bool AmfUtil::isSame(cocos2d::CCObject *thisObj, cocos2d::CCObject *thatObj) {
if (thisObj && !thatObj) return false;
if (!thisObj && thatObj) return false;
if (!thisObj && !thatObj) return true;
if (dynamic_cast<CCBool *>(thisObj) && dynamic_cast<CCBool *>(thatObj)) {
return dynamic_cast<CCBool *>(thisObj)->getValue() == dynamic_cast<CCBool *>(thatObj)->getValue();
} else if (dynamic_cast<CCInteger *>(thisObj) && dynamic_cast<CCInteger *>(thatObj)) {
return dynamic_cast<CCInteger *>(thisObj)->getValue() == dynamic_cast<CCInteger *>(thatObj)->getValue();
} else if (dynamic_cast<CCFloat *>(thisObj) && dynamic_cast<CCFloat *>(thatObj)) {
return dynamic_cast<CCFloat *>(thisObj)->getValue() == dynamic_cast<CCFloat *>(thatObj)->getValue();
} else if (dynamic_cast<CCDouble *>(thisObj) && dynamic_cast<CCDouble *>(thatObj)) {
return dynamic_cast<CCDouble *>(thisObj)->getValue() == dynamic_cast<CCDouble *>(thatObj)->getValue();
} else if (dynamic_cast<CCString *>(thisObj) && dynamic_cast<CCString *>(thatObj)) {
return strcmp(dynamic_cast<CCString *>(thisObj)->getCString(), dynamic_cast<CCString *>(thatObj)->getCString()) == 0;
} else if (dynamic_cast<CCDate *>(thisObj) && dynamic_cast<CCDate *>(thatObj)) {
return dynamic_cast<CCDate *>(thisObj)->isEqual(dynamic_cast<CCDate *>(thatObj));
} else if (dynamic_cast<AmfTraitsInfo *>(thisObj) && dynamic_cast<AmfTraitsInfo *>(thatObj)) {
return dynamic_cast<AmfTraitsInfo *>(thisObj)->isEqual(dynamic_cast<AmfTraitsInfo *>(thatObj));
} else if (dynamic_cast<AmfObject *>(thisObj) && dynamic_cast<AmfObject *>(thatObj)) {
return dynamic_cast<AmfObject *>(thisObj)->isEqual(dynamic_cast<AmfObject *>(thatObj));
} else if (dynamic_cast<AmfCoding *>(thisObj) && dynamic_cast<AmfCoding *>(thatObj)) {
return dynamic_cast<AmfCoding *>(thisObj)->isEquals(thatObj);
} else if (dynamic_cast<CCArray *>(thisObj) && dynamic_cast<CCArray *>(thatObj)) {
CCArray *thisArray = dynamic_cast<CCArray *>(thisObj);
CCArray *thatArray = dynamic_cast<CCArray *>(thatObj);
int count = thisArray->count();
int capacity = thisArray->capacity();
if (count != thatArray->count() || (count == 0 && capacity != thatArray->capacity()))
return false;
for (int i = 0; i < count; i++) {
if (!isSame(thisArray->objectAtIndex(i), thatArray->objectAtIndex(i)))
return false;
}
return true;
} else if (dynamic_cast<CCDictionary *>(thisObj) && dynamic_cast<CCDictionary *>(thatObj)) {
CCDictionary *thisDict = dynamic_cast<CCDictionary *>(thisObj);
CCDictionary *thatDict = dynamic_cast<CCDictionary *>(thatObj);
int count = thisDict->count();
if (count != thatDict->count())
return false;
CCDictElement *thisElement;
CCDICT_FOREACH(thisDict, thisElement) {
char const *thisKey = thisElement->getStrKey();
CCObject *thatValue = thatDict->objectForKey(thisKey);
if (!thatValue) return false;
if (!isSame(thisElement->getObject(), thatValue)) return false;
}
void EnemyCache::initEnemies() {
// create the enemies array containing further arrays for each type
enemies = CCArray::create();
enemies->initWithCapacity(EnemyEntity::EnemyType_MAX);
enemies->retain();
// create the arrays for each type
for (int i = 0; i < EnemyEntity::EnemyType_MAX; i++) {
// depending on enemy type the array capacity is set to hold the desired number of enemies
int capacity;
switch (i) {
case EnemyEntity::EnemyTypeVirus:
capacity = 50;
break;
// case EnemyEntity::EnemyTypeBoss:
// capacity = 1;
// break;
default:
break;
}
// no alloc needed since the enemies array will retain anything added to it
CCArray* enemiesOfType = CCArray::create();
enemiesOfType->createWithCapacity(capacity);
enemiesOfType->retain();
enemies->insertObject(enemiesOfType, i);
}
for (int i = 0; i < EnemyEntity::EnemyType_MAX; i++) {
CCArray* enemiesOfType = (CCArray*)enemies->objectAtIndex(i);
int numEnemiesOfType = enemiesOfType->capacity();
for (int j = 0; j < numEnemiesOfType; j++) {
EnemyEntity* enemy = EnemyEntity::enemyWithType(i);
batch->addChild(enemy, 0, i);
enemiesOfType->addObject(enemy);
}
}
}
