public static void ShouldGenerateShoe(int deckCount)
{
var shoeGenerator = new ShoeGenerator();
var shoe = shoeGenerator.GenerateShoe(deckCount);
shoe.Cards.Count.ShouldBe(52 * deckCount); // 52 * how many decks you specify,
} // to make sure that the that there are no extra
public static void ShouldShuffle()
{
var shoeGenerator = new ShoeGenerator();
var shoe = shoeGenerator.GenerateShoe(4);
var originalShoe = shoe.Cards.ToList();
shoe.Shuffle();
// count how many clashes, compare the index of shoe and originalShoe
int clashes = 0;
for (int i = 0; i < shoe.Cards.Count; i++)
{
var originalRank = originalShoe[i].Rank;
var originalSuit = originalShoe[i].Suit;
var shuffledRank = shoe.Cards[i].Rank;
var shuffledSuit = shoe.Cards[i].Suit;
//If original rank and suit is the same as the shuffled rank and suit, add to the clashes variable
if (originalRank == shuffledRank && originalSuit == shuffledSuit)
{
clashes++;
}
}
double clashPercent = (clashes / (double)shoe.Cards.Count) * 100;
if (clashPercent >= 10)
{
Assert.False(true, "Over 10% Clash rate");
}
}
public void ResetGameState()
{
CurrentShoe = new ShoeGenerator().GenerateShoe(4);
PlayerHand = new Hand();
PlayerSplitHand = new Hand();
CPUHand = new Hand();
DealerHand = new Hand();
CurrentShoe.Shuffle();
CheckPlayerHasMoney();
}
public static void ShouldOnlyBeDeckCountOfOneCard(int deckCount)
{
var shoeGenerator = new ShoeGenerator();
var shoe = shoeGenerator.GenerateShoe(deckCount);
shoe.Shuffle();
var groups = shoe.Cards.GroupBy(x => new { x.Rank, x.Suit }).ToList();
groups.Count.ShouldBe(52);
var cardsPerGroup = groups.Select(x => x.Count());
cardsPerGroup.All(x => x == deckCount).ShouldBeTrue();
}
