Mass move of uncompiled packages to abs_not_built.

The will sit here for a bit, and then will be removed completely if no one claims them.

2 files changed, 0 insertions, 342 deletions

diff --git a/abs/core/test-pattern/PKGBUILD b/abs/core/test-pattern/PKGBUILD
deleted file mode 100644
index 7ac825b..0000000
--- a/abs/core/test-pattern/PKGBUILD
+++ /dev/null
@@ -1,16 +0,0 @@
-pkgname=test-pattern
-pkgver=1.0
-pkgrel=6
-arch=('i686')
-pkgdesc="script to create test pattern videos"
-depends=(imagemagick)
-license=('GPL')
-source=(test_pattern.bash)
-
-build() {
-  cd $startdir/src
-#  mkdir $startdir/pkg/usr/bin/
-  install -m755 -D test_pattern.bash $startdir/pkg/usr/bin/test_pattern.bash
-}
-
-md5sums=('3a427a5dee0763c6b0a5938fedbde883')
diff --git a/abs/core/test-pattern/test_pattern.bash b/abs/core/test-pattern/test_pattern.bash
deleted file mode 100755
index d220fb0..0000000
--- a/abs/core/test-pattern/test_pattern.bash
+++ /dev/null
@@ -1,326 +0,0 @@
-#!/bin/bash
-
-# Set default options to be overriden by command line arguments.
-
-w=400
-h=325
-rate=50
-TEMPDIR=
-unset remove_tempdir
-interlaced=
-aspect_ratio=
-bitrate=
-
-while getopts ":w:h:t:r:ia:b:" opt; do
-  case $opt in
-    w)
-      w=$OPTARG
-      ;;
-    h)
-      h=$OPTARG
-      ;;
-    t)
-      TEMPDIR=$OPTARG
-      ;;
-    r)
-      rate=$OPTARG
-      ;;
-    i)
-      interlaced=TRUE
-      ;;
-    a)
-      aspect_ratio=$OPTARG
-      ;;
-    b)
-      bitrate=$OPTARG
-      ;;
-    \?)
-      echo -n "\
-Error: Invalid option -$OPTARG
-
-Usage:
-  test_pattern.bash [options]
-    -w width
-	The width in pixels.
-    -h height
-        The height in pixels.
-    -t tempdir
-	Temporary directory for intermediate files. If no directory is specified, one is created and deleted at the end of processing.
-    -r fieldrate
-    -i
-	Generate an interlaced test pattern
-    -a n:m
-	Aspect ratio of generated video.
-    -b bitrate
-	Bitrate used for encoding.
-
-Example:
-test_pattern.bash -w 1440 -h 1080 -t temp -r 50 -i -a 16:9 -b 12000k
-"
-      exit 1
-  esac
-done
-
-if [ -z "$aspect_ratio" ] ; then
-  aspect_ratio="${w}:${h}"
-fi
-
-aspectx=$(echo $aspect_ratio | cut -d: -f1)
-aspecty=$(echo $aspect_ratio | cut -d: -f2)
-
-# Calculate some dimensions based on the requested size.
