def test_file_has_recipient_name_and_siren_in_creditor_info(self, app):
# Given
offerer1 = create_offerer(name="first offerer", siren="123456789")
offerer2 = create_offerer(name="second offerer", siren="987654321")
offerer3 = create_offerer()
user = create_user()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
venue3 = create_venue(offerer3)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue2))
stock3 = create_stock_from_offer(create_offer_with_thing_product(venue3))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
booking3 = create_booking(user=user, stock=stock3)
payments = [
create_payment(booking1, offerer1, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking2, offerer2, Decimal(20), iban="FR14WXCVBN123456", bic="WXCVBN7B444"),
create_payment(booking3, offerer3, Decimal(20), iban=None, bic=None),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
assert find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:Cdtr/ns:Nm", xml)[0] == "first offerer"
assert find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:Cdtr/ns:Id/ns:OrgId/ns:Othr/ns:Id", xml)[0] == "123456789"
assert find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:Cdtr/ns:Nm", xml)[1] == "second offerer"
assert find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:Cdtr/ns:Id/ns:OrgId/ns:Othr/ns:Id", xml)[1] == "987654321"
def test_returns_payments_with_last_payment_status_error(self, app):
# Given
user = create_user()
booking = create_booking(user=user)
create_deposit(user)
error_payment1 = create_payment(
booking,
booking.stock.offer.venue.managingOfferer,
10,
status=TransactionStatus.ERROR)
error_payment2 = create_payment(
booking,
booking.stock.offer.venue.managingOfferer,
10,
status=TransactionStatus.ERROR)
pending_payment = create_payment(
booking, booking.stock.offer.venue.managingOfferer, 10)
repository.save(error_payment1, error_payment2, pending_payment)
# When
payments = payment_queries.find_error_payments()
# Then
assert len(payments) == 2
for payment in payments:
assert payment.currentStatus.status == TransactionStatus.ERROR
def test_file_has_number_of_transactions_in_payment_info(self, app):
# Given
offerer1 = create_offerer()
offerer2 = create_offerer()
offerer3 = create_offerer()
user = create_user()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
venue3 = create_venue(offerer3)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue2))
stock3 = create_stock_from_offer(create_offer_with_thing_product(venue3))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
booking3 = create_booking(user=user, stock=stock3)
payments = [
create_payment(booking1, offerer1, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking2, offerer2, Decimal(20), iban="FR14WXCVBN123456", bic="WXCVBN7B444"),
create_payment(booking3, offerer3, Decimal(20), iban=None, bic=None),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
assert (
find_node("//ns:PmtInf/ns:NbOfTxs", xml) == "2"
), "The number of transactions should match the distinct number of IBANs"
def test_file_has_amount_in_credit_transfer_transaction_info(self, app):
# Given
offerer1 = create_offerer(name="first offerer")
offerer2 = create_offerer(name="second offerer")
user = create_user()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock3 = create_stock_from_offer(create_offer_with_thing_product(venue2))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
booking3 = create_booking(user=user, stock=stock3)
payments = [
create_payment(booking1, offerer1, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking2, offerer1, Decimal(20), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking3, offerer2, Decimal(20), iban="FR14WXCVBN123456", bic="WXCVBN7B444"),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
nodes_amount = find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:Amt/ns:InstdAmt", xml)
assert nodes_amount[0] == "30"
assert nodes_amount[1] == "20"
def test_returns_payments_with_last_payment_status_retry(self, app):
# Given
user = users_factories.UserFactory()
booking = create_booking(user=user)
offerer = booking.stock.offer.venue.managingOfferer
retry_payment1 = create_payment(booking,
offerer,
10,
status=TransactionStatus.RETRY)
retry_payment2 = create_payment(booking,
offerer,
10,
status=TransactionStatus.RETRY)
pending_payment = create_payment(booking,
