def handle(self, sqs_message: SqsMessage) -> None:
message_type = sqs_message.message_type
message_data = sqs_message.message_data
if message_type != 'customer_info':
raise ValueError('SQS Message type "' + message_type + '" is unknown for ' + self.__class__.__name__)
customer_data = message_data.get('customer')
if not customer_data:
raise ValueError('SQS Message does not have customer field')
email = str(customer_data.get('email', '')).strip()
if not email:
raise ValueError('SQS Message does not have email field')
information_model = self.__information_service.get(email)
information = information_model.get_information()
information.first_name = customer_data.get('first_name')
information.last_name = customer_data.get('last_name')
information.gender = customer_data.get('gender')
information_model.insert_item(information)
# set tier
tier_id = customer_data['mpc_tier_id']
tier = self.__tiers_storage.get_by_id(Id(str(tier_id)))
if not tier:
raise ValueError('Unable to change Tier #{} for Customer #{} - tier does not exist!'.format(
tier_id,
information.customer_id
))
customer = self.__customers_storage.get_by_id(Id(information.customer_id))
customer.tier = tier
self.__customers_storage.save(customer)
def init(self, customer_id: str, cart_id: str) -> None:
customer_id = Id(customer_id)
customer = self.__customer_storage.get_by_id(customer_id)
if not customer:
raise ApplicationLogicException('Customer does not exist!')
cart_id = Id(cart_id)
cart = self.__cart_storage.get_by_id(cart_id)
if not cart:
raise ApplicationLogicException('Cart does not exist!')
elif cart.is_empty:
raise ApplicationLogicException('Cart is empty!')
elif cart.has_products_added_over_limit:
raise ApplicationLogicException(
'Cart has Products added over limit!')
vat_percent = Percentage(self.__purchase_settings.vat)
delivery_cost = Cost(self.__purchase_settings.fee)
checkout_items = [
Checkout.Item(cart_item.product, cart_item.qty)
for cart_item in cart.items
]
checkout = Checkout(customer, tuple(checkout_items), delivery_cost,
vat_percent)
self.__checkout_storage.save(checkout)
def __response_list(user_id: str) -> dict:
customer_storage = CustomerStorageImplementation()
customer_id = Id(user_id)
customer = customer_storage.get_by_id(customer_id)
delivery_addresses = [{
'hash': delivery_address.address_hash,
'address_type': delivery_address.address_type,
'recipient_name': delivery_address.recipient_name,
'phone_number': delivery_address.phone_number,
'street_address': delivery_address.street_address,
'suburb': delivery_address.suburb,
'city': delivery_address.city,
'province': delivery_address.province,
'business_name': delivery_address.business_name,
'complex_building': delivery_address.complex_building,
'postal_code': delivery_address.postal_code,
'special_instructions': delivery_address.special_instructions,
'address_nickname': delivery_address.address_nickname,
'is_billing': delivery_address.is_billing,
'is_shipping': delivery_address.is_shipping,
} for delivery_address in customer.delivery_addresses]
return {
'delivery_addresses': delivery_addresses,
}
def handle(self, sqs_message: SqsMessage) -> None:
incoming_tiers = tuple([
CustomerTier(
Id(str(row.get('id'))),
Name(str(row.get('name'))),
Percentage(int(row.get('credit_back_percent'))),
int(row.get('spent_amount_min')),
int(row.get('spent_amount_max')),
) for row in (sqs_message.message_data.get('tiers'))
])
stored_tiers = self.__tiers_storage.get_all()
# delete
incoming_tiers_ids = [
incoming_tier.id.value for incoming_tier in incoming_tiers
]
for stored_tier in stored_tiers:
if stored_tier.id.value not in incoming_tiers_ids:
stored_tier.mark_as_deleted()
self.__tiers_storage.save(stored_tier)
# add / update
for incoming_tier in incoming_tiers:
self.__tiers_storage.save(incoming_tier)
def tier(self) -> dict:
# customer tier - is a part of purchase module, not account information
def __tier_to_dict(customer_tier: CustomerTier) -> dict:
return {
'name': customer_tier.name.value,
'discount_rate': customer_tier.credit_back_percent.value,
'is_neutral': customer_tier.is_neutral
}
# cache
if self.__purchase_customer_tier_lazy_loading_cache:
return __tier_to_dict(
self.__purchase_customer_tier_lazy_loading_cache)
# guests are in neutral tier
if self.is_anonymous:
self.__purchase_customer_tier_lazy_loading_cache = CustomerTierStorageImplementation(
).get_neutral()
return __tier_to_dict(
self.__purchase_customer_tier_lazy_loading_cache)
# get assigned customer tier
customer = CustomerStorageImplementation().get_by_id(
Id(self.customer_id))
self.__purchase_customer_tier_lazy_loading_cache = customer.tier
return __tier_to_dict(self.__purchase_customer_tier_lazy_loading_cache)
def mobicred_shopper_result():
"""
https://support.peachpayments.com/hc/en-us/articles/360026704471-Mobicred-integration-guide
mobicred_api_resource_path = str(blueprint.current_request.get_query_parameter('resourcePath') or '').strip()
"""
# Attention! All payment logic is done in webhooks!
# Theoretically we can just get the last order by customer,
# because currently it's hard for user to do some tricks here,
# but event in this case user just gets info about his another order.
user = blueprint.current_request.current_user
if user.is_anyonimous:
raise UnauthorizedError('Authentication is required!')
order_storage = OrderStorageImplementation()
last_order: Optional[Order] = None
orders = order_storage.get_all_for_customer(Id(user.id))
for order in orders:
if not last_order or order.created_at > last_order.created_at:
last_order = order
if not last_order:
raise UnprocessableEntityError('No orders - something wrong!')
return {'order_number': last_order.number.value}
def __get_customer(self, user_id: str) -> CustomerInterface:
customer_id = Id(user_id)
customer = self.__customer_storage.get_by_id(customer_id)
if not customer:
raise ApplicationLogicException('Customer does not exist!')
return customer
def credit_cards_shopper_result():
# Attention! All payment logic is done in webhooks!
# Theoretically we can just get the last order by customer,
# because currently it's hard for user to do some tricks here,
# but event in this case user just gets info about his another order.
order_storage = OrderStorageImplementation()
try:
user = __get_user()
last_order: Optional[Order] = None
orders = order_storage.get_all_for_customer(Id(user.id))
for order in orders:
if not last_order or order.created_at > last_order.created_at:
last_order = order
if not last_order:
raise UnprocessableEntityError('No orders - something wrong!')
return {'order_number': last_order.number.value}
except BaseException as e:
return http_response_exception_or_throw(e)
def get_waiting_for_payment_by_checkout_or_checkout_new(
self, user_id: str) -> Order:
def __log_flow(text: str) -> None:
self.__logger.log_simple(
'Create/Get Last order for User #{} : {}'.format(
user_id, text))
# @todo : refactoring...
# For some reasons order payments can fail (closing tabs during payment process, errors, ...).
# This forces us to start process again, but in this case new order will be created.
# Theoretically this is still correct, but we get many "failed" orders, which are cancelled by timeout.
# Better way is using just now created orders, which can be detected by current checkout data.
# @TODO : SHOULD BE 2 SEPARATED ACTIONS: CREATE ORDER AND DO PAYMENT. Current flow is not good.
customer_id = Id(user_id)
checkout = self.__checkout_storage.load(customer_id)
if not checkout:
raise ApplicationLogicException('Checkout does not exist!')
