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The Unity Android build system supports the following texture compression format options: Don’t override, DXT (Tegra), PVRTC (PowerVR), ETC (default), ETC2 (GLES 3.0), and ASTC. See Texture Compression, Animation Compression, Audio Compression, Build Compression. Texture Compression A method of storing data that reduces the amount of storage space it requires. To build the app, click Build And Run to create and run your build on the platform you have specified. More info See in Glossary button to create your build. To set Android as your default build platform, click the Switch Platform button.Īfter you specify your build settings, click the Build The process of compiling your project into a format that is ready to run on a specific platform or platforms. To configure and build apps for Android, access the Build Settings window ( File > Build Settings).

Android emulator mac with android studio camera apk#

For more information on this feature, see Multiple APK support on the Android Developer website. You can upload this set of APKs (and OBBs, if enabled) to the Google Play, or other, store instead of a FAT APK in which all of the selected architectures are included into a single APK. The Split APKs by target architecture option produces one set of APKs and OBBs for each device architecture selected in the Target Architecture list in the Player settings.

Android emulator mac with android studio camera download#

To optimize for download and installation size, enable the Split APKs by target architecture option in the Player settings. For more information on OBB files, see OBB Support.

The output package includes an APK, and an APK expansion file (OBB) if the Split Application Binary option is selected in the Player settings.

Build settings - Allows you to configure build system parameters and build the app.

For more information on Player settings, see Player settings for the Android platform.

Player settings - Allows you to configure runtime settings for the app.

To enforce that, Activity demands that you chain to the superclass and throws a SuperNotCalledException if you do not.There are two locations to configure settings that affect how your app is built: Yet we still have to call super's in each of them?Īctivity wants to do its processing for those lifecycle methods, in addition to anything that you want to do. If the superclass does not have a zero-argument constructor, you need to chain to a superclass constructor manually.Īlso, in the broader sense why do we always(?) need to call super.onCreate like here in every onCreate?īecause the developers who created Activity elected to make that a requirement.Īren't we supposed to override all our activity lifecycle stage If the superclass has a zero-argument ("default") constructor, Java will chain to it automatically. Every constructor in Java needs to chain to a superclass constructor. In Java, the "default constructor" is a zero-argument constructor. However, I want to know why I need this argument (int position) and call superclass constructor?īecause, as the IDE told you, there is no default constructor on ArrayAdapter. You can tell that by reading the JavaDocs for the constructor that you are calling. It is the ID of a layout resource, one that is used by default for the rows created by the ArrayAdapter. Issue is solved if I add super(context, position):