def test_deduplicate_both_unknown():
bank_to_accounts_map = {
'bankA': ['accountA'],
'bankB': ['accountB'],
}
transactions = [
schema.Transaction('bankA', 'accountA', 'unknownB',
schema.Date(2017, 1, 1), 'a transaction',
Decimal('10.00')),
schema.Transaction('bankB', 'unknownA', 'accountB',
schema.Date(2017, 1, 1), 'same transaction!',
Decimal('10.00')),
]
deduped = deduplicate.deduplicate(transactions, bank_to_accounts_map)
assert_equals(len(deduped), 2)
assert_in(
schema.Transaction('bankA', 'accountA', 'unknownB',
schema.Date(2017, 1, 1), 'a transaction',
Decimal('10.00')), deduped)
assert_in(
schema.Transaction('bankB', 'unknownA', 'accountB',
schema.Date(2017, 1, 1), 'same transaction!',
Decimal('10.00')), deduped)
def test_deduplicate_ok():
bank_to_accounts_map = {
'bankA': ['accountA'],
'bankB': ['accountB'],
}
transactions = [
schema.Transaction('bankA', 'accountA', 'accountB',
schema.Date(2017, 1, 1), 'a transaction',
Decimal('10.00')),
schema.Transaction('bankB', 'accountA', 'accountB',
schema.Date(2017, 1, 1), 'same transaction!',
Decimal('10.00')),
]
deduped = deduplicate.deduplicate(transactions, bank_to_accounts_map)
assert_equals(len(deduped), 1)
expected = [
schema.Transaction('bankA + bankB', 'accountA', 'accountB',
schema.Date(2017, 1,
1), 'a transaction + same transaction!',
Decimal('10.00')),
]
assert_equals(deduped, expected)
def transactions_by_account(fileobj):
result = []
account = fileobj.readline().rstrip('\n')
data = json.load(fileobj, parse_float=Decimal)['data']
# not sure if this is a valid assumption, but i'd rather wait for
# it to break than introduce maybe dead code for injecting a
# a starting balance.
assert data['start_balance'] == 0
for transaction in data['transactions']:
date_string, _ = transaction['datetime_created'].split('T')
date = schema.Date(*map(int, date_string.split('-')))
if transaction['payment'] is not None:
a = transaction['payment']['actor']['username']
b = transaction['payment']['target']['user']['username']
action = transaction['payment']['action']
if a == account:
other = b
b = ''
elif b == account:
other = a
a = ''
else:
assert False
if action == 'pay':
from_to = [a, b]
else:
assert action == 'charge'
from_to = [b, a]
elif transaction['capture'] is not None:
assert transaction['capture']['authorization']['user'][
'username'] == account
transaction['note'] = transaction['capture']['authorization'][
'descriptor']
other = transaction['note']
from_to = [account, '']
else:
assert False
funding = transaction.get('funding_source')
if funding is not None and funding['name'] != 'Venmo balance':
assert from_to[0] == account
result.append(
schema.Transaction(
'', account, date,
json.dumps({
'other': funding['name'],
'note': 'fund ' + transaction['note']
}), Decimal(transaction['amount'])))
result.append(
schema.Transaction(
from_to[0], from_to[1], date,
json.dumps({
'other': other,
'note': transaction['note']
}), Decimal(transaction['amount'])))
assert compute_balance(account, result) == data['end_balance']
return {account: result}
def test_deduplicate_unmatched_missing():
bank_to_accounts_map = {
'bankA': ['accountA'],
'bankB': ['accountB'],
}
transactions = [
schema.Transaction('bankA', 'accountA', 'accountB',
schema.Date(2017, 1, 1), 'a transaction',
Decimal('10.00')),
]
deduped = deduplicate.deduplicate(transactions, bank_to_accounts_map)
expected = [
schema.Transaction('bankA', 'accountA', 'unmatched: accountB',
schema.Date(2017, 1, 1), 'a transaction',
Decimal('10.00')),
]
assert_equals(deduped, expected)
def transactions_by_account(fileobj):
account_name = fileobj.readline().rstrip('\n')
balance = Decimal(fileobj.readline().rstrip('\n'))
result = []
lines = list(csv.reader(fileobj))[1:]
for date, transaction_type, description, _, signed_amount_str in lines:
signed_amount = Decimal(signed_amount_str.replace(',', ''))
frm, to = '', account_name
if signed_amount > 0:
assert transaction_type == 'CREDIT'
else:
assert signed_amount < 0
assert transaction_type == 'DEBIT'
frm, to = to, frm
month, day, year = map(int, date.split('/'))
result.append(
schema.Transaction(frm, to, schema.Date(year, month, day),
description, signed_amount.copy_abs()))
correct_balance(account_name, balance, result)
return {account_name: result}
def test_generate_data_json():
transactions = [
schema.Transaction(
'bankA',
'src',
'dest',
schema.Date(1940, '3', 26),
'something',
Decimal('29.99'),
'foo',
),
]
actual_parsed = json.loads(
report._generate_data_json(transactions, ['some_account'])
)
expected_parsed = {
'columns': ['bank', 'source', 'to', 'date', 'description',
'amount', 'category'],
'transactions': [['bankA', 'src', 'dest', '1940/03/26', 'something', '29.99', 'foo']],
'accounts': ['some_account'],
}
assert_equal(actual_parsed, expected_parsed)
def _statement_transactions(st):
result = []
acctname = str(st.invacctfrom.acctid)
for t in st.transactions:
if hasattr(t, 'total'):
# ignore investment buy/sell
continue
amount = t.trnamt
frm, to = '', acctname
if amount < 0:
frm, to = to, frm
amount *= -1
result.append(
schema.Transaction(
frm,
to,
schema.Date(t.dtposted.year, t.dtposted.month, t.dtposted.day),
str(t.memo),
Decimal(amount),
))
net = _networth(st)
correct_balance(acctname, net, result)
return result
def _oldest_transaction_date(transactions):
if len(transactions) == 0:
now = datetime.datetime.now()
return schema.Date(now.year, now.month, now.day)
return min(t.date for t in transactions)