# find or create new order
order = None
existed_orders = self.__order_storage.get_all_for_customer(
checkout.customer_id)
for existed_order in existed_orders:
# this is not good method, but no ideas for now
# EFT-payment orders are still in waiting_for_payment status after checkout complete -
# this is not usual for other payment types. But each payment process fill payment_method property,
# so we can separate "existed not paid uncompleted" orders from "existed not paid completed" orders.
is_waiting_for_payment = existed_order.status.value == Order.Status.AWAITING_PAYMENT
is_not_set_payment = existed_order.payment_method is None
if is_waiting_for_payment and is_not_set_payment:
if self.__is_order_matched_checkout(existed_order, checkout):
order = existed_order
__log_flow(
'Found Existed Order #{} matched with Checkout'.format(
existed_order.number.value))
break
if not order:
# create order
order = self.__purchase_service.purchase(checkout)
__log_flow('Created New Order #{}'.format(order.number.value))
# send to portal
# Theoretically we can redo it again, if some error occurs during process.
try:
__log_flow('New Order #{} SQS Sending...'.format(
order.number.value))
event = OrderChangeSqsSenderEvent(order)
self.__sqs_sender.send(event)
__log_flow('New Order #{} SQS Sent!'.format(
order.number.value))
except BaseException as e:
self.__logger.log_exception(e)
__log_flow(
'New Order #{} SQS NOT Sent because of Error: {}!'.format(
order.number.value, str(e)))
return order
def remove(self, checkout_id: str) -> None:
checkout_id = Id(checkout_id)
checkout = self.__checkout_storage.load(checkout_id)
if not checkout:
raise ApplicationLogicException('Checkout does not exist!')
self.__checkout_storage.remove(checkout_id)
def checkout_next_tier_indication():
# @todo : this is a crutch
# This should not be calculated on mpc side. This should be an api request to somewhere,
# but this is impossible for now, so we have what we have.
from chalicelib.settings import settings
# from chalicelib.libs.core.elastic import Elastic
from chalicelib.libs.models.mpc.base import DynamoModel
from chalicelib.libs.purchase.customer.storage import CustomerStorageImplementation
from chalicelib.libs.purchase.customer.storage import CustomerTierStorageImplementation
try:
user_id = __get_user().id
customers_storage = CustomerStorageImplementation()
tiers_storage = CustomerTierStorageImplementation()
customer = customers_storage.get_by_id(Id(user_id))
if customer.tier.is_neutral:
return {
'currently_spent': 0,
'next_tier': None
}
# Spent amount for customer can not exist,
# if customer spent nothing or sqs is delayed, for example.
# We can use a tier's minimal amount to return a value close to real.
# elastic = Elastic(
# settings.AWS_ELASTICSEARCH_CUSTOMER_TIERS_CUSTOMER_INFO_SPENT_AMOUNT,
# settings.AWS_ELASTICSEARCH_CUSTOMER_TIERS_CUSTOMER_INFO_SPENT_AMOUNT
# )
# row = elastic.get_data(customer.email.value)
dynamo_db = DynamoModel(settings.AWS_DYNAMODB_CMS_TABLE_NAME)
dynamo_db.PARTITION_KEY = 'PURCHASE_CUSTOMER_SPENT_AMOUNT'
row = dynamo_db.find_item(customer.email.value)
customer_spent_amount = float(row['spent_amount'] or 0) if row else customer.tier.spent_amount_min
current_tiers = list(tiers_storage.get_all())
current_tiers.sort(key=lambda tier: tier.spent_amount_min)
for i in range(0, len(current_tiers) - 1):
if current_tiers[i].id == customer.tier.id:
next_tier = current_tiers[i+1]
break
else:
next_tier = current_tiers[-1]
return {
'currently_spent': customer_spent_amount,
'next_tier': {
'name': next_tier.name.value,
'amount_min': next_tier.spent_amount_min,
}
}
except BaseException as e:
return http_response_exception_or_throw(e)
def orders_list():
orders_storage = OrderStorageImplementation()
try:
user_id = __get_user_id()
customer_id = Id(user_id)
orders = orders_storage.get_all_for_customer(customer_id)
return __orders_response(orders)
except BaseException as e:
return http_response_exception_or_throw(e)
def __create_entity(self, row: dict) -> CustomerTier:
entity = self.__reflector.construct(CustomerTier, {
self.__class__.__ENTITY_PROPERTY_ID: Id(str(row['id'])),
self.__class__.__ENTITY_PROPERTY_NAME: Name(row['name']),
self.__class__.__ENTITY_PROPERTY_CREDIT_BACK_PERCENT: Percentage(int(row['credit_back_percent'])),
self.__class__.__ENTITY_PROPERTY_SPENT_AMOUNT_MIN: int(row['spent_amount_min']),
self.__class__.__ENTITY_PROPERTY_SPENT_AMOUNT_MAX: int(row['spent_amount_max']),
self.__class__.__ENTITY_PROPERTY_IS_DELETED: row['is_deleted'],
})
return entity
def returns_list():
returns_storage = ReturnRequestStorageImplementation()
orders_storage = OrderStorageImplementation()
customer_id = Id(__get_user().id)
returns = returns_storage.get_all_for_customer(customer_id)
orders_map = {}
_order_numbers = [
return_request_item.order_number for return_request in returns
for return_request_item in return_request.items
]
_orders = orders_storage.get_all_by_numbers(tuple(_order_numbers))
for _order_number in _order_numbers:
for _order in _orders:
if _order.number.value == _order_number.value:
orders_map[_order_number.value] = _order
break
else:
raise ValueError(
'{} - Unable to find Order #{} for Customer\'s #{} returns'
.format(returns_list.__qualname__, _order_number.value,
__get_user().id))
response = []
for return_request in returns:
items = []
for return_item in return_request.items:
order = orders_map[return_item.order_number.value]
items.append({
'order_number':
return_item.order_number.value,
'ordered_at':
order.created_at.strftime('%Y-%m-%d %H:%M:%S'),
'cost':
return_item.cost.value,
})
response.append({
'request_number':
return_request.number.value,
'requested_at':
return_request.requested_at.strftime('%Y-%m-%d %H:%M:%S'),
'items':
items,
'status': {
'value': return_request.total_status.value,
'label': return_request.total_status.label,
}
})
return response
def __restore(self, data) -> Checkout:
customer_id = Id(data.get('sk'))
customer = self.__customer_storage.get_by_id(customer_id)
checkout_items = []
for item in data.get('checkout_items', tuple()):
simple_sku = SimpleSku(str(item.get('simple_sku')))
qty = Qty(int(item.get('qty')))
product = self.__product_storage.load(simple_sku)
checkout_item = Checkout.Item(product, qty)
checkout_items.append(checkout_item)
delivery_address = DeliveryAddress(
data.get('delivery_address').get('recipient_name'),
data.get('delivery_address').get('phone_number'),
data.get('delivery_address').get('street_address'),
data.get('delivery_address').get('suburb'),
data.get('delivery_address').get('city'),
data.get('delivery_address').get('province'),
data.get('delivery_address').get('complex_building'),
data.get('delivery_address').get('postal_code'),
data.get('delivery_address').get('business_name'),
data.get('delivery_address').get('special_instructions')
) if data.get('delivery_address', None) else None
delivery_cost = Cost(float(data.get('delivery_cost')))
vat = Percentage(float(data.get('vat_percent')))
# can not exist for old data
available_credits_amount = Cost(
float(data.get('credits_available_amount', '0') or '0'))
is_credits_in_use = bool(int(
data.get('is_credits_in_use', '0') or '0'))
# @todo : reflection
checkout = object.__new__(Checkout)
checkout._Checkout__customer = customer
checkout._Checkout__checkout_items = checkout_items
checkout._Checkout__delivery_address = delivery_address
checkout._Checkout__delivery_cost = delivery_cost
checkout._Checkout__vat_percent = vat
checkout._Checkout__available_credits_amount = available_credits_amount
checkout._Checkout__is_credits_in_use = is_credits_in_use
return checkout
def set_delivery_address(self, checkout_id: str,
customer_address_hash: str) -> None:
checkout_id = customer_id = Id(checkout_id)
# @todo : use Id or create Hash object-value
if not isinstance(customer_address_hash, str):
raise ArgumentTypeException(self.set_delivery_address,
'customer_address_hash',
customer_address_hash)
elif not str(customer_address_hash).strip():
raise ArgumentCannotBeEmptyException(self.set_delivery_address,
'customer_address_hash')
checkout = self.__checkout_storage.load(checkout_id)
if not checkout:
raise ApplicationLogicException('Checkout does not exist!')
