static void Main(string[] args)
{
if (args.Length < 2)
{
Console.WriteLine("./json-parser-generator <filename> <output> [-f|--format]");
return;
}
lexer = CreateJSonLexer();
#if false
Console.WriteLine(lexer.ToCSCode("json_lexer"));
#endif
parser = CreateJSonParser();
var txt = File.ReadAllText(args[0]);
var val = parse_json_file(txt);
var build = new StringBuilder();
if (args.Contains("--format") || args.Contains("-f"))
{
val.print(build, true);
}
else
{
val.print(build);
}
File.WriteAllText(args[1], build.ToString());
return;
}
private void bPGG_Click(object sender, EventArgs e)
{
try
{
var gen = ParserGenerator.GetGenerator(rtbPGNT.Text.Split(','), rtbPGT.Lines.Select(x => x.Trim()).Select(x =>
new Tuple <string, string> (x.Split(',')[0], x.Substring(x.Split(',')[0].Length + 1).Trim())).ToArray(),
rtbPGPR.Lines.Select(x => x.Trim()).ToArray(), rtbPGC.Lines.Select(x => x.Trim()).ToArray());
rtbPGS.Clear();
gen.GlobalPrinter.Clear();
gen.PrintProductionRules();
if (rbSLR.Checked == true)
{
gen.Generate();
}
else if (rbLALR.Checked == true)
{
gen.GenerateLALR();
}
else
{
gen.GenerateLR1();
}
gen.PrintStates();
gen.PrintTable();
rtbPGS.AppendText(gen.GlobalPrinter.ToString());
srparser = gen.CreateShiftReduceParserInstance();
}
catch (Exception ex)
{
rtbPGS.AppendText("Generate Error!\r\n" + ex.Message + "\r\n" + ex.StackTrace);
}
}
/// <summary>
/// HTML Parser를 생성합니다.
/// </summary>
/// <returns></returns>
private ShiftReduceParser get_pargen()
{
if (pargen != null)
{
return(pargen);
}
var gen = new ParserGenerator();
// Non-Terminals
var html = gen.CreateNewProduction("HTML", false);
var annote = gen.CreateNewProduction("ANNOTATE", false); // <!-- ~ -->
var annote2 = gen.CreateNewProduction("ANNOTATE2", false); // <!~>
var tag_closing = gen.CreateNewProduction("CLOSING", false); // <~> ~ </~>
var tag_aio = gen.CreateNewProduction("ALLINONE", false); // <~/>
// Terminals
var open = gen.CreateNewProduction("open");
var empty_open = gen.CreateNewProduction("empty-open");
var close = gen.CreateNewProduction("close");
var empty_close = gen.CreateNewProduction("empty-close");
var annoate_open = gen.CreateNewProduction("annoate-open");
var annoate_close = gen.CreateNewProduction("annoate-close");
var annoate2_open = gen.CreateNewProduction("annoate2-open");
var tag_name = gen.CreateNewProduction("tag-name");
var attr_name = gen.CreateNewProduction("attr-name");
html |= annoate_open + annote + annoate_close;
html |= annoate_open + annote2;
html |= tag_closing;
html |= tag_aio;
html |= html + html;
html |= ParserGenerator.EmptyString;
try
{
gen.PushStarts(html);
gen.PrintProductionRules();
gen.GenerateLALR();
gen.PrintStates();
gen.PrintTable();
}
catch (Exception e)
{
Console.Console.Instance.WriteLine(e.Message);
}
Console.Console.Instance.WriteLine(gen.GlobalPrinter.ToString());
return(pargen = gen.CreateShiftReduceParserInstance());
}
public static void Main(string[] args)
{
string modelPath = "edu/stanford/nlp/models/srparser/englishSR.ser.gz";
string taggerPath = "edu/stanford/nlp/models/pos-tagger/english-left3words/english-left3words-distsim.tagger";
for (int argIndex = 0; argIndex < args.Length;)
{
switch (args[argIndex])
{
case "-tagger":
{
taggerPath = args[argIndex + 1];
argIndex += 2;
break;
}
case "-model":
{
modelPath = args[argIndex + 1];
argIndex += 2;
break;
}
default:
{
throw new Exception("Unknown argument " + args[argIndex]);
}
}
}
string text = "My dog likes to shake his stuffed chickadee toy.";
MaxentTagger tagger = new MaxentTagger(taggerPath);
ShiftReduceParser model = ((ShiftReduceParser)ShiftReduceParser.LoadModel(modelPath));
DocumentPreprocessor tokenizer = new DocumentPreprocessor(new StringReader(text));
foreach (IList <IHasWord> sentence in tokenizer)
{
IList <TaggedWord> tagged = tagger.TagSentence(sentence);
Tree tree = model.Apply(tagged);
log.Info(tree);
}
}
/// <summary>
/// Create JavaScript Parser
/// </summary>
private static void create_parser()
{
//parser = new JSParser().Parser;
var gen = new ParserGenerator();
// https://github.com/antlr/grammars-v4/blob/master/javascript/JavaScriptParser.g4
var program = gen.CreateNewProduction("program", false);
var sourceElement = gen.CreateNewProduction("sourceElement", false);
var statement = gen.CreateNewProduction("statement", false);
var block = gen.CreateNewProduction("block", false);
var statementList = gen.CreateNewProduction("statementList", false);
var statementListE = gen.CreateNewProduction("statementListE", false);
var variableStatement = gen.CreateNewProduction("variableStatement", false);
var variableDeclarationList = gen.CreateNewProduction("variableDeclarationList", false);
var variableDeclarationListArgs = gen.CreateNewProduction("variableDeclarationListArgs", false);
var variableDeclaration = gen.CreateNewProduction("variableDeclaration", false);
var variableDeclarationT = gen.CreateNewProduction("variableDeclarationT", false);
var emptyStatement = gen.CreateNewProduction("emptyStatement", false);
var expressionStatement = gen.CreateNewProduction("expressionStatement", false);
var ifStatement = gen.CreateNewProduction("ifStatement", false);
