public void TransitionTestNoTimePassesWithNoShuffling()
{
var objectUnderTest = new PlayWar(new Mock <ILogger <PlayWar> >().Object);
var realGameState = new TrackIndividualGameState().InitializeGameState();
var timeElapsedSoFar = realGameState.TimeElapsed;
objectUnderTest.Transition(realGameState);
Assert.True(realGameState.TimeElapsed == timeElapsedSoFar);
}
public void TransitionTestShufflingTakesTimeAndCanTimeOutGame()
{
var loggerDouble = new LoggerDouble <PlayWar>();
var firstPlayerState = new PlayerGameState
{
GatherPile = new CardPile {
Cards = new List <Card> {
new Card {
Rank = "K", Suit = Constants.Suits.Hearts
}
}
},
PlayPile = new CardPile {
Cards = new List <Card> {
}
},
PlayedCards = new CardPile {
Cards = new List <Card> {
}
}
};
var secondPlayerState = new PlayerGameState
{
GatherPile = new CardPile {
Cards = new List <Card> {
new Card {
Rank = "3", Suit = Constants.Suits.Clubs
}
}
},
PlayPile = new CardPile {
Cards = new List <Card> {
}
},
PlayedCards = new CardPile {
Cards = new List <Card> {
}
}
};
var gameStateMock = new Mock <ITrackIndividualGameState>();
gameStateMock.Setup(mock => mock.FirstPlayerState).Returns(firstPlayerState);
gameStateMock.Setup(mock => mock.SecondPlayerState).Returns(secondPlayerState);
var maxDuration = TimeSpan.FromMinutes(5);
gameStateMock.Setup(mock => mock.MaxDuration).Returns(maxDuration);
var timeElapsedInGame = new TimeSpan(hours: 0, minutes: 4, seconds: 59);
gameStateMock.Setup(mock => mock.TimeElapsed).Returns(() => timeElapsedInGame);
gameStateMock.Setup(mock => mock.Tick(It.IsAny <TimeSpan>()))
.Callback <TimeSpan>((timeTaken) => timeElapsedInGame += timeTaken);
gameStateMock.Setup(mock => mock.TimedOut).Returns(() => timeElapsedInGame > maxDuration);
var objectUnderTest = new PlayWar(loggerDouble);
//ensure we haven't timed out yet and the simulation will make us time out
Assert.True(gameStateMock.Object.TimedOut == false);
objectUnderTest.Transition(gameStateMock.Object);
gameStateMock.Verify(mock => mock.Tick(Constants.GamePlayParameters.TimeToShuffle), Times.Once());
Assert.True(loggerDouble.TraceEntries.Count() == 6);
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Trace, "After transition, player 1 has 1 card(s) in their play pile"));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Trace, "After transition, player 1 has 0 card(s) in their gather pile"));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Trace, "After transition, player 1 has 0 card(s) in their played cards pile"));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Trace, "After transition, player 2 has 1 card(s) in their play pile"));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Trace, "After transition, player 2 has 0 card(s) in their gather pile"));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Trace, "After transition, player 2 has 0 card(s) in their played cards pile"));
Assert.True(loggerDouble.DebugEntries.Count() == 4);
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Debug, "Moving 1 card(s) from gather pile to play pile for player 1..."));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Debug, "Moving 1 card(s) from gather pile to play pile for player 2..."));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Debug, "Total time taken so far is 314 seconds"));
Assert.True(loggerDouble.HasBeenLogged(LogLevel.Debug, "Game over after 314 seconds because max mins is 5"));
}
