int address1,int address2, int address3, int address4, int port, QString apn);
    void request_set_parameters_event_detection_command(QString deviceId, int parameterType, int excessiveCurrent,int excessiveCurrentRecovery,int lowCurrent, int lowCurrentRecovery, int capacitorFailure, int capacitorFailureRecovery, int lampFailure, int lampFailureRecovery, int fuseFailure, int fuseFailureRecovery);
    void request_event_data_command(QString deviceId, int parameterType, int pm, int pn);
    void check_idx();
    float get_repValue(int type, QByteArray dat);
    QString deviceID();
    void mk_EventList_qry(QString deviceId, quint8 type, quint8 cur, quint8 num);
    void mk_hisData_qry(QString deviceId, quint16 f_pno, quint16 f_fno, QDateTime t1, QDateTime t2, quint8 sep, quint8 num);
    int get_fp_byte(int num);
    quint8 hexstr_to_byte(QString dat);
    QByteArray mkB01datetime(QDateTime dt);
    QByteArray mkB02float(float d, int g);
    QByteArray mkB03integer(int d, int g);
    QByteArray mkB04integer(int d, int s0);
    QByteArray mkB05float(float d);
    QByteArray mkB06float(float d);
    QByteArray mkB07float(float d);
    QByteArray mkB08integer(int d);
    QByteArray mkB09float(float d);
    QByteArray mkB10integer(int d);
    QByteArray mkB11double(double d);
    QByteArray mkB12longlong(long long d);
    QByteArray mkB13float(float d);
    QByteArray mkB14double(double d);
    QByteArray mkB15datetime(QDateTime dt);
    QByteArray mkB16datetime(QDateTime dt);
    QByteArray mkB17datetime(QDateTime dt);
    QByteArray mkB18datetime(QDateTime dt);
    QByteArray mkB19time(QTime t);
    QByteArray mkB20date(QDate d);
    QByteArray mkB21date(QDate d);
    QByteArray mkB22integer(int d);
    QByteArray mkB23float(float d);
    QByteArray mkB24datetime(QDateTime dt);
    QByteArray mkB25float(float d);
    QByteArray mkB26float(float d);
    QByteArray mkB27integer(int d);
    QByteArray mkB28double(double d, int g);

signals:
    void CommData(QString deviceid, int dir, QString data);
    void getEAlarm(QString DeviceCode, int erc, int sta, int arg1, int arg2, int arg3, float value, float v2, QString others, QDateTime t);
    void getEAnalogValue(QString DeviceCode, int point, float ave, float rtv, QDateTime t, float maxv, QDateTime maxt, float minv, QDateTime mint);
    void getERealtimeValue(QString DeviceCode, int point, float rtv, QDateTime t);
    void getNewDev(QString DeviceCode);

public slots:

private:
    qintptr SocketDescriptor;
    bool keepcomm;
    bool WaitEcho;
    quint16 WaitCount;
    qint16 DevType;
    int err_count;
    QString DeviceID;
    int ErrorCount[2];
    int WirelessSignal;
    int idx;
    QList<QByteArray> CmdList;
};

#endif // SMARTLIGHTCOMMTHREAD_H