def test_loading_to_moving(self):
elevator = Elevator(lobby_load_delay=1, load_delay=1, verbosity="off")
elevator.simulate_tick([Call(origin=1, destination=2, size=1, init_time=1)])
self.assertEqual(elevator.state, 'LOADING')
elevator.simulate_tick([])
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'MOVING')
def test_capacity(self):
elevator = Elevator(max_capacity=10, lobby_load_delay=1, load_delay=1, verbosity="off")
elevator.simulate_tick([
Call(origin=1, destination=2, size=9, init_time=1),
Call(origin=1, destination=2, size=2, init_time=1),
])
self.assertEqual(elevator.state, 'LOADING')
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'LOADING')
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'MOVING')
self.assertTrue(elevator.passenger_count() <= elevator.max_capacity)
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'LOADING')
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'LOADING')
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'IDLE')
self.assertEqual(elevator.passenger_count(), 0)
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'MOVING')
elevator.simulate_tick([])
self.assertEqual(elevator.state, 'LOADING')
def test_is_going_up(self):
call = Call(origin=1, destination=5, size=1, init_time=1)
self.assertTrue(call.is_going_up())
def test_idle_to_moving(self):
elevator = Elevator(verbosity="off")
elevator.simulate_tick([Call(origin=2, destination=1, size=1, init_time=1)])
self.assertEqual(elevator.state, 'MOVING')
def test_to_string(self):
call = Call(origin=1, destination=5, size=1, init_time=1)
self.assertEqual(call.to_string(), 'init time: 1, origin: 1, dest: 5, size: 1')
def test_arrive(self):
call = Call(origin=1, destination=5, size=1, init_time=1)
call.board(5)
call.arrive(10)
self.assertEqual(call.state, 'ARRIVED')
self.assertEqual(call.arrival_time, 10)
def test_board(self):
call = Call(origin=1, destination=5, size=1, init_time=1)
call.board(5)
self.assertEqual(call.state, 'BOARDED')
self.assertEqual(call.board_time, 5)
def test_direction(self):
upcall = Call(origin=1, destination=5, size=1, init_time=1)
self.assertEqual(upcall.direction(), 1)
downcall = Call(origin=10, destination=5, size=1, init_time=1)
self.assertEqual(downcall.direction(), -1)