What is the core philosophy of this optimization skill?

It follows the Pareto principle for performance: prioritize the critical 3% of code where optimization yields the highest ROI, while maintaining readability elsewhere.

Does this skill help with memory leaks or high RAM usage?

Yes, it includes specific modules for memory representation and allocation reduction, covering techniques like compact structs, arenas, and reducing GC pressure.

Can I use this for web application optimization?

Absolutely. It includes TypeScript-specific guidance for V8 engine optimization, hidden class stability, and minimizing bundle impacts.

What programming languages does this performance skill support?

The skill provides specialized guidance for C++, Rust, and TypeScript, offering language-specific techniques for each environment's unique memory and execution models.

How does it handle benchmarking?

The skill promotes a measurement-first philosophy, guiding users through profiling methodology, microbenchmarking, and using hardware counters to verify improvements.

Performance Optimizer

Name: Performance Optimizer
Author: timbrinded

bytimbrinded

0•

開発者ツール

Optimizes code execution speed and resource efficiency across C++, Rust, and TypeScript using industry-standard engineering patterns.

The Performance Optimization skill provides a comprehensive framework for identifying and resolving bottlenecks using a rigorous 'Measure-Identify-Optimize-Verify' workflow. Distilled from Google's Abseil performance engineering wisdom, it offers language-agnostic guidance and language-specific patterns for C++, Rust, and TypeScript. Whether you are dealing with high memory usage, GC pressure, or slow execution paths, this skill provides the algorithmic strategies, memory layout techniques, and hardware latency references needed to move from guesswork to measurable, high-impact improvements.

主な機能

01Hardware latency reference table for back-of-the-envelope performance estimation.

020 GitHub stars

03Language-specific guidance for V8/TypeScript, Rust move semantics, and C++ memory layout.

04Advanced techniques for reducing allocation pressure, cache misses, and execution latency.

05Standardized optimization workflow: Measure, Identify, Optimize, and Verify.

06Comprehensive reference library covering algorithmic complexity and data structure selection.

ユースケース

01Identifying and fixing performance bottlenecks in mission-critical 'hot paths'.

02Benchmarking and profiling code to establish baselines and verify optimization impact.

03Reducing memory footprint and allocation overhead in resource-constrained environments.

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add timbrinded/performance-plugin performance

For use in Claude.ai and ChatGPT

Download Skill