def test_get_latest_price_mock(self):
"""a mock test"""
market_prices.get_latest_price = MagicMock(return_value=3)
market_prices.get_latest_price()
market_prices.get_latest_price.assert_called()
market_prices.get_latest_price.assert_called_once()
self.assertEqual(3, market_prices.get_latest_price())
def test_get_latest_price(self):
# Given
item_code = 1234
# When
result = get_latest_price(item_code)
# Then
self.assertEqual(24, get_latest_price(item_code))
def test_get_latest_price(self):
"""Tests that get latest price returns the expected value.
In this case, the expected value is what we pass in.
The function is very broken.
"""
self.assertEqual(get_latest_price(100), 100)
self.assertEqual(get_latest_price(1000), 1000)
self.assertEqual(get_latest_price(-100), -100)
self.assertEqual(get_latest_price(-1000), -1000)
def test_get_latest_price_market():
"""Tests that get latest price returns the expected value.
In this case, the expected value is what we pass in.
We're testing a broken output yielding incorrect results.
"""
assert get_latest_price(100) == 100
assert get_latest_price(1000) == 1000
assert get_latest_price(-100) == -100
assert get_latest_price(-1000) == -1000
def add_new_item():
# global FULL_INVENTORY
item_code = input("Enter item code: ")
item_description = input("Enter item description: ")
item_rental_price = input("Enter item rental price: ")
# Get price from the market prices module
item_price = get_latest_price(item_code)
new_item_dict = {
'product_code': item_code,
'description': item_description,
'market_price': item_price,
'rental_price': item_rental_price
}
is_furniture = input("Is this item a piece of Furniture? (Y/N): ")
if is_furniture.lower() == "y":
item_material = input("Enter item material: ")
item_size = input("Enter item size (S,M,L,XL): ")
new_item = Furniture(material=item_material,
size=item_size,
**new_item_dict)
else:
is_electric_appliance = input("Is this item an electric appliance? \
(Y/N): ")
if is_electric_appliance.lower() == "y":
item_brand = input("Enter item brand: ")
item_voltage = input("Enter item voltage: ")
new_item = ElectricAppliances(brand=item_brand,
voltage=item_voltage,
**new_item_dict)
else:
new_item = Inventory(**new_item_dict)
FULL_INVENTORY.append(new_item)
print("New inventory item added")
def test_main(self):
add_inv_item = ("1234", "inventory item", "2", "n", "n")
add_furn_item = ("5678", "furniture item", "4", "y", "furniture material", "M")
add_elect_item = ("9012", "electric appliance item", "6", "n",
"y", "appliance brand", "120")
test_inventory = {"9012": {"product_code": "9012", "description": "electric appliance item",
"market_price": 24, "rental_price": "6",
"brand": "appliance brand", "voltage": "120"},
"5678": {"product_code": "5678", "description": "furniture item",
"market_price": 24, "rental_price": "4",
"material": "furniture material", "size": "M"},
"1234": {"product_code": "1234", "description": "inventory item",
"market_price": 24, "rental_price": "2"}}
test_item = ["1234"]
test_item_expected = {"description": "inventory item", "market_price": 24,
"product_code": "1234", "rental_price": "2"}
with patch("builtins.input", side_effect=add_inv_item):
main.add_new_item()
with patch("builtins.input", side_effect=add_furn_item):
main.add_new_item()
with patch("builtins.input", side_effect=add_elect_item):
main.add_new_item()
with patch("builtins.input", side_effect=test_item):
self.assertEqual(main.item_info(), test_item_expected)
self.assertEqual(test_inventory, main.FULL_INVENTORY)
self.assertEqual(24, market_prices.get_latest_price(1234))
with self.assertRaises(SystemExit):
main.exit_program()
def add_new_item():
"""
docstring
