def test_start_next_food(self):
price = 3000
making_time = 60
var_truck = FoodTruck(price, making_time)
next_order = Order(10)
var_truck.start_next_food(next_order)
self.assertEqual(next_order, var_truck.current_order)
self.assertEqual(making_time*next_order.get_qty(), var_truck.time_remaining)
def test_start_next_food(self):
price = 3000
making_time = 60
var_truck = FoodTruck(price, making_time)
next_order = Order(10)
var_truck.start_next_food(next_order)
self.assertEqual(next_order, var_truck.current_order)
self.assertEqual(making_time * next_order.get_qty(),
var_truck.time_remaining)
def test_tick(self):
price = 5000
making_time = 60
var_truck = FoodTruck(price, making_time)
var_truck.current_order = Order(10)
var_truck.time_remaining = 10
for index in range(9, -1, -1):
var_truck.tick()
self.assertEqual(index, var_truck.time_remaining)
self.assertEqual(None, var_truck.current_order)
def test___init__(self):
price = 5000
making_time = 60
var_food_truck = FoodTruck(price, making_time)
self.assertEqual(price, var_food_truck.price)
self.assertEqual(making_time, var_food_truck.making_time)
self.assertEqual(None, var_food_truck.current_order)
self.assertEqual(0, var_food_truck.time_remaining)
def test_add_truck(self):
order_probability = 300
var_food_zone = FoodZone(order_probability)
price = 3000
making_time = 60
var_truck = FoodTruck(price, making_time)
var_food_zone.add_truck(var_truck)
self.assertIn(var_truck, var_food_zone.food_trucks) # var_truck이 food_truck에 있나
def test_is_busy(self):
price = 4000
making_time = 60
var_truck = FoodTruck(price, making_time)
var_truck.current_order = Order(10)
var_truck.time_remaining = 10
self.assertEqual(True, var_truck.is_busy())
var_truck.current_order = None
var_truck.time_remaining = 0
self.assertEqual(False, var_truck.is_busy())
def test_is_busy(self):
price = 4000
making_time = 60
var_truck = FoodTruck(price, making_time)
var_truck.current_order = Order(10)
var_truck.time_remaining = 10
self.assertEqual(True, var_truck.is_busy())
var_truck.current_order = None
var_truck.time_remaining = 0
self.assertEqual(False, var_truck.is_busy())
def parse_response(self, response):
if response.status_code == 200:
response = json.loads(response.text)
open_food_truck_collection = []
# assemble a list of open food trucks as objects
for item in response:
food_truck = FoodTruck(name=item['applicant'],
address=item['location'])
open_food_truck_collection.append(food_truck)
# treat all client- and server-side errors as empty data
else:
return []
return open_food_truck_collection # returns empty list or list of open food truck objects
def main():
order_probability = 300
open_seconds = 60*60*6*20*12
food_list = [(2000, 60)]
food_zone1 = FoodZone(order_probability)
for price, making_time in food_list:
food_zone1.add_truck(FoodTruck(price, making_time))
start_simulation(food_zone1, open_seconds)
print('----# Food zone 결과(영업 시간: {0:.1f}, 손님 확률: 대략 {1}초당 1명) #----'.format(
open_seconds/(60*60), order_probability))
print_food_zone_result(food_zone1, open_seconds)
def test_tick(self):
price = 5000
making_time = 60
var_truck = FoodTruck(price, making_time)
var_truck.current_order = Order(10)
var_truck.time_remaining = 10
for index in range(9, -1, -1):
var_truck.tick()
self.assertEqual(index, var_truck.time_remaining)
self.assertEqual(None, var_truck.current_order)