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[Mecha Munch Management]: Reformatted Test File & Pulled Data out into Its Own File (#3860)

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[no important files changed]
* Reformatted test file to test file plus test data file.
* Reverted stub to empty.
* Updated config in hopes the tests pass.
This commit is contained in:
BethanyG
2025-02-11 18:06:11 -08:00
committed by GitHub
parent bd05215644
commit 445e49f3a6
3 changed files with 418 additions and 142 deletions
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3
exercises/concept/mecha-munch-management/.meta/config.json
View File

@@ -14,6 +14,9 @@
],
"exemplar": [
".meta/exemplar.py"
],
"editor": [
"dict_methods_test_data.py"
]
},
"icon": "gross-store",

164
exercises/concept/mecha-munch-management/dict_methods_test.py
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@@ -1,29 +1,29 @@
import unittest
import pytest
from collections import OrderedDict
from dict_methods import (add_item,
read_notes,
update_recipes,
sort_entries,
send_to_store,
update_store_inventory)
from dict_methods import (
add_item,
read_notes,
update_recipes,
sort_entries,
send_to_store,
update_store_inventory,
)
from dict_methods_test_data import (
add_item_data,
read_notes_data,
update_recipes_data,
sort_entries_data,
send_to_store_data,
update_store_inventory_data,
)
class MechaMunchManagementTest(unittest.TestCase):
@pytest.mark.task(taskno=1)
def test_add_item(self):
input_data = [
({'Apple': 1, 'Banana': 4 }, ('Apple', 'Banana', 'Orange')),
({'Orange': 1, 'Raspberry': 1, 'Blueberries': 10}, ['Raspberry', 'Blueberries', 'Raspberry']),
({'Broccoli': 1, 'Banana': 1}, ('Broccoli', 'Kiwi', 'Kiwi', 'Kiwi', 'Melon', 'Apple', 'Banana', 'Banana'))
]
output_data = [{'Apple': 2, 'Banana': 5, 'Orange': 1},
{'Orange': 1, 'Raspberry': 3, 'Blueberries': 11},
{'Broccoli': 2, 'Banana': 3, 'Kiwi': 3, 'Melon': 1, 'Apple': 1}]
for variant, (input_data, expected) in enumerate(zip(input_data, output_data), start=1):
for variant, (input_data, expected) in enumerate(add_item_data, start=1):
with self.subTest(f'variation #{variant}', input_data=input_data, expected=expected):
actual_result = add_item(input_data[0], input_data[1])
error_msg= (f'Called add_item({input_data[0]}, {input_data[1]}). '
@@ -34,13 +34,7 @@ class MechaMunchManagementTest(unittest.TestCase):
@pytest.mark.task(taskno=2)
def test_read_notes(self):
input_data = [('Apple', "Banana"), ('Orange', 'Raspberry', 'Blueberries'),
['Broccoli', 'Kiwi', 'Melon', 'Apple', 'Banana']]
output_data = [{'Apple': 1, 'Banana': 1}, {'Orange': 1, 'Raspberry': 1, 'Blueberries': 1},
{'Broccoli': 1, 'Kiwi': 1, 'Melon': 1, 'Apple': 1, 'Banana': 1}]
for variant, (input_data, expected) in enumerate(zip(input_data, output_data), start=1):
for variant, (input_data, expected) in enumerate(read_notes_data, start=1):
with self.subTest(f'variation #{variant}', input_data=input_data, expected=expected):
