def test_mismatch_on_evidence(self):
"""
An otherwise matching Trans. will fail if its evidence is different.
"""
credit_card_transaction = CreditCardTransactionFactory()
amount = Decimal('100')
ledger = LedgerFactory()
TransactionFactory(
UserFactory(),
ledger_entries=[
LedgerEntry(amount=debit(amount), ledger=ledger),
LedgerEntry(amount=credit(amount), ledger=ledger),
],
evidence=[credit_card_transaction],
)
ledger_amount_pairs = [
(ledger.name, credit(amount)),
(ledger.name, debit(amount)),
]
with self.assertRaises(Transaction.DoesNotExist):
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=ledger_amount_pairs,
evidence=[
credit_card_transaction, CreditCardTransactionFactory()],
)
with self.assertRaises(Transaction.DoesNotExist):
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=ledger_amount_pairs,
evidence=[],
)
def test_multiple_matches(self):
"""
Multiple matching transactions raises MultipleObjectsReturned.
"""
credit_card_transaction = CreditCardTransactionFactory()
amount = Decimal('100')
ledger = LedgerFactory()
for _ in range(2):
TransactionFactory(
UserFactory(),
ledger_entries=[
LedgerEntry(amount=debit(amount), ledger=ledger),
LedgerEntry(amount=credit(amount), ledger=ledger),
],
evidence=[credit_card_transaction],
)
self.assertEqual(Transaction.objects.count(), 2)
with self.assertRaises(Transaction.MultipleObjectsReturned):
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=[
(ledger.name, credit(amount)),
(ledger.name, debit(amount)),
],
evidence=[credit_card_transaction],
)
def test_transaction_fields(self):
"""
Test filtering by `posted_timestamp`, `notes`, `type`, and `user`.
"""
time = datetime.now()
wrong_time = datetime.now() - timedelta(days=1)
user1 = UserFactory()
user2 = UserFactory()
credit_card_transaction = CreditCardTransactionFactory()
ttype1 = TransactionTypeFactory(name='1')
ttype2 = TransactionTypeFactory(name='2')
FIELDS_TO_VALUES = [
('posted_timestamp', time, wrong_time),
('notes', 'foo', 'bar'),
('type', ttype1, ttype2),
('user', user1, user2),
]
for field_name, right_value, wrong_value in FIELDS_TO_VALUES:
TransactionFactory(
evidence=[credit_card_transaction],
**{field_name: right_value})
ledger = Ledger.objects.last()
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=[
(ledger.name, credit(Decimal('100'))),
(ledger.name, debit(Decimal('100'))),
],
evidence=[credit_card_transaction],
**{field_name: right_value}
)
def test_mismatch_on_ledger_entries(self):
"""
An otherwise matching Trans. will fail if its LedgerEntries mismatch.
"""
credit_card_transaction = CreditCardTransactionFactory()
amount = Decimal('100')
ledger = LedgerFactory()
evidence = [credit_card_transaction]
TransactionFactory(
UserFactory(),
ledger_entries=[
LedgerEntry(amount=debit(amount), ledger=ledger),
LedgerEntry(amount=credit(amount), ledger=ledger),
],
evidence=evidence,
)
with self.assertRaises(Transaction.DoesNotExist):
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=[
(ledger.name + 'foo', credit(amount)),
(ledger.name + 'foo', debit(amount)),
],
evidence=evidence,
)
with self.assertRaises(AssertionError):
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=[
(ledger.name, credit(amount + Decimal('1'))),
(ledger.name, debit(amount + Decimal('1'))),
],
evidence=evidence,
)
def test_custom_evidence(self):
ccx = CreditCardTransactionFactory()
TransactionFactory(evidence=[ccx])
ledger = Ledger.objects.last()
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=[
(ledger.name, credit(Decimal('100'))),
(ledger.name, debit(Decimal('100'))),
],
evidence=[ccx],
)
def test_transaction_summary(self):
ledger = LedgerFactory()
amount = Decimal('500')
ccx = CreditCardTransactionFactory()
le1 = LedgerEntry(ledger=ledger, amount=credit(amount))
le2 = LedgerEntry(ledger=ledger, amount=debit(amount))
txn = TransactionFactory(evidence=[ccx], ledger_entries=[le1, le2])
self.assertEqual(
txn.summary(),
{
'entries': [str(entry) for entry in txn.entries.all()],
'related_objects': [
'TransactionRelatedObject: CreditCardTransaction(id=%s)' %
ccx.id,
],
},
)
def test_no_matches(self):
"""
No matching transaction raises DoesNotExist.
