public Engine()
{
labyrinth = new LabyrinthBoard();
topScores = new TopScores();
flagContinue = true;
enterMove = "\nEnter your move (L=left, R=right, U=up, D=down):";
welcome = "Welcome to “Labirinth” game. Your goal is to escape. \nUse 'top' to view the top scoreboard, \n'restart' to start a new game \nand 'exit' to quit the game.\n";
}
public Engine(LabyrinthBoard labyrinthBoard, TopScores scores, UserInput userInterface)
{
this.Labyrinth = labyrinthBoard;
this.TopScores = scores;
this.UserInterface = userInterface;
}
public void TestConstructorForExceptions()
{
testBoard = new LabyrinthBoard();
// Checking for exceptions.
}
public void Restart()
{
this.flagContinue = true;
this.labyrinth = new LabyrinthBoard();
this.labyrinth.InitializeLabyrinth();
Console.WriteLine("\n" + this.welcome);
Console.Write(this.labyrinth.ToString());
this.Move();
}
private char[,] GetCharArray(LabyrinthBoard board)
{
string boardToString = board.ToString();
string[] rows = boardToString.Split(new string[] {Environment.NewLine}, StringSplitOptions.None);
char[,] charRepresentation = new char[LabyrinthBoard.LABYRINTH_SIZE,LabyrinthBoard.LABYRINTH_SIZE];
for(int i = 0; i < LabyrinthBoard.LABYRINTH_SIZE; i++)
{
string[] splitRow = rows[i].Split(' ');
for(int u = 0; u < LabyrinthBoard.LABYRINTH_SIZE; u++)
{
charRepresentation[i,u] = splitRow[u][0];
// If all is fine, there should be only one member in this string.
}
}
return charRepresentation;
}
