HubLab Documentation

The Complete AI Component Library for React and TypeScript Developers

Welcome to the official HubLab documentation. HubLab is a revolutionary AI-powered component library designed specifically for modern React and TypeScript development. With over 290 carefully crafted components, HubLab provides everything you need to build professional web applications quickly and efficiently using AI assistants like Grok, Claude, ChatGPT, and GitHub Copilot.

This documentation covers everything from basic installation to advanced integration techniques, API endpoints, component usage, and best practices for leveraging AI assistants in your development workflow.

Overview

What is HubLab?

HubLab is an innovative React component library that bridges the gap between traditional component libraries and AI-assisted development. Unlike conventional libraries, HubLab is specifically optimized for AI assistants, making it the perfect choice for developers who want to leverage the power of AI in their workflow.

Each component is documented with AI-friendly descriptions, usage patterns, and integration examples that help AI assistants understand exactly how to implement and customize components for your specific needs.

Key Features

▸290+ production-ready React components
▸Full TypeScript support with comprehensive type definitions
▸Tailwind CSS styling for easy customization
▸AI-optimized documentation and examples
▸Mobile-responsive and accessible designs
▸Next.js 14 App Router compatible

Component Categories

HubLab organizes its 290+ components into four primary categories, each designed to address specific development needs. Whether you're building a user interface, an e-commerce platform, a data dashboard, or a marketing website, HubLab has the components you need.

UI Components (53 Components)

The foundation of any great application starts with solid UI components. HubLab's UI category includes 53 essential components that cover all your basic interface needs.

•Buttons, Forms, and Input Elements
•Navigation Menus and Breadcrumbs
•Modals, Dialogs, and Tooltips
•Cards, Badges, and Avatars
•Alerts, Notifications, and Toasts
•Progress Bars and Loading Spinners
•Tabs, Accordions, and Dropdowns

View All UI Components →

E-commerce Components (25 Components)

Build complete online stores with HubLab's e-commerce component collection. These 25 specialized components handle everything from product displays to checkout flows.

•Product Cards and Grids
•Shopping Cart and Wishlist
•Checkout Forms and Payment Integration
•Product Filters and Search
•Review and Rating Systems
•Pricing Tables and Discount Badges
•Order Tracking and Confirmation

View All E-commerce Components →

Dashboard Components (25 Components)

Create powerful data visualization and admin interfaces with HubLab's dashboard components. Perfect for analytics platforms, admin panels, and business intelligence tools.

•Charts and Graphs (Line, Bar, Pie, Area)
•Data Tables with Sorting and Filtering
•Statistics Cards and KPI Widgets
•Activity Feeds and Timeline Views
•User Management Interfaces
•Settings Panels and Configuration Forms
•Real-time Data Visualization

View All Dashboard Components →

Marketing Components (25 Components)

Build conversion-focused landing pages and marketing websites with components designed specifically for driving engagement and capturing leads.

•Hero Sections and CTAs
•Feature Showcases and Testimonials
•Pricing Tables and Comparison Charts
•Newsletter Signup Forms
•Team Sections and About Pages
•FAQ Sections and Contact Forms
•Social Proof and Trust Badges

View All Marketing Components →

Quick Start Guide

Getting started with HubLab is incredibly simple. Unlike traditional component libraries that require complex installation processes, HubLab is designed to work seamlessly with AI assistants, allowing you to start building immediately.

Prerequisites

Before you begin, make sure you have:

1.Node.js 18.0 or higher installed on your system
2.A React or Next.js project (Next.js 14+ recommended)
3.Tailwind CSS configured in your project
4.An AI assistant account (Grok, Claude, ChatGPT, or Copilot)

Step 1: Access HubLab

HubLab is a web-based component library accessible through your browser. Simply navigate to the HubLab website and explore the component catalog. No installation required!

https://hublab.sacred.computer

Step 2: Choose Your AI Assistant

HubLab works with all major AI coding assistants. Each assistant has its own strengths:

Grok (Recommended): Best for rapid prototyping and creative component customization. Excellent at understanding context and generating unique variations.
Claude: Superior code quality and best practices. Ideal for production-ready implementations and complex integrations.
ChatGPT: Great for beginners, provides detailed explanations and helps you learn while building.
GitHub Copilot: Perfect for inline suggestions and quick component insertions directly in your IDE.

