Md Saba Alam’s Post

📱 Excited to share my latest Android app project! 🚀 I'm thrilled to introduce my newest creation – a native Android app built using the latest technologies to provide a seamless user experience. 🌟 🧩 Tech Stack Highlights: 📌 MVVM Architecture: Ensuring separation of concerns and a clean, maintainable codebase. 📌 Kotlin: Leveraging the power of a modern, concise, and expressive programming language. 📌 Room Database: Efficiently managing local data storage with Android's recommended persistence library. 📌 Coroutines: Asynchronous programming made simple for efficient background tasks and UI updates. 📌 Retrofit: Consuming RESTful APIs with ease and efficiency. 📌 Dagger Hilt: Achieving dependency injection in a clean and organized way. 📌 Unit Testing: Implement unit testing for a Clean and error-free code base. 📌 Android Studio: The IDE that empowers me to build amazing Android experiences. 📌 User-Centered Design: Focused on delivering a user-friendly interface for a delightful user experience. 🚀 I'm proud of the hard work and dedication that went into creating this app, and I'm excited to share it with the world. Feel free to explore the app, and I'd love to hear your feedback and thoughts. 🙌 [#github] https://lnkd.in/g4B6y3kk #AndroidAppDevelopment #MVVM #Kotlin #RoomDatabase #Coroutines #Retrofit #DaggerHilt #AndroidStudio #UserExperience #MobileAppDevelopment #LinkedInPost 🙂

Reviving my Flutter skills with a Mock E-commerce app! Featuring category tabs, like functionality, and detailed product views with interactive rating. Plus, enjoy a custom floating app bar for effortless navigation. With JSON data loading, expansion will include Hive Storage and Shared Preferences integration. Built to scale seamlessly across various mobile sizes! #Flutter #Ecommerce #RevisionProject #Technology #Tech #Android #Google #WebDesign #Code #App #iOS #Development #Programming #Coding #Python #Developer #Java #Software #WebDevelopment #WebDeveloper #JavaScript #Programmer #UIDesign

Welcome to Now in Android, your ongoing guide to what’s new and notable in the world of Android development. Today, we’re covering the Android 15 Beta release, how Android Studio uses Gemini Pro to make Android development faster and easier, a story about how Google Drive cut code and development time in half, and how to use Dependency Injection in Compose! Chapters: 0:00 - Introduction 0:31 - Android 15 Beta release 1:15 - Google Drive improvements 1:53 - Gemini in Android Studio 2:27 - Dependency injection in Compose 3:08 - Conclusion Resources: For links to these items, check out Now in Android #103 on Medium → https://goo.gle/3xz1Otd Now in Android podcast → https://lnkd.in/diJiugA4 Now in Android articles → https://lnkd.in/d5B7eqmH Watch more Now in Android → https://lnkd.in/dXG9G_2T Subscribe to Android Developers → https://lnkd.in/dsU-96az #Featured #AndroidDevelopers #NowInAndroid Speaker: Kateryna Semenova Products Mentioned: Android Link https://lnkd.in/dgTEgvvJ

Android developers, did you know that ViewModels are not scoped to composables? Instead, they are tied to the activity or fragment lifecycle. However, when using a navigation library, their lifecycle is managed automatically. ViewModels get scoped to navigation destinations and are cleared when you pop a destination from the back stack. This is one reason why it's suggested to have no more than one ViewModel per screen.  You can also share the same ViewModel instance across routes by scoping them to nested navigation graphs. An interesting thing is that if you navigate to another screen, the nav destination and hence, your ViewModel doesn't get cleared by default. This behavior is beneficial as the data isn't reloaded when you pop the back stack and return to the previous screen. It enhances the user experience. However, there might be a scenario where the data could be outdated upon returning due to updates on another screen. And this is exactly the reason why Google recommends using Kotlin flows for read operations. If you use flows, they are triggered again with new data when changes occur, ensuring that the data is always up-to-date. I struggled to understand this for quite a while, so I hope it helps someone! #Android #Kotlin #JetpackCompose

Excited to share a simple yet powerful example of Clean Architecture for Android projects! In this LinkedIn post, I'll walk you through the key principles and benefits of Clean Architecture, showcasing how it enhances project scalability, maintainability, and testability. Whether you're a seasoned developer or just starting out, understanding Clean Architecture is crucial for building robust and maintainable Android apps. Stay tuned for valuable insights and practical tips! #AndroidDev #CleanArchitecture #MobileApps #SoftwareDevelopment #androiddeveloper #androidcommunity #androidappdevelopment Android Developer

Exploring the Different Sections of an Android App Are you curious about the anatomy of an Android app? Let's delve into the various sections and how each one is programmed: 1. User Interface (UI): - Programmed using XML layout files and Kotlin/Java code. - UI elements like buttons, text fields, and images are defined and configured. - Interaction with users is handled through event listeners and callbacks. 2. Activities: - Each screen or UI component typically corresponds to an activity. - Activities are programmed using Kotlin/Java classes extending the Activity or AppCompatActivity class. - Lifecycle methods such as onCreate(), onStart(), onResume(), onPause(), onStop(), and onDestroy() manage the activity's state transitions. 3. Fragments: - Fragments represent reusable UI components within an activity. - Programmed using Kotlin/Java classes extending the Fragment class. - Lifecycle methods similar to activities manage fragment state transitions. 4. Services: - Used for background tasks that run independently of the UI. - Programmed using Kotlin/Java classes extending the Service class. - Lifecycle methods like onCreate(), onStartCommand(), onBind(), and onDestroy() control the service's execution. 5. Broadcast Receivers: - Respond to system-wide broadcast announcements or custom intents. - Programmed using Kotlin/Java classes extending the BroadcastReceiver class. - Registered either statically in the AndroidManifest.xml file or dynamically in code. 6. Content Providers: - Manage access to a structured set of data. - Programmed using Kotlin/Java classes extending the ContentProvider class. - Implement CRUD (Create, Read, Update, Delete) operations for data storage and retrieval. 7. Intent: - Facilitate communication between components within an app or between different apps. - Programmed using Kotlin/Java code to create, send, and receive intents. - Intents can be explicit (targeting a specific component) or implicit (specifying an action to be performed). Each section plays a crucial role in the functionality and user experience of an Android app. By understanding how to program each component effectively, developers can create robust and feature-rich applications. Ready to dive into Android app development? Let's bring your ideas to life! #AndroidDev #MobileAppDevelopment #TechExploration #ZuhairHammami