def _get_generator(self, str_or_tuple_or_function, optionals):
if util.iscallable(str_or_tuple_or_function):
return actions.FunctionGenerator( str_or_tuple_or_function, \
optionals=optionals)
elif isinstance(str_or_tuple_or_function, tuple):
if len(str_or_tuple_or_function) == 2:
return actions.TupleGenerator( str_or_tuple_or_function, \
optionals=optionals)
else:
return actions.StringGenerator( str_or_tuple_or_function, \
optionals=optionals)
def _get_generator(self, str_or_tuple_or_function, optionals):
if util.iscallable(str_or_tuple_or_function):
return actions.FunctionGenerator( str_or_tuple_or_function, \
optionals=optionals)
elif isinstance(str_or_tuple_or_function, tuple):
if len(str_or_tuple_or_function) == 2:
return actions.TupleGenerator( str_or_tuple_or_function, \
optionals=optionals)
else:
return actions.StringGenerator( str_or_tuple_or_function, \
optionals=optionals)
def _get_matcher(self, cmd_or_predicate):
if util.iscallable(cmd_or_predicate):
return actions.FunctionMatcher(cmd_or_predicate)
else:
return actions.CommandMatcher(cmd_or_predicate)
def _get_matcher(self, cmd_or_predicate):
if util.iscallable(cmd_or_predicate):
return actions.FunctionMatcher(cmd_or_predicate)
else:
return actions.CommandMatcher(cmd_or_predicate)
def test_iscallable_string_should_not_be_callable(self):
self.assertFalse(util.iscallable("teststring"))
def test_iscallable_method_should_be_callable(self):
self.assertTrue(util.iscallable(self.callable_test_method))
def test_iscallable_string_should_not_be_callable(self):
self.assertFalse(util.iscallable("teststring"))
def test_iscallable_method_should_be_callable(self):
self.assertTrue(util.iscallable(self.callable_test_method))
