public void GetRotations_ValidInput_ExpectedResults()
{
// Arrange
IBuildErosionModel sut = new Rusle2Builder();
// Act
var actual = sut.GetRotations();
// Assert
Assert.Equal(6, actual.Count);
Assert.Equal(4, actual[11].Count);
Assert.Equal(3, actual[112].Count);
}
public void Build_ValidInput_ExpectedResults()
{
// Arrange
IBuildErosionModel sut = new Rusle2Builder();
List <CsipLocation> locations = GetMockLocations();
string template = sut.GetTemplate();
Dictionary <int, List <string> > rotations = GetMockRotations();
// Act
List <string> actual = sut.BuildScenarios(
locations,
template,
rotations);
// Assert
Assert.Equal(20, actual.Count);
}
public void Rusle2_Build_ValidInput01Loc_ExpectedResult()
{
// Arrange
CsvHandler reader = new CsvHandler();
IBuildErosionModel sut = new Rusle2Builder();
// Act
List <string> actual = sut.BuildScenarios(
reader.ReadCsipLocationFile(@"Assets\location_verification_01.csv"),
sut.GetTemplate(),
sut.GetRotations());
// Assert
string strippedJson = Regex.Replace(actual.FirstOrDefault(), @"\s+", "");
// Check soil cokey, soil slope, soil length, rotation name
Assert.Contains("{\"name\":\"soilPtr\",\"value\":[\"17389235\"]}", strippedJson);
Assert.Contains("{\"name\":\"steepness\",\"value\":4.0}", strippedJson);
Assert.Contains("{\"name\":\"length\",\"value\":350.0}", strippedJson);
Assert.Contains("\"name\":\"GrainFallow_HeavyTillage\"", strippedJson);
}
