![]() Rider's IntelliJ front-end has the infrastructure to show code inspections (“squigglies”), but again has no notion of inspections for C#. Information flows in the opposite direction as well. This information then flows back into the front-end where a list of potential completions can be displayed. C#, VB.NET, F#, and several other languages have no real implementation in Rider's front-end, and instead call into a facade language service that requests the information from the ReSharper back-end. For example, when you want to complete a statement, IntelliJ asks the current language service for completion items. When editing a source file, IntelliJ tracks what you're doing. For other languages, like C#, VB.NET, and F#, the front-end has no knowledge about the language itself: This comes from the ReSharper back-end process. Some languages, like JavaScript and TypeScript, have a full language implementation and Rider gets that, too. IntelliJ provides the user interface, displaying an editor and a text caret in a source file. Rider runs IntelliJ as a thin layer on top of ReSharper. We needed a way for both processes to be able to work together. IntelliJ is built on the Java Virtual Machine (JVM), and ReSharper is all. Each is built on a different technology stack. One could provide a rich front-end and its existing tools, like version control and many more. JetBrains set out on an adventure of marrying IntelliJ and ReSharper. And then there's ReSharper ( ), which understands C# and VB.NET like no other IDE. It supports many development scenarios and is the foundation of the other JetBrains IDEs, like WebStorm and IntelliJ IDEA Ultimate ( and ). A logical step was to re-use the IDE platform that JetBrains had been building for years: IntelliJ IDEA. Much like with the ReSharper 2.0 IDE, JetBrains wanted to reuse as much of the existing technology and tools as possible (full disclosure: we both work for JetBrains). Roughly speaking, all that was needed was to plug another integration layer on top of ReSharper's core. This design also proved key in being able to develop Rider. This approach helped future versions of ReSharper: It could support Visual Studio 2010, 2013, 2015, and 2017, all using the same core with an IDE interoperability layer on top. ![]() One of the design choices for the ReSharper 2.0 IDE was to keep functionality separate from the actual IDE. A few valuable features for both future versions of ReSharper as well as what would become Rider were born, including the action system, text control implementation, several tool windows and toolbar controls, the unit test runner, and the ReSharper command line tools (CLI). ![]() The project was halted, but the work didn't go to waste. NET WinForms and Windows Presentation Foundation (WPF) wasn't around yet. And although not a modern user interface, it's quite spectacular that the editor was able to provide adornments for displaying documentation in-line, given that it was built on. As you can see in the snapshot of the ReSharper 2.0 UI in Figure 1, it provided a solution explorer, an editor, find usages, code completion, and refactorings. It was never released, but a fully functional prototype was around at that time. As far back as 2004, JetBrains was looking at a stand-alone application for the Visual Studio add-in ReSharper. A Bit of Historyīefore we get into the technology and architecture of Rider, we must look at where this IDE came from. Even with all of these capabilities and features, Rider is fast, responsive, and memory efficient. NET developers expect in their IDEs: a debugger, a unit test runner, a (fast!) NuGet client, database tooling, a WPF XAML preview window, version control, and integration with tools like Docker and Unity Editor is there as well. In addition to these coding features, Rider also has everything that. It has support for supported languages through code completion, code generation, a large number of refactorings, navigation, over 2,300 code inspections, and much more. Rider supports many languages, such as C#, VB.NET, F#, JavaScript, and TypeScript to build console apps, libraries, Unity games, Xamarin mobile apps, ASP.NET MVC, and other Web application types such as Angular, React, and Vue.js. NET Core and technologies that use frameworks such as ASP.NET, ASP.NET Core, Xamarin, and WPF. JetBrains Rider is a cross-platform IDE that supports.
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