Developer tools

Andy presented this lightning talk at Red Hat Summit 2017.

Getting Started With A-MQ 6.1: This introduction has been setup to get you started as quickly as possible with JBoss A-MQ. We have put together a three part video tour of the product, an example quick setup of the product and the installation of an existing project that is then deployed to JBoss A-MQ. The product is installed and configured right before your very eyes in no time at all with a fully automated project setup script. The server setup is shown using the latest JBoss Developer Studio and you are ready to get going.

Andrew Lee Rubinger, Principle Software Engineer, Red Hat, Lalatendu Mohanty, Sr. Software Engineer, Red Hat share inights in the breakout session from Red Hat Summit 2017. Red Hat Container Development Kit (CDK) provides a ready-to-use development environment for developing microservices on Red Hat OpenShift Container Platform. In this session, we will design a small microservices application using Angular2 served through Eclipse Vert.x for front-end environments and REST over HTTP and Java API for RESTful Web Services (JAX-RS) via WildFly Swarm for back-end environments. We’ll also bootstrap the environment using CDK. This live-coding experience will walk you through setting up a new containerized environment from scratch and using it to develop a functional application in 50 minutes. Learn more: https://www.redhat.com/en/summit/2017/agenda/sessions

In this session, Mark Wagner reviews enhancements in Red Hat Enterprise Linux 6 and show attendees how to take advantage of them in their environments. Mark uses test results from Red Hat's performance lab to highlight the various differences, advantages, and tradeoffs for many technologies, including Kernel-based Virtual Machine (KVM) virtualization technology, 10Gbit Ethernet, Infiniband, FCoE, Packet Flow Control, and RDMA. Mark also presents guidelines and tools for planning and tuning network configurations for low latency and high throughput. He covers the differences between tuning for baremetal, a KVM guest, a Red Hat Storage file system, and NFS. He also touches upon some tricks developers can use when writing network-based applications.

A private company with approximately 140 employees, Appcelerator worked closely with Red Hat on their flagship platform, Titanium. One of the leading enterprise-grade, cross-platform development solutions on the market, Titanium counts more than 300,000 mobile developers in its worldwide ecosystem. Appcelerator integrated Red Hat's OpenShift PaaS into its Titanium platform, enabling developers to push and auto-scale the backend of their mobile development processes. This integration gives Titanium developers the ability to create, deploy, and manage their mobile applications, and then push these applications to Red Hat's OpenShift PaaS with just a single click.

Starting Red Hat CDK and OpenShift 3 in JBoss Developer Studio 9.1

See how straight-forward it is to install the Red Hat Container Development Kit 2 (CDK). Once registered in developers.redhat.com (it's free), go here for the download: https://access.redhat.com/downloads/content/293

Red Hat Developer Toolset - Matt Newsome

The fifth major release of Hibernate sports contains many internal changes developed in collaboration between the Hibernate team and the Red Hat middleware performance team. Efficient access to databases is crucial to get scalable and responsive applications. Hibernate 5 received much attention in this area. You’ll benefit from many of these improvements by merely upgrading. But it's important to understand some of these new, performance-boosting features because you will need to explicitly enable them. We'll explain the development background on all of these powerful new features and the investigation process for performance improvements. Our aim is to provide good guidance so you can make the most of it on your own applications. We'll also peek at other performance improvements made on JBoss EAP 7, like on the caching layer, the connection manager, and the web tier. We want to make sure you can all enjoy better-performing applications—that require less power and less servers—without compromising on your developer’s productivity.

Scale changes everything. What once was quite adequate for enterprise messaging can't scale to support "Internet of Things". We need new protocols, patterns and architectures to support this new world. This session will start with basic introduction to the concept of Internet of Things. Next it will discuss general technical challenges involved with the concept and explain why it is becoming mainstream now. Now we’re ready to start talking about solutions. We will introduce some messaging patterns (like telemetry and command/control) and protocols (such as MQTT and AMQP) used in these scenarios. Finally we will see how Apache ActiveMQ is gearing up for this race. We will show tips for horizontal and vertical scaling of the broker, related projects that can help with deployments and what the future development road map looks like.

What happens when on-demand workspaces powered by Docker are transformed into a new kind of Java IDE accessed through your browser? This session introduces Eclipse Che and shows how a cloud IDE can make developing Java projects fast and powerful. We'll compare Intellisense, content assist, machines, plug-in architecture, and performance when compared to traditional desktop IDEs. Che includes numerous forms of refactoring and uses Docker to initiate environments and machines to build and run code. We'll also cover Maven, Ant, and Gradle extensions and discusses how Che can be extended with custom code templates, Dockerfiles, and plug-ins (authored in Java, of course). Additionally, Che has a Kubernetes and OpenShift plug-in, which provides duality of environments between development and production, all structured on container topologies. We'll discuss how developers are marrying their code with containers and keeping those topologies synchronized between different environments, and the role that IDEs must play in this world.

Fabric8 is an integration and management platform adding to the Java developer's perspective of Kubernetes and OpenShift. It consists of multiple parts. Fabric8 tooling helps tremendously in deploying Java applications on Kubernetes and OpenShift by creating all the complex deployment descriptors directly from a Java build. In addition, fabric8 contains a rich set of DevOps Microservices which provides a flexible and automatedsetup for a Continous Integration and Delivery pipeline on a per project basis. It also includes an integration-Platform-as-a-Service (iPaaS) centered around Camel and ActiveMQ with rich visualisations and one click installations. But the queen of fabric8 is its web console which allows for a rich user experience for managing Kubernetes services, pods and more. With this in place even complex setups can be easily managed. This talk provides an overview over all these components and shows how the pieces fit together.