def RefreshAll():
# send_email_notification('Product Refresh started')
results = []
d={}
# products_to_refresh = ProductData.objects.all()
products_to_refresh = Subscription.objects.all()
for products in products_to_refresh:
product = products.product
data = amazonparser.parse(product.product_url)
price = data['price']
product_availability = data['availability']
PriceData = PriceDetails(price = price, product = product, date = datetime.datetime.now())
PriceData.save()
product.product_availability = product_availability
product.product_previous_price = product.product_price
product.product_price = price
try:
product.save()
except:
pass
if products.user in d.keys():
result = PriceDropcheck(product)
if result:
d[products.user].append(result)
else:
result = PriceDropcheck(product)
if result:
d[products.user] = [PriceDropcheck(product)]
for users in d.keys():
alert_user(users,d[users])
def RefreshAll():
# send_email_notification('Product Refresh started')
results = []
d = {}
# products_to_refresh = ProductData.objects.all()
products_to_refresh = Subscription.objects.all()
for products in products_to_refresh:
product = products.product
data = amazonparser.parse(product.product_url)
price = data['price']
product_availability = data['availability']
PriceData = PriceDetails(price=price,
product=product,
date=datetime.datetime.now())
PriceData.save()
product.product_availability = product_availability
product.product_previous_price = product.product_price
product.product_price = price
try:
product.save()
except:
pass
if products.user in d.keys():
result = PriceDropcheck(product)
if result:
d[products.user].append(result)
else:
result = PriceDropcheck(product)
if result:
d[products.user] = [PriceDropcheck(product)]
for users in d.keys():
alert_user(users, d[users])
def user_repo_scan(): # pragma: no cover
"""
Endpoint for scanning an OSIO user's repository.
Runs a scan to find out security vulnerability in a user's repository
"""
resp_dict = {"status": "success", "summary": ""}
if request.content_type != 'application/json':
resp_dict["status"] = "failure"
resp_dict["summary"] = "Set content type to application/json"
return flask.jsonify(resp_dict), 400
input_json = request.get_json()
validate_string = "{} cannot be empty"
if 'git-url' not in input_json:
validate_string = validate_string.format("git-url")
return False, validate_string
# Call the worker flow to run a user repository scan asynchronously
status = alert_user(input_json, SERVICE_TOKEN)
if status is not True:
resp_dict["status"] = "failure"
resp_dict["summary"] = "Scan initialization failure"
return flask.jsonify(resp_dict), 500
resp_dict.update({
"summary":
"Report for {} is being generated in the background. You will "
"be notified via your preferred openshift.io notification mechanism "
"on its completion.".format(input_json.get('git-url')),
})
return flask.jsonify(resp_dict), 200
