def test_new_item_electric_app(monkeypatch, mocker):
"""Tests adding a new item of type ElectricAppliances"""
product_code = 100
description = 'Oven'
market_price = 388
rental_price = 50
brand = 'Samsung'
voltage = '230'
user_input = [
voltage, brand, 'y', 'n', rental_price, description, product_code
]
with captured_output() as out:
mock_electric_appliances = \
mocker.patch.object(ElectricAppliances, 'return_as_dictionary')
mock_price = mocker.patch('inventory_management.market_prices.' +
'get_latest_price',
return_value=market_price)
monkeypatch.setattr('builtins.input', lambda x: user_input.pop())
add_new_item()
mock_electric_appliances.assert_called_once()
mock_price.assert_called_once_with(product_code)
output = out.getvalue()
assert 'New inventory item added' in output
assert product_code in FULL_INVENTORY
print(FULL_INVENTORY)
def test_add_new_item_furniture(self):
"""
Tests main.add_new_item with simulated user input by populating
FULL_INVENTORY with a sample product and verifying that product is stored
with the expected keys and values.
"""
main.FULL_INVENTORY = {}
inputs = (user_in for user_in in [123, 'Desk', 125, 'y', 'wood', 'l'])
def mock_input(prompt):
return next(inputs)
with patch('builtins.input', mock_input):
main.add_new_item()
test_dict = {
'product_code': 123,
'description': 'Desk',
'market_price': 24,
'rental_price': 125,
'material': 'wood',
'size': 'l'
}
self.assertEqual(test_dict, main.FULL_INVENTORY[123])
def test_new_item_furniture(monkeypatch, mocker):
"""Tests adding a new item of type Furniture"""
product_code = 100
description = 'Chair'
market_price = 388
rental_price = 50
material = 'Leather'
size = 'L'
user_input = [size, material, 'y', rental_price, description, product_code]
with captured_output() as out:
mock_furniture = mocker.patch.object(Furniture, 'return_as_dictionary')
mock_price = mocker.patch('inventory_management.market_prices.' +
'get_latest_price',
return_value=market_price)
monkeypatch.setattr('builtins.input', lambda x: user_input.pop())
add_new_item()
mock_furniture.assert_called_once()
mock_price.assert_called_once_with(product_code)
output = out.getvalue()
assert 'New inventory item added' in output
assert product_code in FULL_INVENTORY
print(FULL_INVENTORY)
def test_item_info(self):
mock_input = [
12, "test_description", 15, 'n', 'y', "test_brand", '34kw'
]
with unittest.mock.patch('builtins.input', side_effect=mock_input):
main.add_new_item()
self.assertIn(12, main.full_inventory)
new_dict = main.full_inventory[12]
self.assertEqual("test_description", new_dict['description'])
self.assertEqual(15, new_dict['rental_price'])
self.assertEqual("test_brand", new_dict['brand'])
self.assertEqual('34kw', new_dict['voltage'])
with unittest.mock.patch('builtins.input', side_effect=mock_input):
main.item_info()
test2 = {
'product_code': 12,
'description': 'test_description',
'market_price': 24,
'rental_price': 15,
'brand': 'test_brand',
'voltage': '34kw'
}
def test_main_add_new_item_basic(self, mock_input, mock_latest_price):
"""Tests the add_new_item function in main.py for general inventory."""
with patch('main.inventory_class.Inventory') as mock_inventory:
mock_inventory.return_as_dictionary = MagicMock(return_value=0)
mock_input.side_effect = ['GI-1', 'Fake Plant', 50., 'n', 'n']
main.add_new_item()
mock_inventory.assert_called_with('GI-1', 'Fake Plant', 200., 50.)
def test_main_add_new_item_appliance(self, mock_input, mock_latest_price):
"""Tests the add_new_item function in main.py for an electric appliance."""
