public void TestCreate()
{
GoodMoves goods = new GoodMoves();
CandidateMovesAllSorted moves = new CandidateMovesAllSorted(goods, 0);
Assert.IsNotNull(moves);
}
public void TestCreate()
{
GoodMoves goods = new GoodMoves();
CandidateMovesSelective moveFinder = new CandidateMovesSelective(goods, 0);
Assert.IsNotNull(moveFinder);
}
/// <summary>
/// Initializes a new instance of the HexGame class, with a board size
/// </summary>
/// <param name="boardSize">size of the board</param>
public HexGame(int boardSize)
{
this.board = new HexBoard(boardSize);
IPathLengthFactory pathLengthFactory = new PathLengthAStarFactory();
this.xPathLength = pathLengthFactory.CreatePathLength(this.board);
this.yPathLength = pathLengthFactory.CreatePathLength(this.board);
this.goodMoves = new GoodMoves();
this.goodMoves.DefaultGoodMoves(boardSize, 5);
}
private static Minimax MakeMinimaxForBoard(HexBoard board)
{
GoodMoves goodMoves = new GoodMoves();
ICandidateMoves candidateMovesFinder = new CandidateMovesAll();
Minimax result = new Minimax(board, goodMoves, candidateMovesFinder);
result.GenerateDebugData = true;
return(result);
}
public void CountOneMoveTest()
{
GoodMoves goods = new GoodMoves();
CandidateMovesAllSorted moveFinder = new CandidateMovesAllSorted(goods, 0);
HexBoard testBoard = new HexBoard(BoardSize);
testBoard.PlayMove(5, 5, true);
IEnumerable <Location> moves = moveFinder.CandidateMoves(testBoard, 0);
Assert.AreEqual(BoardCellCount - 1, moves.Count());
}
public CandidateMovesSelective(GoodMoves goodMoves, int cellsPlayedCount)
{
this.goodMoves = goodMoves;
this.cellsPlayedCount = cellsPlayedCount;
}
public void TearDown()
{
this.goodMoves = null;
}
public void SetUp()
{
this.goodMoves = new GoodMoves();
}
public CandidateMovesAllSorted(GoodMoves goodMoves, int cellsPlayedCount)
{
this.goodMoves = goodMoves;
this.cellsPlayedCount = cellsPlayedCount;
}
