def approve(request, *args, **kwargs):
if request.user.is_authenticated and request.user.is_superuser:
id_inc = kwargs["id_inc"]
qs = pending.objects.all()
for obj in qs:
# print(obj.id_inc)
if int(obj.id_inc) == int(id_inc):
# print("heyyyyy")
new_obj = Product()
new_obj.user_name = obj.user_name
new_obj.category = obj.category
new_obj.name = obj.name
new_obj.desc = obj.desc
new_obj.contact_email = obj.contact_email
new_obj.contact_phone = obj.contact_phone
new_obj.address = obj.address
new_obj.image = obj.image
new_obj.price = obj.price
new_obj.save()
obj.delete()
return HttpResponseRedirect('../../pending')
break
return HttpResponseRedirect('../../pending')
else:
return HttpResponseRedirect('../../../')
def post(self, request):
productForm = ProductForm(request.POST)
if productForm.is_valid():
# form = productForm.save(commit=False)
# form.shop = request.user.shop
# form.product_code = product_code_format(request.user.shop.id)
# form.save()
product = Product()
product.shop = request.user.shop
product.product_code = product_code_format(request.user.shop.id)
product.category = productForm.cleaned_data.get('category')
product.brand = productForm.cleaned_data.get('brand')
product.product_name = productForm.cleaned_data.get('product_name')
product.subTitle = productForm.cleaned_data.get('subTitle')
product.original_price = productForm.cleaned_data.get(
'original_price')
product.price = productForm.cleaned_data.get('price')
product.cost = productForm.cleaned_data.get('cost')
product.publish_status = productForm.cleaned_data.get(
'publish_status')
product.description = productForm.cleaned_data.get('description')
product.is_freeShipping = productForm.cleaned_data.get(
'is_freeShipping')
product.save()
# modelform保存后获取model?
for pimage in request.FILES.getlist('pimage'):
image = ProductImage(product=product,
image=pimage,
type='image')
image.save()
for dimage in request.FILES.getlist('dimage'):
image = ProductImage(product=product,
image=dimage,
type='detailImage')
image.save()
for property in product.category.propertys.all():
propertyValue = Propertyvalue()
propertyValue.property = property
propertyValue.product = product
propertyValue.value = ''
propertyValue.save()
return render(request, 'salers/amz/propertysForm.html',
{'product': product})
else:
print(productForm.errors)
return render(request, 'salers/amz/product-add.html',
{"productForm": productForm})
def create(self, validated_data):
products = validated_data.pop('products', None)
agent = Agent.objects.create(**validated_data)
agent.save()
if products is not None:
for product in products:
prod = Product()
prod.name = product.get('name')
prod.category = product.get('category')
prod.owner = product.get('owner')
prod.save()
agent.products.add(prod)
agent.save()
return agent
def post(self, request):
serializer = self.get_serializer(data=request.data)
serializer.is_valid(raise_exception=True)
product = Product()
product.user = request.user
product.price = float(serializer.data.get('price'))
product.currency = serializer.data.get('currency')
product.title = serializer.data.get('title')
product.description = serializer.data.get('description')
product.category = Category.objects.get(id=1)
product.time = serializer.data.get('time')
product.length = 0
product.width = 0
product.height = 0
product.weight = 0
product.request = 1
product.accept = 0
product.save()
requested = Request()
requested.seller = serializer.validated_data['seller']
requested.buyer = request.user
requested.product = product
requested.save()
assets = serializer.data.get('assets')
if assets:
for url in assets:
asset = Asset(product=product, url=url)
asset.save()
ItemRequest_Notification(requested.seller, request.user, product)
ItemRequest_mail(requested.seller, request.user, product)
return Response(
{
"result": True,
"data": {
"Msg": "Item Request created",
"Request_id": requested.id,
}
},
status=status.HTTP_201_CREATED)
def post(self, request):
serializer = self.get_serializer(data=request.data)
