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Old 09-15-2017, 09:32 AM   #1
Registered: Jul 2017
Location: EU
Distribution: Slackware x86 & ARM
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KODI Krypton - 17.x MediaPlayer - Optimized for Raspberry Pi1/Pi2/Pi3 on Slackware ARM 14.2 SF & Slackware ARM - current HF

Inspiration & Copyright & Credits:
(actually I used an older version of the script - 2015)

- the instructions are covering the build of the latest Kodi Krypton 17.4 Media Player. They are compatible with all the Kodi 17.x versions.
There are a lot of unnecessary things I have disabled with directives for the configure script - if you need them, feel free to enable them and resolve the dependencies before the compilation.
- Kodi, if carefully optimized, is pretty lightweight and runs well on all Raspberry Pi models. The GPU takes most of the load.
- the build is quite complex and filled with auto-make/conf scripts that were mainly developed under Debian/Ubuntu. Compiling it under Slackware needs some preparation and some automation with the help of a script
- Kodi uses 3 internal media players, the default VideoPlayer (HW Accel MMAL), AudioPlayer and OMXPlayer (HW Accel) - for both Audio/Video - if enabled during the Kodi build/compilation. While the first two are also performing pretty good but with higher CPU usage, performance wise I'd strongly suggest to use only the OMXPlayer on Raspberry Pi.
- OMXPlayer will be built internally and will be used by Kodi, unfortunately there is no standalone binary that you can use (at least I couldn't find one)
- it is covering the Kodi compilation&optimization for Raspberry Pi 1/0 (armv6), Raspberry Pi2B (armv7) and Raspberry Pi3B (armv8)
- there is a naming convention needed for helping with the short formatting:
Using "pi1" will imply Slack ARM 14.2 - SoftFloat on armv6 (RaspberryPi 1/0)
Using "pi2" will imply Slack ARM current - HardFloat on armv7 (RaspberryPi 2B)
Using "pi3" will imply Slack ARM current - HardFloat on armv8 (Raspberry Pi3B)
- I don't own any Pi1 & Pi3 and tested this only on Pi0 and Pi2B, however there shouldn't be any issues with the first ones.
- there are some dependencies that I was unable to compile and some source code patches I lost my notes on (failed HDD). I've uploaded these online and the links are ONLY available for 30 days. Feel free to mirror them.
- performance related, I can confirm that the result will be as fast (if not actually faster) compared to the common Kodi bundle releases (Slackware itself is clean & fast).
- Kodi needs some resources, around 200 MB video RAM and 100MB system RAM, therefore put the following settings in your /boot/config.txt
#If you're using Analog Audio Out
- for the compilation on pi2 / pi3 (with 4 make jobs) you should temporary set your gpu_mem=32 in /boot/config.txt to avoid getting over the available RAM and writing in the swap partition!
- it is safe to compile Kodi on a SDCard, I did it some 15 times, the only intensive operation is the unpacking of the Kodi source code. However, I advise to set your swappiness to 1 (this should be set by default on SDCard driven boards - put it in /etc/rc.S after enabling swap)
echo 1 > /proc/sys/vm/swappiness
- compilation (work) duration on a Pi2B is around 3 hours (FFmpeg included)!

Getting started:
- preparing the work directories - I choose /kit/kodi-slack-build for consistency and cleanup simplicity
mkdir -p /kit/kodi-slack-build
mkdir -p /kit/kodi-slack-build/deps
mkdir -p /kit/kodi-slack-build/patches
mkdir -p /kit/kodi-slack-build/tmp
Dependencies: ________________________________

- FFmpeg 3.1.9-Krypton-17.4 follow the guide from:
and use the new version of FFmpeg - IMPERATIVE!
tar -xzpf 3.1.9-Krypton-17.4.tar.gz
cd FFmpeg-3.1.9-Krypton-17.4/

