def test_buy_put_contract(self):
proposal = tu.proposal_call_put(symbol=self.symbol,
contract_type="PUT",
duration=self.duration,
duration_unit=self.duration_unit)
expected_longcode = 'Win payout if {0} is strictly lower than entry spot at close on {1}.' \
.format(self.symbol_name, self.end_date)
self.assert_longcode(proposal, expected_longcode)
def test_buy_put_contract(self):
proposal = tu.proposal_call_put(symbol=self.symbol,
contract_type="PUT",
duration=self.duration,
duration_unit=self.duration_unit)
expected_longcode = 'Win payout if {0} is strictly lower than entry spot at {1} ' \
'after contract start time.' \
.format(self.symbol_name, self.contract_duration)
self.assert_longcode(proposal, expected_longcode)
def assert_valid_proposal(self, symbol, contract_type, duration,
duration_unit):
if not tu.trading_day(symbol):
self.skipTest("Skipped test due to weekend")
else:
proposal = tu.proposal_call_put(symbol=symbol,
contract_type=contract_type,
duration=duration,
duration_unit=duration_unit)
tu.print_if_error(proposal)
self.assertTrue('error' not in proposal)
def assert_invalid_parameter(self, symbol, contract_type, duration,
duration_unit, error_code):
if not tu.trading_day(symbol):
self.skipTest("Skipped test due to weekend")
else:
proposal = tu.proposal_call_put(symbol=symbol,
contract_type=contract_type,
duration=duration,
duration_unit=duration_unit)
self.assertTrue('error' in proposal)
if error_code != proposal["error"]["code"]:
tu.print_if_error(proposal)
self.assertEqual(error_code, proposal["error"]["code"])