public SuperDeck()
{
Cards = new List <GenericCard>();
var animalDeck = new AnimalDeck();
var playingCardDeck = new PlayingCardDeck();
foreach (var animalCard in animalDeck)
{
Cards.Add(animalCard);
}
foreach (var playingCard in playingCardDeck)
{
Cards.Add(playingCard);
}
}
public SuperDeck()
{
Cards = new List <Card>();
// This leverages the public card on Deck, a little naughty but hey ho
//var animalDeck = new AnimalDeck();
//var playingCardDeck = new PlayingCardDeck();
//Cards = animalDeck.Cards;
//Cards.AddRange(playingCardDeck.Cards);
// This is a messy way of accessing the lengths on the deck. Would prefer to enumerate over
/*for (int i = 0; i < animalDeck.GetCards().Length; i++)
* {
* var dealtAnimalCard = animalDeck.Deal();
* Cards.Add(dealtAnimalCard);
* }
*
* for (int i = 0; i < playingCardDeck.GetCards().Length; i++)
* {
* var dealtPlayingCard = playingCardDeck.Deal();
* Cards.Add(dealtPlayingCard);
* }*/
// Uses the enumerable interface on the deck
var animalDeck = new AnimalDeck();
var playingCardDeck = new PlayingCardDeck();
foreach (var playingCard in playingCardDeck)
{
Cards.Add(playingCard);
}
foreach (var animalCard in animalDeck)
{
Cards.Add(animalCard);
}
}
public Snap(AnimalDeck deck)
{
this._deck = deck;
this._deck.Shuffle();
}
public Snap(AnimalDeck deck)
{
_deck = deck;
_deck.Shuffle();
}