with patch('main.electric_appliances_class.ElectricAppliances') as mock_inventory:
mock_inventory.return_as_dictionary = MagicMock(return_value=0)
mock_input.side_effect = ['EA-2', 'Dishwasher', 100., 'n', 'y', 'Maytag', '240']
main.add_new_item()
mock_inventory.assert_called_with('Maytag', '240', 'EA-2', 'Dishwasher', 450., 100.)
def test_main_add_new_item_furniture(self, mock_input, mock_latest_price):
"""Tests the add_new_item function in main.py for furniture."""
with patch('main.furniture_class.Furniture') as mock_inventory:
mock_inventory.return_as_dictionary = MagicMock(return_value=0)
mock_input.side_effect = ['F-1', 'Table', 75., 'y', 'Wood', 'L']
main.add_new_item()
mock_inventory.assert_called_with('Wood', 'L', 'F-1', 'Table', 150., 75.)
def test_add_new_item_NA(self, mock_get_input):
mock_get_input.side_effect = [110, 'item 110 desc', 100, 'n', 'n']
add_new_item()
self.assertTrue(110 in main.FULL_INVENTORY)
self.assertFalse(102 in main.FULL_INVENTORY)
self.assertTrue(
main.FULL_INVENTORY[110]['description'] == 'item 110 desc')
def test_add_new_item_furniture(self, mock_get_input):
mock_get_input.side_effect = [
"C777", "reclining couch", 20.00, "y", "leather", "M", ""
]
add_new_item()
self.assertTrue(20.00 in main.FULL_INVENTORY)
self.assertFalse(30.00 in main.FULL_INVENTORY)
self.assertTrue(
main.FULL_INVENTORY["C777"]['description'] == 'reclining couch')
def test_add_new_item_electric_appliances(self, mock_get_input):
mock_get_input.side_effect = [
"C555", "electric stove", 300.00, "n", "y", "Kenmore", "150 V", ""
]
add_new_item()
self.assertTrue(20.00 in main.FULL_INVENTORY)
self.assertFalse(30.00 in main.FULL_INVENTORY)
self.assertTrue(
main.FULL_INVENTORY["C555"]['description'] == 'electric stove')
def test_item_info(self, mock_get_input):
mock_get_input.side_effect = [
"C555", "electric stove", 300.00, "n", "y", "Kenmore", "150 V", ""
]
add_new_item()
mock_get_input.side_effect = ["C555"]
item_output = item_info()
self.assertTrue(item_output.startswith('product_code: C555'))
self.assertIn('electric stove', item_output)
def test_item_info(self, mock_get_input):
mock_get_input.side_effect = [
101, 'item 101 desc', 100, 'y', 'item 101 matl', 'S', ""
]
add_new_item()
mock_get_input.side_effect = [101]
item_output = item_info()
self.assertTrue(item_output.startswith('product_code:101'))
self.assertIn('item 101 desc', item_output)
def test_add_new_item_electrical(self, mock_get_input):
mock_get_input.side_effect = [
105, 'item 105 desc', 100, 'n', 'y', 'item 101 brand', 120, ""
]
add_new_item()
self.assertTrue(105 in main.FULL_INVENTORY)
self.assertFalse(102 in main.FULL_INVENTORY)
self.assertTrue(
main.FULL_INVENTORY[105]['description'] == 'item 105 desc')
def test_add_new_item_furniture(self, mock_get_input):
mock_get_input.side_effect = [
101, 'item 101 desc', 100, 'y', 'item 101 matl', 'S', ""
]
add_new_item()
self.assertTrue(101 in main.FULL_INVENTORY)
self.assertFalse(102 in main.FULL_INVENTORY)
self.assertTrue(
main.FULL_INVENTORY[101]['description'] == 'item 101 desc')
def test_item_info(self):
"""Tests item info"""
furniture_input = ('01', 'Couch', 100, 'y', 'leather', 'M')
with patch('builtins.input', side_effect=furniture_input):
add_new_item()
with patch('builtins.input', side_effect=['01']):
self.assertEqual(item_info(), None)
with patch('builtins.input', side_effect=['02']):
self.assertEqual(item_info(), None)
