def test_job_complete():
itinerary = Itinerary(234, "3434")
move_job = itinerary.move_to(33)
itinerary.job_complete(move_job)
assert itinerary.is_completed()
assert itinerary.current_job is None
assert itinerary.completed_jobs == [move_job]
pickup = itinerary.pickup("aaaa")
assert itinerary.current_job == pickup
assert not itinerary.is_completed()
assert itinerary.jobs_to_complete == [pickup]
assert itinerary.next_jobs == []
dropoff = itinerary.dropoff("aaaa")
move_job = itinerary.move_to(66666)
assert itinerary.next_jobs == [dropoff, move_job]
# jobs can be completed only in the order they planned
with pytest.raises(Exception):
itinerary.job_complete(dropoff)
itinerary.job_complete(pickup)
assert not itinerary.is_completed()
assert itinerary.next_jobs == [move_job]
assert itinerary.current_job == dropoff
assert itinerary.jobs_to_complete == [dropoff, move_job]
itinerary.job_complete(dropoff)
itinerary.job_complete(move_job)
assert itinerary.is_completed()
def test_add_jobs():
itinerary = Itinerary(45, "2222")
move_job = itinerary.move_to(123)
current_job = itinerary.current_job
assert move_job == current_job
assert move_job is not None
assert current_job is not None
assert itinerary.next_jobs == []
assert itinerary.jobs_to_complete == [current_job]
assert not itinerary.is_completed()
itinerary.pickup("1212")
assert len(itinerary.next_jobs) == 1
assert len(itinerary.jobs_to_complete) == 2
assert itinerary.current_job == current_job
assert not itinerary.is_completed()
itinerary.dropoff("333")
assert len(itinerary.next_jobs) == 2
assert len(itinerary.jobs_to_complete) == 3
assert itinerary.current_job == current_job
assert not itinerary.is_completed()
itinerary.wait(444)
assert len(itinerary.next_jobs) == 3
assert len(itinerary.jobs_to_complete) == 4
assert itinerary.current_job == current_job
assert not itinerary.is_completed()
with pytest.raises(Exception):
itinerary.add_job("Not a Base")
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
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)