"""
global fullInventory
item_code = input("Enter item code: ")
item_description = input("Enter item description: ")
item_rental_price = input("Enter item rental price: ")
# Get price from the market prices module
item_price = market_prices.get_latest_price(item_code)
is_furniture = input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
item_material = input("Enter item material: ")
item_size = input("Enter item size (S,M,L,XL): ")
new_item = furnitureClass.furniture(item_code, item_description,
item_price, item_rental_price,
item_material, item_size)
else:
is_electric_appliance = input(
"Is this item an electric appliance? (Y/N): ")
if is_electric_appliance.lower() == "y":
item_brand = input("Enter item brand: ")
item_voltage = input("Enter item voltage: ")
new_item = electricAppliancesClass.electricAppliances(
item_code, item_description, item_price, item_rental_price,
item_brand, item_voltage)
else:
new_item = inventoryClass.inventory(item_code, item_description,
item_price, item_rental_price)
fullInventory[item_code] = new_item.returnAsDictionary()
print("New inventory item added")
def add_new_item():
"""
This is a method to add new items to the inventory
"""
product_info = {}
product_info['product_code'] = input("Enter item code: ")
product_info['description'] = input("Enter item description: ")
product_info['rental_price'] = input("Enter item rental price: ")
# Get price from the market prices module
product_info['market_price'] = market_prices.get_latest_price(
product_info['product_code'])
is_furniture = input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
product_info['material'] = input("Enter item material: ")
product_info['size'] = input("Enter item size (S,M,L,XL): ")
new_item = furniture_class.Furniture(product_info)
else:
is_electric_appliance = input(
"Is this item an electric appliance? (Y/N): ")
if is_electric_appliance.lower() == "y":
product_info['brand'] = input("Enter item brand: ")
product_info['voltage'] = input("Enter item voltage: ")
new_item = electric_appliances_class.ElectricAppliances(
product_info)
else:
new_item = inventory_class.Inventory(product_info)
FULL_INVENTORY[
product_info['product_code']] = new_item.return_as_dictionary()
print("New inventory item added")
def test_main_integration(self):
"""Test all functions with main as a starting point"""
price = market_prices.get_latest_price(0)
#Adding non categorized inventory item with main
item1 = ['1', 'shoe', '1', 'n', 'n']
with patch('builtins.input', side_effect=item1):
main.add_new_item()
unintegrated_item1 = Inventory(['1', 'shoe', price, '1'])
#Adding furniture item with main
item2 = ['2', 'chair', '2', 'y', 'wood', 'S']
with patch('builtins.input', side_effect=item2):
main.add_new_item()
unintegrated_item2 = Furniture(['2', 'chair', price, '2'], 'wood', 'S')
#Adding electric appliance with main
item3 = ['3', 'stove', '3', 'n', 'y', 'LG', '100']
with patch('builtins.input', side_effect=item3):
main.add_new_item()
unintegrated_item3 = ElectricAppliances(['3', 'stove', price, '3'],
'LG', '100')
actual_inventory = main.return_full_inventory()
expected_inventory = {
'1': unintegrated_item1.return_as_dictionary(),
'2': unintegrated_item2.return_as_dictionary(),
'3': unintegrated_item3.return_as_dictionary()
}
self.assertEqual(actual_inventory, expected_inventory)
def get_price(item_code):
"""
Get price data
:param item_code: integer
:return: floating point
"""
return get_latest_price(item_code)
class Test_InventoryClass(TestCase):
def test_init(self):
item_dict = {}
item_dict["item_code"] = 2
item_dict["item_description"] = "b"
item_dict["item_rental_price"] = 2.0
item_dict["item_price"] = 2.0
i = Inventory(**item_dict)
