Since Google released Android in 2007, the OS is the most dominant player on smartphones OS market. The presence of Android has increased dramatically with various gadgets, from budget Android phones to the most advanced top-of-the-line models. Its reach goes beyond phones and includes devices such as televisions and watches.
At iTechnolabs, We are constantly thinking of ways to design applications that surpass expectations and can handle large workloads effortlessly. We strive to build applications that work flawlessly, while providing various features. In this article, we'll look at some of the top Android frameworks for developing apps and libraries, and how they are the best for your needs.
Frameworks for Android App Development:
1. Kotlin and Android SDK: Kotlin is one of the most popular languages well-known for its extensions functions, null security coroutines, lambda expressions. Android App Developers are impressed by the lower boilerplate codes when compared with Java. But, Kotlin primarily caters to only one platform, so it may not be able to provide a complete cross-platform platform support.
2. Flutter: Flutter was introduced in 2017 uses the powerful Dart programming language. It provides a composable, expressive approach to creating great UI user experiences on Android, iOS, and the internet. Although Flutter isn't yet able to work with platforms such as Wear OS and Apple Watch, it's a great choice for a wide range of applications.
3. React Native: React Native is popular with JavaScript developers, permits development of cross-platform applications made with JSX. It uses the most basic native components to provide native performance and design. It could also take longer to build and limited support for platforms other than Android and iOS.
Libraries for Android App Development:
Libraries play a crucial role in developing apps, simplifying everyday chores and making it easier. The presence of libraries typically is a sign of a framework's popularity.
1. Android Jetpack: Google introduced Android Jetpack, a set of libraries designed to promote best practices, cut down on the need for boilerplate programming, and provide consistency in performance across Android version and device. It includes components for dependency injection networks, images loading, analytics, and crash reporting.
2. Dependency Injection Frameworks:
Dagger2/Hilt Dagger2 is an excellent option for dependency injection, and can be complemented by Hilt it's a newer version. It's an annotation-based and static program.
Koin Koin is a program developed using Kotlin is a viable alternative to Dagger2, requiring lesser configuration and creating lower boilerplate code.
3. Network:
Retrofit Retrofit an extremely type-safe HTTP client, which is popular among programmers.
Volley: Created by Google, Volley supports the schedule of network requests.
4. Image Loading
Glide: Glide facilitates retrieving information, decoding, and showing images and GIFs.
Fresco: Supported by Facebook, Fresco loads images quicker than other alternatives.
Coil is an up-to-date photo-loading library built into Kotlin and Coroutines integration.
5. Analytics and Crash Reporting
Firebase Analytics as well as Crashlytics Firebase provides solid analytics as well as real-time crash-reporting solutions.
Libraries developed through iTechnolabs:
iTechnolabs has been a part of the open-source community through several libraries, such as:
OverlapImage Gallery View: A flexible library for creating overlapping images in Android applications.
Vanilla Place Picker: A way to select places that are supported to Google Maps and Autocomplete SDK.
FCM Helper An program that works with Android Studio that simplifies Firebase Cloud Messaging configuration.
Circular Cards Stack View: A library for swipeable card views.
Walk Through Android An HTML0 software library that allows you to personalize onboarding screens by incorporating various indicators and animations.
Conclusion:
In conclusion, the Android App Development Company Landscape provides a range of libraries, frameworks and SDKs that can speed up the development procedure. The knowledge of these tools can greatly improve the performance of Android applications.
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