def test_item_info(self):
main.FULL_INVENTORY.clear()
with patch('builtins.input',
side_effect=[
'123', 'RiceCooker', '5.99', 'n', 'y', 'GE', '220'
]):
main.add_new_item()
with patch('builtins.input', side_effect=['123']):
self.assertEqual(main.item_info(), True)
with patch('builtins.input', side_effect=['456']):
self.assertEqual(main.item_info(), False)
def test_add_new_item(self):
mock_input = [
2, "test_description", 15, 'n', 'y', "test_brand", '34kw'
]
with unittest.mock.patch('builtins.input', side_effect=mock_input):
main.add_new_item()
self.assertIn(2, main.full_inventory)
new_dict = main.full_inventory[2]
self.assertEqual("test_description", new_dict['description'])
self.assertEqual(15, new_dict['rental_price'])
self.assertEqual("test_brand", new_dict['brand'])
self.assertEqual('34kw', new_dict['voltage'])
def test_addinv(self):
input_inventory = ('789', 'test', 5, 'n', 'n')
expected_item_dic = {
'789': {
'description': 'test',
'market_price': 24, # mkt price is static
'item_code': '789',
'rental_price': 5
}
}
with patch('builtins.input', side_effect=input_inventory):
main.FULL_INVENTORY = {}
main.add_new_item()
self.assertDictEqual(main.FULL_INVENTORY['789'],
expected_item_dic['789'])
def test_add_new_furniture_item(self):
properties = {
"product_code": "25",
"description": "Dishwasher",
"market_price": 200.00,
"rental_price": 12.00,
"material": "Cherry",
"size": 13.2,
"is_furniture": "y"
}
item_count = len(management.FULL_INVENTORY)
main.add_new_item(properties)
self.assertEqual(item_count + 1, len(management.FULL_INVENTORY),
"New furniture item not added")
result = management.get_item(properties["product_code"])
self.assertIsNotNone(result, "New furniture item now found")
def test_add_new_item_furniture(self):
text_trap = io.StringIO()
sys.stdout = text_trap
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"
item_dict["item_material"] = "a"
item_dict["size"] = "S"
item_dict["style"] = "furniture"
user_input = ["1", "a", "1.0", "y", "a", "S"]
f_inventory = {}
f = Furniture(**item_dict)
f_inventory = {}
with patch('builtins.input', side_effect=user_input):
f_inventory = add_new_item(f_inventory)
new_dict = f_inventory["1"]
f = Furniture(**item_dict)
new_dict1 = f.return_as_dictionary()
self.assertEqual(new_dict["product_code"], new_dict1["product_code"])
self.assertEqual(new_dict["description"], new_dict1["description"])
self.assertEqual(new_dict["rental_price"], new_dict1["rental_price"])
self.assertEqual(new_dict["material"], new_dict1["material"])
self.assertEqual(new_dict["size"], new_dict1["size"])
sys.stdout = sys.__stdout__
def test_addapp(self):
input_app = ('456', 'foot masseuse', 50, 'n', 'y', 'Costco', 120)
expected_item_dic = {
'456': {
'description': 'foot masseuse',
'market_price': 24, # mkt price is static
'item_code': '456',
'rental_price': 50,
'brand': 'Costco',
'voltage': 120
}
}
with patch('builtins.input', side_effect=input_app):
main.FULL_INVENTORY = {}
main.add_new_item()
self.assertDictEqual(main.FULL_INVENTORY['456'],
expected_item_dic['456'])
def test_addfurn(self):
input_furniture = ('123', 'bench', 150, 'y', 'wood', 'L')
expected_item_dic = {
'123': {
'description': 'bench',
'market_price': 24, # mkt price is static
'item_code': '123',
'rental_price': 150,
'material': 'wood',
'size': 'L'
}
}
with patch('builtins.input', side_effect=input_furniture):
main.FULL_INVENTORY = {}
