- Android ndk dev guide install#
- Android ndk dev guide windows 10#
- Android ndk dev guide android#
- Android ndk dev guide download#
Android SDK Platform-Tools (latest rev.).In the dialog window that opens, set Android SDK Location to C:\Development\Android\android-sdk.In the Welcome to Android Studio, click on Configure and select SDK Manager or in Android Studio, click on the SDK Manager icon in the Toolbar.
Android ndk dev guide download#
We recommend running the SDK Manager after the installation of Android Studio, in order to download the necessary components for developing with Vuforia Engine.
Android ndk dev guide install#
See the Android SDK Packages section.Īndroid Studio includes a SDK manager that allows you to install additional SDK components, besides the ones installed with Android Studio, and to update your Android SDK tools. In order to develop in Android Studio with C++, install the Android NDK from the SDK Manager. To set up the development environment, install these components in the following order, using the latest versions of the tools with Vuforia Engine: Vuforia Engine requires the Android SDK and the Android NDK for C++ development. If you have already set up the Android SDK and NDK, go directly to Installing Vuforia Engine for Android.
Android ndk dev guide windows 10#
NOTE: This setup guide was written for the Windows 10 64-bit platform with special notes for other operating systems. The permission ensures the Vuforia Engine can retrieve sensor data from Android devices using VISLAM. NOTE: For Vuforia projects targeting Android API level 31 or above, you should make sure to add the permission _SAMPLING_RATE_SENSORS to the manifest.xml file. Please refer to the Vuforia Engine Supported Versions page for details on the latest supported versions of Android and Android tools such as Android Studio. For example, a client should be able to use APIs whose api_level is higher than its target sdk version, using the _builtin_available() macro as shown below.Setting Up the Android Development Environment the existence of the API on the platform is guaranteed). Now, the #if guard is not only redundant, but also makes it impossible for the clients to use the methods even when it is safe to do so (i.e. With the annotation, the compiler triggers an error when the method shouldn‘t be used (previously it didn’t and that's why guards used to be required). The API level is already annotated by the _INTRODUCED_IN macro. #if _ANDROID_API_ >= _ANDROID_API_R_ binder_status_t AIBinder_getExtension ( AIBinder * binder, AIBinder ** outExt ) _INTRODUCED_IN ( _ANDROID_API_R_ ) #endif
Do not use integer types for boolean values.Įxample: binder_status_t AIBinder_getExtension ( AIBinder * binder, AIBinder ** outExt ) _INTRODUCED_IN ( _ANDROID_API_R_ ) ĭO NOT wrap the new methods with #if _ANDROID_API_ >= and #endif. Vulkan or ICU) if upstream is not willing to depend on the extension.Įnums used by name must be used as enum type or be typedef'd. This C++ feature is provided for C as a Clang extension, so this should be be used even for NDK headers that must otherwise be C.Ī rare exception to this rule will be made for interfaces defined by third- parties (e.g. allocation/accessor methods AFoo AFoo transformAFoo ( AFoo param ).Inline functions may be used for simple wrappers.JNI interop APIs should be in their own header with a trailing suffix.Java objects and native objects should use separate respective lifecycles.JNI interop methods should exclusively be in the NDK.malloc/free must come from the same build artifact.Prefer new APIs to changing API behavior.APEX/mainline/systemapi must be covered by some other test suite.Export map must be tagged with the API level.Types & enums should be documented with the API level added.
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