customer = self.__customer_storage.get_by_id(customer_id)
if not customer:
raise ApplicationLogicException('Customer does not exist!')
for delivery_address in customer.delivery_addresses:
if delivery_address.address_hash == customer_address_hash:
customer_delivery_address = delivery_address
break
else:
raise ApplicationLogicException(
'Customer Delivery Address does not exist!')
delivery_address = DeliveryAddress(
customer_delivery_address.recipient_name,
customer_delivery_address.phone_number,
customer_delivery_address.street_address,
customer_delivery_address.suburb, customer_delivery_address.city,
customer_delivery_address.province,
customer_delivery_address.complex_building,
customer_delivery_address.postal_code,
customer_delivery_address.business_name,
customer_delivery_address.special_instructions)
checkout.delivery_address = delivery_address
self.__checkout_storage.save(checkout)
def checkout_credit_spend():
checkout_storage = CheckoutStorageImplementation()
try:
user = __get_user()
checkout = checkout_storage.load(Id(user.id))
if not checkout:
raise ApplicationLogicException('Checkout does not exist!')
if blueprint.current_request.method == 'POST':
checkout.use_credits()
elif blueprint.current_request.method == 'DELETE':
checkout.unuse_credits()
checkout_storage.save(checkout)
return __response_checkout(user.id)
except BaseException as e:
return http_response_exception_or_throw(e)
def orders_view(order_number):
orders_storage = OrderStorageImplementation()
try:
order_number = str(order_number).strip()
if not order_number:
raise HttpIncorrectInputDataException('order_number is required!')
order_number = Order.Number(order_number)
order = orders_storage.load(order_number)
if not order:
raise HttpNotFoundException('Order does not exist!')
user_id = __get_user_id()
customer_id = Id(user_id)
if order.customer_id != customer_id:
raise HttpAccessDenyException()
return __orders_response([order])[0]
except BaseException as e:
return http_response_exception_or_throw(e)
def get_by_id(self, customer_id: Id) -> Optional[CustomerInterface]:
if not isinstance(customer_id, Id):
raise ArgumentTypeException(self.get_by_id, 'customer_id', customer_id)
information = InformationModel(customer_id.value).get_information()
if not information.email:
raise ValueError('User information is incorrect - {}'.format(information.to_dict()))
# @todo : link to tier should be with other data. Will be moved to Nexus soon.
# row = self.__tier_elastic.get_data(information.email)
row = self.__tiers_dynamo.find_item(information.email)
customer_tier = self.__tiers_storage.get_by_id(Id(str(row['tier_id']))) \
if row else self.__tiers_storage.get_neutral()
if not customer_tier:
# something wrong with tiers set
raise ValueError('Customer {} is assigned to unknown Customer Tier #{}'.format(
customer_id.value,
row['tier_id']
))
return CustomerImplementation(customer_id, information, customer_tier)
def __restore(self, data: dict) -> Cart:
cart_items = []
for item_data in data.get('cart_items', tuple()):
simple_sku = SimpleSku(str(item_data.get('simple_sku')))
qty = Qty(int(item_data.get('qty')))
product = self.__product_storage.load(simple_sku)
cart_items.append(
self.__reflector.construct(
Cart.Item, {
self.__class__.__ENTITY_PROPERTY_ITEMS_PRODUCT:
product,
self.__class__.__ENTITY_PROPERTY_ITEMS_QTY: qty,
}))
cart: Cart = self.__reflector.construct(
Cart, {
self.__class__.__ENTITY_PROPERTY_ID: Id(data.get('sk')),
self.__class__.__ENTITY_PROPERTY_ITEMS: cart_items,
self.__class__.__ENTITY_PROPERTY_VAT_PERCENT:
self.__vat_percent
})
return cart
def __restore(self, data: dict) -> Order:
order_number = Order.Number(data.get('sk'))
customer_id = Id(data.get('customer_id'))
delivery_cost = Cost(float(data.get('delivery_cost')))
vat_percent = Percentage(float(data.get('vat_percent')))
credits_spent = Cost(float(data.get('credits_spent') or '0'))
payment_method = self.__restore_payment_method(
data.get('payment_method'),
json.loads(data.get('payment_method_extra_data_json') or '{}')
if data.get('payment_method') else None)
delivery_address = DeliveryAddress(
data.get('delivery_address_recipient_name'),
data.get('delivery_address_phone_number'),
data.get('delivery_address_street_address'),
data.get('delivery_address_suburb'),
data.get('delivery_address_city'),
data.get('delivery_address_province'),
data.get('delivery_address_complex_building'),
data.get('delivery_address_postal_code'),
data.get('delivery_address_business_name'),
data.get('delivery_address_special_instructions'))
status_changes = []
for status_change_data in data.get('status_history'):
status = Order.Status(status_change_data.get('status'))
changed_at = datetime.datetime.strptime(
status_change_data.get('datetime'), '%Y-%m-%dT%H:%M:%S.%f')
status_change = self.__reflector.construct(
Order.StatusChangesHistory.Change, {
'__status': status,
'__datetime': changed_at
})
status_changes.append(status_change)
status_change_history = Order.StatusChangesHistory(
tuple(status_changes))
order_items = []
for item_data in data.get('order_items'):
event_code = EventCode(item_data.get('event_code'))
simple_sku = SimpleSku(item_data.get('simple_sku'))
product_original_price = Cost(
item_data.get('product_original_price'))
product_current_price = Cost(
item_data.get('product_current_price'))
fbucks_earnings = Cost(item_data.get('fbucks_earnings'))
dtd = Dtd(
Dtd.Occasion(
Name(item_data.get('dtd_occasion_name')),
Description(item_data.get('dtd_occasion_description')))
if item_data.get('dtd_occasion_name') else None,
datetime.date(
int(item_data.get('dtd_date_from').split('-')[0]),
int(item_data.get('dtd_date_from').split('-')[1]),
int(item_data.get('dtd_date_from').split('-')[2])),
datetime.date(int(item_data.get('dtd_date_to').split('-')[0]),
int(item_data.get('dtd_date_to').split('-')[1]),
int(item_data.get('dtd_date_to').split('-')[2])),
int(item_data.get('dtd_working_days_from')),
int(item_data.get('dtd_working_days_to')))
qty_ordered = Qty(int(item_data.get('qty_ordered')))
qty_return_requested = Qty(
int(item_data.get('qty_return_requested') or 0))
qty_return_returned = Qty(
int(item_data.get('qty_return_returned') or 0))
qty_cancelled_before_payment = Qty(
int(item_data.get('qty_cancelled_before_payment') or 0))
qty_cancelled_after_payment_requested = Qty(
int(
item_data.get('qty_cancelled_after_payment_requested')
or 0))
qty_cancelled_after_payment_cancelled = Qty(
int(
item_data.get('qty_cancelled_after_payment_cancelled')
or 0))
qty_refunded = Qty(int(item_data.get('qty_refunded') or 0))
qty_modified_at = datetime.datetime.strptime(
item_data.get('qty_modified_at'), '%Y-%m-%dT%H:%M:%S.%f')
order_item = self.__reflector.construct(
Order.Item, {
'__event_code': event_code,
'__simple_sku': simple_sku,
'__product_original_price': product_original_price,
'__product_current_price': product_current_price,
'__dtd': dtd,
'__qty_ordered': qty_ordered,
'__qty_return_requested': qty_return_requested,
'__qty_return_returned': qty_return_returned,
'__qty_cancelled_before_payment':
qty_cancelled_before_payment,
'__qty_cancelled_after_payment_requested':
qty_cancelled_after_payment_requested,
'__qty_cancelled_after_payment_cancelled':
qty_cancelled_after_payment_cancelled,
'__qty_refunded': qty_refunded,
'__qty_modified_at': qty_modified_at,
'__fbucks_earnings': fbucks_earnings
})
order_items.append(order_item)
order = self.__reflector.construct(
Order, {
'__order_number': order_number,
'__customer_id': customer_id,
'__items': order_items,
'__delivery_address': delivery_address,
'__delivery_cost': delivery_cost,
'__vat_percent': vat_percent,
'__payment_method': payment_method,
'__status_history': status_change_history,
'__credits_spent': credits_spent,
})
return order
def regular_eft_checkout():
checkout_storage = CheckoutStorageImplementation()
order_storage = OrderStorageImplementation()
order_app_service = OrderAppService()
logger = Logger()
mailer = MailerImplementation()
