Kotlin coroutine is an instance of suspendable computation. It is similar to Thread. But it’s not the same. It is lighter weight than Thread, as it consumes less memory. It is useful to execute CPU-intensive tasks in Android applications. Here is a […]
Objective To describe the Android project structure which focuses on separation of concern, modularization, scalability & Testability. Kindly Note: This is only a structural explanation. Here, it doesn’t cover detailed classes. Project Structure (Modularization): App Module: This is your main application module […]
Introduction to Streams in Flutter Streams are a core concept in Dart and Flutter for managing asynchronous data. They are particularly useful when dealing with data that changes over time, like user inputs, real-time updates, or event streams. This blog post will […]
WorkManager OverView in Android WorkManager is an Android Jetpack library that provides a powerful and flexible way to schedule and execute background tasks. It ensures that your tasks run reliably, even if the app is closed or the device restarts.Key Features:Guaranteed Execution: […]
A simple Android application demonstrating the MVI (Model-View-Intent) architecture. This application will include a basic counter functionality where the user can increment or decrement a counter value. Project Structure Dependencies Make sure you have the following dependencies in your build.gradle file: dependencies […]
MVI stands for Model-View-Intent, which is an architectural pattern used primarily in Android app development. It aims to provide a clear separation of concerns, making the code more modular, testable, and maintainable. MVI focuses on unidirectional data flow, where the state of […]
Choosing Flutter as a preferred development framework can be attributed to several compelling reasons that appeal to developers: These factors collectively make Flutter an attractive choice for many developers looking to build high-quality, cross-platform applications efficiently.