Java 21 Virtual Threads and Structured Concurrency

🌟 Java 21 Virtual Threads, Multithreading, Structured Concurrency, Scoped Values, Continuations & Spring Boot Mastery 🌟

Recent Updates: 🚀

• New Section on Scalability with Virtual Threads & Spring Boot 3.2.0 🛠️
  • Discover how to scale a Spring Boot application to an impressive 100,000 concurrent users using JDK 21's Virtual Threads!
• Bonus Section on Java Futures & Completable Futures 🎓
  • A refresher on asynchronous programming essentials before diving into Virtual Threads.

The Revolution of Project Loom: Virtual Threads 🌐

Project Loom introduces the concept of Virtual Threads, a lightweight thread implementation in OpenJDK, which promises to transform non-blocking code writing and cut cloud computing costs drastically. 💸

With Virtual Threads, Java developers can write sequential code and achieve highly scalable multithreading applications. Existing Java codebases, including those using Spring Boot, can leverage this technology with minimal changes. This is a monumental shift in the Java ecosystem and a game-changer for developer efficiency and application performance.

What Learners Are Saying: 🌟

• "Pleasurable Journey" 🛣️
  • "Very informative, understandable, and easy to follow. I wish there was such a course about Java IO/NIO, net/sockets!"
• 5 Stars for Excellence ⭐️
  • "Simplified such a complex topic! Great work!", "Great introduction to virtual threads with practical examples and clear diagrams.", "Good and concise explanation, looking forward to its LTS version."

Course Overview: 📚

In this comprehensive course, you'll explore the following key topics:

• How to scale applications and reduce costs with Virtual Threads.
• The reason behind scalability issues in Java Platform Threads.
• An introduction to Virtual Threads and their differences from Platform Threads.
• Scaling Spring Boot applications using Virtual Threads.
• Understanding how Virtual Threads work and why they're a game changer.
• Diving into Structured Concurrency in Java.
• The role of Scoped Values versus Thread Locals.
• Exploring Delimited Continuations.
• Implementing Multithreading with Virtual Threads and Structured Concurrency.
• How Virtual Threads are implemented using Continuations.
• High-level comparison between Java Virtual Threads and Reactive programming.

Join the Virtual Threads Revolution! 🛠️✨

We'll cover all aspects of Virtual Threads, Structured Concurrency, Scoped Values, and Continuations through hands-on examples, ensuring you gain a deep understanding of these concepts and how to apply them in real-world Spring Boot applications.

Ensure Your Place in the Future of Java 🎫

By enrolling today, you're not just taking a course—you're investing in your future. With our FULL money-back guarantee for 30 days, there's no risk and everything to gain. 💼🎉

Note: ✍️

• Java Virtual Threads are available as part of JDK 21.
• Structured Concurrency and Scoped Value classes are introduced in JDK 21 as Preview features. 🚦

Embark on your journey to mastering the latest advancements in Java concurrency and multithreading with this cutting-edge course. Don't miss out on the opportunity to future-proof your skills and leverage the power of Virtual Threads in your projects! 🚀👩‍💻👨‍💻