def test_should_return_stop_due_to_block_given_command_is_M_when_facing_restrict_point(
self):
mars_rover = MarsRover('1 1 E', Area(-10, 10, 10, -10, [(2, 1),
(1, 2)]))
status = mars_rover.run('M')
self.assertEqual(status, 'Stop due to block!')
def test_should_return_correct_location_and_direction_given_command_is_MLMMRMMML_when_facing_N(
self):
mars_rover = MarsRover('0 0 N')
status = mars_rover.run('MLMMRMMML')
self.assertEqual(status, '-2 4 W')
def test_should_return_exceed_area_given_command_is_M_when_location_is_10_and_10_and_facing_E(
self):
mars_rover = MarsRover('10 10 E', Area(-10, 10, 10, -10, []))
status = mars_rover.run('M')
self.assertEqual(status, 'Exceed area!')
def test_should_return_facing_E_given_given_command_is_R_and_facing_is_N(
self):
mars_rover = MarsRover('0 0 N')
status = mars_rover.run('R')
self.assertEqual(status, '0 0 E')
def test_should_return_init_place_given_command_is_empty(self):
mars_rover = MarsRover()
status = mars_rover.run()
self.assertEqual(status, '0 0 E')
def test_should_return_facing_S_given_given_command_is_L_and_facing_is_W(
self):
mars_rover = MarsRover('0 0 W')
status = mars_rover.run('L')
self.assertEqual(status, '0 0 S')
def test_should_return_y_minus_1_given_given_command_is_M_and_facing_is_S(
self):
mars_rover = MarsRover('0 0 S')
status = mars_rover.run('M')
self.assertEqual(status, '0 -1 S')
def test_should_return_x_plus_1_given_given_command_is_M_and_facing_is_E(
self):
mars_rover = MarsRover()
status = mars_rover.run('M')
self.assertEqual(status, '1 0 E')
