def post(self):
result_dict, err_code = handle_request_validation_and_serialisation(
order_creation_schema)
if err_code:
return result_dict, err_code
if not result_dict['elements']:
return {
"message":
"Cannot create an empty order. The order must have at least one element."
}, 400
elements = result_dict['elements']
result_dict['elements'] = []
order = OrderModel(**result_dict)
if not UserModel.find_by_id(order.user_id):
return {
"message":
f"User with id: {order.user_id} does nor exist. "
f"Cannot create an order for nonexistent user."
}, 400
elements = [
OrderElementModel(**order_element_creation_schema.load(e))
for e in elements
]
if err_msg := _validate_order_elements(elements):
return err_msg, 400
def put(self,_id):
value = self.parser.parse_args()
order = OrderModel.find_by_id(_id)
if order is not None:
order.menu = value['menu']
order.res = value['res']
order.userid = value['userid']
order.save_to_db()
return order.json()
return {'msg','no user'},400
def checkOrderStatus(orderId):
order = OrderModel.get(orderId)
if order is None:
raise Exception('order data does not exists!')
result = {
'orderStatus': order.orderStatus,
'transactionStatus': order.transactionStatus
}
return result
def handler(event, context):
print(event)
orderId = event['orderId']
order = OrderModel.get(orderId)
if order is None:
raise Exception('order data does not exists!')
else:
order.update(
actions=[OrderModel.orderStatus.set(OrderStatusEnum.FAILED)])
return 'order cancelled'
def post(cls):
data = request.get_json()
items = []
item_quantity = Counter(data["items"])
for name, count in item_quantity.most_common():
res = ItemModel.find_by_name(name)
if not res:
return {"msg": "Item not present {}".format(name)}, 404
items.append(
ItemsInOrder(item_id=ItemModel.find_id(name), quantity=count))
print(items)
order = OrderModel(items=items, status="pending")
order.save_to_db() #save orders to database
order.change_status("failed")
order.request_with_stripe() #send the order details to stripe
print("Payment Done")
order.change_status("success")
return order_schema.dump(order)
def handler(event, context):
print(event)
orderId = event['orderId']
order = OrderModel.get(orderId)
if order is None:
raise Exception('order data does not exists!')
else:
order.update(actions=[
OrderModel.orderStatus.set(OrderStatusEnum.SUCCEEDED)
])
return 'order successfully confirmed.'
def handler(event, context):
orderId = event['orderId']
order = OrderModel.get(orderId)
if order is None:
raise Exception('order data does not exists!')
else:
order.update(actions=[
OrderModel.orderStatus.set(OrderStatusEnum.FAILED),
OrderModel.transactionStatus.set(TransactionStatusEnum.DONE)
])
return 'order failed'
def post(cls):
data= request.get_json()
items=[]
ordered_list = data['items'] # list of dictionaries
for ordered_item in data['items']:
name = ordered_item['name']
count = ordered_item['qty']
res = ItemModel.find_by_name(name)
if not res:
return {"msg": "Item not present {}".format(name)},404
items.append(ItemsInOrder(item_id=ItemModel.find_id(name),quantity=count))
print(items)
order = OrderModel(items=items,status="pending")
order.save_to_db() #save orders to database
order.change_status("failed")
order.request_with_stripe() #send the order details to stripe
print("Payment Done")
order.change_status("success")
return order_schema.dump(order)
def handler(event, context):
orderId = event['orderId']
order = OrderModel.get(orderId)
if order is None:
raise Exception('order data does not exists!')
sqs = boto3.resource('sqs')
queue = sqs.get_queue_by_name(QueueName='jawsdays2020_demo_order_queue')
response = queue.send_message(MessageBody=json.dumps(order.to_dict()))
if response.get('MessageId'):
return 'sending order confirm event'
else:
raise Exception('error sending message to sqs queue.')
def put(self, order_id: int):
result_dict, err_code = handle_request_validation_and_serialisation(
order_creation_schema)
if err_code:
return result_dict, err_code
if not result_dict['elements']:
return {
"message":
"The order cannot be empty. The order must have at least one element."
}, 400
order = OrderModel.find_by_id(order_id)
if not order:
return {
"message": f"Order with id: {order_id} does not exist."