var expressionSequenceE = gen.CreateNewProduction("expressionSequenceE", false);
var iterationStatement = gen.CreateNewProduction("iterationStatement", false);
var varModifier = gen.CreateNewProduction("varModifier", false);
var continueStatement = gen.CreateNewProduction("continueStatement", false);
var breakStatement = gen.CreateNewProduction("breakStatement", false);
var returnStatement = gen.CreateNewProduction("returnStatement", false);
var withStatement = gen.CreateNewProduction("withStatement", false);
var switchStatement = gen.CreateNewProduction("switchStatement", false);
var caseBlock = gen.CreateNewProduction("caseBlock", false);
var caseClauses = gen.CreateNewProduction("caseClauses", false);
var caseClausesE = gen.CreateNewProduction("caseClausesE", false);
var caseClause = gen.CreateNewProduction("caseClause", false);
var defaultClause = gen.CreateNewProduction("defaultClause", false);
var labelledStatement = gen.CreateNewProduction("labelledStatement", false);
var throwStatement = gen.CreateNewProduction("throwStatement", false);
var tryStatement = gen.CreateNewProduction("tryStatement", false);
var catchProduction = gen.CreateNewProduction("catchProduction", false);
var finallyProduction = gen.CreateNewProduction("finallyProduction", false);
var debuggerStatement = gen.CreateNewProduction("debuggerStatement", false);
var functionDeclaration = gen.CreateNewProduction("functionDeclaration", false);
var classDeclaration = gen.CreateNewProduction("classDeclaration", false);
var classTail = gen.CreateNewProduction("classTail", false);
var classElement = gen.CreateNewProduction("classElement", false);
var classElements = gen.CreateNewProduction("classElements", false);
var methodDefinition = gen.CreateNewProduction("methodDefinition", false);
var generatorMethod = gen.CreateNewProduction("generatorMethod", false);
var formalParameterList = gen.CreateNewProduction("formalParameterList", false);
var formalParameterArg = gen.CreateNewProduction("formalParameterArg", false);
var formalParameterArgS = gen.CreateNewProduction("formalParameterArgS", false);
var lastFormalParameterArg = gen.CreateNewProduction("lastFormalParameterArg", false);
var functionBody = gen.CreateNewProduction("functionBody", false);
var sourceElements = gen.CreateNewProduction("sourceElements", false);
var arrayLiteral = gen.CreateNewProduction("arrayLiteral", false);
var elementList = gen.CreateNewProduction("elementList", false);
var lastElement = gen.CreateNewProduction("lastElement", false);
var objectLiteral = gen.CreateNewProduction("objectLiteral", false);
var propertyAssignment = gen.CreateNewProduction("propertyAssignment", false);
var propertyAssignmentS = gen.CreateNewProduction("propertyAssignmentS", false);
var propertyName = gen.CreateNewProduction("propertyName", false);
var arguments = gen.CreateNewProduction("arguments", false);
var lastArgument = gen.CreateNewProduction("lastArgument", false);
var expressionSequence = gen.CreateNewProduction("expressionSequence", false);
var singleExpression = gen.CreateNewProduction("singleExpression", false);
var singleExpressionS = gen.CreateNewProduction("singleExpressionS", false);
var arrowFunctionParameters = gen.CreateNewProduction("arrowFunctionParameters", false);
var arrowFunctionBody = gen.CreateNewProduction("arrowFunctionBody", false);
var assignmentOperator = gen.CreateNewProduction("assignmentOperator", false);
var literal = gen.CreateNewProduction("literal", false);
var numericLiteral = gen.CreateNewProduction("numericLiteral", false);
var identifierName = gen.CreateNewProduction("identifierName", false);
var reservedWord = gen.CreateNewProduction("reservedWord", false);
var keyword = gen.CreateNewProduction("keyword", false);
var getter = gen.CreateNewProduction("getter", false);
var setter = gen.CreateNewProduction("setter", false);
var eos = gen.CreateNewProduction("eos", false);
var star = gen.CreateNewProduction("star", false);
program |= sourceElements;
program |= ParserGenerator.EmptyString;
sourceElements |= sourceElements + sourceElement;
sourceElements |= ParserGenerator.EmptyString;
sourceElement |= "Export" + statement;
sourceElement |= statement;
statement |= block;
statement |= variableStatement;
statement |= emptyStatement;
statement |= classDeclaration;
statement |= expressionStatement;
statement |= ifStatement;
statement |= iterationStatement;
statement |= continueStatement;
statement |= breakStatement;
statement |= returnStatement;
statement |= withStatement;
statement |= labelledStatement;
statement |= switchStatement;
statement |= throwStatement;
statement |= tryStatement;
statement |= debuggerStatement;
statement |= functionDeclaration;
block |= "{" + statementList + "}";
statementList |= statementListE + statement;
statementListE |= statementListE + statement;
statementListE |= ParserGenerator.EmptyString;
variableStatement |= varModifier + variableDeclarationList + eos;
variableDeclarationList |= variableDeclaration + variableDeclarationListArgs;
variableDeclarationListArgs |= "," + variableDeclarationListArgs;
variableDeclarationListArgs |= ParserGenerator.EmptyString;