-
-barw=$((w/32))
-barstep=$((w/90))
-barstart=$((-barw/barstep-1))
-
-frames=$((w/2))
-
-unity=$((h*2/27))
-unitx=$((unity*aspecty*w/(aspectx*h)))
-gridlw=$((unity*3/43))
-
-echo unity=$unity
-echo unitx=$unitx
-
-nvgrid=$(((h-gridlw)/unity))
-nhgrid=$(((((w-gridlw)/unitx)-1)/2*2+1))
-
-gridstartx=$((w/2-(nhgrid*unitx+gridlw)/2-1))
-gridstarty=$((h/2-(nvgrid*unity+gridlw)/2-1))
-
-echo nvgrid=$nvgrid
-echo nhgrid=$nhgrid
-echo gridstartx=$gridstartx
-echo gridstarty=$gridstarty
-
-echo parsed tempdir $TEMPDIR
-
-if [ -z "$TEMPDIR" ] ; then
-  TEMPDIR=$(mktemp -d --tmpdir=/tmp)
-  remove_tempdir=1
-else
-  if [ ! -d "$TEMPDIR" ] ; then
-    mkdir $TEMPDIR
-  fi
-fi
-
-echo parsed tempdir $TEMPDIR $remove_tempdir
-
-unset checker
-checker=( -fill "rgb(192,192,192)" ) 
-for ((g=-9;g<=7;g=g+2)) ; do
-  checker=( "${checker[@]}" 
-    -draw 
-    "rectangle $((w/2+g*unitx*7/10)),$((gridstarty+unity*3+gridlw)) $((w/2+(g+1)*unitx*7/10)),$((gridstarty+unity*4+gridlw))" )
-done
-
-checker=( "${checker[@]}" -fill black )
-for ((g=-8;g<=8;g=g+2)) ; do
-  checker=( "${checker[@]}" 
-    -draw 
-    "rectangle $((w/2+g*unitx*7/10)),$((gridstarty+unity*3+gridlw)) $((w/2+(g+1)*unitx*7/10)),$((gridstarty+unity*4+gridlw))" )
-done
-
-unset stripe
-stripe=( -fill white )
- 
-for ((g=0;g<5;g++)) ; do
-  startx=$((w/2+(3-g*2)*unitx))
-  endx=$((startx+2*unitx))
-
-  for ((x=startx;x<endx;x=x+2*(g+1))) ; do 
-    stripe=( "${stripe[@]}" 
-      -draw 
-      "rectangle $x,$((gridstarty+unity*7+gridlw)) $((x+g)),$((gridstarty+unity*9+gridlw))" )
-  done
-done
-
-for ((g=0;g<13;g++)) ; do
-  stripe=( "${stripe[@]}" 
-    -draw 
-    "rectangle $((gridstartx+(nhgrid/2-6+g)*unitx)),$((gridstarty+unity*6+gridlw)) $((gridstartx+(nhgrid/2-6+g)*unitx+gridlw)),$((gridstarty+unity*7+gridlw-1))" )  
-done
-
-convert -size ${w}x${h} xc:white \
-        -fill "rgb(204,204,0)" \
-        -draw "rectangle $((w/2-6*unitx)),$((gridstarty+unity*4+gridlw)) $((w/2-4*unitx)),$((gridstarty+unity*6+gridlw))" \
-        -draw "rectangle $((w/2-6*unitx)),$((gridstarty+unity*11+gridlw)) $((w/2+6*unitx)),$((gridstarty+unity*13+gridlw))" \
-        -fill "rgb(0,204,204)" \
-        -draw "rectangle $((w/2-4*unitx)),$((gridstarty+unity*4+gridlw)) $((w/2-2*unitx)),$((gridstarty+unity*6+gridlw))" \
-        -fill "rgb(0,204,0)" \
-        -draw "rectangle $((w/2-2*unitx)),$((gridstarty+unity*4+gridlw)) $((w/2-0*unitx)),$((gridstarty+unity*6+gridlw))" \
-        -fill "rgb(204,0,204)" \
-        -draw "rectangle $((w/2-0*unitx)),$((gridstarty+unity*4+gridlw)) $((w/2+2*unitx)),$((gridstarty+unity*6+gridlw))" \
-        -fill "rgb(204,0,0)" \
-        -draw "rectangle $((w/2+2*unitx)),$((gridstarty+unity*4+gridlw)) $((w/2+4*unitx)),$((gridstarty+unity*6+gridlw))" \