- Java
- Kodi build & Kodi itself relies on Java and you need to have it installed in /opt/java
- for pi2 & pi3 on SlackARM - current HardFloat, take it from Oracle:
- click on: JDK 8 download page
- First Table : Java SE Development Kit 8u144 (version will get updated)
- Accept License Agreement
- Download:
Linux ARM 32 Hard Float ABI 77.89 MB jdk-8u144-linux-arm32-vfp-hflt.tar.gz
- or, while still available - take it directly from a funtoo mirror:
cd /opt
tar -xzpf jdk-8u144-linux-arm32-vfp-hflt.tar.gz
mv jdk1.8.0_144/ java/
- for pi1 on SlackARM 14.2 SoftFloat you can try (doesn't work ATM)
Linux ARM v6/v7 Soft Float ABI 67.82 MB jdk-7u60-linux-arm-vfp-sflt.tar.gz
- I managed to get the original Oracle jdk arm SoftFloat archive uploaded and available for 30 days:
MD5: 87754d4b44fd485edb43b6abe9c5f095
- this should be made available in the Slackware arm 14.2 SoftFloat official repository, even if unsupported.
- download, put it in /opt and prepare it:
cd /opt
tar -xzpf jdk-7u60-linux-arm-vfp-sflt.tar.gz
mv jdk1.7.0_60/ java/
- or try an older - untested - package, it might work
- unpack it manually (MidnightCommander):
/usr/lib/java to /opt/java
- try it by running:
/opt/java/bin/java -version

- libbluray - I disabled bluray in the configure, but Kodi won't build without this (cannot create Slack package - libtool issues)
cd /kit/kodi-slack-build/deps/
git clone
cd libbluray/
git checkout efcde25b3bd58eee9cb96f151b79a585a52a09ff
./configure --enable-shared --disable-bdjava --disable-bdjava-jar --disable-udf
- edit Makefile and look after the line:
CFLAGS = -g -O2 -Wall....
- add at the end:
-march=armv7-a -mtune=cortex-a7 -mfpu=neon-vfpv4 -mfloat-abi=hard
-march=armv6zk -mtune=arm1176jzf-s -mfpu=vfp -mfloat-abi=soft
-march=armv8-a+crc -mtune=cortex-a53 -mfpu=neon-fp-armv8 -mfloat-abi=hard
- on pi1 run make -j 1 V=1
- on pi2/pi3 run make -j 4 V=1
make install
- libgpg-error-1.27 - never understood why this is necessary, without it Kodi build fails (cannot create Slack package - libtool issues)
cd /kit/kodi-slack-build/deps/
tar -xjpf libgpg-error-1.27.tar.bz2
cd libgpg-error-1.27
./configure --disable-largefile
- on pi1 run make -j 1 V=1
- on pi2/pi3 run make -j 4 V=1
make install
- lirc - 0.9.2 - you can try newer versions - it's worth compiling Kodi with it, even if you don't plan to use it right away (cannot create Slack package - libtool issues)
cd /kit/kodi-slack-build/deps/
wget ''
tar -xzpf lirc-0.9.2.tar.gz
cd lirc-0.9.2/
- lirc is not really CPU intensive - just optional - edit Makefiles (from all subdirs) and add to the CFLAGS:
CFLAGS = -O2 -g -Wall
-march=armv7-a -mtune=cortex-a7 -mfpu=neon-vfpv4 -mfloat-abi=hard
-march=armv6zk -mtune=arm1176jzf-s -mfpu=vfp -mfloat-abi=soft
-march=armv8-a+crc -mtune=cortex-a53 -mfpu=neon-fp-armv8 -mfloat-abi=hard
- on pi1 run make -j 1 V=1
- on pi2/pi3 run make -j 4 V=1
make install
- create dummy /var/run/lirc/lircd
mkdir -p /var/run/lirc/
touch /var/run/lirc/lircd
- yajl - needed by Kodi (cannot create Slack package - libtool issues)
cd /kit/kodi-slack-build/deps/
git clone git://
cd yajl/
make -j 1 V=1
make install
(DON'T use make -j 4! - it'll break the compilation)

- tinyXML - I couldn't compile it and got the necessary files packed manually in Slackware packages. Original files came from Debian Jessie:
- you could try and compile it on your own - create the so lib and document the process
- Here are the Slackware ARM packages (install with installpkg):
pi1 - tinyXML-2-6-2-Slack-ARMv6-SoftFloat.tgz
MD5: 30ba85f93703b8d6f22b42c273f3e9a8
pi2/pi3 - tinyXML-2-2-6-Slack-ARMv7-HardFloat.tgz
MD5: c27a0e70663b00a5a07640ad89b95504

