8/14/2023 0 Comments Using android ndk vs sdk![]() This collection of samples has better compatibility with the latest version of Android Studio. These NDK samples from GitHub can also be downloaded or cloned directly. Instead we’ll import samples that work from the welcome screen. The NDK package folder contains samples but they don’t seem to work out of the box in Android Studio without extra configuration. Let’s run a test project to see if the NDK installation works. You can put the extracted package anywhere you want, but remember this location as you will need it later. Download the appropriate NDK package for your platform and follow the installation instructions. This saves some time because of the smaller download size (<.5 GB) but will need some setting up. The second way is to download the NDK manually from the NDK Downloads page. This is a large download (~1GB) so be sure to have a good internet connection and/or patience. The first and easiest is the automatic installation option in the SDK Tools tab. NDK PackageĪndroid Studio only includes the default tools and SDK, so download and install the NDK package separately. If you don’t have it already, download Android Studio, the official IDE from Google. You should never base your decision on your preferred language even if you are an expert in C or C++. ![]() Make sure to balance the pros and cons of using the NDK before deciding if it’s worth the extra complexity. This means you can leverage a large collection of native code libraries available online. Another good use case is reusing existing libraries written in C/C++. This includes computationally intensive apps like games, game engines, signal processing and physics simulations. The previous statements may sound discouraging but there are good use cases for the NDK. What the NDK guarantees is an increase in app complexity and connectivity from interfacing with native code. Using the NDK is generally not recommended because apps may experience a performance hit, suffer from compatibility issues, be harder to debug, and reduce flexibility. To do so, use the AndroidNativeBundle Gradle plugin that copies the native libraries from the Sentry NDK into the location that can provide links via the CmakeLists.txt configuration file.įirst, we need to declare the dependency in the project build.The NDK is a toolset that enables the development of Android apps using C, C++ and other native code languages, compiling code into applications that can run on Android devices. To use the Android NDK in your native code, include the Sentry NDK libraries into your project so that the compiler can link the libraries during the build. Please check the full documentation on uploading files to learn more about the upload of the debug symbols. Use the Sentry Android Gradle Plugin to upload the debug symbols and sources automatically.Īlternatively, in case you're not using Gradle, you can upload your. To symbolicate the stack trace from native code, we need to have access to the debug symbols of your application. ![]() You can disable the NDK integration, use our Sentry Android SDK without the NDK, and support devices on API levels lower than 16. ![]() As a result, even if a native library in your app causes the crash, Sentry is able to capture it. ![]() The package sentry-android-ndk works by bundling Sentry's native SDK, sentry-native. NDK integration is packed with the SDK and requires API level 16. The Android Native Development Kit (NDK) allows you to implement parts of your app in native code, using languages such as C and C++. ![]()
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