variableDeclaration |= "Identifier" + variableDeclarationT;
variableDeclaration |= arrayLiteral + variableDeclarationT;
variableDeclaration |= objectLiteral + variableDeclarationT;
variableDeclarationT |= "=" + singleExpression;
variableDeclarationT |= ParserGenerator.EmptyString;
emptyStatement |= "SemiColon";
expressionStatement |= expressionSequence + eos; // TODO: 90: {this.notOpenBraceAndNotFunction()}? expressionSequence eos
ifStatement |= gen.TryCreateNewProduction("If") + "(" + expressionSequence + ")" + statement;
ifStatement |= gen.TryCreateNewProduction("If") + "(" + expressionSequence + ")" + statement + "Else" + statement;
expressionSequenceE |= expressionSequence;
expressionSequenceE |= ParserGenerator.EmptyString;
iterationStatement |= "Do" + statement + "While" + "(" + expressionSequence + ")" + eos;
iterationStatement |= gen.TryCreateNewProduction("While") + "(" + expressionSequence + ")" + statement;
iterationStatement |= gen.TryCreateNewProduction("For") + "(" + expressionSequenceE + ";" + expressionSequenceE + ";" + expressionSequenceE + ")" + statement;
iterationStatement |= gen.TryCreateNewProduction("For") + "(" + varModifier + variableDeclarationList + ";" + expressionSequenceE + ";" + expressionSequenceE + ")" + statement;
iterationStatement |= gen.TryCreateNewProduction("For") + "(" + singleExpression + "In" + expressionSequence + ")" + statement;
iterationStatement |= gen.TryCreateNewProduction("For") + "(" + singleExpression + "Identifier" + expressionSequence + ")" + statement;
iterationStatement |= gen.TryCreateNewProduction("For") + "(" + varModifier + variableDeclarationList + "In" + expressionSequence + ")" + statement;
iterationStatement |= gen.TryCreateNewProduction("For") + "(" + varModifier + variableDeclarationList + "Identifier" + expressionSequence + ")" + statement;
varModifier |= "Var";
varModifier |= "Let";
varModifier |= "Const";
continueStatement |= "Continue" + eos; // TODO
continueStatement |= "Continue" + identifierName + eos;
breakStatement |= "Break" + eos; // TODO
breakStatement |= "Break" + identifierName + eos;
returnStatement |= "Return" + eos; // TODO
returnStatement |= "Return" + expressionSequence + eos;
withStatement |= gen.TryCreateNewProduction("With") + "(" + expressionSequence + ")" + statement;
switchStatement |= gen.TryCreateNewProduction("Switch") + "(" + expressionSequence + ")" + caseBlock;
caseBlock |= gen.TryCreateNewProduction("{") + "}";
caseBlock |= "{" + caseClauses + "}";
caseBlock |= "{" + caseClauses + defaultClause + caseClauses + "}";
caseBlock |= "{" + defaultClause + caseClauses + "}";
caseBlock |= "{" + caseClauses + defaultClause + "}";
caseBlock |= "{" + defaultClause + "}";
caseClauses |= caseClausesE + caseClause;
caseClausesE |= caseClausesE + caseClause;
caseClausesE |= ParserGenerator.EmptyString;
caseClause |= "Case" + expressionSequence + ":";
caseClause |= "Case" + expressionSequence + ":" + statementList;
defaultClause |= gen.TryCreateNewProduction("Default") + ":";
defaultClause |= gen.TryCreateNewProduction("Default") + ":" + statementList;
labelledStatement |= gen.TryCreateNewProduction("Identifier") + ":" + statement;
throwStatement |= "Throw" + expressionSequence + eos; // TODO
tryStatement |= gen.TryCreateNewProduction("Try") + block + catchProduction;
tryStatement |= gen.TryCreateNewProduction("Try") + block + catchProduction + finallyProduction;
tryStatement |= gen.TryCreateNewProduction("Try") + block + finallyProduction;
catchProduction |= gen.TryCreateNewProduction("Catch") + "(" + gen.TryCreateNewProduction("Identifier") + ")" + block;
finallyProduction |= "Finally" + block;
debuggerStatement |= "Debugger" + eos;
functionDeclaration |= "Function" + gen.TryCreateNewProduction("Identifier") + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
functionDeclaration |= "Function" + gen.TryCreateNewProduction("Identifier") + "(" + formalParameterList + ")" + gen.TryCreateNewProduction("{") + functionBody + "}";
classDeclaration |= gen.TryCreateNewProduction("Class") + "Identifier" + classTail;
classTail |= "{" + classElements + "}";
classTail |= "Extends" + singleExpression + "{" + classElements + "}";
classElements |= classElements + classElement;
classElement |= methodDefinition;
classElement |= "Static" + methodDefinition;
classElement |= "Identifier" + methodDefinition;
classElement |= "Static" + "Identifier" + methodDefinition;
classElement |= emptyStatement;
methodDefinition |= propertyName + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
methodDefinition |= propertyName + "(" + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
methodDefinition |= getter + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
methodDefinition |= setter + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
methodDefinition |= setter + "(" + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
methodDefinition |= generatorMethod;
generatorMethod |= "Identifier" + gen.TryCreateNewProduction("(") + ")" + gen.TryCreateNewProduction("{") + functionBody + "}";
generatorMethod |= "*" + gen.TryCreateNewProduction("Identifier") + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
