React + ASP.NET + JavaScript + C# + Container Support Project Template

Overview

This is a project template that seamlessly integrates React (frontend), ASP.NET (backend), JavaScript, and C# and optional Linux container support. This template is designed to accelerate the development of modern web applications by providing a robust, full-stack foundation.

Best Use Cases

This template is designed to address a wide range of development scenarios. Here are the most effective ways to leverage it:

• Full-Stack Web Applications:
  Build modern, responsive web apps with a React frontend and ASP.NET Core backend. The template provides a unified structure for managing both client and server code, enabling seamless data flow, shared authentication, and consistent deployment pipelines.

• Enterprise Solutions:
  Ideal for large-scale, maintainable business applications. Take advantage of C#'s strong typing and ASP.NET's mature ecosystem for backend logic, while using React and modern JavaScript for rich, interactive user interfaces. The template supports modular architecture, making it easy to scale and maintain complex projects.

• API-Driven Apps:
  Create robust RESTful APIs with ASP.NET Core, supporting secure authentication (JWT, OAuth) and advanced data processing. The React frontend can consume these APIs efficiently, making the template suitable for SPAs, mobile backends, or microservices architectures.

• Rapid Prototyping:
  Quickly scaffold new ideas with a pre-configured project structure. The template includes sensible defaults, hot-reloading for both frontend and backend, and integrated tooling, allowing you to focus on features rather than setup.

• Educational Projects:
  Perfect for learning or teaching full-stack development. The template demonstrates best practices in code organization, state management, API integration, and deployment. It’s suitable for workshops, bootcamps, or self-study.

• Cloud-Ready Deployments:
  Designed for seamless deployment to cloud platforms like Azure. Includes Docker support, CI/CD pipeline examples, and environment configuration, making it easy to move from local development to production in the cloud.

Each use case benefits from the template’s integrated approach, reducing setup time and ensuring consistency across the stack.

Example Use Cases and Related Technologies

Here are some practical scenarios where this template excels, along with related technologies you can leverage:

1. Internal Business Dashboard

Scenario:
A company needs a secure dashboard for employees to visualize sales data and manage inventory.

How to Use:

• Use React for dynamic charts and tables (e.g., with Recharts or Material-UI).
• ASP.NET Core serves as the API layer, handling authentication and data aggregation.
• Integrate with SQL Server or PostgreSQL for data storage.
• Deploy using Docker and Azure App Service.

2. Customer-Facing E-Commerce Platform

Scenario:
Building a scalable online store with user authentication, product catalog, and payment processing.

How to Use:

• React for the storefront UI and shopping cart.
• ASP.NET Core for secure APIs, order processing, and integration with payment gateways (e.g., Stripe).
• Use Entity Framework Core for database access.
• Add Swagger/OpenAPI for API documentation.

3. Mobile App Backend

Scenario:
Developing a mobile app that requires a robust backend for user management and data sync.

How to Use:

• ASP.NET Core provides RESTful APIs consumed by mobile clients (React Native, Flutter, etc.).
• Implement JWT authentication for secure access.
• Use SignalR for real-time updates if needed.

4. Educational Platform

Scenario:
A platform for online courses with interactive content and user progress tracking.

How to Use:

• React for interactive lessons and quizzes.
• ASP.NET Core for user management, course content APIs, and progress tracking.
• Integrate with third-party services (e.g., video hosting, analytics).

Related Technologies

• Frontend: React, Redux, Material-UI, Tailwind CSS
• Backend: ASP.NET Core, Entity Framework Core, SignalR
• DevOps: Docker, Azure DevOps, GitHub Actions
• Testing: xUnit, Jest, React Testing Library
• API Documentation: Swagger/OpenAPI

These examples demonstrate how the template can be adapted to real-world needs, using proven technologies for each layer.

Why Choose This Template Over Other Frameworks?

• Unified Full-Stack Experience: Unlike single-framework starters, this template bridges React and ASP.NET seamlessly, letting you leverage the strengths of both ecosystems without manual integration.
• Modern Tooling Out-of-the-Box: Pre-configured with hot-reloading, Docker, CI/CD, and cloud deployment support, so you can focus on building features, not setup.
• Enterprise-Grade Architecture: Benefit from C#’s type safety and ASP.NET’s scalability, combined with React’s component-driven UI for robust, maintainable solutions.
• Flexibility for Any Scale: Suitable for rapid prototyping, educational use, or production-grade enterprise apps—grow your project without switching stacks.
• Best Practices Included: The template demonstrates recommended patterns for state management, API integration, authentication, and deployment, helping teams adopt industry standards from day one.
• Active Maintenance & Community: Regular updates and a growing set of sample modules ensure you’re always using current best practices.

Choose this template if you want a ready-to-use, full-stack foundation that accelerates development and reduces integration headaches.

Ongoing Projects

• ReactNetJS Boilerplate: Continually updated with the latest best practices.
• Sample E-Commerce App: Demonstrates real-world usage of the template.
• Authentication Module: Plug-and-play authentication using ASP.NET Identity and JWT.
• API Documentation Generator: Integrated Swagger/OpenAPI support.

Getting Started

Prerequisites

• .NET 7 SDK or later
• Node.js (LTS)
• npm or yarn
• Git

Installation

1. Clone the repository:

   git clone https://github.com/your-org/React-ASP-JS-CS.git
   cd React-ASP-JS-CS

2. Install frontend dependencies:

   cd ClientApp
   npm install
   # or
   yarn install

3. Restore backend dependencies:

   cd ..
   dotnet restore

Running the Application

1. Start the backend (ASP.NET Core):

   dotnet run

2. Start the frontend (React):

   cd ClientApp
   npm start
   # or
   yarn start

3. Access the app:

   • Frontend: http://localhost:3000
   • Backend API: http://localhost:5000/api

Building for Production

• Frontend:

  npm run build
  # or
  yarn build

• Backend:

  dotnet publish -c Release

Contributing

Contributions are welcome! Please see the CONTRIBUTING.md for guidelines.

License

This project is licensed under the MIT License.

Support

For questions or support, open an issue or contact the maintainers.