def setup_function(function):
cuisine = Cuisine(name="vietnamese")
cuisine.save()
restaurant = Restaurant(name="tu lan", location="123 address", cuisine=cuisine)
restaurant.save()
food = Food(**{
"name": "Pho bo",
"cuisine": cuisine,
"restaurant": restaurant,
"price": 8.75,
"avgRating": 4.5,
"numRating": 10
})
food.save()
userChew = User(user="******")
userChew.save()
userHungry = User(user="******")
userHungry.save()
review = Review(**{
"food": food,
"text": "Wow this was delicious!",
"user": userChew,
"foodRating": 4,
"reviewRating": 0,
})
review.save()
reviewTwo = Review(**{
"food": food,
"text": "Wow this was delicious!",
"user": userHungry,
"foodRating": 4,
"reviewRating": 0,
})
reviewTwo.save()
function.parametrize(review);
def populate(self):
""" Class method, which allows the user to populate the Database """
data = api_research_off()
for product in data['products']:
product_name = self.get_product_name(product)
nutriscore = self.get_nutriscore(product)
if nutriscore is None:
continue
nutritional_list = self.get_nutritional_mark_for_100g(product)
if nutritional_list is None:
continue
url_page = self.get_url_page(product)
url_image = self.get_url_image(product)
if (not url_image):
continue
id_product = self.get_id_product_and_check_if_exists(product)
if (not id_product) or id_product is None:
continue
last_modified_date = self.get_last_modified(product)
food = Food(name=product_name,
nutriscore=nutriscore,
url=url_page,
url_picture=url_image,
fat_100g=nutritional_list[0],
saturated_fat_100g=nutritional_list[2],
sugars_100g=nutritional_list[4],
salt_100g=nutritional_list[6],
fat_level=nutritional_list[1],
salt_level=nutritional_list[7],
saturated_fat_level=nutritional_list[3],
sugars_level=nutritional_list[5],
last_modified=last_modified_date,
openff_id=id_product)
food.save()
self.get_and_insert_categories_in_db(product, food)
def update():
""" Class method, which update the Database """
data = api_research_off()
for product in data['products']:
product_name = db.get_product_name(product)
nutriscore = db.get_nutriscore(product)
if nutriscore is None:
continue
nutritional_list = db.get_nutritional_mark_for_100g(product)
if nutritional_list is None:
continue
url_page = db.get_url_page(product)
url_image = db.get_url_image(product)
if (not url_image):
continue
id_product = db.get_id_product(product)
if (not id_product):
continue
id_food = db.get_id_product(product)
food_search = Food.objects.filter(openff_id=id_food)
if food_search.exists():
food_date = food_search.first().last_modified
last_modified_date = db.get_last_modified(product)
if last_modified_date != food_date:
food_search = Food.objects.get(openff_id=id_food)
Food.objects.filter(openff_id=id_food).update(
name=product_name,
nutriscore=nutriscore,
url=url_page,
url_picture=url_image,
fat_100g=nutritional_list[0],
saturated_fat_100g=nutritional_list[2],
sugars_100g=nutritional_list[4],
salt_100g=nutritional_list[6],
fat_level=nutritional_list[1],
salt_level=nutritional_list[7],
saturated_fat_level=nutritional_list[3],
sugars_level=nutritional_list[5],
last_modified=last_modified_date)
db.get_and_insert_categories_in_db(product, food_search)
food_search.refresh_from_db()
else:
continue
else:
food = Food(name=product_name,
nutriscore=nutriscore,
url=url_page,
url_picture=url_image,
fat_100g=nutritional_list[0],
saturated_fat_100g=nutritional_list[2],
sugars_100g=nutritional_list[4],
salt_100g=nutritional_list[6],
fat_level=nutritional_list[1],
salt_level=nutritional_list[7],
saturated_fat_level=nutritional_list[3],
sugars_level=nutritional_list[5],
last_modified=last_modified_date,
openff_id=id_product)
food.save()
db.get_and_insert_categories_in_db(product, food)
def setup_function(function):
Food.objects.all.delete()
cuisine = Cuisine(name="vietnamese")
cuisine.save()
restaurant = Restaurant(name="tu lan", location="123 address", cuisine=cuisine)
restaurant.save()
food = Food(**{