serializer.is_valid(raise_exception=True)
product = Product()
product.user = request.user
product.category = serializer.validated_data['category']
product.price = float(serializer.data.get('price'))
product.currency = serializer.data.get('currency')
product.title = serializer.data.get('title')
product.description = serializer.data.get('description')
product.time = serializer.data.get('time')
product.length = serializer.data.get('length')
product.width = serializer.data.get('width')
product.height = serializer.data.get('height')
product.weight = serializer.data.get('weight')
product.save()
assets = serializer.data.get('assets')
if assets:
for url in assets:
asset = Asset(product=product, url=url)
asset.save()
tags = serializer.data.get('tag')
if tags:
for t in tags:
tag = HashTags(product=product, tag=t)
tag.save()
# ProductPost_Notification(user)
return Response(
{
"result": True,
"data": {
"Msg": "product created",
"product_id": product.id,
}
},
status=status.HTTP_201_CREATED)
def create(self, request):
dic = request.data.dict()
id_cat = dic.pop('category', None)
cat = Category.objects.filter(pk=id_cat).first()
print(cat)
pro = Product()
pro.category = cat
pro.description = dic.pop('description', None)
pro.display = dic.pop('display', None)
pro.display_in_home = dic.pop('display_in_home', None)
pro.name = dic.pop('name', None)
pro.offer_discount = dic.pop('offer_discount', None)
pro.order = dic.pop('order', None)
pro.price = dic.pop('price', None)
print(dic)
colors = dic.getlist('color_stocks', None)
print(colors)
return Response('Hola :V')
def handle(self, *args, **options):
"""
Scrapes and stores product information
"""
# get beer page html and make soup object
html = urllib2.urlopen(TOP_URL + "/beers/search")
soup_beers = BeautifulSoup(html)
# find all beers
beers = soup_beers.find_all("a", "brand-link")
for beer in beers:
# get beer page and make soup object
beer_url = beer["href"]
beer_html = urllib2.urlopen(TOP_URL + beer_url)
soup_beer = BeautifulSoup(beer_html)
# get sizes
beer_products = soup_beer.find_all("table", "brand-pricing")
# get propertis and valus and merge them into dict
labels = soup_beer.dl.find_all("dt")
details = soup_beer.dl.find_all("dd")
beer_details = dict(zip(labels, details))
# get name and image
beer_name = soup_beer.find("div", "only-desktop").find(
"h1", "page-title").get_text()
beer_image = soup_beer.find("div", "brand-image").img["src"]
# get country and type
beer_attributes = soup_beer.find("p",
"introduction").find_all("span")
beer_attributes = beer_attributes[::-1]
beer_country = beer_attributes[0].get_text()
beer_type = beer_attributes[1].get_text()
# loop through beer products
for beer_product in beer_products:
beer_containers = beer_product.find_all("tbody")
# loop through container tables
for beer_container in beer_containers:
beer_sizes = beer_container.find_all("tr")
# loop through container sizes
for beer_size in beer_sizes:
# get product information
beer_ids = beer_size.a["href"].split('=')[1]
beer_id = beer_ids.split('-')[0]
print beer_id
beer_product_id = beer_ids.split('-')[1]
# Comment to disable monitoring
beer_product_size = beer_size.find("td",
"size").get_text()
beer_product_price = beer_size.find(
"td", "price").get_text()
# check if product exists
# NOTE: used this custom solution because django get_or_create
# doesn't play nice with custom primary keys
try:
product_entry = Product.objects.get(
product_id=int(beer_product_id.strip()))
except:
product_entry = Product()
# set fields
product_entry.name = beer_name.strip()
product_entry.size = beer_product_size.strip()
product_entry.beer_id = int(beer_id.strip())
product_entry.product_id = int(beer_product_id.strip())
product_entry.image_url = beer_image.strip()
product_entry.country = beer_country.strip()
product_entry.type = beer_type.strip()
# set product attributes
# NOTE: this code was created befor the beer store redesign
# it still works but some items no longer exist so they were
# temporarily omitted from the serializer
for key, value in beer_details.iteritems():
