def test_aggregates_charity_totals_across_users(self):
self.setup_one_incoming_payment({test_data.u1: 250, test_data.u2: 75})
self.add_donation_proportions([
DonationProportion.new(user=test_data.u1,
charity=test_data.c1,
amount=100),
DonationProportion.new(user=test_data.u1,
charity=test_data.c2,
amount=150),
DonationProportion.new(user=test_data.u2,
charity=test_data.c1,
amount=75),
])
expected = set([
OutgoingPayment(charity=test_data.c1,
amount_GBPennies=175,
status=OutgoingPaymentState.DISPLAYED),
OutgoingPayment(charity=test_data.c2,
amount_GBPennies=150,
status=OutgoingPaymentState.DISPLAYED),
])
self.assertEquals(self.payment_repo.get_pending_outgoing_payments(),
expected)
def test_only_generates_outgoing_payments_if_incoming_payments_received(
self):
self.setup_one_incoming_payment({test_data.u1: 250})
self.setup_one_missing_payment({test_data.u2: 75})
self.add_donation_proportions([
DonationProportion.new(user=test_data.u1,
charity=test_data.c1,
amount=100),
DonationProportion.new(user=test_data.u1,
charity=test_data.c2,
amount=150),
DonationProportion.new(user=test_data.u2,
charity=test_data.c1,
amount=75),
])
expected = set([
OutgoingPayment(charity=test_data.c1,
amount_GBPennies=100,
status=OutgoingPaymentState.DISPLAYED),
OutgoingPayment(charity=test_data.c2,
amount_GBPennies=150,
status=OutgoingPaymentState.DISPLAYED),
])
self.assertEquals(self.payment_repo.get_pending_outgoing_payments(),
expected)
def test_generates_outgoing_payments_despite_mismatches(self):
self.setup_one_incoming_payment({
test_data.u1: 100,
test_data.u2: 75,
})
self.add_donation_proportions([
DonationProportion.new(user=test_data.u1,
charity=test_data.c1,
amount=100),
])
expected = set([
OutgoingPayment(charity=test_data.c1,
amount_GBPennies=100,
status=OutgoingPaymentState.DISPLAYED),
])
expected_notifications = set([
AmountMismatch(user=test_data.u2,
incoming_GBPennies=75,
outgoing=[]),
])
amount_mismatch_notifier = AccumulatingMismatchNotifier()
self.assertEquals(
self.payment_repo.get_pending_outgoing_payments(
amount_mismatch_notifiers=[amount_mismatch_notifier]),
expected)
self.assertEquals(amount_mismatch_notifier.accumulated,
expected_notifications)
def test_logs_and_notifies_incoming_and_outgoing_mismatches(self):
self.setup_one_mismatched_incoming_payment({
test_data.u1: (250, 249),
test_data.u2: (250, 251),
test_data.u4: (200, 200),
test_data.u5: (75, 75),
})
self.setup_one_missing_payment({test_data.u3: 10})
self.add_donation_proportions([
DonationProportion.new(user=test_data.u1,
charity=test_data.c1,
amount=100),
DonationProportion.new(user=test_data.u1,
charity=test_data.c2,
amount=150),
DonationProportion.new(user=test_data.u2,
charity=test_data.c1,
amount=250),
DonationProportion.new(user=test_data.u3,
charity=test_data.c1,
amount=10),
DonationProportion.new(user=test_data.u5,
charity=test_data.c1,
amount=75),
])
amount_mismatch_notifier = AccumulatingMismatchNotifier()
self.payment_repo.get_pending_outgoing_payments(
amount_mismatch_notifiers=[amount_mismatch_notifier])
expected = set([
AmountMismatch(user=test_data.u1,
incoming_GBPennies=249,
outgoing=[
OutgoingPayment(
charity=test_data.c1,
amount_GBPennies=100,
status=OutgoingPaymentState.VALUE_MISMATCH),
OutgoingPayment(
charity=test_data.c2,
amount_GBPennies=150,
status=OutgoingPaymentState.VALUE_MISMATCH),
]),
AmountMismatch(user=test_data.u2,
incoming_GBPennies=251,
outgoing=[
OutgoingPayment(
charity=test_data.c1,
amount_GBPennies=250,
status=OutgoingPaymentState.VALUE_MISMATCH)
]),
AmountMismatch(user=test_data.u3,
incoming_GBPennies=0,
outgoing=[
OutgoingPayment(
charity=test_data.c1,
amount_GBPennies=10,
status=OutgoingPaymentState.VALUE_MISMATCH)
]),
AmountMismatch(user=test_data.u4,
incoming_GBPennies=200,
outgoing=[]),
])
self.assertEquals(amount_mismatch_notifier.accumulated, expected)