actual_result = read_notes(input_data)
error_msg = (f'Called read_notes({input_data}). '
@@ -51,36 +45,7 @@ class MechaMunchManagementTest(unittest.TestCase):
@pytest.mark.task(taskno=3)
def test_update_recipes(self):
input_data = [
({'Banana Bread' : {'Banana': 1, 'Apple': 1, 'Walnuts': 1, 'Flour': 1, 'Eggs': 2, 'Butter': 1},
'Raspberry Pie' : {'Raspberry': 1, 'Orange': 1, 'Pie Crust': 1, 'Cream Custard': 1}},
(('Banana Bread', {'Banana': 4, 'Walnuts': 2, 'Flour': 1, 'Butter': 1, 'Milk': 2, 'Eggs': 3}),)),
({'Apple Pie': {'Apple': 1, 'Pie Crust': 1, 'Cream Custard': 1},
'Blueberry Pie': {'Blueberries': 1, 'Pie Crust': 1, 'Cream Custard': 1}},
(('Blueberry Pie', {'Blueberries': 2, 'Pie Crust': 1, 'Cream Custard': 1}),
('Apple Pie', {'Apple': 1, 'Pie Crust': 1, 'Cream Custard': 1}))),
({'Banana Bread' : {'Banana': 1, 'Apple': 1, 'Walnuts': 1, 'Flour': 1, 'Eggs': 2, 'Butter': 1},
'Raspberry Pie' : {'Raspberry': 1, 'Orange': 1, 'Pie Crust': 1, 'Cream Custard': 1},
'Pasta Primavera': {'Eggs': 1, 'Carrots': 1, 'Spinach': 2, 'Tomatoes': 3, 'Parmesan': 2, 'Milk': 1, 'Onion': 1}},
(('Raspberry Pie', {'Raspberry': 3, 'Orange': 1, 'Pie Crust': 1, 'Cream Custard': 1, 'Whipped Cream': 2}),
('Pasta Primavera', {'Eggs': 1, 'Mixed Veggies': 2, 'Parmesan': 2, 'Milk': 1, 'Spinach': 1, 'Bread Crumbs': 1}),
('Blueberry Crumble', {'Blueberries': 2, 'Whipped Creme': 2, 'Granola Topping': 2, 'Yogurt': 3})))
]
output_data = [
{'Banana Bread': {'Banana': 4, 'Walnuts': 2, 'Flour': 1, 'Butter': 1, 'Milk': 2, 'Eggs': 3},
'Raspberry Pie': {'Raspberry': 1, 'Orange': 1, 'Pie Crust': 1, 'Cream Custard': 1}},
{'Apple Pie': {'Apple': 1, 'Pie Crust': 1, 'Cream Custard': 1},
'Blueberry Pie': {'Blueberries': 2, 'Pie Crust': 1, 'Cream Custard': 1}},
{'Banana Bread': {'Banana': 1, 'Apple': 1, 'Walnuts': 1, 'Flour': 1, 'Eggs': 2, 'Butter': 1},
'Raspberry Pie': {'Raspberry': 3, 'Orange': 1, 'Pie Crust': 1, 'Cream Custard': 1, 'Whipped Cream': 2},
'Pasta Primavera': {'Eggs': 1, 'Mixed Veggies': 2, 'Parmesan': 2, 'Milk': 1, 'Spinach': 1, 'Bread Crumbs': 1},
'Blueberry Crumble': {'Blueberries': 2, 'Whipped Creme': 2, 'Granola Topping': 2, 'Yogurt': 3}}
]
for variant, (input_data, expected) in enumerate(zip(input_data, output_data), start=1):
for variant, (input_data, expected) in enumerate(update_recipes_data, start=1):
with self.subTest(f'variation #{variant}', input_data=input_data, expected=expected):
actual_result = update_recipes(input_data[0], input_data[1])
error_msg = (f'Called update_recipes({input_data[0]}, {input_data[1]}). '
@@ -91,21 +56,7 @@ class MechaMunchManagementTest(unittest.TestCase):
@pytest.mark.task(taskno=4)
def test_sort_entries(self):
input_data = [
{'Banana': 4, 'Apple': 2, 'Orange': 1, 'Pear': 12},
{'Apple': 3, 'Orange': 5, 'Banana': 1, 'Avocado': 2},
{'Orange': 3, 'Banana': 2, 'Apple': 1},
{'Apple': 2, 'Raspberry': 2, 'Blueberries': 5, 'Broccoli' : 2, 'Kiwi': 1, 'Melon': 4}
