def test_04(self):
"""
Test moving TransferDonkies item to TransferDonkiesFailed.
TransferDonkiesFailed should have the copy of the item.
Original item should be deleted from TransferDonkies.
"""
e = Emulator(num_debit_accounts=1)
e.init()
e.make_transfer_prepare_condition()
Emulator.run_transfer_prepare()
Emulator.run_transfer_donkies_prepare()
tds = TransferDonkies.objects.first()
tds.failure_code = 'R99'
tds.is_failed = True
tds.save()
TransferDonkies.objects.move_failed(tds.id)
tdf = TransferDonkiesFailed.objects.first()
assert tds.dwolla_id == tdf.dwolla_id
assert tds.amount == tdf.amount
assert tds.status == tdf.status
assert tds.created_at == tdf.created_at
assert tds.initiated_at == tdf.initiated_at
assert tds.updated_at == tdf.updated_at
assert tds.failure_code == tdf.failure_code
assert tds.is_initiated == tdf.is_initiated
assert tds.is_failed == tdf.is_failed
assert tds.account == tdf.account
assert TransferDonkies.objects.filter(id=tds.id).exists() is False
def test04(self, dwolla):
"""
Test initiate transfer.
"""
funding_source = dwolla['funding_source']
e = Emulator(num_debit_accounts=1)
e.init()
e.make_transfer_prepare_condition()
Emulator.run_transfer_prepare()
Emulator.run_transfer_donkies_prepare()
# Exchange dwolla_id for mock debit account with
# real funding source dwolla_id
account = e.debit_accounts[0]
fs = account.funding_source
fs.dwolla_id = funding_source['id']
fs.save()
tds = TransferDonkies.objects.first()
tds.save()
TransferDonkies.objects.initiate_dwolla_transfer(tds.id)
tds.refresh_from_db()
assert tds.is_initiated is True
assert tds.initiated_at is not None
assert tds.updated_at is not None
assert tds.dwolla_id is not None
def test_get_transfer_donkies(self, client):
e = Emulator()
e.init()
e.run_transfer_prepare()
e.run_transfer_donkies_prepare()
e.emulate_dwolla_transfers()
client = self.get_auth_client(e.user)
url = '/v1/transfers_donkies'
response = client.get(url)
assert response.status_code == 200
def test06(self, dwolla):
"""
Should be last test as it changes fixture's funding_source to R01.
Test initiate and update transfer with insufficient funds.
1) Should get failed status.
2) Update failure_code.
3) Failure code should be "R01"
"""
customer = dwolla['customer']
funding_source = get_or_create_funding_source(customer, name='R01')
e = Emulator(num_debit_accounts=1)
e.init()
e.make_transfer_prepare_condition()
Emulator.run_transfer_prepare()
Emulator.run_transfer_donkies_prepare()
# Exchange dwolla_id for mock debit account with
# real funding source dwolla_id from API
account = e.debit_accounts[0]
fs = account.funding_source
fs.dwolla_id = funding_source['id']
fs.save()
tds = TransferDonkies.objects.first()
tds.save()
TransferDonkies.objects.initiate_dwolla_transfer(tds.id)
for _ in range(20):
TransferDonkies.objects.update_dwolla_transfer(
tds.id, is_test=True)
tds.refresh_from_db()
print('Transfer status: ', tds.status)
# Process sandbox transfers
self.dw.press_sandbox_button()
if tds.status and tds.status != TransferDonkies.PENDING:
break
time.sleep(5)
assert tds.status == TransferDonkies.FAILED
assert tds.is_failed is True
assert tds.failure_code is None
TransferDonkies.objects.update_dwolla_failure_code(tds.id)
tds.refresh_from_db()
assert tds.failure_code == 'R01'
def test01(self):
"""
If user didn't set funding source, do not process prepare.
"""
e = Emulator()
e.init()
e.clear_funding_source()
Emulator.run_transfer_prepare()
assert TransferPrepare.objects.count() == 0
def test_create_iav(self, client):
"""
Test when funding source is created
by IAV from frontend.
"""
account = AccountFactory.get_account()
dwolla_id = 'some-id'
e = Emulator()
test_dic = e.get_funding_source_dic(dwolla_id)
fs = FundingSource.objects.create_funding_source_iav(
account.id, dwolla_id, test_dic)
assert fs.dwolla_id == test_dic['id']
fs_log = FundingSourceIAVLog.objects.get(dwolla_id=test_dic['id'])
assert fs_log.is_processed is True
def test_03(self):
"""
After processing transfers from TransferPrepare to
TransferFonkies, Transfer prepare shouldn't have
is_processed=False, everything should be processed.