Step 3: Start Building

Once you've selected a component, simply ask your AI assistant to implement it. The AI will understand the component structure and generate the code for you.

View Complete Getting Started Guide →

API Endpoints

HubLab provides a comprehensive REST API that allows you to programmatically access component data, search for components, and integrate HubLab into your development tools and workflows. The API is designed to be simple, fast, and developer-friendly.

GET /api/components/search

Search for components by keyword, category, or functionality. This endpoint powers the HubLab search interface and can be used to build custom search experiences.

Request Parameters:

{
  "q": "button",           // Search query (required)
  "category": "ui",        // Filter by category (optional)
  "limit": 10,             // Results per page (optional, default: 20)
  "offset": 0              // Pagination offset (optional, default: 0)
}

Response:

{
  "results": [
    {
      "id": "primary-button",
      "name": "Primary Button",
      "category": "ui",
      "description": "A customizable primary action button",
      "tags": ["button", "cta", "interactive"],
      "complexity": "simple"
    }
  ],
  "total": 42,
  "limit": 10,
  "offset": 0
}

GET /api/components/:id

Retrieve detailed information about a specific component, including full documentation, code examples, props, and usage guidelines.

Example Request:

GET /api/components/primary-button

Response:

{
  "id": "primary-button",
  "name": "Primary Button",
  "category": "ui",
  "description": "A customizable primary action button...",
  "code": "export default function PrimaryButton()...",
  "props": {
    "variant": "string",
    "size": "string",
    "disabled": "boolean"
  },
  "examples": [...],
  "relatedComponents": [...]
}

GET /api/categories

List all available component categories with component counts and descriptions.

Response:

{
  "categories": [
    {
      "id": "ui",
      "name": "UI Components",
      "count": 53,
      "description": "Essential user interface components"
    },
    {
      "id": "ecommerce",
      "name": "E-commerce",
      "count": 25,
      "description": "Components for online stores"
    },
    {
      "id": "dashboard",
      "name": "Dashboard",
      "count": 25,
      "description": "Data visualization components"
    },
    {
      "id": "marketing",
      "name": "Marketing",
      "count": 25,
      "description": "Landing page components"
    }
  ]
}

AI Integration Guide

HubLab is specifically designed to work seamlessly with AI coding assistants. This guide will help you get the most out of each AI platform when working with HubLab components.

Integrating with Grok

Grok is X's AI assistant, known for its creative approach and real-time information access. When using Grok with HubLab, you get fast, innovative component implementations with unique customization options.

Best Practices for Grok:

▸Be specific about your requirements and desired styling
▸Ask Grok to explain its implementation choices
▸Request alternative variations to explore different approaches
▸Leverage Grok's creativity for unique component customizations

Example Grok Prompts:

Prompt:

"Using HubLab's product card component, create a card with hover animations, add-to-cart functionality, and a wishlist button. Style it with a modern gradient effect."

Grok will generate a customized product card with creative hover effects and smooth animations.

Prompt:

"Create a dashboard layout using HubLab components with a sidebar navigation, stats cards, and a data table. Use a dark theme."

Grok excels at combining multiple components into cohesive layouts with consistent theming.

Integrating with Claude

Claude by Anthropic is renowned for producing high-quality, well-structured code that follows best practices. When using Claude with HubLab, you can expect production-ready implementations with excellent error handling and accessibility features.

Best Practices for Claude:

▸Provide context about your project structure and requirements
▸Ask for TypeScript implementations with full type safety
▸Request accessibility considerations and ARIA labels
▸Leverage Claude's attention to detail for complex components

Example Claude Prompts:

Prompt:

"Implement HubLab's data table component with TypeScript, including sorting, filtering, pagination, and full accessibility support. Ensure proper ARIA labels and keyboard navigation."

Claude will deliver a robust, accessible implementation with comprehensive error handling.

Integrating with ChatGPT

ChatGPT is excellent for learning and understanding component implementation. It provides detailed explanations and is great for developers who want to understand the "why" behind each implementation choice.

Best Practices for ChatGPT:

▸Ask for step-by-step explanations of component implementations
▸Request clarification on best practices and design patterns
▸Use ChatGPT to learn about component customization options
▸Get help troubleshooting integration issues

Integrating with GitHub Copilot

GitHub Copilot integrates directly into your IDE, providing inline suggestions as you type. This makes it perfect for quick component insertions and rapid development workflows.