memory-safety-patterns

Fix use-after-free and double-free bugs in C++ by applying RAII and smart pointers to manage resource lifecycles automatically. This enforces strict ownership rules, ensuring resources are safely released and preventing invalid memory access.

Prevent memory leaks when handling sockets and locks by using RAII for automatic cleanup. This pattern guarantees that resources are released reliably when they go out of scope, eliminating unsafe resource handling.

Refactor C code to be memory safe without native RAII by implementing cleanup blocks, opaque handles, and scoped release patterns. These safe C patterns enforce explicit resource release paths to prevent leaks and dangling pointers.

Rust code fails ownership and lifetime checks due to borrowing violations and invalid access patterns. Review your code using unique ownership, shared ownership, and weak references to align with Rust borrowing rules and prevent data races.

Yes, you can apply memory safety patterns to manage shared ownership and prevent data races. Using weak references and strict lifetime rules ensures safe concurrent access without encountering use-after-free errors.