You generate a converted application using the Desktop App Converter. As such, the most common scenario where you can face the initial problem is the following one: The tool applies to these resource files a signature, which is generated based on some information from the manifest file, like the Identity of the app. Now that we have understood the work done by the Desktop App Converter, let’s go back to our original problem and understand why we might get the initial error trying to sideload an app package.
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This way, for example, a user with a traditional laptop with a Full HD screen (1920x1080) won’t download the assets dedicated to devices with 4K screens, saving space and bandwidth. Thanks to these files (which maps all the available resources), during the deployment / downloading of the application, the user will get only the resources which are correct for his device. If you look at the content of theįolder you will find that, other than the files that belong to your application, there’s a set ofĮxtension. Why not simply generating an image at the highest possible resolution and use it on any device? To optimize the deployment and downloading phase. ) will be available in multiple version, each of them with a different suffix that refers to a specific scaling factor (like As such, if you enter into theįolder generated by the tool, you will find that the same image (for example, the one used for the wide tile called When the Desktop App Converter generates a converted version of your application, it creates also a version of every asset specific for each scale factor.
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For example, the below screenshot is taken from my Surface Pro 4: as you can see, Windows 10 has assigned a 200% scaling factor to my device. You can find all the information you need. You can check the scaling factor assigned by Windows simply by going into As such, Windows 10 offers a built-in scaling system, which can be leveraged also by developers, in order to make sure that applications are still usable despite the screen configuration of your device. Without a scaling system in place, my device would be really difficult to use, because everything would be too small to be visible due to the very high resolution on such a relatively small screen. Just as an example, I’m writing this post from a Surface Pro 4, which has a 12.3’’ screen and a 2736x1824 resolution.
One of the biggest challenges for classic and modern apps is that there’s a wide variety of computers out there, with an increasing number of models with screens that offer a very high resolution and DPIs. However, the tool doesn’t simply take care of the images in the various required sizes (like the icon for the Start menu, the various tile formats, the icon for the taskbar, etc.), but it also takes in consideration the different scaling factors supported by Windows 10. The reason is that the latest version of the DAC, other than just converting the application, is able to extract its main icon and to generate all the required assets from it. This error is very common when you have used, as a starting point, the Desktop App Converter to convert an installer or a self-executable application, then you have applied some changes and you have recreated the package using the makeappx tool as explained in the section titled
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If you’re working since a while with the Desktop Bridge to convert classic desktop applications in Universal Windows Packages that can be, other than distributed using traditional channels, also published on the Store, it may happened that you have stumbled across the following error trying to manually install an AppX file for testing purposes:
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