public void ToMeasurement_ValidDataMetV2_ReturnCorrectMeasurementsV2()
{
//# Arrange
MapFromToa5DataTableToCafStandards map =
new MapFromToa5DataTableToCafStandards();
TOA5 toa5 = LoggerNetArranger.GetToa5MeteorologyDerivedFromActualDataV2();
List <MeasurementV2> expected =
LoggerNetArranger.GetMeasurementsV2DerivedFromActualDataMeteorologyV2();
CosmosDBSqlApiV2Transformer sut =
new CosmosDBSqlApiV2Transformer(
map,
"http://files.cafltar.org/data/schema/documentDb/v2/measurement.json",
"CosmosDBSqlApiTransformer",
"Measurement",
"CafMeteorologyEcTower",
900);
//# Act
var actual = sut.ToMeasurements(toa5);
//# Assert
Assert.Equal(expected.Count, actual.Count);
Assert.True(ComparerUtil.AreMeasurementsRoughlyEqual(expected, actual));
}
public void GetTOA5_ValidContentV1_ReturnsCorrectTOA5()
{
TOA5Extractor sut = new TOA5Extractor(pathToFileWithValidContentV1);
List <IObservation> expectedObservations =
LoggerNetArranger.GetFluxObservationsDerivedFromActualDataV1();
TOA5 fluxTable = sut.GetTOA5(new Flux());
Assert.Equal(expectedObservations, fluxTable.Observations);
//TODO: Test actual metadata
}
public void Transform_GenericHasLessPropertiesThanMeasurements_ReturnsOnlyGenericProperties()
{
// Arrange
List <MeasurementV2> measurements = LoggerNetArranger.GetMeasurementV2TwoVariablesMultipleTimesteps();
var sut = new ManualTidyDataTransformer();
// Act
TidyData actual = sut.Transform <DataTableOneVar>(measurements);
// Assert
Assert.Equal(3, actual.Observations.Count);
Assert.Equal(2, actual.Metadata.Variables.Count);
}
public void GetTOA5_TestContentV2_ReturnsCorrectTOA5()
{
// Arrange
TOA5 expected =
LoggerNetArranger.GetToa5FluxDerivedFromTestDataV2();
TOA5Extractor sut = new TOA5Extractor(
pathToFileWithTestLoggerOutputV2);
// Act
TOA5 actual = sut.GetTOA5(new Flux());
// Assert
Assert.Equal(expected, actual);
}
public void GetTOA5_ActualContentV2_ReturnsCorrectTOA5()
{
// Arrange
TOA5 expected =
LoggerNetArranger.GetToa5MeteorologyDerivedFromActualDataV2();
TOA5Extractor sut = new TOA5Extractor(
pathToFileWithActualLoggerOutputV2);
// Act
TOA5 actual = sut.GetTOA5(new Meteorology());
// Assert
Assert.Equal(expected, actual);
}
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 Transform_ValidData_ExpectedResults()
{
// Arrange
List <MeasurementV2> measurements = LoggerNetArranger.GetMeasurementV2TwoVariablesMultipleTimesteps();
var sut = new ManualTidyDataTransformer();
// Act
TidyData actual = sut.Transform <DataTableTwoVar>(measurements);
// Assert
List <DataTableTwoVar> actualObs = actual.Observations.Cast <DataTableTwoVar>().ToList();
Assert.Equal(3, actual.Observations.Count);
Assert.Equal(3, actual.Metadata.Variables.Count);
Assert.NotNull(actualObs.Where(m => m.ParDensityTsAvg == 1806.077).FirstOrDefault());
}
