For instance, the Build Type's applicationIdSuffix is appended to the Product Flavor's applicationId. There are cases where a setting is settable on both the Build Type and the Product Flavor. Usually, the Build Type configuration is an overlay over the other configuration. In the example above, the configurations end up being: This means they share the same properties.ĭefaultConfig provides the base configuration for all flavors and each flavor can override any value. Note that the android.productFlavors.* objects are of type ProductFlavor which is the same type as the faultConfig object. Creating a new Build Type automatically creates a new configuration based on its name. This can be useful if the debug version needs to use a custom library (to report crashes for instance), while the release doesn’t, or if they rely on different versions of the same library (see Gradle documentation on details of how version conflicts are handled). #ANDROID APP WRAPPER BLOCK PERMISSIONS APK#Everything in it is added to the compilation classpath and also packaged in the final APK. There are other possible configurations to add dependencies to:īecause it’s not possible to build an APK that does not have an associated Build Type, the APK is always configured with two (or more) configurations: compile and Compile. The compile configuration is used to compile the main application. #ANDROID APP WRAPPER BLOCK PERMISSIONS ANDROID#Note: the dependencies DSL element is part of the standard Gradle API and does not belong inside the android element.
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