Android studio apk only support x86 apk#
Android studio apk only support x86 64 Bit#
Android studio apk only support x86 android#

Android studio apk only support x86 64 Bit#

Starting from Nexus 5x, Nexus 6P, Google Pixel all uses 64 bit ARM chipsets. All the flagship phones uses this architecture. This is the next generation 64 bit ARM architecture.armeabi-v7a - 32bit - ARM Cortex-A5, ARM Cortex-A7, ARM Cortex-A8, ARM Cortex-A9, ARM Cortex-A12, ARM Cortex-A15, ARM Cortex-A17.This is a must support ABI for all the applications. This is the most common architecture currently available.

Android studio apk only support x86 android#

Most of the device manufactures shifted to armV7 before Android 4.4 so we can safely ignore this armeabi architecture now. Since Android 4.4, the CDD (compatibility definition) strictly requires ARMv7 Read CDD Document here.ĬDD is specification provided by Google to device manufacturers with every android release, it contains the minimum requirement to release android devices with Google certification. armeabi is very old ARM based architecture.If you are building the application for the mass audience, users in emerging market like India where the mobile data and WiFi is not as cheap as other developed countries, users share the application using Bluetooth or Hot-Spot via SHAREit or Xender and side-load it.ĭetail explanation about each architecture armeabi, armeabi-v7a, and arm64-v8a armeabi There is even a bigger problem than this cumbersome maintenance.

Android studio apk only support x86 apk#

Let’s say you release an update of the application every month then you have to maintain 15 apks and imagine your client/senior comes and tells you need to do sanity for every apk before release just to be sure. Normally we would want to split apk for at least hdpi, xhdpi, and xxhdpi version of the application so now we have 15 APKs to release. Though we now have a tailored version of apk only with necessary things, these are 5 apk for one application and we haven’t even gone through the apk splitting based on the density (This option generates individual apk for xhdpi, xxhdpi, and xxxhdpi depending on the configuration) which is more helpful than optimising for native library. This increases the apk size by a huge margin and the target device only needs one version of the library.Īmazing right! We went from 74KB to 5MB and came back to 1.3 MB.

so file for all the supported CPU architectures. Whenever you add any native library in your application it will have a. Applications uses the native library based on the CPU architecture of the phone for example Google Pixel will use arm64-v8a version of the native lib and Google Nexus 5 will use armeabi-v7a version of the native lib. In simple words all android devices have different chipset, processors, and CPU architectures. You must specify an ABI for each CPU architecture you want your app to work with.įor instance, Android supports the following ABIs : mips, mips64, X86, X86–64, arm64-v8a, armeabi, armeabi-v7a The ABI defines, with great precision, how an application’s machine code is supposed to interact with the system at runtime. If splitting APK is a new topic for you I would recommend going through the Wojtek Kaliciński’s post here.

In this post we will understand what is ABI, problems with the ABI split, and alternative way to avoid those problems. If you ever worked on reducing your apk size you must have come across splitting the apk based on Density and Application Binary Interface (ABI).