A new EAP build for ReSharper C++ 2021.1 is here! Check out the details about new Code Analysis features and updates to Unreal Engine support.

We've introduced support for several new C++ features from the latest standards: class types in non-type template parameters, C++20 class template argument deduction rules, and noexcept as a part of the function type.

Let's take a look at what we are planning to do next to improve your development experience! Our main goals for the first major release of the year will remain the same: Unreal Engine, C++20, and performance.

ReSharper C++ 2020.3 is here with the UnrealHeaderTool integration, new C++20 features, navigation between matching preprocessor directives, fuzzy text search, Push-to-Hint mode for inlay hints, and many other enhancements.

ReSharper C++ 2020.3 brings full support for C++20’s changes to comparison semantics. In this post, we’ll briefly go over the language updates to comparisons in C++20 and take a look at how ReSharper C++ can help you use the new language features.

Working with Unreal Engine projects means working with the Unreal reflection system and the UnrealHeaderTool. Macros are used to mark types and type members as visible to Blueprints, replicated across servers, set metadata and more. ReSharper C++ (and soon the Rider for Unreal Engine preview) understands the Unreal macros, providing quick doc tooltips and completion. But mistakes in these macros a

Unreal Engine uses macros to mark types and type members as available to the reflection system, allowing these structs, classes and enums to be used in Blueprints, as well as be listed and editable in the Unreal Editor. These macros don't always introduce new code, so it's not possible to provide full support simply based on existing language features. ReSharper C++ has specific support for Unreal