A meticulously crafted, extensible, and robust architecture for constructing production-grade React 19 applications
The React Redux Boilerplate is an impressive foundation for building production-grade React applications. This carefully designed boilerplate is geared towards developers seeking a structured approach to React project development, ensuring both maintainability and scalability over the long term. With its meticulous organization and robust architecture, it addresses several key aspects of a React application’s lifecycle, from state management to deployment processes.
What sets this boilerplate apart is its focus on best practices and accessibility, allowing developers to create strong, component-driven applications with ease. The combination of established libraries and modern development tools means that you can spend less time worrying about the setup and more time focusing on crafting exceptional user experiences.
Blazing Fast Build System: Leverages Vite 6, React 19, and TypeScript for a speedy build process, enhancing development efficiency.
Structured App State Management: Utilizes Redux Toolkit 2 for effective data handling and state management, ensuring that your application remains responsive and organized.
Theming Options: Integrates Radix, Shadcn/ui, and Tailwind 4 for a customizable and aesthetically pleasing UI that adheres to modern design principles.
Consistent Format and Style: Implements ESLint and Prettier, alongside a plugin for auto-sorting Tailwind classes, to keep code tidy and maintain consistent styling across the project.
Automated Release Flow: Incorporates Husky, Commitlint, and Semantic Release to streamline the deployment and release process, promoting easy version management.
Robust Testing Framework: Equipped with E2E tests using Cucumber and Playwright, alongside unit and integration tests with Vitest and Testing Library, ensuring high-quality code and reliability.
Mocked Server for Development: Features a mocked server (MSW) for rapid development cycles, enabling fast iteration without backend dependencies.
Well-Defined Folder Structure: Embraces vertical slice architecture that minimizies dependencies and enhances maintainability by keeping related features and functionalities encapsulated.
