Android image download library

SurfaceFlinger and WindowManager. Hardware Composer HAL. OpenGL ES. Neural Networks. Audio Accessories. USB Headset. Custom Accessories. Sensors HAL. Context Hub Runtime Environment. Test Development Workflow. Instrumentation Tests. Native Tests. Android Test Station. Test Framework. VTS Dashboard.

Lab Infrastructure. Getting Started. Testing with TF. Through Tradefed. Through Suite. Developing TF. XML Configuration. Global Configuration. Advanced Concepts. Device Manager. Device setup.

Evaluating Performance. Feature Implementation. Dynamic Partitions. The primary focus of Glide is to make scrolling smooth and as fast as possible. But Glide can also be used for fetching, resizing and displaying a remote image.

Int his section of this bolg, we will look upon the implementation of Glide in Android using Kotlin. Now after adding the above dependency, sync your project. This will add the Glide library to your project. After that, add internet permission in AndroidManifest. This is required because we need the internet to download the image:.

Now, you are done with all the dependencies and permissions. We will use this Linearlayout to display the downloaded image:. Till now we are done with the UI part. Now in the GlideExample. In the above code, we created an instance of LinearLayout to display the downloaded image. To simply load an image to LinearLayout, we call the with method of Glide class and pass the context, then we call the load method, which contains the URL of the image to be downloaded and finally we call the into method to display the downloaded image on our ImageView.

There are many other method that you can use in Glide library, some of those are fitCenter , centerCrop , etc. This library adds support for the Fragment user interface pattern with the FragmentCompat class and additional fragment support classes. For more information about fragments, see the Fragments developer guide.

Note: The v4 fragment library provides a Fragment class. The android. This package requires API level 17 or higher. The Gradle build script dependency identifier for this library is as follows:. It provides a number of important widgets for TV apps. Some of the notable classes include:. The Annotation package provides APIs to support adding annotation metadata to your apps.

The Design package provides APIs to support adding material design components and patterns to your apps. The Design Support library adds support for various material design components and patterns for app developers to build upon, such as navigation drawers, floating action buttons FAB , snackbars, and tabs.

This package requires API level 15 or higher. The Percent package provides APIs to support adding and managing percentage based dimensions in your app. Note: As of release Clients of this module should migrate to the new ConstraintLayout widget, which is provided as a separate artifact in SDK Manager.

Exif tags store information such as the orientation, date and time, camera information, and the location directly in a JPEG or RAW file. The App library adds support for annotations, such as ContentRecommendation. This package requires API level 21 or higher. This library has APIs for building user interfaces for Wear apps. The APIs, available in the android.

Content and code samples on this page are subject to the licenses described in the Content License. Platform Architecture Generic System Image. Support library.

Revision History. Android Developers. The Gradle build script dependency identifier for this library is as follows: com. Note: This library depends on the v4 Support Library. Here are a few of the key classes included in the v7 appcompat library: ActionBar - Provides an implementation of the action bar user interface pattern.

For more information on using the Action Bar, see the Action Bar developer guide.