public async Task VisualizerTest3BasicUndo()
{
ChessLogic logic = new ChessLogic();
MovePlanner planner = new MovePlanner(logic.Board);
MovePerformerVisualizer visualizer = new MovePerformerVisualizer();
MoveManager manager = new MoveManager(planner, visualizer);
visualizer.ResetBoardRep();
visualizer.PrintBoardRep();
List <Position[]> moves = new List <Position[]>();
Position[] move1 = new Position[2];
move1[0] = new Position("E", "2");
move1[1] = new Position("E", "4");
moves.Add(move1);
Position[] move2 = new Position[2];
move2[0] = new Position("D", "7");
move2[1] = new Position("D", "5");
moves.Add(move2);
Position[] move3 = new Position[2];
move3[0] = new Position("G", "1");
move3[1] = new Position("F", "3");
moves.Add(move3);
Position[] move4 = new Position[2];
move4[0] = new Position("C", "8");
move4[1] = new Position("E", "6");
moves.Add(move4);
Position[] move5 = new Position[2];
move5[0] = new Position("F", "1");
move5[1] = new Position("C", "4");
moves.Add(move5);
Position[] move6 = new Position[2];
move6[0] = new Position("B", "8");
move6[1] = new Position("C", "6");
moves.Add(move6);
Position[] move7 = new Position[2];
move7[0] = new Position("E", "1");
move7[1] = new Position("E", "2");
moves.Add(move7);
Position[] move8 = new Position[2];
move8[0] = new Position("D", "5");
move8[1] = new Position("E", "4");
moves.Add(move8);
Position[] move9 = new Position[2];
move9[0] = new Position("C", "4");
move9[1] = new Position("E", "6");
moves.Add(move9);
Position[] move10 = new Position[2];
move10[0] = new Position("E", "4");
move10[1] = new Position("F", "3");
moves.Add(move10);
Position[] move11 = new Position[2];
move11[0] = new Position("A", "2");
move11[1] = new Position("A", "3");
moves.Add(move11);
Position[] move12 = new Position[2];
move12[0] = new Position("F", "7");
move12[1] = new Position("E", "6");
moves.Add(move12);
Position[] move13 = new Position[2];
move13[0] = new Position("E", "2");
move13[1] = new Position("F", "3");
moves.Add(move13);
System.Diagnostics.Debug.WriteLine(logic.Board.ToString());
foreach (var movement in moves)
{
System.Diagnostics.Debug.WriteLine(movement[0].ToString() + "\t" + movement[1].ToString());
Assert.AreEqual(logic.IsMoveValid(movement[0], movement[1]), true);
await manager.MoveAsync(movement[0], movement[1]);
logic.MovePiece(movement[0], movement[1]);
System.Diagnostics.Debug.WriteLine(logic.Board.ToString());
}
System.Diagnostics.Debug.WriteLine("Black castles kingside.");
var rookLocationForBlackCastle = logic.validRookLocationsForCastling();
Assert.AreEqual(rookLocationForBlackCastle.Count, 1);
await manager.CastleAsync(rookLocationForBlackCastle[0], logic.Board.GetKingCol());
logic.Castle(rookLocationForBlackCastle[0]);
System.Diagnostics.Debug.WriteLine(logic.Board.ToString());
System.Diagnostics.Debug.WriteLine("White castles queenside.");
var rookLocationForWhiteCastle = logic.validRookLocationsForCastling();
Assert.AreEqual(rookLocationForWhiteCastle.Count, 1);
await manager.CastleAsync(rookLocationForWhiteCastle[0], logic.Board.GetKingCol());
logic.Castle(rookLocationForWhiteCastle[0]);
System.Diagnostics.Debug.WriteLine(logic.Board.ToString());
for (int i = 0; i < moves.Count + 2; i++) //+2 for the two castles
{
await manager.UndoMoveAsync();
logic.UndoMove();
System.Diagnostics.Debug.WriteLine(logic.Board.ToString());
}
}