public void MultiplyAndDivideTestSimplePasses()
{
// Use the Assert class to test conditions.
//Set up input Values
List <object> inputValues = new List <object>();
inputValues.Add(1);
inputValues.Add(2);
inputValues.Add(3);
//Set up input types for function definition
List <Type> inputTypes = new List <Type>();
inputTypes.Add(TypeUtilities.GetIntegerSingleton());
inputTypes.Add(TypeUtilities.GetIntegerSingleton());
inputTypes.Add(TypeUtilities.GetIntegerSingleton());
//Set up output types for function definition
List <Type> outputTypes = new List <Type>();
outputTypes.Add(TypeUtilities.GetIntegerSingleton());
//Function call for addition at second highest level of tree
FunctionCall addXAndY = new FunctionCall(null, BuiltInFunctionFactory.getAddFunction());
//Set up sub-calls for multiply operation at root of function tree
List <FunctionCall> subCallsForMultiply = new List <FunctionCall>();
subCallsForMultiply.Add(addXAndY);
//Set up multiply call at root of tree
FunctionCall multiplyZAndXY = new FunctionCall(subCallsForMultiply,
BuiltInFunctionFactory.getMultiplyFunction());
//Declare function tree
FunctionDefinition multAndDiv = new FunctionDefinition(inputTypes, outputTypes, multiplyZAndXY);
//Generate call to function tree
FunctionCall generateMultAndDivCall = multAndDiv.CreateFunctionCall(inputValues);
//Run the call and assert the equality
Assert.AreEqual(6, generateMultAndDivCall.Run());
}