def test_squares_should_be_equal_with_same_coords_different_state(self):
square_a = Square(x=5, y=2)
square_b = Square(x=5, y=2)
square_b.flip()
self.assertTrue(square_a == square_b,
"Squares with equal coordinates should be equal even "
"with different activated states")
def test_ant_get_current_activation_returns_true_if_square_activated(self):
ant = AntGrid()
ant.x, ant.y = 1, 3
square_1_3 = Square(x=1, y=3)
square_1_3.activated = True
ant.grid_list = [square_1_3]
self.assertEqual(True, ant.current_activation())
def test_ant_get_current_activation_returns_true_if_square_activated(self):
ant = AntGrid()
ant.x, ant.y = 1, 3
square_1_3 = Square(x=1, y=3)
square_1_3.activated = True
ant.grid_list = [square_1_3]
self.assertEqual(True, ant.current_activation())
def test_squares_should_be_equal_with_same_coords_different_state(self):
square_a = Square(x=5, y=2)
square_b = Square(x=5, y=2)
square_b.flip()
self.assertTrue(
square_a == square_b,
"Squares with equal coordinates should be equal even "
"with different activated states")
def test_ant_get_current_activation_returns_state_of_correct_square(self):
ant = AntGrid()
ant.x, ant.y = 3, 4
square_0_0 = Square(x=0, y=0)
square_0_1 = Square(x=0, y=1)
square_3_4 = Square(x=3, y=4)
square_3_4.activated = True
ant.grid_list = [square_0_0, square_0_1, square_3_4]
self.assertEqual(True, ant.current_activation())
def test_ant_get_current_activation_returns_state_of_correct_square(self):
ant = AntGrid()
ant.x, ant.y = 3, 4
square_0_0 = Square(x=0, y=0)
square_0_1 = Square(x=0, y=1)
square_3_4 = Square(x=3, y=4)
square_3_4.activated = True
ant.grid_list = [square_0_0, square_0_1, square_3_4]
self.assertEqual(True, ant.current_activation())
def test_squares_unequal_if_different_coordinates(self):
square_a = Square(x=5, y=2)
square_b = Square(x=5, y=7)
self.assertFalse(square_a == square_b,
"Square with uneqal coordinates should not be equal")
def test_square_starts_unactivated(self):
square = Square(x=0, y=4)
self.assertEqual(False, square.activated)
def test_square_equal_to_other_square_object_with_same_coords(self):
square_a = Square(x=5, y=2)
square_b = Square(x=5, y=2)
self.assertTrue(square_a == square_b,
"Squares with equal coordinates should be equal")
def test_different_squares_have_different_hashes(self):
square_a = Square(x=1, y=3)
square_b = Square(x=2, y=7)
self.assertNotEqual(hash(square_a), hash(square_b))
def __init__(self):
self.x = 0
self.y = 0
self.dir = "up"
self.grid_list = [Square(x=0, y=0)]
def test_square_hash_does_not_reflect_activation(self):
square_a = Square(x=2, y=3)
square_b = Square(x=2, y=3)
square_b.flip()
self.assertEqual(hash(square_a), hash(square_b))
def test_square_flip_function_flips_activated_property(self):
square = Square(x=0, y=0)
square.flip()
self.assertEqual(True, square.activated)
def test_square_flipping_twice_leaves_same_activated_property(self):
square = Square(x=0, y=0)
square.flip()
square.flip()
self.assertEqual(False, square.activated)
def test_square_flip_function_flips_activated_property(self):
square = Square(x=0, y=0)
square.flip()
self.assertEqual(True, square.activated)
def test_square_starts_with_correct_y_value(self):
square = Square(x=2, y=-4)
self.assertEqual(-4, square.y)
def test_ant_get_current_activation_returns_false_at_origin(self):
ant = AntGrid()
ant.x, ant.y = 0, 0
ant.grid_list = [Square(x=0, y=0)]
self.assertEqual(False, ant.current_activation())
def test_ant_grid_contains_0_0_square(self):
ant = AntGrid()
self.assertIn(Square(x=0, y=0), ant.grid_list)
def test_square_starts_with_correct_x_value(self):
square = Square(x=5, y=23)
self.assertEqual(5, square.x)
def test_square_hash_reflect_x_and_y_variation1(self):
square = Square(x=3, y=20)
self.assertEqual(hash((3, 20)), hash(square))
def test_square_flipping_twice_leaves_same_activated_property(self):
square = Square(x=0, y=0)
square.flip()
square.flip()
self.assertEqual(False, square.activated)
def test_square_hash_does_not_reflect_activation(self):
square_a = Square(x=2, y=3)
square_b = Square(x=2, y=3)
square_b.flip()
self.assertEqual(hash(square_a), hash(square_b))
def test_square_hash_reflect_x_and_y_variation2(self):
square = Square(x=-10, y=2)
self.assertEqual(hash((-10, 2)), hash(square))
def current_activation(self):
for square in self.grid_list:
if square == Square(x=self.x, y=self.y):
return square.activated
