Dependency Injection (DI) Method Design Pattern

Model View Controller (MVC) Architecture

MVC is a design model that separates an application into three interacting parts: Model, View, and Controller. This separation allows for better code design and modularization....

Model View Presenter (MVP) Architecture

MVP is a new architecture that separates an application into three parts: Model, View, and Presenter. This is similar to MVC but puts more responsibility on the Teacher to manage the interaction between Model and View....

Model View View Model (MVVM) Architecture

MVVM is a design model widely used in mobile development, especially in frameworks like Android’s Jetpack. Its purpose is to separate the application into three parts: Model, View, and ViewModel....

VIPER Architecture

VIPER stands for View, Interactor, Presenter, Entity, and Router. VIPER is primarily based at the clean architecture ideas, which purpose to separate the concerns of different layers of the utility. Each layer has a single duty and communicates with different layers through properly-defined interfaces....

Singleton Method Design Pattern

The singleton policy ensures that there is only one instance of a class and provides global access. This is especially useful when you want to manage a single instance of an object or control access to a delayed object....

Factory Method Design Pattern

The Factory Method model defines an interface for creating an object but allows subclasses to modify the type of the created object. Especially useful when you need to create objects with a common interface but different functionality....

Observer Method Design Pattern

The observer structure defines one to many dependencies between objects, so when one object changes its state, all its dependents are automatically notified and updated. This is useful for scheduling distributed events....

Dependency Injection (DI) Method Design Pattern

Dependency Injection is a method of providing class dependencies from the outside, rather than creating them in the class. It improves code modularity and testability by making classes independent of their dependencies....

Adapter Method Design Pattern

The adapter configuration allows you to use the interface of an existing class as a link to a new one. It is often used to work with others without modifying the source code of existing classes....

Strategy Method Design Pattern

The strategy model defines a family of algorithms, contains each of them, and provides them with flexibility. It allows you to select the appropriate algorithm at runtime. This example is useful when you want to provide different options for a task....

Composite Method Design Pattern

A composite pattern allows you to arrange objects in a tree structure to represent a part-of-the-whole structure. This is helpful when you have to deal with individual objects and sets of objects accurately....

Conclusion

Design processes play an important role in mobile app development by providing proven solutions to common software design challenges. Using this framework allows developers to create maintainable, extensible, and efficient applications. Understanding when and how to apply these options can significantly improve the quality of your mobile app codebase. Whether you’re working for Android, iOS, or any other mobile platform, a solid understanding of these design patterns will allow you to create robust, scalable mobile applications...