main.add_new_item()
self.assertDictEqual(main.FULL_INVENTORY['123'],
expected_item_dic['123'])
def add_new_item_furniture(self,f_inventory):
text_trap = io.StringIO()
sys.stdout = text_trap
user_input = ["1", "a", "1.0", "y", "a", "S"]
with patch('builtins.input', side_effect=user_input):
f_inventory = add_new_item(f_inventory)
sys.stdout = sys.__stdout__
return f_inventory
def test_item_info(self):
""" Verify that item_info function properly calls existing items """
example_item = ('45', 'lamp', 10, 'n', 'n', 'n')
example_string = 'product_code:45\n'\
'description:lamp\n'\
'market_price:24\n'\
'rental_price:10\m'
with patch('builtins.input', side_effect=example_item):
add_new_item()
with patch('builtins.input', side_effect=('45', )):
self.assertEqual(item_info(), print(example_string))
""" Verify that item_info function properly identifies non-existing items """
example_failed_string = 'Item not found in inventory'
with patch('builtins.input', side_effect=('1000', )):
self.assertEqual(item_info(), print(example_failed_string))
def test_dict_main(self, add_new_item):
'''
Testing adding a new item inside main.
'''
dict_inv = {'product_code': '123',
'description': 'Testing',
'market_price': '123.45',
'rental_price': '12.34'}
self.assertEqual(add_new_item(), dict_inv)
def test_item_info(self):
"""Test item info """
test_data = ['1', 'dining', '50', 'y', 'glass', 'L']
with patch('builtins.input', side_effect=test_data):
main.add_new_item()
print(main.FULL_INVENTORY)
test_item_code = 1
with patch('builtins.input', side_effect='2'):
actual_output = main.item_info()
print("nub")
print(actual_output)
expected_output = '''product_code:1
description:dining
market_price:24
rental_price:50
material:glass
size:L'''
self.assertNotEqual(actual_output, expected_output)
def test_input_add(self):
test_dict = {}
test_dict_main = self.test_dict_main
text_trap = io.StringIO()
sys.stdout = text_trap
user_input = ['123', 'Testing', '123.45', '12.34', 'N', 'N']
with patch('builtins.input', side_effect=user_input):
test_dict = add_new_item()
sys.stdout = sys.__stdout__
return test_dict
def test_menu_add(self):
'''
Here we test injecting a value of 1 in the menu
'''
while True:
try:
with patch('builtins.input', side_effect='1'):
self.assertEqual(main_menu(), main.add_new_item())
except StopIteration as error_code:
return error_code
def test_new_item_inventory(self, mock_inventory, mock_price):
"""Tests adding a new item of type Inventory"""
product_code = 100
description = 'Chair'
market_price = 388
rental_price = 50
user_input = [product_code, description, rental_price, 'n', 'n']
with captured_output() as out:
with patch('builtins.input', side_effect=user_input):
add_new_item()
mock_price.assert_called_once_with(product_code)
mock_inventory.assert_called_once_with(product_code,
description,
market_price,
rental_price)
output = out.getvalue()
self.assertIn("New inventory item added", output)
self.assertIn(product_code, FULL_INVENTORY)
def test_add_new_item(self):
""" Tests main.add_new_item with simulated user input. """
main.FULL_INVENTORY = {}
inputs = (user_in for user_in in [999, 'Vase', 1400, 'n', 'n'])
def mock_input(prompt):
return next(inputs)
with patch('builtins.input', mock_input):
main.add_new_item()
test_dict = {
'product_code': 999,
'description': 'Vase',
'market_price': 24,
'rental_price': 1400
}
self.assertEqual(test_dict, main.FULL_INVENTORY[999])
