#ifndef ALARM_R_H #define ALARM_R_H #include #include #include class AlarmR { public: AlarmR() = default; AlarmR(const QString &endTime, const QString &mark, const QString &sensorGroup, const QString &sensorId, const QString &serial, const QString &startTime) : end_time(endTime) , mark(mark) , sensor_group(sensorGroup) , sensor_id(sensorId) , serial(serial) , start_time(startTime) {} void parseResponse(const QJsonObject &json) { if (json["start_time"].isDouble()) { start_time = QString::number(static_cast(json["start_time"].toDouble())); qint64 unixTime = static_cast(json["start_time"].toDouble()); QDateTime dateTime = QDateTime::fromSecsSinceEpoch(unixTime); start_time = dateTime.toString("dd.MM.yyyy HH:mm"); } if (json.contains("end_time") && json["end_time"].isDouble()) { end_time = QString::number(static_cast(json["end_time"].toDouble())); qint64 unixTime = static_cast(json["end_time"].toDouble()); QDateTime dateTime = QDateTime::fromSecsSinceEpoch(unixTime); end_time = dateTime.toString("dd.MM.yyyy HH:mm"); } else { end_time.clear(); } if (json.contains("mark") && json["mark"].isString()) { mark = json["mark"].toString(); } if (json.contains("sensor_group") && json["sensor_group"].isString()) { sensor_group = json["sensor_group"].toString(); } if (json.contains("sensor_id") && json["sensor_id"].isString()) { sensor_id = json["sensor_id"].toString(); } if (json.contains("serial") && json["serial"].isString()) { serial = json["serial"].toString(); } } QString getEndTime() const { return end_time; } QString getMark() const { return mark; } QString getSensorGroup() const { return sensor_group; } QString getSensorId() const { return sensor_id; } QString getSerial() const { return serial; } QString getStartTime() const { return start_time; } private: QString end_time; QString mark; QString sensor_group; QString sensor_id; QString serial; QString start_time; }; #endif // ALARM_R_H