def test_pending(self):
try:
investor = InvestorAccount()
except LCError:
pytest.skip("skip test: can't find account info")
txns = transfer.pending(investor.id())
assert isinstance(txns, collections.abc.Iterable)
def test_cancel(self):
try:
investor = InvestorAccount()
except LCError:
pytest.skip("skip test: can't find account info")
response = transfer.cancel(investor.id())
assert response is None
def test_withdrawal(self):
try:
investor = InvestorAccount()
except LCError:
pytest.skip("skip test: can't find account info")
with pytest.raises(LCError):
transfer.withdraw(investor.id(), 0)
with pytest.raises(LCError):
transfer.withdraw(investor.id(), -1)
def test_add(self):
try:
investor = InvestorAccount()
except LCError:
pytest.skip("skip test: can't find account info")
with pytest.raises(LCError):
transfer.add(investor.id(), 0)
with pytest.raises(LCError):
transfer.add(investor.id(), -1)
with pytest.raises(LCError):
transfer.add(investor.id(), 1, frequency='FOO')
with pytest.raises(LCError):
transfer.add(investor.id(),
1,
frequency=TransferFrequency.BIWEEKLY)
with pytest.raises(LCError):
transfer.add(investor.id(),
1,
frequency=TransferFrequency.BIWEEKLY,
start_date='foo')
with pytest.raises(LCError):
transfer.add(investor.id(),
1,
frequency=TransferFrequency.BIWEEKLY,
start_date=datetime.datetime.now(),
end_date='foo')
def test_properties(self):
try:
investor = InvestorAccount()
except LCError:
pytest.skip("skip because cannot find account ID")
assert investor.available_balance >= 0.0
assert investor.total_balance >= 0.0
def test_properties(self):
investor_id = None
try:
investor_id = InvestorAccount.id()
except LCError:
pytest.skip("skip because cannot find account ID")
notes = Notes(investor_id)
assert notes.successful
assert len(notes) >= 0
def test_order(self):
try:
_ = Authorization().key
except LCError:
pytest.skip("skip test: cannot find authorization key")
# Search loans matching our criteria
listing = loan.Listing()
listing.search()
loans = listing.filter(
FilterByTerm(value=36),
FilterByGrade(grades='AB'),
FilterByFunded(percentage=80),
FilterByApproved(),
)
# Now narrow it down to borrowers with specific traits
traits = (BorrowerEmployedTrait(), )
loans = loans.filter(FilterByBorrowerTraits(traits))
account = InvestorAccount()
balance = account.available_balance
# Diversify
notes = list()
for selected_loan in loans:
if balance >= 25:
note = OrderNote(selected_loan.id, 25)
balance -= 25
notes.append(note)
else:
break
if notes:
order = Order(account.id(), *notes)
assert order.successful