]
output_data = [
{'Apple': 2, 'Banana': 4, 'Orange': 1, 'Pear': 12},
{'Apple': 3, 'Avocado': 2, 'Banana': 1, 'Orange': 5},
{'Apple': 1, 'Banana': 2, 'Orange': 3},
{'Apple' : 2, 'Blueberries': 5, 'Broccoli': 2, 'Kiwi': 1, 'Melon': 4, 'Raspberry': 2}
]
for variant, (input_data, expected) in enumerate(zip(input_data, output_data), start=1):
for variant, (input_data, expected) in enumerate(sort_entries_data, start=1):
with self.subTest(f'variation #{variant}', input_data=input_data, expecred=expected):
actual_result = sort_entries(input_data)
error_msg = (f'Called sort_entries({input_data}). '
@@ -119,49 +70,7 @@ class MechaMunchManagementTest(unittest.TestCase):
@pytest.mark.task(taskno=5)
def test_send_to_store(self):
input_data = [
({'Banana': 3, 'Apple': 2, 'Orange': 1, 'Milk': 2},
{'Banana': ['Aisle 5', False], 'Apple': ['Aisle 4', False],
'Orange': ['Aisle 4', False], 'Milk': ['Aisle 2', True]}),
({'Kiwi': 3, 'Juice': 5, 'Yoghurt': 2, 'Milk': 5},
{'Kiwi': ['Aisle 6', False], 'Juice': ['Aisle 5', False],
'Yoghurt': ['Aisle 2', True], 'Milk': ['Aisle 2', True]}),
({'Apple': 2, 'Raspberry': 2, 'Blueberries': 5,
'Broccoli': 2, 'Kiwi': 1, 'Melon': 4},
{'Apple': ['Aisle 1', False], 'Raspberry': ['Aisle 6', False],
'Blueberries': ['Aisle 6', False], 'Broccoli': ['Aisle 3', False],
'Kiwi': ['Aisle 6', False], 'Melon': ['Aisle 6', False]}),
({'Orange': 1},
{'Banana': ['Aisle 5', False], 'Apple': ['Aisle 4', False],
'Orange': ['Aisle 4', False], 'Milk': ['Aisle 2', True]}),
({'Banana': 3, 'Apple': 2, 'Orange': 1},
{'Banana': ['Aisle 5', False], 'Apple': ['Aisle 4', False],
'Orange': ['Aisle 4', False], 'Milk': ['Aisle 2', True]}),
]
output_data = [
{'Orange': [1, 'Aisle 4', False], 'Milk': [2, 'Aisle 2', True],
'Banana': [3, 'Aisle 5', False], 'Apple': [2, 'Aisle 4', False]},
{'Yoghurt': [2, 'Aisle 2', True], 'Milk': [5, 'Aisle 2', True],
'Kiwi': [3, 'Aisle 6', False], 'Juice': [5, 'Aisle 5', False]},
{'Raspberry': [2, 'Aisle 6', False], 'Melon': [4, 'Aisle 6', False],
'Kiwi': [1, 'Aisle 6', False], 'Broccoli': [2, 'Aisle 3', False],
'Blueberries': [5, 'Aisle 6', False], 'Apple': [2, 'Aisle 1', False]},
{'Orange': [1, 'Aisle 4', False]},
{'Orange': [1, 'Aisle 4', False], 'Banana': [3, 'Aisle 5', False],
'Apple': [2, 'Aisle 4', False]},
]
for variant, (input_data, expected) in enumerate(zip(input_data, output_data), start=1):
for variant, (input_data, expected) in enumerate(send_to_store_data, start=1):
with self.subTest(f'variation #{variant}', input_data=input_data, expected=expected):
actual_result = send_to_store(input_data[0], input_data[1])
error_msg = (f'Called send_to_store({input_data[0]}, {input_data[1]}). '
@@ -175,36 +84,7 @@ class MechaMunchManagementTest(unittest.TestCase):
@pytest.mark.task(taskno=6)
def test_update_store_inventory(self):
input_data = [
({'Orange': [1, 'Aisle 4', False], 'Milk': [2, 'Aisle 2', True],
'Banana': [3, 'Aisle 5', False], 'Apple': [2, 'Aisle 4', False]},
