public DACTaskResult CreateDACTaskResult()
{
var rslt = new DACTaskResult {
ErrorCode = 0
};
rslt.AddSensorResult(
new SensorAcqResult
{
Sensor = new Sensor {
SensorID = 1, SensorType = SensorType.Entity
},
ErrorCode = 0,
Data = new TempHumidityData(30, 70)
});
rslt.AddSensorResult(
new SensorAcqResult
{
Sensor = new Sensor {
SensorID = 2, SensorType = SensorType.Data
},
ErrorCode = 0,
Data = new VibratingWireData(1000, 0, 0.03, 1000)
});
rslt.AddSensorResult(
new SensorAcqResult
{
Sensor = new Sensor {
SensorID = 3, SensorType = SensorType.Virtual
},
ErrorCode = 0,
Data = new Gps3dData(1000, 2000, 3000, 0.1, 0.2, 0.3)
});
return(rslt);
}
private DACTaskResult Acq1(string tid)
{
DACTaskResult res = new DACTaskResult()
{
Task = new DACTask()
{
TID = tid,
DtuID = 100
}
};
res.AddSensorResult(new SensorAcqResult()
{
Sensor = new Sensor()
{
SensorID = 1
},
Data = new PressureData(0, 1),
ErrorCode = 0
});
res.AddSensorResult(new SensorAcqResult()
{
Sensor = new Sensor()
{
SensorID = 2
},
Data = new PressureData(0, 2.5),
ErrorCode = 0
});
return(res);
}
public void TestProcessResult()
{
var rslt = new DACTaskResult();
rslt.AddSensorResult(
new SensorAcqResult {
ErrorCode = 103, Sensor = new Sensor {
SensorID = 1, ProductId = 145
}, Data = new LVDTData(560, 20)
});
rslt.AddSensorResult(
new SensorAcqResult {
Sensor = new Sensor {
SensorID = 2, ProductId = 145
}, Data = new LVDTData(560, 20)
});
rslt.AddSensorResult(
new SensorAcqResult {
Sensor = new Sensor {
SensorID = 3, ProductId = 70
}, Data = new TempHumidityData(180, -2)
});
new DataStatusConsumer(null)
.ProcessResult(rslt);
Assert.Pass();
}
public void TestProcessResult()
{
DbAccessorHelper.Init(new MsDbAccessor("server=192.168.1.128;database=DW_iSecureCloud_Empty2.2;uid=sa;pwd=861004;pooling=false"));
IDtuServer _dacServer;
_dacServer = new GprsDtuServer(5005);
DACTaskManager Dtm = new DACTaskManager(_dacServer, DbAccessorHelper.DbAccessor.QueryDtuNodes(), null);
var rslt = new DACTaskResult();
rslt.AddSensorResult(
new SensorAcqResult {
ErrorCode = 103, Sensor = new Sensor {
SensorID = 1, ProductId = 145
}, Data = new LVDTData(560, 20)
});
rslt.AddSensorResult(
new SensorAcqResult {
Sensor = new Sensor {
SensorID = 2, ProductId = 145
}, Data = new LVDTData(560, 20)
});
rslt.AddSensorResult(
new SensorAcqResult {
Sensor = new Sensor {
SensorID = 3, ProductId = 70
}, Data = new TempHumidityData(180, -2)
});
new EtDataStatusConsumer(null)
.ProcessResult(rslt);
Assert.Pass();
}
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);
}
public void TestTempHumiditySerializer()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.TempHumidity, SafetyFactor.TempHumidity);
s1.FactorTypeTable = "T_THEMES_ENVI_TEMP_HUMI";
var d = new TempHumidityData(25.5f, 0.88f)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
ErrorCode = (int)Errors.SUCCESS,
Data = d,
Sensor = s1,
ResponseTime = DateTime.Now
});
r.Finished = DateTime.Now;
int savedCnt = msDbAccessor.SaveDacResult(r);
Assert.AreEqual(1, savedCnt);
}
public void TestSyncQueueInvoke()
{
var syncQueue = new DACTaskResultConsumerQueue(ConsumeType.Sync);
syncQueue.Enqueue(DACTaskResultConsumerService.GetConsumer("C1"));
syncQueue.Enqueue(DACTaskResultConsumerService.GetConsumer("C2"));
syncQueue.Enqueue(DACTaskResultConsumerService.GetConsumer("C3"));
DACTaskResultConsumerService.AddComsumerQueue(syncQueue);
var rslt1 = new DACTaskResult();
rslt1.AddSensorResult(new SensorAcqResult()
{
Data = new Gps3dData(65, 45, 87, 12, 23, 56)
});
rslt1.ErrorMsg = "队列1";
DACTaskResultConsumerService.OnDacTaskResultProduced(rslt1);
//Thread.Sleep(8000);
Console.WriteLine("source: {0}", rslt1.ErrorMsg);
Assert.AreNotEqual("C---1C---2C---3", rslt1.ErrorMsg);
//var rslt2 = new DACTaskResult();
//rslt2.ErrorMsg = "队列2";
//DACTaskResultConsumerService.OnDacTaskResultProduced(rslt2);
////Thread.Sleep(8000);
//Console.WriteLine("source: {0}", rslt2.ErrorMsg);
//Assert.AreNotEqual("C---1C---2C---3", rslt2.ErrorMsg);
