#Android imate android
To add an ImageView control to a layout resource file, open the /res/layout/main.xml layout file that is part of your Android project. Simply create an ImageView control () and add it to your layout within your Activity. Controls can also be created programmatically and added to your screen at runtime. You can do this within Eclipse using the Layout Resource designer, or by editing the XML directly. For example, to add an ImageView control to the main.xml layout resource associated with your application, you must edit the layout file. ImageView controls are usually included as part of your Activity’s layout resource file. Step 2: Adding an ImageView Control to a Layout
Once you have gotten your Android project set up, you are ready to proceed with this tutorial. Perhaps you’ve simply created a new Android project with its default Activity and layout (main.xml). Once you have a project set up and the application running, decide under which screen you want to add ImageView controls to. Implement your Android application as normal. Here is an example of a screen with five different ImageView controls displayed on it.īegin by creating an Android project. ImageView controls can be bitmap graphics ( such as PNG, JPG, and GIF) or they can be other, Drawable types that are supported by the Android platform, like shapes defined in XML. A good example of ImageView control usage would be to display an icon or graphic on the screen. The Android SDK includes a simple static text control for use within your layouts: ImageView (). Finally, we discuss some of the other features available to ImageView control in Android.
#Android imate how to
Next, you learn how to set the image control’s contents in several different ways. First, you learn how to add basic image controls to your layout files and what some of their most useful attributes are. This tutorial shows you the steps to create a number of different ImageView controls in your Android application. Then you'll learn how to configure, style, and manipulate these controls in a variety of ways. Import .In this tutorial, you'll learn how to create basic Android image controls. So we need to add annotationProcessor to the adle dependencies, inherit the AppGlideModule, and add a Java class with a GlideModule annotation.
To use other functionalities, such as displaying the loaded image in a round shape, we need to use annotationProcessor. Glide.with(this).load(gifUrl).into(matchImage) ImageView matchImage = findViewById(R.id.match_image)
#Android imate code
Now, we can write the code for loading and displaying the image with onCreate from the Activity class. Implementation ‘:glide:4.4.0’īecause we’re loading images from the Internet, we have to make sure to add those settings in AndroidManifest.xml. The current version of Glide is 4.4.0, so this article will explain everything in terms of this version of the Glide library.įirst, you need to add “glide” to your adle dependencies.
It automatically handles memory and file caching.Ĭhoosing Glide worked for our team.You only need to specify the image URL and the image view to display an image. Plus, we found a number of benefits to choosing Glide over others, such as: There are several libraries that can achieve the same goals as Glide, but there is certainly a sense of security knowing that Google owns and uses it for its projects. Now, we want to help other teams decide if Glide is right for them. Our dev team decided to try it out and ended up reducing our code significantly as a result. Google itself uses it in many open source projects including the Google I/O 2014 application. Though first developed by Bump Technologies, Google now owns and recommends it to users around the world.
#Android imate for android
Glide is an image loading library for Android that’s great at providing smooth, efficient scrolling for users.
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