"name": "Pho bo",
"cuisine": cuisine,
"restaurant": restaurant,
"price": 8.75,
"avgRating": 4.5,
"numRating": 10
})
food.save()
def setup_function(function):
Food.objects.all.delete()
cuisine = Cuisine(name="vietnamese")
cuisine.save()
restaurant = Restaurant(name="tu lan", location="123 address", cuisine=cuisine)
restaurant.save()
food = Food(**{
"name": "Pho bo",
"cuisine": cuisine,
"restaurant": restaurant,
"price": 8.75,
"avgRating": 4.5,
"numRating": 10
})
food.save()
function.parametrize(food)
class FoodViewsTest(TestCase):
""" Class to test views for food application """
first_food = Food(name="test",
nutriscore="a",
url="www.off.com",
url_picture="www.off.com",
fat_100g=0.2,
saturated_fat_100g=0.1,
sugars_100g=0.7,
salt_100g=0.5,
fat_level="low",
salt_level="low",
saturated_fat_level="medium",
sugars_level="high",
last_modified=datetime(2015, 6, 15),
openff_id=125452)
def test_food_page_template(self):
""" Test food page template """
self.first_food.save()
food = Food.objects.all()
food_id = food[0].id
response = self.client.get('/food/%d/' % (food_id))
self.assertTemplateUsed(response, 'food/food_details.html')
class FoodModelTest(TestCase):
""" Class for test Food Models """
def setUp(self):
""" Executed each test """
self.first_food = Food(pk=1,
name="test",
nutriscore="a",
url="www.off.com",
url_picture="www.off.com",
fat_100g=0.2,
saturated_fat_100g=0.1,
sugars_100g=0.7,
salt_100g=0.5,
fat_level="low",
salt_level="low",
saturated_fat_level="medium",
sugars_level="high",
last_modified=datetime(2015, 6, 15),
openff_id=125452)
self.user = User(pk=1,
username="******",
first_name="Al",
last_name="taga",
email="*****@*****.**",
password="******")
def test_saving_and_retrieving_food(self):
""" test to check if the food is well saved
and able to retrieve it """
self.first_food.save()
saved_food = Food.objects.all()
self.assertEqual(saved_food.count(), 1)
def test_link_favorite_food_to_user(self):
""" Test to see if the favorite food for
user works """
self.first_food.save()
self.user.save()
food_selected = Food.objects.get(pk=1)
user_selected = User.objects.get(pk=1)
food_selected.favorite_users.add(user_selected)
favorite_added = user_selected.favorite_foods.all()
self.assertEqual(favorite_added.count(), 1)
def handle(self, *args, **options):
self.stdout.write('La base de données se remplie...')
Food.objects.all().delete()
for food_choose in foods_choose:
data_api_openfoodfact = DataApi(food_choose)
data_products_category = data_api_openfoodfact.select_key_test()
name_food_nutriscore = \
data_api_openfoodfact.get_nutriscore_food_choose()
name_food_category = \
data_api_openfoodfact.get_categories_name_food()
name_food = Food(name=food_choose,
nutriscore=name_food_nutriscore,
category=name_food_category)
name_food.save()
for data_product_category in data_products_category:
name = (data_product_category[0])
image = (data_product_category[1])
nutriscore = (data_product_category[2])
url = (data_product_category[3])
fat = (data_product_category[4])
fat_saturated = (data_product_category[5])
sugar = (data_product_category[6])
salt = (data_product_category[7])
food_substitutes = FoodSubstitute(
name=name,
image=image,
nutriscore=nutriscore,
url=url,
food_id=name_food.pk,
nutriments_fat=fat,
nutriments_fat_saturated=fat_saturated,
nutriments_salt=salt,
nutriments_sugars=sugar)
food_substitutes.save()
self.stdout.write('Base de données remplie avec succès')
def setup_function(function):
cuisine = Cuisine(name="vietnamese")
cuisine.save()
restaurant = Restaurant(name="tu lan", location="123 address", cuisine=cuisine)
restaurant.save()
food = Food(**{
"name": "Pho bo",
"cuisine": cuisine,
"restaurant": restaurant,
"price": 8.75,
"avgRating": 4.5,
"numRating": 10
})
food.save()
image = Image(**{
"food": food,
"image": "/images/001.jpg",
})
image.save()
function.parametrize(image);
def search_food(request, foodname):
food_object = None
