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 Transform_ValidDataHandHarvestYieldV1_ReturnsExpected()
{
// Arrange
CosmosDBSqlApiSampleV2Transformer
<HandHarvestYieldV1, VegetationSample> sut =
new CosmosDBSqlApiSampleV2Transformer
<HandHarvestYieldV1, VegetationSample>(
new MapFromHandHarvestYieldV1ToVegetationSample(),
"http://files.cafltar.org/data/schema/documentDb/v2/sample.json",
"",
"CookEastCropHandHarvest",
"CookEast",
"VegetationSample");
TidyData tidyData =
ManualArranger.GetTidyDataDerivedFromActualDataV1();
List <VegetationSample> expected =
ManualArranger.GeHandHarvestSampleDerivedFromActualDataV1();
// Act
List <VegetationSample> actual = new List <VegetationSample>()
{
sut.Transform(tidyData).First()
};
// Assert
Assert.Equal(expected.Count, actual.Count);
Assert.True(ComparerUtil.AreVegetationSamplesRoughlyEqual(
expected, actual));
}