-        -draw "rectangle $((w/2-unitx/2)),$((gridstarty+unity*11+gridlw)) $((w/2+unitx/2)),$((gridstarty+unity*13+gridlw))" \
-        -fill "rgb(0,0,204)" \
-        -draw "rectangle $((w/2+4*unitx)),$((gridstarty+unity*4+gridlw)) $((w/2+6*unitx)),$((gridstarty+unity*6+gridlw))" \
-\
-	-fill black \
-        -draw "rectangle $((w/2-6*unitx)),$((gridstarty+unity*6+gridlw)) $((w/2+6*unitx)),$((gridstarty+unity*9+gridlw))" \
-	"${stripe[@]}" \
-	-fill black \
-        -draw "rectangle $((w/2-(unitx-gridlw)/2)),$((gridstarty+unity*5+gridlw)) $((w/2+(unitx-gridlw)/2-1)),$((gridstarty+unity*8+gridlw))" \
-	-fill white \
-        -draw "rectangle $((w/2-6*unitx)),$((h/2-gridlw/2)) $((w/2+6*unitx)),$((h/2-gridlw/2+gridlw))" \
-        -draw "rectangle $((w/2-gridlw/2)),$((gridstarty+unity*5+gridlw)) $((w/2-gridlw/2+gridlw)),$((gridstarty+unity*8+gridlw))" \
-\
-        -fill "rgb(0,0,0)" \
-        -draw "rectangle $((w/2-6*unitx)),$((gridstarty+unity*9+gridlw)) $((w/2-4*unitx)),$((gridstarty+unity*10+gridlw))" \
-        -fill "rgb(51,51,51)" \
-        -draw "rectangle $((w/2-4*unitx)),$((gridstarty+unity*9+gridlw)) $((w/2-2*unitx)),$((gridstarty+unity*10+gridlw))" \
-        -fill "rgb(102,102,102)" \
-        -draw "rectangle $((w/2-2*unitx)),$((gridstarty+unity*9+gridlw)) $((w/2-0*unitx)),$((gridstarty+unity*10+gridlw))" \
-        -fill "rgb(153,153,153)" \
-        -draw "rectangle $((w/2-0*unitx)),$((gridstarty+unity*9+gridlw)) $((w/2+2*unitx)),$((gridstarty+unity*10+gridlw))" \
-        -fill "rgb(204,204,204)" \
-        -draw "rectangle $((w/2+2*unitx)),$((gridstarty+unity*9+gridlw)) $((w/2+4*unitx)),$((gridstarty+unity*10+gridlw))" \
-        -fill "rgb(255,255,255)" \
-        -draw "rectangle $((w/2+4*unitx)),$((gridstarty+unity*9+gridlw)) $((w/2+6*unitx)),$((gridstarty+unity*10+gridlw))" \
-\
-        -fill black \
-        -draw "rectangle $((w/2-2*unitx)),$((gridstarty+unity*1+gridlw)) $((w/2+2*unitx)),$((gridstarty+unity*2+gridlw))" \
-        -draw "rectangle $((w/2-6*unitx)),$((gridstarty+unity*2+gridlw)) $((w/2-3*unitx)),$((gridstarty+unity*3+gridlw))" \
-        -draw "rectangle $((w/2+6*unitx)),$((gridstarty+unity*2+gridlw)) $((w/2+3*unitx)),$((gridstarty+unity*3+gridlw))" \
-        -draw "rectangle $((gridstartx+(nhgrid/2-2)*unitx)),$((gridstarty+unity*2+gridlw)) $((gridstartx+(nhgrid/2-2)*unitx+gridlw)),$((gridstarty+unity*3+gridlw))" \
-        -draw "rectangle $((w/2-3*unitx+1)),$((gridstarty+unity*10+gridlw)) $((w/2+3*unitx)),$((gridstarty+unity*11+gridlw))" \
-        -fill white \
-        -draw "rectangle $((gridstartx+(nhgrid/2-2)*unitx)),$((gridstarty+unity*10+gridlw)) $((gridstartx+(nhgrid/2-2)*unitx+gridlw)),$((gridstarty+unity*11+gridlw))" \
