aar

This question already has an answer here : How do make sure there is no conflict of “v7 appcompat or support” of my library when any application uses my library? (1 answer) Closed 2 years ago . I have a android library with com.android.support:appcompat-v7:23.0.1 dependency in the gradle with compliedSDK of 23 I have following doubts case 1) Say any applicaion with different version com.android.support:appcompat-v7:23.3.0 uses my library. which version does the android take? Lower one or Higher one? How do i see it? How do i make sure there is no conflict of v7 appcompat when any app uses my

I have a library that I use in multiple projects. Every time I update (and rebuild) this library, I do not want to have to copy and paste the .aar to EVERY single project that uses this library. What is the most convenient, efficient way to accomplish this? Note: I'm running Android Studio 1.0 RC2 on Mac OSX. Upload your android library as an artifact to maven central or jcenter . Checkout this guide that i totally find worth mentioning here to understand how to upload your android library to one of these central repository or both. Once uploaded and synced , you can simply reference your

I am creating an Android library (.aar file) and I need to use JNI. (I am very well aware of Google's discouragement of using JNI/NDK if possible, but in this case, it's not possible). I started with a standalone hello-jni example APP (to first learn JNI), with the following files: HelloJni.java public class HelloJni extends Activity { @Override public void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); TextView tv = new TextView(this); tv.setText( stringFromJNI() ); setContentView(tv); } public native String stringFromJNI(); static { System.loadLibrary("hello-jni");

I am using VS2015 Update3 with current/up-to-date Xamarin, and am trying to create a binding library to wrap a 3rd party SDK written in Java. I have a C#/.Net background, with little Java experience thus far. This SDK depends on 3 other items, which are available as AAR's or via NuGet. I was able to create a binding library for the parent AAR, with some MetaData.xml tweakery to adjust parameter types and return types and correct a class accessor to satisfy its abstract base class, all of which were initially preventing the resulting C# .Net Android binding library from building. Now the parent

Back history I have this android library aar that devs can use normally with compile 'com.companyname.sdk:android-sdk:2.x' and now we're doing a re-write of the library from scratch to create V3. On this re-organization we managed to break the lib into modules. So one could say that on V3 we would have the following artifacts compile 'com.companyname.sdk:core:3.x' compile 'com.companyname.sdk:extra_1:3.x' compile 'com.companyname.sdk:extra_2:3.x' compile 'com.companyname.sdk:extra_ .... and this would give on the gradle structure the following modules: root: |- test_app (apk just for testing,

I'm currently developing a .AAR android library and I would like to sign the released artifacts with my own key, so that I can determine if a fake aar with the same name and functionality has been released by mine or not. Notice 1 : I want to be able to check the authenticity of my library programmatically, even if a fakely-cooked one, is forging just part of the functionality of my aar file. Notice 2 : I am not going to publish this aar into maven, sonatype or any other public repository. So I'm going to sign it for a typical release flow like signing an apk file. You can use jarsigner to