offerer,
10,
status=TransactionStatus.PENDING)
repository.save(retry_payment1, retry_payment2, pending_payment)
# When
payments = payment_queries.find_retry_payments()
# Then
assert len(payments) == 2
for payment in payments:
assert payment.currentStatus.status == TransactionStatus.RETRY
def test_returns_nothing_if_message_is_not_matched(self, app):
# given
user = users_factories.UserFactory()
booking = create_booking(user=user)
offerer = booking.stock.offer.venue.managingOfferer
message1 = create_payment_message(name="XML1")
message2 = create_payment_message(name="XML2")
message3 = create_payment_message(name="XML3")
uuid1, uuid2, uuid3 = uuid.uuid4(), uuid.uuid4(), uuid.uuid4()
payments = [
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid1,
payment_message=message1),
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid2,
payment_message=message2),
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid3,
payment_message=message3),
]
repository.save(*payments)
# when
matching_payments = payment_queries.find_payments_by_message(
"unknown message")
# then
assert matching_payments == []
def test_does_not_modify_statuses_on_given_payments_if_a_payment_id_is_not_found(
self, app):
# given
booking = booking_factories.IndividualBookingFactory()
offerer = booking.offerer
transaction1 = create_payment_message(name="XML1")
transaction2 = create_payment_message(name="XML2")
uuid1, uuid2 = uuid.uuid4(), uuid.uuid4()
payment1 = create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid1,
payment_message=transaction1)
payment2 = create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid2,
payment_message=transaction2)
repository.save(payment1, payment2)
# when
do_ban_payments("XML1", [payment1.id, 123456])
# then
assert payment1.currentStatus.status == TransactionStatus.PENDING
assert payment2.currentStatus.status == TransactionStatus.PENDING
def test_it_returns_only_payments_with_current_status_as_not_processable(
self):
# given
user = create_user()
booking = create_booking(user=user)
offerer = create_offerer()
payments = [
create_payment(booking,
offerer,
30,
status=TransactionStatus.PENDING),
create_payment(booking,
offerer,
30,
status=TransactionStatus.NOT_PROCESSABLE),
create_payment(booking,
offerer,
30,
status=TransactionStatus.ERROR),
]
# when
pending_payments = keep_only_not_processable_payments(payments)
# then
assert len(pending_payments) == 1
assert pending_payments[
0].currentStatus.status == TransactionStatus.NOT_PROCESSABLE
def test_does_not_modify_statuses_on_given_payments_if_a_payment_id_is_not_found(
self, app):
# given
user = create_user()
booking = create_booking(user=user)
deposit = create_deposit(user)
offerer = booking.stock.offer.venue.managingOfferer
transaction1 = create_payment_message(name="XML1")
transaction2 = create_payment_message(name="XML2")
uuid1, uuid2 = uuid.uuid4(), uuid.uuid4()
payment1 = create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid1,
payment_message=transaction1)
payment2 = create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid2,
payment_message=transaction2)
repository.save(deposit, payment1, payment2)
# when
do_ban_payments("XML1", [payment1.id, 123456])
# then
assert payment1.currentStatus.status == TransactionStatus.PENDING
assert payment2.currentStatus.status == TransactionStatus.PENDING
def test_returns_payments_matching_message(self, app):
# given
beneficiary = users_factories.BeneficiaryGrant18Factory()
booking = bookings_factories.IndividualBookingFactory(individualBooking__user=beneficiary)
offerer = booking.offerer
transaction1 = create_payment_message(name="XML1")
transaction2 = create_payment_message(name="XML2")
transaction3 = create_payment_message(name="XML3")
uuid1, uuid2, uuid3 = uuid.uuid4(), uuid.uuid4(), uuid.uuid4()
payments = [
create_payment(booking, offerer, 5, transaction_end_to_end_id=uuid1, payment_message=transaction1),
create_payment(booking, offerer, 5, transaction_end_to_end_id=uuid2, payment_message=transaction2),
create_payment(booking, offerer, 5, transaction_end_to_end_id=uuid1, payment_message=transaction3),
create_payment(booking, offerer, 5, transaction_end_to_end_id=uuid3, payment_message=transaction1),
create_payment(booking, offerer, 5, transaction_end_to_end_id=uuid1, payment_message=transaction1),
]
repository.save(*payments)
