public List <MeasurementV1> ToMeasurements(TOA5 meteorology)
{
List <MeasurementV1> measurements = new List <MeasurementV1>();
foreach (IObservation obs in meteorology.Observations)
{
foreach (Variable variable in meteorology.Metadata.Variables)
{
// Skip TIMESTAMP and RECORD
if (variable.FieldName == "TIMESTAMP" ||
variable.FieldName == "RECORD")
{
continue;
}
MeasurementV1 measurement = CreateMeasurementFromVariable(variable, obs, meteorology.Metadata);
measurements.Add(measurement);
}
}
return(measurements);
}
public void ToMeasurement_ValidData_ReturnCorrectMeasurements()
{
//# Arrange
MeasurementV1 expectedMeasurement_RH_Avg = new MeasurementV1(
"EcTower_CookEast_RelativeHumidityTsAvg",
"CookEast_RelativeHumidityTsAvg_2017-06-20T11:30:00.0000000Z",
"Measurement",
"RelativeHumidityTsAvg",
"1.0.0",
"CafMeteorologyEcTower",
"", "", "", "", null,
"CookEast",
new LocationV1("Point", 46.78152, -117.08205),
new DateTime(2017, 6, 20, 11, 30, 0),
new List <PhysicalQuantityV1>()
{
new PhysicalQuantityV1(
(decimal)56.22676, "%", 0, 0, 0,
DateTime.MaxValue,
"DocumentDbMeasurementTransformer")
});
MeasurementV1 expectedMeasurement_amb_tmpr_Avg = new MeasurementV1(
"EcTower_CookEast_TemperatureAirTsAvg",
"CookEast_TemperatureAirTsAvg_2017-06-20T11:30:00.0000000Z",
"Measurement",
"TemperatureAirTsAvg",
"1.0.0",
"CafMeteorologyEcTower",
"", "", "", "", null,
"CookEast",
new LocationV1("Point", 46.78152, -117.08205),
new DateTime(2017, 6, 20, 11, 30, 0),
new List <PhysicalQuantityV1>()
{
new PhysicalQuantityV1(
(decimal)4.940109, "C", 0, 0, 0,
DateTime.MaxValue,
"DocumentDbMeasurementTransformer")
});
MeasurementV1 expectedMeasurement_PAR_density_Avg = new MeasurementV1(
"EcTower_CookEast_ParDensityTsAvg",
"CookEast_ParDensityTsAvg_2017-06-20T11:30:00.0000000Z",
"Measurement",
"ParDensityTsAvg",
"1.0.0",
"CafMeteorologyEcTower",
"", "", "", "", null,
"CookEast",
new LocationV1("Point", 46.78152, -117.08205),
new DateTime(2017, 6, 20, 11, 30, 0),
new List <PhysicalQuantityV1>()
{
new PhysicalQuantityV1(
(decimal)0.001956598, "mol/(m^2 s)", 0, 0, 0,
DateTime.MaxValue,
"DocumentDbMeasurementTransformer")
});
List <MeasurementV1> actualMeasurements = new List <MeasurementV1>();
//# Act
Mappers.MapFromMeteorologyDataTableToCafStandards map =
new Mappers.MapFromMeteorologyDataTableToCafStandards();
DocumentDbMeasurementV1Transformer sut =
new DocumentDbMeasurementV1Transformer(map, "1.0.0");
actualMeasurements = sut.ToMeasurements(GetMockMeteorology());
//# Assert
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_RH_Avg.Name)
.PhysicalQuantities[0].Value,
expectedMeasurement_RH_Avg.PhysicalQuantities[0].Value);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_RH_Avg.Name)
.PhysicalQuantities[0].Unit,
expectedMeasurement_RH_Avg.PhysicalQuantities[0].Unit);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_amb_tmpr_Avg.Name)
.PhysicalQuantities[0].Value,
expectedMeasurement_amb_tmpr_Avg.PhysicalQuantities[0].Value);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_amb_tmpr_Avg.Name)
.PhysicalQuantities[0].Unit,
expectedMeasurement_amb_tmpr_Avg.PhysicalQuantities[0].Unit);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_PAR_density_Avg.Name)
.PhysicalQuantities[0].Value,
expectedMeasurement_PAR_density_Avg.PhysicalQuantities[0].Value);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_PAR_density_Avg.Name)
.ID,
expectedMeasurement_PAR_density_Avg.ID);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_PAR_density_Avg.Name)
.FieldID,
expectedMeasurement_PAR_density_Avg.FieldID);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_PAR_density_Avg.Name)
.Location.Coordinates[0],
expectedMeasurement_PAR_density_Avg.Location.Coordinates[0]);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_PAR_density_Avg.Name)
.MetadataID,
expectedMeasurement_PAR_density_Avg.MetadataID);
Assert.Equal(
actualMeasurements
.Find(m => m.Name == expectedMeasurement_PAR_density_Avg.Name)
.SchemaVersion,
expectedMeasurement_PAR_density_Avg.SchemaVersion);
}