self.assertEqual(i.product_code, 2)
self.assertEqual(i.description, "b")
self.assertEqual(i.rental_price, 2.0)
self.assertEqual(i.market_price, 2.0)
def test_return_as_dictionary(self):
item_dict = {}
item_dict["item_code"] = 2
item_dict["item_description"] = "b"
item_dict["item_rental_price"] = 2.0
item_dict["item_price"] = 2.0
i = Inventory(**item_dict)
new_dict = i.return_as_dictionary()
self.assertEqual(i.product_code, new_dict["product_code"])
self.assertEqual(i.description, new_dict["description"])
self.assertEqual(i.rental_price, new_dict["rental_price"])
def test_check_market_price(self):
item_dict = {}
item_dict["item_code"] = 2
item_dict["item_description"] = "b"
item_dict["item_rental_price"] = 2.0
item_dict["item_price"] = 2.0
i = Inventory(**item_dict)
self.assertEqual(i.check_market_price(), False)
i.market_price = get_latest_price()
self.assertEqual(i.check_market_price(), True)
def add_new_item():
"""add a new item into full inventory"""
item_code = input("Enter item code: ")
item_description = input("Enter item description: ")
item_rental_price = input("Enter item rental price: ")
# Get price from the market prices module
item_price = get_latest_price(item_code)
is_furniture = input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
item_material = input("Enter item material: ")
item_size = input("Enter item size (S,M,L,XL): ")
new_item = Furniture(item_code, item_description,\
item_price, item_rental_price,\
item_material, item_size)
else:
is_electric_appliance = input("Is this item an electric appliance? (Y/N): ")
if is_electric_appliance.lower() == "y":
item_brand = input("Enter item brand: ")
item_voltage = input("Enter item voltage: ")
new_item = ElectricAppliances(item_code, item_description,\
item_price, item_rental_price, item_brand, item_voltage)
else:
new_item = Inventory(item_code, item_description, item_price, item_rental_price)
FULL_INVENTORY[item_code] = new_item.return_as_dictionary()
print("New inventory item added")
def test_get_latest_price(self):
"""Test the user can retrieve the latest market price"""
market_prices.get_latest_price = MagicMock(return_value=24)
actual_price = market_prices.get_latest_price(1)
expected_price = 24
market_prices.get_latest_price.assert_called_with(1)
self.assertEqual(actual_price, expected_price)
def add_new_item():
"""gets information about a new item from user,
then enters item into inventory"""
code = input("Enter item code: ")
description = input("Enter item description: ")
rental_price = input("Enter item rental price: ")
# Get price from the market prices module
price = market_prices.get_latest_price(code)
is_furniture = input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
material = input("Enter item material: ")
size = input("Enter item size (S,M,L,XL): ")
new_item = furniture_class.Furniture(code, description, price,
rental_price, material, size)
else:
is_electric_appliance = input("Is this item an electric appliance? (Y/N): ")
if is_electric_appliance.lower() == "y":
brand = input("Enter item brand: ")
voltage = input("Enter item voltage: ")
new_item = electric_appliances_class.ElectricAppliances(code, description, price,
rental_price, brand, voltage)
else:
new_item = inventory_class.Inventory(code, description, price,
rental_price)
FULL_INVENTORY[code] = new_item.return_as_dictionary()
print("New inventory item added")
def test_market_prices(self):
"Mock test market_prices"
self.assertEqual(get_latest_price(624), 24)
self.get_latest_price = MagicMock(return_value=38)
assert self.get_latest_price(624) == 38
def test_get_market_price(self):
"""
MarketPrices.get_latest_price will always return 24 for now.