generatorMethod |= gen.TryCreateNewProduction("Identifier") + "(" + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
generatorMethod |= gen.TryCreateNewProduction("*") + "Identifier" + "(" + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
formalParameterList |= formalParameterArg + formalParameterArgS;
formalParameterList |= formalParameterArg + "," + lastFormalParameterArg;
formalParameterList |= formalParameterArg + formalParameterArgS + "," + lastFormalParameterArg;
formalParameterList |= lastFormalParameterArg;
formalParameterList |= arrayLiteral;
formalParameterList |= objectLiteral;
formalParameterArgS |= "," + formalParameterArg + formalParameterArgS;
formalParameterArgS |= ParserGenerator.EmptyString;
formalParameterArg |= "Identifier";
formalParameterArg |= gen.TryCreateNewProduction("Identifier") + "=" + singleExpression;
lastFormalParameterArg |= gen.TryCreateNewProduction("Ellipsis") + "Identifier";
functionBody |= sourceElements;
functionBody |= ParserGenerator.EmptyString;
arrayLiteral |= "[" + star + "]";
arrayLiteral |= "[" + star + elementList + star + "]";
star |= "*" + star;
star |= ParserGenerator.EmptyString;
elementList |= singleExpression + singleExpressionS;
elementList |= singleExpression + singleExpressionS + "," + lastElement;
singleExpressionS |= "," + singleExpression + singleExpressionS;
singleExpressionS |= ParserGenerator.EmptyString;
lastElement |= gen.TryCreateNewProduction("Ellipsis") + "Identifier";
objectLiteral |= gen.TryCreateNewProduction("{") + "}";
objectLiteral |= "{" + gen.TryCreateNewProduction(",") + "}";
objectLiteral |= "{" + propertyAssignment + propertyAssignmentS + "}";
objectLiteral |= "{" + propertyAssignment + propertyAssignmentS + gen.TryCreateNewProduction(",") + "}";
propertyAssignmentS |= "," + propertyAssignment + propertyAssignmentS;
propertyAssignmentS |= ParserGenerator.EmptyString;
propertyAssignment |= propertyName + ":" + singleExpression;
propertyAssignment |= propertyName + "=" + singleExpression;
propertyAssignment |= "[" + singleExpression + "]" + gen.TryCreateNewProduction(":") + singleExpression;
propertyAssignment |= getter + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
propertyAssignment |= setter + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
propertyAssignment |= setter + "(" + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
propertyAssignment |= generatorMethod;
propertyAssignment |= identifierName;
propertyName |= identifierName;
propertyName |= "StringLiteral";
propertyName |= numericLiteral;
arguments |= gen.TryCreateNewProduction("(") + ")";
arguments |= "(" + singleExpression + singleExpressionS + ")";
arguments |= "(" + singleExpression + singleExpressionS + "," + lastArgument + ")";
lastArgument |= gen.TryCreateNewProduction("Ellipsis") + "Identifier";
expressionSequence |= singleExpression + singleExpressionS;
singleExpression |= "Function" + gen.TryCreateNewProduction("(") + ")" + gen.TryCreateNewProduction("{") + functionBody + "}";
singleExpression |= "Function" + gen.TryCreateNewProduction("Identifier") + "(" + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
singleExpression |= "Function" + gen.TryCreateNewProduction("(") + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
singleExpression |= "Function" + gen.TryCreateNewProduction("Identifier") + "(" + formalParameterList + gen.TryCreateNewProduction(")") + "{" + functionBody + "}";
singleExpression |= "Class" + classTail;
singleExpression |= gen.TryCreateNewProduction("Class") + "Identifier" + classTail;
singleExpression |= singleExpression + "[" + expressionSequence + "]";
singleExpression |= singleExpression + "." + identifierName;
singleExpression |= singleExpression + arguments;
singleExpression |= "New" + singleExpression;
singleExpression |= "New" + singleExpression + arguments;
singleExpression |= singleExpression + "++"; // TODO
singleExpression |= singleExpression + "--"; // TODO
singleExpression |= "Delete" + singleExpression;
singleExpression |= "Void" + singleExpression;
singleExpression |= "Typeof" + singleExpression;
singleExpression |= "++" + singleExpression;
singleExpression |= "--" + singleExpression;
singleExpression |= "+" + singleExpression;
singleExpression |= "-" + singleExpression;
singleExpression |= "~" + singleExpression;
singleExpression |= "!" + singleExpression;
singleExpression |= singleExpression + "*" + singleExpression;
singleExpression |= singleExpression + "/" + singleExpression;
singleExpression |= singleExpression + "%" + singleExpression;
singleExpression |= singleExpression + "+" + singleExpression;
singleExpression |= singleExpression + "-" + singleExpression;
singleExpression |= singleExpression + "<<" + singleExpression;
singleExpression |= singleExpression + ">>" + singleExpression;
singleExpression |= singleExpression + ">>>" + singleExpression;
singleExpression |= singleExpression + "<" + singleExpression;
singleExpression |= singleExpression + ">" + singleExpression;
singleExpression |= singleExpression + "<=" + singleExpression;
singleExpression |= singleExpression + ">=" + singleExpression;