# when
matching_payments = payment_queries.find_payments_by_message("XML1")
# then
assert len(matching_payments) == 3
for payment in matching_payments:
assert payment.paymentMessageName == "XML1"
def test_file_has_control_sum_in_group_header(self, app):
# Given
user = create_user()
offerer1 = create_offerer()
offerer2 = create_offerer()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue2))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
payments = [
create_payment(booking1, offerer1, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking1, offerer1, Decimal(20), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking2, offerer2, Decimal(30), iban=None, bic=None),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
assert (
find_node("//ns:GrpHdr/ns:CtrlSum", xml) == "30"
), "The control sum should match the total amount of money to pay"
def test_file_has_hexadecimal_uuids_as_end_to_end_ids_in_transaction_info(self, mocked_uuid, app):
# Given
user = create_user()
offerer1 = create_offerer(name="first offerer")
offerer2 = create_offerer(name="second offerer")
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue2))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
uuid1 = UUID(hex="abcd1234abcd1234abcd1234abcd1234", version=4)
uuid2 = UUID(hex="cdef5678cdef5678cdef5678cdef5678", version=4)
mocked_uuid.side_effect = [uuid1, uuid2]
payments = [
create_payment(booking1, offerer1, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking2, offerer1, Decimal(20), iban="FR14WXCVBN123456", bic="WXCVBN7B444"),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
nodes_id = find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:PmtId/ns:EndToEndId", xml)
assert nodes_id[0] == uuid1.hex
assert nodes_id[1] == uuid2.hex
def test_file_has_iban_in_credit_transfer_transaction_info(self, app):
# Given
offerer1 = create_offerer()
offerer2 = create_offerer()
offerer3 = create_offerer()
user = create_user()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
venue3 = create_venue(offerer3)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue2))
stock3 = create_stock_from_offer(create_offer_with_thing_product(venue3))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
booking3 = create_booking(user=user, stock=stock3)
payments = [
create_payment(booking1, offerer1, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555"),
create_payment(booking2, offerer2, Decimal(20), iban="FR14WXCVBN123456", bic="WXCVBN7B444"),
create_payment(booking3, offerer3, Decimal(20), iban=None, bic=None),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
assert find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:CdtrAcct/ns:Id/ns:IBAN", xml)[0] == "CF13QSDFGH456789"
assert find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:CdtrAcct/ns:Id/ns:IBAN", xml)[1] == "FR14WXCVBN123456"
def test_file_has_transaction_label_in_credit_transfer_transaction_info(self, app):
# Given
offerer1 = create_offerer(name="first offerer")
offerer2 = create_offerer(name="second offerer")
offerer3 = create_offerer(name="third offerer")
user = create_user()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
venue3 = create_venue(offerer3)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue2))
stock3 = create_stock_from_offer(create_offer_with_thing_product(venue3))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
booking3 = create_booking(user=user, stock=stock3)
payments = [
create_payment(
booking1,
offerer1,
Decimal(10),
iban="CF13QSDFGH456789",
bic="QSDFGH8Z555",
transaction_label="remboursement 1ère quinzaine 09-2018",
),
create_payment(
booking2,
offerer2,
Decimal(20),
iban="FR14WXCVBN123456",
bic="WXCVBN7B444",
transaction_label="remboursement 1ère quinzaine 09-2018",
),
create_payment(
booking3,
offerer3,
Decimal(20),
iban=None,
bic=None,
transaction_label="remboursement 1ère quinzaine 09-2018",
),
]
# When
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# Then
assert (
find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:RmtInf/ns:Ustrd", xml)[0]
== "remboursement 1ère quinzaine 09-2018"
)
assert (
find_all_nodes("//ns:PmtInf/ns:CdtTrfTxInf/ns:RmtInf/ns:Ustrd", xml)[1]
== "remboursement 1ère quinzaine 09-2018"
)
def test_generate_file_checksum_returns_a_checksum_of_the_file(mocked_uuid, app):
# given
offerer1 = create_offerer(name="first offerer", siren="123456789")
