public MoveResponseModel AttemptMove(MoveRequestModel request)
{
if (!gameplayStateModel.IsPlaying)
{
return(new MoveResponseModel()
{
Request = request,
ValidMove = false,
GameStatus = GameplayStatus.Error,
Message = "Game not actively running, cannot process request.",
KeyMatches = 0,
});
}
bool invalidKey = gameplayStateModel.ConsumedCharacters.Contains(request.Key);
if (invalidKey)
{
return(new MoveResponseModel()
{
Request = request,
ValidMove = false,
GameStatus = GameplayStatus.Error,
Message = "Repeated Keypress Request, move rejected.",
KeyMatches = 0,
});
}
GameplayStatus postMoveStatus = GameplayStatus.Playing;
int count = 0;
int index = 0;
foreach (char c in gameplayStateModel.CurrentWord)
{
if (c == request.Key)
{
count++;
gameplayStateModel.CurrentWordStatus[index] = c;
}
index++;
}
gameplayStateModel.GuessedCharacterCount += count;
bool wasGoodMove = count > 0;
if (!wasGoodMove)
{
gameplayStateModel.ErrorCount++;
}
if (gameplayStateModel.GuessedCharacterCount == gameplayStateModel.CurrentWord.Length)
{
postMoveStatus = GameplayStatus.Won;
gameplayStateModel.IsPlaying = false;
gameplayStateModel.WinCount++;
}
else if (postMoveStatus != GameplayStatus.Won && gameplayStateModel.ErrorCount >= gameRulesData.WrongMovesForDeath)
{
postMoveStatus = GameplayStatus.Lost;
gameplayStateModel.IsPlaying = false;
gameplayStateModel.LossCount++;
}
gameplayStateModel.ConsumedCharacters.Add(request.Key);
return(new MoveResponseModel()
{
Request = request,
ValidMove = true,
GameStatus = postMoveStatus,
Message = $"Good Request. {count} matches",
KeyMatches = count,
});
}
public MoveResponseModel RequestMoveAttempt(MoveRequestModel request)
{
return(gameSessionService.AttemptMove(request));
}
