Cloth Store - Headless e-commerce template using Shopify, Next.js, and TypeScript

Short Description:

A headless e-commerce preview and component testing environment built with Next.js, Shopify, and TypeScript. Slice Simulator allows developers and merchants to build, customize, and simulate modular section layouts ('slices') in real-time with live Shopify product and collection data before pushing them to production.

Key Features:

• Modular Component Simulation ("Slice" Driven): Isolate, build, and preview individual UI sections (e.g., hero banners, product carousels, feature grids) as standalone modular blocks. Combine them seamlessly to build dynamic page layouts.
• Live Shopify Data Hydration: Simulate your frontend components using actual live data pulled from Shopify’s Storefront API. Test how your components behave with real product variants, pricing, descriptions, and media.
• Next.js App Router Architecture & Performance: Leverages Next.js for lightning-fast server actions, optimized streaming previews, and hybrid rendering strategies (ISR/SSR) to mimic production-level web performance accurately.
• End-to-End TypeScript Type Safety: Full strict type-safety mapping between your Shopify GraphQL schemas and your frontend frontend components. Ensure your component props match your store data structures perfectly, wiping out runtime data errors.
• Real-time Visual Editing Context: An interactive sandbox UI allowing developers to change mock JSON props, toggle viewport view sizes (Desktop, Tablet, Mobile), and visually audit layout responsivity on the fly.

Technical Stack Breakdown

• Frontend Framework: Next.js (Optimized component rendering, fast refresh for sandbox testing).
• E-Commerce Engine: Shopify Storefront API / Shopify Buy SDK (Dynamic mock data injection).
• Language: TypeScript (Type-safe schemas matching your custom Shopify metafields or JSON structures).
• Styling & UI (TailwindCSS, Shadcn UI, Base UI): Highly responsive layout handling, perfect for testing custom-tailored active link states, parallax images, and fluid navigation sections.