/// <summary>
///Test for calculating the scores of strike balls
///</summary>
public void CalculateStrike()
{
// Arrange
Score score = new Score();
var frames = new List <Frame>
{
new Frame {
FirstRoll = 10, SecondRoll = 0
},
new Frame {
FirstRoll = 6, SecondRoll = 1
},
};
var gameManagerMock = new Mock <IGameManager>();
gameManagerMock.Setup(m => m.CalculateScore(frames)).Returns(score);
var scoreController = new ScoreController(gameManagerMock.Object);
// Act
var actionResult = scoreController.CalculateScore(frames);
// Assert
var contentResult = Xunit.Assert.IsType <OkNegotiatedContentResult <Score> >(actionResult);
contentResult.Content.Should().Equals(24);
}
// ========= PUBLIC METHODS =========
// Attempts a continuation save and warns player if it isn't successful - returns true if successful, false otherwise
public bool ContinuationSave()
{
if (!persistenceController.SaveGame(null))
{
warningType = SaveLoadType.CONTINUATION_SAVE;
OpenWarningDialogue();
return(false);
}
else
{
// Prepare a string for player prefs describing the continuation status for the current player
string gameStatus;
ScoreMode scoreMode;
if (CurrentGameStatus == GameStatus.PLAYING)
{
gameStatus = "Game in progress (Current score: ";
scoreMode = ScoreMode.INTERIM;
}
else
{
gameStatus = "Game ended (Final score: ";
scoreMode = ScoreMode.FINAL;
}
int[] score = scoreController.CalculateScore(scoreMode);
PlayerPrefs.SetString("Player" + PlayerPrefs.GetInt("CurrentPlayer") + "Status", gameStatus + score[0] + " of a possible " + score[1] + " in " + Turns + " turn" + (Turns != 1 ? "s)" : ")"));
return(true);
}
}
