reactive-kube

reactive-kube is a revolutionary library that allows you to describe Kubernetes infrastructure using headless React components. This approach provides a familiar and intuitive way for developers to define and manage their Kubernetes resources.

Features

• React-based: Leverage the power and flexibility of React to define your Kubernetes infrastructure
• Headless Components: Use custom or default view components to visualize your infrastructure
• Real-time Updates: Subscribe to Kubernetes cluster updates and apply new configurations seamlessly
• Extensible: Easily create custom components for any Kubernetes resource

Installation

npm install reactive-kube

Quick Start

import { Cluster, Namespace, Pod } from 'reactive-kube';

const MyInfrastructure = () => (
  <Cluster name="docker-desktop" user="docker-desktop">
    <Namespace name="default">
      <Pod
        name="my-pod"
        containers={[{ image: "ubuntu:latest" }]}
        volumes={[/* ... */]}
      />
    </Namespace>
  </Cluster>
);

Documentation

For detailed documentation, visit our official documentation.

Contributing

We welcome contributions! Please see our Contributing Guide for more details.

License

reactive-kube is MIT licensed.

Project Roadmap

Phase 1: Library Development

• Implement core useResource hook
• Create base components (Cluster, Namespace, Pod, Service, etc.)
• Develop default view components
• Write unit tests for all components
• Set up CI/CD pipeline
• Publish initial npm and jsr package

Phase 2: Website Development

• Design landing page mockup
• Implement responsive landing page
• Create documentation pages
• Set up blog for updates and tutorials
• Implement SEO optimizations
• Deploy website to production

Phase 3: Web App Development (GitHub Pages)

• Create React app for online Kubernetes configuration
• Implement authentication with GitHub
• Develop UI for creating and editing Kubernetes resources
• Add real-time preview of generated YAML
• Implement donation system (e.g., GitHub Sponsors, OpenCollective)
• Deploy web app to GitHub Pages

Phase 4: Data Storage and User Accounts

• Design database schema for user data
• Implement backend API for data storage
• Create user account system
• Develop UI for user dashboard
• Implement data encryption for sensitive information
• Set up automated backups

Phase 5: SaaS Development

• Design pricing tiers
• Implement subscription management system
• Develop multi-tenancy support
• Create admin dashboard for managing users and subscriptions
• Implement usage analytics and monitoring
• Set up customer support system
• Conduct security audit and penetration testing
• Launch beta version of SaaS platform