public void BOOLEAN_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "fnaogou";
var token = new Token {
Lexeme = "nao", Symbol = Symbols.SNao
};
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "f", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "ou", Symbol = Symbols.SOu
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "g", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Boolean);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_UNARY_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "a-cd-e*+";
var token = new Token {
Lexeme = "-", Symbol = Symbols.SMaisUnario
};
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "a", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "+", Symbol = Symbols.SMais
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "c", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "-", Symbol = Symbols.SMenos
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "d", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "*", Symbol = Symbols.SMult
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "e", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Integer);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "ab+cd*+e+";
var token = new Token {
Lexeme = "a", Symbol = Symbols.SIdentificador
};
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "+", Symbol = Symbols.SMais
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "b", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "+", Symbol = Symbols.SMais
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "c", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "*", Symbol = Symbols.SMult
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "d", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "+", Symbol = Symbols.SMais
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "e", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Integer);
Assert.AreEqual(output, expectedOutput);
}
public void BOOLEAN_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "fnaogou";
var token = new Token { Lexeme = "nao", Symbol = Symbols.SNao };
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "f", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "ou", Symbol = Symbols.SOu };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "g", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Boolean);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_CONSTS_ONLY_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "32-45*+";
var token = new Token {
Lexeme = "3", Symbol = Symbols.SNumero
};
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "-", Symbol = Symbols.SMenos
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "2", Symbol = Symbols.SNumero
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "+", Symbol = Symbols.SMais
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "4", Symbol = Symbols.SNumero
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "*", Symbol = Symbols.SMult
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "5", Symbol = Symbols.SNumero
};
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Integer);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_BOOLEAN_EXPRESSION_COMPLEX_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "a-badivab-**<nao";
var token = new Token { Lexeme = "nao", Symbol = Symbols.SNao };
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "-", Symbol = Symbols.SMenosUnario };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "a", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "<", Symbol = Symbols.SMenor };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "b", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "div", Symbol = Symbols.SDiv };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "a", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "*", Symbol = Symbols.SMult };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "a", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "*", Symbol = Symbols.SMult };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "-", Symbol = Symbols.SMenosUnario };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "b", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Boolean);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_UNARY_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "a-cd-e*+";
var token = new Token { Lexeme = "-", Symbol = Symbols.SMaisUnario };
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "a", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "+", Symbol = Symbols.SMais };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "c", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "-", Symbol = Symbols.SMenos };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "d", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "*", Symbol = Symbols.SMult };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "e", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Integer);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "ab+cd*+e+";
var token = new Token { Lexeme = "a", Symbol = Symbols.SIdentificador };
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "+", Symbol = Symbols.SMais };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "b", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "+", Symbol = Symbols.SMais };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "c", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "*", Symbol = Symbols.SMult };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "d", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "+", Symbol = Symbols.SMais };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "e", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Integer);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_CONSTS_ONLY_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "32-45*+";
var token = new Token { Lexeme = "3", Symbol = Symbols.SNumero };
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "-", Symbol = Symbols.SMenos };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "2", Symbol = Symbols.SNumero };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "+", Symbol = Symbols.SMais };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "4", Symbol = Symbols.SNumero };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "*", Symbol = Symbols.SMult };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "5", Symbol = Symbols.SNumero };
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Integer);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_BOOLEAN_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "ab+cd-<";
var token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "a", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "+", Symbol = Symbols.SMais };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "b", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "<", Symbol = Symbols.SMenorIg };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "(", Symbol = Symbols.SAbreParenteses };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "c", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "-", Symbol = Symbols.SMenos };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = "d", Symbol = Symbols.SIdentificador };
expressionAnalyzer.Add(token);
token = new Token { Lexeme = ")", Symbol = Symbols.SFechaParenteses };
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Boolean);
Assert.AreEqual(output, expectedOutput);
}
private void AnalyzeExpression()
{
AnalyzeSimpleExpression();
if (_token.Symbol == Symbols.SMaior ||
_token.Symbol == Symbols.SMaiorIg ||
_token.Symbol == Symbols.SMenor ||
_token.Symbol == Symbols.SMenorIg ||
_token.Symbol == Symbols.SIg ||
_token.Symbol == Symbols.SDif)
{
_expressionAnalyzer.Add(_token);
NextToken();
AnalyzeSimpleExpression();
}
}
public void INTEGER_BOOLEAN_EXPRESSION_COMPLEX_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "a-badivab-**<nao";
var token = new Token {
Lexeme = "nao", Symbol = Symbols.SNao
};
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "-", Symbol = Symbols.SMenosUnario
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "a", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "<", Symbol = Symbols.SMenor
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "b", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "div", Symbol = Symbols.SDiv
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "a", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "*", Symbol = Symbols.SMult
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "a", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "*", Symbol = Symbols.SMult
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "-", Symbol = Symbols.SMenosUnario
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "b", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Boolean);
Assert.AreEqual(output, expectedOutput);
}
public void INTEGER_BOOLEAN_EXPRESSION_TEST()
{
var expressionAnalyzer = new ExpressionAnalyzer(_symbolTable);
var output = string.Empty;
var expectedOutput = "ab+cd-<";
var token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
var type = ItemType.None;
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "a", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "+", Symbol = Symbols.SMais
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "b", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "<", Symbol = Symbols.SMenorIg
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "(", Symbol = Symbols.SAbreParenteses
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "c", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "-", Symbol = Symbols.SMenos
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = "d", Symbol = Symbols.SIdentificador
};
expressionAnalyzer.Add(token);
token = new Token {
Lexeme = ")", Symbol = Symbols.SFechaParenteses
};
expressionAnalyzer.Add(token);
expressionAnalyzer.Analyze(out type);
output = expressionAnalyzer.ToString();
Assert.AreEqual(type, ItemType.Boolean);
Assert.AreEqual(output, expectedOutput);
}