Dependencies END ________________________________

Compiling Kodi:
- get the Kodi source and patches:
cd /kit/kodi-slack-build/
cd /kit/kodi-slack-build/patches
- if you'd like to run Kodi under a normal user (I'd advise to) and would like to exit Kodi after a timer and put your monitor/TV in sleepmode, then you need to patch the Kodi source code. You'll need to manually unpack 17.4-Krypton.tar.gz, substitute the /xbmc/powermanagement directory with the one online and pack it back into 17.4-Krypton.tar.gz
MD5: cc3965bb21370eb62881e3c7514f8787
For some reference:

- create the slack-desc needed by the kodi.SlackBuild (I never understood the proper format nor do I care to understand it ) file in /kit/kodi-slack-build/ with the content you'd like - for example on pi2:
appname: appname Kodi 17.4 FINAL - Powermanagement Fix - Raspberry Pi2 specific compilation
appname: Slackware 14.2 - current - arm 32 HF - HW Accel

- create the kodi.SlackBuild file in /kit/kodi-slack-build/
- the script below is tuned for pi2 and there are notes to tune it for other Pi platforms (pi1 / pi3)


# Slackware build script for kodi

# Copyright 2009-2015 Larry Hajali <larryhaja[at]gmail[dot]com>
# All rights reserved.
# Redistribution and use of this script, with or without modification, is
# permitted provided that the following conditions are met:
# 1. Redistributions of this script must retain the above copyright
#    notice, this list of conditions and the following disclaimer.
# Stripped down and personalized for Raspberry Pi1/2/3 arm by abga
# Still needs some work! Feel free to butcher it further.

#Creating work directory
mkdir -p /kit/kodi-slack-build/tmp/


if [ -z "$ARCH" ]; then
  case "$( uname -m )" in
    i?86) ARCH=i486 ;;
    arm*) ARCH=arm ;;
       *) ARCH=$( uname -m ) ;;


if [ "$ARCH" = "i486" ]; then
  SLKCFLAGS="-O2 -march=native -mtune=i686"
elif [ "$ARCH" = "i686" ]; then
  SLKCFLAGS="-O2 -march=i686 -mtune=i686"
elif [ "$ARCH" = "x86_64" ]; then
# pi1 use the following flags: -O2 -march=armv6zk -mtune=arm1176jzf-s -mfloat-abi=soft
# pi3 use the following flags: -O2 -march=armv8-a+crc -mtune=cortex-a53 -mfpu=neon-fp-armv8 -mfloat-abi=hard
  SLKCFLAGS="-O2 -march=armv7-a -mtune=cortex-a7 -mfpu=neon-vfpv4 -mfloat-abi=hard"

set -e

rm -rf $PKG
mkdir -p $TMP $PKG $OUTPUT
cd $TMP
tar xvf $CWD/$SRCNAM-$VERSION-$CODNAM.tar.gz 2>/dev/null || tar xvf $CWD/$VERSION-$CODNAM.tar.gz

chown -R root:root .
find -L . \
 \( -perm 777 -o -perm 775 -o -perm 750 -o -perm 711 -o -perm 555 \
  -o -perm 511 \) -exec chmod 755 {} \; -o \
 \( -perm 666 -o -perm 664 -o -perm 640 -o -perm 600 -o -perm 444 \
  -o -perm 440 -o -perm 400 \) -exec chmod 644 {} \;

export PATH="$PATH:$PWD/tools/depends/native/JsonSchemaBuilder/bin"

export PATH="$PATH:/opt/java/bin"

#pi1 - uncomment! - Slackware ARM 14.2 SoftFloat needs this patch
# Need to fix an autoreconf error with older version of pkg-config -
#cp /bin/grep /usr/bin/
#cat /usr/share/aclocal/pkg.m4 > m4/pkg.m4
#  >> m4/pkg.m4
#sed -i "/autoreconf/s|.*|& -I $PWD/m4|"

# Patch for Samba 4.0. 
patch -p1 < $CWD/patches/xbmc-Krypton-samba-4.0.patch

#Fix static linking for Texturepacker. Thanks to Gentoo.
# Issue:
patch -p0 < $CWD/patches/kodi-texturepacker.patch


