/// <summary>
/// Returns a ship from its input string.
/// </summary>
/// <returns></returns>
private static Ship shipFromString(string shipStr, Ocean ocean)
{
// Split with null argument splits by whitespace.
string[] splitStr = shipStr.Split(null);
Coords initialPosition = new Coords(int.Parse(splitStr[0]), int.Parse(splitStr[1]));
return(new Ship(initialPosition, OrientationExtentions.FromString(splitStr[2]), ocean));
}
public Ship(Coords initialCoords, Orientation intitialOrientation, Ocean ocean)
{
CurrentPosition = initialCoords;
CurrentOrientation = intitialOrientation;
_ocean = ocean;
Ocean.MovementResult res = _ocean.TryMove(null, CurrentPosition);
if (res == Ocean.MovementResult.Lost)
{
_isLost = true;
}
}
public static string[] ProcessInput(string[] input)
{
if (input == null)
{
throw new ArgumentException("Input should not be null!");
}
string[] filteredInput = filterInput(input);
if ((filteredInput.Length % 2) != 1)
{
throw new ArgumentException("Input should have odd number of elements!");
}
// Split with null argument splits by whitespace.
string[] gridSizeStrs = filteredInput[0].Split(null);
Ocean ocean = new Ocean(int.Parse(gridSizeStrs[0]) + 1, int.Parse(gridSizeStrs[1]) + 1);
List <Ship> ships = new List <Ship>();
int shipCount = filteredInput.Length / 2;
string[] output = new string[shipCount];
for (int shipNum = 0; shipNum < shipCount; shipNum++)
{
Ship ship = shipFromString(filteredInput[shipNum * 2 + 1], ocean);
ships.Add(ship);
string shipMoves = filteredInput[shipNum * 2 + 2];
foreach (char move in shipMoves)
{
Movement movement = MovementExtentions.FromChar(move);
ship.DoMovement(movement);
}
output[shipNum] = ship.ToString();
}
return(output);
}