# 1. Get or create order. Critical!
# ------------------------------------------------------
try:
user = __get_user()
# @todo : refactoring
checkout = checkout_storage.load(Id(user.id))
if not checkout:
raise ApplicationLogicException('Checkout does not exist!')
elif checkout.total_due.value == 0:
raise ApplicationLogicException('Unable to checkout 0 amount with Regular Eft!')
order = order_app_service.get_waiting_for_payment_by_checkout_or_checkout_new(user.id)
def __log_order_flow(text: str) -> None:
logger.log_simple('Regular EFT : Checkout : {} : {}'.format(order.number.value, text))
__log_order_flow('Start')
# Attention!
# Currently we use f-bucks only! Other credits are not available for now!
# @todo : other credit types
# @todo : copy-paste code
# @todo : when reservation of credits amount will be done, perhaps, use sqs to spend credits
if order.credit_spent_amount.value > 0:
__log_order_flow('Spending Credits...')
""""""
from chalicelib.libs.purchase.core import Checkout
see = Checkout.__init__
""""""
# @TODO : refactoring : raw data usage
import uuid
import datetime
from chalicelib.settings import settings
from chalicelib.libs.core.elastic import Elastic
fbucks_customer_amount_elastic = Elastic(
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT,
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT,
)
fbucks_customer_amount_changes_elastic = Elastic(
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT_CHANGES,
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT_CHANGES,
)
fbucks_customer_amount_elastic.update_data(order.customer_id.value, {
'script': 'ctx._source.amount -= ' + str(order.credit_spent_amount.value),
})
fbucks_customer_amount_changes_elastic.create(str(uuid.uuid4()) + str(order.customer_id.value), {
"customer_id": order.customer_id.value,
"amount": -order.credit_spent_amount.value,
"changed_at": datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S"),
"order_number": order.number.value,
})
__log_order_flow('Spending Credits: Done!')
__log_order_flow('Order Updating...')
order.payment_method = RegularEftOrderPaymentMethod()
order_storage.save(order)
__log_order_flow('Order Updated!')
except BaseException as e:
logger.log_exception(e)
return http_response_exception_or_throw(e)
# 2. Send eft email. Not critical.
# Theoretically can be redone or downloaded manually.
# ------------------------------------------------------
try:
__log_order_flow('EFT Email Sending...')
message = RegularEftBankDetailsMailMessage(order)
mailer.send(message)
__log_order_flow('EFT Email Sent!')
except BaseException as e:
logger.log_exception(e)
__log_order_flow('EFT Email Not Sent because of Error: {}'.format(str(e)))
# 3. Flush cart, checkout. Not critical.
# ------------------------------------------------------
# flush cart
try:
__log_order_flow('Cart Flushing...')
from chalicelib.libs.purchase.cart.service import CartAppService
cart_service = CartAppService()
cart_service.clear_cart(user.session_id)
__log_order_flow('Cart Flushed!')
except BaseException as e:
logger.log_exception(e)
__log_order_flow('Cart Not Flushed because of Error: {}'.format(str(e)))
# flush checkout
try:
__log_order_flow('Checkout Flushing...')
from chalicelib.libs.purchase.checkout.service import CheckoutAppService
checkout_service = CheckoutAppService()
checkout_service.remove(user.id)
__log_order_flow('Checkout Flushed!')
except BaseException as e:
logger.log_exception(e)
__log_order_flow('Checkout Not Flushed because of Error: {}'.format(str(e)))
return {
'order_number': order.number.value
}
def __response_checkout(user_id) -> dict:
products = MpcProduct()
dtd_calculator = DtdCalculatorImplementation()
checkout_storage = CheckoutStorageImplementation()
customer_id = Id(user_id)
checkout = checkout_storage.load(customer_id)
if not checkout:
raise ApplicationLogicException('Checkout is not initiated!')
tier = blueprint.current_request.current_user.profile.tier
checkout_items_data = []
for checkout_item in checkout.checkout_items:
product = products.getRawDataBySimpleSku(checkout_item.simple_sku.value)
product_sizes = product.get('sizes', []) if product else tuple()
size = tuple(filter(lambda s: s.get('simple_sku') == checkout_item.simple_sku.value, product_sizes))[0]
dtd = dtd_calculator.calculate(checkout_item.simple_sku, checkout_item.qty)
item_fbucks = None
if not tier['is_neutral'] and not blueprint.current_request.current_user.is_anyonimous:
item_fbucks = math.ceil(checkout_item.current_cost.value * tier['discount_rate'] / 100)
checkout_items_data.append({
'sku': product['sku'],
'simple_sku': checkout_item.simple_sku.value,
'name': product.get('title'),
'brand_name': product.get('brand'),
'size_name': size.get('size'),
'image_url': product.get('image', {}).get('src', None),
'qty_available': int(size.get('qty')),
'qty_added': checkout_item.qty.value,
'is_added_over_limit': checkout_item.is_added_over_limit,
'product_original_price': checkout_item.product_original_price.value,
'product_current_price': checkout_item.product_current_price.value,
'original_cost': checkout_item.original_cost.value,
'current_cost': checkout_item.current_cost.value,
'dtd': {
'occasion': {
'name': dtd.occasion.name.value,
'description': dtd.occasion.description.value,
} if dtd.occasion else None,
'date_from': dtd.date_from.strftime('%Y-%m-%d'),
'date_to': dtd.date_to.strftime('%Y-%m-%d'),
'working_days_from': dtd.working_days_from,
'working_days_to': dtd.working_days_to,
},
'fbucks': item_fbucks,
})
return {
'checkout_items': checkout_items_data,
'original_subtotal': checkout.original_subtotal.value,
'current_subtotal': checkout.current_subtotal.value,
'current_subtotal_vat_amount': checkout.current_subtotal_vat_amount.value,
'delivery_cost': checkout.delivery_cost.value,
'credits_available': checkout.credits_amount_available.value,
'credits_in_use': checkout.credits_amount_in_use.value,
'total_due': checkout.total_due.value,
'delivery_address': {
'hash': checkout.delivery_address.address_hash,
'recipient_name': checkout.delivery_address.recipient_name,
'phone_number': checkout.delivery_address.phone_number,
'street_address': checkout.delivery_address.street_address,
'suburb': checkout.delivery_address.suburb,
'city': checkout.delivery_address.city,
'province': checkout.delivery_address.province,
'complex_building': checkout.delivery_address.complex_building,
'postal_code': checkout.delivery_address.postal_code,
'business_name': checkout.delivery_address.business_name,
'special_instructions': checkout.delivery_address.special_instructions,
} if checkout.delivery_address else None,
}
def returns_create_submit():
"""
POST : {
items: [
{
order_number: str,
simple_sku: str,
qty: int,
reason: str,
file_ids: [str, ...],
additional_comment: str|null,
},
...
