struct func_result_t Open(int entryStatus)
{
gcInitBuiltinEnv();
if (BUILTIN_FRAG->length < 2)
PRINT_AND_EXIT(TOO_FEW_ARGUMENTS);
if (_memMngr.vterms[BUILTIN_FRAG->offset].tag != V_CHAR_TAG)
FMT_PRINT_AND_EXIT(BAD_FILE_OPEN_MODE, "Open");
uint8_t mode = getOpenMode(BUILTIN_FRAG);
uint8_t descr = getDescr(BUILTIN_FRAG);
gcOpenFile(BUILTIN_FRAG, mode, descr);
return (struct func_result_t){.status = OK_RESULT, .fieldChain = 0, .callChain = 0};
}
void gcOpenDefaultFile(uint8_t descr, uint8_t mode)
{
checkAndCleanHeaps(0, PATTERN_FILE_NAME_LENGHT);
char* fileName = (char*)(_memMngr.data + _memMngr.dataOffset);
snprintf(fileName, PATTERN_FILE_NAME_LENGHT, FILE_NAME_PATTERN, descr);
openFileWithName(fileName, mode, descr);
}
bool Movie::equals(const Movie&mv) const{
if(getId() == mv.getId() &&
getTitle() == mv.getTitle() &&
getFile() == mv.getFile() &&
getThumbsFile() == mv.getThumbsFile() &&
getDescr() == mv.getDescr() &&
getPosterFile() == mv.getPosterFile() &&
getYear() == mv.getYear() &&
getRating() == mv.getRating())
return true;
else
return false;
}
void Cocoon::featureSpecific_examine() {
if(itemContainer_.items_.empty() && isContentKnown_) {
eng->log->addMessage("The cocoon is empty.");
} else {
vector<CocoonAction_t> possibleActions;
getPossibleActions(possibleActions);
vector<string> actionLabels;
getChoiceLabels(possibleActions, actionLabels);
string descr = "";
getDescr(descr);
const int CHOICE_NR = eng->popup->showMultiChoiceMessage(
descr, true, actionLabels, "A cocoon");
doAction(possibleActions.at(static_cast<unsigned int>(CHOICE_NR)));
}
}
