With this major version, we've focused primarily on the performance and overall quality of the plugin. We’ve still added a number of new features to help with day-to-day Scala programming. Let's take a closer look. 1. Kinds in type diffs 2. Machine learning completion 3. Phases and units in compilation charts 4. Scala 3.0.0-RC2 support 5. IntelliJ Platform plugin

It so happens that this year's Scala Days is Scala Love in the City. The online conference promises to be exciting. It includes some of the most well-known names in the Scala world, with Martin Odersky as a keynote speaker. And the virtual food is amazing ;) If you haven't registered yet, make sure to catch up before February 13. (Registration is virtually free!). The event is lovingly supported

Most releases are focused on editor features, but the stars of this show are parallel compilation and compilation charts. We also have a handful of editor goodies in store. Let's take a closer look. 1. Parallel Compilation 2. Compilation Charts 3. Enhanced Package Prefixes 4. MUnit Support 5. Scala 3 Improvements 6. And more! Parallel Compilation According

What happens when you combine one obscure IntelliJ IDEA feature with two obscure Scala features? If you choose the right ones, their obscurities just might cancel each other out, so that instead making everything far more opaque you can get an intuitive and internally consistent system. Let's see how the upcoming version of the Scala plugin combines package prefixes with chained package clauses an

Because Scala is a curly-bracket language, adding and removing curly braces is an integral part of Scala programmers' everyday life. Those actions compound, so every improvement in this area matters. To understand the new advances, let us first take a take a look at it from historical perspective (or just watch this). Before At the beginning, there was no IDE assistance, so you had to tinker with

Implicits are magical. But every wizard knows that any sufficiently complex magic requires a good enough magic wand. In the case of implicits, the Scala plugin can work just as well, or maybe even better. You can already use View | Show Implicit Hints (Ctrl + Alt + Shift + "+") to see beyond appearances: The Scala plugin can show you how impicits are derived and where they come from (NB: "a