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There will be code paths that you donРІР‚в„ўt want to run on macOS or, alternately, on iOS. You see that most UIKit based features work the same on macOS as they do on iOS. TextEdit adds the composition image to the document. Click and drag the composition render from the Markup window to a new rich text TextEdit document.Locate an image from your Finder or Photos and drag it into to the Markup window.Resize the window by clicking and dragging the edge of the window interface.First, youРІР‚в„ўll look at some of the cross-platform functionality you get for free.Р”Р„dd a title, description and image to the document, then: It doesnРІР‚в„ўt look very Mac-like at the moment, but youРІР‚в„ўll change that soon. YouРІР‚в„ўll see the app icon appear in the dock and a single window will appear with the interface you saw before on the iPad. A development team is only required for deployment to other machines:Р”В«uild and run. In the Signing section, ensure that macOS is set to Sign To Run Locally. Next, open the Signing & Capabilities tab, and select the Markup target. You can do this in iTunes Connect, but for this tutorial youРІР‚в„ўll stick with the automatically assigned ones.

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ItРІР‚в„ўs possible to assign a bundle ID for Mac manually. Xcode automatically generates a new bundle ID for the Mac build based on your original iOS bundle ID. These actions set up the project to compile for macOS. For amework, select the option macOS + iOS: Locate the Frameworks, Libraries, and Embedded Content section. Finally, go back and select the Markup target again. Select the MarkupFramework target and tick the box marked Mac in the Deployment Info section. Next, you need to make similar settings on the framework. A dialog will appear asking if you want to enable Mac support. Tick the box marked Mac in the Deployment Info section. Select the Markup project in Project navigator and open the General tab:Р”Сћ. In this section, youРІР‚в„ўll make some basic project changes to allow Xcode to compile your project for macOS.Р”РЋ. The next step is to make the app run on macOS. You now know this is a working iOS project. You can create a marked-up image with text and a description.

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There are no changes needed for MarkupFramework.Р”В«uild and run the project in the Markup-Starter folder using the iOS simulator target iPad Pro (9.7-inch). YouРІР‚в„ўll be working with the Markup folder in the Project navigator. The project allows you to add text and color to a background image. You might have seen this project before if you did the Document Based Apps tutorial.

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You can download the tutorial content via the Download Materials button at the top or bottom of the tutorial. Multiple windows support is a broad topic that deserves its own tutorial, so it is out of scope for this session. This tutorial will cover some more complex cases youРІР‚в„ўll need to deal with to make your iOS app a good macOS citizen. Other iOS UI objects that have no macOS equivalent like UINavigationController will render the same as they do on iOS.

SwiftUI components that are in a UIHostingController just work.

Where these objects have an equivalent AppKit version, the compiler swaps them out for the platform native version. Your standard iOS containers and collections will work as they did on iOS. For example, ARKit makes no sense for macOS and is not available, and for people who have developed for macOS, there is no access to AppKit. Not all frameworks for iOS are available on macOS. The apps you write using UIKit for iPad targets can be cross-compiled to run on macOS, but there are catches in this statement. Catalyst allows you to use most of your UIKit and Foundation code to compile an app that runs natively on macOS. The dream of write once, run everywhere came closer at WWDC 2019 when Apple released the Catalyst project into developersРІР‚в„ў hands.

Play ipad apps on mac