{'Banana': [15, 'Aisle 5', False], 'Apple': [12, 'Aisle 4', False],
'Orange': [1, 'Aisle 4', False], 'Milk': [4, 'Aisle 2', True]}),
({'Kiwi': [3, 'Aisle 6', False]},{'Kiwi': [3, 'Aisle 6', False], 'Juice': [5, 'Aisle 5', False],
'Yoghurt': [2, 'Aisle 2', True], 'Milk': [5, 'Aisle 2', True]}),
({'Kiwi': [1, 'Aisle 6', False], 'Melon': [4, 'Aisle 6', False], 'Apple': [2, 'Aisle 1', False],
'Raspberry': [2, 'Aisle 6', False], 'Blueberries': [5, 'Aisle 6', False],
'Broccoli': [1, 'Aisle 3', False]},
{'Apple': [2, 'Aisle 1', False], 'Raspberry': [5, 'Aisle 6', False],
'Blueberries': [10, 'Aisle 6', False], 'Broccoli': [4, 'Aisle 3', False],
'Kiwi': [1, 'Aisle 6', False], 'Melon': [8, 'Aisle 6', False]})
]
output_data = [
{'Banana': [12, 'Aisle 5', False], 'Apple': [10, 'Aisle 4', False],
'Orange': ['Out of Stock', 'Aisle 4', False], 'Milk': [2, 'Aisle 2', True]},
{'Juice': [5, 'Aisle 5', False], 'Yoghurt': [2, 'Aisle 2', True],
'Milk': [5, 'Aisle 2', True], 'Kiwi': ["Out of Stock", 'Aisle 6', False]},
{'Kiwi': ['Out of Stock', 'Aisle 6', False], 'Melon': [4, 'Aisle 6', False],
'Apple': ['Out of Stock', 'Aisle 1', False], 'Raspberry': [3, 'Aisle 6', False],
'Blueberries': [5, 'Aisle 6', False], 'Broccoli': [3, 'Aisle 3', False]}
]
for variant, (input_data, expected) in enumerate(zip(input_data, output_data), start=1):
for variant, (input_data, expected) in enumerate(update_store_inventory_data, start=1):
with self.subTest(f'variation #{variant}', input_data=input_data, expected=expected):
actual_result = update_store_inventory(input_data[0], input_data[1])
error_msg = (f'Called update_store_inventory({input_data[0]}, {input_data[1]}). '

393
exercises/concept/mecha-munch-management/dict_methods_test_data.py Normal file
View File

@@ -0,0 +1,393 @@
##add_item test cases##
add_item_inputs = [
({"Apple": 1, "Banana": 4}, ("Apple", "Banana", "Orange")),
(
{"Orange": 1, "Raspberry": 1, "Blueberries": 10},
["Raspberry", "Blueberries", "Raspberry"],
),
(
{"Broccoli": 1, "Banana": 1},
("Broccoli", "Kiwi", "Kiwi", "Kiwi", "Melon", "Apple", "Banana", "Banana"),
),
]
add_item_outputs = [
{"Apple": 2, "Banana": 5, "Orange": 1},
{"Orange": 1, "Raspberry": 3, "Blueberries": 11},
{"Broccoli": 2, "Banana": 3, "Kiwi": 3, "Melon": 1, "Apple": 1},
]
add_item_data = zip(add_item_inputs, add_item_outputs)
##read_notes test cases##
read_notes_inputs = [
("Apple", "Banana"),
("Orange", "Raspberry", "Blueberries"),
["Broccoli", "Kiwi", "Melon", "Apple", "Banana"],
]
read_notes_outputs = [
{"Apple": 1, "Banana": 1},
{"Orange": 1, "Raspberry": 1, "Blueberries": 1},
{"Broccoli": 1, "Kiwi": 1, "Melon": 1, "Apple": 1, "Banana": 1},
]
read_notes_data = zip(read_notes_inputs, read_notes_outputs)
##update_recipes test cases##
update_recipes_inputs = [
(
{
"Banana Bread": {
"Banana": 1,
"Apple": 1,
"Walnuts": 1,
"Flour": 1,
"Eggs": 2,
"Butter": 1,
},
"Raspberry Pie": {
"Raspberry": 1,
"Orange": 1,