attr = key.get_text()[:-1]
val = value.get_text()
if attr == 'Category':
product_entry.category = val
if attr == 'Alcohol Content (ABV)':
product_entry.abv = float(val[:-1])
if attr == 'Style':
product_entry.style = val
if attr == 'Attributes':
product_entry.attributes = val
if attr == 'Brewer':
product_entry.brewer = val
# update pricing info
try:
product_entry.price = float(
beer_product_price.strip()[1:])
product_entry.on_sale = False
except:
product_entry.price = float(
beer_product_price.split('sale')[1].strip()
[1:])
product_entry.on_sale = True
product_entry.save()
name = _products[0]['name']
try:
product = Product.objects.get(sku=sku)
except:
product = Product()
product.sku = sku
product.title = _products[0]['name']
product.price = float(_products[0]['price'])
product.attributes = _products[0]['image_url']
category, _a = Category.objects.get_or_create(title=_products[0]['set'])
product.category = category
product.save()
color = []
size = []
for _product in _products:
try:
size.append(_product['size'])
except:
pass
try:
color.append(_product['color'])
except:
def handle(self, *args, **options):
"""
Scrapes and stores product information
"""
# get beer page html and make soup object
html = urllib2.urlopen(TOP_URL + "/beers/search")
soup_beers = BeautifulSoup(html)
# find all beers
beers = soup_beers.find_all("a", "brand-link")
for beer in beers:
# get beer page and make soup object
beer_url = beer["href"]
beer_html = urllib2.urlopen(TOP_URL + beer_url)
soup_beer = BeautifulSoup(beer_html)
# get sizes
beer_products = soup_beer.find_all("table", "brand-pricing")
# get propertis and valus and merge them into dict
labels = soup_beer.dl.find_all("dt")
details = soup_beer.dl.find_all("dd")
beer_details = dict(zip(labels,details))
# get name and image
beer_name = soup_beer.find("div", "only-desktop").find("h1", "page-title").get_text()
beer_image = soup_beer.find("div","brand-image").img["src"]
# get country and type
beer_attributes = soup_beer.find("p","introduction").find_all("span")
beer_attributes = beer_attributes[::-1]
beer_country = beer_attributes[0].get_text()
beer_type = beer_attributes[1].get_text()
# loop through beer products
for beer_product in beer_products:
beer_containers = beer_product.find_all("tbody")
# loop through container tables
for beer_container in beer_containers:
beer_sizes = beer_container.find_all("tr")
# loop through container sizes
for beer_size in beer_sizes:
# get product information
beer_ids = beer_size.a["href"].split('=')[1]
beer_id = beer_ids.split('-')[0]
print beer_id
beer_product_id = beer_ids.split('-')[1]
# Comment to disable monitoring
beer_product_size = beer_size.find("td","size").get_text()
beer_product_price = beer_size.find("td","price").get_text()
# check if product exists
# NOTE: used this custom solution because django get_or_create
# doesn't play nice with custom primary keys
try:
product_entry = Product.objects.get(product_id=int(beer_product_id.strip()))
except:
product_entry = Product()
# set fields
product_entry.name = beer_name.strip()
product_entry.size = beer_product_size.strip()
product_entry.beer_id = int(beer_id.strip())
product_entry.product_id = int(beer_product_id.strip())
product_entry.image_url = beer_image.strip()
product_entry.country = beer_country.strip()
product_entry.type = beer_type.strip()
# set product attributes
# NOTE: this code was created befor the beer store redesign
# it still works but some items no longer exist so they were
# temporarily omitted from the serializer
for key, value in beer_details.iteritems():
attr = key.get_text()[:-1]
val = value.get_text()
if attr == 'Category':
product_entry.category = val
if attr == 'Alcohol Content (ABV)':
product_entry.abv = float(val[:-1])
if attr == 'Style':
product_entry.style= val
if attr == 'Attributes':
product_entry.attributes= val
if attr == 'Brewer':
product_entry.brewer= val
# update pricing info
try:
product_entry.price = float(beer_product_price.strip()[1:])
