Tarun 's Projects
The application allows users to add new appointments with titles and dates, toggle the "starred" status of appointments, and filter appointments by their "starred" status. It provides a user-friendly interface for managing appointments.
This code creates a user-friendly App Store interface where users can search for and explore mobile applications across different categories. It allows them to switch between categories and search for specific apps.
frontend assessment of embed ai
This code sets up a basic React application with a navigation header and three main sections (Home, About, Contact), along with a Not Found page for any routes that don't match. The routing logic allows the application to display different components based on the URL path.
This code defines a React component called "Capitals" that allows users to select a capital from a dropdown, and it displays the corresponding country. It uses React's state management to keep track of the selected capital and dynamically updates the displayed country based on the user's choice.
this code forms the foundation for a simple cash withdrawal application using React. Users can interact with the interface to choose different denominations and withdraw money from their account, with the balance updating accordingly.
This code sets up a React component for rendering a timeline view, incorporating a library for timeline visualization and utilizing separate components (ProjectTimelineCard and CourseTimelineCard) for different types of timeline items. The styling is done using styled components.
chat-GPT Web Applicaton
This code is used to create a simple web page with a button that increments a counter when clicked. It's a basic example of a React component for learning and practicing React development.
This code creates a simple React application for a coin toss game. Users can click the "Toss Coin" button to simulate a coin toss and track the number of heads and tails that have appeared. The UI displays the current toss result and counts in real-time.
This code creates a simple comments app where users can add comments, like them, and delete them. The comments are displayed in a visually appealing format using various styling elements, and the code structure is modular, making it easy to manage and extend.
The 'componentDidMount' method initializes the clock, 'componentWillUnmount' clears resources, and 'render' handles UI rendering. These lifecycle methods are vital in managing React components effectively.
This React application provides a basic contact management system with the ability to add, display, and toggle the favorite status of contacts. It serves as a starting point for a more comprehensive contact management application with additional features and styling.
This React application, named "Cryptocurrency Tracker," fetches cryptocurrency data from an API and displays it in a visually appealing list.
This code that allows users to search for destinations based on their input. The component maintains a state for the search input and dynamically updates the displayed results based on the user's search criteria. It uses the DestinationItem component to display individual destination items in the search results.
This code provides a digital timer component in React that allows users to interact with and control the timer's behavior through a simple and user-friendly interface.
the e-banking application prioritizes user security and experience by employing cookies for authentication, implementing protected routes, and offering a seamless transition from login to a personalized home page.
This code showcases conditional rendering by dynamically changing the content based on whether the count is even or odd, providing a clear example of how React can manage and update the UI based on component state.
This code sets up a React application to display a list of FAQs where each question can be expanded or collapsed to reveal its answer. It demonstrates the use of React components, state management, and event handling to create an interactive FAQ section for a website.
This project aims to replicate the functionality of the popular food delivery platform Swiggy, allowing users to browse restaurants, view menus, place orders, and track deliveries. Leveraging the Swiggy API, it provides a hands-on learning experience in building real-world applications with React.
ecom-affliliate
this React component provides a user-friendly feedback gathering interface. When a user selects an emoji to provide feedback, the component switches to a thank you screen with a positive message. This component can be integrated into a larger application to collect user feedback and show appreciation for their input.
This React application is a dynamic and engaging platform that allows users to explore a curated list of blogs. The app comprises several components that work seamlessly together to deliver a rich user experience.