def test_move_along_spoke_from_bottom(self):
game_position.input = lambda _: 'up'
gp = game_position.GamePositions()
start_x, start_y = 4, 0
spaces_to_move = 4
expected_end_x = 5
expected_end_y = 3
direction = 'rev'
newx, newy = gp.find_next_position(
start_x,
start_y,
spaces_to_move,
direction
)
self.assertEqual(newx, expected_end_x)
self.assertEqual(newy, expected_end_y)
def test_start_turn_from_top_spoke(self):
print('test_start_turn_from_spoke')
game_position.input = lambda _: 'down'
gp = game_position.GamePositions()
start_x, start_y = 5, 9
spaces_to_move = 2
expected_end_x = 5
expected_end_y = 7
direction = 'fwd'
newx, newy = gp.find_next_position(
start_x,
start_y,
spaces_to_move,
direction
)
self.assertEqual(newx, expected_end_x)
self.assertEqual(newy, expected_end_y)
def test_move_along_spoke_from_right_side(self):
print('test_move_along_spoke_from_right_side')
game_position.input = lambda _: 'left'
gp = game_position.GamePositions()
start_x, start_y = 10, 6
spaces_to_move = 4
expected_end_x = 7
expected_end_y = 5
direction = 'fwd'
newx, newy = gp.find_next_position(
start_x,
start_y,
spaces_to_move,
direction
)
self.assertEqual(newx, expected_end_x)
self.assertEqual(newy, expected_end_y)
def test_go_from_spoke_to_perim(self):
print('test_start_turn_from_spoke')
commands = ['right', 'down']
command_iter = iter(commands)
game_position.input = lambda _: next(command_iter)
gp = game_position.GamePositions()
start_x, start_y = 7, 5
spaces_to_move = 5
expected_end_x = 10
expected_end_y = 3
direction = 'fwd'
newx, newy = gp.find_next_position(
start_x,
start_y,
spaces_to_move,
direction
)
self.assertEqual(newx, expected_end_x)
self.assertEqual(newy, expected_end_y)
def setUp(self):
# Default board is 11x11
self.gp = game_position.GamePositions()