public void CountEmptyTest()
{
CandidateMovesAll allMoves = new CandidateMovesAll();
HexBoard testBoard = new HexBoard(BoardSize);
Location[] moves = allMoves.CandidateMoves(testBoard, 0).ToArray();
Assert.AreEqual(BoardCellCount, moves.Length);
}
public void CountOneMoveTest()
{
CandidateMovesAll allMoves = new CandidateMovesAll();
HexBoard testBoard = new HexBoard(BoardSize);
testBoard.PlayMove(5, 5, true);
IEnumerable<Location> moves = allMoves.CandidateMoves(testBoard, 0);
Assert.AreEqual(BoardCellCount - 1, moves.Count());
}
public void CountDownTest()
{
CandidateMovesAll allMoves = new CandidateMovesAll();
HexBoard testBoard = new HexBoard(BoardSize);
int emptyCellCount = BoardSize * BoardSize;
for (int x = 0; x < BoardSize; x++)
{
for (int y = 0; y < BoardSize; y++)
{
// as cells are played, less empty cells are left
testBoard.PlayMove(x, y, true);
emptyCellCount--;
IEnumerable<Location> moves = allMoves.CandidateMoves(testBoard, 0);
Assert.AreEqual(emptyCellCount, moves.Count());
}
}
}
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 CreateTest()
{
CandidateMovesAll allMoves = new CandidateMovesAll();
Assert.IsNotNull(allMoves);
}
