public Token(int id, int line, int collumn, RecognitionToken recToken, string word)
{
this.Id = id;
this.Line = line;
this.Collumn = collumn;
this.RecToken = recToken;
this.Word = word;
}
private CompilerFuzzy Compiler4()
{
//LR(1)
//0. S
//0 → S$
//1. S → V = E
//2. S → E
//3. E → V
//4. V → x
//5. V → ∗E
List <RecognitionToken> recs = new List <RecognitionToken>();
var requal = new RecognitionToken(1, "equal", "=", "#7bf6b6", norm, conorm);
var rast = new RecognitionToken(2, "ast", "*", "#f28686", norm, conorm);
var rx = new RecognitionToken(3, "x", "x", "#fbdb65", norm, conorm);
recs.Add(requal);
recs.Add(rast);
recs.Add(rx);
Grammar grammar = new Grammar();
var x = new Symbol(1, "x", true, 'x');
x.SetCustomValue("RecToken", rx);
var ast = new Symbol(2, "*", true, '*');
ast.SetCustomValue("RecToken", rast);
var equal = new Symbol(3, "=", true, '=');
equal.SetCustomValue("RecToken", requal);
var S = new Symbol(4, "S", false);
var V = new Symbol(5, "V", false);
var V1 = new Symbol(7, "V1", false);
var E = new Symbol(6, "E", false);
grammar.Terminals.AddRange(new SymbolList(x, ast, equal));
grammar.Variables.AddRange(new SymbolList(S, V, E, V1));
grammar.VariableStart = S;
grammar.AddRule(S, V, equal, E);
grammar.AddRule(S, E);
grammar.AddRule(E, V);
grammar.AddRule(E, V1).Pertinence = 0.8;
var ruleV = grammar.AddRule(V, x);
grammar.AddRule(V1, equal).Parent = ruleV;
grammar.AddRule(V, ast, E);
return(new CompilerFuzzy(recs, grammar, null, null, norm, conorm));
}
// AbstractLexicalAnalysis lex;
public FrmCompilerWithFuzzy()
{
InitializeComponent();
var r1 = new RecognitionToken(1, "space", " ", "#7bf6b6", norm, conorm);
var r2 = new RecognitionToken(2, "type", "int", "#f28686", norm, conorm);
var r3 = new RecognitionToken(2, "var", "a", "#fbdb65", norm, conorm);
var r4 = new RecognitionToken(2, "final", ";", "#dcc6ad", norm, conorm);
List<RecognitionToken> rules = new List<RecognitionToken>();
rules.Add(r1);
rules.Add(r2);
rules.Add(r3);
rules.Add(r4);
// lex = new AbstractLexicalAnalysis(rules);
btnSyn_Click(null, null);
//btnLexicalAnalysis_Click(null, null);
}
private Container CreateContainer(Node <Symbol, double> node)
{
RuleProduction rule = node.GetCustomOject <RuleProduction>("Rule");
Container container = new Container();
container.Value = string.Empty;
if (DestinyIsTerminal(node))
{
var token = node.Info.GetCustomValue <Token>("Token");
RecognitionToken recToken = null;
if (token != null)
{
recToken = token.RecToken;
container.Value = token.Word;
container.Column = token.Collumn;
container.Line = token.Line;
}
if (recToken == null)
{
recToken = node.Info.GetCustomValue <RecognitionToken>("RecToken");
}
if ((recToken != null) &&
(token == null || recToken.RegexFuzzy.Match(token.Word) < 1)
)
{
container.Value = recToken.RegexFuzzy.RegexFuzzy;
}
container.TypeName = node.Info.Name;
}
else
{
if (rule != null)
{
container.TypeName = rule.TypeName;
}
}
return(container);
}
// AbstractLexicalAnalysis lex;
public FrmCompilerWithFuzzy()
{
InitializeComponent();
var r1 = new RecognitionToken(1, "space", " ", "#7bf6b6", norm, conorm);
var r2 = new RecognitionToken(2, "type", "int", "#f28686", norm, conorm);
var r3 = new RecognitionToken(2, "var", "a", "#fbdb65", norm, conorm);
var r4 = new RecognitionToken(2, "final", ";", "#dcc6ad", norm, conorm);
List <RecognitionToken> rules = new List <RecognitionToken>();
rules.Add(r1);
rules.Add(r2);
rules.Add(r3);
rules.Add(r4);
// lex = new AbstractLexicalAnalysis(rules);
btnSyn_Click(null, null);
//btnLexicalAnalysis_Click(null, null);
}
public Token(int id, int line, int collumn, RecognitionToken recToken, char word)
: this(id, line, collumn, recToken, "" + word)
{
}
private CompilerFuzzy Compiler4()
{
//LR(1)
//0. S
//0 → S$
//1. S → V = E
//2. S → E
//3. E → V
//4. V → x
//5. V → ∗E
List<RecognitionToken> recs = new List<RecognitionToken>();
var requal = new RecognitionToken(1, "equal", "=", "#7bf6b6", norm, conorm);
var rast = new RecognitionToken(2, "ast", "*", "#f28686", norm, conorm);
var rx = new RecognitionToken(3, "x", "x", "#fbdb65", norm, conorm);
recs.Add(requal);
recs.Add(rast);
recs.Add(rx);
Grammar grammar = new Grammar();
var x = new Symbol(1, "x", true, 'x');
x.SetCustomValue("RecToken", rx);
var ast = new Symbol(2, "*", true, '*');
ast.SetCustomValue("RecToken", rast);
var equal = new Symbol(3, "=", true, '=');
equal.SetCustomValue("RecToken", requal);
var S = new Symbol(4, "S", false);
var V = new Symbol(5, "V", false);
var V1 = new Symbol(7, "V1", false);
var E = new Symbol(6, "E", false);
grammar.Terminals.AddRange(new SymbolList(x, ast, equal));
grammar.Variables.AddRange(new SymbolList(S, V, E, V1));
grammar.VariableStart = S;
grammar.AddRule(S, V, equal, E);
grammar.AddRule(S, E);
grammar.AddRule(E, V);
grammar.AddRule(E, V1).Pertinence = 0.8;
var ruleV = grammar.AddRule(V, x);
grammar.AddRule(V1, equal).Parent = ruleV;
grammar.AddRule(V, ast, E);
return new CompilerFuzzy(recs, grammar, null, null, norm, conorm);
}