Platform as a Service (PaaS) is a cloud computing model that allows developers to build and deliver applications without the responsibility of maintaining the infrastructure. Instead, they can focus on what matters: the application business. Platform.sh offers a PaaS that reduces the complexity associated with deploying and managing enterprise Java applications.
This fast-paced, demo-driven, entirely slide free session will show you the many ways of effectively deploying a Java EE application to Azure. We will start by deploying a local Java EE application to basic IaaS on Azure. We will then deploy the same application to an entirely managed Azure PaaS. Finally we will deploy the application to Azure using Docker and Kubernetes. We will discuss the trade-offs of each approach on the way, offering guidelines for which approach might be best for your application on the cloud.
There are several key trade-offs to consider while using Docker and Kubernetes with Jakarta EE applications. Examples include:
We live in an era of building enterprise software with build pipelines, containerization and clouds in order to provide business value. In order to maintain the quality of your software and fast delivery, you must optimize the development process and release strategy with tools and concepts that complement each other.
This session will teach the attendees on how to achieve this by using the Jakarta EE platform with the addition of Eclipse MicroProfile, that are a fit for scalable environments like clouds. The attendees should have a basic understanding of the concept of enterprise development with Java EE / Jakarta EE and/or Spring Framework.
We live in an era of building enterprise software with build pipelines, containerization and clouds in order to provide business value. In order to maintain the quality of your software and fast delivery, you must optimize the development process and release strategy with tools and concepts that complement each other.
I will provide insights on how to achieve this by using the Jakarta EE platform with the addition of Eclipse MicroProfile. The audience should have a basic understanding of the concept of enterprise development with Java EE / Jakarta EE and/or Spring Framework. They will learn how to develop Jakarta EE and MicroProfile applications that are a fit for scalable environments like clouds.
“Cloud Native”. It’s a great term, one that promises significant benefits for Java developers and Java applications. However there are traps for the unwary traveller undertaking this journey. It’s best to be prepared and forewarned. In this talk hear more about what Cloud Native Java looks like, and how it can differ from what you might be expecting. From application to JVM to hosting environment, there are challenges to face and obstacles to overcome before you’ve reached your goal.
Web tools and cloud architectures are great but what does this actually change for developers?
Each contributor currently has to setup his local environment in order to actually contribute to a project. But how about configuring just a single environment for everyone in the cloud? What if your developers didn't even have to be using a specific local environment to work on a product? This is possible using a workspace server dispatching pre-configured containers to your teams, along with all the tools they need.
There is a new platform in town: Kubernetes. And it is establishing itself as the common denominator for public and private clouds with unprecedented momentum.
This talk is for you when you sensed that Kubernetes may be important and are wondering if using it is more straightforward than spelling its name.
This session will give an exhausting information about the current WebIDE of Eclipse Dirigible. Based on the Angular 1.x, Bootstrap and GoldenLayout frameworks it provides a highly pluggable environment for the WebIDE developers written entirely in JavaScript.
Vehicle-to-Cloud connectivity is opening up a vehicle’s internal resources such as data and functions to the outside world. This generates new opportunities by creating innovative customer services that enable new business models and technologies. However, current IoT technologies do not yet fully support automotive needs.