public Parser (char[] Input, IdentifierTable IDTable, bool ECMA3Mode)
{
this.ECMA3Mode = ECMA3Mode;
lexer = new Tokenizer (Input, IDTable);
diagnostics = new List<Diagnostic> ();
Next (); // innit on first token
}
public void init ()
{
idtable = new IdentifierTable ();
maptable = new IdentifierMappingTable ();
gen = new RowanGenerator (maptable,
idtable.InsertIdentifier ("this"),
idtable.InsertIdentifier ("_"),
idtable.InsertIdentifier ("arguments"),
idtable.InsertIdentifier ("eval"));
}
public Tokenizer (char[] Input, IdentifierTable IDTable)
{
this.source = Input;
this.IDTable = IDTable;
this.position = 0;
this.row = 1;
this.lineStartPosition = 0;
this.comments = new List<Comment> ();
// move that to static ctor?
InitKeywords();
}
public Tokenizer(char[] Input, IdentifierTable IDTable)
{
this.source = Input;
this.IDTable = IDTable;
this.position = 0;
this.row = 1;
this.lineStartPosition = 0;
this.comments = new List <Comment> ();
// move that to static ctor?
InitKeywords();
}
public SLE.LambdaExpression CompileExpression (char[] Input, ref List<Diagnostic> Diagnostics)
{
IdentifierMappingTable idmtable = new IdentifierMappingTable ();
IdentifierTable idtable = new IdentifierTable ();
Parser parser = new Parser (Input, idtable, true);
List<Comment> comments = null;
BindingInfo bindinginfo = null;
Expression expr = parser.ParseExpression (ref comments, ref bindinginfo);
Diagnostics = parser.Diagnostics;
RowanGenerator gen = new RowanGenerator (idmtable, idtable.InsertIdentifier("this"), idtable.InsertIdentifier("arguments"));
return gen.BindAndTransform (expr, bindinginfo);
}
public SLE.LambdaExpression CompileProgram (char[] Input, ref List<Diagnostic> Diagnostics, ref bool IncompleteInput, bool PrintExpressions)
{
IdentifierMappingTable idmtable = new IdentifierMappingTable ();
IdentifierTable idtable = new IdentifierTable ();
Parser parser = new Parser (Input, new IdentifierTable (), true);//tode get ecma from somewhere
List<Comment> comments = null;
BindingInfo bindinginfo = null;
DList<Statement, BlockStatement> list = parser.ParseProgram (ref comments, ref bindinginfo);
Diagnostics = parser.Diagnostics;
IncompleteInput = parser.SyntaxIncomplete();
RowanGenerator gen = new RowanGenerator (idmtable, idtable.InsertIdentifier ("this"), idtable.InsertIdentifier ("arguments"));
return gen.BindAndTransform (list, bindinginfo, PrintExpressions);
}
public SLE.LambdaExpression CompileExpression(char[] Input, ref List <Diagnostic> Diagnostics)
{
IdentifierMappingTable idmtable = new IdentifierMappingTable();
IdentifierTable idtable = new IdentifierTable();
Parser parser = new Parser(Input, idtable, true);
List <Comment> comments = null;
BindingInfo bindinginfo = null;
Expression expr = parser.ParseExpression(ref comments, ref bindinginfo);
Diagnostics = parser.Diagnostics;
RowanGenerator gen = new RowanGenerator(idmtable, idtable.InsertIdentifier("this"), idtable.InsertIdentifier("arguments"));
return(gen.BindAndTransform(expr, bindinginfo));
}
public SLE.LambdaExpression CompileProgram(char[] Input, ref List <Diagnostic> Diagnostics, ref bool IncompleteInput, bool PrintExpressions)
{
IdentifierMappingTable idmtable = new IdentifierMappingTable();
IdentifierTable idtable = new IdentifierTable();
Parser parser = new Parser(Input, new IdentifierTable(), true);//tode get ecma from somewhere
List <Comment> comments = null;
BindingInfo bindinginfo = null;
DList <Statement, BlockStatement> list = parser.ParseProgram(ref comments, ref bindinginfo);
Diagnostics = parser.Diagnostics;
IncompleteInput = parser.SyntaxIncomplete();
RowanGenerator gen = new RowanGenerator(idmtable, idtable.InsertIdentifier("this"), idtable.InsertIdentifier("arguments"));
return(gen.BindAndTransform(list, bindinginfo, PrintExpressions));
}
public Identifier(string Spelling, Token.Type KeywordValue, IdentifierTable IDTable)
{
this.Spelling = Spelling;
this.KeywordValue = KeywordValue;
identifierID = IDTable.NextIdentifierID;
}
public Identifier(string Spelling, IdentifierTable IDTable)
: this(Spelling, Token.Type.Identifier, IDTable)
{
}