Thread.Sleep(5000);
}
private DACTaskResult CreateDACResult()
{
var nullData = new SensorAcqResult
{
ErrorCode = 103,
Sensor = new Sensor {
SensorID = 2115, ProductId = 145, Name = "test1"
},
Data = new LaserData(0.1, 0.1)
};
nullData.Data.ThemeValues[0] = null;
var rslt = new DACTaskResult();
rslt.AddSensorResult(nullData);
rslt.AddSensorResult(
new SensorAcqResult
{
ErrorCode = 103,
Sensor = new Sensor {
SensorID = 2115, ProductId = 145, Name = "test1"
},
Data = new LaserData(0.1, 0.1)
});
rslt.AddSensorResult(
new SensorAcqResult
{
ErrorCode = 0,
Sensor = new Sensor {
SensorID = 2115, ProductId = 145, Name = "test2"
},
Data = new LaserData(0.2, 0.2)
});
rslt.AddSensorResult(
new SensorAcqResult
{
ErrorCode = 0,
Sensor = new Sensor {
SensorID = 2116, ProductId = 145, Name = "test4"
},
Data = null
});
return(rslt);
}
public void TestCalcData()
{
var calcMethod = typeof(FS.SMIS_Cloud.DAC.DataCalc.DataCalc).GetMethod("Calc",
BindingFlags.NonPublic | BindingFlags.Instance | BindingFlags.Static);
DACTaskResult dtr = new DACTaskResult();
foreach (var sensorAcqResult in _acqResults)
{
dtr.AddSensorResult(sensorAcqResult);
}
calcMethod.Invoke(null, new object[] { dtr, new SensorGroup[] { _sensorGroup } });
Assert.AreEqual(0.0, _acqResults[0].Data.ThemeValues[0].Value, 0.000000001);
Assert.AreEqual(-0.1, _acqResults[1].Data.ThemeValues[0].Value, 0.000000001);
Assert.AreEqual(-0.2, _acqResults[2].Data.ThemeValues[0].Value, 0.000000001);
}
public void TestCalcDataWhenBasicMiss()
{
var calcMethod = typeof(FS.SMIS_Cloud.DAC.DataCalc.DataCalc).GetMethod("Calc",
BindingFlags.NonPublic | BindingFlags.Instance | BindingFlags.Static);
var acqres = InitialDataAcqResultMissBasic();
DACTaskResult dtr = new DACTaskResult();
foreach (var sensorAcqResult in acqres)
{
dtr.AddSensorResult(sensorAcqResult);
}
calcMethod.Invoke(null, new object[] { dtr, new SensorGroup[] { _sensorGroup } });
Assert.AreEqual(2, acqres.Count);
Assert.IsFalse(acqres[0].IsOK);
Assert.IsFalse(acqres[1].IsOK);
}
public void TestStressStrainPoreWaterPressureDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.StressStrainPoreWaterPressure);
s1.FactorTypeTable = "T_THEMES_STRESS_STRAIN_PORE_WATER_PRESSURE";
var d = new PressureData(23, 23)
{
//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);
DACTaskResult r2 = new DACTaskResult();
var s2 = NewSensor(ProtocolType.VibratingWire, SafetyFactor.StressStrainPoreWaterPressure);
s2.FactorTypeTable = "T_THEMES_STRESS_STRAIN_PORE_WATER_PRESSURE";
var d2 = new VibratingWireData(1869, 25, 18, 18)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s2
};
r2.AddSensorResult(new SensorAcqResult
{
ErrorCode = (int)Errors.SUCCESS,
Data = d2,
Sensor = s2
});
r2.Finished = DateTime.Now;
savedCnt = msDbAccessor.SaveDacResult(r2);
Assert.AreEqual(1, savedCnt);
}
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 TestLogErrorData()
{
var r = new DACTaskResult();
var s2 = NewSensor(ProtocolType.GPS_HC, SafetyFactor.StressStrainPoreWaterPressure);
var d2 = new VibratingWireData(1869, 25, 18, 18)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s2
};
r.AddSensorResult(new SensorAcqResult
{
Data = d2,
Sensor = s2
});
int savedCnt = sqLiteDbAccessor.SaveDacResult(r);
Assert.AreEqual(0, savedCnt);
}
public void TestForceEarthPressureDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.VibratingWire, SafetyFactor.ForceEarthPressure);
var d = new VibratingWireData(1869, 25, 18, 18)
{
//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 TestDeformationBridgeDeflectionDataSerializerFromGpsData()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.GPS_HC, SafetyFactor.DeformationBridgeDeflection);
s1.FactorTypeTable = "T_THEMES_DEFORMATION_BRIDGE_DEFLECTION";
var d = new GpsHeightData(11, 0.01)
{
//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);
}
public void TestWind3DDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Wind_OSL, SafetyFactor.Wind3D);
var d = new Wind2dData(5, 256)
{
