Tag Archive: blackberry


I think a lot of people have been struggling with mass converting of videos for the ps3…
I’ve been searching for a way to mass convert my videos (mostly podcasts) to play on my Sony PlayStation 3 over the wire with Mediatomb.  For a long time I’ve been using a hodpodge of mp4box and mencoder to convert the videos.  The problem was that mp4box more often then not would crash or get stuck in a loop where it fills up a 1TB harddrive converting a 20mb file.  There had to be a better way.

If your ffmpeg doesn’t support x264 (video) or aac (audio) encoding, like all Ubuntu Linux distributions, then you will have to recompile ffmpeg.  Don’t worry, it is easier then you think!

FakeOutdoorsman over on the Ubuntu Forums posted the method to build ffmpeg from scratch:

Choose your Ubuntu

0.The instructions on the page are for Ubuntu Jaunty Jackalope 9.04 and Ubuntu Intrepid Ibex 8.10. Separate instructions are also available for other releases:

* Install FFmpeg and x264 on Ubuntu Hardy Heron 8.04 LTS
* Install FFmpeg and x264 on Ubuntu Dapper Drake 6.06 LTS

Getting the Dependencies

1. Uninstall x264, libx264-dev, and ffmpeg if they are already installed. Open a terminal and run the following:

sudo apt-get purge ffmpeg x264 libx264-dev

2. Next, get all of the packages you will need to install FFmpeg and x264 (you may need to enable the universe and multiverse repositories):

Code:

sudo apt-get update
sudo apt-get install build-essential subversion git-core checkinstall yasm texi2html libfaac-dev libfaad-dev libmp3lame-dev libsdl1.2-dev libtheora-dev libx11-dev libxvidcore4-dev zlib1g-dev

Install x264
3. Get the most current source files from the official x264 git repository, compile, and install. You can run “./configure –help” to see what features you can enable/disable. If you are behind a firewall or unable to use git, then daily source tarballs are also available.

cd
git clone git://git.videolan.org/x264.git
cd x264
./configure
make
sudo checkinstall –fstrans=no –install=yes –pkgname=x264 –pkgversion "1:0.svn`date +%Y%m%d`-0.0ubuntu1" –default

Install FFmpeg
4. Get the most current source files from the official FFmpeg svn, compile, and install. Run “./configure –help” to see what features you can enable/disable. If you are behind a firewall or unable to use subversion, then nightly FFmpeg snapshots are also available.

cd
svn checkout svn://svn.ffmpeg.org/ffmpeg/trunk ffmpeg
cd ffmpeg
./configure –enable-gpl –enable-nonfree –enable-pthreads –enable-libfaac –enable-libfaad –enable-libmp3lame –enable-libtheora –enable-libx264 –enable-libxvid –enable-x11grab
make
sudo checkinstall –fstrans=no –install=yes –pkgname=ffmpeg –pkgversion "3:0.svn`date +%Y%m%d`-12ubuntu3" –default

That’s it for installation. You can keep the ~/x264 and ~/ffmpeg directories if you later want to update the source files to a new revision. See “Updating Your Installation” below for more details.

Now that we have a working ffmpeg, we can go on to the converting the video files (convert_videos.sh):

#!/bin/bash

function print_usage {
  echo "============================================================================================="
  echo "        convert_videos.sh [file|directory] [output directory] {bb|bb_storm|ps3} {file prefix}"
  echo "============================================================================================="
}

function verify_file {
  echo j
}

function process_file {
  ORIG_FILE="$1"
  DEST_DIR="$2"

  if [[ -z ${BLACKBERRY} ]]; then
    DEST_FILE=${DEST_DIR}/${FILE_PREFIX}$( basename "${ORIG_FILE}" | perl -ne ‘s/\.(?:[a-z,A-Z,0-9]{3,4})$/\.mp4/; print $_’ )
  else
    DEST_FILE=${DEST_DIR}/${FILE_PREFIX}$( basename "${ORIG_FILE}" | perl -ne ‘s/\.(?:[a-z,A-Z,0-9]{3,4})$/_bb\.mp4/; print $_’ )
  fi

