#ANDROID NDK BUILD FOR X86 ANDROID#
Note that you may need some tuning for your app to look good on the big screen.įinally, there exist some Android devices that feature Atom CPU. In the global JNI Android.mk you can then simply include Android.mk from openssl directory so the. There is an independent effort to bring Android to any PC. Optionally, set variables on the beginning of the build.sh according to your Android NDK. There are other emulators, which may deliver better performance or additional features.Īnother platform for these Android APKs is a ChromeBook. The most useful target platform for x86 or …64 is an Android emulator, which you can run via AVD without leaving Android Studio. So, my question is: what is the target platform / OS of the x86 and x86_64 binaries generated by gradle? Did anyone manage to run them? However, I expected to be able to run the x86 and x86_64 executables on Windows or Linux, but the binaries doesn't seem to be standard executables.
I managed to run the arm abi executables on an Android device using adb shell. Gradle/cmake generates 4 binaries for the 4 default ABIs: # Provides a relative path to your source file(s). My cmakelist.txt file will compile this file using Android NDK toolchain to generate the executable that I named ndk_example_c: add_executable( # Sets the name of the library. I created a main.c file containing the main method: #include I created recently a simple "Hello World" Android NDK project in Android Studio and tried to play with the gradle / cmake / clang build system.
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