# first check if this food already exists
for x in Food.objects.all():
if x.name == foodname:
food_object = x
break
# food already exists
if food_object is not None:
return redirect(f'/food/view_food/{food_object.id}')
# food doesn't exist
# attempt to get from wolfram alpha api
nutrients = get_nutrients(foodname)
if nutrients is None:
return redirect(f'/food/food_error/{foodname}')
else:
# convert the resulting units according to the lookup table
converted = {}
# convert to units
for name, quantity in nutrients.items():
# convert unit and save
converted[name] = quantity.to(lookup[reverse_lookup[name]][1]).m
# create new nutrient
nutrient = Nutrition(**converted)
nutrient.save()
# create new food in database
food = Food(nutrients=nutrient, name=foodname)
food.save()
# go to new page
return redirect(f'/food/view_food/{food.id}')
def import_food():
foods = set()
has_food = Food.objects.values_list('name', flat=True)
details = open("static/details.json", 'r', encoding='utf-8')
items = json.load(details)
for item in items:
for f in item["foods"]:
if f["name"] not in has_food:
foods.add(f["name"])
create_data = []
for name in foods:
create_data.append(Food(name=name, cate_id=46))
Food.objects.bulk_create(create_data)
def setup_function(function):
cuisine = Cuisine(name="vietnamese")
cuisine.save()
restaurant = Restaurant(name="tu lan",
location="123 address",
cuisine=cuisine)
restaurant.save()
food = Food(
**{
"name": "Pho bo",
"cuisine": cuisine,
"restaurant": restaurant,
"price": 8.75,
"avgRating": 4.5,
"numRating": 10
})
food.save()
image = Image(**{
"food": food,
"image": "/images/001.jpg",
})
image.save()
function.parametrize(image)
def setUp(self):
""" Executed each test """
self.first_food = Food(pk=1,
name="test",
nutriscore="a",
url="www.off.com",
url_picture="www.off.com",
fat_100g=0.2,
saturated_fat_100g=0.1,
sugars_100g=0.7,
salt_100g=0.5,
fat_level="low",
salt_level="low",
saturated_fat_level="medium",
sugars_level="high",
last_modified=datetime(2015, 6, 15),
openff_id=125452)
self.user = User(pk=1,
username="******",
first_name="Al",
last_name="taga",
email="*****@*****.**",
password="******")
def get(request):
""" dedicated for get methods """
template_name = 'food/search_page.html'
query = request.GET.get('search')
list = Food.get_substitute(query)
if list is False:
return render(request, template_name, {'nofood': "Pas d'aliment trouvé"})
elif list is "error":
return render(request, template_name, {'no_substitute': "Votre aliment n'a pas de substitut"})
substitutes_list = list[0]
paginator = Paginator(substitutes_list, 6)
page = request.GET.get('page')
substitutes_list = paginator.get_page(page)
args = ({'food_search': list[1],
'articles_found': substitutes_list,
'image': list[2],
'page': page,
'query': query})
return render(request, template_name, args)
def handle(self, *args, **kwargs):
diretory = os.path.join(os.path.dirname(__file__),
'../../../feedeasyform_project/assets/')
jsonfile_path = diretory + 'new_foods.json'
try:
with open(jsonfile_path, 'r') as jsonfile:
foods = json.load(jsonfile)
for food in foods:
name_food_parsed = food.pop('name').replace(' et ', ' & ')
try:
new_food = Food.objects.get(name=name_food_parsed)
state = "modifié dans"
except ObjectDoesNotExist:
new_food = Food()
state = "ajouté à"
name_grp_parsed = food.pop('categorie_name').replace(
' et ', ' & ')
food.pop('source AJOUT')
try:
group = FoodGroup.objects.get(name=name_grp_parsed)
except ObjectDoesNotExist:
group = FoodGroup()
group.name = name_grp_parsed
group.save()
new_food.name = name_food_parsed
new_food.id_group = group
for k, v in food.items():
setattr(new_food, k, v)
new_food.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(name_food_parsed)} {state} la base de données"
)
except Exception as e:
print(e)
self.stderr.write(
self.style.ERROR('Une erreur est survenu. \
\nIl est possible que les ingrédients existe déjà dans la base de données.'))