singleExpression |= singleExpression + "Instanceof" + singleExpression;
singleExpression |= singleExpression + "In" + singleExpression;
singleExpression |= singleExpression + "==" + singleExpression;
singleExpression |= singleExpression + "!=" + singleExpression;
singleExpression |= singleExpression + "===" + singleExpression;
singleExpression |= singleExpression + "!==" + singleExpression;
singleExpression |= singleExpression + "&" + singleExpression;
singleExpression |= singleExpression + "^" + singleExpression;
singleExpression |= singleExpression + "|" + singleExpression;
singleExpression |= singleExpression + "&&" + singleExpression;
singleExpression |= singleExpression + "||" + singleExpression;
singleExpression |= singleExpression + "?" + singleExpression + ":" + singleExpression;
singleExpression |= singleExpression + "=" + singleExpression;
singleExpression |= singleExpression + assignmentOperator + singleExpression;
singleExpression |= singleExpression + "TemplateStringLiteral";
singleExpression |= "This";
singleExpression |= "Identifier";
singleExpression |= "Super";
singleExpression |= literal;
singleExpression |= arrayLiteral;
singleExpression |= objectLiteral;
singleExpression |= "(" + expressionSequence + ")";
singleExpression |= arrowFunctionParameters + "=>" + arrowFunctionBody;
arrowFunctionParameters |= "Identifier";
arrowFunctionParameters |= gen.TryCreateNewProduction("(") + ")";
arrowFunctionParameters |= "(" + formalParameterList + ")";
arrowFunctionBody |= singleExpression;
arrowFunctionBody |= "{" + functionBody + "}";
assignmentOperator |= "*=";
assignmentOperator |= "/=";
assignmentOperator |= "%=";
assignmentOperator |= "+=";
assignmentOperator |= "-=";
assignmentOperator |= "<<=";
assignmentOperator |= ">>=";
assignmentOperator |= ">>>=";
assignmentOperator |= "&=";
assignmentOperator |= "^=";
assignmentOperator |= "|=";
literal |= "NullLiteral";
literal |= "BooleanLiteral";
literal |= "StringLiteral";
literal |= "TemplateStringLiteral";
literal |= "RegularExpressionLiteral";
literal |= "numericLiteral";
numericLiteral |= "DecimalLiteral";
numericLiteral |= "HexIntegerLiteral";
numericLiteral |= "OctalIntegerLiteral";
numericLiteral |= "OctalIntegerLiteral2";
numericLiteral |= "BinaryIntegerLiteral";
identifierName |= "Identifier";
identifierName |= reservedWord;
reservedWord |= keyword;
reservedWord |= "NullLiteral";
reservedWord |= "BooleanLiteral";
keyword |= "Class";
keyword |= "Break";
keyword |= "Do";
keyword |= "Instanceof";
keyword |= "Typeof";
keyword |= "Case";
keyword |= "Else";
keyword |= "New";
keyword |= "Var";
keyword |= "Catch";
keyword |= "Finally";
keyword |= "Return";
keyword |= "Void";
keyword |= "Continue";
keyword |= "For";
keyword |= "Switch";
keyword |= "While";
keyword |= "Debugger";
keyword |= "Function";
keyword |= "This";
keyword |= "With";
keyword |= "Default";
keyword |= "If";
keyword |= "Throw";
keyword |= "Delete";
keyword |= "In";
keyword |= "Try";
keyword |= "Enum";
keyword |= "Extends";
keyword |= "Super";
keyword |= "Const";
keyword |= "Export";
keyword |= "Import";
keyword |= "Implements";
keyword |= "Let";
keyword |= "Private";
keyword |= "Public";
keyword |= "Interface";
keyword |= "Package";
keyword |= "Protected";
keyword |= "Static";
keyword |= "Yield";
//getter |= propertyName; // TODO
//setter |= propertyName; // TODO
eos |= "SemiColon"; // TODO
//eos |= "$";
//eos |= ParserGenerator.EmptyString;
gen.PushConflictSolver(true, gen.TryCreateNewProduction("Break"),
gen.TryCreateNewProduction("Do"),
gen.TryCreateNewProduction("Typeof"),
gen.TryCreateNewProduction("Case"),
gen.TryCreateNewProduction("Else"),
gen.TryCreateNewProduction("New"),
gen.TryCreateNewProduction("Var"),
gen.TryCreateNewProduction("Catch"),
gen.TryCreateNewProduction("Finally"),
gen.TryCreateNewProduction("Return"),
gen.TryCreateNewProduction("Void"),
gen.TryCreateNewProduction("Continue"),
gen.TryCreateNewProduction("For"),
gen.TryCreateNewProduction("Switch"),
gen.TryCreateNewProduction("While"),
gen.TryCreateNewProduction("Debugger"),
gen.TryCreateNewProduction("Function"),
gen.TryCreateNewProduction("This"),
gen.TryCreateNewProduction("With"),
gen.TryCreateNewProduction("Default"),
gen.TryCreateNewProduction("If"),
gen.TryCreateNewProduction("Throw"),
gen.TryCreateNewProduction("Delete"),
gen.TryCreateNewProduction("Try"),
gen.TryCreateNewProduction("Enum"),
gen.TryCreateNewProduction("Class"),
gen.TryCreateNewProduction("Extends"),
gen.TryCreateNewProduction("Super"),
gen.TryCreateNewProduction("Const"),
gen.TryCreateNewProduction("Export"),
gen.TryCreateNewProduction("Import"),
gen.TryCreateNewProduction("Implements"),
gen.TryCreateNewProduction("Let"),
gen.TryCreateNewProduction("Private"),
gen.TryCreateNewProduction("Public"),
gen.TryCreateNewProduction("Interface"),
gen.TryCreateNewProduction("Package"),
gen.TryCreateNewProduction("Protected"),
gen.TryCreateNewProduction("Static"),
