cpp-coding-standards

You can enforce modern C++ coding standards by checking code against the C++ Core Guidelines, ensuring type safety, RAII principles, and proper resource management. This Skill acts as a comprehensive checklist for evaluating expressions, classes, and concurrency.

The C++ Core Guidelines for resource management mandate RAII principles to guarantee resource safety and prevent leaks. For error handling, they provide rules to enforce type safety and ensure robust, clear error propagation across modern C++17, C++20, and C++23 codebases.

To ensure type safety and immutability in your C++17 codebase, apply modern C++ best practices from the C++ Core Guidelines. This involves using correct expressions, enforcing RAII for resources, and applying specific rules for class design and templates.

Yes, you can use these C++ coding best practices for C++20 and C++23 modules. The guidelines are designed to enforce modern C++ standards, ensuring type safety, resource safety, and clarity across C++17, C++20, and C++23 codebases.

The best way to prevent common C++ programming errors in new modules is to follow the C++ Core Guidelines. Enforcing idiomatic C++ practices for expressions, concurrency, and templates reduces bugs and improves long-term maintainability.

Yes, this Skill covers C++ concurrency and templates best practices. It enforces comprehensive rules based on the C++ Core Guidelines, guiding developers on safe and idiomatic usage of concurrency mechanisms and template design for modern C++.