"Pie Crust": 1,
"Cream Custard": 1,
},
},
(
(
"Banana Bread",
{
"Banana": 4,
"Walnuts": 2,
"Flour": 1,
"Butter": 1,
"Milk": 2,
"Eggs": 3,
},
),
),
),
(
{
"Apple Pie": {"Apple": 1, "Pie Crust": 1, "Cream Custard": 1},
"Blueberry Pie": {"Blueberries": 1, "Pie Crust": 1, "Cream Custard": 1},
},
(
("Blueberry Pie", {"Blueberries": 2, "Pie Crust": 1, "Cream Custard": 1}),
("Apple Pie", {"Apple": 1, "Pie Crust": 1, "Cream Custard": 1}),
),
),
(
{
"Banana Bread": {
"Banana": 1,
"Apple": 1,
"Walnuts": 1,
"Flour": 1,
"Eggs": 2,
"Butter": 1,
},
"Raspberry Pie": {
"Raspberry": 1,
"Orange": 1,
"Pie Crust": 1,
"Cream Custard": 1,
},
"Pasta Primavera": {
"Eggs": 1,
"Carrots": 1,
"Spinach": 2,
"Tomatoes": 3,
"Parmesan": 2,
"Milk": 1,
"Onion": 1,
},
},
(
(
"Raspberry Pie",
{
"Raspberry": 3,
"Orange": 1,
"Pie Crust": 1,
"Cream Custard": 1,
"Whipped Cream": 2,
},
),
(
"Pasta Primavera",
{
"Eggs": 1,
"Mixed Veggies": 2,
"Parmesan": 2,
"Milk": 1,
"Spinach": 1,
"Bread Crumbs": 1,
},
),
(
"Blueberry Crumble",
{
"Blueberries": 2,
"Whipped Creme": 2,
"Granola Topping": 2,
"Yogurt": 3,
},
),
),
),
]
update_recipes_outputs = [
{
"Banana Bread": {
"Banana": 4,
"Walnuts": 2,
"Flour": 1,
"Butter": 1,
"Milk": 2,
"Eggs": 3,
},
"Raspberry Pie": {
"Raspberry": 1,
"Orange": 1,
"Pie Crust": 1,
"Cream Custard": 1,
},
},
{
"Apple Pie": {"Apple": 1, "Pie Crust": 1, "Cream Custard": 1},
"Blueberry Pie": {"Blueberries": 2, "Pie Crust": 1, "Cream Custard": 1},
},
{
"Banana Bread": {
"Banana": 1,
"Apple": 1,
"Walnuts": 1,
"Flour": 1,
"Eggs": 2,
"Butter": 1,
},
"Raspberry Pie": {
"Raspberry": 3,
"Orange": 1,
"Pie Crust": 1,
"Cream Custard": 1,
"Whipped Cream": 2,
},
"Pasta Primavera": {
"Eggs": 1,
"Mixed Veggies": 2,
"Parmesan": 2,
"Milk": 1,
"Spinach": 1,
"Bread Crumbs": 1,
},
"Blueberry Crumble": {
"Blueberries": 2,
"Whipped Creme": 2,
"Granola Topping": 2,
"Yogurt": 3,
},
},
]
update_recipes_data = zip(update_recipes_inputs, update_recipes_outputs)
##sort_entries test cases##
sort_entries_inputs = [
{"Banana": 4, "Apple": 2, "Orange": 1, "Pear": 12},
{"Apple": 3, "Orange": 5, "Banana": 1, "Avocado": 2},
{"Orange": 3, "Banana": 2, "Apple": 1},
{
"Apple": 2,
"Raspberry": 2,
"Blueberries": 5,
"Broccoli": 2,
"Kiwi": 1,
"Melon": 4,
},
]
sort_entries_outputs = [
{"Apple": 2, "Banana": 4, "Orange": 1, "Pear": 12},
{"Apple": 3, "Avocado": 2, "Banana": 1, "Orange": 5},
{"Apple": 1, "Banana": 2, "Orange": 3},
{
"Apple": 2,
"Blueberries": 5,
"Broccoli": 2,
"Kiwi": 1,
"Melon": 4,
"Raspberry": 2,
},
]
sort_entries_data = zip(sort_entries_inputs, sort_entries_outputs)
##send_to_store test cases##
send_to_store_inputs = [
(
{"Banana": 3, "Apple": 2, "Orange": 1, "Milk": 2},
{
"Banana": ["Aisle 5", False],
"Apple": ["Aisle 4", False],
"Orange": ["Aisle 4", False],
"Milk": ["Aisle 2", True],
},
),
(
{"Kiwi": 3, "Juice": 5, "Yoghurt": 2, "Milk": 5},
{
"Kiwi": ["Aisle 6", False],
"Juice": ["Aisle 5", False],
"Yoghurt": ["Aisle 2", True],
