The Unused nullable directive inspection deals with cases where there is no code affected by the #nullable directive. The new Redundant nullable directive inspection is designed to point out cases where the #nullable directive does not change nullable context and can be safely removed. We’re kicking off the new cycle of C# language support development with the introduction of two new inspections that can counter the misuse of #nullable directives. C# inspections for #nullable directives and NRT annotations Now, let’s take a look at what the first EAP build has in store. ReSharper.Host plugin (referred to as the backend) that adds F# support to ReSharper and is implemented in ReSharper.FSharp solution.You can download the ReSharper 2023.2 EAP build 1 from or via the JetBrains Toolbox App. IntelliJ Platform plugin for Rider (referred to as the frontend) that defines F# as a new IntelliJ Platform language but delegates most of the work to the is a modification of ReSharper used as a language service that the IntelliJ Platform interacts with. This part also adds F# Interactive support. Install SDK and prepare backend plugin build using Gradle NET IDEīuilding the plugin and launching Rider in a sandbox The frontend is written in Kotlin and Java.į# support in Rider makes use of open source software, most notably and Fantomas. Open the rider-fsharp project in IntelliJ IDEA. When suggested to import Gradle projects, accept the suggestion: Gradle will download Rider SDK and set up all necessary dependencies.
Rider-fsharp uses the gradle-intellij-plugin Gradle plugin that downloads the IntelliJ Platform SDK, packs the F# plugin and installs it into a sandboxed IDE or its test shell, which allows testing the plugin in a separate environment. Install the plugin ( rider-fsharp/build/distributions/*.zip) to your Rider installation from disk.Open the Gradle tool window in IntelliJ IDEA ( View | Tool Windows | Gradle), and execute the rider-fsharp/prepare task.
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