  if [[ -f "${DEST_FILE}" ]]; then
    echo "    We already processed \"${ORIG_FILE}\" … skipping"
  else
    VID_INFO_FPS=$( mplayer -identify -nosound -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep FPS )
    VID_INFO_FPS=${VID_INFO_FPS#*=}
    VID_INFO_WIDTH=$( mplayer -identify -nosound -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep WIDTH )
    VID_INFO_WIDTH=${VID_INFO_WIDTH##*=}
    VID_INFO_HEIGHT=$( mplayer -identify -nosound -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep HEIGHT )
    VID_INFO_HEIGHT=${VID_INFO_HEIGHT##*=}
    VID_INFO_ASPECT=$( mplayer -identify -nosound -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep ASPECT )
    VID_INFO_ASPECT=${VID_INFO_ASPECT##*=}

    AUD_INFO_FORMAT=$( mplayer -identify -ao null -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep AUDIO_FORMAT )
    AUD_INFO_FORMAT=${AUD_INFO_FORMAT##*=}
    AUD_INFO_CHANNELS=$( mplayer -identify -ao null -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep AUDIO_NCH )
    AUD_INFO_CHANNELS=${AUD_INFO_CHANNELS##*=}
    AUD_INFO_BITRATE=$( mplayer -identify -ao null -vo null -nocache -really-quiet -frames 1 "${ORIG_FILE}" 2>/dev/null | grep ID_AUDIO_BITRATE )
    AUD_INFO_BITRATE=${AUD_INFO_BITRATE##*=}

    if (( ${AUD_INFO_BITRATE} < 163840 )); then
      AUD_INFO_BITRATE=160
    else
      AUD_INFO_BITRATE=$( expr ${AUD_INFO_BITRATE} / 1024 )
    fi

    ###############
    #  We need to make the frame rate an acceptible amoun
    ###############
    case ${VID_INFO_FPS} in
      60.000)
        # HD
        VID_INFO_FPS=59.94
        ;;
      30.000)
        # NTSC
        VID_INFO_FPS=29.97
        ;;
      24.000)
        # PAL
        VID_INFO_FPS=23.97
        ;;
    esac

    ###############
    #  We need to make the video resolution a multiple of 16 for it to be properly compressed
    ###############
    if (( ${VID_INFO_HEIGHT} % 16 )); then
      VID_BORDER_VERTICAL=$( expr 16${VID_INFO_HEIGHT} % 16 )
      VID_BORDER_VERTICAL=$( expr ${VID_BORDER_VERTICAL} / 2 )

      if (( ${VID_BORDER_VERTICAL} % 2 )); then
        let VID_BORDER_VERTICAL_TOP+=$( expr ${VID_BORDER_VERTICAL}1 )
        let VID_BORDER_VERTICAL_BOTTOM+=$( expr ${VID_BORDER_VERTICAL} + 1 )
      else
        VID_BORDER_VERTICAL_TOP=${VID_BORDER_VERTICAL}
        VID_BORDER_VERTICAL_BOTTOM=${VID_BORDER_VERTICAL}
      fi
    else
      VID_BORDER_VERTICAL_TOP=0
      VID_BORDER_VERTICAL_BOTTOM=0
    fi
 
    if (( ${VID_INFO_WIDTH} % 16 )); then
      VID_BORDER_HORIZONTAL=$( 16${VID_INFO_WIDTH} % 16 )
      VID_BORDER_HORIZONTAL=$( ${VID_INFO_WIDTH} / 2 )

      if (( ${VID_BORDER_HORIZONTAL} % 2 )); then
        let VID_BORDER_HORIZONTAL_RIGHT+=$( expr ${VID_BORDER_HORIZONTAL} + 1 )
        let VID_BORDER_HORIZONTAL_LEFT+=$( expr ${VID_BORDER_HORIZONTAL}1 )
      else
        VID_BORDER_HORIZONTAL_RIGHT=${VID_BORDER_HORIZONTAL}
        VID_BORDER_HORIZONTAL_LEFT=${VID_BORDER_HORIZONTAL}
      fi
    else
      VID_BORDER_HORIZONTAL_LEFT=0
      VID_BORDER_HORIZONTAL_RIGHT=0
    fi

