Java Developer Guide to Visual Studio Code


Java Developer Guide to Visual Studio Code

A blog about migrating from Eclipse to VS Code and how it is beneficial.

This Java Developer Guide is an extension of the Getting Started with Java in VS Code tutorial. It describes advanced features and techniques that you can use to create even more powerful applications and extensions using the Java Language Server and other Java tools in Visual Studio Code.

If you are new to VS Code, we recommend that you first walk through the getting started tutorial from scratch.

Developer Guide to Visual Studio Code: A blog about migrating from Eclipse to VS Code and how it is beneficial.

This blog is written by Kevin Griffis, who has been a professional Java developer for over 20 years, and has worked on projects in the government, finance, healthcare and education sectors. He has extensive experience with development tools, frameworks and methodology and before accepting his current role as a Senior Program Manager at Microsoft he was working for one of the top 3 largest financial institutions in the world.

I have been developing software professionally for over 20 years; this is my 4th decade in IT. I have used many tools during my career but until relatively recently I had never used Visual Studio Code. Eclipse was always my preferred Java IDE; I had used IntelliJ IDEA (henceforth referred to as IntelliJ) a few times but it never really clicked for me. It’s difficult to articulate why but ultimately it came down to an emotional reaction against the user interface which left me feeling that IntelliJ was somehow trying too hard.

Onboarding with Eclipse was simple enough; it was free and readily available through my employer so there wasn’t much friction involved in getting started. Eclipse did everything that I needed it to do and so life moved

Java Developer Guide to Visual Studio Code

In this article, we take a look at the features of VS Code that are useful for every Java developer, and how they can be used effectively. We also explore how to migrate from Eclipse to VS Code.

Visual Studio Code is a lightweight but powerful source code editor which runs on your desktop and is available for Windows, macOS and Linux. It comes with built-in support for JavaScript, TypeScript and Node.js and has a rich ecosystem of extensions for other languages (such as C++, C

Java Developer Guide to Visual Studio Code

For Java developers on Visual Studio Code, the Language Support for Java(TM) by Red Hat extension has been great for providing language features such as IntelliSense and project support. But over the last year or so, I have moved more and more towards using VS Code for JavaScript development.

As you can imagine, if you are doing any kind of JavaScript development, then you need a good debugger. The Chrome Debugger extension for VS Code is now also available in the Eclipse Marketplace as a beta release. If you are a Java developer who develops in Eclipse, but would like a better debugger that works with VS Code, then this guide is for you.

The Chrome Debugger extension connects the powerful Chrome debugging tools to VS Code. It allows you to debug code running directly in the browser (client-side code), running on a Node service (server-side code), or even running against an emulator or simulator of some sort. This is what makes it so powerful! With our recent release, we added support to debug Java applications running inside a container!

In this article, I will briefly introduce the new java-debug extension from Microsoft that enables debugging of Java applications running inside containers and will demonstrate how you can use it with

One of the most popular Java IDEs is Eclipse, and if you’re using it, you’re probably quite happy with it. However, Eclipse has a few shortcomings. It can be confusing to install plugins; its interface is bloated with unnecessary features that slow it down; and its performance can be sluggish, especially for larger projects.

Visual Studio Code (VS Code) is a free, open-source IDE created by Microsoft that has gained popularity in recent years. While VS Code does not have an installer like Eclipse does, it does have a number of features that make for a lighter and faster solution for your coding needs. Let’s take a look at some of the reasons why VS Code might be right for you.

In this blog post I want to share my experience with migrating from Eclipse IDE to Visual Studio Code (VS Code) for Java development. As I am a big fan of developer ergonomics, I had been looking for a long time for an IDE that would be as productive and enjoyable to work on as the JetBrains IDEs.

The first thing that impressed me was the minimalist UI design. This is one of the reasons I like JetBrains IDEs so much: they provide great visual feedback while showing only what you need at any given time.

And then there was IntelliSense. It was just so delightful and really boosted my productivity by allowing me to focus on what I was writing and letting VS Code worry about what type or method name should go next.

Another thing that I really liked about VS Code was the seamless integration with Git and GitHub, which allows you to see pending changes, diffs, and commit history directly in your editor, without opening another window or application.

I also loved how easy it is to customize the key bindings in VS Code. One of my favorite shortcuts from IntelliJ IDEA is “extend selection”, which allows you to quickly select words, lines, and blocks of code by pressing Ctrl+W (

Java developers have a vast selection of IDEs to choose from, including NetBeans, Eclipse, and IntelliJ IDEA. If you’re looking for more choice, you may want to consider Microsoft’s open source, cross-platform code editor Visual Studio Code (VSC). In this blogpost we’ll explore how to get started with Java development in Visual Studio Code, including language support and debugging.

Visual Studio Code is a lightweight IDE from Microsoft for developers to write code in the variety of languages like Python, PHP and more. Visual Studio Code supports a large number of programming languages such as C


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