void Parser::parseArguments(){
if(isNext(tc_LPAREN)){
match(tc_LPAREN);
parseParameterList();
match(tc_RPAREN);
if(m_parserError){
TokenCode synch[] = {tc_COLON, tc_SEMICOL, tc_NONE};
recover(synch);
// if(isNext(tc_RPAREN)){
// match(tc_RPAREN);
// }
}
}
}
Symbol parseFunctionDefinitionStatement(CharacterSource* source)
{
CharacterSource s = *source;
Symbol returnTypeSpecifier = parseTypeConstructorSpecifier(&s);
if (!returnTypeSpecifier.valid())
return Symbol();
Symbol name = parseIdentifier(&s);
if (!name.valid())
return Symbol();
Span span;
if (!Space::parseCharacter(&s, '(', &span))
return Symbol();
*source = s;
SymbolArray parameterList = parseParameterList(source);
Space::assertCharacter(source, ')', &span);
static String from("from");
if (Space::parseKeyword(source, from, &span)) {
Symbol dll = parseExpressionOrFail(source);
Span span2;
Space::assertCharacter(source, ';', &span2);
return Symbol(
atomFunctionDefinitionStatement,
returnTypeSpecifier,
name,
parameterList,
Symbol(atomFromStatement, dll,
new ExpressionCache(span + span2)),
new FunctionDefinitionCache(spanOf(returnTypeSpecifier) + span2));
}
Symbol statement = parseStatementOrFail(source);
statement = Symbol(
atomFunctionDefinitionStatement,
returnTypeSpecifier,
name,
parameterList,
statement,
SymbolLabel(),
new FunctionDefinitionCache(
spanOf(returnTypeSpecifier) + spanOf(statement)));
return statement;
}
