def add_product():
""" Adds a product to products """
content = request.json
try:
id = None
type = None
product = None
if content["type"] == AbstractProduct.CELLPHONE_TYPE:
cellphone = Cellphone(content['name'], content['price'],
content['cost'], content["date_stocked"],
content["date_sold"], content["is_sold"],
content["camera"], content["security"],
content["screen_body_ratio"])
prod_manager.add_product(cellphone)
id = cellphone.get_id()
type = cellphone.get_type()
product = cellphone
elif content["type"] == AbstractProduct.COMPUTER_TYPE:
computer = Computer(content["name"], content["price"],
content["cost"], content["date_stocked"],
content["date_sold"], content["is_sold"],
content["graphics_card"], content["case"],
content["memory_type"])
prod_manager.add_product(computer)
id = computer.get_id()
type = computer.get_type()
product = computer
print("id = ", id)
print("type = ", type)
print("prod = ", product.to_dict())
response = app.response_class(status=200)
except ValueError as e:
response = app.response_class(response=str(e), status=400)
return response
def test_get_product_stats(self):
""" 070A - Valid get_product_stats """
computer2 = Computer("IBM Thinkpad", 1400, 1000, "07/18/2019",
"08/21/2019", True, "Nvidia Geforce", "Dbrand",
"DDR4")
computer3 = Computer("Macbook Pro", 2000, 1000, "04/11/2019",
"08/21/2019", True, "Nvidia Geforce", "Dbrand",
"DDR4")
cellphone2 = Cellphone("iPhone 11 Pro Max", 2000, 500, "07/18/2019",
"08/21/2019", True, "Nvidia Geforce", "Dbrand",
"DDR4")
cellphone3 = Cellphone("Samsung Galaxy Note 10", 1400, 400,
"07/18/2019", "08/21/2019", True,
"Nvidia Geforce", "Dbrand", "DDR4")
self._product_manager.add_product(computer2)
self._product_manager.add_product(computer3)
self._product_manager.add_product(cellphone2)
self._product_manager.add_product(cellphone3)
product_stats = self._product_manager.get_product_stats()
num_products = product_stats.get_total_num_products()
num_computers = product_stats.get_num_computers()
num_cellphones = product_stats.get_num_cellphones()
avg_computer_profit = product_stats.get_avg_computer_profit()
avg_cellphone_profit = product_stats.get_avg_cellphone_profit()
avg_computer_shelf_time = product_stats.get_avg_computer_shelf_time()
avg_cellphone_shelf_time = product_stats.get_avg_cellphone_shelf_time()
self.assertEqual(6, num_products)
self.assertEqual(3, num_computers)
self.assertEqual(3, num_cellphones)
self.assertEqual(600, avg_computer_profit)
self.assertEqual(1000, avg_cellphone_profit)
self.assertEqual(66, avg_computer_shelf_time)
self.assertEqual(154, avg_cellphone_shelf_time)
def setUp(self):
""" Setup test data """
engine = create_engine('sqlite:///test_products.sqlite')
#Creates all the tables
Base.metadata.create_all(engine)
Base.metadata.bind = engine
self.logPoint()
self._product_manager = ProductManager("test_products.sqlite")
computer1 = Computer("Huawei Matebook X Pro", 1600, 1200, "07/18/2019",
"08/21/2019", True, "Nvidia Geforce", "Dbrand",
"DDR4")
self._product_manager.add_product(computer1)
cellphone5 = Cellphone("Pixel 4", 1000, 500, "03/21/2018",
"04/21/2019", True, "G Camera", "Google Lock",
88)
self._product_manager.add_product(cellphone5)
def main(): o4f = Cellphone() o4f.call() o4f.text() o4f.drop()
def main():
t = Cellphone()
t.call()
t.text()
t.drop()
from cellphone import Cellphone
if __name__ == '__main__':
cp = Cellphone()
cp.call()
cp.text()
cp.drop()
def main():
cellphone = Cellphone()
cellphone.call()
cellphone.text()
cellphone.drop()
def main():
c = Cellphone()
c.call()
c.text()
c.drop()