-	"${checker[@]}" \
-        ${TEMPDIR}/centre.png
-
-convert -size ${w}x${h} xc:black \
-	-fill white \
-	-draw "ellipse $((w/2)),$((h/2)) $((6*unitx)),$((6*unity)) 0,360" \
-	${TEMPDIR}/circle.png 
-
-unset drawgrid
-drawgrid=( -fill white )
-for ((g=0;g<=$nhgrid;g++)) ; do
-  drawgrid=( "${drawgrid[@]}" 
-    -draw 
-    "rectangle $((gridstartx+g*unitx)),0 $((gridstartx+g*unitx+gridlw)),$h" )
-done
-
-for ((g=0;g<=$nvgrid;g++)) ; do
-  drawgrid=( "${drawgrid[@]}" 
-    -draw 
-    "rectangle 0,$((gridstarty+g*unity)) $w,$((gridstarty+g*unity+gridlw))" )
-done
-
-drawgrid=( "${drawgrid[@]}" 
-  -draw "rectangle 0,0 $gridstartx,$h" 
-  -draw "rectangle 0,0 $w,$gridstarty" 
-  -draw "rectangle $w,$h $((gridstartx+nhgrid*unitx)),0" 
-  -draw "rectangle $w,$h 0,$((gridstarty+nvgrid*unity))" 
-  -fill black
-)
-
-for ((g=0;g<=$nhgrid;g=g+2)) ; do
-  drawgrid=( "${drawgrid[@]}" 
-    -draw 
-    "rectangle $((gridstartx+g*unitx+gridlw+1)),0 $((gridstartx+(g+1)*unitx)),$((gridstarty-1))"
-    -draw
-    "rectangle $((gridstartx+g*unitx+gridlw+1)),$((gridstarty+nvgrid*unity+gridlw+1)) $((gridstartx+(g+1)*unitx)),$h" 
-  )
-done
-
-for ((g=0;g<=$nvgrid;g=g+2)) ; do
-  drawgrid=( "${drawgrid[@]}" 
-    -draw 
-    "rectangle 0,$((gridstarty+g*unity+gridlw+1)) $((gridstartx-1)),$((gridstarty+(g+1)*unity-1))"
-    -draw
-    "rectangle $((gridstartx+nhgrid*unitx+gridlw+1)),$((gridstarty+g*unity+gridlw+1)) $w,$((gridstarty+(g+1)*unity-1))" 
-  )
-done
-
-diagonals=(
-	-fill white
-	-linewidth 10
-	-fill white
-	-draw "line 0,0 $((w/2)),$((h-1))"
-	-draw "line 0,0 $((w-1)),$((h/2))"
-	-draw "line 0,$((h-1)) $((w/2)),0"
-	-draw "line 0,$((h-1)) $((w-1)),$((h/2))"
-	-draw "line $((w-1)),0 $((w/2)),$((h-1))"
-	-draw "line $((w-1)),0 0,$((h/2))"
-	-draw "line $((w-1)),$((h-1)) $((w/2)),0"
-	-draw "line $((w-1)),$((h-1)) 0,$((h/2))" )
-
-convert -size ${w}x${h} xc:grey50 \
-	"${diagonals[@]}" \
-	"${drawgrid[@]}" \
-        -fill "rgb(51,153,102)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2-7)*unitx+gridlw+1)),$((gridstarty+unity+gridlw+1))    $((gridstartx+(nhgrid/2-6)*unitx-1)),$((h/2))" \
-        -fill "rgb(204,102,102)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2-7)*unitx+gridlw+1)),$((h/2))                         $((gridstartx+(nhgrid/2-6)*unitx-1)),$((gridstarty+unity*12-1))" \
-        -fill "rgb(102,102,255)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2-6)*unitx)),$((gridstarty+unity+gridlw+1))             $((gridstartx+(nhgrid/2-5)*unitx-1)),$((gridstarty+unity*3-1))" \
-        -fill "rgb(153,102,0)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2-6)*unitx)),$((gridstarty+10*unity+gridlw+1))          $((gridstartx+(nhgrid/2-5)*unitx-1)),$((gridstarty+unity*12-1))" \
