There are certainly a few people here who have at least done that, I know this from searching for hours and hours. Since the filter keeps track of the whole frames sequence, a bigger n value will result in a higher memory usage, so a high value is not recommended. Which kind of native methods would I need to implement? How do I run the project? Which data types need to be passed? etc. n: Set the frames batch size to analyze in a set of n frames, the filter will pick one of them, and then handle the next batch of n frames until the end. Let's just say I wanted to decode a video file. I know the NDK and how it should work but I've never seen an example of how one would actually call ffmpeg functions using it, because people seem to be hiding their implementations (which is sort of understandable) but not even giving useful pointers or examples. so files first and then copy the ffmpeg source code again? Would I need this as well? Why would I create the. They also created some Android.mk files and some C code along with it. More explanation: I saw other projects where people had their ffmpeg source in a JNI directory in the project. System.load('/data/data/com.package/lib/libavcodec.so') My question is: Is this enough to decode videos? How do I actually use ffmpeg then? The results are the binaries ( ffmpeg) as well as several libsomething.so files. I obtained ffmpeg from and was able to compile it for ARM. I have a very basic question regarding Android and ffmpeg.

How to use ffmpeg kirta