@Test
public final void testIsPotentialMill() {
Board b = TestAccessor.Game.getBoard(game);
Node[] nodes = TestAccessor.Board.getNodes(b);
// Set up board:
// AI------------AI------------AI
// | | |
// | 03-------AI------AI |
// | | | | |
// | | 06--07--08 | |
// | | | | | |
// AI---10---AI AI---13---14
// | | | | | |
// | | 15--16--17 | |
// | | | | |
// | AI-------AI------20 |
// | | |
// 21------------AI------------23
nodes[0].setPlayer(aiPlayer);
nodes[1].setPlayer(aiPlayer);
nodes[2].setPlayer(aiPlayer);
nodes[4].setPlayer(aiPlayer);
nodes[5].setPlayer(aiPlayer);
nodes[9].setPlayer(aiPlayer);
nodes[11].setPlayer(aiPlayer);
nodes[12].setPlayer(aiPlayer);
nodes[18].setPlayer(aiPlayer);
nodes[19].setPlayer(aiPlayer);
nodes[22].setPlayer(aiPlayer);
// Potential mills: 3, 7, 10, 16, 20, 21
assertTrue(TestAccessor.AI.isPotentialMill(ai, 3, aiPlayer));
assertTrue(TestAccessor.AI.isPotentialMill(ai, 7, aiPlayer));
assertTrue(TestAccessor.AI.isPotentialMill(ai, 10, aiPlayer));
assertTrue(TestAccessor.AI.isPotentialMill(ai, 16, aiPlayer));
assertTrue(TestAccessor.AI.isPotentialMill(ai, 20, aiPlayer));
assertTrue(TestAccessor.AI.isPotentialMill(ai, 21, aiPlayer));
// Non-potential mills: 0-2, 4-6, 8, 9, 11-15, 17-19, 22, 23
assertFalse(TestAccessor.AI.isPotentialMill(ai, 0, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 1, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 2, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 4, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 5, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 6, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 8, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 9, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 11, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 12, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 13, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 14, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 15, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 17, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 18, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 19, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 22, aiPlayer));
assertFalse(TestAccessor.AI.isPotentialMill(ai, 23, aiPlayer));
}
@Before
public void setUp() throws Exception {
game = new Game();
aiPlayer = TestAccessor.Game.getPlayer2(game);
ai = new AI(aiPlayer, game, true);
}
@Test
public final void testMyNodes() {
Board b = TestAccessor.Game.getBoard(game);
Node[] nodes = TestAccessor.Board.getNodes(b);
// Set up board:
nodes[0].setPlayer(aiPlayer);
nodes[1].setPlayer(aiPlayer);
nodes[2].setPlayer(aiPlayer);
nodes[4].setPlayer(aiPlayer);
nodes[5].setPlayer(aiPlayer);
nodes[9].setPlayer(aiPlayer);
nodes[11].setPlayer(aiPlayer);
nodes[12].setPlayer(aiPlayer);
nodes[18].setPlayer(aiPlayer);
nodes[19].setPlayer(aiPlayer);
nodes[22].setPlayer(aiPlayer);
LinkedList<Node> mynodes = TestAccessor.AI.myNodes(ai);
assertEquals(mynodes.size(), 11);
assertTrue(mynodes.contains(nodes[0]));
assertTrue(mynodes.contains(nodes[1]));
assertTrue(mynodes.contains(nodes[2]));
assertFalse(mynodes.contains(nodes[3]));
assertTrue(mynodes.contains(nodes[4]));
assertTrue(mynodes.contains(nodes[5]));
assertFalse(mynodes.contains(nodes[6]));
}
@Test
public final void testEasyVsHard() {
for (int i = 0; i < 10; i++) {
try {
setUp();
Player aiPlayer1 = TestAccessor.Game.getPlayer1(game);
AI ai1 = new AI(aiPlayer1, game, false);
while (game.getWinner() == null) {
Player currPlayer = TestAccessor.Game.getCurrentPlayer(game);
if (currPlayer == aiPlayer) ai.doNextMove();
else ai1.doNextMove();
}
// System.out.println("Winner: " + game.getWinner().name);
} catch (IllegalMoveException e) {
e.printStackTrace();
fail();
} catch (Exception e) {
e.printStackTrace();
fail();
}
}
}
@Test
public final void testGetOpponent() {
Player player1 = TestAccessor.Game.getPlayer1(game);
Player opponent = TestAccessor.AI.getOpponent(ai);
assertEquals(player1, opponent);
}