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.
Domain-specific languages (DSLs) are a powerful tool to capture arbitrary abstractions of an application domain and map it to code. Eclipse really shines when it comes to integrating DSLs in rich-client workbenches, but how about web-based IDEs?
In this talk you will learn how to bundle the power of four Eclipse frameworks to build a cloud-based IDE with support for your own DSLs:
Sprotty is a new Eclipse Project that makes it easy to add modern, live, CSS styled, animated diagrams to web-based applications. Supporting both, client only and client/server runtime scenarios, it provides the perfect graphical complement to the popular Language Server Protocol.
In this talk you will learn how to use Sprotty to embed live graphs in web apps. We’ll explain the architectural concepts and guide you through the necessary steps to visualize your own models in the cloud.
We will look at common cloud and design patterns and see how the special properties of the OSGi environment allows us to rethink these patterns. The talk shows some well known patterns like the service registry and the whiteboard but also some unique patterns like out of band circuit breaker or graceful degregation.
This talk is an experience report on how to build a custom web-based IDE based on Eclipse Theia. We present a real-world example, that was recently implemented: an IDE to develop Smart Home applications. The tooling includes customized Java support via LSP, custom wizards, a form-based editor and code deployment. The talk will be focused on how to build web-based IDEs with Theia and no Smart Home knowledge is required to attend.
In this talk we will present our plan to move Eclipse Sirius to the web and the cloud. At Obeo, we have been working on modeling tools in general, and on Sirius in particular, for a long time now. Until now, Sirius has relied exclusively on the Eclipse Platform, and consequently the graphical modelers based on it are desktop applications. Today we are ready to work with you to bring graphical modeling tools up to the cloud.
Developers are using frameworks to deliver software as fast as possible. Some frameworks can be designated as Rapid Application Development (RAD) frameworks to achieve this goal. Because of modern concepts like microservices and clouds, software development is rapidly adopting these concepts. But what does this mean for the evolution of RAD frameworks? In this inspirational talk, I will share my experience and vision on how these RAD frameworks are adapting. In doing so, can we leave conventional RAD behind and declare a new era of Rapid Cloud Development (RCD)?
Building your own IoT cloud stack isn’t a simple task, but we will kickstart your next IoT cloud project by setting up a full IoT cloud stack, dev-ops style, running on a Kubernetes based container platform.
We will bring an OpenShift cluster for you and guide you through the process of setting up a scalable messaging stack, Eclipse Hono, an IoT simulator, a payload consumer, Kafka, and a simple web frontend application. We will then add Eclipse Che for directly developing in the cloud, and start modifying the applications. Checking out what extension points this stack offers.