def test_random_advance(self):
tracker = TripTracker()
oxen = InventoryItem()
oxen.value = 220
tracker.random_advance(oxen)
self.assertGreaterEqual(tracker.mileage, 200)
self.assertLess(tracker.mileage, 210)
def test_reached_oregon(self):
tracker = TripTracker()
tracker.add_mileage(1800)
oxen = InventoryItem()
oxen.value = 220
tracker.random_advance(oxen) # maximum added advance of 210
self.assertFalse(tracker.reached_oregon())
last_turn_mileage = tracker.mileage - 1800
last_turn_mileage += tracker.total_trip_distance - tracker.mileage
tracker.add_mileage(tracker.total_trip_distance - tracker.mileage)
self.assertTrue(tracker.reached_oregon())
inventory.print_inventory()
turn_response = ask_numeric("DO YOU WANT TO (1) STOP AT THE NEXT FORT, (2) HUNT, \nOR (3) CONTINUE", 1, 3)
if turn_response == 1:
next_fort(inventory, tracker)
elif turn_response == 2:
hunt(inventory, tracker)
# Eating
if inventory.food.value < 13:
print("YOU RAN OUT OF FOOD AND STARVED TO DEATH")
dying()
eating(inventory, turn)
# Advance mileage now, events may subtract from overall
# progress for each turn
tracker.random_advance(inventory.oxen)
# Rider attack
if do_riders_attack(tracker):
riders_attack(inventory, tracker, turn)
# Random per turn events
turn_event_selection(inventory, tracker, turn)
# Mountain events
mountains(inventory, tracker, turn)
# Move to next turn
calendar.advance_date()
# Turns have been exhausted or Oregon has been reached