void ParseIndexer()
{
Token token = this.PeekToken();
this.CheckStartableToken(token);
IndexerOp io = new IndexerOp();
_tree.AddOperator(io);
_tree.Push('[');
}
public void TestCreateIndexerOp01()
{
IndexerOp indexerOp = CreateIndexerOp01();
Assert.IsNotNull(indexerOp);
#region Record State
ValueRecorder recorder = new ValueRecorder();
recorder.Record((OperatorPriority)indexerOp.Priority);
recorder.FinishRecording();
#endregion
}
public void TestErr_Eval01()
{
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[1];
Result res1 = new Result(typeof(System.String), "string");
argArray[0] = res1;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
//Post Condition Check
}
public void TestErr_Eval03()
{
//testing -- type obj is passed
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
Result res1 = new Result(typeof(System.Int16), 4);
Result res2 = new Result(typeof(System.Int16), 2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
}
public void TestEval01()
{
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
string str = "string";
Result res1 = new Result(typeof(System.String), str);
Result res2 = new Result(typeof(System.Int16), 2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
//Post Condition Check
Assert.AreEqual(str[2], result.Value);
}
public void TestErr_Eval05()
{
//testing -- type obj is passed
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
System.Type t = typeof(int);
int[,] myIntArray = new int[1, 5] {
{ 1, 2, 3, 4, 5 }
};
Result res1 = new Result(myIntArray);
Result res2 = new Result(typeof(System.Int16), 2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
}
public void TestEval02()
{
//Testing ---- Array type
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
int[] myIntArray = new int[5] {
1, 2, 3, 4, 5
};
Result res1 = new Result(typeof(System.Array), myIntArray);
Result res2 = new Result(typeof(System.Int16), 2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
//Post Condition Check
Assert.AreEqual(myIntArray[2], result.Value);
}
public void TestEval04()
{
//Testing ---- PropertyInfo not null
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
//MyListClass myClass = new MyListClass();
int[] myIntArray = new int[5] {
1, 2, 3, 4, 5
};
Result res1 = new Result(myIntArray);
Result res2 = new Result(typeof(System.Int16), 2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
//Post Condition Check
//Assert.AreEqual(stringList[2], result.Value);
}
public void TestEval03()
{
//Testing ---- Array type
IndexerOp indexerOp = new IndexerOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
System.Collections.Generic.List <string> liststr = new System.Collections.Generic.List <string>();
liststr.Add("one");
liststr.Add("Two");
liststr.Add("Three");
Result res1 = new Result(liststr);
Result res2 = new Result(typeof(System.Int16), 2);
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result result = indexerOp.Eval(evalutor, argArray);
//Post Condition Check
Assert.AreEqual(liststr[2], result.Value);
}
void ParseIndexer() {
Token token = this.PeekToken();
this.CheckStartableToken(token);
IndexerOp io = new IndexerOp();
_tree.AddOperator(io);
_tree.Push('[');
}
public void TestIndexerOpConstructor01()
{
IndexerOp indexerOp = new IndexerOp();
indexerOp.ToString();
}
internal static IndexerOp CreateIndexerOp01()
{
IndexerOp indexerOp = new IndexerOp();
return(indexerOp);
}
