def test_scu(self, new_book):
EUR = new_book.commodities[0]
acc = Account(name="test", type="ASSET", commodity=EUR)
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
acc.commodity_scu = 100
assert acc.non_std_scu
acc.commodity_scu = None
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
def test_scu(self, new_book):
EUR = new_book.commodities[0]
acc = Account(name="test", type="ASSET", commodity=EUR)
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
acc.commodity_scu = 100
assert acc.non_std_scu
acc.commodity_scu = None
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
print("\t[{}] {} / {} for {}".format(sp.account.commodity, sp.value, sp.quantity, sp.account))
# sp.memo = "foo"
# tr.description = "foo"
# s.session.flush()
tr = s.transactions.get(description="cross CAD to USD transfer (initiated from USD account)")
sp = s.transactions.get(description="cross CAD to USD transfer").splits[0]
# sp.transaction = tr
tr.description = "foo"
# tr.currency = s.commodities[-1]
# print "foooooooooooooooooooooooooooooooo"
# print sp.transaction, s.transactions.get(description="cross CAD to USD transfer").splits[1].transaction
acc = s.accounts[0]
assert isinstance(acc, Account)
acc.commodity_scu = 1
s.session.flush()
Transaction(currency=s.commodities.get(mnemonic="EUR"),
description="foo",
splits=[
Split(value=Decimal("1.2345"),
account=s.accounts[0]),
Split(value=Decimal("1.2345"),
account=s.accounts[1]),
])
s.session.flush()
# del tr.splits[-1]
# print tr.get_imbalances()
fdfsdfds
