def test_create():
vehicle = "111"
clock = Clock()
clock.tick()
clock.tick()
itinerary = Itinerary(clock.now, vehicle)
assert itinerary.created_at == clock.now
assert itinerary.next_jobs == []
assert itinerary.current_job is None
assert itinerary.jobs_to_complete == []
# itinerary without jobs
assert itinerary.is_completed()
assert itinerary.vehicle == vehicle
def test_move_vehicle():
init_pos = Position(13.3764, 52.5461)
dest1 = Position(13.4014, 52.5478)
clock = Clock()
router = LinearRouter(clock)
engine = VehicleEngine(init_pos, router, clock)
v = Vehicle(clock)
v.install_engine(engine)
v.move_to(dest1)
assert v.engine.is_moving()
assert v.state == States.moving_to
v.step()
assert v.state == States.moving_to
assert v.engine.is_moving()
clock.tick()
v.step()
assert v.engine.is_moving()
for _ in range(1000):
clock.tick()
v.step()
if not v.engine.is_moving():
assert v.position == dest1
assert v.state == States.idling
else:
assert v.position != dest1
assert v.destination == dest1
assert v.state == States.moving_to
itinerary = Itinerary(clock.now, vehicle)
itinerary.move_to(booking.pickup)
itinerary.pickup(booking)
itinerary.move_to(booking.dropoff)
itinerary.dropoff(booking)
dispatcher = Dispatcher()
dispatcher.dispatch(itinerary)
print(
f"\nStart simulation at {clock.to_datetime()} ({clock.now} clock time)"
)
# run simulation - all state changes and movements will happen here
# the order of steps in important: fleet -> dispatcher -> clock
while not itinerary.is_completed():
fleet.step()
dispatcher.step()
clock.tick()
print(f"Stop simulation at {clock.to_datetime()} ({clock.now} clock time)")
print("\nObject states after simulation:")
print(f'Booking state is "{booking.state.value}"')
print(f'Vehicle state is "{vehicle.state.value}"')
fleet.stop_vehicles()
print("\nSimulation state changes log:")
print(simulation_logs.logs)