def test_get_pieces(self):
g = Game(rows=1)
g.drop_cross(0)
g.drop_round(1)
self.assertTrue((0,0) in g._get_pieces('X'))
self.assertFalse((1,0) in g._get_pieces('X'))
self.assertTrue((1,0) in g._get_pieces('O'))
self.assertFalse((0,0) in g._get_pieces('O'))
def test_total_minimum_pieces(self):
g = Game()
[g.drop_cross(0) for i in range(3)]
self.assertFalse(g._minimum_pieces(g._pieces))
g = Game()
[g.drop_cross(0) for i in range(4)]
self.assertTrue(g._minimum_pieces(g._pieces))
def test_horizontal_win_by_cross(self):
# No victory, insufficient total pieces
g = Game()
[g.drop_cross(i) for i in range(3)]
self.assertFalse(g._horizontal_win('X'))
# No victory insufficient row total pieces
g = Game()
[g.drop_cross(i) for i in range(3)]
g.drop_cross(0)
self.assertFalse(g._horizontal_win('X'))
# Horizontal win using crosses
g = Game()
[g.drop_cross(i) for i in range(4)]
self.assertTrue(g._horizontal_win('X'))
def test_vertical_win_by_cross(self):
# No victory, insufficient total pieces
g = Game()
[g.drop_cross(0) for i in range(3)]
self.assertFalse(g._vertical_win('X'))
# No victory, insufficient column total pieces
g = Game()
[g.drop_cross(0) for i in range(3)]
g.drop_cross(1)
self.assertFalse(g._vertical_win('X'))
# Vertical win using crosses
g = Game()
[g.drop_cross(0) for i in range(4)]
self.assertTrue(g._vertical_win('X'))
def test_drop_cross_on_full_column_raises(self):
g = Game(rows=2)
self.assertEquals(g.drop_cross(0), (0,1))
self.assertEquals(g.drop_cross(0), (0,0))
self.assertRaises(ColumnFullException, g.drop_cross, 0)
def test_drop_cross(self):
g = Game()
self.assertEquals(g.drop_cross(0), (0,5))
self.assertTrue((0,5) in g._cross_pieces)
def test_diagonal_win_by_cross(self):
"""
Diagonal win using this structure
X
X O
X O O
X O O O
"""
g = Game()
g.drop_cross(0)
g.drop_round(1)
g.drop_cross(1)
g.drop_round(2)
g.drop_round(2)
g.drop_cross(2)
g.drop_round(3)
g.drop_round(3)
g.drop_round(3)
g.drop_cross(3)
self.assertTrue(g._diagonal_win('X'))
"""
Diagonal win using this structure
X
O X
O O X
O O O X
"""
g = Game()
g.drop_cross(3)
g.drop_round(2)
g.drop_cross(2)
g.drop_round(1)
g.drop_round(1)
g.drop_cross(1)
g.drop_round(0)
g.drop_round(0)
g.drop_round(0)
g.drop_cross(0)
self.assertTrue(g._diagonal_win('X'))
self.assertFalse(g._diagonal_win('O'))
# No victory, insufficient total pieces
g = Game()
[g.drop_cross(i) for i in range(3)]
self.assertFalse(g._diagonal_win('X'))