    if [[ -z ${VID_INFO_ASPECT} ]] || [[ ${VID_INFO_ASPECT} == "0.0000" ]]; then
      VID_INFO_ASPECT="16:9"
    fi

    if [[ -z ${AUD_INFO_CHANNELS} ]]; then
      AUD_INFO_CHANNELS=2
    fi

    ##############
    # If we’re not converting for the blackberry, perform a normal conversion
    ##############
    if [[ -z ${BLACKBERRY} ]]; then
      VID_INFO_RESOLUTION="${VID_INFO_WIDTH}x${VID_INFO_HEIGHT}"

      convert_file_first_pass

      if [[ ! -z ${FIRST_PASS_BITRATE} ]]; then
        BITRATE=${FIRST_PASS_BITRATE}
      fi
    else
      ############
      # if we have a blackberry, set the resolution appropriately
      ############
      case ${BB_TYPE} in
        STORM)
          VID_INFO_RESOLUTION="480×360"
          ;;
        *)
          VID_INFO_RESOLUTION="240×180"
          ;;
      esac
    fi

    convert_file_second_pass
  fi
}

function process_directory {
 ORIG_VIDEO_DIR="$1"
 DEST_VIDEO_DIR="$2"

  if [[ -d "${ORIG_VIDEO_DIR}" ]] && [[ -d "${DEST_VIDEO_DIR}" ]]; then
    IFS=$‘\n’

    for ORIG_VIDEO_FILE in $( find "${ORIG_VIDEO_DIR}" -depth -maxdepth 1 -type f -readable -iregex ‘.*\.\(3gp\|3g2\|avi\|divx\|flv\|m4v\|mj2\|mov\|mp1\|mp2\|mp4\|mpe\|mpeg\|mpeg4\|mpg\|mkv\|mv\|ogm\|rm\|rmvb\|rv\|qt\|wmv\)’ ); do
      process_file "${ORIG_VIDEO_FILE}" "${DEST_VIDEO_DIR}"
    done
  fi
}

function convert_file_first_pass {
  echo "—————————————————-"
  echo "   First pass: ${ORIG_FILE}"
  echo "ffmpeg -i \"${ORIG_FILE}\" -an -pass 1 \
   -vcodec libx264 -flags +loop -cmp +chroma -partitions +parti4x4+partp8x8+partb8x8 \
   -me_method epzs -subq 1 -trellis 0 -refs 1 -bf 3 -b_strategy 1 -level 31 -coder 1 -me_range 16 -g 250 -keyint_min 25 \
   -sc_threshold 40 -i_qfactor 0.71 -bt 200kb -rc_eq ‘blurCplx^(1-qComp)’ -qcomp 0.6 -qmin 1 -qmax 51 -qdiff 4 \
   -padtop ${VID_BORDER_VERTICAL_TOP} -padbottom ${VID_BORDER_VERTICAL_BOTTOM} \
   -padleft ${VID_BORDER_HORIZONTAL_LEFT} -padright ${VID_BORDER_HORIZONTAL_RIGHT} \
   -threads 2 \
   -s ${VID_INFO_RESOLUTION} -aspect ${VID_INFO_ASPECT} -f rawvideo -y /dev/null"

  ffmpeg -i "${ORIG_FILE}" -an -pass 1 \
    -vcodec libx264 -flags +loop -cmp +chroma -partitions +parti4x4+partp8x8+partb8x8 \
    -me_method epzs -subq 1 -trellis 0 -refs 1 -bf 3 -b_strategy 1 -level 31 -coder 1 -me_range 16 -g 250 -keyint_min 250 \
    -sc_threshold 40 -i_qfactor 0.71 -bt 200kb -rc_eq ‘blurCplx^(1-qComp)’ -qcomp 0.6 -qmin 1 -qmax 51 -qdiff 4 \
    -padtop ${VID_BORDER_VERTICAL_TOP} -padbottom ${VID_BORDER_VERTICAL_BOTTOM} \
    -padleft ${VID_BORDER_HORIZONTAL_LEFT} -padright ${VID_BORDER_HORIZONTAL_RIGHT} \
    -threads 2 \
    -s ${VID_INFO_RESOLUTION} -aspect ${VID_INFO_ASPECT} -f rawvideo -y /dev/null 2>&1 | tee pass2.out

