A bakery web application, with ReactJS, Redux, and React-Router-Dom

npx create-react-app my-app
npm install redux react-redux

Figure 1: File structure

• Components: Include reusable single components, that can be called throughout the project.
• Data: Dummy JSON data for the website.
• Features: Include multiple components and JSX elements to create compound sections and features.
• Images: Image assets for the website like icons.
• Layout: Page-layout components like navbars and footers.
• Pages: Consist of compound features and sections.
• Redux: Redux store for the web app, contains the cart object.
• Styles: Styles have a variable file that is imported or Sass Implementation.

Figure 2: Landing Page

• The website is designed to provide optimal user experience across a variety of devices and screen sizes.
• Implemented a responsive navbar with a hamburger menu icon to ensure smooth navigation on smaller screens.
• Utilized variable.scss to define common media query breakpoints, making it easier to maintain a consistent responsive design.
• Utilized CSS grid to create flexible grid layouts that adapt to different screen sizes.

Figure 3: Responsive behavior

• Integrated the popular react-router-dom library for client-side routing within the React application.
• Implemented nested routes to organize the product pages logically. For example, cakes, breads, and cookies each have their own sub-routes.
• This allows for a clean and intuitive URL structure and seamless navigation between different sections of the website.

Figure 4: Routes and sub-rutes

• Developed a cart feature using Redux to manage the selection and removal of items.
• When adding or deleting items, the cart dynamically updates, reflecting the changes in the total bill of the website.
• The cart state is managed through a cart object in the Redux store, allowing for easy access and modification of the cart data.
• Exposed actions such as ADD_TO_CART and REMOVE_FROM_CART that can be dispatched to interact with the cart.

Figure 5: Add to cart is implemented using a redux store

• Implemented a search feature allowing users to search for bakery items by name or description.
• Utilized a debouncing technique to optimize the search functionality.
• Debouncing helps reduce excessive rerenders and improves performance by delaying the execution of the search function until the user pauses typing.
• This provides a smoother user experience, especially when dealing with fast typing or frequent changes in the search input.

Figure 6: Search with debounce