-        -fill "rgb(128,128,0)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2+7)*unitx+gridlw+1)),$((gridstarty+unity+gridlw+1))    $((gridstartx+(nhgrid/2+8)*unitx-1)),$((h/2))" \
-        -fill "rgb(102,102,255)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2+7)*unitx+gridlw+1)),$((h/2))                         $((gridstartx+(nhgrid/2+8)*unitx-1)),$((gridstarty+unity*12-1))" \
-        -fill "rgb(102,102,255)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2+6)*unitx+gridlw+1)),$((gridstarty+unity+gridlw+1))    $((gridstartx+(nhgrid/2+7)*unitx+gridlw)),$((gridstarty+unity*3-1))" \
-        -fill "rgb(153,102,0)" \
-        -draw "rectangle $((gridstartx+(nhgrid/2+6)*unitx+gridlw+1)),$((gridstarty+10*unity+gridlw+1)) $((gridstartx+(nhgrid/2+7)*unitx+gridlw)),$((gridstarty+unity*12-1))" \
-	${TEMPDIR}/grid.png
-
-convert -size ${w}x${h} ${TEMPDIR}/grid.png ${TEMPDIR}/centre.png ${TEMPDIR}/circle.png -composite ${TEMPDIR}/background.png
-
-if [ -n "$interlaced" ] ; then
-  interlaced_frame=0
-  convert -size 1x${h} -tile-offset +0+1 pattern:gray50 \
-    -scale ${w}x${h}\! ${TEMPDIR}/interlace.png
-fi
-
-for ((i=0; i < $frames; i++)) ; do
-
-  prev_image_name=$image_name
-  image_name=${TEMPDIR}/test$(printf "%03d" $i).png
-  echo creating image $image_name
-
-  convert -size ${w}x${h} ${TEMPDIR}/background.png \
-	  -fill black \
-	  -draw "rectangle $(((barstart+i)*barstep)),0 $(((barstart+i)*barstep+barw)),${h}" \
-	  -font Arial-Black-Regular \
-	  -pointsize $unity \
-	  -fill white \
-          -stroke black -strokewidth 5 -annotate +$((w-2*i))+$((gridstartx+11*unity)) 'Judder Test' \
-          -stroke none                 -annotate +$((w-2*i))+$((gridstartx+11*unity)) 'Judder Test' \
-	  -depth 8 \
-	  ${image_name}
-
-  if [ -n "$interlaced" ] ; then
-    interlaced_frame=$((interlaced_frame + 1))
-
-    if [ $interlaced_frame = 2 ] ; then
-      echo interlacing $((i-1)) and $i
-      interlaced_frame=0
-      convert -size ${w}x${h} -depth 8 $prev_image_name $image_name ${TEMPDIR}/interlace.png -composite ${TEMPDIR}/interlaced$(printf "%03d" $((i/2))).png
-    fi
-  fi
-done
-
-bitrate_flags=
-if [ -n "$bitrate" ] ; then
-  bitrate_flags="-b $bitrate"
-fi
-
-if [ -n "$interlaced" ] ; then
-  ffmpeg -r ${rate} -i ${TEMPDIR}/interlaced%03d.png -r ${rate} \
-    -vcodec mpeg2video -flags +ilme+ildct -aspect $aspect_ratio \
-    ${bitrate_flags} -y test.mpg
-else
-  ffmpeg -r ${rate} -i ${TEMPDIR}/test%03d.png -r ${rate} \
-    -vcodec mpeg2video -aspect $aspect_ratio \
-    ${bitrate_flags} -y test.mpg
-fi
-
-if [ -n "$remove_tempdir" ] ; then
-  rm -Rf $TEMPDIR
-fi