Red Hat OpenShift Application Runtimes + JBoss EAP for fast, lightweight, Java EE cloud applications

Have you read the announcement of the alpha release of Red Hat OpenShift Application Runtimes (RHOAR)? We also posted an introduction to the component in RHOAR earlier.

Red Hat Intends to include entitlements for the JBoss Enterprise Application Platform (EAP) as part of a Red Hat OpenShift Application Runtimes (RHOAR) subscription.  The reasoning for this is dead simple, there is still strong demand for a Java application platform the implements the Java EE specification. JBoss EAP 7 fits that requirements with certified full platform and web profile support for the Java EE 7 specification. Best of all, JBoss EAP offers Java EE 7 capabilities in a small, fast, cloud ready footprint. It has been available on the OpenShift Cloud Platform (OCP) since version 6. JBoss EAP is cloud ready and deserves to be included as a RHOAR component.

I want to believe. Prove that JBoss is small and fast!

First lets agree on what a Java EE application platform is. I propose a minimalist definition. That being, a Java EE application platform is verified to have implemented a specific Java EE specification. The current Java EE 7 specification is extensive and runs 290 pages long. Implementing the details is no trivial task. As of the date of this article, there are eight products that have been verified by Oracle to be Java EE 7 full platform compatible implementations. Red Hat JBoss EAP 7 is one of those products. However, Apache Tomcat, JBoss Web Server, and Pivotal tcServer are not on the list. Those products are not Java EE application platforms.

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Eclipse MicroProfile continues its growth in the market

Organizations that have already embarked or are thinking about starting a digital transformation journey are assessing and looking for ways to leverage their Java EE expertise. IT development and operations have built Java expertise over years, and there is a challenge to balance their existing skill base with new digitally transformative technologies, such as microservices, APIs, container-based architectures, and reactive programming. Eclipse MicroProfile is an open source project and one of those digitally transformative technologies that enables and optimizes the development of microservices — using familiar Java EE technologies and APIs.

You can think of MicroProfile as minimal standard profile for Java microservices. As with Java EE, MicroProfile implementations across different vendors are fully interoperable.

MicroProfile is supported in WildFly Swarm on the recently announced Red Hat OpenShift Application Runtimes, our polyglot runtime platform powered by OpenShift, Kubernetes, and OpenStack. This delivers on the goal of simplifying the inherent complexity of developing cloud native applications.

There are a lot of reasons to begin adopting MicroProfile:

  • Open source, of course
  • Agility in developing microservices
  • Ability to leverage innovation
  • Architectural interoperability across different vendor offerings
  • No vendor lock-in
  • Fast learning curve for Java EE users (Java EE users can leverage their knowledge when using MicroProfile)
  • Ability to run on Red Hat OpenShift Application Runtimes 

Since MicroProfile was announced in June 2016, a lot has happened.  MicroProfile v 1.0 was released on September 19, 2016. Its implementation interoperability was demonstrated on November 2016 at Devoxx, where Red Hat, IBM, Tomitribe, and Payara demoed a unified web application with underlying microservices which had been developed separately by each vendor using MicroProfile. In addition, MicroProfile became part of the Eclipse Foundation as an incubation project back in December 14, 2016. New members have joined MicroProfile, such as SOUJava, Hazelcast, Fujitsu, Hammock, and kumuluzEE (the complete list of members can be found here).

Future releases of MicroProfile will build upon the existing foundation with organic growth by adding configuration, security, health check, and fault tolerance APIs, as well as adding support for later versions of CDI, JAX-RS, and JSON-P. The MicroProfile open source project plans to put out releases on an agile schedule and based on feedback from the open source community, which is accessible to everyone. Join the conversation and check out the MicroProfile site.

Five Links: Band of Brothers Edition

Happy Friday, everyone.

Red Hat has a lot of corporate blogs (worth reading!), but a huge part of our culture as a company is collaboration and meritocracy. As in … letting our opinions be known. There’s a reason we actually made a t-shirt to commemorate our corporation-wide mailing list.

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From Pinterest

A lot of Red Hatters have personal blogs (or active LinkedIn postings) precisely because of the value that we as a group place on transparency, defending ideas, and innovation.

This week, I want to highlight some of the blogs by Red Hatters that I’ve read recently. I’m not even going to call this a “top 5,” because we have a lot of prolific and interesting writers on a million different topics. These are a random sampling of the blogs that I hit periodically.