],
delivery_method: str,
refund_method: {
type: str,
params: {
# credit_card_eft
account_holder_name: str,
account_number: str,
branch_code: str
}
}
}
"""
user_id = __get_user().id
now = datetime.datetime.now()
returns_storage = ReturnRequestStorageImplementation()
orders_storage = OrderStorageImplementation()
file_storage = FileStorageImplementation()
sqs_sender = SqsSenderImplementation()
logger = Logger()
# 1. Check input
# -------------------------------
request_data = blueprint.current_request.json_body or {}
input_items = request_data.get('items')
if not input_items or not isinstance(input_items, (list, tuple, set)):
raise BadRequestError(
'Incorrect Input Data! Parameter "items" is required!')
elif sum([
not isinstance(item, dict)
or not isinstance(item.get('order_number'), str)
or not isinstance(item.get('simple_sku'), str)
or not isinstance(item.get('qty'), int)
or not isinstance(item.get('reason'), str)
or not isinstance(item.get('file_ids'),
(list, tuple, set)) or sum([
not isinstance(file_id, str)
for file_id in item['file_ids']
]) > 0
or not (item.get('additional_comment') is None
or isinstance(item.get('additional_comment'), str))
for item in input_items
]) > 0:
raise BadRequestError(
'Incorrect Input Data! Incorrect "items" structure!')
delivery_method_input_descriptor = request_data.get('delivery_method')
if not delivery_method_input_descriptor or not isinstance(
delivery_method_input_descriptor, str):
raise BadRequestError(
'Incorrect Input Data! Parameter "delivery_method" is required!'
)
refund_method_input_data = request_data.get('refund_method')
if not refund_method_input_data:
raise BadRequestError(
'Incorrect Input Data! Parameter "refund_method" is required!')
elif (not isinstance(refund_method_input_data, dict)
or not isinstance(refund_method_input_data.get('type'), str)
or not isinstance(refund_method_input_data.get('params'), dict)):
raise BadRequestError(
'Incorrect Input Data! Parameter "refund_method" is incorrect!'
)
# collect control data
initial_data = __get_initial_data()
control_data = {
'reasons': [reason['key'] for reason in initial_data['reasons']],
'delivery_methods': [
_delivery_method['key']
for _delivery_method in initial_data['delivery_methods']
],
'orders': {},
}
for order_data in initial_data['orders']:
order_number = order_data['order_number']
for order_data_item in order_data['items']:
simple_sku = order_data_item['simple_sku']
qty = order_data_item['qty_can_return']
control_data['orders'][order_number] = control_data[
'orders'].get(order_number) or {}
control_data['orders'][order_number][simple_sku] = qty
# validate input data
if (
# items
sum([
item['order_number'] not in control_data['orders'].keys()
or item['simple_sku']
not in control_data['orders'][item['order_number']].keys()
or item['qty'] not in range(
1, control_data['orders'][item['order_number']][
item['simple_sku']] + 1)
or item['reason'] not in control_data['reasons'] or sum([
not file_id.strip() or not file_storage.get(file_id)
for file_id in item['file_ids']
]) > 0 or (item['additional_comment'] is not None
and len(item['additional_comment']) > 255)
for item in input_items
]) > 0
# delivery method
or delivery_method_input_descriptor
not in control_data['delivery_methods']
# refund method (method structure/data check)
or refund_method_input_data['type'] not in [
EftRefundMethod('test', 'test', 'test').descriptor,
StoreCreditRefundMethod().descriptor,
MobicredRefundMethod().descriptor,
CreditCardRefundMethod().descriptor,
] or
(refund_method_input_data['type'] == EftRefundMethod(
'test', 'test', 'test').descriptor and
(not isinstance(
refund_method_input_data.get(
'params', {}).get('account_holder_name'), str) or
not refund_method_input_data['params'].get('account_holder_name')
or not isinstance(
refund_method_input_data.get('params',
{}).get('account_number'), str)
or not refund_method_input_data['params'].get('account_number')
or not isinstance(
refund_method_input_data.get('params',
{}).get('branch_code'), str)
or not refund_method_input_data['params'].get('branch_code')))
or (refund_method_input_data['type'] in (
StoreCreditRefundMethod().descriptor,
MobicredRefundMethod().descriptor,
CreditCardRefundMethod().descriptor,
) and len(refund_method_input_data['params']) > 0)):
raise BadRequestError('Incorrect Input Data! Incorrect values!')
# check duplicates in order
if len(
set([
str(item['order_number']) + str(item['simple_sku'])
for item in input_items
])) != len(input_items):
raise BadRequestError(
'Incorrect Input Data! Input items has duplicates!')
# check refund methods
# "...credit-card should be allowed only when one of selected orders was paid by credit card,
# but eft and credits should be available for all return-requests..."
_allowed_refund_methods_keys = []
for item in input_items:
_order_refund_method_keys = [
_order_refund_method['key']
for _order in initial_data['orders']
if _order['order_number'] == item['order_number']
for _order_refund_method in _order['refund_methods']
]
# intersection of all input orders
if len(_allowed_refund_methods_keys) == 0:
_allowed_refund_methods_keys = _order_refund_method_keys
else:
_allowed_refund_methods_keys = [
key for key in _allowed_refund_methods_keys
if key in _order_refund_method_keys
]
if refund_method_input_data[
'type'] not in _allowed_refund_methods_keys:
raise BadRequestError(
'Incorrect Input Data! Refund method {} is not allowed for selected orders!'
