Eclipse Che 7, an open source in-the-browser development environment, allows you to define custom workspaces for your software development. Think of a workspace as you would think of a development PC: You have an operating system, programming language support, and all the tools necessary to write code. In this article, I’ll introduce the .NET developer to this new world and highlight ways you can use Eclipse Che to your advantage.
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Today, the Eclipse Foundation announced the release of Eclipse Che 7, the Kubernetes-native IDE, enabling developer teams to code, build, test, and run cloud-native applications. We are excited by this announcement and the new capabilities that this version offers the community and developers building containerized applications.
Continue reading “Eclipse Che, Kubernetes-native IDE, version 7 now available”
A growing set of editors and IDEs provides specific tooling for development of applications based on Apache Camel. Historically, there was only Eclipse Fuse Tooling, which was based on the Eclipse Desktop IDE. Then, an IntelliJ plugin was created. Both of these tools are tightly coupled to the specific IDE APIs. Consequently, they have the drawback of not easily sharing the development effort.
Supported editors and IDEs
Thanks to Language Server Protocol, with a core server and several configurations or small client development, Apache Camel Language can now be enjoyed on a growing set of environments:
Continue reading “A look at development environments with specific tooling for Apache Camel Language”
We are pleased to introduce Red Hat CodeReady Workspaces version 1.2, which provides a cloud developer workspace server and browser-based IDE built for teams and organizations. CodeReady Workspaces includes ready-to-use developer stacks for most of the popular programming languages, frameworks, and Red Hat technologies.
Red Hat CodeReady Workspaces 1.2 introduces:
Continue reading “Announcing Red Hat CodeReady Workspaces 1.2”
We are pleased to introduce Red Hat CodeReady Workspaces version 1.1, which provides a cloud developer workspace server and browser-based IDE built for teams and organizations. Red Hat CodeReady Workspaces 1.1 includes ready-to-use developer stacks for most of the popular programming languages, frameworks, and Red Hat technologies.
This version of Red Hat CodeReady Workspaces introduces:
- Compatibility with Red Hat OpenShift 4.0
- Installation in disconnected environments
- Simplified configuration of OpenShift OAuth and cluster certificates
Red Hat CodeReady Workspaces 1.1 is available now in the Red Hat Container Catalog. You can install it on OpenShift Container Platform or OpenShift Dedicated, starting at version 3.11, by following the instructions in the Administration Guide.
Continue reading “Red Hat CodeReady Workspaces 1.1: Release notes”
Find out how to configure the CodeReady workspace for debugging, set up breakpoints, and debug the application using the integrated browser-based IDE in the workspace. The steps explained in this video are also available in the tutorial here.
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In this CodeReady Workspaces video, learn how to create a new workspace using the code generated from the launcher, and how to make the application run locally. Also find out how to build and deploy an application locally within the workspace, how to edit and test the code, and how to commit code changes to a remote git repository. The steps described in this video are also available in the tutorial on GitHub.
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Watch this video for an introduction to CodeReady Workspaces and Red Hat OpenShift Application Runtimes, their functionality, and how they complement each other for cloud-native application development on OpenShift. This is the first part of a video series, and the subsequent videos will cover step-by-step instructions to use Launcher and CodeReady workspaces. To try hands-on labs, refer to the tutorial on GitHub.
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This video is a brief overview of Eclipse Che presented by CodeReady Workspaces Product Manager Stévan Le Meur. The tour starts in a git repo that contains a link to a Che factory. Opening that factory loads the code from the git repo and sets up a complete development environment. From there, Stévan covers how to build, run, and debug the code within Che.
Continue reading An overview of Eclipse Che
Red Hat CodeReady Workspaces provide developers with containerized development environments hosted on OpenShift/Kubernetes. DevOps teams can now use a hosted development environment that’s pre-built for their chosen stack and customized for their project.
CodeReady Workspaces can help you rapidly onboard developers for your project as everything they need to develop is running in a containerized workspace. In this post, we’re going to use CodeReady Workspaces to get up and running quickly with an existing open source project, Peak. Peak is a multi-container Kubernetes application for performance testing web services, and it allows you to create distributed performance tests using the Kubernetes Batch API for test orchestration. We’ll make some modifications to Peak’s Flask front end, a stateless web interface that interacts with a Falcon RESTful API to return data about performance tests. You won’t need the complete Peak application deployed, though if you like, you can find steps to deploy it to OpenShift here.
To follow along you’ll need a Red Hat OpenShift Container Platform 3.11 environment. You can use the Red Hat Container Development Kit on your Windows, macOS, or Linux laptop or a hosted Red Hat OpenShift instance to do it on online.
Continue reading “Creating a containerized Python/Flask development environment with Red Hat CodeReady Workspaces”