public void TestSeclureCloudStorge()
{
var st = new SeclureCloudStorge();
var r = new DACTaskResult();
var s = NewSensor(ProtocolType.Voltage, SafetyFactor.DeformationCrack);
s.FactorTypeTable = "T_THEMES_DEFORMATION_CRACK";
ISensorData d = new VoltageData(0.2, 2.5)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s
};
r.AddSensorResult(new SensorAcqResult
{
ErrorCode = (int)Errors.SUCCESS,
Data = d,
Sensor = s
});
s = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.Seepage);
s.FactorTypeTable = "T_THEMES_ENVI_SEEPAGE";
d = new SeepageData(23)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s
};
r.AddSensorResult(new SensorAcqResult
{
ErrorCode = (int)Errors.SUCCESS,
Data = d,
Sensor = s
});
s = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.StressStrainPoreWaterPressure);
s.FactorTypeTable = "T_THEMES_STRESS_STRAIN_PORE_WATER_PRESSURE";
d = new PressureData(23, 23)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s
};
r.AddSensorResult(new SensorAcqResult
{
ErrorCode = (int)Errors.SUCCESS,
Data = d,
Sensor = s
});
r.Finished = DateTime.Now;
r.Task = new DACTask()
{
DtuID = 2,
};
r.DtuCode = "20150202";
st.ProcessResult(r);
}
public void TestSQLiteStorge()
{
var st = new SQLiteStorge();
var r = new DACTaskResult();
var s2 = NewSensor(ProtocolType.GPS_HC, SafetyFactor.StressStrainPoreWaterPressure);
ISensorData d = new VibratingWireData(1869, 25, 18, 18)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s2
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s2
});
var s1 = NewSensor(ProtocolType.Voltage, SafetyFactor.DeformationCrack);
d = new VoltageData(0.2, 2.5)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s1
});
s1 = NewSensor(ProtocolType.Wind_OSL, SafetyFactor.Wind2D);
d = new Wind2dData(5, 256)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s1
});
s2 = NewSensor(ProtocolType.GPS_HC, SafetyFactor.StressStrainPoreWaterPressure);
d = new VibratingWireData(1869, 25, 18, 18)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s2
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s2
});
st.ProcessResult(r);
}
private void VoltagePost(VoltageData voltage)
{
MeasureSite site = MeasureSiteRepository.GetByKey(voltage.MSiteID);
if (site != null)
{
GetYunyiInterfaceData getData = new GetYunyiInterfaceData();
SensorPerformance perg = getData.GetSensorPerformance(voltage, site);
if (perg != null)
{
List <SensorPerformance> lt = new List <SensorPerformance>();
lt.Add(perg);
string result = iCMS.Common.Component.Tool.Extensions.Json.Stringify(lt);
string response = CommunicationHelper.SendData(result, CommonVariate.Cloud_URL_Sensorperfs);
}
}
}
/// <summary>
/// 获取电压数据
/// </summary>
/// <param name="data"></param>
/// <returns></returns>
public static List<VoltageData> GetVoltageData(MeterList data)
{
List<VoltageData> voltageDataList = new List<VoltageData>();
foreach (var item in data.Meters)
{
VoltageData voltage = new VoltageData();
voltage.BuildID = data.BuildId;
voltage.MeterCode = item.MeterId;
voltage.Time = data.CollectTime;
MeterParam u = item.MeterParams.Find(m=>m.ParamName.ToLower() == "U".ToLower());
MeterParam ua = item.MeterParams.Find(m => m.ParamName.ToLower() == "Ua".ToLower());
MeterParam ub = item.MeterParams.Find(m => m.ParamName.ToLower() == "Ub".ToLower());
MeterParam uc = item.MeterParams.Find(m => m.ParamName.ToLower() == "Uc".ToLower());
MeterParam uab = item.MeterParams.Find(m => m.ParamName.ToLower() == "Uab".ToLower());
MeterParam ubc = item.MeterParams.Find(m => m.ParamName.ToLower() == "Ubc".ToLower());
MeterParam uca = item.MeterParams.Find(m => m.ParamName.ToLower() == "Uca".ToLower());
if (u != null)
voltage.U = u.ParamValue;
if (ua != null)
voltage.Ua = ua.ParamValue;
if (ub != null)
voltage.Ub = ub.ParamValue;
if (uc != null)
voltage.Uc = uc.ParamValue;
if (uab != null)
voltage.Uab = uab.ParamValue;
if (ubc != null)
voltage.Ubc = ubc.ParamValue;
if (uca != null)
voltage.Uca = uca.ParamValue;
voltageDataList.Add(voltage);
}
return voltageDataList;
}
public void TestVoltageDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Voltage, SafetyFactor.DeformationCrack);
var d = new VoltageData(0.2, 2.5)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s1
});
int savedCnt = sqLiteDbAccessor.SaveDacResult(r);
Assert.AreEqual(1, savedCnt);
}
public void TestVoltageDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Voltage, SafetyFactor.DeformationCrack);
s1.FactorTypeTable = "T_THEMES_DEFORMATION_CRACK";
var d = new VoltageData(0.2, 2.5)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
ErrorCode = (int)Errors.SUCCESS,
Sensor = s1
});
r.Finished = DateTime.Now;
int savedCnt = msDbAccessor.SaveDacResult(r);
Assert.AreEqual(1, savedCnt);
}
