public void GetObservations_AdjustedTimezoneV1_ReturnsCorrectTimes()
{
//# Arrange
List <IObservation> actualObservations = new List <IObservation>();
//# Act
TOA5Extractor sut = new TOA5Extractor(pathToFileToTestTimeZoneV2, -8);
actualObservations = sut.GetObservations(new Meteorology()).ToList();
//# Assert
Assert.Equal(actualObservations[0].TIMESTAMP, new DateTime(2017, 06, 20, 8, 30, 0));
Assert.Equal(actualObservations[1].TIMESTAMP, new DateTime(2017, 06, 20, 19, 30, 0));
Assert.Equal(actualObservations[2].TIMESTAMP, new DateTime(2017, 06, 21, 7, 15, 0));
}
public void GetObservations_TestContentV2_ReturnsCorrectObservations()
{
//# Arrange
List <IObservation> expectedObservations =
LoggerNetArranger.GetFluxObservationsDerivedFromTestDataV2();
List <IObservation> actualObservations = new List <IObservation>();
TOA5Extractor sut = new TOA5Extractor(pathToFileWithTestLoggerOutputV2);
//# Act
actualObservations = sut.GetObservations(new Flux())
.Cast <IObservation>()
.ToList();
//# Assert
Assert.Equal(expectedObservations[0], actualObservations[0]);
}
public void GetObservations_ValidContentV1_ReturnsCorrectObservations()
{
//# Arrange
List <IObservation> expectedObservations =
LoggerNetArranger.GetFluxObservationsDerivedFromActualDataV1();
List <IObservation> actualObservations = new List <IObservation>();
TOA5Extractor sut = new TOA5Extractor(pathToFileWithValidContentV1);
//# Act
actualObservations = sut.GetObservations <Flux>()
.Cast <IObservation>()
.ToList();
//# Assert
Assert.Equal(expectedObservations[0], actualObservations[0]);
}
public void GetObservations_ValidContentV1_ReturnsCorrectObservations()
{
//# Arrange
List <IObservation> actualObservations = new List <IObservation>();
Meteorology expectedRecord = new Meteorology()
{
TIMESTAMP = new System.DateTime(2017, 6, 20, 11, 30, 00),
RECORD = 15,
amb_tmpr_Avg = 23.13316,
rslt_wnd_spd = 4.940109,
wnd_dir_compass = 259.7,
RH_Avg = 56.22676,
Precipitation_Tot = 0,
amb_press_Avg = 93.25672,
PAR_density_Avg = 1956.598,
batt_volt_Avg = 13.63667,
panel_tmpr_Avg = 25.22728,
std_wnd_dir = 14.26,
VPD_air = 1.244421,
Rn_meas_Avg = 643.2509
};
//# Act
TOA5Extractor sut = new TOA5Extractor(pathToFileWithValidContentV2);
actualObservations = sut.GetObservations(new Meteorology()).ToList();
//# Assert
// TODO: Override obj.Equals for better test
Assert.Equal(expectedRecord.amb_tmpr_Avg, actualObservations[1]
.GetType()
.GetProperty("amb_tmpr_Avg")
.GetValue(actualObservations[1], null));
Assert.Equal(expectedRecord.RECORD, actualObservations[1].RECORD);
Assert.Equal(expectedRecord.Rn_meas_Avg, actualObservations[1]
.GetType()
.GetProperty("Rn_meas_Avg")
.GetValue(actualObservations[1], null));
}
public List <IAlertMessage> CheckStatus()
{
List <Flux> obs = extractor.GetObservations <Flux>();
List <IAlertMessage> alerts = new List <IAlertMessage>();
List <IAlertMessage> nullAlerts = checkNulls(obs);
if (nullAlerts.Count > 0)
{
alerts = alerts.Concat(nullAlerts).ToList();
}
List <IAlertMessage> boundAlerts = checkBounds(obs);
if (boundAlerts != null)
{
alerts = alerts.Concat(boundAlerts).ToList();
}
return(alerts);
}
public void GetObservations_ContentWithNanV1_DoesNotErrorSetsNull()
{
// Arrange
string dataPath = @"Nodes/LoggerNet/Assets/CookEastEcTower_Met_Raw_2017_10_24_0615.dat";
TOA5Extractor sut = new TOA5Extractor(dataPath);
// Act
List <IObservation> actualObs = sut.GetObservations(new Meteorology())
.Cast <IObservation>()
.ToList();
// Assert
// //observation.GetType().GetProperty(variable.FieldName).GetValue(observation, null)
Assert.Null(actualObs[0]
.GetType()
.GetProperty("VPD_air")
.GetValue(actualObs[0], null));
Assert.Null(actualObs[0]
.GetType()
.GetProperty("RH_Avg")
.GetValue(actualObs[0], null));
}