def test_cart_total():
#Case 1
test = p.Helper(p.create_store())
test.add_to_cart(2)
test.add_to_cart(23)
test.add_to_cart(26)
test.add_to_cart(19)
assert test.cart_total() == round(1299.29 + 249.99 + 119.99 + 27.99, 2)
#Case 2
test2 = p.Helper(p.create_store())
test2.add_to_cart(25)
test2.add_to_cart(17)
test2.add_to_cart(5)
test2.add_to_cart(15)
assert test2.cart_total() == round(74.99 + 5.99 + 399.99 + 1.99, 2)
def test_narrow_categories(capsys):
captured = capsys.readouterr()
test = p.Helper(p.create_store())
if captured.out == "yes":
# happy path case 1
while test.narrow_categories(1) == True:
with mock.patch("builtins.input", side_effect=["Apple", "phone"]):
s = test.narrow_categories(selection)
x = [
"iPhone 12 (ID 1)", "iPad (ID 4)", "Macbook Pro (ID 2)",
"Apple Watch (ID 5)"
]
y = ["iPhone (ID 1)"]
assert s == x, y
# happy path case 2
while test.narrow_categories(5) == True:
with mock.patch("builtins.input", side_effect=["Chair",
"Kitchen"]):
s = test.narrow_categories(selection)
x = ["Kitchen Chair (ID 22)", "Living Room Chair (ID 25)"]
y = ["Kitchen Chair (ID 22)"]
assert s == x, y
# invalid inputs
while test.narrow_categories(1) == True:
with mock.patch("builtins.input",
side_effect=["T-Mobile", "laptop"]):
s = test.narrow_categories(selection)
x = "We do not have this brand in our inventory."
y = "We do not have this electronic type in our inventory."
assert s == x, y
def test_categories_search(capsys):
captured = capsys.readouterr()
test = p.Helper(p.create_store())
if captured.out == "no":
if specific_search == "no" and selection == 1:
assert test.categories_search(1) == ("iPhone 12", 999.99,
"Aisle 1", "Electronics", 8)
if specific_search == "no" and selection == 5:
assert test.categories_search(25) == ("Living Room Chair", 74.99,
"Aisle 8", "Furniture", 8)
elif captured.out == "yes":
test.item_attributes()
def test_check_cart():
test = p.Helper(p.create_store())
test.add_to_cart(1)
test.add_to_cart(8)
test.add_to_cart(13)
test.add_to_cart(21)
test.add_to_cart(26)
assert test.check_cart() == {
1: ["iPhone 12", 999.99, "Aisle 1", "Electronics", 8, 1],
8: ["White Paper Towels", 4.99, "Aisle 3", "Paper Products", 4, 8],
13: ["Half & Half", 3.99, "Aisle 5", "Dairy", 6, 13],
21: ["Sourdough Bread", 4.99, "Aisle 7", "Bakery", 6, 21],
26: ["School Desk", 119.99, "Aisle 9", "Furniture", 2, 26]
}
def test_item_attributes(capsys):
captured = capsys.readouterr()
test = p.Helper(p.create_store())
# happy path case 1
if captured.out == "iPhone 12":
if item == "iPhone 12":
assert test.item_attributes() == (
"iPhone 12 is $999.99 with ID 1 and you can find it in Aisle 1 in the Electronics Department. We currently have 8 in stock."
)
# happy path case 2
if captured.out == "Kitchen Chair":
if item == "Kitchen Chair":
assert test_item_attributes() == (
"Kitchen Chair is $64.99 with ID 22 and you can find it in Aisle 8 in the Furniture Department. We currently have 4 in stock."
)
# invalid input
if captured.out == "Cheese Balls":
if item == "Cheese Balls":
assert test.item_attributes() == (
"This item does not exist in the store.")