}, 404
new_elements = result_dict['elements']
old_elements = [
order_element_creation_schema.dump(e) for e in order.elements
]
old_to_delete = [
e['item_id'] for e in old_elements if e not in new_elements
]
new_to_add = [e for e in new_elements if e not in old_elements]
# useful for debugging purposes
# print('O', old_elements)
# print('N', new_elements)
# print(old_to_delete)
# print(new_to_add)
# for x in order.elements:
# print(x.item_id in old_to_delete)
old_to_delete = list(
filter(lambda x: x.item_id in old_to_delete, order.elements))
OrderElementModel.delete_all_from_db(old_to_delete)
new_to_add = [
OrderElementModel(**order_element_creation_schema.load(e))
for e in new_to_add
]
if err_msg := _validate_order_elements(new_to_add):
return err_msg, 400
def post(self):
vl = req.get_json()
for value in vl:
if not bool(value.get('orderId')) or not bool(value.get('proId')):
return gettex('NOT_FOUND'),404
isExistOrderId = OrderModel.findById(value['orderId'])
isExistProId = ProductModel.findByProId(value['proId'])
if not bool(isExistOrderId) or not bool(isExistProId):
return gettex('NOT_FOUND'),404
data = OrderHistorySchema(many=True).load(vl,session=db.session)
try:
OrderHistoryModel.insertMany(data)
except:
return gettex('SOMETHING_WRONG'),500
return gettex('SUCCESS'),201
def put(self, order_id: int):
result_dict, err_code = handle_request_validation_and_serialisation(
order_update_schema)
if err_code:
return result_dict, err_code
order = OrderModel.find_by_id(order_id)
if not order:
return {
"message": f"Order with id: {order_id} does not exist."
}, 400
order.user_id = result_dict.get('user_id', order.user_id)
order.status = result_dict.get('status', order.status)
order.comments = result_dict.get('comments', order.comments)
order.update_in_db()
return {
"message": f"The order with id: {order.id} updated successfully.",
"entry": order_schema.dump(order)
}, 200
def startOrder(item):
order = OrderModel()
order.init()
paymentIntent = stripe.PaymentIntent.create(
amount=1099,
currency='jpy',
metadata={
'orderId': str(order.id),
},
)
order.paymentId = paymentIntent.id
order.itemId = item['id']
order.title = item['title']
order.subtitle = item['subtitle']
order.price = item['price']
order.save()
result = {}
result['paymentIntent'] = paymentIntent
result['order'] = order.to_dict()
return result
def db_populate():
users = [
UserModel(id=1,
name='Karol Krawczyk',
email='*****@*****.**'),
UserModel(id=2, name='Monica Geller', email='*****@*****.**'),
UserModel(id=3, name='Rachel Green', email='*****@*****.**'),
UserModel(id=4, name='Paweł Okrutnik', email='*****@*****.**'),
UserModel(id=5, name='Danuta Norek', email='*****@*****.**'),
]
categories = [
ItemCategoryModel(name='fun'),
ItemCategoryModel(name='antique'),
ItemCategoryModel(name='music'),
ItemCategoryModel(name='computer'),
]
items = [
ItemModel(id=1,
name='Good Processor',
price=199.9,
categories=[categories[0], categories[3]]),
ItemModel(id=2,
name='Komputer 100 Giga',
price=2499.99,
categories=[categories[0], categories[3]]),
ItemModel(id=3,
name='Wiadro firmy WiadroPOL',
price=120,
categories=[categories[1]]),
ItemModel(id=4,
name='Fleetwood Mac - Tango In The Night, vinyl',
price=26.99,
categories=[categories[2]]),
ItemModel(id=5,
name='Keyboard 3000',
price=549.99,
categories=[categories[0], categories[2]]),
]
orders = [
OrderModel(id=1,
status=OrderStatus.awaiting_payment,
user_id=2,
elements=[
OrderElementModel(id=1, count=4, order_id=1, item_id=1),
OrderElementModel(id=2, count=10, order_id=1, item_id=3)
]),
OrderModel(id=2,
status=OrderStatus.delivered,
user_id=4,
elements=[
OrderElementModel(id=3, count=2, order_id=2, item_id=5),
OrderElementModel(id=4, count=1, order_id=2, item_id=4),
OrderElementModel(id=5, count=1, order_id=2, item_id=2),
])
]
for user in users:
db.session.add(user)
for category in categories:
db.session.add(category)
for item in items:
db.session.add(item)
for order in orders:
db.session.add(order)
db.session.commit()
def post(self):
value = self.parser.parse_args()
order = OrderModel(**value)
order.save_to_db()
return order.json()
def get(self):
order = OrderModel.fetch()
return order.json()
#
# Cautions
#
# Since both OrderModel(pynamodb) and boto3 refers from
# AWS credentials set on your local machine,
# check if the AWS region on your local profile has been set to
# the intended region.
#
# For this demo, ap-northeast-1 (Tokyo) is used.
#
import sys
sys.path.append('..')
from model.order import OrderModel
# OrderModel.delete_table()
OrderModel.create_table()
import boto3
sqs = boto3.resource('sqs')
queue = sqs.create_queue(QueueName='jawsdays2020_demo_order_queue')
def get(self,_id):
order = OrderModel.find_by_id(_id)
if order:
return order.json()
return {"msg":'No user'},400
def delete(self,_id):
order = OrderModel.find_by_id(_id)
if order:
order.delete_from_db()
return order.json()
return {"msg":'No user'},400