offerer2 = create_offerer(name="second offerer", siren="123456789")
user = create_user()
venue1 = create_venue(offerer1)
venue2 = create_venue(offerer2)
stock1 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock2 = create_stock_from_offer(create_offer_with_thing_product(venue1))
stock3 = create_stock_from_offer(create_offer_with_thing_product(venue2))
booking1 = create_booking(user=user, stock=stock1)
booking2 = create_booking(user=user, stock=stock2)
booking3 = create_booking(user=user, stock=stock3)
payments = [
create_payment(
booking1,
offerer1,
Decimal(10),
iban="CF13QSDFGH456789",
bic="QSDFGH8Z555",
transaction_label="pass Culture Pro - remboursement 2nde quinzaine 07-2018",
),
create_payment(
booking2,
offerer1,
Decimal(20),
iban="CF13QSDFGH456789",
bic="QSDFGH8Z555",
transaction_label="pass Culture Pro - remboursement 2nde quinzaine 07-2018",
),
create_payment(
booking3,
offerer2,
Decimal(20),
iban="FR14WXCVBN123456",
bic="WXCVBN7B444",
transaction_label="pass Culture Pro - remboursement 2nde quinzaine 07-2018",
),
]
uuid1 = UUID(hex="abcd1234abcd1234abcd1234abcd1234", version=4)
uuid2 = UUID(hex="cdef5678cdef5678cdef5678cdef5678", version=4)
mocked_uuid.side_effect = [uuid1, uuid2]
xml = generate_message_file(payments, "BD12AZERTY123456", "AZERTY9Q666", MESSAGE_ID, "0000")
# when
checksum = generate_file_checksum(xml)
# then
assert checksum == b"\x16\x91\x0c\x11~Hs\xc5\x1a\xa3W1\x13\xbf!jq@\xea <h&\xef\x1f\xaf\xfc\x7fO\xc8\x82"
def test_value_error_is_raised_if_payments_ids_do_not_match_payments(self):
# given
payments = [
create_payment(Booking(), Offerer(), 10, idx=111),
create_payment(Booking(), Offerer(), 10, idx=222),
]
ids_to_ban = [222, 333]
# when
with pytest.raises(UnmatchedPayments) as e:
apply_banishment(payments, ids_to_ban)
# then
assert e.value.payment_ids == {333}
def test_no_payments_to_retry_if_all_are_banned(self):
# given
payments = [
create_payment(Booking(), Offerer(), 10, idx=111),
create_payment(Booking(), Offerer(), 10, idx=222),
]
ids_to_ban = [111, 222]
# when
banned_payments, retry_payments = apply_banishment(
payments, ids_to_ban)
# then
assert len(banned_payments) == 2
assert retry_payments == []
def test_no_payments_are_returned_if_no_ids_are_provided(self):
# given
payments = [
create_payment(Booking(), Offerer(), 10, idx=111),
create_payment(Booking(), Offerer(), 10, idx=222),
]
ids_to_ban = []
# when
banned_payments, retry_payments = apply_banishment(
payments, ids_to_ban)
# then
assert banned_payments == []
assert retry_payments == []
def test_returns_as_much_payment_details_as_there_are_payments_given(self):
# given
offerer1, offerer2 = create_offerer(), create_offerer()
user1, user2 = create_user(), create_user()
payments = [
create_payment(create_booking(user=user1), offerer1, 10),
create_payment(create_booking(user=user1), offerer1, 20),
create_payment(create_booking(user=user2), offerer2, 30),
]
# when
details = create_all_payments_details(payments,
find_booking_date_used=Mock())
# then
assert len(details) == 3
def test_contains_info_on_offer(self):
# given
user = create_user(email="*****@*****.**", idx=3)
offerer = create_offerer(siren="987654321", name="Joe le Libraire")
venue = create_venue(offerer,
name="Jack le Sculpteur",
siret="1234567891234")
offer = create_offer_with_thing_product(venue)
stock = create_stock(offer=offer, price=12, quantity=5)
booking = create_booking(user=user,
stock=stock,
date_created=datetime(2018, 2, 5),
idx=5,
quantity=2)
payment = create_payment(booking, offerer, 35)
find_date = Mock()
find_date.return_value = datetime(2018, 2, 19)
# when
details = create_payment_details(payment,
find_booking_date_used=find_date)
# then
assert details.offer_name == "Test Book"
assert details.offer_type == "Audiovisuel - films sur supports physiques et VOD"
def test_contains_info_on_venue(self):
# given
user = create_user(email="*****@*****.**", idx=3)
offerer = create_offerer(siren="987654321", name="Joe le Libraire")
venue = create_venue(offerer,
name="Jack le Sculpteur",
siret="1234567891234",
idx=1)
offer = create_offer_with_thing_product(venue)
stock = create_stock(offer=offer, price=12, quantity=5)
booking = create_booking(user=user,
stock=stock,
date_created=datetime(2018, 2, 5),
idx=5,
quantity=2)
payment = create_payment(booking, offerer, 35)
