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View All on GitHubAI Summary: This task requires refactoring the authentication system of a Next.js application built with TypeScript. The goal is to replace all `any` types with specific TypeScript interfaces for improved type safety and developer experience. This involves creating interfaces for user data, wallet data, and authentication errors, updating the authentication store and hooks to use these interfaces, adding type guards for validation, and updating components to utilize the new types. The project uses a Stellar blockchain integration.
AI Summary: Refactor the data fetching logic in a Next.js/React application from a manual approach using `useState`/`useEffect` to utilize React Query for improved caching, background updates, optimistic updates, and error handling. This involves setting up React Query, creating a query configuration and key management system, refactoring existing hooks to use `useQuery` and `useMutation`, implementing an API service layer, and adding caching and optimistic update strategies. The goal is to enhance the user experience and application performance.
AI Summary: Optimize the TreeByte Next.js application's bundle size and dependencies to improve performance. This involves analyzing the current bundle, removing unused dependencies, implementing code splitting for large components and pages, optimizing imports of large libraries like Radix UI and the Stellar SDK, optimizing images and assets, and setting up performance monitoring. Specific targets include reducing the main bundle size to under 200KB gzipped and individual page chunks under 100KB gzipped, along with a 20% reduction in initial page load time and improved Lighthouse scores.
AI Summary: Implement a consistent error handling system across a Next.js application using React. This involves creating standardized error types and interfaces, building reusable error boundary and fallback components, developing a centralized error handling hook, updating existing components to use the new system, creating standardized error toasts, implementing a client-side error logging system, and setting up global error handling in the application layout. The task also includes documenting error handling best practices.
AI Summary: Refactor the TreeByte application to centralize all hardcoded URLs into a new configuration service (`lib/config/app-config.ts`). This involves creating the configuration service, updating the `.env` file with necessary environment variables, and refactoring multiple components and services to use the new configuration system. URL validation and fallback mechanisms should also be implemented.
AI Summary: Create a 'Featured Projects' page for the TreeByte reforestation platform, adhering to a provided Figma design. This involves building several reusable components (header, carousel, buttons, description section, subscription section, footer) and integrating them into the page. The implementation must follow specific coding style guidelines (kebab-case, alias imports, TailwindCSS, dark/light mode support).
AI Summary: Create a map page for the TreeByte reforestation platform using Next.js, Tailwind CSS, and a provided Figma design. The page should display an interactive map with clickable markers representing reforestation projects, and details about selected projects, including a button to adopt a tree. The implementation must follow specific coding style guidelines, including component structure, import paths, and styling conventions.
AI Summary: Develop a Projects page and a Project Details modal for a Web3 reforestation platform using React, Next.js, TailwindCSS, and Radix UI. The page should display a grid of reforestation projects, with each project card linking to a modal showing detailed project information. The design must strictly adhere to provided Figma designs and a reference PR. The implementation should prioritize component reusability, consistent styling, and dark/light mode support.
AI Summary: Develop a user dashboard and coupons page for a Web3 reforestation platform using React, Next.js, and Tailwind CSS. The dashboard should display user information (points, projects, footprint, achievements, coupons), and link to a full coupons page with filtering and sorting capabilities. Both pages must adhere to provided Figma designs and utilize reusable components.
AI Summary: Create a Business Panel page for the TreeByte reforestation platform using Next.js, React, TailwindCSS, and provided Figma designs. The page should consist of several reusable components displaying business summaries, environmental impact data, project details, achievements, coupons, and more. Components must follow specific naming conventions, use TailwindCSS for styling, and support light/dark mode.
AI Summary: Build a landing page for the TreeByte reforestation platform using Next.js, Tailwind CSS, and provided Figma designs. The page should consist of several reusable component sections (hero, about, projects, how-it-works, NFT, farms, and footer), adhering to specific naming conventions and supporting both light and dark modes. The implementation must follow the provided Figma designs and utilize alias imports.