"""
e = Emulator()
e.init()
e.make_transfer_prepare_condition()
Emulator.run_transfer_prepare()
qs = TransferPrepare.objects.filter(is_processed=False)
assert qs.count() > 0
Emulator.run_transfer_donkies_prepare()
qs = TransferPrepare.objects.filter(is_processed=False)
assert qs.count() == 0
def test02(self):
"""
Test success transfer.
Collected roundup should be more than
settings.TRANSFER_TO_DONKIES_MIN_AMOUNT
"""
e = Emulator()
e.init()
e.make_transfer_prepare_condition()
Emulator.run_transfer_prepare()
assert len(e.debit_accounts) == TransferPrepare.objects.count()
def test05(self, dwolla):
"""
Test initiate and update transfer with success status.
"""
funding_source = dwolla['funding_source']
e = Emulator(num_debit_accounts=1)
e.init()
e.make_transfer_prepare_condition()
Emulator.run_transfer_prepare()
Emulator.run_transfer_donkies_prepare()
# Exchange dwolla_id for mock debit account with
# real funding source dwolla_id from API
account = e.debit_accounts[0]
fs = account.funding_source
fs.dwolla_id = funding_source['id']
fs.save()
tds = TransferDonkies.objects.first()
tds.save()
TransferDonkies.objects.initiate_dwolla_transfer(tds.id)
for _ in range(20):
TransferDonkies.objects.update_dwolla_transfer(
tds.id, is_test=True)
tds.refresh_from_db()
print('Transfer status: ', tds.status)
# Process sandbox transfers
self.dw.press_sandbox_button()
if tds.status and tds.status != TransferDonkies.PENDING:
break
time.sleep(5)
assert tds.status == TransferDonkies.PROCESSED
assert tds.is_sent is True
assert tds.sent_at is not None
assert tds.updated_at is not None
def test_process09(self):
"""
Test 2 debts accounts with share: 100% and 0%
TransferUser model should get only 1 item instead of 2.
"""
e = Emulator()
e.init()
e.create_dwolla_transfers(60)
a = e.debt_accounts[0]
a.transfer_share = 100
a.save()
a = e.debt_accounts[1]
a.transfer_share = 0
a.save()
TransferUser.objects.process()
tu = TransferUser.objects.first()
qs = TransferDebt.objects.filter(tu=tu)
assert qs.count() == 1
sum = qs.aggregate(Sum('amount'))['amount__sum']
assert tu.amount == sum
def test_process07(self):
"""
Test 3 debt accounts with share: 33%, 33% and 34%
"""
e = Emulator(num_debt_accounts=3)
e.init()
e.create_dwolla_transfers(60)
a = e.debt_accounts[0]
a.transfer_share = 33
a.save()
a = e.debt_accounts[1]
a.transfer_share = 33
a.save()
a = e.debt_accounts[2]
a.transfer_share = 34
a.save()
assert TransferUser.objects.count() == 0
TransferUser.objects.process()
assert TransferUser.objects.count() > 0
tu = TransferUser.objects.first()
qs = TransferDebt.objects.filter(tu=tu)
assert qs.count() == 3
sum = qs.aggregate(Sum('amount'))['amount__sum']
assert tu.amount == sum
def test04(self):
"""
Test that amounts are equal.
"""
e = Emulator()
e.init()
total_should_be = e.get_total_roundup(e.transactions)
sum = e.user.get_not_processed_roundup_sum()
assert sum == total_should_be
e.make_transfer_prepare_condition()
e.run_transfer_prepare()
sum = TransferPrepare.objects.aggregate(Sum('roundup'))['roundup__sum']
assert total_should_be == sum
qs = Transaction.objects.active().filter(is_processed=False)
assert qs.count() == 0
def test_process04(self):
"""
Should process.
"""
e = Emulator()
e.init()
e.create_dwolla_transfers(60)
TransferUser.objects.process()
assert TransferUser.objects.count() > 0
def test_process01(self):
"""
User doesn't have debt accounts.
Should not process.