product_entry.on_sale = False
except:
product_entry.price = float(beer_product_price.split('sale')[1].strip()[1:])
product_entry.on_sale = True
product_entry.save()
def get_product(q):
while True:
_url = "http://www.choies.com/api/item?sku=%s"
oldproduct = q.get()
print oldproduct
url = _url % oldproduct.sku
try:
r = requests.get(url=url, timeout=2)
except:
q.task_done()
return
print url
try:
_products = r.json()
except:
oldproduct.status = False
oldproduct.save()
q.task_done()
return
try:
sku = _products[0]['sku']
except:
q.task_done()
return
name = _products[0]['name']
try:
product = Product.objects.get(sku=sku)
except:
product = Product()
product.sku = sku
product.title = _products[0]['name']
product.price = float(_products[0]['price'])
product.attributes = _products[0]['image_url']
category, _a = Category.objects.get_or_create(name=_products[0]['set'])
product.category = category
product.save()
color = []
size = []
for _product in _products:
try:
size.append(_product['size'])
except:
pass
try:
color.append(_product['color'])
except:
pass
if color:
productattribute, _a = ProductAttribute.objects.get_or_create(
name='color', product=product)
productattribute.options = ','.join(color)
productattribute.save()
if size:
productattribute, _a = ProductAttribute.objects.get_or_create(
name='size', product=product)
productattribute.options = ','.join(size)
productattribute.save()
oldproduct.status = False
oldproduct.save()
print _product
q.task_done()
def do(self):
# Получаем все компании по API
res = requests.get('http://otp.spider.ru/test/companies/')
companies = json.loads(res.text)
# Создаем или обновляем компании...
for company in companies:
try:
# Проверяем есть ли такая компания
try:
new_company = Company.objects.get(name=company["name"],
is_imported=True)
except Company.DoesNotExist:
new_company = None
# Если такая компания уже есть, то просто обновим ее
if (new_company != None):
new_company.name = company["name"]
new_company.save()
print("update company: {0}".format(new_company.name))
# Если нет, то создаем ее
else:
Company.objects.create(name=company["name"],
is_imported=True)
print("create company: {0}".format(new_company.name))
# Загружаем продукты связанные с компаниями и создаем Категории.
res = requests.get(
'http://otp.spider.ru/test/companies/{0}/products/'.format(
company['id']))
products = json.loads(res.text)
# Обновляем категории для этих продуктов
Product.objects.filter(is_imported=True).delete(
) #удаляет все импортированные ранее категории для правиности данных
for product in products:
try:
# Проверяем есть ли такой продукт
try:
new_product = Product.objects.get(
title=product["name"],
description=product["description"],
is_imported=True,
company=new_company)
except Product.DoesNotExist:
new_product = None
# Если такой продукт уже есть, то просто обновим его
if (new_product != None):
new_product.title = product["name"]
new_product.description = product["description"]
print("update product {0}".format(
new_product.title))
# Если нет, то создаем его
else:
new_product = Product(
title=product["name"],
description=product["description"],
is_imported=True,
company=new_company,
is_active=True)
print("create product: {0}".format(
new_product.title))
# Обновляем категорию для этого продукта
try:
category = product["category"]
# Проверяем есть ли такая категория
try:
new_category = Category.objects.get(
title=category["name"])
except Category.DoesNotExist:
new_category = None
# Если такая категория уже есть, то просто обновим ее
if (new_category != None):
new_category.name = category["name"]
new_category.save()
print("update category: {0}".format(
new_category.title))
# Если нет, то создаем ее
else:
new_category = Category.objects.create(
title=category["name"])
print("create category: {0}".format(
new_category.title))
# Добавляем категорию к продукту и сохраняем.
new_product.category = new_category
new_product.save()
except Exception as e:
print(e)
except Exception as e:
print(e)
except Exception as e:
print(e)