systems-programming

What problem does it solve?

Low-level systems programming often suffers from memory-safety gaps, data races, and tricky interoperability between languages. This Skill provides actionable patterns and guidelines to design memory-safe, high-performance components in C++ and Rust, covering memory management, concurrency primitives, FFI bindings, and optimization techniques.

Core Features & Use Cases

• Memory-safe patterns (RAII, ownership, and resource management)
• Concurrency primitives and lock-free strategies
• Safe foreign function interfaces between C++ and Rust
• Performance-focused optimizations and cache-conscious design
• Real-world use cases: building high-performance libraries, runtime components, and low-level tools

Quick Start

Start by establishing a memory-safe project skeleton that demonstrates RAII, safe concurrency, and basic FFI bindings.