Node.js

Learn how to integrate JavaScript and Node.js with other technologies like authentication, distributed data caching and streaming, or business automation at NodeConf Remote 2020.

Learn two ways to quickly deploy Node.js 14 on Red Hat OpenShift, and get started using new JavaScript language features in the V8 8.1 JavaScript engine.

Explore the updates in the odo 2.0 CLI, which now integrates with Kubernetes, defaults to devfile deployments, and lets you deploy Operators.

Set up Red Hat OpenShift Serverless GA and Knative Serving to deploy a serverless Node.js application that shuts off when not in use (scales to 0).

Explore the range of Kubernetes 1.18-based technology updates that improve the operational and development experience when using OpenShift 4.5.

Explore these strategies for building an application in a way that enhances the developer experience, rather than bogging a developer down.

This hands-on Node.js example demonstrates the benefits of Odo, a command-line tool built for developers working in a Kubernetes environment.

Red Hat will release a Universal Base Image for Node.js 14 for Red Hat OpenShift and Red Hat Enterprise Linux, but this article gets you started today.

Get started writing JavaScript web applications with this guide to the overall process, and learn how Node.js, React, and PatternFly fit in.

Discover the new and updated features in Node.js 12.4.1 compared to Node.js 10, thanks to Red Hat Runtimes and Red Hat Enterprise Linux 8.1.

Discover how the OpenShift Connector 0.2.0 release lets you debug and share Java and Node.js Red Hat OpenShift components in JetBrains IntelliJ.

In this article, we'll look at a more advanced service binding topic—custom environment variables—and walk through a typical usage scenario. 

We introduce the Service Binding Operator, which lets application developers easily bind applications to operator-managed backing services.

Develop with Node.js in a container on Red Hat Enterprise Linux - You can use Red Hat Enterprise Linux 8 Universal Base Images and application streams to develop in containers even if you are still running RHEL 7.

We show how Nodeshift can help abstract the complexity of a Red Hat OpenShift deployment.

Get started with Node.js 12 on Red Hat OpenShift with these quick examples showing how to deploy an application using the Node.js 12 image.

The Red Hat OpenShift Application Runtimes (RHOAR) Node.js team takes home a Devie award at DeveloperWeek 2019.

This article, which is part 3 of a series about deploying modern web apps on Red Hat OpenShift, shows how to run your app's development server on OpenShift while syncing with your local file system.

This article demonstrates the API-first development approach. To do this, it shows how to set up a Node.js microservice based on TypeScript by first generating an OpenAPI Specification file and then focusing only on developing the business logic. All the validations of the API are managed by oas-tools, which saves development time.

Learn how to instrument and monitor Node.js applications on OpenShift with Prometheus. Increase observability of your microservice deployments.

This guide describes how to build mobile applications on your own hardware instead of the Red Hat Mobile Application Platform Build Farm, which has now been deprecated.

Red Hat Software Collections 3.2 beta adds: Node.js 10, PHP 7.2, Varnish Cache 6.0, MySQL 8.0, NGINX 1.14, Git 2.18 to Red Hat Enterprise Linux 7

Part 2 describes how to use the Node Builder image as a "pure" builder image and combine it—using an OpenShift chained build—with a pure web server such as NGINX for a more production-ready build.

This blog series shows how to deploy modern web apps, such as React and Angular apps on OpenShift using the fewest steps. Part 1 describes two commands for easily deploying web apps.