Tools and DevOps

Comprehensive guidelines for developing Chrome Extensions using JavaScript and TypeScript, focusing on best practices, security, performance, and maintainability.

Comprehensive rules and best practices for maintaining high code quality on GitHub repositories.

Comprehensive and user-friendly Kubernetes documentation created using MkDocs, focusing on cloud-native technologies, containerization, and orchestration best practices.

A streamlined pipeline for downloading, quantizing, and uploading models to Hugging Face repositories, optimized for Linux servers with NVIDIA CUDA and AMD ROCm GPU support.

Enhance code quality and maintainability by adhering to DRY (Don't Repeat Yourself) and SOLID (Single Responsibility, Open/Closed, Liskov Substitution, Interface Segregation, Dependency Inversion) principles. This guide provides best practices for writing clean, efficient, and scalable code.

Comprehensive guide on containerizing Python applications using Docker, Kubernetes, and best practices from Python's official documentation and PEPs.

Comprehensive guidelines for setting up and developing Python projects on GitHub, including coding standards, testing, documentation, and deployment strategies.

Comprehensive guide for building secure, efficient, and scalable desktop applications using Tauri with Svelte and TypeScript. Includes best practices, performance optimization, and security considerations.

Comprehensive guide for TypeScript code conventions, best practices, and performance optimization in modern web development using Node.js, Next.js App Router, React, Expo, tRPC, Shadcn UI, Radix UI, and Tailwind CSS.

Use the Conventional Commit Messages specification to generate commit messages. Commit messages should follow a specific structure with a type, optional scope, description, optional body, and optional footers. Different types like feat, fix, etc., have specific meanings, and breaking changes must be clearly indicated.

These rules cover various aspects of development, including information verification, change - making practices, communication norms, and code - writing principles such as using explicit variable names, following consistent coding styles, prioritizing performance, and ensuring security, test coverage, and version compatibility.

This guide offers best practices for Webpack, covering code organization, common patterns, performance, security, testing, and more. It includes directory structure, file naming, code splitting, optimization techniques, and how to avoid anti - patterns. Following these can create robust, performant, and maintainable Webpack configurations.

This rule provides comprehensive guidelines for Azure Pipelines. It covers general usage, code organization, design patterns, performance optimization, security, testing, and more. For example, it recommends using YAML pipelines, Azure Key Vault for secrets, and parallel execution to enhance efficiency. Avoid anti - patterns like hard - coding secrets and ensure proper error handling.

These rules cover building SaaS apps on Heroku following the Twelve - Factor App methodology. They include codebase management, handling dependencies, config in environment variables, and separating build, release, and run stages. Also, it involves performance, security, testing, and continuous integration/deployment, along with specific Heroku considerations like dynos and buildpacks.

These rules cover various aspects of Git usage. It includes commit strategies like atomic commits and descriptive messages, branching models, code organization, collaboration via pull - requests, and handling of files, secrets, etc. Also provides guidance on CI/CD integration, avoiding common pitfalls, and using proper tooling.

This rule set offers best practices for using the GCP CLI. It covers scripting, configuration management, authentication, output formatting, code organization in different languages, performance, security, testing, and common pitfalls. It also provides tooling suggestions and references related rules, aiming to enhance efficiency and security in GCP CLI usage.

This document details best practices for Turbopack development. It covers core principles, code organization, common patterns, performance, security, testing, pitfalls, tooling, and more. Adhering to these can help build high - performance, maintainable, and secure apps.