Select 'All Configurations' and 'All Platforms'.Click on 'Configuration Properties' in the left-hand tree view, then C/C++ / General.Right-click on your project in the Solution Explorer, and select Add / Reference.Optional: Uncheck 'Ask me for every project in this solution' first. If Visual Studio presents a 'Security Warning', select 'OK'.Browse into the 'DirectXTK' folder and select DirectXTK_Desktop_201x.vcxproj for Win32 -or- DirectXTK_Windows10_201x.vcxproj for UWP, click 'Open'.Right-click on your solution in the Solution Explorer, and select Add / Existing Project.For this tutorial, we will assume the DirectXTK folder is in the same folder as your new project's Visual Studio Solution (. zip file into a directory relative to the new project you created. This approach is a little more setup, but it does ensure that you are building the full DirectX Tool Kit library as part of your solution, and allows you to make changes directly to the tool kit if desired as well. Project-to-project referencesĪnother option rather than using NuGet is to use Visual Studio's project-to-project references. If there are updates, select the 'DirectX Tool Kit' package, and click on 'Update'.īoth directxtk_desktop_2019 and directxtk_uwp supports VS 2022 as well since they are all binary compatible. You can check for updates to the NuGet package by selecting 'Updates/All' in the left-hand tree view. Select the package with the id directxtk_desktop_2019 for Win32 or directxtk_uwp for UWP.In the text search field type 'DirectXTK' and hit enter to search for the packages.Select 'Browse' on the top tab, and make sure the Package source is set to ''.From the drop-down menu, select Project / Manage NuGet Packages.The easiest way to achieve this is to use the NuGet package manager built into Visual Studio.

After creating a new project in Using DeviceResources, the next step is to add the DirectX Tool Kit library and headers to the project so we can make use of it in our code.

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