Your_AMQP_URL

Go to the CloudAMQP website, create an account, create a free RabbitMQ instance with Little Lemur, and you will be assigned an AMQP URL. Input your assigned AMQP URL here.

For a complete step by step guide on how to do this, see the lesson: Introduction to RabbitMQ.

Learn to build robust microservices apps with RabbitMQ, React TypeScript, Django, Flask, and MySQL. Explore architectures, databases, migrations, and front-end integration.

Build Microservices Web Apps with RabbitMQ, React-TSX and Django.jpg

gldttest.tar.gz

Backendservice1 - Django

Backendservice2 - Flask

Backendservice1 - Django-Startapp

Backendservice1 - Django-Startapp-migration

Backendservice2 - Flask-appboierplate

Frontend - React-TypeScript

Backendservice1 - Django-MV

Backendservice2 - Flask-appboierplate-MV

Optimize Frontend 

In this course, you will learn how to build robust microservices web applications with RabbitMQ, React TypeScript, Python Django, Python Flask, and MySQL that can be event-driven and can also support RESTful APIs.

You will learn about the monolith and service-oriented architectures and microservices. Next, you will cover how to create apps in Django, connect the Django app to a MySQL database using Docker, create models, serializers, and URL paths, and perform migrations in Django. You will also learn how to create a Flask app, connect the Flask app to a MySQL database using Docker, create models, request routes and URL paths, and perform migrations in Flask. Finally, you will finish with the creation of the front-end application with React TypeScript, HTML, CSS, and Bootstrap.

By the end of this course, you will be fully armed with the knowledge and tools required to develop, containerize, monitor, and manage microservices web applications using Django, Flask, React TypeScript, MySQL, RabbitMQ, and Docker.

Build Microservices Web Apps with RabbitMQ, React TSX, and Django

As a message broker, RabbitMQ implements the [Advanced Message Queuing Protocol](https://www.educative.io/answers/what-are-iot-communication-protocols)
 (AMQP) principle, which provides several functionalities, such as message durability, message routing, and the publish/subscribe method. RabbitMQ has a centralized architecture, which means that message routing is done through a central message broker. The consistency and correctness of RabbitMQ make it a highly reliable system. Conversely, most other message brokers use a decentralized architecture, which means that messages are delivered across various nodes in a cluster. Therefore, RabbitMQ is a better tool for building applications that need guaranteed message delivery and transactions.


Learn about RabbitMQ and how to use it in an application.

Introduction

Introducing Our Project

Backend Service: The Config App

Backend Service: The Houses App

Backend Service: The Core App

Unleashing Django’s Power: Building Agile Microservices

Message Queuing Service: Introducing RabbitMQ

Frontend Service: The Front-End App

Wrap Up

Appendix

Event-Driven Microservices Web Apps Assessment

Build a Task Manager Microservice Web App with Flask and SQLite

Introduction to RabbitMQ