cpp-coding-standards

You can enforce C++ Core Guidelines for RAII and immutability by auditing your C++ project against modern coding standards. This process identifies anti-patterns and applies safe replacements to ensure strong ownership semantics and type safety.

The best way to refactor C++ code for type safety is to apply modern C++ coding standards. This involves reviewing your project to replace anti-patterns with idiomatic practices, enforcing explicit interfaces and template constraints per the Core Guidelines.

To review C++ code for idiomatic practices and safe ownership semantics, audit the changes against modern C++ coding standards. This checks for proper RAII usage, immutability by default, and type-safety rules to ensure readability and maintainability.

Yes, this C++ coding standards approach works for onboarding developers by serving as a comprehensive reference. It teaches modern features, RAII, and type-safety rules, helping teams enforce a unified coding standard for new project members.

While modern C++ coding standards enforce immutability by default to improve safety, you should avoid it when dealing with performance-critical hot paths that require in-place mutation. In those cases, carefully document the mutable state to maintain codebase clarity.