public void SimpleTest5()
{
string expr = ExpressionsForTest.Expr5;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is OperatorNode);
}
public void SimpleTest1()
{
string expr = ExpressionsForTest.Expr1;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is MethodNode);
MethodNode mNode = ast.Root as MethodNode;
Assert.IsTrue(mNode.Variable is SimpleNode);
}
public void SimpleTest11()
{
string expr = ExpressionsForTest.Expr11;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is OperatorNode);
OperatorNode opNode = ast.Root as OperatorNode;
Assert.IsTrue(opNode.Lhs is UnaryNode);
Assert.IsTrue(opNode.Rhs is SimpleNode);
}
public void TernaryTest1()
{
string expr = "a?(b?c:d):e";
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
TernaryNode tNode = ast.Root as TernaryNode;
Assert.IsTrue(tNode.TrueValue is TernaryNode);
}
public void SimpleTest1()
{
string expr = ExpressionsForTest.Expr1;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is MethodNode);
MethodNode mNode = ast.Root as MethodNode;
Assert.IsTrue(mNode.Variable is SimpleNode);
}
public void SimpleTest3()
{
string expr = ExpressionsForTest.Expr3;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is IndexerNode);
IndexerNode iNode = ast.Root as IndexerNode;
Assert.IsTrue(iNode.Variable is SimpleNode);
Assert.IsTrue((iNode.Args as ParamListNode).Values.Count == 1);
}
public void SimpleTest13()
{
string expr = ExpressionsForTest.Expr13;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is PropertyNode);
PropertyNode pNode = ast.Root as PropertyNode;
pNode = pNode.Variable as PropertyNode;
Assert.IsTrue(pNode.Variable is IndexerNode);
}
public void SimpleTest11()
{
string expr = ExpressionsForTest.Expr11;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is OperatorNode);
OperatorNode opNode = ast.Root as OperatorNode;
Assert.IsTrue(opNode.Lhs is UnaryNode);
Assert.IsTrue(opNode.Rhs is SimpleNode);
}
public void SimpleTest6()
{
string expr = ExpressionsForTest.Expr6;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is MethodNode);
MethodNode mNode = ast.Root as MethodNode;
ParamListNode plNode = mNode.Args as ParamListNode;
Assert.IsTrue(plNode.Values.Count == 2);
}
public void SimpleTest8()
{
string expr = ExpressionsForTest.Expr8;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List <Token <TokenType> > tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is TernaryNode);
TernaryNode tNode = ast.Root as TernaryNode;
Assert.IsTrue(tNode.Condition is OperatorNode);
Assert.IsTrue(tNode.TrueValue is IndexerNode);
Assert.IsTrue(tNode.FalseValue is SimpleNode);
}
public void SimpleTest13()
{
string expr = ExpressionsForTest.Expr13;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is PropertyNode);
PropertyNode pNode = ast.Root as PropertyNode;
pNode = pNode.Variable as PropertyNode;
Assert.IsTrue(pNode.Variable is IndexerNode);
}
public void TernaryTest1()
{
string expr = "a?(b?c:d):e";
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
TernaryNode tNode = ast.Root as TernaryNode;
Assert.IsTrue(tNode.TrueValue is TernaryNode);
}
public void SimpleTest8()
{
string expr = ExpressionsForTest.Expr8;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is TernaryNode);
TernaryNode tNode = ast.Root as TernaryNode;
Assert.IsTrue(tNode.Condition is OperatorNode);
Assert.IsTrue(tNode.TrueValue is IndexerNode);
Assert.IsTrue(tNode.FalseValue is SimpleNode);
}
public void SimpleTest6()
{
string expr = ExpressionsForTest.Expr6;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is MethodNode);
MethodNode mNode = ast.Root as MethodNode;
ParamListNode plNode = mNode.Args as ParamListNode;
Assert.IsTrue(plNode.Values.Count == 2);
}
public void SimpleTest5()
{
string expr = ExpressionsForTest.Expr5;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is OperatorNode);
}
public void SimpleTest3()
{
string expr = ExpressionsForTest.Expr3;
LexicalParser lp = new LexicalParser();
lp.SetParseContent(expr);
List<Token<TokenType>> tokens = lp.Parse();
SymanticParser sp = new SymanticParser();
sp.SetParseContent(tokens);
ExpressionLanguageAST ast = sp.Parse();
Assert.IsTrue(ast.Root is IndexerNode);
IndexerNode iNode = ast.Root as IndexerNode;
Assert.IsTrue(iNode.Variable is SimpleNode);
Assert.IsTrue((iNode.Args as ParamListNode).Values.Count == 1);
}
