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To build the iOS part, AppCode generates a temporary Xcode project and invokes the Xcode build system, so you can be sure that our Gradle project model will work the same as a regular Xcode project does. You can run and debug the Android or iOS part of your application by selecting the corresponding run configuration: Cross-resolve between Objective-C/Swift and Kotlin works automatically and does not require rebuilding the project: The KMM plugin for AppCode provides the same code assistance as the Kotlin/Native plugin did previously. ProductInfo = mapOf("NSAllowsArbitraryLoads" to true)īuildSettings = "some_value"

We can also specify any custom build settings or product info keys in the following way: Here we have some predefined properties, such as productName or scenedelegateClass in the iosApp target, that speak for themselves. The following minimal DSL is used to describe the project in the corresponding : As you can see, the whole iOS application is inside the apple folder. In the File | New Project wizard, select the KMM Application template:ĪppCode will create a minimal project with iOS and Android “Hello world!” applications. It should be automatically identified by the plugin and set in local.properties: In addition to Xcode, which is required to work with the iOS part, you will need to download the Android SDK. The goal is to maintain the project structure in one place and unify the layout of iOS and Android project parts, while preserving all the flexibility that Kotlin Multiplatform Mobile provides.

It goes without saying that code completion and code highlighting for Objective-C/Swift are available as well.

Cross-resolve between Objective-C/Swift and Kotlin works automatically so you can easily jump from the common Kotlin code to its usages in the iOS-specific part. Write Objective-C/Swift and Kotlin code in one IDE.We’ve created a special Gradle DSL for describing iOS projects that does not require having.