def fill_table(maxFoodCat, maxFoodPage):
"""
This function download food and inserting it into
the local database
Parameter: maxFoodCat = maximum food categories wished
maxFoodPage = maximum categories food page wished
Not all foods are looking for relevant information.
So we used a table containing the keys searched for
verification before extraction.
"""
requiredIndex = ("url", "nutrition_grade_fr",
"purchase_places", "manufacturing_places", "countries",
"ingredients_text", "product_name", "generic_name_fr",
"image_url", "image_small_url",
)
# geting categories objects from openfoodfact
categoriesUrl = "https://fr.openfoodfacts.org/categories.json"
r = requests.get(categoriesUrl)
categories = r.json()
# insert the categories in the DB
for i in range(maxFoodCat):
cat = Category()
cat.name = categories['tags'][i]['name']
cat.url = categories['tags'][i]['url']
cat.save()
# insert foods for each category
"""
A category may contain many page of foods, paginate by 20.
Then we save the differents url in a list tab to loop other
it and extract any foods that respect the constraint.
"""
foodPageUrlTab = list() # the different page url of aliments
foodPageUrlTab = [cat.url + '/' + str(ind) + '.json'
for ind in range(1, maxFoodPage + 1)]
# request each url of the table to find out the contains foods
for j in range(len(foodPageUrlTab)):
foodsUrl = foodPageUrlTab[j]
r2 = requests.get(foodsUrl)
foods = r2.json()
foodsName = list()
# each page contain 20 foods
for k in range(len(foods)):
# verify if the food object keys contain the
# required index
if present(requiredIndex, foods['products'][k]):
# then add them to the DB
food = Food()
fObject = foods['products'][k] # json food object
# fill in all the texts fields
food.category = cat
food.name = fObject['product_name']
food.nameFr = fObject['product_name_fr']
food.genericNameFr = fObject['generic_name_fr']
food.url = fObject['url']
food.nutritionGrade = fObject['nutrition_grade_fr']
food.manufacturingPlaces = fObject['manufacturing_places']
food.purchasePlaces = fObject['purchase_places']
food.countries = fObject['countries'].replace("en:", "")
food.ingredientsText = fObject['ingredients_text']
food.image_link = fObject['image_front_url']
# this section deals with uploading images and inserting
# them into the DB
# we save two kinds of images; small and normal size
# variables what store the the saved images directory path
#imageDirectory = 'media/image/' # for the normal size
#imageSmallDirectory = 'media/imageSmall/' # small
"""imageDirectory = 'media/image/'
# variables who rename the downloaded images
imageName = "{}.jpg".format(slugify(food.name))
imageSmallName = "{}-sm.jpg".format(slugify(food.name))
# download the two images with urllib librairy
# urllib.request.urlretrieve(imageUrl, localImagePath)
imagePath = imageDirectory + str(imageName)
imageSmallPath = imageDirectory + str(imageSmallName)
urllib.request.urlretrieve(fObject['image_url'],
imagePath)
urllib.request.urlretrieve(fObject['image_small_url'],
imageSmallPath)
# now we can fill the two imageFields
# with the downloaded images
food.image = File(open(imagePath, 'rb'))
food.imageSmall = File(open(imageSmallPath, 'rb'))"""
if food.name in foodsName:
pass
else:
foodsName.append(food.name)
food.save()
from django.conf import settings
from django.http import HttpResponse, HttpResponseRedirect
from django.shortcuts import render
from .forms import SearchForm
from food.models import Food
from haystack.query import SearchQuerySet
categorys = Food.get_food_categorys()
def search(request):
form = SearchForm(request.POST)
if form.is_valid():
cd = form.cleaned_data
if settings.FULLTEXT_SEARCH is True:
