Which programming languages does this skill support?

This skill provides specialized patterns and best practices for Rust, C++, and C, covering the full spectrum from manual memory management to advanced ownership models.

Can I use this to improve existing C projects?

Yes, it includes specific C-compatible patterns like 'goto cleanup' and GCC cleanup attributes that bring higher-level safety concepts to manual memory management.

Does it address thread safety and data races?

Yes, the skill includes patterns for preventing data races using atomics, mutexes, and thread-safe shared ownership models like Arc in Rust or shared_ptr in C++.

How does this skill help prevent security vulnerabilities?

By implementing strict patterns like bounds checking, RAII, and ownership tracking, it mitigates common attack vectors such as buffer overflows, double-frees, and use-after-free errors.

Memory Safety Patterns

Name: Memory Safety Patterns
Author: gwickman

bygwickman

0•

セキュリティとテスト

Implements memory-safe programming patterns like RAII and ownership across Rust, C++, and C to prevent critical resource management bugs.

This skill provides a comprehensive set of cross-language implementation patterns designed to eliminate memory-related vulnerabilities in systems programming. By leveraging Resource Acquisition Is Initialization (RAII), ownership models, smart pointers, and strict resource management strategies, it helps developers write robust code that prevents use-after-free errors, memory leaks, and data races in C, C++, and Rust environments. Whether you are managing file handles, network sockets, or raw memory, these patterns ensure resources are correctly acquired and automatically released.

主な機能

01Cross-language RAII and ownership patterns for C, C++, and Rust

02Compile-time and runtime bounds checking implementation strategies

03Implementation of smart pointers including unique_ptr, shared_ptr, and Arc

04Automated cleanup patterns for manual memory management in legacy C

050 GitHub stars

06Safe resource management techniques for files, sockets, and mutexes

ユースケース

01Refactoring legacy C/C++ codebases to use modern smart pointers and RAII

02Preventing security vulnerabilities like buffer overflows and data races in concurrent applications

03Developing high-performance systems code with guaranteed memory safety

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add gwickman/auto-dev-test-target-1 memory-safety-patterns

For use in Claude.ai and ChatGPT

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