public void Can_distribute_provided_cards_Without_missing_cards_And_no_redundant_cards()
{
var numberOfPlayers = 4;
var distributor = new CardsDistributor(new CardsProvider(), PlayersBuilder.BuildPlayers(numberOfPlayers, new CardsShufflerForTest()));
var players = distributor.Distribute();
var allCards = players.Select(p => p.CardStack).SelectMany(c => c).ToArray();
var allFigures = allCards.GroupBy(c => c.Figure)
.Select(f => f.Key)
.Distinct();
Check.That(allFigures).IsEquivalentTo(Figure.Club, Figure.Diamond, Figure.Heart, Figure.Spade);
Check.That(allCards.Select(c => c.Value).Distinct()).IsEquivalentTo(Card.ValidValuesRange);
foreach (List <Card> cardsOfTheSameValue in allCards
.GroupBy(c => c.Value).ToDictionary(c => c.Key, c => c?.ToList()).Values)
{
Check.That(cardsOfTheSameValue).HasSize(4);
Check.That(cardsOfTheSameValue.Select(c => c.Figure)).IsEquivalentTo(Figure.Club, Figure.Diamond, Figure.Heart, Figure.Spade);
}
}
public void Have_at_least_3_cards_each_for_all_players([Range(18, 52 /*Here should be int.Max, but this hangs my computer*/)] int numberOfPlayers)
{
Check.ThatCode(() =>
{
var distributor = new CardsDistributor(new CardsProvider(), PlayersBuilder.BuildPlayers(numberOfPlayers, new CardsShufflerForTest()));
}).Throws <ArgumentException>()
.WithMessage("Each player should have at least 3 cards. Number of players can not exceed 17. ");
}
public void Can_distribute_provided_cards_to_equal_number_of_parts()
{
var numberOfPlayers = 4;
var expectedCardsStackSize = 13;
var distributor = new CardsDistributor(new CardsProvider(), PlayersBuilder.BuildPlayers(numberOfPlayers, new CardsShufflerForTest()));
var players = distributor.Distribute();
for (int id = 0; id < numberOfPlayers; id++)
{
var player = players[id];
Check.That(player.Id).IsEqualTo(id);
Check.That(player.CardStack).HasSize(expectedCardsStackSize);
}
Check.That(distributor.DistributedCardsSize).IsEqualTo(52);
}
public void Can_distribute_provided_cards_to_equal_number_of_parts_When_cards_are_not_dividable()
{
var numberOfPlayers = 3;
var expectedCardsStackSize = 17;
var distributor = new CardsDistributor(new CardsProvider(), PlayersBuilder.BuildPlayers(numberOfPlayers, new CardsShufflerForTest()));
var players = distributor.Distribute();
for (int id = 0; id < numberOfPlayers; id++)
{
var player = players[id];
Check.That(player.Id).IsEqualTo(id);
Check.That(player.CardStack).HasSize(expectedCardsStackSize);
}
Check.That(distributor.DistributedCardsSize).IsEqualTo(51);
foreach (var player in players)
{
Console.WriteLine(player);
Console.WriteLine("#########################################################");
}
}
