def test_robot_place(self):
subject = Robot()
subject.place('4,2,EAST')
self.assertEqual(subject.x, 4)
self.assertEqual(subject.y, 2)
self.assertEqual(subject.facing, 'EAST')
def test_move_on_robot_placed(input_params, x, y, direction):
robot = Robot()
robot.place(input_params)
robot.move()
assert robot.x_coordinate == x
assert robot.y_coordinate == y
assert robot.facing == direction
def test_robot_move_east_from_place_2_2_east(self):
subject = Robot()
subject.place('2,2,EAST')
subject.move()
self.assertEqual(subject.x, 3)
self.assertEqual(subject.y, 2)
self.assertEqual(subject.facing, 'EAST')
def test_robot_move_south_from_place_2_2_south(self):
subject = Robot()
subject.place('2,2,SOUTH')
subject.move()
self.assertEqual(subject.x, 2)
self.assertEqual(subject.y, 1)
self.assertEqual(subject.facing, 'SOUTH')
def test_robot_move_north_from_place_2_2_north(self):
subject = Robot()
subject.place('2,2,NORTH')
subject.move()
self.assertEqual(subject.x, 2)
self.assertEqual(subject.y, 3)
self.assertEqual(subject.facing, 'NORTH')
def test_robot_move_west_from_place_2_2_west(self):
subject = Robot()
subject.place('2,2,WEST')
subject.move()
self.assertEqual(subject.x, 1)
self.assertEqual(subject.y, 2)
self.assertEqual(subject.facing, 'WEST')
def test_move_for_robot_out_of_bounds(input_params, x, y, direction):
with pytest.raises(MoveOutOfBoundsException) as e:
robot = Robot()
robot.place(input_params)
robot.move()
assert str(e.value) == 'Cannot move robot. Coordinates out of bound.'
assert robot.x_coordinate == x
assert robot.y_coordinate == y
assert robot.facing == direction
def test_report_on_robot_placed(capsys):
robot = Robot()
robot.place([0, 0, 'NORTH'])
robot.report()
assert robot.x_coordinate == 0
assert robot.y_coordinate == 0
assert robot.facing == 'NORTH'
captured = capsys.readouterr()
assert captured.out.replace('\n', '') == 'Output: 0, 0, NORTH'
def test_place_with_valid_params():
robot = Robot()
robot.place([0, 0, 'NORTH'])
assert robot.x_coordinate == 0
assert robot.y_coordinate == 0
assert robot.facing == 'NORTH'
def test_turn_left_on_robot_placed(input_params, expected_direction):
robot = Robot()
robot.place(input_params)
robot.turn_left()
assert robot.facing == expected_direction
