def GeneratorWithSingleException(genname, input, exception):
execution = EmptyProjectExecution()
generator = Function(genname, input.keys(), is_generator=True)
gobject = GeneratorObject(None, generator,
stable_serialize_call_arguments(execution, input),
generator)
gobject.add_call(GeneratorObjectInvocation(generator, {},
exception=execution.serialize(exception)))
generator.add_call(gobject)
return generator
def GeneratorWithYields(genname, input, yields):
execution = EmptyProjectExecution()
generator = Function(genname, input.keys(), is_generator=True)
gobject = GeneratorObject(None, generator,
stable_serialize_call_arguments(execution, input),
generator)
for syield in map(execution.serialize, yields):
gobject.add_call(GeneratorObjectInvocation(generator, {}, syield))
generator.add_call(gobject)
return generator
def test_generates_complete_assertion_for_functions_which_take_defined_generator_objects_as_arguments(self):
execution = EmptyProjectExecution()
def ssca(args):
return stable_serialize_call_arguments(execution, args)
s = execution.serialize
mygen = Function('mygen', ['a', 'b'], is_generator=True)
gobject = GeneratorObject(None, mygen, ssca({'a': 42, 'b': False}), mygen)
gobject.add_call(GeneratorObjectInvocation(mygen, {}, s(42)))
mygen.add_call(gobject)
function = Function('invoke', ['g'])
function.add_call(FunctionCall(function, {'g': gobject}, output=s(True)))
result = generate_single_test_module(objects=[function, mygen])
assert_contains(result, "from module import mygen")
assert_contains(result, "def test_invoke_returns_true_for_mygen_instance(self):")
assert_contains(result, "self.assertEqual(True, invoke(mygen(42, False)))")
