def test_update_rings2(self):
""" Test adding a new ring for black. """
g = GessGame()
target = {
(3, 3): "",
(3, 4): "b",
(3, 5): "b",
(2, 3): "b",
(2, 4): "b",
(2, 5): "b",
(1, 3): "",
(1, 4): "b",
(1, 5): "b"
}
g._board.place_piece(target)
g.update_rings()
self.assertListEqual([(2, 6), (2, 11)], g._players[0].get_rings())
def test_update_rings3(self):
""" Test removing a ring for white. """
g = GessGame()
target = {
(18, 8): "",
(18, 9): "w",
(18, 10): "",
(17, 8): "w",
(17, 9): "w",
(17, 10): "",
(16, 8): "",
(16, 9): "w",
(16, 10): ""
}
g._board.place_piece(target)
g.update_rings()
self.assertListEqual([], g._players[1].get_rings())
def test_update_rings1(self):
""" Test adding a new ring for white. """
g = GessGame()
target = {
(18, 3): "",
(18, 4): "w",
(18, 5): "w",
(17, 3): "w",
(17, 4): "w",
(17, 5): "w",
(16, 3): "",
(16, 4): "w",
(16, 5): "w"
}
g._board.place_piece(target)
g.update_rings()
self.assertListEqual([(17, 6), (17, 11)], g._players[1].get_rings())
def test_update_rings4(self):
""" Test removing a ring for black. """
g = GessGame()
target = {
(3, 8): "",
(3, 9): "b",
(3, 10): "",
(2, 8): "b",
(2, 9): "b",
(2, 10): "",
(1, 8): "",
(1, 9): "b",
(1, 10): ""
}
g._board.place_piece(target)
error = False
try:
g.update_rings()
except IllegalMove:
error = True
self.assertTrue(error)