The soon-to-be-launched Java 13 (non-LTS) and the recently released Java 12 (non-LTS) have been added to the latest phase of adoption in our Java and JVM Trends graphs.
Java 11 (LTS release) has gone into early adapter (EA), and Java 8 – which was marked the end of life for commercial use in January 2019 – has migrated to the late majority (LM).
The non-hotspot JVM is gaining more adoption, with the move to OpenJ9EA, and the addition of a grill to the adoption graph. We believe the increasing adoption and importance of cloud computing is driving organizations to use Java Runtime Environments (JRE) that adopt “cloud-origin” principles such as fast start-up time and low memory reprint.
The grain itself may not be too interesting for oracle java cloud service certified associate regular developers, but the ability to compile Java applications into native binaries with the support of multicolored languages is making sure we keep an eye on the project.
The Java MicroService framework has been reversed, with Spring Boot and Spring Cloud turning into the majority, as the enterprise has trusted choices for building Java MicroServices. Halidan is integrated into the microfile within the EA, and we believe that because of the relatively exclusive appeal of Vert.X, the EA will not proceed in phase.
This article summarizes how technology is currently adopting and emerging trends within the Java space, focusing not only on Java but also on related languages like Kotlin and Scala, Java Virtual Machine (JVM). And Java based frameworks and utilities. We discuss the adoption of major Java trends, such as Java 11 and 12, and the development of web-based frameworks like Spring Boot and Microfile.
This report aims to assist technology leaders in making mid-to-long-term technical investment decisions, and help individual developers to devote their valuable time and resources to learning and investing in skills development. This is our first published Java Trends report, though this topic has received ample coverage since the launch of InfoQ in 2006, and we have been exploring Java and JVM trends internally for many years.
Both InfoQ and QCON focus on topics that we think are “innovative, early adopters and early majority stages.” What we try to do is to identify the ideas that Just Free Moore referred to as the initial market, where “the customer base is made up of technology enthusiasts and dreamers who are looking forward to the opportunity or the problem ahead.” We are also looking for ideas that “cross the line” of expanded adoption. In this regard, it is fair to say, the exact state of technology may change over the adoption curve. For example, Java 11 will be widely adopted at San Francisco Bay Area companies at this time but less widely adopted elsewhere.
Notable changes since our internal 2018 Java Trends report included the inclusion of Java 13 (non-LTS release) within the adopter innovator stage. Moving with Java 11 (LTS release) initial adapter (EA), and Java 8 (now officially tagged as end-of-life support for professional support) has had the effect of moving Java versions with adoption curve. Oracle) Moving to the late majority (LM).
We are seeing more and more adoption of non-hotspot JVMs, and we believe that OpenJ9 is now in the early adopter stage, and we have also introduced graphs to graphs. We believe that the increasing adoption of cloud technology adoption across all types of organizations is pushing the requirements of JRE which embraces associated “cloud-origin” principles such as fast start-up times and low memory footprint. The Grail itself may not be too interesting, but the ability to compile a race application into native binaries, with the support of multicolored languages, ensures that we keep an eye on the project.