Both versions here are using same SwiftUI based The following is what the Compose and SwiftUI based versions of that screen look like in the iOS application. NavigationLink ( destination : SessionDetailsView ( session : session )) The SwiftUI code for the list of sessions includes, in both cases, the following code to navigate to the SessionDetailsView screen. Session and view more detailed information about it….and it’s that session details screen that we’re going to use as an example here. The current Android and iOS Confetti applications (as shown below) display a list of sessions for a particular conference. In this article I’m going to explore what would be involved in doing this for one of the screens
Is the possibility of using Compose for iOS for some subset of the UI, either a particular screen or My feeling is that the vast majority of iOS UI development will be done using SwiftUI butĪn interesting area that a number of folks have written about (for example this article by Touchlab)
In the PeopleInSpace sample I also created, some time ago, a separate basic standalone Compose for iOSĬlient as an initial exploration of the technology. Open the of the Kotlin Mutliplatform samples I’ve created have focussed on the sharing of non-UI code and have included a fully SwiftUI based iOS client,Īlong primarily with Compose clients for the other platforms (e.g. To view the complete structure of the generated multiplatform project, switch from Android to Project in a Project view.Ĭonfigure build scripts Update Kotlin Gradle plugins It may take some time to download and set up the required components when you do this for the first time. On the next page, leave the default settings and click Finish to create a new project. In our tutorial, the application name is KmmKtor. Specify a name for your application, and click Next. Select Kotlin Multiplatform App in the list of project templates, and click Next. In Android Studio, select File | New | New Project. You will need a Mac with macOS to complete certain steps in this tutorial, which include writing iOS-specific code and running an iOS application. Learn how to do this from the Set up an environment section. Prerequisitesįirst, you need to set up an environment for cross-platform mobile development by installing the necessary tools on a suitable operating system. To learn how to create your first Kotlin Multiplatform Mobile application, see Create your first cross-platform mobile app. In this tutorial, we'll create a simple Kotlin Multiplatform Mobile application, which sends a request and receives a response body as plain HTML text. The Ktor HTTP client can be used in multiplatform projects. Creating a cross-platform mobile application
0 kommentar(er)
