Select ARM64EC, Copy settings from 圆4, check the Create new project platforms checkbox and click OK:įinally, ensuring that ARM64EC is the active solution configuration, select Build from the menu to successfully build your ARM64EC project. In the Active solution platform box, select to create a new platform: Open up the configuration manager by navigating to the tool bar and clicking build > configuration manager: If you don’t have one yet, create a new one by navigating to: Create a new project > C++ Console App: Open your C++ project or solution in Visual Studio. Once you have installed all the prerequisites, you can now target ARM64EC in your MSBuild and CMake Projects as explained in the following sections. The ARM64EC tools from the Visual Studio Installer:.The latest Visual Studio 2019 Preview or Visual Studio 2022 Preview.The latest Windows Insider SDK build which is available through the Windows Insider program.To start using Visual Studio to build your projects as ARM64EC, you’ll need to install these prerequisites: Also, apps with an in-proc plugin ecosystem can build as ARM64EC to get native speed on ARM, while continuing to load and use 圆4 plugins. For example, projects with third-party dependencies that don’t support ARM can leave them as 圆4. In addition, the ability to mix and match 圆4 and ARM64EC makes it possible to build an app on ARM even if it depends on 圆4 code outside of your control.
The rest of the app will remain fully functional as emulated 圆4, but the recompiled ARM64EC parts will now have native speed. Once you identify the part of your codebase that would benefit most from native performance, you can simply rebuild it as ARM64EC. With ARM64EC, you can choose to start small and build incrementally. However, from a developer perspective, porting an app to run on ARM can be all-or-nothing, since all the binaries within a process need to be rebuilt as ARM before a customer can enjoy the benefits. Why Should Developers Target ARM64EC?Īpplications that are built to run on ARM, give customers the benefit of a great native experience that unlocks the full power of the ARM device. For more information about ARM64EC, check out the Windows Developer blog. With ARM64EC, you can build new native apps that can run on ARM or incrementally transition existing 圆4 apps to native performance on ARM.
ARM64EC (“Emulation Compatible”) is a new application binary interface (ABI) for building apps for Windows 11 on ARM.
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