// Main
// =================================================================================================
int main (int argc, char* argv[]) {
Cons *c1 = create(1);
Cons *c2 = create(2);
Cons *c3 = create(3);
Cons *c4 = create(4);
Cons *c5 = create(5);
c1->next = c2;
c2->next = c3;
c3->next = c4;
c4->next = c5;
Cons *first = c1;
printf("normal: ");
forEach(first, printer);
// 1つ目
Cons *squared = mapList(first, square);
printf("\nsquare: ");
forEach(squared, printer);
// 2つ目
Cons *inced = mapList(first, inc);
printf("\n inc: ");
forEach(inced, printer);
// incしたのを更にsquare
Cons *squinc = mapList(inced, square);
printf("\nsquinc: ");
forEach(squinc, printer);
// squareをsquare
Cons *quad = mapList(squared, square);
printf("\n quad: ");
forEach(quad, printer);
// 元のリストが破壊されてないことを確認
printf("\nnormal: ");
forEach(first, printer);
printf("\n inc: ");
forEach(inced, printer);
printf("\n");
release(first);
release(squared);
release(inced);
release(squinc);
release(quad);
}
// Map
// =================================================================================================
Cons* mapList (Cons* xs, MapFn f) {
if (xs == NULL) {
return NULL;
}
Cons* cell = create(f(xs->value));
cell->next = mapList(xs->next, f);
return cell;
}
int main()
{
/* test de la liste */
pthread_t th_test1 = 14862153215624521;
/*pthread_t th_test2;
pthread_t th_test3;
pthread_t th_test4;*/
Liste testList = creatList();
printf("liste vide creee\n");
if(isEmpty(testList))
printf("la liste est bien vide\n");
else
{
printf("erreur liste non vide !\n") ;
exit(99);
}
testList = addInList(testList, th_test1);
printf("ajout d'un element dans la liste\n");
mapList(testList);
testList = removeFromList(testList, th_test1);
if(isEmpty(testList))
printf("la liste est bien vide\n");
else
{
printf("erreur liste non vide !\n") ;
exit(99);
}
destroyList(testList);
/*Fin des test de la liste*/
return 0;
}
int FieldArchivePS::open(const QString &path, ArchiveObserver *progress)
{
FieldPS *field;
QString desc;
int i, currentMap=0, fieldID=0;
if(iso) delete iso;
iso = new FF8DiscArchive(path);
if(!iso->open(QIODevice::ReadOnly)) {
errorMsg = QObject::tr("Impossible d'ouvrir le fichier image disque. (%1)").arg(iso->errorString());
return 1;
}
if(!iso->findIMG()) {
errorMsg = QObject::tr("Fichier FF8DISC?.IMG introuvable.");
return 4;
}
const QList<FF8DiscFile> &fieldFiles = iso->fieldDirectory();
int tocSize = fieldFiles.size();
const int tocStart = iso->isDemo() ? 0 : 77;
if(tocSize == 0) {
errorMsg = QObject::tr("Impossible d'ouvrir le dossier field.");
return 4;
}
clearFields();
setMapList(QStringList());
int indexOf;
quint32 freq = ((tocSize - tocStart) / 3)/100;
if(freq == 0) {
freq = 1;
}
progress->setObserverMaximum((tocSize - tocStart) / 3);
for(i=tocStart ; i<tocSize ; i += 3) {
QCoreApplication::processEvents();
if(progress->observerWasCanceled()) {
clearFields();
errorMsg = QObject::tr("Ouverture annulée.");
return 2;
}
if(currentMap % freq == 0) {
progress->setObserverValue(currentMap);
}
QByteArray fieldData = iso->fileLZS(fieldFiles.at(i));
if(!fieldData.isEmpty()) {
if (iso->isDemo()) {
field = new FieldJpDemoPS(i);
} else {
field = new FieldPS(i);
}
if(field->open(fieldData)) {
if(field->hasJsmFile())
desc = Data::location(field->getJsmFile()->mapID());
else
desc = QString();
indexOf = mapList().indexOf(field->name());
QString mapId = indexOf==-1 ? "~" : QString("%1").arg(indexOf, 3, 10, QChar('0'));
fields.append(field);
fieldsSortByName.insert(field->name(), fieldID);
fieldsSortByDesc.insert(desc, fieldID);
fieldsSortByMapId.insert(mapId, fieldID);
++fieldID;
} else {
delete field;
}
}
++currentMap;
}
if(fields.isEmpty()) {
errorMsg = QObject::tr("Aucun écran trouvé.");
return 4;
}
openModels();
if(iso->isJp() && Config::value("encoding", "00").toString() == "00") {
Config::setValue("encoding", "01");
} else if(!iso->isJp() && Config::value("encoding", "00").toString() == "01") {
Config::setValue("encoding", "00");
}
return 0;
}