cpp-coding-standards

Modern C++ coding standards enforce RAII, immutability by default, and type safety by tying resource lifetimes to object lifetimes. They align with the C++ Core Guidelines to reduce defects and eliminate opinion-based variance across a codebase.

You can enforce C++ Core Guidelines during code reviews by applying a comprehensive, example-backed checklist covering functions, class hierarchies, resource management, and concurrency to guide automated checks and manual refactoring.

Refactor C++ code to use value semantics over pointer semantics by applying the Rule of Zero/Five and RAII everywhere, ensuring objects manage their own resources safely without requiring explicit memory deallocation.

The best way to standardize C++ naming conventions and error handling is to adopt a consolidated guideline set aligned with the C++ Core Guidelines, covering source files, enumerations, and standard library usage.

Yes, these C++ coding guidelines include specific rules and examples for concurrency and parallelism, ensuring thread-safe resource management and consistent style across concurrent operations.