public void Regression1()
{
var report = new TestReport();
var defaultPuzzle = new Puzzle(); // default puzzle
var analysis = new PuzzleAnalysis(defaultPuzzle);
var state = analysis.Evalute(defaultPuzzle);
var pushMap = PushMap.Find(state, new VectorInt2(3,3), defaultPuzzle.Player.Position);
report.WriteLine("===================");
report.WriteLine(defaultPuzzle);
report.WriteLine(pushMap);
report.WriteLine("===================");
var r = pushMap.FindPlayerWalkRoute(new VectorInt2(7, 3));
report.WriteLine(r);
Assert.That(report, Is.EqualTo(new TestReport(
@"===================
#~~###~~~~#
~~##.#~####
~##..###..#
##.X......#
#...PX.#..#
###.X###..#
~~#..#OO..#
~##.##O#.##
~#......##~
~#.....##~~
########~~~
...........
....X......
...XX...XX.
..XXXXXXXX.
.XXXX...XX.
...X....XX.
...X..XXXX.
...X..X.X..
..XXXXXX...
..XXXXX....
...........
===================
LLURRRR
"
)));
}
public virtual void Init(Puzzle puzzle)
{
if (puzzle == null) throw new ArgumentNullException("puzzle");
Statistics = new Statistics()
{
Started = DateTime.Now
};
Start = Current = puzzle;
Analysis = new PuzzleAnalysis(Start);
PuzzleStack.Clear();
PuzzleStack.Push(puzzle);
InitElements();
var name = "unnamed";
var lp = puzzle as LibraryPuzzle;
if (lp != null && lp.Details != null && !string.IsNullOrWhiteSpace(lp.Details.Name))
{
name = lp.Details.Name;
}
Console.WriteLine("You are taking on the '{0}' puzzle.", name);
}