foods = SearchQuerySet().models(Food).filter(
content=cd['q']).load_all()
total_results = foods.count()
else:
foods = Food.objects.filter(title__contains=cd['q'])
return render(request, 'food/list.tpl', {
'foods': foods,
'categorys': categorys
})
return HttpResponse(status=400)
from django.conf import settings
from django.http import HttpResponse, HttpResponseRedirect
from django.shortcuts import render
from .forms import SearchForm
from food.models import Food
from haystack.query import SearchQuerySet
categorys = Food.get_food_categorys()
def search(request):
form = SearchForm(request.POST)
if form.is_valid():
cd = form.cleaned_data
if settings.FULLTEXT_SEARCH is True:
foods = SearchQuerySet().models(Food).filter(content=cd['q']).load_all()
total_results = foods.count()
else:
foods = Food.objects.filter(title__contains=cd['q'])
return render(request, 'food/list.tpl', {
'foods': foods,
'categorys': categorys
})
return HttpResponse(status=400)
def post(self, request):
try:
print ">>>request.POST", request.POST
food_img = request.POST["food_img"] # 菜图片
food_price = request.POST["food_price"] # 菜价格
food_name = request.POST["food_name"] # 菜名字
food_desc = request.POST["food_desc"] # 活动配图
group_id = request.POST["group_id"] # 分组id
food_id = rand_str(8)
food = Food()
food.food_id = food_id
food.name = food_name
food.group_id = group_id
food.food_img = food_img
food.desc = food_desc
food.price = food_price
food.create_time = datetime.now()
food.save()
return JsonResponse({"status": 200, "data": request.POST})
except BaseException, e:
return JsonResponse({"error": str(e), "status": 400})
def cais(request, response, content):
if request.method == "GET": #查询
if request.GET:
food_id = request.GET["food_id"]
f = Food.objects.filter(food_id=food_id).first()
info = {"name": f.name, "price": str(f.price)}
content["info"] = info
else:
foods = Food.objects.filter(
is_delete=0, create_time__day=datetime.today().strftime("%d"))
# foods = Food.objects.filter(is_delete=0,create_time__day="28")
print ">>>foods: ", foods
info = [{
"name": f.name,
"price": str(f.price),
"time": f.create_time.strftime("%Y-%m-%d %H:%M:%S")
} for f in foods]
content["info"] = info
elif request.method == "POST": #添加
group_id = request.POST["group_id"]
store_id = request.POST["store_id"]
name = request.POST["name"]
desc = request.POST["desc"]
food_img = request.POST["food_img"]
price = request.POST["price"]
sequence = int(request.POST.get("sequence", 1))
is_delete = int(request.POST.get("is_delete", 0))
food = Food()
food.food_id = rand_str(8)
food.group_id = group_id
food.store_id = store_id
food.name = name
food.desc = desc
food.food_img = food_img
food.price = change_money(price)
food.sequence = sequence
food.is_delete = is_delete
food.save()
content["info"] = {"msg": "成功"}
elif request.method == "PUT": #修改
put = QueryDict(request.body)
food_id = put["food_id"]
name = put["name"]
food = Food.objects.filter(food_id=food_id, is_delete=0).first()
food.name = name
food.save()
info = {"msg": "更新名字成功", "name": name}
content["info"] = info
elif request.method == "DELETE": #删除
delete = QueryDict(request.body)
food_id = delete["food_id"]
food = Food.objects.filter(food_id=food_id, is_delete=0).first()
food.is_delete = 1
food.save()
info = {"msg": "菜删除成功"}
content["info"] = info
def test_get_substitutes(self):
food = Food()
substitute_list, _, _ = food.get_substitute("test")
self.assertEqual(len(substitute_list), 1)
def test_get_substitutes_do_not_find_food(self):
""" Test to check if the classmethod
works if there is no food found"""
food_search = Food.get_substitute("Nutella")
self.assertEqual(food_search, False)
def test_get_substitute(self):