find_date = Mock()
find_date.return_value = datetime(2018, 2, 19)
# when
details = create_payment_details(payment,
find_booking_date_used=find_date)
# then
assert details.venue_name == "Jack le Sculpteur"
assert details.venue_siret == "1234567891234"
assert details.venue_humanized_id == humanize(venue.id)
def test_should_cancel_reimbursed_and_banned_bookings_with_current_status_banned_and_wanted_dates(
self, app):
# Given
booking = create_booking(stock=self.stock,
user=self.beneficiary,
date_used=datetime.utcnow(),
is_used=True)
payment = create_payment(offerer=self.offerer,
booking=booking,
status=TransactionStatus.SENT,
status_date=self.WANTED_SENT_DATETIME)
payment_banned_status = create_payment_status(
payment=payment,
status=TransactionStatus.BANNED,
date=self.WANTED_BANNED_DATETIME)
payment.statuses.append(payment_banned_status)
repository.save(payment)
# When
cancel_banned_bookings()
# Then
corrected_booking = Booking.query.get(booking.id)
assert corrected_booking.isCancelled is True
assert corrected_booking.cancellationDate is not None
assert corrected_booking.isUsed is False
assert corrected_booking.dateUsed is None
def when_api_key_is_provided_and_booking_payment_exists(self, app):
# Given
user = create_user()
pro_user = create_user(email="*****@*****.**")
offerer = create_offerer()
user_offerer = create_user_offerer(pro_user, offerer)
venue = create_venue(offerer)
stock = create_stock_with_event_offer(offerer, venue, price=0)
booking = create_booking(user=user, stock=stock, venue=venue, is_used=True)
payment = create_payment(booking, offerer, Decimal(10), iban="CF13QSDFGH456789", bic="QSDFGH8Z555")
repository.save(booking, user_offerer, payment)
offererApiKey = create_api_key(offerer_id=offerer.id)
repository.save(offererApiKey)
# When
url = "/v2/bookings/keep/token/{}".format(booking.token)
user2_api_key = "Bearer " + offererApiKey.value
response = TestClient(app.test_client()).patch(
url, headers={"Authorization": user2_api_key, "Origin": "http://localhost"}
)
# Then
assert response.status_code == 410
assert response.json["payment"] == ["Le remboursement est en cours de traitement"]
assert Booking.query.get(booking.id).isUsed is True
def test_generate_payment_csv_raw_contains_human_readable_status_with_details_when_error(
self, app):
# given
user = users_factories.UserFactory(email="*****@*****.**")
offerer = create_offerer()
venue = create_venue(offerer)
stock = create_stock_with_thing_offer(offerer=offerer,
venue=venue,
price=10)
booking = create_booking(user=user,
stock=stock,
is_used=True,
token="ABCDEF",
venue=venue)
payment = create_payment(
booking,
offerer,
transaction_label=
"pass Culture Pro - remboursement 1ère quinzaine 07-2019",
status=TransactionStatus.ERROR,
amount=50,
detail="Iban non fourni",
)
repository.save(payment)
payments_info = find_all_offerer_payments(offerer.id)
# when
raw_csv = ReimbursementDetails(payments_info[0]).as_csv_row()
# then
assert raw_csv[
13] == "Erreur d'envoi du remboursement : Iban non fourni"
def test_should_return_payment_to_retry_if_bank_information_linked_to_venue_and_current_status_is_not_processable(
self, app):
# Given
offerer = create_offerer()
user = users_factories.UserFactory()
venue = create_venue(offerer)
stock = create_stock_from_offer(create_offer_with_thing_product(venue),
price=0)
booking = create_booking(user=user, stock=stock)
not_processable_payment = create_payment(
booking,
offerer,
10,
status=TransactionStatus.NOT_PROCESSABLE,
iban="CF13QSDFGH456789",
bic="QSDFGH8Z555")
bank_information = create_bank_information(venue=venue)
repository.save(not_processable_payment, bank_information)
# When
payments_to_retry = payment_queries.find_not_processable_with_bank_information(
)
# Then
assert not_processable_payment in payments_to_retry
def test_send_transactions_with_malformed_iban_on_payments_gives_them_an_error_status_with_a_cause(
app):
# given
offerer = create_offerer(name="first offerer")
user = create_user()
venue = create_venue(offerer)
stock = create_stock_from_offer(create_offer_with_thing_product(venue))
booking = create_booking(user=user, stock=stock)
deposit = create_deposit(user, amount=500)
payments = [
create_payment(booking,
offerer,
10,
iban="CF 13QSDFGH45 qbc //",
bic="QSDFGH8Z555"),
]
repository.save(deposit, *payments)
