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intellij_platform.md: cleanup

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topics/intro/intellij_platform.md
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@ -9,7 +9,7 @@ It is used to power JetBrains products such as [IntelliJ IDEA](https://www.jetbr
It is also Open Source and can be used by third parties to build IDEs, such as [Android Studio](https://developer.android.com/studio/index.html) from Google.
The IntelliJ Platform provides all the infrastructure that these IDEs need to provide rich language tooling support.
It is a component-driven, cross-platform JVM based application host with a high-level user interface toolkit for creating [tool windows](tool_windows.md), tree views, and lists (supporting fast search) as well as popup menus and [dialogs](dialog_wrapper.md).
It is a component-driven, cross-platform JVM-based application host with a high-level user interface toolkit for creating [tool windows](tool_windows.md), tree views, and lists (supporting fast search) as well as popup menus and [dialogs](dialog_wrapper.md).
The IntelliJ Platform has a full-text [editor](editors.md) with abstract implementations of [syntax highlighting](analyzing.md), [code folding](folding_builder.md), [code completion](code_completion.md), and other rich text [editing features](editing.md).
An image editor is also included.
@ -79,7 +79,6 @@ The following IDEs are based on the IntelliJ Platform:
* [RustRover](https://www.jetbrains.com/rust/)
* [WebStorm](webstorm.md)
* [Android Studio](android_studio.md) IDE from Google
* [Comma](https://commaide.com/) IDE for Raku (formerly known as Perl 6)
* [Jmix Studio](https://www.jmix.io/tools/)
### Rider
@ -90,8 +89,8 @@ It also integrates into the standard Find Usages and Search Everywhere UI and us
However, Rider doesn't create a full [PSI](psi.md) (syntactic and semantic) model for C# files.
Instead, it reuses [ReSharper](https://www.jetbrains.com/resharper/) to provide language functionality.
All the C# PSI model, inspections, code rewritings, such as quick fixes, and refactorings are run out of the process, in a command-line version of ReSharper.
This means that creating a plugin for Rider involves two parts - a plugin that lives in the IntelliJ "front end" to show user interface, and a plugin that lives in the ReSharper "back end" to analyze and work with the C# PSI.
All the C# PSI models, inspections, code rewritings, such as quick fixes, and refactorings are run out of the process, in a command-line version of ReSharper.
This means that creating a plugin for Rider involves two parts: a plugin that lives in the IntelliJ "front end" to show user interface, and a plugin that lives in the ReSharper "back end" to analyze and work with the C# PSI.
Fortunately, many plugins can simply work with the ReSharper backend.
Rider takes care of displaying the results of inspections and code completion, and many plugins can be implemented without requiring an IntelliJ UI component.