TODO: Fix this test upon build out of MarketPrices.get_latest_price
"""
for i in range(10):
self.assertEqual(24, MarketPrices.get_latest_price(i))
def addnewitem():
'''
method docstring
'''
itemcode = input("Enter item code: ")
itemdescription = input("Enter item description: ")
itemrentalprice = input("Enter item rental price: ")
# Get price from the market prices module
itemprice = market_prices.get_latest_price(itemcode)
isfurniture = input("Is this item a piece of furniture? (Y/N): ")
if isfurniture.lower() == "y":
itemmaterial = input("Enter item material: ")
itemsize = input("Enter item size (S,M,L,XL): ")
newitem = furnitureclass.Furniture(itemcode, itemdescription,
itemprice, itemrentalprice,
itemmaterial, itemsize)
else:
iselectricappliance = input(
"Is this item an electric appliance? (Y/N): ")
if iselectricappliance.lower() == "y":
itembrand = input("Enter item brand: ")
itemvoltage = input("Enter item voltage: ")
newitem = electricappliancesclass.Electricappliances(
itemcode, itemdescription, itemprice, itemrentalprice,
itembrand, itemvoltage)
else:
newitem = inventoryclass.Inventory(itemcode, itemdescription,
itemprice, itemrentalprice)
FULL_INVENTORY[itemcode] = newitem.returnasdictionary()
print("New inventory item added")
def add_new_item():
"""
add a new item to the inventory based on user inputs
"""
#global FULL_INVENTORY
item_code = get_input("Enter item code: ")
item_desc = get_input("Enter item description: ")
item_rental_price = get_input("Enter item rental price: ")
# Get price from the market prices module
item_price = market_prices.get_latest_price(item_code)
new_inventory_item = inventory_class.Inventory(item_code, item_desc,
item_price,
item_rental_price)
is_furniture = get_input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
item_material = get_input("Enter item material: ")
item_size = get_input("Enter item size (S,M,L,XL): ")
new_item = furniture_class.Furniture(new_inventory_item, item_material,
item_size)
else:
is_electrical_appliance = get_input(
"Is this item an electric appliance? (Y/N): ")
if is_electrical_appliance.lower() == "y":
item_brand = get_input("Enter item brand: ")
item_voltage = get_input("Enter item voltage: ")
new_item = elec_appliances_class.ElecAppliances(
new_inventory_item, item_brand, item_voltage)
else:
new_item = new_inventory_item
FULL_INVENTORY[item_code] = new_item.return_as_dictionary()
print("New inventory item added")
return new_item.return_as_dictionary
def addnew_item():
'''Add new item to inventory.'''
item_code = input("Enter item code: ")
item_description = input("Enter item description: ")
item_rental_price = input("Enter item rental price: ")
# Get price from the market prices module
item_price = market_prices.get_latest_price(item_code)
is_furniture = input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
item_material = input("Enter item material: ")
item_size = input("Enter item size (S,M,L,XL): ")
new_item = furniture_class.Furniture(item_code, item_description,
item_price, item_rental_price,
item_material, item_size)
else:
is_electric_appliance = input("Is this item" +
"an electric appliance? (Y/N): ")
if is_electric_appliance.lower() == "y":
item_brand = input("Enter item brand: ")
item_voltage = input("Enter item voltage: ")
new_item = (electric_appliances_class.ElectricAppliance(
item_code, item_description, item_price, item_rental_price,
item_brand, item_voltage))
else:
new_item = inventory_class.Inventory(item_code, item_description,
item_price, item_rental_price)
FULL_INVENTORY[item_code] = new_item.return_as_dictionary()
print("New inventory item added")
def test_integration(self):
'''testing integration'''
# integrate market price
market_price = market_prices.get_latest_price(1)
#create a dict mocking items
item_one = ['1', 'Painting', '50', 'n', 'n']
item_two = ['2', 'Desk', '100', 'y', 'wood', 'L']
item_three = ['3', 'Washer', '200', 'n', 'y', 'Kenmore', '120']
with patch('builtins.input', side_effect=item_one):
main.add_new_item()
with patch('builtins.input', side_effect=item_two):
main.add_new_item()
with patch('builtins.input', side_effect=item_three):
main.add_new_item()
test_dict = {
'1': {
'product_code': '1',
'description': 'Painting',
'market_price': 24,
'rental_price': '50'
},
'2': {
'product_code': '2',
'description': 'Desk',
'market_price': 24,
'rental_price': '100',
'material': 'wood',
'size': 'L'
},
'3': {
'product_code': '3',
'description': 'Washer',
'market_price': 24,
'rental_price': '200',
'brand': 'Kenmore',
'voltage': '120'
}
}
# create items using the class modules
class_item_one = Inventory('1', 'Painting', market_price, '50')
class_item_two = Furniture('2', 'Desk', market_price, '100', 'wood',
'L')
class_item_three = ElectricAppliances('3', 'Washer', market_price,
'200', 'Kenmore', '120')
class_dict = {
'1': class_item_one.return_as_dictionary(),
'2': class_item_two.return_as_dictionary(),
'3': class_item_three.return_as_dictionary()
}
# compare the items built with the class modules with the mock test items
self.assertEqual(class_dict, test_dict)
def setUp(self):