"Milk": ["Aisle 2", True],
},
),
(
{
"Apple": 2,
"Raspberry": 2,
"Blueberries": 5,
"Broccoli": 2,
"Kiwi": 1,
"Melon": 4,
},
{
"Apple": ["Aisle 1", False],
"Raspberry": ["Aisle 6", False],
"Blueberries": ["Aisle 6", False],
"Broccoli": ["Aisle 3", False],
"Kiwi": ["Aisle 6", False],
"Melon": ["Aisle 6", False],
},
),
(
{"Orange": 1},
{
"Banana": ["Aisle 5", False],
"Apple": ["Aisle 4", False],
"Orange": ["Aisle 4", False],
"Milk": ["Aisle 2", True],
},
),
(
{"Banana": 3, "Apple": 2, "Orange": 1},
{
"Banana": ["Aisle 5", False],
"Apple": ["Aisle 4", False],
"Orange": ["Aisle 4", False],
"Milk": ["Aisle 2", True],
},
),
]
send_to_store_outputs = [
{
"Orange": [1, "Aisle 4", False],
"Milk": [2, "Aisle 2", True],
"Banana": [3, "Aisle 5", False],
"Apple": [2, "Aisle 4", False],
},
{
"Yoghurt": [2, "Aisle 2", True],
"Milk": [5, "Aisle 2", True],
"Kiwi": [3, "Aisle 6", False],
"Juice": [5, "Aisle 5", False],
},
{
"Raspberry": [2, "Aisle 6", False],
"Melon": [4, "Aisle 6", False],
"Kiwi": [1, "Aisle 6", False],
"Broccoli": [2, "Aisle 3", False],
"Blueberries": [5, "Aisle 6", False],
"Apple": [2, "Aisle 1", False],
},
{"Orange": [1, "Aisle 4", False]},
{
"Orange": [1, "Aisle 4", False],
"Banana": [3, "Aisle 5", False],
"Apple": [2, "Aisle 4", False],
},
]
send_to_store_data = zip(send_to_store_inputs, send_to_store_outputs)
##update_store_inventory test cases##
update_store_inventory_inputs = [
(
{
"Orange": [1, "Aisle 4", False],
"Milk": [2, "Aisle 2", True],
"Banana": [3, "Aisle 5", False],
"Apple": [2, "Aisle 4", False],
},
{
"Banana": [15, "Aisle 5", False],
"Apple": [12, "Aisle 4", False],
"Orange": [1, "Aisle 4", False],
"Milk": [4, "Aisle 2", True],
},
),
(
{"Kiwi": [3, "Aisle 6", False]},
{
"Kiwi": [3, "Aisle 6", False],
"Juice": [5, "Aisle 5", False],
"Yoghurt": [2, "Aisle 2", True],
"Milk": [5, "Aisle 2", True],
},
),
(
{
"Kiwi": [1, "Aisle 6", False],
"Melon": [4, "Aisle 6", False],
"Apple": [2, "Aisle 1", False],
"Raspberry": [2, "Aisle 6", False],
"Blueberries": [5, "Aisle 6", False],
"Broccoli": [1, "Aisle 3", False],
},
{
"Apple": [2, "Aisle 1", False],
"Raspberry": [5, "Aisle 6", False],
"Blueberries": [10, "Aisle 6", False],
"Broccoli": [4, "Aisle 3", False],
"Kiwi": [1, "Aisle 6", False],
"Melon": [8, "Aisle 6", False],
},
),
]
update_store_inventory_outputs = [
{
"Banana": [12, "Aisle 5", False],
"Apple": [10, "Aisle 4", False],
"Orange": ["Out of Stock", "Aisle 4", False],
"Milk": [2, "Aisle 2", True],
},
{
"Juice": [5, "Aisle 5", False],
"Yoghurt": [2, "Aisle 2", True],
"Milk": [5, "Aisle 2", True],
"Kiwi": ["Out of Stock", "Aisle 6", False],
},
{
"Kiwi": ["Out of Stock", "Aisle 6", False],
"Melon": [4, "Aisle 6", False],
"Apple": ["Out of Stock", "Aisle 1", False],
"Raspberry": [3, "Aisle 6", False],
"Blueberries": [5, "Aisle 6", False],
"Broccoli": [3, "Aisle 3", False],
},
]
update_store_inventory_data = zip(
update_store_inventory_inputs, update_store_inventory_outputs
)