![]() If you have modified the mirror file, it won’t get updated. You can also insert a tools:inEditMode="false" in the layout, and Mirror will copy the value to the corresponding mirror file when you haven’t modified the mirror file. it’ll try to call the setter method of the attribute you put in the mirror file. Mirror relies on the Java naming convention to set the value of custom attributes, i.e. How to set custom attributes from a mirror file? Previewing dialog layouts is as simple as adding a “theme” attribute to the corresponding mirror file. create a subclass of MirrorSandboxBase and put its fully qualified name in the screen file, in MirrorSandbox#$onLayoutDone(), write Java code to load the custom fonts and set it to the views as needed. if you render the fonts in your activity/fragment, it’s possible to use the “Sandbox” feature to load the fonts from a Java class, i.e. If you have custom views to render the custom fonts, it should just work as Mirror sends assets (where fonts are located) to the device too. You can use tag to add fragments (see this tutorial for more details).Ĭheck out this tutorial How to preview layouts with custom fonts? Is it possible to use Facebook’s Stetho in Mirror previews?Ĭertainly! Check out this post. We’ll do some more testing using the Leanback library.Īndroid Auto? Not sure until we have access to a device. We’ve done some initial testing on Android TV ( ADT-1) and it worked fine. In most cases you’ll want to use USB or just the emulator. One caveat is that debugging via Bluetooth is very slow. But you should still be able to preview custom layouts in your wear project (check out this video). ![]() Mirror doesn’t have any specific support for Android Wear yet, such as using WearbleListView for the list of layouts. Does Mirror support other types of devices such as Android Wear and Android TV? One requirement is that the emulators or devices need to have an (emulated) SD card. The Mirror client loads the classes in this dex file using a custom class loader. The resulting classes are then converted into a (small) dex file, which is sent to connected devices momentarily. Mirror achieves the fast code hot-swapping by only compiling the necessary Java files incrementally. The Mirror app renders the UI using the standard Android resource system, so the displayed preview will look exactly how it will when you run your app. When something is changed, the server packages up the resources for your project and sends them to the attached devices. The server watches your project directory and detects changes to resource files, sample data files, Java/Kotlin files and dex/apk files. Mirror has two components: a server program that runs on your computer and an app that runs on each preview device.
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