/// <summary>
/// Draw a card from each player's pile, determine who wins the round
/// </summary>
public void Deal()
{
TotalRounds++;
// each player puts a card onto the table, face up
Card player1Card = Player1.Deal(true);
if (player1Card != null) // should only happen when user is out of cards
{
GameTable.AddCard(1, player1Card);
}
Card player2Card = Player2.Deal(true);
if (player2Card != null)
{
GameTable.AddCard(2, player2Card);
}
// which player's card wins?
switch (Rank(player1Card, player2Card))
{
case CardRanking.Equal:
// if one player has won (i.e. out of cards), end game now, otherwise go to war
if (!CheckWinner())
{
this._Report(player1Card.ToString() + " and " + player2Card.ToString() + ". THIS MEANS WAR!");
TotalWars++;
// If one player only has one card left, don't draw it, save until next round
if (Player1.Hand.Count > 1)
{
player1Card = Player1.Deal(false); // draw face-down card
GameTable.AddCard(1, player1Card);
}
if (Player2.Hand.Count > 1)
{
player2Card = Player2.Deal(false);
GameTable.AddCard(2, player2Card);
}
Deal();
}
break;
case CardRanking.More:
this._Report(player1Card.ToString() + " beats " + player2Card.ToString() + "." + Environment.NewLine + Player1.Name + " wins this round.");
GameTable.Award(Player1);
CheckWinner();
break;
case CardRanking.Less:
this._Report(player2Card.ToString() + " beats " + player1Card.ToString() + "." + Environment.NewLine + Player2.Name + " wins this round.");
GameTable.Award(Player2);
CheckWinner();
break;
}
// periodically re-shuffle each players' hands so we don't get caught in infinite loops
_reshuffleCounter++;
if (_reshuffleCounter >= ReShuffleLimit)
{
Player1.Hand = CardDeck.Shuffle(Player1.Hand);
Player2.Hand = CardDeck.Shuffle(Player2.Hand);
_reshuffleCounter = 0;
}
}
/// <summary>
/// initialize standard card deck with all 52 standard cards, and shuffle them
/// </summary>
public CardDeck()
{
generate();
Cards = CardDeck.Shuffle(Cards);
}