.format(refund_method_input_data['type']))
# 2. Create Return Request entity
# -------------------------------
return_request_items = []
for item in input_items:
order_number = item['order_number']
simple_sku = item['simple_sku']
qty = item['qty']
cost = None
for initial_order in initial_data['orders']:
if initial_order['order_number'] == order_number:
for initial_item in initial_order['items']:
if initial_item['simple_sku'] == simple_sku:
cost = tuple(
filter(lambda x: x.get('qty') == qty,
initial_item['costs']))[0].get('cost')
break
reason = ReturnRequest.Item.Reason(item['reason'])
attached_files = tuple([
ReturnRequest.Item.AttachedFile(file_storage.get(file_id).url)
for file_id in item['file_ids']
])
additional_comment = item.get('additional_comment') if item.get(
'additional_comment') else None
additional_comment = ReturnRequest.Item.AdditionalComment(
additional_comment) if additional_comment else None
return_request_items.append(
ReturnRequest.Item(OrderNumber(order_number),
SimpleSku(simple_sku), Qty(qty), Cost(cost),
reason, attached_files, additional_comment))
delivery_method_instance = None
for _delivery_method_instance in [
HandDeliveryMethod(),
CourierOrPostOffice(),
RunwaysaleToCollect()
]:
if _delivery_method_instance.descriptor == delivery_method_input_descriptor:
delivery_method_instance = _delivery_method_instance
break
refund_method_instance = None
for _refund_method_instance in [
StoreCreditRefundMethod(),
EftRefundMethod('test', 'test', 'test'),
MobicredRefundMethod(),
CreditCardRefundMethod()
]:
if _refund_method_instance.descriptor == refund_method_input_data[
'type']:
refund_method_instance = _refund_method_instance.__class__(
**refund_method_input_data['params'])
break
return_request = ReturnRequest(
Id(user_id), ReturnRequest.Number(now.strftime('%y%j03%f')),
tuple(return_request_items), delivery_method_instance,
refund_method_instance)
# 3. Modify orders qty
# -------------------------------
modified_orders = {}
for return_item in return_request.items:
order = modified_orders.get(
return_item.order_number.value) or orders_storage.load(
return_item.order_number)
order.request_return(return_item.simple_sku, return_item.qty)
modified_orders[order.number.value] = order
# 4. Save changes
# -------------------------------
def __log_flow(text: str) -> None:
logger.log_simple('Return Request #{} - Creation : {}'.format(
return_request.number.value, text))
__log_flow('Start')
__log_flow('Saving Return Request...')
returns_storage.save(return_request)
__log_flow('Saving Return Request - Done!')
__log_flow('Saving Orders...')
for order in tuple(modified_orders.values()):
__log_flow('Saving Order #{}...'.format(order.number.value))
orders_storage.save(order)
__log_flow('Saving Order #{} - Done!'.format(order.number.value))
__log_flow('Saving Orders - Done!')
# 5. Send SQS
# -------------------------------
__log_flow('SQS Sending Return Request...')
sqs_sender.send(ReturnRequestChangeSqsSenderEvent(return_request))
__log_flow('SQS Sending Return Request - Done!')
__log_flow('End')
return {'request_number': return_request.number.value}
def credit_cards_checkout():
cards_storage = CreditCardsStorageImplementation()
checkout_storage = CheckoutStorageImplementation()
order_app_service = OrderAppService()
cart_service = CartAppService()
checkout_service = CheckoutAppService()
logger = Logger()
try:
user = __get_user()
card_response_id = (blueprint.current_request.json_body
or {}).get('card_id') or None
if not card_response_id:
raise BadRequestError('Incorrect Input Data!')
card = None
for _card in cards_storage.get_all_by_customer(user.id):
if __get_card_response(_card)['id'] == card_response_id:
card = _card
break
if not card:
raise NotFoundError('Card does not exist!')
elif not card.is_verified:
raise ApplicationLogicException(
'Unable to checkout with Not Verified Card!')
checkout = checkout_storage.load(Id(user.id))
if not checkout:
raise HttpNotFoundException('Checkout does not exist!')
elif checkout.total_due.value == 0:
raise ApplicationLogicException(
'Unable to checkout 0 amount with Credit Cards!')
order = order_app_service.get_waiting_for_payment_by_checkout_or_checkout_new(
user.id)
def __log_flow(text: str) -> None:
logger.log_simple('Credit Cards : Checkout : {} : {}'.format(
order.number.value, text))
__log_flow('Start')
# init
try:
__log_flow('Payment Request...')
response = requests.post(
url=settings.PEACH_PAYMENT_BASE_URL +
'registrations/{}/payments'.format(card.token),
data={
'entityId':
settings.PEACH_PAYMENT_ENTITY_ID,
'amount':
'%.2f' % order.total_current_cost_ordered.value,
'paymentType':
'DB',
'currency':
'ZAR',
'shopperResultUrl':
requests.utils.requote_uri(settings.FRONTEND_BASE_URL +
'/order/confirmation/{}'.
format(order.number.value)),
'customParameters[order_number]':
order.number.value,
},
headers={
'Authorization':
'Bearer {}'.format(settings.PEACH_PAYMENT_ACCESS_TOKEN)
})
if response.status_code != 200:
raise Exception(
'Peach Payment Request has been Failed: {} - {} - {}'.
format(response.status_code, response.reason,
response.text))
response_data = response.json()
if response_data['result']['code'] not in (
'000.200.000', # transaction pending
):
raise Exception(
'Credit Card Initial request response is not good: {} - {}'
.format(response_data['result']['code'],
response_data['result']['description']))
__log_flow('Payment Request is Done!')
except BaseException as e:
logger.log_exception(e)
__log_flow(
'Payment Request is Not done because of Error: {}'.format(
str(e)))
raise UnprocessableEntityError(
'Credit Card Payment is unavailable now!')
# flush cart (silently)
try:
__log_flow('Cart Flushing...')
cart_service.clear_cart(user.session_id)
__log_flow('Cart Flushed!')
except BaseException as e:
logger.log_exception(e)
__log_flow('Cart is NOT Flushed because of Error: {}'.format(
str(e)))
# flush checkout (silently)
try:
__log_flow('Checkout Flushing...')
checkout_service.remove(user.id)
__log_flow('Checkout Flushed!')
except BaseException as e:
logger.log_exception(e)
__log_flow(
'Checkout is NOT Flushed because of Error: {}'.format(
str(e)))
result = {
'order_number':
order.number.value,
'url':
response_data['redirect']['url'],
'method':
'POST',
'parameters': [{
'name': param['name'],
'value': param['value'],
} for param in response_data['redirect']['parameters']]
}
__log_flow('End')
return result
except BaseException as e:
logger.log_exception(e)
return http_response_exception_or_throw(e)
def __get_initial_data():
orders_storage = OrderStorageImplementation()
products_storage = ProductStorageImplementation()
orders = []