  BITRATE=$( grep -e "\[libx264.*kb\/s" pass2.out )
  BITRATE=${BITRATE##*:}
  BITRATE=${BITRATE/.*}

  echo "average first pass bitrate: ${BITRATE}"

  if [[ -n ${BITRATE} ]]; then
    if (( ${BITRATE} % 16 )); then
      let BITRATE+=$( expr ${BITRATE} % 16 )
    fi
  else
    if (( ${VID_INFO_WIDTH} > 1024 )); then
       BITRATE=15360
    elif (( ${VID_INFO_WIDTH} > 900 )); then
       BITRATE=10240
    elif (( ${VID_INFO_WIDTH} > 719 )); then
       BITRATE=8192
    elif (( ${VID_INFO_WIDTH} > 620 )); then
       BITRATE=2560
    else
       BITRATE=512
    fi
  fi

  MAX_BITRATE=$( expr ${BITRATE} + 512 )
}

function convert_file_second_pass {
  echo "—————————————————-"
  echo "   Second pass: ${ORIG_FILE}"

  if [[ -n ${BLACKBERRY} ]]; then
    echo "ffmpeg -i \"${ORIG_FILE}\" -vcodec mpeg4 -vtag XVID -s ${VID_INFO_RESOLUTION} \
     -qscale 10 -ab 48k -ar 22050 -ac 2 -acodec libmp3lame -deinterlace \
     -b 512kb -qmin 1 -qmax 51 \
     -padtop ${VID_BORDER_VERTICAL_TOP} -padbottom ${VID_BORDER_VERTICAL_BOTTOM} \
     -padleft ${VID_BORDER_HORIZONTAL_LEFT} -padright ${VID_BORDER_HORIZONTAL_RIGHT} \
     -aspect ${VID_INFO_ASPECT} \"${DEST_FILE}\""

    ffmpeg -i "${ORIG_FILE}" -vcodec mpeg4 -vtag XVID -s ${VID_INFO_RESOLUTION} \
      -ab 48k -ar 22050 -ac 2 -acodec libmp3lame -deinterlace \
      -b 512kb -qmin 1 -qmax 51 \
      -padtop ${VID_BORDER_VERTICAL_TOP} -padbottom ${VID_BORDER_VERTICAL_BOTTOM} \
      -padleft ${VID_BORDER_HORIZONTAL_LEFT} -padright ${VID_BORDER_HORIZONTAL_RIGHT} \
      -aspect ${VID_INFO_ASPECT} "${DEST_FILE}"
  else
    echo "ffmpeg -i \"${ORIG_FILE}\" -acodec libfaac -ar 44100 -ac ${AUD_INFO_CHANNELS} \
     -async 1 -f mp4 -pass 2 -vcodec libx264 -vtag XVID -flags +loop+ilme -cmp +chroma \
     -partitions +parti4x4+partp8x8+partb8x8 -flags2 +mixed_refs -me_method umh -subq 5 \
     -trellis 1 -refs 5 -bf 3 -b_strategy 1 -level 31 -coder 1 -me_range 16 \
     -g 250 -keyint_min 250 -sc_threshold 40 -i_qfactor 0.71 -bt 200kb \
     -rc_eq ‘blurCplx^(1-qComp)’ -qcomp 0.6 -qmin 3 -qmax 15 -qdiff 4 \
     -s ${VID_INFO_RESOLUTION} -aspect ${VID_INFO_ASPECT} \
     -padtop ${VID_BORDER_VERTICAL_TOP} -padbottom ${VID_BORDER_VERTICAL_BOTTOM} \
     -padleft ${VID_BORDER_HORIZONTAL_LEFT} -padright ${VID_BORDER_HORIZONTAL_RIGHT} \
     -b ${BITRATE}kb -maxrate ${MAX_BITRATE}kb \
     -bufsize ${MAX_BITRATE}kb -ab ${AUD_INFO_BITRATE}kb \
     -threads 2 \
     -r ${VID_INFO_FPS} \"${DEST_FILE}\""

