void Lingo::addCode(const char *code, ScriptType type, uint16 id) {
debug(2, "Add code \"%s\" for type %d with id %d", code, type, id);
if (_scripts[type].contains(id)) {
delete _scripts[type][id];
}
_currentScript = new ScriptData;
_currentScriptType = type;
_scripts[type][id] = _currentScript;
_linenumber = _colnumber = 1;
_hadError = false;
const char *begin, *end;
// macros and factories have conflicting grammar. Thus we ease life for the parser.
if ((begin = findNextDefinition(code))) {
bool first = true;
while ((end = findNextDefinition(begin + 1))) {
if (first) {
begin = code;
first = false;
}
Common::String chunk(begin, end);
if (chunk.hasPrefix("factory") || chunk.hasPrefix("method"))
_inFactory = true;
else if (chunk.hasPrefix("macro"))
_inFactory = false;
else
_inFactory = false;
debug(2, "Code chunk:\n#####\n%s#####", chunk.c_str());
parse(chunk.c_str());
_currentScript->clear();
begin = end;
}
_hadError = true; // HACK: This is for preventing test execution
debug(2, "Code chunk:\n#####\n%s#####", begin);
parse(begin);
} else {
parse(code);
code1(STOP);
}
_inFactory = false;
if (_currentScript->size() && !_hadError)
Common::hexdump((byte *)&_currentScript->front(), _currentScript->size() * sizeof(inst));
}
void Lingo::codeArgStore() {
while (true) {
if (_argstack.empty()) {
break;
}
Common::String *arg = _argstack.back();
_argstack.pop_back();
code1(c_varpush);
codeString(arg->c_str());
code1(c_assign);
code1(c_xpop);
delete arg;
}
}
void
code_init(void)
{
main_code_p = new_code();
active_code = *main_code_p;
code1(_OMAIN);
}