# Prepare crossguid - otherwise kodi build fails
make -C tools/depends/target/crossguid PREFIX=/usr/local

# For pi1 change: --with-platform=raspberry-pi2 to --with-platform=raspberry-pi
# For pi3 leave unchanged -  target: --with-platform=raspberry-pi2
# If lirc is not needed, remove: --with-lirc-device=/var/run/lirc/lircd \
export C_INCLUDE_PATH=/opt/vc/include:/opt/vc/include/interface/vcos/pthreads
export CPLUS_INCLUDE_PATH=/opt/vc/include:/opt/vc/include/interface/vcos/pthreads
LDFLAGS="-L/opt/vc/lib/" \
./configure \
  --prefix=/usr \
  --libdir=/usr/lib${LIBDIRSUFFIX} \
  --docdir=/usr/doc/$PRGNAM-$VERSION \
  --enable-optimizations \
  --with-ffmpeg=shared \
  --disable-sdl \
  --enable-external-libraries \
  --disable-goom \
  --disable-hal \
  --disable-xrandr \
  --disable-airplay \
  --with-platform=raspberry-pi2 \
  --enable-player=omxplayer \
  --disable-debug \
  --with-lirc-device=/var/run/lirc/lircd \
  --disable-x11 \
  --disable-gl \
  --enable-gles \
  --disable-libcec \
  --disable-nfs \
  --disable-optical-drive \
  --disable-dvdcss \
  --disable-libbluray \
  --disable-joystick \
  --disable-vtbdecoder \
  --disable-vaapi \
  --disable-vdpau \
  --disable-avahi \
  --enable-alsa \
  --enable-pulse \
  --disable-asap-codec \
  --disable-mysql \
  --disable-webserver \
  --disable-upnp \
  --disable-mdnsembedded \
  --enable-texturepacker \

# pi1 only use 1 make job = make -j 1 V=1
make -j 4 V=1

# Wii controller usage. Default is no.
if ! [ "${WII:-no}" = "no" ]; then
  make -j 4 eventclients DESTDIR=$PKG WII_EXTRA_OPTS="-DCWIID_OLD"
  find $PKG/usr/lib${LIBDIRSUFFIX}/python* -iname "*\.py" -exec chmod 0644 '{}' \;
  # Create byte-compiled python files.
  python -m compileall $PKG/usr/lib${LIBDIRSUFFIX}/python*/site-packages/$PRGNAM

make install DESTDIR=$PKG
python -m compileall $PKG/usr/share/$PRGNAM/addons/service.xbmc.versioncheck

install -m 0755 tools/depends/native/TexturePacker/bin/TexturePacker $PKG/usr/lib${LIBDIRSUFFIX}/$PRGNAM

find $PKG -print0 | xargs -0 file | grep -e "executable" -e "shared object" | grep ELF \
  | cut -f 1 -d : | xargs strip --strip-unneeded 2> /dev/null || true

# Install manpages.
mkdir -p $PKG/usr/man/man1
for i in $PRGNAM.bin.1 $PRGNAM.1 $PRGNAM-standalone.1; do
  install -m 0644 docs/manpages/$i $PKG/usr/man/man1/$i

if ! [ "${WII:-no}" = "no" ]; then
  for i in $PRGNAM-j2meremote.1 $PRGNAM-ps3remote.1 $PRGNAM-wiiremote.1 $PRGNAM-send.1; do
    install -m 0644 docs/manpages/$i $PKG/usr/man/man1/$i
gzip -9 $PKG/usr/man/man?/*.?

cp -a tools/EventClients/README.txt $PKG/usr/doc/$PRGNAM-$VERSION
cat $CWD/$PRGNAM.SlackBuild > $PKG/usr/doc/$PRGNAM-$VERSION/$PRGNAM.SlackBuild

mkdir -p $PKG/install
cat /kit/kodi-slack-build/slack-desc > $PKG/install/slack-desc

cd $PKG
/sbin/makepkg -l y -c n $OUTPUT/$PRGNAM-$VERSION-$ARCH-$BUILD$TAG.${PKGTYPE:-tgz}

# pi1 - uncomment! - Slackware ARM 14.2 SoftFloat clean-up
#rm -f /usr/bin/grep
- make the script executable and start the compilation:
chmod +x /kit/kodi-slack-build/kodi.SlackBuild
cd /kit/kodi-slack-build/
nohup ./kodi.SlackBuild 2>&1 | tee kodi-build.log &
- on a pi2 wait for around 2-2,5 hours and if everything works well, you'll get the last line in the kodi-buil.log:
Slackware package /kit/kodi-slack-build/kodi-17.4-arm-1_SBo.tgz created.
- that is your Kodi 17.4 Slackware package - backup it somewhere!
- install the package
- add kodi group and user:
groupadd kodi
adduser kodi
Group: kodi
Directory: /home/kodi
Shell: /bin/bash
- add kodi to some necessary groups:
usermod -a -G cdrom,audio,video,plugdev,input,pulse,messagebus kodi
- don't yet start Kodi!

