Overview

The Vite + React + Electron + Nestjs Template offers a robust starting point for developers looking to create high-performance desktop applications. By combining the power of Vite for frontend development, React for user interface design, and NestJS for backend services, this template streamlines the process of building modern applications with a focus on speed and efficiency. The integration of doubly-fast tools like Doubleshot introduces an extraordinary level of development agility, making it easier to create responsive desktop applications.

This framework is not only limited to React; it also supports other popular frameworks such as Vue.js and Svelte, catering to a broader range of developers and their preferred technologies. By using this template, developers can harness the full potential of Electron to create desktop applications that feel native while still employing familiar web technologies.

Features

• vite-plugin-doubleshot: Allows you to run and build the Electron main process or Node backend seamlessly, enhancing the development workflow.

• Electron IPC Transport for NestJS: Facilitates straightforward inter-process communication, making it easier to handle requests between the backend and the Electron app.

• Electron Module for NestJS: Simplifies the process of launching Electron windows directly from your NestJS application, offering a streamlined experience.

• Quick Start and Build: Accelerated development setup and build process, powered by tsup and integrated with electron-builder in @doubleshot/builder, ensuring fast feedback cycles.

• Cross-Framework Support: Besides React, you can also develop using Vue.js or Svelte, allowing flexibility for developers to choose their preferred framework.

• PNPM Compatibility: Specifically designed to work with PNPM, ensuring that dependencies are managed efficiently and bundled correctly for optimal performance.

Overall, this template is a powerful tool for developers aiming to create functional and dynamic desktop applications with minimal overhead.