products_map = {}
# "...credit-card should be allowed only when one of selected orders was paid by credit card,
# but eft and credits should be available for all return-requests..."
payment_refund_methods_map = {
# @todo : payment methods descriptors
'regular_eft': [{
'key': refund_method.descriptor,
'label': refund_method.label,
} for refund_method in [
StoreCreditRefundMethod(),
EftRefundMethod('test', 'test', 'test')
]],
'customer_credit': [{
'key': refund_method.descriptor,
'label': refund_method.label,
} for refund_method in [
StoreCreditRefundMethod(),
EftRefundMethod('test', 'test', 'test')
]],
'mobicred': [{
'key': refund_method.descriptor,
'label': refund_method.label,
} for refund_method in [
StoreCreditRefundMethod(),
EftRefundMethod('test', 'test', 'test'),
MobicredRefundMethod(),
]],
'credit_card': [{
'key': refund_method.descriptor,
'label': refund_method.label,
} for refund_method in [
StoreCreditRefundMethod(),
EftRefundMethod('test', 'test', 'test'),
CreditCardRefundMethod()
]]
}
for order in orders_storage.get_all_for_customer(Id(__get_user().id)):
if not order.is_returnable:
continue
items = []
for item in order.items:
product = products_map.get(
item.simple_sku.value) or products_storage.load(
item.simple_sku)
products_map[item.simple_sku.value] = product
items.append({
'simple_sku':
item.simple_sku.value,
'product_name':
product.name.value,
'img_url':
product.image_urls[0] if product.image_urls else None,
'costs': [{
'qty': qty,
'cost': item.get_refund_cost(Qty(qty)).value
} for qty in range(1, item.qty_processable.value + 1)],
'qty_can_return':
item.qty_processable.value,
})
orders.append({
'order_number':
order.number.value,
'ordered_at':
order.created_at.strftime('%Y-%m-%d %H:%M:%S'),
'can_be_returned_till':
order.is_returnable_till.strftime('%Y-%m-%d %H:%M:%S'),
'items':
items,
'refund_methods':
payment_refund_methods_map[order.payment_method.descriptor]
})
return {
'reasons': [{
'key': reason.descriptor,
'label': reason.label,
} for reason in [
ReturnRequest.Item.Reason(ReturnRequest.Item.Reason.TOO_BIG),
ReturnRequest.Item.Reason(ReturnRequest.Item.Reason.TOO_SMALL),
ReturnRequest.Item.Reason(
ReturnRequest.Item.Reason.SELECTED_WRONG_SIZE),
ReturnRequest.Item.Reason(
ReturnRequest.Item.Reason.DONT_LIKE_IT),
ReturnRequest.Item.Reason(
ReturnRequest.Item.Reason.NOT_HAPPY_WITH_QTY),
ReturnRequest.Item.Reason(
ReturnRequest.Item.Reason.RECEIVED_WRONG_SIZE),
ReturnRequest.Item.Reason(
ReturnRequest.Item.Reason.RECEIVED_DAMAGED),
]],
'delivery_methods': [{
'key': delivery_method.descriptor,
'label': delivery_method.label,
} for delivery_method in [
HandDeliveryMethod(),
CourierOrPostOffice(),
RunwaysaleToCollect()
]],
'orders':
orders,
}
def returns_view(return_number):
customer_id = Id(__get_user().id)
returns_storage = ReturnRequestStorageImplementation()
orders_storage = OrderStorageImplementation()
products_storage = ProductStorageImplementation()
return_request = returns_storage.load(
ReturnRequest.Number(return_number))
if not return_request:
raise NotFoundError(
'Return Request #{} does not exist!'.format(return_number))
elif return_request.customer_id != customer_id:
raise ForbiddenError('It is not your Return Request!')
response = {
'request_number':
return_request.number.value,
'requested_at':
return_request.requested_at.strftime('%Y-%m-%d %H:%M:%S'),
'items': [],
'delivery_method':
return_request.delivery_method.label,
'refund_method':
return_request.refund_method.label,
'status': {
'value': return_request.total_status.value,
'label': return_request.total_status.label,
}
}
orders_map = {}
products_map = {}
for return_item in return_request.items:
product = products_map.get(
return_item.simple_sku.value) or products_storage.load(
return_item.simple_sku)
products_map[return_item.simple_sku.value] = product
order = orders_map.get(
return_item.order_number.value) or orders_storage.load(
return_item.order_number)
orders_map[return_item.order_number.value] = order
response['items'].append({
'order_number':
return_item.order_number.value,
'simple_sku':
return_item.simple_sku.value,
'product_name':
product.name.value,
'product_image_url':
product.image_urls[0] if product.image_urls else None,
'size_name':
product.size_name.value,
'ordered_at':
order.created_at.strftime('%Y-%m-%d %H:%M:%S'),
'cost':
return_item.cost.value,
'qty':
return_item.qty.value,
'status':
return_item.status.label,
'reason':
return_item.reason.label,
'attached_files': [{
'url': file.url
} for file in return_item.attached_files],
'additional_comment':
return_item.additional_comment.value
if return_item.additional_comment else None,
})
return response
def __response_cart(cart_id) -> dict:
cart_storage = CartStorageImplementation()
dtd_calculator = DtdCalculatorImplementation()
def __return(cart_items: Tuple[Cart.Item], original_subtotal: float,
current_subtotal: float,
current_subtotal_vat_amount: float):
tier = blueprint.current_request.current_user.profile.tier
# fbucks available to spend
available_fbucks_amount = None
if not tier[
'is_neutral'] and not blueprint.current_request.current_user.is_anyonimous:
""""""
# @TODO : REFACTORING !!!
from chalicelib.libs.purchase.customer.sqs import FbucksChargeSqsHandler
see = FbucksChargeSqsHandler
""""""
from chalicelib.settings import settings
from chalicelib.libs.core.elastic import Elastic
__fbucks_customer_amount_elastic = Elastic(
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT,
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT,
)
fbucks_amount_row = __fbucks_customer_amount_elastic.get_data(
blueprint.current_request.current_user.id)
available_fbucks_amount = fbucks_amount_row[
'amount'] or 0 if fbucks_amount_row else 0
products = MpcProduct()
items_data = []
for cart_item in cart_items:
product = products.getRawDataBySimpleSku(
cart_item.simple_sku.value)
product_sizes = product.get('sizes', []) if product else ()
size = tuple(
filter(
lambda s: s.get('simple_sku') == cart_item.simple_sku.
value, product_sizes))[0]
dtd = dtd_calculator.calculate(cart_item.simple_sku,
cart_item.qty)
item_fbucks = None
if not tier[
'is_neutral'] and not blueprint.current_request.current_user.is_anyonimous:
item_fbucks = math.ceil(cart_item.current_cost.value *
tier['discount_rate'] / 100)
items_data.append({
'sku':
product['sku'],
'simple_sku':
cart_item.simple_sku.value,
'name':
product.get('title'),
'brand_name':
product.get('brand'),
'size_name':
size.get('size'),
'image_url':
product.get('image', {}).get('src', None),
'qty_available':
int(size.get('qty')),
'qty_added':
cart_item.qty.value,
'is_added_over_limit':
cart_item.is_added_over_limit,
'product_original_price':
cart_item.product_original_price.value,
'product_current_price':
cart_item.product_current_price.value,
'original_cost':
cart_item.original_cost.value,
'current_cost':
cart_item.current_cost.value,
'dtd': {
'occasion': {
'name': dtd.occasion.name.value,
'description': dtd.occasion.description.value,
} if dtd.occasion else None,
'date_from': dtd.date_from.strftime('%Y-%m-%d'),
'date_to': dtd.date_to.strftime('%Y-%m-%d'),
'working_days_from': dtd.working_days_from,
'working_days_to': dtd.working_days_to,
},
'fbucks':
item_fbucks,
})
return {
'items': items_data,
'original_subtotal': original_subtotal,
'current_subtotal': current_subtotal,
'current_subtotal_vat_amount': current_subtotal_vat_amount,
'available_fbucks_amount': available_fbucks_amount,
}
cart_id = Id(cart_id)
cart = cart_storage.get_by_id(cart_id)
return __return(
cart.items if cart else tuple(),
cart.original_subtotal.value if cart else 0.0,
cart.current_subtotal.value if cart else 0.0,
cart.current_subtotal_vat_amount.value if cart else 0.0)
def __restore(self, data: dict) -> Order:
order_number = Order.Number(data.get('order_number'))
customer_id = Id(data.get('customer_id'))
delivery_cost = Cost(float(data.get('delivery_cost')))
