The modularization of Android apps is covered in a recent Google publication. In order to help developers avoid problems that may arise as their code bases get larger, this guide is intended to provide them with best practices and suggested patterns for developing multi-module Android apps. A few of these problems include: Emphasis. B. Testability, Scalability, Readability, and Stability.
In a survey of developers about their knowledge of modularization, it was discovered that 54% of respondents had trouble finding useful resources, and that nearly 95% thought the developer.android.com resources were insufficient. The manual will be released by Google.
so that Android applications can be modularized. Please be aware that this guide is meant for experienced developers who are familiar with the suggested app architecture.
Some apps already use modularization, such as Play Store, Google News, and YouTube. Modularization is a way of organizing your code base into loosely coupled pieces, usually called modules. Each module should be independent and designed to serve a distinct purpose.
Modularization gives a lot of advantages. Modules make huge systems easier to maintain and build going forward. They also reduce design complexity. Let’s examine a few of these advantages.
Reusability: Allows for the sharing of code and the creation of many apps using the same modules. A mobile application is made up of various modules, each of which must have a particular capability.
A tight control over visibility allows developers to simply decide what other modules and areas of the code base should be able to see.
Customizable delivery: Play Feature Delivery enables developers to conditionally or on-demand deploy particular features of their app.