Search

PythonReactSEOPDF
GitHub Skill

performance-optimisation

Analyses and optimises performance across frontend, backend and database interactions. Identifies bottlenecks and implements solutions to enhance speed and efficiency.

nicholasgriffintn☆ 1 Repository stars0 Repository forks

Installation

Follow the repository instructions for this skill and your agent. Review the files and dependencies before adding it to your workflow.

View source ↗Guides

Skill instructions

Performance Optimisation Skill

Tooling Notes

This skill should only use read-only commands and avoid modifying files.

Workflow

Copy this checklist and use it to track your progress through the performance optimisation process:

Performance Optimisation Checklist

- [ ] Measure Baseline Performance
  - [ ] Use profiling tools to gather performance metrics.
  - [ ] Identify slow functions, database queries, and network requests.
- [ ] Identify Bottlenecks
  - [ ] Analyse profiling data to pinpoint performance issues.
  - [ ] Prioritise issues based on impact and ease of resolution.
- [ ] Implement Optimisations
  - [ ] Optimise algorithms and data structures.
  - [ ] Improve database query efficiency.
  - [ ] Reduce network latency and payload sizes.
  - [ ] Implement caching strategies where appropriate.
- [ ] Validate Improvements
  - [ ] Re-measure performance after optimisations.
  - [ ] Ensure that optimisations have led to measurable improvements.
- [ ] Document Changes
  - [ ] Update documentation to reflect performance changes.
  - [ ] Provide explanations for significant optimisations.
Profiling Commands
# Node.js profiling
node --prof app.js
node --prof-process isolate-0x*.log > processed.txt

# Python profiling
python -m cProfile -o profile.out app.py
snakeviz profile.out

# Database query analysis (PostgreSQL example)
EXPLAIN ANALYZE SELECT * FROM your_table WHERE condition;

# Web performance analysis
lighthouse https://yourwebsite.com --output html --output-path report.html
Common Bottlenecks and Ways to Fix Them
  • Inefficient Algorithms: Replace with more efficient algorithms or data structures.
  • Database Query Performance: Optimize queries, add indexes, or denormalize data.
  • Network Latency: Minimize requests, use CDNs, and compress payloads.
  • Unnecessary Computations: Cache results of expensive operations.
  • Memory Leaks: Identify and fix memory leaks to improve performance over time.

Examples

Read the usage examples in the source repository.

View source ↗

Source history

Indexed on
2026-01-20
Index updated
2026-01-26
Branch
main

Index and sync dates describe this directory. View the source repository for code history.

GitHub ↗

chat Comments (0)

chat_bubble_outline

No comments yet. Be the first to share your thoughts!