def checkWinningOnDirection(directionIndex, self=self):
stoneBuilder = StoneBuilder()
game = RenjuBoard(11)
stones = stoneBuilder.From((5, 5)).to(directionIndex).stone(black).count(1).stone(white).count(4).get()
game.places(stones)
expectedPlace = stoneBuilder.count(1).get()[0][0]
self.assertTrue(game.willWinWith(expectedPlace, white))
class TestRenjuGame(unittest.TestCase):
def setUp(self):
self.board = RenjuBoard()
self.stoneBuilder = StoneBuilder()
def test5StonesWin(self):
stones = self.stoneBuilder.stone(white).From((0, 0)).toEast().count(4).get()
self.board.places(stones)
expectedPlace = self.stoneBuilder.count(1).get()[0][0]
self.assertTrue(self.board.willWinWith(expectedPlace, white))
def test4DoesNot(self):
stones = self.stoneBuilder.stone(white).From((0, 0)).toEast().count(3).get()
self.board.places(stones)
expectedPlace = self.stoneBuilder.count(1).get()[0][0]
self.assertFalse(self.board.willWinWith(expectedPlace, white))
def testFalseWinningWithOthersStone(self):
stones = self.stoneBuilder.From((0, 0)).toEast().stone(white).count(3).stone(black).count(1).get()
self.board.places(stones)
expectedPlace = self.stoneBuilder.count(1).get()[0][0]
self.assertFalse(self.board.willWinWith(expectedPlace, white))
def testWinningOnOtherDirection(self):
def checkWinningOnDirection(directionIndex, self=self):
stoneBuilder = StoneBuilder()
game = RenjuBoard(11)
stones = stoneBuilder.From((5, 5)).to(directionIndex).stone(black).count(1).stone(white).count(4).get()
game.places(stones)
expectedPlace = stoneBuilder.count(1).get()[0][0]
self.assertTrue(game.willWinWith(expectedPlace, white))
map(checkWinningOnDirection, range(8))
def testWinningInTheMiddle(self):
stones = self.stoneBuilder.stone(black).From((0, 0)).toEast().count(3).skip(1).count(1).get()
self.board.places(stones)
expectedPlace = (3, 0)
self.assertTrue(self.board.willWinWith(expectedPlace, black))
def setUp(self):
self.board = RenjuBoard()
self.stoneBuilder = StoneBuilder()
