modular software wrapper architecture example

User can then download and install these modules later when they are required(on demand) even after the app has already been installed.ĭynamic Delivery is Google Play's app serving model that uses Android App Bundles to generate and server optimized APKs for each user's device configuration so that users download only the feature and resources the need to run the app.

App Structure Dynamic Feature Modules and Dynamic Delivery?ĭynamic feature modules allow separation of certain features and resources from the base module of the app and include them in the app bundle. However, this can be solved by using GloballyDynamic. Read More.ĭynamic feature modules require use of Android App Bundles which at the moment are not supported by all app distribution platforms and the platforms that support app bundles have different integrations. When using dynamic delivery you'll need a PlayStore Developer Account in order to test the dynamic delivery feature However, there is a work around by using GloballyDynamic which provides the same dynamic delivery capabilities as PlayStore with other added advantages well suited for testing. Android Emulator or Physical android deviceĬomplex architectures like the pure clean architecture can also increase code complexity since decoupling your code also means creating lots of data transformations(mappers) and models,that may end up increasing the learning curve of your code to a point where it would be better to use a simpler architecture like MVVM.Android Studio : Arctic Fox | 2020.3.1ē.1 or higher.Fragment Management : Navigation Component.I created this repository to demonstrate best development practices by utilizing up to date tech-stack. It has been built following Clean Architecture Principle, Repository Pattern, MVVM Architecture in the presentation layer as well as jetpack components. An Android template project following a multi module approach with clean architecture.

Modular software wrapper architecture example