public void TestDoEval01()
{
//testing --- not primitive types are compared
AdditiveOp op = new AdditiveOp();
op.ToString();
Accessor opAccessor = ReflectionAccessor.Wrap(op);
Evaluator evaluater = new Evaluator();
Result[] argArray = new Result[2];
Result res1 = new Result("string");
Result res2 = new Result(2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = (Result)opAccessor.Call("DoEval", evaluater, argArray);
//Post Condition Check
Assert.AreEqual("string2", result.Value);
//testing -- null type
argArray = new Result[2];
res1 = new Result(null, null);
res2 = new Result(null, null);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
result = (Result)opAccessor.Call("DoEval", evaluater, argArray);
//Post Condition Check
}
public void TestCreateAdditiveOp01()
{
AdditiveOp additiveOp = CreateAdditiveOp01();
Assert.IsNotNull(additiveOp);
#region Record State
ValueRecorder recorder = new ValueRecorder();
recorder.Record((OperatorPriority)additiveOp.Priority);
recorder.FinishRecording();
#endregion
}
public void TestErr_ProcessArg01()
{
//testing --- not primitive types are compared
AdditiveOp op = new AdditiveOp();
op.ToString();
Accessor opAccessor = ReflectionAccessor.Wrap(op);
Evaluator evaluater = new Evaluator();
Result[] argArray = new Result[2];
Result res1 = new Result(typeof(Evaluator), null);
Result res2 = new Result(2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
opAccessor.Call("ProcessArg", evaluater, argArray);
}
internal static AdditiveOp CreateAdditiveOp01()
{
AdditiveOp additiveOp = new AdditiveOp();
return(additiveOp);
}
internal static Expression CreateExpression03()
{
Expression expression = new AdditiveOp();
return(expression);
}
