Book Image

Supercharge Your Applications with GraalVM

By : A B Vijay Kumar
Book Image

Supercharge Your Applications with GraalVM

By: A B Vijay Kumar

Overview of this book

GraalVM is a universal virtual machine that allows programmers to compile and run applications written in both JVM and non-JVM languages. It improves the performance and efficiency of applications, making it an ideal companion for cloud-native or microservices-based applications. This book is a hands-on guide, with step-by-step instructions on how to work with GraalVM. Starting with a quick introduction to the GraalVM architecture and how things work under the hood, you'll discover the performance benefits of running your Java applications on GraalVM. You'll then learn how to create native images and understand how AOT (ahead-of-time) can improve application performance significantly. The book covers examples of building polyglot applications that will help you explore the interoperability between languages running on the same VM. You'll also see how you can use the Truffle framework to implement any language of your choice to run optimally on GraalVM. By the end of this book, you'll not only have learned how GraalVM is beneficial in cloud-native and microservices development but also how to leverage its capabilities to create high-performing polyglot applications.
Table of Contents (17 chapters)
1
Section 1: The Evolution of JVM
4
Section 2: Getting Up and Running with GraalVM – Architecture and Implementation
8
Section 3: Polyglot with Graal
13
Section 4: Microservices with Graal

Overview of microservices architecture

Microservices are one of the most popular architectural patterns and have been proven to be the best architectural pattern for cloud-native application development. Microservices patterns help to decompose and structure applications into smaller, manageable, and self-contained components that expose functionality through a standard service interface. The following are some of the advantages of microservices architectural patterns:

  • Loose coupling: Since the application is decomposed into services that provide a standard interface, the application component can be independently managed, upgraded, and fixed without affecting the other dependent components. This helps in easily changing the application logic based on growing business needs and changes.
  • Manageability: Since the components are self-contained, it is very easy to manage these applications. The components can be owned by smaller squads for development and can be deployed independently...