Documentation available at: https://asu.readthedocs.io

This is a comprehensive Django project for reference. The project roughly constitutes a real-time chat application with complete user management (see feature rundown for details).

You may use this as a base project (for your projects themed as social media websites, community forums etc.) or you can scrap the parts you don't need and bootstrap a highly optimized Django project.

• Authentication & Account Management
  • OAuth 2.0 (Authorization Code with PKCE & Client Credentials)
  • Two-factor authentication
  • CRU operations
  • Blocking operations
  • Following operations
    • Follow requests
    • Ability to mark profile as 'private'
  • Profile pictures
    • Thumbnail generation
    • Image validation
      • Image scaling & compression on upload
      • Mime type validation
• Verifications (all flows employ email confirmation)
  • Registration flow
    • No account generation before email validation.
  • Password reset flow
  • Email change flow
• Messaging
  • CRUD operations
  • One-to-one conversations & messaging
  • Message requests
  • Read receipts
  • Ability to disable messages from strangers
  • Instant messaging with WebSocket
    • Ticket-based authentication

Notice that interactions of these features are well-handled. For instance, users with blocking relations may not message each other. You may message your followers without having them accept your message request (and so on).

The project is an example of a standard Django stack, the components being:

• Postgres (database)
• Redis (cache & channel layer)
• RabbitMQ (message broker)
• Celery (task queue)
• Nginx (reverse proxy)

All of these components are available through Docker setup (for both production and development environments).

There is also single-node-ready Kubernetes configuration that can easily be adjusted to support multiple nodes.

The project has a high test coverage and all the major features are well-tested.

To serve the project, you'll at least need Docker with compose plugin installed. First off, clone the project:

git clone https://github.com/realsuayip/asu

Navigate to the root directory, and run:

make

Makefile also includes helper targets that can execute related Docker commands, if you don't have GNU make at your disposal, you may also use the docker commands directly:

docker-compose -p asu -f docker/docker-compose.yml up

If you are using it for the first time, it might take a while to set up the containers. Once the containers are up and running, you may navigate to 127.0.0.1:8000/api/ to browse the API.