"""
TransactionFactory()
credit_card_transaction = CreditCardTransactionFactory()
ledger = Ledger.objects.last()
self.assertTrue(Transaction.objects.exists())
with self.assertRaises(Transaction.DoesNotExist):
assert_transaction_in_ledgers_for_amounts_with_evidence(
ledger_amount_pairs=[
(ledger.name, credit(Decimal('100'))),
(ledger.name, debit(Decimal('100'))),
],
evidence=[credit_card_transaction],
)
def setUpTestData(cls):
cls.credit_card_transaction = CreditCardTransactionFactory()
def test_using_ledgers_for_reconciliation(self):
"""
Test ledger behavior with a revenue reconciliation worked example.
This test creates an Order and a CreditCardTransaction and, using the
four Ledgers created in setUp, it makes all of the ledger entries that
an Order and Transaction would be expected to have. There are three,
specifically: Revenue Recognition (credit: Revenue, debit:A/R), recording
incoming cash (credit: A/R, debit: Cash (unreconciled)) and Reconciliation
(credit: Cash (reconciled), debit: Cash (unreconciled)).
In table form:
Event | Accounts Receivable (unreconciled) | Revenue | Cash (unreconciled) | Cash (reconciled) | Evidence Models
----------------------- | ---------------------------------- | ------- | ------------------- | ----------------- | --------------------------------------------------------------
Test is complete | -$500 | +$500 | | | `Order`
Patient pays | +$500 | | -$500 | | `CreditCardTransaction`
Payments are reconciled | | | +$500 | -$500 | both `Order` and `CreditCardTransaction`
""" # noqa: E501
order = OrderFactory()
credit_card_transaction = CreditCardTransactionFactory()
# Assert that this Order looks "unrecognized".
self.assertEqual(
get_balances_for_object(order),
{},
)
# Add an entry debiting AR and crediting Revenue: this entry should
# reference the Order.
create_transaction(
self.user,
evidence=[order],
ledger_entries=[
LedgerEntry(
ledger=self.revenue,
amount=credit(self.AMOUNT)),
LedgerEntry(
ledger=self.accounts_receivable,
amount=debit(self.AMOUNT)),
],
)
# Assert that the correct entries were created.
self.assertEqual(LedgerEntry.objects.count(), 2)
self.assertEqual(Transaction.objects.count(), 1)
# Assert that this Order looks "recognized".
self.assertEqual(
get_balances_for_object(order),
{
self.revenue: -self.AMOUNT,
self.accounts_receivable: self.AMOUNT,
},
)
# Add an entry crediting "A/R" and debiting "Cash (unreconciled)": this
# entry should reference the CreditCardTransaction.
create_transaction(
self.user,
evidence=[credit_card_transaction],
ledger_entries=[
LedgerEntry(
ledger=self.accounts_receivable,
amount=credit(self.AMOUNT)),
LedgerEntry(
ledger=self.cash_unrecon,
amount=debit(self.AMOUNT))
],
)
# Assert that the correct entries were created
self.assertEqual(LedgerEntry.objects.count(), 4)
self.assertEqual(Transaction.objects.count(), 2)
# Assert the CreditCardTransaction is in "Cash (unreconciled)".
self.assertEqual(
get_balances_for_object(credit_card_transaction),
{
self.accounts_receivable: -self.AMOUNT,
self.cash_unrecon: self.AMOUNT,
},
)
# Add an entry crediting "Cash (Unreconciled)" and debiting "Cash
# (Reconciled)": this entry should reference both an Order and
# a CreditCardTransaction.
create_transaction(
self.user,
evidence=[order, credit_card_transaction],
ledger_entries=[
LedgerEntry(
ledger=self.cash_unrecon,
amount=credit(self.AMOUNT)),
LedgerEntry(
ledger=self.cash_recon,
amount=debit(self.AMOUNT))
],
type=self.recon_ttype,
)
# Assert that the correct entries were created.
self.assertEqual(LedgerEntry.objects.count(), 6)
self.assertEqual(Transaction.objects.count(), 3)
# Assert that revenue is recognized and reconciled.
self.assertEqual(
get_balances_for_object(order),
{
self.accounts_receivable: self.AMOUNT,
self.cash_unrecon: -self.AMOUNT,
self.cash_recon: self.AMOUNT,
self.revenue: -self.AMOUNT,
},
)