    ffmpeg -i "${ORIG_FILE}" -acodec libfaac -ar 44100 -ac ${AUD_INFO_CHANNELS} \
      -async 1 -f mp4 -pass 2 -vcodec libx264 -vtag XVID -flags +loop+ilme -cmp +chroma \
      -partitions +parti4x4+partp8x8+partb8x8 -flags2 +mixed_refs -me_method umh -subq 5 \
      -trellis 1 -refs 5 -bf 3 -b_strategy 1 -level 31 -coder 1 -me_range 16 \
      -g 250 -keyint_min 250 -sc_threshold 40 -i_qfactor 0.71 -bt 200kb \
      -rc_eq ‘blurCplx^(1-qComp)’ -qcomp 0.6 -qmin 1 -qmax 51 -qdiff 4 \
      -s ${VID_INFO_RESOLUTION} -aspect ${VID_INFO_ASPECT} \
      -padtop ${VID_BORDER_VERTICAL_TOP} -padbottom ${VID_BORDER_VERTICAL_BOTTOM} \
      -padleft ${VID_BORDER_HORIZONTAL_LEFT} -padright ${VID_BORDER_HORIZONTAL_RIGHT} \
      -b ${BITRATE}kb -maxrate ${MAX_BITRATE}kb \
      -bufsize ${MAX_BITRATE}kb -ab ${AUD_INFO_BITRATE}kb \
      -threads 2 \
      -r ${VID_INFO_FPS} "${DEST_FILE}"
  fi
}

if [[ -n "$1" ]] && [[ -n "$2" ]]; then
  if [[ -n "$3" ]]; then
    case "$3" in
      bb)
        BLACKBERRY=1
        BB_TYPE="norm"
        ;;
      bb_storm)
        BLACKBERRY=1
        BB_TYPE="STORM"
        ;;
      ps3)
        ;;
      *)
        ;;
    esac
  fi

  if [[ -n "$4" ]]; then
    FILE_PREFIX="${4}_"
  else
    FILE_PREFIX=""
  fi

  if [[ -f "$1" ]]; then
    process_file "$1" "$2"
  elif [[ -d "$1" ]]; then
    process_directory "$1" "$2"
  fi
else
  print_usage
  exit
fi
 

The ffmpeg parameters are based off of Using ffmpeg to transcode video for the PS3. Hope his works for you too.

In iTunes 8, Apple has mentioned in their “What’s New in iTunes 8” that it is possible to upgrade your iTunes music to non-DRM’d for a small fee.  Great!

I purchased quite a bit of music from the iTunes store when I ran WinXP as my primary desktop.  Now I can legally convert them to something that Linux (and my Blackberry Storm) can read!

Let me just pull up iTunes and do that.  Can’t find how do upgrade my iTunes music from within iTunes.  Tried help but that didn’t give me any clue.

After much hunting on the apple.com website, I was able to figure out that while iTunes supports the upgrade, it appears that Apple really doesn’t want you to else they would have made it far less obscure on how to do it.  In Apple’s TechDoc HT1711, you will be directed to go to a special link that will activate the upgrade process in iTunes 8.

Excerpt from the Apple TechDoc:

Can I upgrade previously purchased music to iTunes Plus?

Yes. Any available upgrades will be shown on the Upgrade to iTunes Plus page. You can upgrade all of your items at once by using the Buy All button. This replaces all eligible previous purchases with iTunes Plus versions of the same items. You can also choose to make individual upgrades by clicking the Buy button to the right of each item. Song upgrades are available for 0.30 USD, video upgrades for 0.60 USD, and albums for 30 percent of the album price. The counter to the right of the “Upgrade to iTunes Plus” link in the Quick Links box will indicate when additional eligible content become available.

You can view your eligible iTunes Plus upgrade items by clicking here.

After you re-purchase *cough* upgrade your music, iTunes will download the music files (with the .M4a extension) and replace your old DRM encumbered music (with the .M4P extension).  Note that the non-DRM music files will contain enough information for you to identified easily if you should share your music with your friends.  The music files also contain water marks that will also survive if you should convert the non-DRM music files into mp3, ogg or flac files.  So, share your music at your own risk.