/// <summary>
/// shuffles all piles specified in the List, if the bool is true all shuffled cards will be added to the drawpile,
/// otherwise they will remain in their starting pile
/// </summary>
/// <param name="DeckList">list of all the decks that need to be shuffled</param>
/// <param name="returnShuffledCardsToDrawPile">
/// true: cards will be returned to the draw pile after shuffling
/// false: cards will remain in their current deck after shuffling
/// </param>
public void Shuffle(List <DeckType> DeckList, bool returnShuffledCardsToDrawPile)
{
for (int i = 0; i < DeckList.Count; ++i)
{
switch (DeckList[i])
{
case DeckType.All:
{
//recursively shuffle all the piles
Shuffle(new List <DeckType>()
{
DeckType.DrawPile
}, returnShuffledCardsToDrawPile);
Shuffle(new List <DeckType>()
{
DeckType.DiscardPile
}, returnShuffledCardsToDrawPile);
Shuffle(new List <DeckType>()
{
DeckType.ExilePile
}, returnShuffledCardsToDrawPile);
break;
}
case DeckType.DrawPile:
{
//just shuffle the draw pile
DrawPile.Shuffle();
break;
}
case DeckType.DiscardPile:
{
//if shuffling into the draw pile
if (returnShuffledCardsToDrawPile == true)
{
//get the list of cards
List <Card> cardPile = DiscardPile.GetCardList();
//iterate through all the cards
for (int j = 0; j < cardPile.Count; ++j)
{
//add this card to the draw pile
DrawPile.AddCard(cardPile[j]);
}
DrawPile.Shuffle();
cardPile.Clear();
DiscardPile.Clear();
}
else
{
//else just shuffle the discardpile
DiscardPile.Shuffle();
}
break;
}
case DeckType.ExilePile:
{
//if shuffling into the draw pile
if (returnShuffledCardsToDrawPile == true)
{
//get the list of cards
List <Card> cardPile = ExilePile.GetCardList();
//iterate through all the cards
for (int j = 0; j < cardPile.Count; ++j)
{
//add this card to the draw pile
DrawPile.AddCard(cardPile[j]);
}
DrawPile.Shuffle();
cardPile.Clear();
ExilePile.Clear();
}
else
{
//else just shuffle the exile pile
ExilePile.Shuffle();
}
break;
}
}
}
}
