public void SetUp() { var validator = new MathRegex(); var expressionFixer = new ExpressionFixer(validator); this.lexer = new MathLexer(validator, expressionFixer); }
public void TestMethod2() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("5"), "(literal)", "5" ); }
public void TestMethod15() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("1.8e+6"), "(literal)", "1.8e+6" ); }
public static MathParser GetParser(string s) { var inputStream = new AntlrInputStream(new StringReader(s)); var lexer = new MathLexer(inputStream); var tokenStream = new CommonTokenStream(lexer); return(new MathParser(tokenStream)); }
public void TestMethod6() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("-1"), "(operator)", "-", "(literal)", "1" ); }
public void TestMethod3() { MathLexer l = new MathLexer(); CheckTokens(l.Tokenize("-3"), "(operator)", "-", "(literal)", "3" ); }
public void SetUp() { _lexer = new MathLexer(new ExpressionFixer()); _calculator = new Calculator(); _calcProxy = new CalcProxy(new Validator(-100, 100), _calculator); _precedence = new Precedence(); _resolver = new Resolver(_lexer, _calcProxy, _precedence); _parser = new MathParser(_lexer, _resolver); }
public void TestMethod1() { MathLexer l = new MathLexer(); List <Token> tokens = new List <Token>(l.Tokenize(" 1234 ")); Assert.AreEqual(1, tokens.Count); Assert.AreEqual("(literal)", tokens[0].Type); Assert.AreEqual("1234", tokens[0].Value); }
public void TestMethod1() { MathLexer l = new MathLexer(); CheckTokens(l.Tokenize("2 + 3"), "(literal)", "2", "(operator)", "+", "(literal)", "3" ); }
/// <summary> /// Evaluates an expression and returns a <see cref="Variable" />. /// </summary> /// <param name="expression">The expression to evaluate.</param> /// <param name="data">The <see cref="Data" /> object containing all of the story variables.</param> /// <returns>A <see cref="Variable" /> instance containing the results of the evaluation.</returns> private static Variable Evaluate(string expression, Data data) { var lexer = new MathLexer(new AntlrInputStream(expression)); var parser = new MathParser(new CommonTokenStream(lexer)); var visitor = new MathVisitor { Data = data }; return(visitor.Visit(parser.expr())); }
public void TestMethod10() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("-09/03"), "(operator)", "-", "(literal)", "09", "(operator)", "/", "(literal)", "03" ); }
public void SetUp() { var expressionValidator = new MathRegex(); var expressionFixer = new ExpressionFixer(expressionValidator); this.lexer = new MathLexer(expressionValidator, expressionFixer); var limitsValidator = new LimitsValidator(-100, 100); var proxy = new CalculatorProxy(limitsValidator); var calculator = new Calculator(); var operatorFactory = new OperatorFactory(proxy, calculator); this.parser = new MathParser(this.lexer, operatorFactory); }
public void TestMethod9() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("90*(-4)"), "(literal)", "90", "(operator)", "*", "(parenthesis)", "(", "(operator)", "-", "(literal)", "4", "(parenthesis)", ")" ); }
public void TestMethod11() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("-09/(-03)"), "(operator)", "-", "(literal)", "09", "(operator)", "/", "(parenthesis)", "(", "(operator)", "-", "(literal)", "03", "(parenthesis)", ")" ); }
public void TestMethod12() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("10-7/(2)"), "(literal)", "10", "(operator)", "-", "(literal)", "7", "(operator)", "/", "(parenthesis)", "(", "(literal)", "2", "(parenthesis)", ")" ); }
public void TestMethod5() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("-2+(-3)"), "(operator)", "-", "(literal)", "2", "(operator)", "+", "(parenthesis)", "(", "(operator)", "-", "(literal)", "3", "(parenthesis)", ")" ); }
public void TestMethod13() { MathLexer lexer = new MathLexer(); CheckTokens(lexer.Tokenize("1.2+6-(-4)"), "(literal)", "1.2", "(operator)", "+", "(literal)", "6", "(operator)", "-", "(parenthesis)", "(", "(operator)", "-", "(literal)", "4", "(parenthesis)", ")" ); }
private void click_Click(object sender, EventArgs e) { try { LexerBox.Text = ""; var lexer = new MathLexer(); var tokens = lexer.Tokenize(TextBox.Text); foreach (var token in tokens) { LexerBox.Text += token + "\r\n"; } } catch { TextBox.Text = "error input"; } }
public void TestMethod2() { MathLexer l = new MathLexer(); List <Token> tokens = new List <Token>(l.Tokenize("12 | 34")); }
public void SetUp() { _lexer = new MathLexer(new ExpressionFixer()); }