def _test_attr(args):
kwargs, expected_output_data, good_output_data = args[0:3]
bad_output_data = args[4:]
test = Test(assignment_id=42, output_data=expected_output_data, **kwargs)
DBSession.add(test)
DBSession.flush()
test = DBSession.merge(test)
for d in good_output_data:
result, _, expected, output, _ = test.validate(d)
converted_output = test.unconvert(test.convert(d))
assert result is True, (expected, output, converted_output)
for d in bad_output_data:
result, _, expected, output, _ = test.validate(d)
converted_output = test.unconvert(test.convert(d))
assert result is False, (expected, output, converted_output)
def test_integration_2(self):
test = Test(
assignment_id=42,
output_data=u'42 Bananas\n4711 Strawberrys\n1337 Apples\n',
splitlines=True, sort=True,
)
DBSession.add(test)
DBSession.flush()
test = DBSession.merge(test)
d = u'#Result:\n4711 Strawberrys\n42 Bananas\n1337 Apples\n'
result, _, expected, output, _ = test.validate(d)
converted_output = test.unconvert(test.convert(d))
assert result is True, (expected, output, converted_output)
def test_integration_1(self):
test = Test(
assignment_id=42,
output_data=u'1.0,2.0,3.0\n4.0,5.0,6.0\n7.0,8.0,9.0\n',
separator=',', split=True, splitlines=True,
parse_float=True, float_precision=1,
)
DBSession.add(test)
DBSession.flush()
test = DBSession.merge(test)
d = u'#Result:\n1,2,3\n4,5,6\n,7,8,9\n'
result, _, expected, output, _ = test.validate(d)
converted_output = test.unconvert(test.convert(d))
assert result is True, (expected, output, converted_output)