/**
* Retrieve the link list of all chest items.
*
* @return LinkedList<ItemInstance>
*/
private LinkedList<ItemInstance> getChestItems() {
LinkedList<ItemInstance> itemList = new LinkedList<ItemInstance>();
for (int i = 0; i < tfChestItems.length; i++) {
ItemInstance tItem = getItem(false, i);
if (tItem != null) itemList.insert(tItem);
}
return (itemList.getSize() < 1) ? null : itemList;
}
public boolean updateRoom() {
if (!validateRoom()) return false;
room.setStud(isStud.isSelected());
if (jrBooty[0].isSelected()) {
room.setChest(null);
} else if (jrBooty[1].isSelected() || jrBooty[2].isSelected()) {
Chest chest = new Chest();
chest.setGold(Integer.parseInt(tfChestGold.getText().trim()));
chest.setTrapType(Trap.type(cmbChestTrap.getSelectedIndex()));
chest.setLockLevel(Byte.parseByte(tfChestTrapLevel.getText().trim()));
chest.setItems(getChestItems());
chest.setMagicLock(isMagicLock.isSelected());
room.setChest(chest);
}
room.setItem(getItem(true, 0));
for (byte i = 0; i < Util.MON_MAXSTACKSIZE; i++) {
Monster tMon = getMonster(tfLairedMonsterName[i]);
if (tMon != null) room.setLairedMonster(tMon, i);
}
LinkedList<LinkedList<MonsterInstance>> monStacks =
new LinkedList<LinkedList<MonsterInstance>>();
for (byte i = 0; i < tfMonsters.length; i++) {
Monster tMon = getMonster(tfMonsters[i]);
if (tMon != null) {
LinkedList<MonsterInstance> monList = new LinkedList<MonsterInstance>();
for (int j = 0; j < Byte.parseByte(tfMonsterCounts[i].getText().trim()); i++)
monList.insert(tMon.createInstance());
monStacks.insert(monList);
}
}
for (MonsterClass mc : MonsterClass.values())
room.setMonsterType(mc, monsterTypes[mc.value()].isSelected());
return true;
}