def test_eating_state_well(self):
turn_state = TurnState()
turn_state.eating_state = 3
self.assertEqual(turn_state.eating_state, 3)
self.assertFalse(turn_state.eating_poorly())
self.assertFalse(turn_state.eating_moderately())
self.assertTrue(turn_state.eating_well())
def test_eating_state_invalid(self):
turn_state = TurnState()
turn_state.eating_state = 4
self.assertEqual(turn_state.eating_state, 0)
self.assertFalse(turn_state.eating_poorly())
self.assertFalse(turn_state.eating_moderately())
self.assertFalse(turn_state.eating_well())
def test_construction(self):
turn_state = TurnState()
self.assertFalse(turn_state.illness)
self.assertFalse(turn_state.injured)
self.assertEqual(turn_state.eating_state, 0)
def test_set_blizzard(self):
turn_state = TurnState()
turn_state.blizzard = True
self.assertTrue(turn_state.blizzard)
turn_state.blizzard = False
self.assertFalse(turn_state.blizzard)
def test_set_illness(self):
turn_state = TurnState()
turn_state.injured = True
self.assertTrue(turn_state.injured)
turn_state.injured = False
self.assertFalse(turn_state.injured)
from oregon.events.turn import turn_event_selection
from oregon.events.instructions import print_instructions
from oregon.events.purchases import initial_purchases
from oregon.events.completed_trip import completed_trip
if __name__ == "__main__":
if ask_yes_no("DO YOU NEED INSTRUCTIONS (YES/NO)"):
print_instructions()
# initial purchases generate an inventory
inventory = initial_purchases()
calendar = Calendar()
tracker = TripTracker()
turn = TurnState()
while not calendar.is_final_turn() and not tracker.reached_oregon():
calendar.print_date()
inventory.zeroize_negative_values()
# Resolve health issues from the previous turn
if turn.illness or turn.injured:
inventory.spend(20)
if inventory.money < 0:
print("YOU CAN'T AFFORD A DOCTOR")
if turn.illness:
print("YOU DIED OF PNEUMONIA")
elif turn.injured:
print("YOU DIED OF INJURIES")
dying()