What C++ versions does this skill support?

It covers modern C++ standards including C++17, C++20, and C++23, focusing on features like Concepts, Coroutines, and modern smart pointers.

Does this help with memory leaks?

Yes, it strictly enforces RAII (Resource Acquisition Is Initialization) and smart pointer usage to eliminate resource leaks and manual memory management errors.

How does it improve code reviews?

It provides a standardized checklist based on established industry standards to identify anti-patterns, unsafe casts, and inefficient parameter passing automatically.

Does it support C++20 Concepts?

Yes, it includes specific guidelines for using C++20 Concepts to constrain templates, making generic code more readable and providing better error messages.

Can I use this for legacy C projects?

It is specifically designed for C++. While some principles apply to C, it relies heavily on C++ specific features and is not recommended for pure C or restricted legacy environments.

C++ Coding Standards (Core Guidelines)

Name: C++ Coding Standards (Core Guidelines)
Author: LuciferDono

byLuciferDono

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Developer Tools

Enforces modern C++ best practices and safety standards based on the ISO C++ Core Guidelines for C++17, 20, and 23.

This skill provides a comprehensive framework for writing high-quality C++ code by implementing the ISO C++ Core Guidelines. It assists Claude in performing detailed code reviews, refactoring legacy components, and architecting new projects with a focus on RAII, type safety, and memory security. By adhering to modern standards (C++17/20/23), it helps developers avoid common pitfalls like resource leaks, undefined behavior, and complex pointer logic, ensuring production-grade, maintainable codebases for performance-critical applications.

Key Features

01Implements RAII-based resource management and the Rule of Zero/Five.

021 GitHub stars

03Optimizes function interfaces using modern parameter passing and constexpr.

04Enforces type safety and compile-time checks via C++20 Concepts.

05Standardizes smart pointer usage (unique_ptr/shared_ptr) to eliminate leaks.

06Provides safety-first guidance for concurrency and deadlock prevention.

Use Cases

01Refactoring legacy C++ code to modern C++17/20/23 standards.

02Automating code reviews to ensure compliance with ISO C++ Core Guidelines.

03Designing robust, thread-safe architectures for high-performance systems.

Key Features

01Implements RAII-based resource management and the Rule of Zero/Five.

021 GitHub stars

03Optimizes function interfaces using modern parameter passing and constexpr.

04Enforces type safety and compile-time checks via C++20 Concepts.

05Standardizes smart pointer usage (unique_ptr/shared_ptr) to eliminate leaks.

06Provides safety-first guidance for concurrency and deadlock prevention.

Use Cases

01Refactoring legacy C++ code to modern C++17/20/23 standards.

02Automating code reviews to ensure compliance with ISO C++ Core Guidelines.

03Designing robust, thread-safe architectures for high-performance systems.