Arm64-v8a: Kmp External Codec Libvlcjni.so Cpu

libvlcjni.so libvlc.so libavcodec.so # external libavformat.so # external libavutil.so # external libswscale.so # optional libpostproc.so # optional Also include VLC plugins from build/arm64-v8a/plugins/ (e.g., libcodec_plugin.so , libavcodec_plugin.so ). ⚠️ If you distribute these external libraries, comply with LGPL/GPL. For proprietary apps, keep codec loading optional or provide a separate download. Step 3: Load External Codecs in Java/Kotlin In your Android app, initialize libVLC with paths to external codecs:

#!/bin/bash export ANDROID_NDK=/path/to/ndk export VLC_BUILD_DIR=build-arm64 ./compile.sh -a arm64 -l --release --enable-external-codecs --enable-mediacodec --enable-avcodec --enable-avformat kmp external codec libvlcjni.so cpu arm64-v8a

val args = arrayOf( "--codec=mediacodec,avcodec", // try hardware first, then external FFmpeg "--avcodec-fast", "--avcodec-hw=any" ) val libVLC = LibVLC(this, args) val mediaPlayer = MediaPlayer(libVLC) libvlcjni

If you’ve ever built VLC for Android or used the libvlcjni.so library in a project, you know it’s a powerful media engine. But the default build often omits certain proprietary or patent-encumbered codecs (like H.264, AAC, or AC-3). To fully utilize the CPU/GPU of modern ARM64-v8a devices, you need to integrate external codecs correctly. Step 3: Load External Codecs in Java/Kotlin In

System.loadLibrary("avcodec") System.loadLibrary("avformat") System.loadLibrary("vlcjni") Set environment variable for plugin path (if needed):

// In C++ init or via JNI setenv("VLC_PLUGIN_PATH", "/data/app/.../lib/arm64/plugins", 1) Check logs for successful external codec usage: