def __deepcopy__(self, memo): if hasattr(self._EventObj_stuff.clazz, "__deepcopy__"): clone = self._EventObj_stuff.clazz.__deepcopy__(self, memo) if clone.__class__ is self.__class__: clone.__class__ = self._EventObj_stuff.clazz if hasattr(clone, "_EventObj_stuff"): del clone._EventObj_stuff return clone else: import copy if hasattr(self, '__getinitargs__'): args = self.__getinitargs__() copy._keep_alive(args, memo) args = copy.deepcopy(args, memo) return apply(self._EventObj_stuff.clazz, args) else: y = copy._EmptyClass() y.__class__ = self._EventObj_stuff.clazz memo[id(self)] = y if hasattr(self, '__getstate__'): state = self.__getstate__() copy._keep_alive(state, memo) else: state = self.__dict__ state = copy.deepcopy(state, memo) if hasattr(y, '__setstate__'): y.__setstate__(state) else: y.__dict__.update(state) return y
def __copy__(self): """ Simplified version of copy._copy_inst extended for copying _info and _catalog. """ result = _EmptyClass() result.__class__ = self.__class__ state = self.__dict__ state['_info'] = self._info.copy() state['_catalog'] = self._catalog.copy() result.__dict__.update(state) return result
def __copy__(self): """ Simplified version of copy._copy_inst extended for copying _info and _catalog. """ result = _EmptyClass() result.__class__ = self.__class__ state = self.__dict__ state["_info"] = self._info.copy() state["_catalog"] = self._catalog.copy() result.__dict__.update(state) return result
def __copy__(self): if hasattr(self._EventObj_stuff.clazz, "__copy__"): clone = self._EventObj_stuff.clazz.__copy__(self) if clone.__class__ is self.__class__: clone.__class__ = self._EventObj_stuff.clazz if hasattr(clone, "_EventObj_stuff"): del clone._EventObj_stuff return clone else: import copy if hasattr(self, '__getinitargs__'): args = self.__getinitargs__() return apply(self._EventObj_stuff.clazz, args) else: y = copy._EmptyClass() y.__class__ = self._EventObj_stuff.clazz if hasattr(self, '__getstate__'): state = self.__getstate__() else: state = self.__dict__ if hasattr(y, '__setstate__'): y.__setstate__(state) else: y.__dict__.update(state) return y