public void InvalidTypes()
{
List <SemanticCubeUtilities.DataTypes> DataTypesList = Enum.GetValues(typeof(SemanticCubeUtilities.DataTypes)).Cast <SemanticCubeUtilities.DataTypes>().ToList();
List <SemanticCubeUtilities.Operators> OperatorsList = Enum.GetValues(typeof(SemanticCubeUtilities.Operators)).Cast <SemanticCubeUtilities.Operators>().ToList();
TypeTypeOperator tto;
foreach (SemanticCubeUtilities.DataTypes typeOne in DataTypesList)
{
foreach (SemanticCubeUtilities.DataTypes typeTwo in DataTypesList)
{
foreach (SemanticCubeUtilities.Operators op in OperatorsList)
{
tto = new TypeTypeOperator(typeOne, typeTwo, op);
if (!validTypesAndExpected.ContainsKey(tto))
{
if (op == SemanticCubeUtilities.Operators.fakeBottom)
{
continue; // not an actual operator
}
Assert.AreEqual(SemanticCube.AnalyzeSemantics(tto), SemanticCubeUtilities.DataTypes.invalidDataType);
}
}
}
}
}
public void ValidTypes()
{
foreach (KeyValuePair <TypeTypeOperator, SemanticCubeUtilities.DataTypes> validEntry in validTypesAndExpected)
{
Assert.AreEqual(SemanticCube.AnalyzeSemantics(validEntry.Key), validEntry.Value);
}
}