Kodi Addons:
- there are some Kodi specific addons and addons dependencies that need to be first compiled and installed (no Slackware packages due to libtool issues)
mkdir -p /kit/kodi-slack-build/addons/
- platform - needed by Kodi to be able to load other addons
cd /kit/kodi-slack-build/addons/
git clone
cd /kit/kodi-slack-build/addons/platform/
make && make install
- kodi-platform - needed by Kodi to be able to load other addons
cd /kit/kodi-slack-build/addons/
git clone
cd /kit/kodi-slack-build/addons/kodi-platform/
make && make install
- visualisation spectrum - not really needed but Kodi is looking after it and eating up 40% CPU! - nice addon for Audio Playback. The git code won't build under Slackware ARM and I lost my notes on what I did to make it work
- unofficial way:
- download Addon MOD:
MD5: 9a1069416b747d9135b65bd4bb5a6374
extract in:
cd /kit/visualization.spectrum
make && make install
- official way - doesn't build! - try diff to see what I've done - there were some cmake files mods I remember
cd /kit/kodi-slack-build/addons/
git clone
cd /kit/kodi-slack-build/addons/visualization.spectrum
make && make install
- tvheadend PVR addon - should you need it - the newest commit won't build - the older one 1caa390dc2ba92a7c614819a6fd427d534b09e62 is working well (using it without issues for almost 2 years)
cd /kit/kodi-slack-build/addons/
git clone
cd /kit/kodi-slack-build/addons/pvr.hts/
git checkout 1caa390dc2ba92a7c614819a6fd427d534b09e62
make && make install
____________ DONE!________________________________

- now, if you use X and Kodi on the same system, you'll need to switch between the EGL/GLES libs (MESA) that are coming with Slackware ARM and the ones in /opt/vc/
- Kodi 17.x is linking by default to /usr/lib - it is an issue discussed on the Kodi Forums. Kodi will crash if you start it and don't change the symlinks in /usr/lib
- to resolve this I created two small scripts that you should use when using Kodi / or X.
Nevertheless, when you update your system with slackpkg and you see mesa-x.x.x-arm in your list, then stop Kodi, run the script that puts back the symlinks for X and only then start the update!
Put them back at /opt/vc after the update is finished and you'd like to use Kodi.

cat /kit/glx
#! /bin/sh
cd /usr/lib
ln -s
ln -s
cat /kit/glkodi
#! /bin/sh
cd /usr/lib
ln -s /opt/vc/lib/
ln -s /opt/vc/lib/
- run your glkodi script and switch to user kodi
- launch Kodi for the first time:
export PATH="$PATH:/opt/java/bin"
------Configuration - Optimization--------
-enter the settings menu:

- in the Player Setting section:
- change the setting details (lower left corner) from Basic to Expert
Allow Hardware Acceleration = OMXPlayer
- disable MMAL !!!
- adjust display refresh rate = off
- volume adjustments =off
Sync playback to display = off

- in the System Settings - only if you are using the Analog Out of your Pi
- change the setting details (lower left corner) from Basic to Expert
- go to Audio
Audio output device: Pi Analogue
Keep audio device alive = off
Number of channels = 2
Output configuration = fixed
Maintain original volume on downmix = on
Stereo upmix = off
Sample quality = GPU accelerated
Limit sampling rate (kHz) = 44.1

- there is another crucial configuration for smooth playback and low system usage. Turn the de-interlace to BOB! and save it as default for all videos.
You can only access the de-interlace menu (well hidden) from within the contextual menu while playing some media (video). Press Enter on keyboard / OK on remote and the progress bar + some other icons will pop-up. Navigate to the gear symbol in the bottom right corner - settings - choose video settings and then choose Deinterlace Method: MMAL Bob - go down to Set as default for all media, press OK, then Close
- exit Kodi and make a backup of your /home/kodi folder - that's before you mess the configuration up, trust me