app.mailjet_client.send.create.return_value = Mock(status_code=400)
# when
with pytest.raises(DocumentInvalid):
send_transactions(payments, "BD12AZERTY123456", "AZERTY9Q666", "0000",
["*****@*****.**"])
# then
updated_payments = Payment.query.all()
for payment in updated_payments:
assert len(payment.statuses) == 2
assert payment.currentStatus.status == TransactionStatus.NOT_PROCESSABLE
assert (
payment.currentStatus.detail ==
"Element '{urn:iso:std:iso:20022:tech:xsd:pain.001.001.03}IBAN': "
"[facet 'pattern'] The value 'CF 13QSDFGH45 qbc //' is not accepted "
"by the pattern '[A-Z]{2,2}[0-9]{2,2}[a-zA-Z0-9]{1,30}'., line 76")
def test_should_return_cancelled_booking_with_payment(self, app):
# Given
beneficiary = create_user()
create_deposit(user=beneficiary)
offerer = create_offerer()
venue = create_venue(offerer)
offer = create_offer_with_event_product(venue)
stock1 = create_stock(beginning_datetime=datetime(2020, 4, 16),
offer=offer)
stock2 = create_stock(beginning_datetime=datetime(2020, 4, 16),
offer=offer)
booking1 = create_booking(stock=stock1,
user=beneficiary,
is_cancelled=True)
booking2 = create_booking(stock=stock2,
user=beneficiary,
is_cancelled=True)
payment = create_payment(offerer=offerer, booking=booking1)
repository.save(payment, booking2)
# When
bookings_result = get_bookings_cancelled_during_quarantine_with_payment(
)
# Then
assert bookings_result == [booking1]
def test_should_not_revert_booking_dateused_if_booking_already_has_one(
self, stub_get_bookings_cancelled_during_quarantine_with_payment,
app):
# Given
dateused = datetime(2020, 7, 3, 20, 4, 4)
beneficiary = create_user()
create_deposit(user=beneficiary)
offerer = create_offerer()
venue = create_venue(offerer)
offer = create_offer_with_event_product(venue)
stock = create_stock(beginning_datetime=datetime(2020, 4, 16),
offer=offer)
booking = create_booking(
stock=stock,
user=beneficiary,
is_cancelled=True,
date_created=datetime(2019, 7, 3, 20, 4, 4),
date_used=dateused,
)
payment = create_payment(offerer=offerer, booking=booking)
repository.save(payment)
stub_get_bookings_cancelled_during_quarantine_with_payment.return_value = [
booking
]
# When
correct_booking_status()
# Then
corrected_booking = Booking.query.get(booking.id)
assert corrected_booking.isCancelled is False
assert corrected_booking.cancellationDate is None
assert corrected_booking.isUsed is True
assert corrected_booking.dateUsed == dateused
def test_payment_date_should_return_oldest_payment_date_for_status_sent_if_several(
self, app):
# Given
user = users_factories.UserFactory()
booking = create_booking(user=user)
today = datetime.utcnow()
yesterday = datetime.utcnow() - timedelta(days=1)
offerer = booking.stock.offer.venue.managingOfferer
payment_message = create_payment_message(name="mon message")
payment = create_payment(booking,
offerer,
5,
payment_message=payment_message)
payment_status = create_payment_status(
payment, status=TransactionStatus.SENT, date=today)
create_payment_status(payment,
status=TransactionStatus.SENT,
date=yesterday)
repository.save(payment_status)
# When
payment_from_query = Payment.query.with_entities(
Payment.lastProcessedDate.label("payment_date")).first()
# Then
assert payment_from_query.payment_date == yesterday
def test_returns_payments_matching_message(self, app):
# given
user = create_user()
booking = create_booking(user=user)
create_deposit(user)
offerer = booking.stock.offer.venue.managingOfferer
transaction1 = create_payment_message(name="XML1")
transaction2 = create_payment_message(name="XML2")
transaction3 = create_payment_message(name="XML3")
uuid1, uuid2, uuid3 = uuid.uuid4(), uuid.uuid4(), uuid.uuid4()
payments = [
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid1,
payment_message=transaction1),
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid2,
payment_message=transaction2),
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid1,
payment_message=transaction3),
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid3,
payment_message=transaction1),
create_payment(booking,
offerer,
5,
transaction_end_to_end_id=uuid1,
payment_message=transaction1),
]
repository.save(*payments)
# when
matching_payments = payment_queries.find_payments_by_message("XML1")
# then
assert len(matching_payments) == 3
for payment in matching_payments:
assert payment.paymentMessageName == "XML1"