Best Luxury Watch Store – E-commerce Web Application using React and MirageJS

E-commerce Web Application

A simple project on E-commerce Web Application developed using React.js and MirageJS, designed to simulate a real-world online shopping experience for luxury watches.
This project, originally titled Minute, has been rebranded as Luxury Watch Store to align with the premium theme of luxury watch shopping.

The application demonstrates the end-to-end workflow of an online store — including product browsing, authentication, cart management, wishlist creation, checkout process, and order summary — all without a real backend, thanks to MirageJS mock APIs.

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This project is a perfect fit for students who want to learn modern front-end development, understand how React Context and Reducers work for state management, and explore API simulation with MirageJS.

Overview

Project Description

The Luxury Watch Store is a modern, fully responsive web application that replicates an authentic online shopping platform. It allows users to browse luxury watches, filter products by categories, search and sort items, and manage their cart and wishlist — all in real time.

Unlike traditional setups, this project doesn’t rely on a physical database or server. Instead, it uses MirageJS to simulate API endpoints such as /api/products, /api/categories, /api/auth, /api/cart, and /api/wishlist.
This makes it ideal for frontend developers or students learning how to build scalable, dynamic web apps without needing backend dependencies.

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The application uses React Context API with the useReducer hook for managing global state, ensuring smooth and efficient data flow across different pages.

Available Features

This project offers a complete set of core E-commerce functionalities implemented using React.js and MirageJS:

1. Authentication (Login, Signup, Guest Login)

Users can register with new credentials, log in with existing accounts, or quickly access the store using a guest login option.
MirageJS handles all authentication responses for a seamless experience.

2. Product Listing (Dynamic from MirageJS API)

The products page dynamically fetches watch details from the MirageJS API, ensuring that the data feels like it’s being retrieved from a real server.

3. Category-wise Filtering

The user can filter watches based on different categories such as Classic, Sports, or Luxury collections, providing a smooth “shop by category” experience.

4. Search & Sort

A built-in search bar helps users find watches by name or keyword. Sorting options allow products to be arranged by price or category, enhancing usability.

5. Add to Wishlist

Any product can be added to the wishlist for later purchase. Wishlist items persist using React Context and localStorage, maintaining data consistency.

6. Add to Cart

Users can easily add or remove items from their cart, change quantities, and view total prices in real time.

7. Checkout & Order Summary

A fully functional checkout process displays a detailed order summary, allowing users to review their purchases before finalizing.

8. Featured Products Carousel

The home page features a dynamic carousel showcasing trending or highlighted watches, attracting user attention to popular models.

9. Responsive User Interface

The layout adjusts perfectly across all screen sizes — whether desktop, tablet, or mobile — ensuring a professional and user-friendly interface.

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10. Toast Notifications

Instant feedback messages using React-Toastify appear for actions like “Item added to cart” or “Product removed from wishlist.”

11. Mock Backend with MirageJS

The entire data layer (products, categories, users, cart, and wishlist) is handled through MirageJS — enabling realistic API behavior without server setup.

Tech Stack Used

The project integrates a well-structured modern tech stack:

• Frontend: React.js
• Routing: React Router DOM
• State Management: React Context API + useReducer
• Mock Backend: MirageJS
• UI Notifications: React-Toastify
• Icons: React Icons
• Developer Tool: MockmanJS (for API testing)

Installation Guide (VS Code Setup)

Follow these steps to set up and run the project locally using Visual Studio Code.

Step 1: Extract the Project Folder

Unzip the folder named:

Watch-Store-E-commerce--React.Js.zip

and open it in Visual Studio Code.

Step 2: Open the Integrated Terminal

In VS Code, go to:

Terminal → New Terminal

Step 3: Navigate to the Project Directory

cd luxury-watch-store

Step 4: Install Dependencies

Install all necessary Node modules:

npm install

Step 5: Start the Application

Run the project using:

npm start

Once compiled successfully, it will open automatically in your browser at:

http://localhost:3000

Step 6: Verify the Environment

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Ensure your system has:

Node.js v18.x or higher
npm v9.x or higher

You can check versions using:

node -v
npm -v

Step 7: Build for Production

To create an optimized production build, run:

npm run build

This command generates a build/ folder with all static files ready for deployment.

Usage

The Luxury Watch Store project has a single user role — the Customer — who can experience the complete E-commerce workflow from browsing to checkout.

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For Customers:

• Browse Products: View all available luxury watches with category-based filters and sorting options.
• Authentication: Sign up for a new account, log in, or use the guest login feature to explore immediately.
• Wishlist Management: Save favorite watches for later viewing or comparison.
• Cart Operations: Add multiple items, adjust quantities, and view a running total of the cart value.
• Checkout: Review all order details and complete the simulated purchase process.
• Order Summary: View purchased items and verify order completion within the checkout interface.

Because MirageJS is used as the mock backend, every operation feels realistic — from data fetching to updating the cart or wishlist — without any real server setup.
This makes the project lightweight, easy to run, and perfect for learning how a professional online store works internally.

Project Structure

The project directory is organized to maintain clarity and scalability:

luxury-watch-store/
│
├── public/                # Static files (index.html, favicon, etc.)
├── src/
│   ├── Assets/            # Images, icons, and logos
│   ├── Backend/           # MirageJS mock backend (controllers, db, users)
│   ├── Component/         # UI components (Navbar, Footer, ProductCard, etc.)
│   ├── Contexts/          # React Context files (AuthContext, ProductContext)
│   ├── Pages/             # Application pages (Home, Products, Cart, Wishlist, etc.)
│   ├── App.js             # Application routing setup
│   └── index.js           # App entry point
│
├── package.json           # Dependencies & npm scripts
└── README.md              # Documentation

This modular structure ensures that every feature — from product data to user authentication — is well organized and easy to maintain.

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Why This Project Is Useful for Students

This project provides hands-on exposure to React.js, state management, and mock API integration, which are crucial skills for any web developer.
Students can learn how a real-world online store functions — from frontend UI to API simulation — without depending on complex backend configurations.

It also helps students:

• Understand how to structure large React applications.
• Practice Context API and Reducer-based state management.
• Explore API mocking with MirageJS for frontend testing.
• Learn responsive design and UI best practices.
• Build confidence in deploying and optimizing React apps.

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In short, this project bridges academic learning with industry-level development practices, making it an ideal choice for portfolios, practical exams, or personal learning projects.