React Aspnet Boilerplate

screenshot of React Aspnet Boilerplate
react

A starting point for building isomorphic React applications with ASP.NET Core, leveraging existing techniques.

Overview:

The react-aspnet-boilerplate is a starting point for building universal/isomorphic React applications with ASP.NET Core 1. It leverages existing front-end approaches and uses the JavaScriptViewEngine. The main goals of this project are to minimize the usage of .NET, provide isomorphic/universal rendering, and offer out-of-the-box login/register/manage functionality. This approach allows front-end developers to have complete control over building their app without any .NET dependencies or restrictions.

Features:

  • Minimize .NET's usage: .NET is only used for building REST endpoints (WebApi) and providing the initial state (pure POCO). There is no razor syntax used anywhere in this project.
  • Isomorphic/Universal rendering: The client and server render using the same source files (javascript), allowing for consistent rendering on both ends.
  • Out-of-the-box login/register/manage functionality: The project includes functionality for login, register, and managing user accounts. However, there is also an option to generate a clean template with no authentication/account management.

Summary:

The react-aspnet-boilerplate is an ideal starting point for front-end developers looking to build universal/isomorphic React applications with ASP.NET Core. It provides a minimalistic approach, minimizing the usage of .NET and allowing for complete control in building the app. The project includes out-of-the-box login/register/manage functionality and offers isomorphic/universal rendering using the same source files on both client and server. With the option to generate a clean template as well, this boilerplate is versatile and flexible for various React projects in .NET.

react
React

React is a widely used JavaScript library for building user interfaces and single-page applications. It follows a component-based architecture and uses a virtual DOM to efficiently update and render UI components