"""
e = Emulator(num_debt_accounts=0)
e.init()
e.create_dwolla_transfers(60)
TransferUser.objects.process()
assert TransferUser.objects.count() == 0
def test03(self):
"""
Test case where collected roundup is less than
settings.TRANSFER_TO_DONKIES_MIN_AMOUNT
Should not send transfers to Donkies.
"""
e = Emulator()
e.init()
sum = e.user.get_not_processed_roundup_sum()
settings.TRANSFER_TO_DONKIES_MIN_AMOUNT = sum + 1
Emulator.run_transfer_prepare()
assert TransferPrepare.objects.count() == 0
def test_process10(self):
"""
All TransferDonkies that have been processed should be marked
as is_processed_to_user.
"""
e = Emulator(num_debt_accounts=1)
e.init()
e.create_dwolla_transfers(60)
TransferUser.objects.process()
tu = TransferUser.objects.first()
assert tu.items.filter(is_processed_to_user=False).count() == 0
assert tu.items.filter(is_processed_to_user=True).count() > 0
def test_process02(self):
"""
User is_auto_transfer set to False.
Should not process.
"""
e = Emulator()
e.init()
e.create_dwolla_transfers(60)
e.user.is_auto_transfer = False
e.user.save()
TransferUser.objects.process()
assert TransferUser.objects.count() == 0
def test_process03(self):
"""
User's minimum amount for transfer is more than
collected amount.
Should not process.
"""
e = Emulator()
e.init()
e.create_dwolla_transfers(60)
e.user.minimum_transfer_amount = 1000000
e.user.save()
TransferUser.objects.process()
assert TransferUser.objects.count() == 0
def test_process05(self):
"""
Test running "process" manager's method before 15th of the month.
It should process all TransferDonkies, from month before previous.
"""
e = Emulator()
e.init()
e.create_dwolla_transfers(60)
dt = timezone.now().replace(day=14)
dt_str = dt.strftime('%Y-%m-%d %H:%M:%S')
with freeze_time(dt_str):
dt = self.get_first_day_of_previous_month()
TransferUser.objects.process()
qs1 = TransferDonkies.objects.filter(is_processed_to_user=True)
qs2 = TransferDonkies.objects.filter(sent_at__lt=dt)
assert qs1.count() == qs2.count()
assert TransferUser.objects.count() == 1
def test_process08(self):
"""
Test 2 debt accounts with share 99% and 1%
"""
e = Emulator(num_debt_accounts=2)
e.init()
e.create_dwolla_transfers(60)
a = e.debt_accounts[0]
a.transfer_share = 99
a.save()
a = e.debt_accounts[1]
a.transfer_share = 1
a.save()
TransferUser.objects.process()
tu = TransferUser.objects.first()
qs = TransferDebt.objects.filter(tu=tu)
assert qs.count() == 2
sum = qs.aggregate(Sum('amount'))['amount__sum']
assert tu.amount == sum
def test_01(self):
"""
After prepare transfer from TransferPrepare to
TransferDonkies, TransferDonkies should get 1 row
for 1 user. The account is user's funding source.
"""
# User 1
e1 = Emulator()
e1.init()
# User 2
e2 = Emulator()
e2.init()
Emulator.run_transfer_prepare()
Emulator.run_transfer_donkies_prepare()
assert TransferDonkies.objects.count() == 2
def setup(self):
e = Emulator()
e.init()
e.run_transfer_prepare()
e.run_transfer_donkies_prepare()
self.user = e.user
def test_02(self):
"""
The amount (total roundup) in TransferDonkies row
should be equal to total sum in TransferPrepare rows.
Test for 2 users.
"""
e1 = Emulator()
e1.init()
e2 = Emulator()
e2.init()
Emulator.run_transfer_prepare()
sum1 = TransferPrepare.objects.filter(
is_processed=False, account__item__user=e1.user)\
.aggregate(Sum('roundup'))['roundup__sum']
sum2 = TransferPrepare.objects.filter(
is_processed=False, account__item__user=e2.user)\
.aggregate(Sum('roundup'))['roundup__sum']
Emulator.run_transfer_donkies_prepare()
assert TransferDonkies.objects.count() == 2
qs = TransferDonkies.objects.filter(account__item__user=e1.user)
assert qs.first().amount == sum1
qs = TransferDonkies.objects.filter(account__item__user=e2.user)
assert qs.first().amount == sum2
