def setStatus(self, status: TransactionStatus, detail: str = None):
payment_status = PaymentStatus()
payment_status.status = status
payment_status.date = datetime.utcnow()
payment_status.detail = detail
self.statuses.append(payment_status)
def test_payment_date_should_return_oldest_payment_date_for_status_sent_if_several(self, app):
# Given
payment_date = datetime.utcnow()
payment = Payment()
payment_status = PaymentStatus()
payment_status.status = TransactionStatus.SENT
payment_status.date = payment_date
payment.statuses = [payment_status]
older_payment_date = datetime.utcnow() - timedelta(days=1)
payment_status.status = TransactionStatus.SENT
payment_status.date = older_payment_date
payment.statuses = [payment_status]
# When/Then
payment_sent_date = payment.lastProcessedDate
assert payment_sent_date == older_payment_date # pylint: disable=comparison-with-callable
def test_payment_date_should_return_payment_date_for_status_sent(self):
# Given
payment_date = datetime.utcnow()
payment = Payment()
payment_status = PaymentStatus()
payment_status.status = TransactionStatus.SENT
payment_status.date = payment_date
payment.statuses = [payment_status]
# When/Then
payment_sent_date = payment.lastProcessedDate
assert payment_sent_date == payment_date # pylint: disable=comparison-with-callable
def test_payment_date_should_return_no_payment_date_for_status_pending(self):
# Given
payment_date = datetime.utcnow()
payment = Payment()
payment_status = PaymentStatus()
payment_status.status = TransactionStatus.PENDING
payment_status.date = payment_date
payment.statuses = [payment_status]
# When/Then
payment_sent_date = payment.lastProcessedDate
assert payment_sent_date is None
def create_payment(
booking: Booking,
offerer: Offerer,
amount: int = 10,
author: str = "test author",
bic: str = None,
comment: str = None,
iban: str = None,
idx: int = None,
payment_message: PaymentMessage = None,
payment_message_name: str = None,
reimbursement_rate: float = 0.5,
reimbursement_rule: str = "remboursement à 100%",
status: TransactionStatus = TransactionStatus.PENDING,
detail: str = None,
status_date: datetime = datetime.utcnow(),
transaction_end_to_end_id: str = None,
transaction_label: str = None,
) -> Payment:
payment_status = PaymentStatus()
payment_status.status = status
payment_status.date = status_date
payment_status.detail = detail
payment = Payment()
payment.amount = amount
payment.author = author
payment.bic = bic
payment.booking = booking
payment.comment = comment
payment.iban = iban
payment.id = idx
if payment_message_name:
payment.paymentMessage = create_payment_message(
name=payment_message_name)
elif payment_message:
payment.paymentMessage = payment_message
payment.recipientName = offerer.name
payment.recipientSiren = offerer.siren
payment.reimbursementRate = reimbursement_rate
payment.reimbursementRule = reimbursement_rule
payment.statuses = [payment_status]
payment.transactionEndToEndId = transaction_end_to_end_id
payment.transactionLabel = transaction_label
return payment
def test_appends_a_status_to_a_payment_with_existing_status(self):
# given
one_second = timedelta(seconds=1)
now = datetime.utcnow()
payment = Payment()
payment_status = PaymentStatus()
payment_status.status = TransactionStatus.PENDING
payment_status.date = datetime.utcnow()
payment.statuses = [payment_status]
# when
payment.setStatus(TransactionStatus.SENT)
# then
assert len(payment.statuses) == 2
assert payment.statuses[1].status == TransactionStatus.SENT
assert payment.statuses[1].detail is None
assert now - one_second < payment.statuses[1].date < now + one_second
