cpp-coding-standards

Modern C++ coding standards enforce RAII-based resource management, explicit constructors, and strong typing to improve reliability and prevent unsafe patterns in C++17, C++20, and C++23 codebases.

Apply C++ Core Guidelines during code reviews by codifying the use of enum class, smart pointers, and constrained templates, using these standards as a reference to catch unsafe patterns and ensure idiomatic code.

Use enum class and smart pointers in C++ projects to reduce common bugs through strong typing and automatic resource management, aligning with C++ Core Guidelines to keep code robust and maintainable.

These C++ coding standards are suitable for onboarding new developers, serving as a baseline reference for architectural decision-making and establishing safe, idiomatic practices across project teams.

Yes, you can use these coding standards with C++17, C++20, and C++23 codebases to enforce modern, safe, and idiomatic practices like constrained templates and explicit constructors across your projects.