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It’s Official: MicroProfile Is Now Eclipse MicroProfile

MicroProfile is a community project with the mission of optimizing Enterprise Java for a microservices architecture.  In a short period of time, MicroProfile has reached three important milestones:

  1. June 27, 2016: Red Hat, IBM, Tomitribe, Payara and the London Java Community announced MicroProfile at DevNation.
  2. September 19, 2016: MicroProfile 1.0 was released at JavaOne 2016 with 5 implementations (and a 6th planned). The SouJava community joined to support the effort and Hammock was added as a implementation.
  3. December 14, 2016: The Eclipse Foundation Board approved the MicroProfile proposal, meaning that Eclipse MicroProfile is now an Eclipse incubator project. Mike Milinkovich, Eclipse Foundation Executive Director,  informed the community shortly after the vote.

The community is having active discussions on process (project evolution) and microservice APIs like application configuration, monitoring, health check, messaging, circuit breakers, and more.  Some discussions are even backed by real (proof of concept) code! The MicroProfile community is currently planning its next release. Feel free to join the discussion and help define the future of Enterprise Java microservices!

Five Links: All My Friends Are Dead Edition

Happy Friday, everyone.

The end of the year is often a season of reflection. This year, that reflection seems to have taken a nihilistic tinge, as a lot of people are declaring things dead. Change can feel like death, I guess, but I think it’s easy to conflate something evolving with that something going away. This week, I want to look at some of the technology deaths which, like Mark Twain’s, are greatly exaggerated.

dec-friday

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Five Links: A Big Cup of Joe Edition

Happy Friday, everyone.

This week started off great with a bout on Monday with a lot of people talking about AI and virtual reality (links picked at random). I’m not saying I started a trend, I am simply observing a certain zeitgeist. This is week, I’ve been looking at more familiar worlds: Java, Java EE, and app development. This is the heart of what we do in middleware.

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Image credit: Headline Shirts. Also, the shirt is on sale now.

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Choosing a Java EE Application Platform, Pt. 2: Technical Considerations

Part 1 looks at a handful of business considerations that you need to account for when you’re looking at Java EE application platforms — but that is only a part of selecting anything for your IT environment. In addition to treating an IT decision as a capital asset, your planning has to include technical factors: current and future development models, different types of applications, even rapid data processing.

Success today depends on achieving high levels of agility and flexibility. Major technology trends like mobile, the Internet of Things, and big data rely on lightweight, iterative environments like virtualization, cloud, and containers. This is  forcing organizations to rethink their  application development and deployment processes, application architecture designs, and choice of technologies used to build and run applications.

Continue reading “Choosing a Java EE Application Platform, Pt. 2: Technical Considerations”

Choosing a Java EE Application Platform, Pt. 1: Business Considerations

Historically, choosing a Java EE application platform was like any major capital planning — it was driven by a clear business logic:

  • Support for your current platform was expiring.
  • You had to standardize your systems.
  • You needed to accommodate a legacy system.
  • You needed to reduce costs.
  • You needed to take advantage of a specific advancement in Java technology.

Those are still primary factors, but there are a lot of additional factors to consider for something as foundational as an application platform. Part one of this series covers the business questions; part 2 will be out later this week to look at some of the technical considerations. [UPDATE: Part 2 is now live.]

Business considerations have a significant role in IT decision-making because your partnerships and budget commitments directly impact your company’s development agility, ability to adopt new technologies, and internal and external design decisions. When you start weighing your options, aside from transaction costs, there are a handful of questions you must ask to make sure that you maintain business agility.

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Event-driven computing with Red Hat JBoss Data Grid

The convergence of Mobile, Social, Big Data, and Cloud has placed increasing demands on today’s applications to react instantaneously to changes in data at a large scale. A delay of a few seconds can mean the difference between engaging or losing a customer for a retailer, increased liquidity or fraud risk for a financial institution, or escalation of an adverse occurrence in a manufacturing process or IoT network.

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JBoss EAP – Spearheading OSS adoption

There are a few Open Source technologies and products that have spearheaded the drive of Open Source  into the enterprise and managed to overcome historical objections  – Linux, Apache Web Server, MySQL, Postgres, WordPress, Hadoop, to name some of the better known technologies. Those technologies paved the way for the open source revolution of the last decade; every enterprise vendor and every organization has adopted open source to some degree. Open Source has won; get over it.

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