""" Test to find a substitute"""
substitute_list, _, _ = Food.get_substitute("test2")
self.assertEqual(len(substitute_list), 2)
def handle(self, *args, **kwargs):
diretory = os.path.join(os.path.dirname(__file__),
'../../../feedeasyform_project/assets/')
csvfile_path = diretory + 'table_ingredients.csv'
try:
with open(csvfile_path, newline='') as csvfile:
foods = csv.DictReader(csvfile)
for food in foods:
name_grp_parsed = food['alim_grp_nom_fr'].replace(
' et ', ' & ')
try:
group = FoodGroup.objects.get(name=name_grp_parsed)
except ObjectDoesNotExist:
group = FoodGroup()
group.name = name_grp_parsed
group.save()
name_food_parsed = food['alim_nom_fr'].replace(
' et ', ' & ')
new_food = Food()
new_food.name = name_food_parsed
new_food.id_group = group
new_food.food_code = food["alim_code"]
new_food.proteine = food["Protéines (g/100g)"]
new_food.glucide = food["Glucides (g/100g)"]
new_food.lipide = food["Lipides (g/100g)"]
new_food.sucre = food["Sucres (g/100g)"]
new_food.fibre = food["Fibres alimentaires (g/100g)"]
new_food.acide_gras_sature = food["AG saturés (g/100g)"]
new_food.cholesterol = food["Cholestérol (mg/100g)"]
new_food.sel_chlorure_de_sodium = food[
"Sel chlorure de sodium (g/100g)"]
new_food.calcium = food["Calcium (mg/100g)"]
new_food.fer = food["Fer (mg/100g)"]
new_food.magnesium = food["Magnésium (mg/100g)"]
new_food.potassium = food["Potassium (mg/100g)"]
new_food.zinc = food["Zinc (mg/100g)"]
new_food.vitamine_c = food["Vitamine C (mg/100g)"]
new_food.vitamine_d = food["Vitamine D (µg/100g)"]
new_food.vitamine_e = food["Vitamine E (mg/100g)"]
new_food.energie = food["Energie (kcal/100g)"]
new_food.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(name_food_parsed)} ajouté à la base de données"
)
except:
self.stderr.write(
self.style.ERROR('Une erreur est survenu. \
\nIl est possible que les ingrédients existe déjà dans la base de données.'))
def handle(self, *args, **kwargs):
self.stdout.write("Ouverture du fichier de sauvegarde et restauration \
en cours. Merci de patienter...")
directory_path = kwargs['path'][0]
add_media = kwargs['add_media'][0]
if 'database.json' not in os.listdir(directory_path):
if 'recipe' not in os.listdir(directory_path):
cmd1 = f"cd {directory_path}"
cmd2 = "unzip backup_db.zip"
os.system(f"{cmd1} && {cmd2}")
if add_media == 'add-media':
os.system(
f"mv {directory_path}recipe \"{settings.MEDIA_ROOT}\"")
jsonfile_path = directory_path + 'database.json'
with open(jsonfile_path, 'r') as jsonfile:
data = json.load(jsonfile)
for mlp in data['meals_per_day']:
try:
MealsPerDay.objects.get(name=mlp)
except:
new_mlp = MealsPerDay(name=mlp)
new_mlp.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_mlp.name)} \
ajouté à la base de données")
for food_group in data['food_groups']:
try:
FoodGroup.objects.get(name=food_group)
except:
new_f_g = FoodGroup(name=food_group)
new_f_g.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_f_g.name)} \
ajouté à la base de données")
for food in data['foods']:
try:
Food.objects.get(name=food['name'])
except:
new_food = Food()
for k, v in food.items():
if k == 'group_name':
new_food.id_group = FoodGroup.objects.get(name=v)
else:
setattr(new_food, k, v)
new_food.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_food.name)} \
ajouté à la base de données")
for categ in data['recipe_categories']:
try:
CategorieRecipe.objects.get(name=categ['name'])
except:
new_categ = CategorieRecipe()
new_categ.name = categ['name']
new_categ.image_active = categ['image_active']
new_categ.image_not_active = categ['image_not_active']
new_categ.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_categ.name)} \
