Say I have this type: struct A { raw_data: Vec<u8>, parsed_data: B<&pie raw_data>, parsed_data2: B<&pie raw_data> } struct B<T>

Say I have this type: struct A { raw_data: Vec<u8>, parsed_data: B<&pie raw_data>, parsed_data2: B<&pie raw_data> } struct B<T> { foo: &pie T [u8], } Ignoring that my made up notation doesn't make much sense, is the idea that B.foo would be an offset relative to its own adress? So B.method(&self) might do addr(&self.foo) + self.foo, which is stable even if the parent struct A and its raw data field moves? Then I wonder how to handle the case where the relative &pie reference itself moves. Maybe parsed_data is std::mem::replaced with parsed_data2 (or maybe one of them is an Option<B> and we Option.take() it somewhere else.)