def main():
truck1 = Truck(1)
truck2 = Truck(2)
list_of_packages = ingest_package_data()
distances = ingest_distance_data()
current_day = datetime.today()
current_time = time(hour=8, minute=0)
current_time = datetime.combine(current_day, current_time)
hashed_packages = HashTable()
# Add packages to satisfy deadline and special notes requirements
for package in list_of_packages:
if package.id in [
1, 3, 13, 14, 15, 16, 19, 18, 20, 21, 29, 31, 34, 36, 38, 37
]:
truck2.add_package(package, current_time)
elif package.id not in [6, 9, 25, 28, 32]:
truck1.add_package(package, current_time)
hashed_packages.add_package(package)
truck1.set_next_stop({'distance': 0, 'address': "4001 South 700 East,"})
truck2.set_next_stop({'distance': 0, 'address': "4001 South 700 East,"})
# Get user input
desired_time = get_desired_time()
desired_package = get_desired_package()
# Late packages are ones that are delayed on flight
picked_up_late_packages = False
# Package 9 needs to be corrected eventually
corrected_package_9 = False
while (not truck1.finished_driving
or not truck2.finished_driving) and current_time <= desired_time:
if not corrected_package_9:
corrected_package_9 = check_and_correct_package_9(
current_time, hashed_packages)
if truck1.finished_driving:
distance_to_drive = truck2.distance_to_next_stop
current_time = current_time + increment_time(distance_to_drive)
drive_truck(truck2, distance_to_drive, list_of_packages, distances,
current_time)
elif truck2.finished_driving:
distance_to_drive = truck1.distance_to_next_stop
current_time = current_time + increment_time(distance_to_drive)
drive_truck(truck1, distance_to_drive, list_of_packages, distances,
current_time)
# Drive trucks a distance so that at least one of them reaches its stop
else:
distance_to_drive = abs(
min([
truck1.distance_to_next_stop, truck2.distance_to_next_stop
]))
current_time = current_time + increment_time(distance_to_drive)
drive_truck(truck1, distance_to_drive, list_of_packages, distances,
current_time)
drive_truck(truck2, distance_to_drive, list_of_packages, distances,
current_time)
for truck in [truck1, truck2]:
if truck.distance_to_next_stop == 0 and not truck.finished_driving:
if not picked_up_late_packages and current_time.hour >= 9:
# If after 9:00, go back to the hub and pick up the delayed packages
truck.set_next_stop({
"distance":
distances[truck.next_stop][0][1],
"address":
"4001 South 700 East,"
})
picked_up_late_packages = True
else:
truck.set_next_stop(get_next_stop(truck, distances))
if desired_package == "All":
all_packages = hashed_packages.get_all_packages()
for pack in all_packages:
print_package(pack.id, hashed_packages)
else:
print_package(desired_package, hashed_packages)
print_trucks_mileage(truck1, truck2)
print("Most recent delivery: {}".format(current_time.strftime("%H:%M")))
