NDK Android

Android NDK est un ensemble d'outils qui vous permet d'implémenter certaines parties de votre application en code natif, à l'aide de langages tels que C et C++. Pour certains types d'applications, cela peut vous aider à réutiliser les bibliothèques de code écrites dans ces langages.
Commencer
class MyActivity : Activity() {
  /**
   * Méthode native implémentée en C/C++
   */
  external fun computeFoo()
}

Dernières actualités

Native Dependencies in Android Studio 4.0

Updated 20 février 2020

One thing that NDK users struggle with is managing native dependencies: With version 4.0 of the Android Gradle Plugin, we’ve addressed these issues by adding support for distributing and exposing native libraries through the same mechanism that you

Android Game SDK

Updated 5 décembre 2019

With over 2.5 billion monthly active devices, the Android Platform gives incredible reach for game developers. Taking advantage of that opportunity can be a challenge, particularly if your game really tries to push the limits of what mobile can do.

Introducing NDK r21: our first Long Term Support release

Updated 17 octobre 2019

Android NDK r21 is now in beta! It’s been a longer than usual development cycle (four months since NDK r20), so there’s quite a lot to discuss for this release. We have the usual toolchain updates, improved defaults for better security and

Optimiser votre code natif

Simpleperf

Updated 22 août 2024

Android Studio inclut un frontal graphique pour Simpleperf, qui est décrit sur la page Inspecter l'activité du processeur avec le profileur de processeur. La plupart des utilisateurs préfèrent cette méthode à Simpleperf. Si vous préférez utiliser la

Developing high performance games for Android (Google I/O '17)

Updated 18 mai 2017

Mobile games have better graphics and deeper gameplay than ever before. This means that developers need to optimize their games to get the best experience on each device to meet the expectations of their users. In this session, you will see how

How to manage native C++ memory in Android (Google I/O '17)

Updated 17 mai 2017

Android native applications typically use Java objects that "own" C++ objects. When the Java garbage collector detects that the Java object is no longer needed, the Java object either explicitly deallocates the C++ object, or decrements its reference