public void TestGetPriority01()
{
MemberOp memberOP = new MemberOp();
//Test Procedure Call
OperatorPriority priority = memberOP.Priority;
//Post Condition Check
}
public void TestCreateMemberOp01()
{
MemberOp memberOp = CreateMemberOp01();
Assert.IsNotNull(memberOp);
#region Record State
ValueRecorder recorder = new ValueRecorder();
recorder.Record((bool)memberOp.IsFunction);
recorder.Record((OperatorPriority)memberOp.Priority);
recorder.FinishRecording();
#endregion
}
public void TestErr_EvalStaticField01()
{
MemberOp memberOP = new MemberOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[0];
Result res1 = new Result(typeof(MytestClass));
Result res2 = new Result("m_Staticnumnr");
//argArray[0] = res1;
//argArray[1] = res2;
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
}
public void TestErr_EvalStaticField05()
{
MemberOp memberOP = new MemberOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
Result res1 = new Result(typeof(MytestClass), null);
Result res2 = new Result(typeof(string), "GetName");
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
}
void ParseMember()
{
Token token = this.PeekToken();
if ((token != Token.Identifier) && (token != Token.LeftParen))
{
throw BuildException(Error.IndentiferExpected);
}
MemberOp mo = new MemberOp();
_tree.AddOperator(mo);
if (token == Token.LeftParen)
{
this.NextToken();
this._tree.Push('(');
}
}
public void TestErr_Eval01()
{
MemberOp memberOP = new MemberOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[1];
MytestClass myclass = new MytestClass();
Result res1 = new Result(myclass);
argArray[0] = res1;
Accessor memberAccessor = ReflectionAccessor.Wrap(memberOP);
memberAccessor.SetField("_isFunction", true);
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
}
public void TestEvalField01()
{
MemberOp memberOP = new MemberOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
MytestClass myclass = new MytestClass();
Result res1 = new Result(myclass);
Result res2 = new Result("m_number");
argArray[0] = res1;
argArray[1] = res2;
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
Assert.AreEqual(myclass.m_number, res.Value);
}
public void TestErr_Eval03()
{
MemberOp memberOP = new MemberOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
Result res1 = null;
Result res2 = new Result("GetName");
argArray[0] = res1;
argArray[1] = res2;
Accessor memberAccessor = ReflectionAccessor.Wrap(memberOP);
memberAccessor.SetField("_isFunction", true);
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
}
public void TestEval02()
{
MemberOp memberOP = new MemberOp();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
MytestClass myclass = new MytestClass();
Result res1 = new Result(typeof(MytestClass));
Result res2 = new Result("GetStaticName");
argArray[0] = res1;
argArray[1] = res2;
memberOP.IsFunction = true;
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
Assert.AreEqual(MytestClass.GetStaticName(), res.Value);
}
public void TestEval01()
{
MemberOp memberOP = new MemberOp();
memberOP.ToString();
Evaluator evalutor = new Evaluator();
Result[] argArray = new Result[2];
MytestClass myclass = new MytestClass();
Result res1 = new Result(myclass);
Result res2 = new Result("GetName");
argArray[0] = res1;
argArray[1] = res2;
Accessor memberAccessor = ReflectionAccessor.Wrap(memberOP);
memberAccessor.SetField("_isFunction", true);
//Test Procedure Call
Result res = memberOP.Eval(evalutor, argArray);
//Post Condition Check
Assert.AreEqual(myclass.GetName(), res.Value);
}
void ParseMember() {
Token token = this.PeekToken();
if ((token != Token.Identifier) && (token != Token.LeftParen)) {
throw BuildException(Error.IndentiferExpected);
}
MemberOp mo = new MemberOp();
_tree.AddOperator(mo);
if (token == Token.LeftParen) {
this.NextToken();
this._tree.Push('(');
}
}
public Tree Parse(string text)
{
_scanner = new Scanner(text);
_tree = new Tree();
Token token = this.NextToken();
if (token == Token.EndOfFile)
{
return(_tree);
}
this.CheckStartableToken(token);
while (token != Token.EndOfFile)
{
if (Parser.IsConstTocken(token))
{
ParseConst();
}
else if (_tree._isStart &&
((token == Token.Subtract) || (token == Token.Add)))
{
Constant constant = new Constant((int)0);
_tree.AddOperand(constant);
BinaryOp bo = BinaryOp.CreateOp(token);
_tree.AddOperator(bo);
}
else if (Parser.IsBinaryOp(token))
{
ParseBinaryOp();
}
else if (Parser.IsUnaryOp(token))
{
ParseUnaryOp();
}
else
{
switch (token)
{
case Token.Identifier:
ParseIdentifier();
break;
case Token.LeftIndexer:
this.ParseIndexer();
break;
case Token.RightIndexer:
_tree.Pop('[');
break;
case Token.ConditionalIf:
ParseConditional();
break;
case Token.ConditionalSemicolon:
ParseConditionalSemicolon();
break;
case Token.Member:
ParseMember();
break;
case Token.LeftParen:
if (_tree._top.Expression is MemberOp)
{
MemberOp memberOp = (MemberOp)_tree._top.Expression;
if (memberOp.IsFunction)
{
throw new ParserException("()() not allowed");
}
memberOp.IsFunction = true;
}
this._tree.Push('(');
break;
case Token.RightParen:
_tree.Pop('(');
break;
case Token.Comma:
this._tree.Pop(',');
this._tree.Push(',');
break;
default:
throw BuildException(Error.InternalError);
}
}
token = this.NextToken();
}
_tree.Complete();
return(_tree);
}
internal static MemberOp CreateMemberOp01()
{
MemberOp memberOp = new MemberOp();
return(memberOp);
}
