private Deck getFavoriteDeck() {
Iterable<DeckProxy> decks;
switch (lstDecks.getGameType()) {
case Commander:
decks = DeckProxy.getAllCommanderDecks();
break;
case TinyLeaders:
decks = DeckProxy.getAllTinyLeadersDecks();
break;
case Archenemy:
decks = DeckProxy.getAllSchemeDecks();
break;
case Planechase:
decks = DeckProxy.getAllPlanarDecks();
break;
default:
decks = DeckProxy.getAllConstructedDecks();
break;
}
decks =
Iterables.filter(
decks,
new Predicate<DeckProxy>() {
@Override
public boolean apply(final DeckProxy deck) {
return deck.isFavoriteDeck();
}
});
if (Iterables.isEmpty(decks)) {
return getGeneratedDeck(); // fall back to generated deck if no favorite decks
}
return Aggregates.random(decks).getDeck();
}
private Deck getUserDeck() {
Iterable<DeckProxy> decks;
final GameType gameType = lstDecks.getGameType();
switch (gameType) {
case Commander:
decks = DeckProxy.getAllCommanderDecks(DeckFormat.Commander.isLegalDeckPredicate());
break;
case TinyLeaders:
decks = DeckProxy.getAllTinyLeadersDecks(DeckFormat.TinyLeaders.isLegalDeckPredicate());
break;
case Archenemy:
decks = DeckProxy.getAllSchemeDecks(DeckFormat.Archenemy.isLegalDeckPredicate());
break;
case Planechase:
decks = DeckProxy.getAllPlanarDecks(DeckFormat.Planechase.isLegalDeckPredicate());
break;
default:
decks = DeckProxy.getAllConstructedDecks(gameType.getDeckFormat().isLegalDeckPredicate());
break;
}
if (Iterables.isEmpty(decks)) {
return getGeneratedDeck(); // fall back to generated deck if no decks in filtered list
}
return Aggregates.random(decks).getDeck();
}
