public UnoMatch(Guid id, List <Guid> players)
{
Id = id;
Players = players;
Deck = GenerateDeck();
Discharge = new List <UnoCard>();
Hands = new Dictionary <Guid, List <UnoCard> >();
Players.ForEach(player => {
Hands.Add(player, Deck.Take(7).ToList());
Deck = Deck.Skip(7).ToList();
});
UnoCard first = Deck.First();
while (first.Type != UnoCardType.Numeric)
{
Deck.RemoveAt(0);
Deck.Add(first);
first = Deck.First();
}
Deck.RemoveAt(0);
Discharge.Add(first);
CurrentPlayer = Players.First();
Backlog = new List <UnoMatchMove>();
}
public bool ValidateMove(List <UnoCard> cards)
{
//TODO: check if user hand has all cards in list
int currentValidatingCard = 0;
UnoCard lastCard = GetCurrentCard();
bool validationFlag = true;
do
{
UnoCard currentCard = cards[currentValidatingCard];
//TODO: validation
currentValidatingCard++;
} while (currentValidatingCard < cards.Count());
return(validationFlag);
}
private List <UnoCard> GenerateDeck()
{
List <UnoCard> result = new List <UnoCard>();
foreach (UnoCardColor color in Enum.GetValues(typeof(UnoCardColor)))
{
for (int i = 0; i < 10; i++)
{
var card = new UnoCard
{
Type = UnoCardType.Numeric,
Color = color,
NumberValue = i
};
result.Add(card);
if (i != 0)
{
result.Add(card);
}
}
var reverse = new UnoCard
{
Type = UnoCardType.Reverse,
Color = color
};
result.Add(reverse);
result.Add(reverse);
var skip = new UnoCard
{
Type = UnoCardType.Skip,
Color = color
};
result.Add(skip);
result.Add(skip);
var takeTwo = new UnoCard
{
Type = UnoCardType.TakeTwo,
Color = color
};
result.Add(takeTwo);
result.Add(takeTwo);
}
var chooseColor = new UnoCard
{
Type = UnoCardType.ChooseColor
};
var takeFour = new UnoCard
{
Type = UnoCardType.TakeFourChooseColor
};
for (int i = 0; i < 4; i++)
{
result.Add(chooseColor);
result.Add(takeFour);
}
return(result.Shuffle().ToList());
}