gen.TryCreateNewProduction("Yield"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("Identifier"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("NullLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("BooleanLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("StringLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("TemplateStringLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("RegularExpressionLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("numericLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("DecimalLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("HexIntegerLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("OctalIntegerLiteral"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("OctalIntegerLiteral2"));
gen.PushConflictSolver(true, gen.TryCreateNewProduction("BinaryIntegerLiteral"));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(ifStatement, 0));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(keyword, 0));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(block, 0));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(statementListE, 1));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(caseClausesE, 1));
//gen.PushConflictSolver(true, new Tuple<ParserProduction, int>(eos, 1));
//gen.PushConflictSolver(false, gen.TryCreateNewProduction("Class"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("["));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("("));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("{"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("."));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("++"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("--"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("~"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("!"));
// +, -
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(singleExpression, 16), new Tuple <ParserProduction, int>(singleExpression, 17));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("*"), gen.TryCreateNewProduction("/"), gen.TryCreateNewProduction("%"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("+"), gen.TryCreateNewProduction("-"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("<<"), gen.TryCreateNewProduction(">>"), gen.TryCreateNewProduction(">>>"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("<"), gen.TryCreateNewProduction(">"), gen.TryCreateNewProduction("<="), gen.TryCreateNewProduction(">="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("Instanceof"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("In"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("=="), gen.TryCreateNewProduction("!="), gen.TryCreateNewProduction("==="), gen.TryCreateNewProduction("!=="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("&"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("^"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("|"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("&&"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("||"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("?"), gen.TryCreateNewProduction(":"));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("="));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(singleExpression, 47));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("*="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("/="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("%="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("+="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("-="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("<<="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction(">>="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction(">>>="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("&="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("^="));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("|="));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(formalParameterArgS, 0));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(formalParameterArgS, 1));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(arrowFunctionBody, 0));
gen.PushConflictSolver(false, gen.TryCreateNewProduction(","));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(singleExpressionS, 1));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(propertyAssignmentS, 1));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("SemiColon"));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(sourceElements, 1));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(caseBlock, 0));
gen.PushConflictSolver(false, gen.TryCreateNewProduction("}"));
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(functionBody, 1));
try
{
gen.PushStarts(program);
gen.PrintProductionRules();
System.Diagnostics.Stopwatch sw = System.Diagnostics.Stopwatch.StartNew();
gen.Generate();
var end = sw.ElapsedMilliseconds;
sw.Stop();
Log.Logs.Instance.Push($"{end.ToString("#,#")}");
gen.PrintStates();
gen.PrintTable();
}
catch (Exception e)
{
Log.Logs.Instance.PushError(e.Message + "\r\n" + e.StackTrace);
}
File.WriteAllText(DateTime.Now.Ticks + ".txt", gen.GlobalPrinter.ToString());
parser = gen.CreateExtendedShiftReduceParserInstance();
File.WriteAllText("jsparser.cs", parser.ToCSCode("JSParser"));
}
/// <summary>
/// ESRCAL의 파서제너레이터를 생성합니다.
