Profile Rust hot paths and apply zero-copy, SIMD, and memory-layout optimizations.
npx skills add https://github.com/anicdh/agstack --skill rust-perf
Please help me install this Agent Skill. Skill: rust-perf Source: https://github.com/anicdh/agstack/tree/main/.claude/skills/rust/rust-perf Command: npx skills add https://github.com/anicdh/agstack --skill rust-perf
Rust performance optimization to identify and apply improvements in latency-sensitive code, reducing hot-path latency and allocations.
Run a profiling pass on your Rust project to locate hot paths and apply the recommended optimizations.
High-intent search queries and answers about installing and using this skill.
To find Rust hot paths, use profiling tools like flamegraph and perf to locate bottlenecks. Profiling exposes latency-sensitive code so you can apply targeted zero-copy and memory-layout optimizations.
Optimize orderbook processing in Rust by applying zero-copy data handling and cache-aware memory layouts. These techniques boost throughput and reduce latency in high-frequency components.
You need SIMD and zero-copy optimizations for Rust bots when handling high-throughput crawling or slippage calculations. These patterns minimize allocations and maximize throughput in latency-sensitive workloads.
Improving memory management for long-running Rust bots requires crates like moka for TTL caches, crossbeam for concurrency, and bumpalo for efficient allocation strategies to prevent bottlenecks.
Validate Rust performance improvements by running benchmarking practices before and after applying changes. Comparing benchmarks confirms that zero-copy and SIMD optimizations effectively reduce hot-path latency.
cecon123Profile Rust hot paths and validate performance improvements with flamegraph and criterion.
dralgorhythmProfile hot code paths, implement caching, and benchmark before and after.
cacr92Optimize Rust code performance using Moka caching and Rayon parallel processing.
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