private void gameLoop()
{
string currentGuessStr = string.Empty;
bool shouldRunLoop = true;
bool winning = false;
while (Guess.m_NumberOfGuesses < m_Board.Length)
{
Printer.PrintBoard(m_Board, m_ComputerLuckyPattern.Length);
Printer.PrintMessage(0);
while (shouldRunLoop)
{
try
{
currentGuessStr = Console.ReadLine().Replace(" ", string.Empty).ToUpper();
shouldRunLoop = !Guess.GuessValidation(currentGuessStr);
}
catch (Exception e)
{
Printer.PrintErrorMessage(e.Message + Messages.GetMessage(1));
}
}
if (currentGuessStr.ToUpper().Equals("Q"))
{
Printer.EndOfGame();
Console.ReadLine();
break;
}
else
{
shouldRunLoop = true;
m_Board[Guess.m_NumberOfGuesses] = new Guess(currentGuessStr);
Guess.m_NumberOfGuesses++;
if (currentGuessStr == m_ComputerLuckyPattern)
{
winning = true;
Printer.SuccessMode();
Printer.PrintBoard(m_Board, m_ComputerLuckyPattern.Length);
if (Guess.m_NumberOfGuesses > 1)
{
Printer.PrintFormatMessage(4, new List <string>()
{
Guess.m_NumberOfGuesses.ToString()
});
}
else
{
Printer.PrintBoard(m_Board, m_ComputerLuckyPattern.Length);
Printer.PrintMessage(10);
}
restart();
break;
}
}
}
if (Guess.m_NumberOfGuesses == m_Board.Length && !winning)
{
Printer.FailureMode();
Printer.PrintBoard(m_Board, m_ComputerLuckyPattern.Length);
Printer.PrintErrorMessage(5);
restart();
}
}