Develop a reactive Java microservice with ReactiveJ

🚀 Develop a Reactive Java Microservice with ReactiveJ & RxJava2 🌟

Welcome to the world of reactive programming! In this comprehensive course, led by industry expert Alessandro Argentieri, you'll dive deep into the realm of Non-blocking, reactive, and asynchronous Java microservices using ReactiveJ and RxJava2. Get ready to elevate your development skills to a new level and create efficient, scalable, and resilient applications!

Course Headline: 🛠️ "Learn how to develop a Non-blocking, reactive and asynchronous Java microservice with ReactiveJ and RxJava2"

Course Overview:

Why Reactive Programming?

• Reactive Programming Concepts: Understand the core principles of reactive programming that make your applications more responsive to incoming data. 🛡️
• JSR 340 and Servlets 3.1 Specification: Master the latest Java Specification Request for concurrency utilities and the servlet specification for building web applications. 🚀

Advantages of Reactive Programming:

• Learn why reactive programming is a game-changer in handling asynchronous data streams, backpressure, and fault tolerance. 🌟
• Discover how to build applications that are resilient, elastic, and message-driven. 🔄

Non-blocking Embedded Jetty:

• Explore the capabilities of Jetty as an embedded web server, allowing you to create highly responsive and concurrent microservices. 🏗️

ReactiveJ Non-blocking and Asynchronous Library:

• Get hands-on with ReactiveJ to implement non-blocking and asynchronous operations in your Java applications. ☕

From Blocking to Reactive:

• Transform a synchronous and blocking application into a reactive one using ReactiveJ's powerful abstractions. 🔄

Building Asynchronous Non-blocking Apps:

• Develop asynchronous, non-blocking applications with the combination of ReactiveJ and RxJava2. 🛠️

Course Breakdown:

1. Introduction to Reactive Programming: Understand the paradigm shift from imperative to reactive programming and how it can benefit your applications.

2. ReactiveJ Overview: Learn about the ReactiveJ library, its API, and how it can be used to build non-blocking Java applications.

3. JSR 340 and Servlets 3.1 Specification: Dive into the concurrency utilities of JSR 340 and how they can be leveraged in your web applications.

4. Building a Reactive Microservice: Start creating your own reactive microservice, learning best practices and design patterns along the way.

5. Asynchronous Programming with RxJava2: Integrate RxJava2 to handle asynchronous data streams and learn how to manage backpressure effectively.

6. Testing Your Reactive Application: Ensure your reactive application is robust by implementing comprehensive tests with the tools and frameworks designed for reactive applications. ✅

What You'll Achieve:

By the end of this course, you will have built a complete reactive Java microservice using ReactiveJ and RxJava2. You'll understand the ins and outs of non-blocking operations, asynchronous processing, and how to handle large streams of data efficiently. Plus, you'll be equipped with the skills to maintain responsive applications that can scale with demand.

Enroll now and join the reactive revolution! 🌟✨