/// </summary>
/// <returns></returns>
private ShiftReduceParser get_pargen()
{
if (pargen != null)
{
return(pargen);
}
var gen = new ParserGenerator();
// Non-Terminals
var expr = gen.CreateNewProduction("expr", false);
// Terminals
//var id = gen.CreateNewProduction("id");
var num = gen.CreateNewProduction("num");
//var str = gen.CreateNewProduction("str");
var plus = gen.CreateNewProduction("plus");
var minus = gen.CreateNewProduction("minus");
var multiple = gen.CreateNewProduction("multiple");
var divide = gen.CreateNewProduction("divide");
//var loop = gen.CreateNewProduction("loop");
var op_open = gen.CreateNewProduction("op_open");
var op_close = gen.CreateNewProduction("op_close");
//var pp_open = gen.CreateNewProduction("pp_open"); // [
//var pp_close = gen.CreateNewProduction("pp_close"); // ]
//var equal = gen.CreateNewProduction("equal");
//var to = gen.CreateNewProduction("to");
//var scolon = gen.CreateNewProduction("scolon");
//var comma = gen.CreateNewProduction("comma");
//var _foreach = gen.CreateNewProduction("foreach");
//var _if = gen.CreateNewProduction("if");
//var _else = gen.CreateNewProduction("else");
expr |= num + ParserAction.Create(x => x.UserContents = double.Parse(x.Contents));
expr |= expr + plus + expr + ParserAction.Create(x => x.UserContents = (double)x.Childs[0].UserContents + (double)x.Childs[2].UserContents);
expr |= expr + minus + expr + ParserAction.Create(x => x.UserContents = (double)x.Childs[0].UserContents - (double)x.Childs[2].UserContents);
expr |= expr + multiple + expr + ParserAction.Create(x => x.UserContents = (double)x.Childs[0].UserContents * (double)x.Childs[2].UserContents);
expr |= expr + divide + expr + ParserAction.Create(x => x.UserContents = (double)x.Childs[0].UserContents / (double)x.Childs[2].UserContents);
expr |= minus + expr + ParserAction.Create(x => x.UserContents = -(double)x.Childs[1].UserContents);
expr |= op_open + expr + op_close + ParserAction.Create(x => x.UserContents = x.Childs[1].UserContents);
// right associativity, -
gen.PushConflictSolver(false, new Tuple <ParserProduction, int>(expr, 5));
// left associativity, *, /
gen.PushConflictSolver(true, multiple, divide);
// left associativity, +, -
gen.PushConflictSolver(true, plus, minus);
try
{
gen.PushStarts(expr);
gen.PrintProductionRules();
gen.GenerateLALR();
gen.PrintStates();
gen.PrintTable();
}
catch (Exception e)
{
Console.Console.Instance.WriteLine(e.Message);
}
Console.Console.Instance.WriteLine(gen.GlobalPrinter.ToString());
return(pargen = gen.CreateShiftReduceParserInstance());
}
private void bPGG_Click(object sender, EventArgs e)
{
try
{
var gen = new ParserGenerator.ParserGenerator();
var non_terminals = new Dictionary <string, ParserProduction>();
var terminals = new Dictionary <string, ParserProduction>();
terminals.Add("''", ParserGenerator.ParserGenerator.EmptyString);
foreach (var nt in rtbPGNT.Text.Split(','))
{
non_terminals.Add(nt.Trim(), gen.CreateNewProduction(nt.Trim(), false));
}
foreach (var t in rtbPGT.Lines)
{
if (t.Trim() == "")
{
continue;
}
var name = t.Split(',')[0];
var pp = t.Substring(name.Length + 1).Trim();
terminals.Add(pp, gen.CreateNewProduction(name.Trim()));
}
var prec = new Dictionary <string, List <Tuple <ParserProduction, int> > >();
foreach (var pp in rtbPGPR.Lines)
{
if (pp.Trim() == "")
{
continue;
}
var split = pp.Split(new[] { "->" }, StringSplitOptions.None);
var left = split[0].Trim();
var right = split[1].Split(' ');
var prlist = new List <ParserProduction>();
bool stay_prec = false;
foreach (var ntt in right)
{
if (string.IsNullOrEmpty(ntt))
{
continue;
}
if (ntt == "%prec")
{
stay_prec = true; continue;
}
if (stay_prec)
{
if (!prec.ContainsKey(ntt))
{
prec.Add(ntt, new List <Tuple <ParserProduction, int> >());
}
prec[ntt].Add(new Tuple <ParserProduction, int>(non_terminals[left], non_terminals[left].sub_productions.Count));
continue;
}
if (non_terminals.ContainsKey(ntt))
{
prlist.Add(non_terminals[ntt]);
}
else if (terminals.ContainsKey(ntt))
{
prlist.Add(terminals[ntt]);
}
else
{
rtbPGS.Text = $"Production rule build error!\r\n{ntt} is neither non-terminal nor terminal!\r\nDeclare the token-name!";
return;
}
}
non_terminals[left].sub_productions.Add(prlist);
}
for (int i = rtbPGC.Lines.Length - 1; i >= 0; i--)
{
var line = rtbPGC.Lines[i].Trim();
if (line == "")
{
continue;
}
var tt = line.Split(' ')[0];
var rr = line.Substring(tt.Length).Trim().Split(',');
var left = true;
var items1 = new List <Tuple <ParserProduction, int> >();
var items2 = new List <ParserProduction>();
if (tt == "%right")
{
left = false;
}
foreach (var ii in rr.Select(x => x.Trim()))
{
if (string.IsNullOrEmpty(ii))
{
continue;
}
if (terminals.ContainsKey(ii))
{
items2.Add(terminals[ii]);
}
else if (prec.ContainsKey(ii))
{
items1.AddRange(prec[ii]);
}
else
{
rtbPGS.Text = $"Conflict rule applying error!\r\n{ii} is neither terminal nor %prec!\r\nDeclare the token-name!";
return;
}
}
if (items1.Count > 0)
{
gen.PushConflictSolver(left, items1.ToArray());
}
else
{
gen.PushConflictSolver(left, items2.ToArray());
}
}
rtbPGS.Clear();
gen.GlobalPrinter.Clear();
gen.PushStarts(non_terminals[rtbPGNT.Text.Split(',')[0].Trim()]);
if (rbSLR.Checked == true)
{
gen.Generate();
}
else if (rbLALR.Checked == true)
{
gen.GenerateLALR();
}
else
{
gen.GenerateLR1();
}
gen.PrintStates();
gen.PrintTable();
rtbPGS.AppendText(gen.GlobalPrinter.ToString());
srparser = gen.CreateShiftReduceParserInstance();
} catch (Exception ex)
{
rtbPGS.AppendText("Generate Error!\r\n" + ex.Message + "\r\n" + ex.StackTrace);
}
}
/// <summary>
/// SRCAL의 파서제너레이터를 생성합니다.