ajouté à la base de données")
for origin in data['origins_recipe']:
try:
OriginRecipe.objects.get(name=origin)
except:
new_origin = OriginRecipe(name=origin)
new_origin.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_origin.name)} \
ajouté à la base de données")
for level in data['levels']:
try:
Level.objects.get(name=level)
except:
new_level = Level(name=level)
new_level.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_level.name)} \
ajouté à la base de données")
for price_scale in data['price_scales']:
try:
PriceScale.objects.get(name=price_scale)
except:
new_p_s = PriceScale(name=price_scale)
new_p_s.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_p_s.name)} \
ajouté à la base de données")
for utensil in data['utensils']:
try:
Utensil.objects.get(name=utensil)
except:
new_u = Utensil(name=utensil)
new_u.save()
if kwargs['verbose']:
self.stdout.write(f"{self.style.SUCCESS(new_u.name)} \
ajouté à la base de données")
for season in data['seasons']:
try:
Season.objects.get(name=season)
except:
new_s = Season(name=season)
new_s.save()
if kwargs['verbose']:
self.stdout.write(f"{self.style.SUCCESS(new_s.name)} \
ajouté à la base de données")
for diet in data['diets']:
try:
DietaryPlan.objects.get(name=diet['name'])
except:
new_d = DietaryPlan(name=diet['name'],
description=diet['desc'])
new_d.save()
if kwargs['verbose']:
self.stdout.write(f"{self.style.SUCCESS(new_d.name)} \
ajouté à la base de données")
for allergie in data['allergies']:
try:
Allergie.objects.get(name=allergie)
except:
new_a = Allergie(name=allergie)
new_a.save()
if kwargs['verbose']:
self.stdout.write(f"{self.style.SUCCESS(new_a.name)} \
ajouté à la base de données")
for recipe in data['recipes']:
r_origin = OriginRecipe.objects.get(name=recipe['origin'])
r_price_scale = PriceScale.objects.get(
name=recipe['price_scale'])
r_level = Level.objects.get(name=recipe['level'])
categories = set()
for categ in recipe['categories']:
c = CategorieRecipe.objects.get(name=categ)
categories.add(c)
utensils = set()
for utensil in recipe['utensils']:
u = Utensil.objects.get(name=utensil)
utensils.add(u)
seasons = set()
for season in recipe['season']:
s = Season.objects.get(name=season)
seasons.add(s)
diets = set()
for diet in recipe['dietary_plan']:
d = DietaryPlan.objects.get(name=diet)
diets.add(d)
try:
new_r = Recipe.objects.get(name=recipe['name'])
state = 'modifiée'
except:
new_r = Recipe()
state = 'ajoutée'
new_r.name = recipe['name']
new_r.preparation_time = recipe['preparation_time']
new_r.cooking_time = recipe['cooking_time']
new_r.step = recipe['step']
new_r.tip = recipe['tip']
new_r.portion = recipe['portion']
new_r.point = recipe['point']
new_r.typical_recipe_city = recipe['typical_recipe_city']
new_r.source = recipe['source']
new_r.image = recipe['image']
new_r.origin = r_origin
new_r.price_scale = r_price_scale
new_r.level = r_level
new_r.save()
new_r.categories.set(categories)
new_r.utensils.set(utensils)
new_r.season.set(seasons)
new_r.dietary_plan.set(diets)
for food in recipe['food']:
f = Food.objects.get(name=food['name'])
fq = FoodAndQuantity()
fq.food = f
fq.recipe = new_r
fq.recipe_quantity = food['recipe_quantity']
fq.recipe_unity = food['recipe_unity']
fq.food_purchase_quantity = food['purchase_quantity']
fq.food_purchase_unity = food['purchase_unity']
fq.save()
if kwargs['verbose']:
self.stdout.write(
f"{self.style.SUCCESS(new_r.name)} {state} à la base de données"
)
def test_get_substitutes_do_not_have_substitute(self):
""" Test to check if the classmethod
works if there is no substitute for
the product researched"""
substitute_list, _, _ = Food.get_substitute("test")
self.assertEqual(len(substitute_list), 1)
