def test_update_transaction_splits(self, xdata):
self.assert_transaction_exists(xdata)
updated = dm.Transaction(xdata,
splits=map(self.mod_split, xdata['splits']))
self.query_obj.save(updated)
self.assert_transaction_exists(updated)
self.assert_num_splits(updated.transaction_id, 2)
def test_update_transaction(self, xdata):
self.assert_transaction_exists(xdata)
updated = dm.Transaction(
date=xdata['date'] + timedelta(1),
description='updated description',
transaction_id=xdata['transaction_id'],
splits=[dm.Split(s) for s in xdata['splits']],
)
db_o = self.query_obj.save(updated)
assert db_o.transaction_id == updated.transaction_id
assert db_o.split_set.count() == 2
self.assert_transaction_exists(updated)
def test_domain_to_orm(self):
test_date = date(2015, 7, 21)
test_desc = 'Test Transaction Description'
obj = domain.Transaction(
transaction_id=2,
date=test_date,
description=test_desc,
)
instance = orm.domain_to_orm(obj)
assert isinstance(instance, db.Transaction)
assert instance.transaction_id == 2
assert instance.date == test_date
assert instance.description == test_desc
def domain_obj(self):
return dm.Transaction(
transaction_id=248,
date=date(2015, 7, 16),
description='Birthday card',
splits=[
dm.Split(
split_id=613,
number=365,
account_id=10,
status='c',
amount=-25,
),
dm.Split(
split_id=614,
description='Moked',
account_id=18,
amount=25,
),
],
)
def test_create_transaction(self):
sa = {
'number': '101',
'account_id': self.salary.account_id,
'status': 'n',
'amount': -8000,
'description': '',
}
sb = {
'number': '1432',
'account_id': self.citibank.account_id,
'status': 'n',
'amount': 8000,
'description': '',
}
xact = {
'date': date(2015, 7, 26),
'description': 'Payday',
}
splits = [dm.Split(sa), dm.Split(sb)]
xact_obj = dm.Transaction(xact, splits=splits)
self.assert_transaction_not_exists(xact, [sa, sb])
self.query_obj.save(xact_obj)
self.assert_transaction_exists(xact, [sa, sb])
def test_sort_transactions(self):
a = models.Transaction(date=1)
b = models.Transaction(date=2)
assert command.sort_transactions([b, a]) == [a, b]