/// </summary>
/// <returns></returns>
private ShiftReduceParser get_pargen()
{
if (pargen != null)
{
return(pargen);
}
var gen = new ParserGenerator();
// Non-Terminals
var script = gen.CreateNewProduction("script", false);
var line = gen.CreateNewProduction("line", false);
var lines = gen.CreateNewProduction("lines", false);
var expr = gen.CreateNewProduction("expr", false);
var block = gen.CreateNewProduction("block", false);
var iblock = gen.CreateNewProduction("iblock", false);
var index = gen.CreateNewProduction("index", false);
var variable = gen.CreateNewProduction("variable", false);
var argument = gen.CreateNewProduction("argument", false);
var function = gen.CreateNewProduction("function", false);
var runnable = gen.CreateNewProduction("runnable", false);
// Terminals
var name = gen.CreateNewProduction("name");
var _const = gen.CreateNewProduction("const"); // number | string
var loop = gen.CreateNewProduction("loop");
var op_open = gen.CreateNewProduction("op_open");
var op_close = gen.CreateNewProduction("op_close");
var pp_open = gen.CreateNewProduction("pp_open"); // [
var pp_close = gen.CreateNewProduction("pp_close"); // ]
var equal = gen.CreateNewProduction("equal");
var to = gen.CreateNewProduction("to");
var scolon = gen.CreateNewProduction("scolon");
var comma = gen.CreateNewProduction("comma");
var _foreach = gen.CreateNewProduction("foreach");
var _if = gen.CreateNewProduction("if");
var _else = gen.CreateNewProduction("else");
script |= lines + ParserAction.Create(x => { });
script |= ParserGenerator.EmptyString + ParserAction.Create(x => { });
block |= pp_open + iblock + pp_close + ParserAction.Create(x => { });
block |= line + ParserAction.Create(x => { });
iblock |= block + ParserAction.Create(x => { });
iblock |= lines + ParserAction.Create(x => { });
iblock |= ParserGenerator.EmptyString + ParserAction.Create(x => { });
line |= expr + ParserAction.Create(x => { });
lines |= expr + ParserAction.Create(x => { });
lines |= expr + lines + ParserAction.Create(x => { });
expr |= function + ParserAction.Create(x => { });
expr |= name + equal + index + ParserAction.Create(x => { });
expr |= runnable + ParserAction.Create(x => { });
function |= name + op_open + op_close + ParserAction.Create(x => { });
function |= name + op_open + argument + op_close + ParserAction.Create(x => { });
argument |= index + ParserAction.Create(x => { });
argument |= index + comma + argument + ParserAction.Create(x => { });
index |= variable + ParserAction.Create(x => { });
index |= variable + pp_open + variable + pp_close + ParserAction.Create(x => { });
variable |= name + ParserAction.Create(x => { });
variable |= function + ParserAction.Create(x => { });
variable |= _const + ParserAction.Create(x => { });
runnable |= loop + op_open + name + equal + index + to + index + op_close + block + ParserAction.Create(x => { });
runnable |= _foreach + op_open + name + scolon + index + op_close + block + ParserAction.Create(x => { });
runnable |= _if + op_open + index + op_close + block + ParserAction.Create(x => { });
runnable |= _if + op_open + index + op_close + block + _else + block + ParserAction.Create(x => { });
gen.PushConflictSolver(true, _else);
gen.PushConflictSolver(true, new Tuple <ParserProduction, int>(runnable, 2));
try
{
gen.PushStarts(script);
gen.PrintProductionRules();
gen.GenerateLALR();
gen.PrintStates();
gen.PrintTable();
}
catch (Exception e)
{
Console.Console.Instance.WriteLine(e.Message);
}
Console.Console.Instance.WriteLine(gen.GlobalPrinter.ToString());
return(pargen = gen.CreateShiftReduceParserInstance());
}