Bringing Containerized Services and DevOps Closer to (Your) Reality

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For more than 10 years, Red Hat JBoss Middleware has been a successful business that deeply represented the Red Hat DNA: open source software. We expanded our product portfolio with projects created and imagined by the open source community; we decided to support other projects with contributors; and we also opened the source of technologies we acquired. Somewhere along the way, Linux containers, Kubernetes, and docker happened which made us realize that containerization of applications is the base for your next 20 years. The caveat in this is that a platform is only as important as the applications you run on top of it. In other words, a platform not running applications is not realizing its value. With that in mind, we made an important decision and investment to evolve our application portfolio in similar ways that we ask our customers to do to theirs: let’s take our Red Hat JBoss Middleware products, commonly deployed on Linux and Windows machines, and make them available as containerized deployments.

With the announcement of the availability of JBoss Data Virtualization for OpenShift we now have 100 percent of our Red Hat JBoss Middleware runtime portfolio containerized and available in Red Hat OpenShift, an enterprise-ready Kubernetes distribution with value-added capabilities that go from deploying your already packaged container images, to delivering a DevOps pipeline for an iterative development process.

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Five Links: How Virtual Is Reality Edition

Happy Friday, everyone.

As always, the “Internets” is a fascinating place (assuming a massive denial of service attack hasn’t cut you off from Twitter and Spotify) and there is a new trend in the things I was clicking. This is probably inspired by my recent obsession with Westworld, but I have been thinking in general about the essence of reality and how far technology can go to both conceal reality and create it. So this week’s theme is reality-bending technology: virtual reality, augmented reality, artificial intelligence, and the technologies behind it.

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It’s a great Red Hat day in Minneapolis — Go Microservices !

Cross posted from the Red Hat Events Blog.

It was a great day in Minneapolis! The Microservices with Apache Camel was held at Target Field (inside the ballpark, overlooking the field of play). “Takes a lot to put together an event like this but can certainly be a lot of fun! Go microservices!,” says Red Hat associate Jen Fissel.

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Jen Fissel

I had the privilege of hosting the event and kicked off the event with a reference to the connected world we live in that requires enterprises to be agile while being integrated across the systems of yesterday with the evolving applications of the future. The future of Enterprise IT, containers, are here today and microservices are the stars of the show. Welcome to Minneapolis!

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Containerizing an application for the cloud: A journey of settings, state, and security.

Red Hat Developers and author N. Harrison Ripps have just begun releasing a ten-part series in which Harrison describes the process of deploying an application using containers into a clustered environment on the cloud.

Using the ZRC IRC client as a sample application, Harrison demonstrates each step in the process of containerizing software, dealing with issues like statelessness, security, and robustness that are typically architectural hurdles for most development teams moving to a cloud infrastructure.

Parameterizing application settings is a common requirement of applications that end up deploying to any environment, and containers have only heightened this need — with the emergence of on-demand environments, scriptability and configurability of the application images being deployed is a must.

Harrison suggests that containerizing applications should happen later, while development should happen first. This might seem intuitive, but his point is that containerizing an application actually need not introduce many development-time changes that would affect the architecture of your system — it can, but it need not. For a small sacrifice of startup performance, container images can be made more configurable and flexible, supporting DevOps procedures and deployments.

Once configured, the series also demonstrates how to host the application on a private instance of the OpenShift Container Platform, including clustering, via either the Red Hat Container Development Kit (CDK), or binary download of OpenShift. Harrison goes step-by-step through the process of starting the private cloud, deploying the application, and using Kubernetes to cluster the application.

Using attached storage, Harrison introduces a window of statefulness into our container environment. This produces an application that runs on the cloud in stateless containers, but maintains its internal state throughout the lifecycle as pods are brought up and down.

Follow along and learn some of these core cloud concepts as the series is published:

Title Date
That app you love, part 1: Making a connection 2016/09/27
That app you love, part 2: Immutable but flexible – What settings matter? 2016/09/29
That app you love, part 3: Every setting in its place 2016/10/04
That app you love, part 4: Designing a config-and-run container 2016/10/06
That app you love, part 5: Upping our (cloud) game 2016/10/11
That app you love, part 6: Container, meet cloud 2016/10/13
That app you love, part 7: Wired for sound 2016/10/18
That app you love, part 8: A blueprint for “that app you love” 2016/10/20
That app you love, part 9: Storage and statefulness 2016/10/25
That app you love, part 10: Long live “that app you love” 2016/10/27

And the Winner Is…

The comparison between the bag of cash representing a MINI Cooper S and Red Hat JBoss Enterprise Application Platform 7 is kind of fun. JBoss EAP 7 — like a MINI Cooper S — is small, agile, fast, and fits easily in appropriately-sized containers.

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As part of this year’s Red Hat Summit — and to celebrate the release of JBOss EAP 7 — the Red Hat Middleware group held a drawing for a (metaphorical) bagful of cash equal to the value of a 2016 MINI Cooper S ($24,950 as of June 1, 2016). Anyone at Summit (who is not a Red Hat employee or relative) could enter the drawing.

