def disconnect(self):
for dev_id in self.device_contexts.keys():
device_context = self.device_contexts[dev_id]
if device_context[CONTAINS_CS_ID_KEY]:
self.release_device_context(dev_id, -1, '')
TupleWrapper.forget_tuple_wrapper_instances()
self.manager.set_manager_callbacks(None, None, None, None)
self.manager = None
del self.appointed_lom_ids
del self.lom_classes
def disconnect(self):
for dev_id in self.device_contexts.keys():
device_context = self.device_contexts[dev_id]
if device_context[CONTAINS_CS_ID_KEY]:
self.release_device_context(dev_id, -1, '')
TupleWrapper.forget_tuple_wrapper_instances()
self.manager.set_manager_callbacks(None, None, None, None)
self.manager = None
del self.appointed_lom_ids
del self.lom_classes
def prepare_control_surface_update(self, device_id, object_id, parameters):
found_cs_references = False
for dev_id in self.device_contexts.keys():
device_context = self.device_contexts[dev_id]
if device_context[CONTAINS_CS_ID_KEY]:
found_cs_references = True
self.release_device_context(dev_id, -1, parameters)
self.manager.refresh_max_device(dev_id)
if found_cs_references:
TupleWrapper.forget_tuple_wrapper_instances()
self.appointed_lom_ids = {0: None}
def prepare_control_surface_update(self, device_id, object_id, parameters):
found_cs_references = False
for dev_id in self.device_contexts.keys():
device_context = self.device_contexts[dev_id]
if device_context[CONTAINS_CS_ID_KEY]:
found_cs_references = True
self.release_device_context(dev_id, -1, parameters)
self.manager.refresh_max_device(dev_id)
if found_cs_references:
TupleWrapper.forget_tuple_wrapper_instances()
self.appointed_lom_ids = {0: None}
def _tuple_element_from_path(self, path_components):
lom_object = None
parent = None
attribute = path_components[-1]
if len(path_components) > 1:
parent = self._calculate_object_from_path(path_components[:-1])
if not (attribute in ('cs', 'control_surfaces') and parent == None):
raise AssertionError
lom_object = TupleWrapper.get_tuple_wrapper(parent, 'control_surfaces')
elif parent != None and hasattr(parent, attribute):
selector = self._list_manager.get_list_wrapper if is_cplusplus_lom_object(parent) else TupleWrapper.get_tuple_wrapper
lom_object = selector(parent, attribute)
return lom_object
def _tuple_element_from_path(self, path_components):
lom_object = None
parent = None
attribute = path_components[-1]
if len(path_components) > 1:
parent = self._calculate_object_from_path(path_components[:-1])
if not (attribute in ('cs', 'control_surfaces') and parent == None):
raise AssertionError
lom_object = TupleWrapper.get_tuple_wrapper(parent, 'control_surfaces')
elif parent != None and hasattr(parent, attribute):
selector = self._list_manager.get_list_wrapper if is_cplusplus_lom_object(parent) else TupleWrapper.get_tuple_wrapper
lom_object = selector(parent, attribute)
return lom_object