vat_percent = Percentage(
float(
# I added "vat_percent" after first orders were stored,
# but it's hard to make changes in elastic, so...
# @todo : create migration tool.
data.get('vat_percent') or self.__current_vat_value))
credits_spent = Cost(float(data.get('credits_spent')
or '0')) # can be not existed in old data
payment_method = self.__restore_payment_method(
data.get('payment_method'),
json.loads(data.get('payment_method_extra_data_json') or '{}')
if data.get('payment_method') else None)
delivery_address = DeliveryAddress(
data.get('delivery_address_recipient_name'),
data.get('delivery_address_phone_number'),
data.get('delivery_address_street_address'),
data.get('delivery_address_suburb'),
data.get('delivery_address_city'),
data.get('delivery_address_province'),
data.get('delivery_address_complex_building'),
data.get('delivery_address_postal_code'),
data.get('delivery_address_business_name'),
data.get('delivery_address_special_instructions'))
status_changes = []
for status_change_data in data.get('status_history'):
status = Order.Status(status_change_data.get('status'))
# elastic supports only 3 digits for milliseconds
changed_at = datetime.datetime.strptime(
status_change_data.get('datetime') + '000',
'%Y-%m-%dT%H:%M:%S.%f')
status_change = self.__reflector.construct(
Order.StatusChangesHistory.Change, {
'__status': status,
'__datetime': changed_at
})
status_changes.append(status_change)
status_change_history = Order.StatusChangesHistory(
tuple(status_changes))
order_items = []
for item_data in data.get('order_items'):
event_code = EventCode(item_data.get('event_code'))
simple_sku = SimpleSku(item_data.get('simple_sku'))
product_original_price = Cost(
item_data.get('product_original_price'))
product_current_price = Cost(
item_data.get('product_current_price'))
fbucks_earnings = Cost(item_data.get('fbucks_amount')
or 0) # old orders don't have this field
dtd = Dtd(
Dtd.Occasion(
Name(item_data.get('dtd_occasion_name')),
Description(item_data.get('dtd_occasion_description')))
if item_data.get('dtd_occasion_name') else None,
datetime.date(
int(item_data.get('dtd_date_from').split('-')[0]),
int(item_data.get('dtd_date_from').split('-')[1]),
int(item_data.get('dtd_date_from').split('-')[2])),
datetime.date(int(item_data.get('dtd_date_to').split('-')[0]),
int(item_data.get('dtd_date_to').split('-')[1]),
int(item_data.get('dtd_date_to').split('-')[2])),
int(item_data.get('dtd_working_days_from')),
int(item_data.get('dtd_working_days_to')))
qty_ordered = Qty(int(item_data.get('qty_ordered')))
qty_return_requested = Qty(
int(item_data.get('qty_return_requested') or 0))
qty_return_returned = Qty(
int(item_data.get('qty_return_returned') or 0))
qty_cancelled_before_payment = Qty(
int(item_data.get('qty_cancelled_before_payment') or 0))
qty_cancelled_after_payment_requested = Qty(
int(
item_data.get('qty_cancelled_after_payment_requested')
or 0))
qty_cancelled_after_payment_cancelled = Qty(
int(
item_data.get('qty_cancelled_after_payment_cancelled')
or 0))
qty_refunded = Qty(int(item_data.get('qty_refunded') or 0))
# elastic supports only 3 digits for milliseconds
qty_modified_at = datetime.datetime.strptime(
(
# "qty_modified_at" may not exist for old data (dev, test),
# but it's hard to make changes in elastic, so...
# @todo : create migration tool.
item_data.get('qty_modified_at')
or status_change_history.get_last().datetime.strftime(
'%Y-%m-%dT%H:%M:%S.%f')[:-3]) + '000',
'%Y-%m-%dT%H:%M:%S.%f')
order_item = self.__reflector.construct(
Order.Item, {
'__event_code': event_code,
'__simple_sku': simple_sku,
'__product_original_price': product_original_price,
'__product_current_price': product_current_price,
'__dtd': dtd,
'__qty_ordered': qty_ordered,
'__qty_return_requested': qty_return_requested,
'__qty_return_returned': qty_return_returned,
'__qty_cancelled_before_payment':
qty_cancelled_before_payment,
'__qty_cancelled_after_payment_requested':
qty_cancelled_after_payment_requested,
'__qty_cancelled_after_payment_cancelled':
qty_cancelled_after_payment_cancelled,
'__qty_refunded': qty_refunded,
'__qty_modified_at': qty_modified_at,
'__fbucks_earnings': fbucks_earnings
})
order_items.append(order_item)
order = self.__reflector.construct(
Order, {
'__order_number': order_number,
'__customer_id': customer_id,
'__items': order_items,
'__delivery_address': delivery_address,
'__delivery_cost': delivery_cost,
'__vat_percent': vat_percent,
'__payment_method': payment_method,
'__status_history': status_change_history,
'__credits_spent': credits_spent,
})
return order
def customer_credits_checkout():
checkout_storage = CheckoutStorageImplementation()
order_storage = OrderStorageImplementation()
order_app_service = OrderAppService()
cart_service = CartAppService()
checkout_service = CheckoutAppService()
sqs_sender = SqsSenderImplementation()
logger = Logger()
try:
user = __get_user()
# @todo : refactoring
checkout = checkout_storage.load(Id(user.id))
if not checkout:
raise ApplicationLogicException('Checkout does not exist!')
elif checkout.total_due.value != 0:
raise ApplicationLogicException('Unable to checkout not 0 amount with Customer Credits!')
order = order_app_service.get_waiting_for_payment_by_checkout_or_checkout_new(user.id)
def __log_flow(text: str) -> None:
logger.log_simple('Customer Credits Payment Log for Order #{} : {}'.format(
order.number.value,
text
))
__log_flow('Start')
try:
__log_flow('Credits Spending...')
# Attention!
# Currently we use f-bucks only! Other credits are not available for now!
# @todo : other credit types
# @todo : copy-paste code
# @todo : when reservation of credits amount will be done, perhaps, use sqs to spend credits
""""""
from chalicelib.libs.purchase.core import Checkout
see = Checkout.__init__
""""""
# @TODO : refactoring : raw data usage
import uuid
import datetime
from chalicelib.settings import settings
from chalicelib.libs.core.elastic import Elastic
fbucks_customer_amount_elastic = Elastic(
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT,
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT,
)
fbucks_customer_amount_changes_elastic = Elastic(
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT_CHANGES,
settings.AWS_ELASTICSEARCH_FBUCKS_CUSTOMER_AMOUNT_CHANGES,
)
fbucks_customer_amount_elastic.update_data(order.customer_id.value, {
'script': 'ctx._source.amount -= ' + str(order.credit_spent_amount.value)
})
fbucks_customer_amount_changes_elastic.create(str(uuid.uuid4()) + str(order.customer_id.value), {
"customer_id": order.customer_id.value,
"amount": -order.credit_spent_amount.value,
"changed_at": datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S"),
"order_number": order.number.value,
})
__log_flow('Credits Spent!')
__log_flow('Order Updating...')
order.payment_method = CustomerCreditsOrderPaymentMethod()
order.status = Order.Status(Order.Status.PAYMENT_SENT)
order.status = Order.Status(Order.Status.PAYMENT_RECEIVED)
order_storage.save(order)
__log_flow('Order Updated!')
except BaseException as e:
__log_flow('Not done because of Error : {}'.format(str(e)))
raise e
# send order update to sqs
try:
__log_flow('Order Change SQS Sending...')
sqs_sender.send(OrderChangeSqsSenderEvent(order))
__log_flow('Order Change SQS Sent!')
except BaseException as e:
__log_flow('Order Change SQS NOT Sent because of Error: {}!'.format(str(e)))
logger.log_exception(e)
# flush cart
try:
__log_flow('Cart Flushing...')
cart_service.clear_cart(user.session_id)
__log_flow('Cart Flushed!')
except BaseException as e:
__log_flow('Cart NOT Flushed because of Error: {}'.format(str(e)))
logger.log_exception(e)
# flush checkout
try:
__log_flow('Checkout Flushing...')
checkout_service.remove(user.id)
__log_flow('Checkout Flushed!')
except BaseException as e:
__log_flow('Checkout NOT Flushed because of Error: {}'.format(str(e)))
logger.log_exception(e)
result = {
'order_number': order.number.value
}
__log_flow('End')
return result
except BaseException as e:
logger.log_exception(e)
return http_response_exception_or_throw(e)
