IdentifierNode * Parser::Identifier(){
Token tt = Match(IDENTIFIER_TOKEN);
for(int i=0; i<g_varname.size(); i++){
if(tt.GetLexeme() == g_varname.at(i).mScope){
g_scope = g_varname.at(i).mVal;
}
}
if(g_upscope){
g_scope++;
scopevar s;
s.mScope = tt.GetLexeme();
s.mVal = g_scope;
g_varname.push_back(s);
}
IdentifierNode * idn = new IdentifierNode(tt.GetLexeme(), sym, g_scope);
g_scope = 0;
return idn;
}
Token Parser::Match(TokenType expectedType){
Token curtoken = scan->GetNextToken();
//cout << curtoken << endl;
if(curtoken.GetTokenType() != expectedType)
{
cerr << "Error in the Parse::Match.\n";
cerr << "Expected token type "<< gTokenTypeNames[expectedType] << ", but got type " << curtoken.GetTokenTypeName() << endl;
exit(1);
}
MSG("\tSuccessfully matched token type: " << curtoken.GetTokenTypeName() << ". Lexeme: \"" << curtoken.GetLexeme() << "\"");
return curtoken;
}
IntegerNode * Parser::Integer(){
Token tt = Match(INTEGER_TOKEN);
IntegerNode * itn = new IntegerNode(atoi(tt.GetLexeme().c_str()));
return itn;
}