And the drawing was last night! The winner is … drumroll ….

RYAN THAMES.

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Congratulations, Ryan!

Thank you to everyone who participated and who has visited the booth so far during Summit. It has been quite a ride this week.

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Left to right, Craig Muzilla, senior vice president of Application Platforms Business; Ryan Thames (winner); and Mark Little, CTO of JBoss middleware.

For reference….

The terms and conditions for this contest are available at https://www.redhat.com/files/resources/car-giveaway-contest-terms-conditions.pdf.

Mike Piech and Rich Sharples on Facebook LIVE from Red Hat Summit

Rich Sharples, senior director of product management, and Mike Piech, vice president of marketing, got together for a half hour at the end of the Summit day today to discuss some of the major issues that have come out related to middleware this week. There have been some major announcements: the new microprofile project, the release of Red Hat JBoss EAP 7, the growth of microservices, and the recent acquisition of 3scale and what that means for API management in Red Hat Middleware.

As a quick summary, two of the major themes underscoring a lot of the announcements around JBoss, middleware, and Java this week relate to things that are micro: microservices and microprofile.

Microservices has been a subtext in many of the JBoss EAP 7 sessions and in the OpenShift sessions because this containerized, immutable, consistent environment is what makes microservices possible.Containers fundamentally enable microservices. You have an underlying runtime that is commensurate with the idea of “micro.” You can scale elastically, add instances to scale up and down. The opportunity to change things as an application travels from the desktop to the data center is much less. These are communicating systems, and that’s what container orchestration is. It coordinates these complex webs. we’re The application is the only thing that matters. Operations is there to support the application. I hit a build button and it goes through my CI/CD system, and it’s the same configuration in the environment.

However, like any application or project architecture, it’s more than “JBoss + OpenShift  = awesome microservices.” There has to be consideration and weight given to the application and the underlying technology to find a structure that fits. Microservices architecture isn’t about taking everything you’ve got and decomposing it into atomic services. It’s about having a range of sizes and services, depending on what you need. It is important to be conscious of the trade-offs that come from the increased complexity of the system. It really depends on the organization and the technology platforms they have what architecture is appropriate.

That need to understand and define the underlying framework to do microservices effectively is the theme of the second topic: the microprofile. There are defined specifications for different Java platforms (Standard and Enterprise) but both have the assumption of large-scale, full server architectures. New wave development, though, is increasingly small, with small services in those larger complex systems. What Java EE introduced to development was consistency and dependability. As we move into a new containerized world, we must do it responsibly, preserving the consistency and stability of previous environments. The microprofile project was created because a lot of vendors – Red Hat, IBM. Tomitribe, Payara – were just on a Slack chat, discussing what they needed to do for microservices and ways they could implement it. And then there was a lightbulb: maybe there’s something here. This is a chance to bring the whole Java community around a new architecture, with the strengths and discipline they’ve already developed.

Watch the whole video. For microprofile, you can join the Google group or check out the microprofile site for more information and emerging discussions.

Red Hat Summit Preview – Discovery session series

When we go to the Red Hat Summit this year in San Francisco, we have planned to attend sessions, labs, evening events and even maybe a few good seafood restaurants. Little did you know that there is a gem you might want to fit into your busy schedule, as it is a chance to meet some of the rock stars that are backing the  Red Hat Open Innovation Labs.

There will be a series of sessions hosted by experts to showcase use of Red Hat technologies and demonstrate the best practices with interactive white boarding. That is a personal touch session where you can interact with the storytellers and will be taking place in the West Lobby of M0scone Center on level 2.

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App Dev Cloud Stack – Open interoperability critical to success

This series started with the statement, what do you mean by “Can’t ignore the stack anymore?”

When your background is application development, you have spent many hours, days and years perfecting your craft. You have not only mastered languages and concepts, you have made it a point to learn to make good architectural decisions when pulling together the applications you develop.

The problem is, we tend to ignore the stack we are working on as much as we can. Well it’s time that we as application developers broadened our horizons a bit, expanding our understanding of the stack we work on with the introduction of Cloud, Platform As A Service (PaaS) and containers to our toolboxes.

Our tour of your Cloud stack continues, from our previous article in this series where we talked about our PaaS interface for our application delivery, onto how open interoperability is critical to the success of our Cloud stack.

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Containers, cloud, and Java apps: A new video on development stacks

DevOps methodologies are core to a (modern) IT environment because they focus on strategic business demands: resilient design, rapid scale, and reliable service delivery. That last characteristic is the critical for effective DevOps environments.

The goal is for you to move through the total dev stack, as fast as your development team can code. Our new video shows how a Java app goes from being developed on an OpenShift container to launching on a production cloud instance in under five minutes.

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Red Hat announces availability of containerized middleware capabilities on OpenShift

A little more than two years ago, we announced Red Hat’s “xPaaS” initiative to provide Red Hat JBoss Middleware on OpenShift and introduce a new way of building and deploying enterprise applications. Our efforts in executing against that vision and roadmap have entailed a lot of work and have been very exciting.

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