# Intercept the standard out to validate certain outputs are written
# to the console.
self.hold_stdout = sys.stdout
self.stdout_intercept = io.StringIO()
sys.stdout = self.stdout_intercept
self.inventory = Inventory("Bird House", "Its a bird home",
Prices.get_latest_price("Bird House"), 2000)
self.furniture = Furniture("Therapist Couch",
"Tell me about your mother",
Prices.get_latest_price("Therapist Couch"),
3000, "existential crises", "L")
self.appliance = ElectricAppliances("edp_001", "Electric Dog Polisher",
Prices.get_latest_price("edp_001"),
4000, "Purina", 5)
def test_get_price(self):
''' Test the get price method '''
self.assertEqual(main.getprice(), print('Get price'))
main.getprice = MagicMock(return_value=24)
self.assertEqual(mp.get_latest_price("abc"), 24)
self.assertEqual(main.getprice('777'), 24)
main.getprice.assert_called()
main.getprice.assert_called_with('777')
main.getprice.assert_called_once_with('777')
def get_price(item_code):
"""
:param item_code:
:type item_code:
:return:
:rtype:
"""
price = market_prices.get_latest_price(item_code)
return price
def test_module(self):
full_inventory = {}
# full_inventory = {
# 'e': electricAppliances('e', 'this is a test inventory', 1000, 1200, 'python', 110),
# 'f': furniture('f', 'this is a test inventory', 1000, 1200, 'plastic', '12x12'),
# }
# Get price
self.assertEqual(24, market_prices.get_latest_price('e'))
self.assertEqual(24, market_prices.get_latest_price('f'))
# Add new electric appliance and new furniture
full_inventory['e'] = electricAppliances('e',
'this is a test inventory',
1000, 1200, 'python',
110).returnAsDictionary()
full_inventory['f'] = furniture('f', 'this is a test inventory', 1000,
1200, 'plastic',
'12x12').returnAsDictionary()
def test_check_market_price(self):
item_dict = {}
item_dict["item_code"] = 1
item_dict["item_description"] = "a"
item_dict["item_rental_price"] = 1.0
item_dict["item_price"] = 1.0
i = Inventory(**item_dict)
self.assertEqual(i.check_market_price(), False)
i.market_price = get_latest_price()
self.assertEqual(i.check_market_price(), True)
def setUp(self):
self.product_code = 24
self.description = "Junk"
self.market_price = get_latest_price(self.product_code)
self.rental_price = 30
self.inventory = inventory_class.Inventory(self.product_code,
self.description,
self.market_price,
self.rental_price)
def setUp(self):
self.product_code = 23
self.description = "Table"
self.market_price = get_latest_price(self.product_code)
self.rental_price = 23
self.material = "Wood"
self.size = "L"
self.furniture = Furniture(self.product_code, self.description,
self.market_price, self.rental_price,
self.material, self.size)
def collect_product_info():
""" Collect common info for Inventory items.
"""
item_code = get_item_code()
item_description = get_item_description()
item_rental_price = get_item_rental_price()
# Get price from the market prices module
item_price = mp.get_latest_price(item_code)
return item_code, item_description, item_rental_price, item_price
def get_price(item_code):
"""Calls market_price.get_latest_price and returns value
Args:
item_code (str) : Code of the item to fetch price for.
Returns:
int value returned from market_prices.get_latest_price
"""
return market_prices.get_latest_price(item_code)
def get_price(item_code):
"""
Get the price of an item
Args:
item_code: Item code number
Returns:
price: Item price
"""
print("Get price on " + str(item_code))
return market_prices.get_latest_price(item_code)
