public void StartRound_RemainingPlayerCountIs2()
{
// Arrange
var player1 = new PlayerState(Guid.Empty, null, null);
IEnumerable <IRoundPlayerState> players = new[] { player1, new PlayerState(Guid.Empty, null, null) };
var expected = players.Count();
IShufflableCardState shufflableCard = new CardState(0, 0);
IEnumerable <IShufflableCardState> shuffleableDeck = new[] { shufflableCard };
IInitialRoundState initialRound = new RoundState(players, null, null, null, shufflableDeck: shuffleableDeck);
var remainingPlayers = new List <IRoundPlayerState>();
_roundFactory
.Setup(rf => rf.CreateRemainingPlayers())
.Returns(remainingPlayers);
var removedFromRound = new List <ISetAsideCardState>();
_roundFactory
.Setup(rf => rf.CreateRemovedFromRound())
.Returns(removedFromRound);
IDrawableCardState drawableCardState = new CardState(0, 0);
const int cardSetAsideCount = 1;
const int turnDeckCount = 1;
int drawableCardCount = players.Count() + cardSetAsideCount + turnDeckCount;
var drawableDeck = Enumerable.Repeat(drawableCardState, drawableCardCount);
_deckShuffleService
.Setup(dss => dss.Shuffle(shuffleableDeck))
.Returns(drawableDeck);
IDiscardableCardState discardableCardState = new CardState(0, 0);
_cardDrawService
.Setup(cds => cds.Draw(drawableCardState))
.Returns(discardableCardState);
ISetAsideCardState setAsideCardState = new CardState(0, 0);
_cardDrawService
.Setup(cds => cds.SetAside(drawableCardState))
.Returns(setAsideCardState);
_deckRemovalService
.Setup(drs => drs.GetCardsToRemoveCount(players.Count()))
.Returns(cardSetAsideCount);
IDrawableTurnState drawableTurnState = new TurnState(drawableCardState, player1);
_turnStateFactory
.Setup(tsf => tsf.CreateTurn(player1, drawableCardState))
.Returns(drawableTurnState);
// Act
RoundStateFactory service = CreateService();
var round = service.StartRound(initialRound);
var actual = round.RemainingPlayers.Count;
// Assert
Assert.AreEqual(expected, actual);
}
public void StartRound_DrawDeckHasOneCard()
{
// Arrange
var player1 = new PlayerState(Guid.Empty, null, null, outOfRound: true);
IEnumerable <IRoundPlayerState> players = new[] { player1, new PlayerState(Guid.Empty, null, null) };
IShufflableCardState shufflableCard = new CardState(0, 0);
IEnumerable <IShufflableCardState> shuffleableDeck = new[] { shufflableCard };
IInitialRoundState initialRound = new RoundState(players, null, null, null, shufflableDeck: shuffleableDeck);
var remainingPlayers = new List <IRoundPlayerState>();
_roundFactory
.Setup(rf => rf.CreateRemainingPlayers())
.Returns(remainingPlayers);
var removedFromRound = new List <ISetAsideCardState>();
_roundFactory
.Setup(rf => rf.CreateRemovedFromRound())
.Returns(removedFromRound);
IDrawableCardState drawableCardState = new CardState(0, 0);
const int cardSetAsideCount = 1;
var expected = new IDrawableCardState[] { new CardState(99, 108) };
int drawableCardCount = players.Count() + cardSetAsideCount;
IDrawableCardState turnDeck = new CardState(88, 112);
var drawableDeck = expected.Concat(new[] { turnDeck }).Concat(Enumerable.Repeat(drawableCardState, drawableCardCount));
_deckShuffleService
.Setup(dss => dss.Shuffle(shuffleableDeck))
.Returns(drawableDeck);
IDiscardableCardState discardableCardState = new CardState(0, 0);
_cardDrawService
.Setup(cds => cds.Draw(drawableCardState))
.Returns(discardableCardState);
ISetAsideCardState setAsideCardState = new CardState(0, 0);
_cardDrawService
.Setup(cds => cds.SetAside(drawableCardState))
.Returns(setAsideCardState);
_deckRemovalService
.Setup(drs => drs.GetCardsToRemoveCount(players.Count()))
.Returns(cardSetAsideCount);
IDrawableTurnState drawableTurnState = new TurnState(turnDeck, player1);
_turnStateFactory
.Setup(tsf => tsf.CreateTurn(player1, turnDeck))
.Returns(drawableTurnState);
// Act
RoundStateFactory service = CreateService();
var round = service.StartRound(initialRound);
var actual = round.DrawDeck;
// Assert
Assert.IsTrue(expected.SequenceEqual(actual));
}
public Game(Canvas canvas)
{
this.canvas = canvas;
isRunning = true;
unitFactory = new UnitFactory(canvas);
stateFactory = new RoundStateFactory();
Score.getInstance();
inputHandler = new InputHandler(this, InputContainer.getInstance());
//create rounds
createRounds();
bw = new BackgroundWorker();
bw.ProgressChanged += bw_ProgressChanged;
bw.WorkerReportsProgress = true;
bw.DoWork += bw_DoWork;
stopwatch = new Stopwatch();
bw.RunWorkerAsync();
}
