public void _05_Processor_Calculates_Transitions_Correclty()
{
var map = new SlidingPuzzleMap(
"1111;" +
"10W1;" +
"101;" +
"101;" +
"111");
var processor = new SlidingPuzzleProcessor(map);
var initState = new SlidingPuzzleState(new Vector2Int(1, 3));
var result = processor.ProcessWithTransitions(initState, new Vector2Int(0, -1));
Assert.That(result.Transitions.Length, Is.EqualTo(1), $"Transitions Size Incorrect");
Assert.That(result.Transitions[0],
Is.EqualTo(new Transition(initState.PlayerCoords, new Vector2Int(1, 1))),
$"Transition list is incorrect");
}
public void _04_Processor_Move_Correctly_Resolved(int[] start, int[] dir, int[] expected, bool expectedWin)
{
var map = new SlidingPuzzleMap(
"1111;" +
"1001;" +
"1011;" +
"1W1;" +
"111");
var processor = new SlidingPuzzleProcessor(map);
var initState = new SlidingPuzzleState(new Vector2Int(start[0], start[1]));
var result = processor.Process(initState, new Vector2Int(dir[0], dir[1]));
Assert.That(result.PlayerCoords, Is.EqualTo(new Vector2Int(expected[0], expected[1])), "Player is in incorrect position");
if (expectedWin)
{
Assert.That(result.Type, Is.EqualTo(SlidingPuzzleState.StateType.Win), "Move is not registered as winning");
}
else
{
Assert.That(result.Type, Is.EqualTo(SlidingPuzzleState.StateType.Idle), "Move is registered as winning");
}
}
public Result(SlidingPuzzleState state, Transition[] transitions)
{
State = state;
Transitions = transitions;
}