////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 TestCableForceDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.MagneticFlux, SafetyFactor.CableForce);
var d = new MagneticFluxData(18.69, 25, 500)
{
////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 TestSeepageDataSerializer()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.Seepage);
var d = new SeepageData(23)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s1
});
int savedCnt = sqLiteDbAccessor.SaveDacResult(r);
Assert.AreEqual(1, savedCnt); // 插入一条记录
}
public void TestRainfallDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.RainFall, SafetyFactor.Rainfall);
var d = new RainFallData(1.5)
{
////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 TestTopOfTowerDeviationSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.GPS_HC, SafetyFactor.TopOfTowerDeviation);
s1.FactorTypeTable = "T_THEMES_DEFORMATION_SURFACE_DISPLACEMENT";
var d = new Gps3dData(11, 12, 13, 0.01, 0.02, 0.03)
{
//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);
}
public void TestDeformationSettlementGroupDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.SettlementGroup);
var d = new PressureData(23, 23)
{
////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 TestDeepDisplacement2DataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Inclinometer_OLD, SafetyFactor.DeformationDeepDisplacement);
var d = new InclinationData(0.023, 0.232, 0.01, 0.02)
{
////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 TestTempSerializer()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.TempHumidity, SafetyFactor.Temp);
var d = new TempData(25.5)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s1,
ResponseTime = DateTime.Now
});
int savedCnt = sqLiteDbAccessor.SaveDacResult(r);
Assert.AreEqual(1, savedCnt);
}
public void TestLogErrorData()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.StressStrainPoreWaterPressure);
s1.FactorTypeTable = "T_THEMES_STRESS_STRAIN_PORE_WATER_PRESSURE";
var d = new PressureData(23, 23)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
ErrorCode = (int)Errors.SUCCESS,
Data = d,
Sensor = s1
});
r.Finished = DateTime.Now;
Assert.IsTrue(msDbAccessor.LogErrorData(r.SensorResults[0]));
}
public void TestStressStrainPoreWaterPressureDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.StressStrainPoreWaterPressure);
var d = new PressureData(23, 23)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s1
};
r.AddSensorResult(new SensorAcqResult
{
Data = d,
Sensor = s1
});
int savedCnt = sqLiteDbAccessor.SaveDacResult(r);
Assert.AreEqual(1, savedCnt);
DACTaskResult r2 = new DACTaskResult();
var s2 = NewSensor(ProtocolType.VibratingWire, SafetyFactor.StressStrainPoreWaterPressure);
var d2 = new VibratingWireData(1869, 25, 18, 18)
{
//AcqTime = DateTime.Now,
//ResultCode = 0,
//Sensor = s2
};
r2.AddSensorResult(new SensorAcqResult
{
Data = d2,
Sensor = s2
});
savedCnt = sqLiteDbAccessor.SaveDacResult(r2);
Assert.AreEqual(1, savedCnt);
}
public void TestDeformationBridgeDeflectionDataSerializer()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.DeformationBridgeDeflection);
s1.FactorTypeTable = "T_THEMES_DEFORMATION_SETTLEMENT";
var d = new PressureData(23, 23)
{
//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);
}
public void TestSeepageDataSerializer()
{
var r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.Pressure_MPM, SafetyFactor.Seepage);
s1.FactorTypeTable = "T_THEMES_ENVI_SEEPAGE";
var d = new SeepageData(23)
{
//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(0, savedCnt); // 插入一条记录
}
public void TestForceEarthPressureDataSerializer()
{
DACTaskResult r = new DACTaskResult();
var s1 = NewSensor(ProtocolType.VibratingWire, SafetyFactor.ForceEarthPressure);
s1.FactorTypeTable = "T_THEMES_FORCE_EARTH_PRESSURE";
var d = new VibratingWireData(1869, 25, 18, 18)
{
//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);
}
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);
}