Last notes:
- BE ADVISED! Kodi will try to "call home" and update & doing some other interesting things. If you're paranoid, which is a quality nowadays, then just block the kodi user from accessing the internet in your firewall:
/usr/sbin/iptables -I OUTPUT -o eth0 -m owner --uid-owner kodi -j DROP
- on a Pi2B Kodi can play FullHD at 50-60fps with a mean CPU usage of 20%. If you're not achieving this, then you might have done something wrong in the configuration. I personally run Kodi all the time (playing satellite radio/tv in the background) and don't even feel it running (eating system resources), I only close it when I'm compiling something big.
- on a Pi0 Kodi can play FullHD streams at 50-60fps with a mean CPU usage of 100% with some framedrops (which can be caused by not being HardFloat and outputting the sound on Analog Out instead of HDMI - a little overhead), FullHD at 25FPS is running smooth even with tvheadend running on the same box (feeding the FullHD stream to Kodi). I guess that the pi0 will be able to play FullHD content @ 50-60FPS if taken directly from the storage (not a stream).
- Kodi work & configuration directory will be created in:
- in /home/kodi/.kodi/userdata you'll be able to fine tune the configuration with the help of advancedsettings.xml (create it if it doesn't exist)
- my advancedsettings.xml has the following content - telling curl to go to sleep after one try - I don't allow Kodi on the Internet and I had some issues with the timing of DVB streaming with tvheadend (pvr section):
<?xml version="1.0" encoding="UTF-8"?>
- there are a lot of options you can tune and there is a page describing all of them on the Kodi Wiki
- also in /home/kodi/.kodi/userdata/ you'll need to have your Lircmap.xml defined if you want to use lirc with Kodi
- in /home/kodi/.kodi/temp the kodi.log will be available - good for troubleshooting
- here are some performance measurements that you might use as reference:

Have Fun!

Don't forget to Provide Feedback & Ask Intelligent Questions

Last edited by abga; 09-16-2017 at 04:29 PM. Reason: messed up formatting - a few typos - added original Oracle jdk SoftFloat repository - added Kodi advanced config - yajl stuff
Old 11-04-2017, 05:13 PM   #2
Registered: Jul 2017
Location: EU
Distribution: Slackware x86 & ARM
Posts: 115

Original Poster
Rep: Reputation: 29
There's a new Kodi version available 17.5 (together with its paired FFMPEG 3.1.11-Krypton-17.5.tar.gz)and while I'm not really maintaining this, actually there's no maintenance necessary, at least I can just update from time to time since I'm also compiling new versions of Kodi for my own needs.
If you want to upgrade you need to uninstall your previous version of Kodi with removepkg /varlog/packages/NAME-OF-YOUR-KODI-build
Then manually clean some remaining subdirs:
rm -rf /usr/share/kodi/
rm -rf /usr/lib/kodi/
rm -rf /usr/include/kodi/
Get the new FFMPEG and Kodi packages (substitute the links in the guide above):
#FFMPEG 3.1.11 for Kody Krypton 17.5
#Kodi Krypton 17.5
Uninstall your older FFmpeg, build & install the new FFmpeg, then uninstall the older Kodi, build and install the new Kodi (you don't need to build the other dependencies apart from FFMPEG again). Afterwards you'll just need to rebuild the Kodi Addons.

Last edited by abga; 11-04-2017 at 05:22 PM. Reason: rephrasing
Old 11-16-2017, 02:23 PM   #3
Registered: Jul 2017
Location: EU
Distribution: Slackware x86 & ARM
Posts: 115

Original Poster
Rep: Reputation: 29
If you are somehow bored and looking to compile Kodi again , maybe out of masochism, I'm not, I'm still using the Kodi 17.1 for "production" but always building - checking - deleting the new versions, Kodi 17.6 just got released and it appears to be the last 17.x bugfix release before Kodi Leia 18.x
It uses the same FFmpeg version like 17.5, no need to update it.

A general rule to get the latest (paired) FFmpeg Version - download the latest Kodi release source code archive and check the file FFMPEG-VERSION from the tools/depends/target/ffmpeg/ subdirectory.
For example on Kodi 17.6:
Use the version number you learned to build the link and get FFmpeg:


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