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#!/bin/sh -eu |
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# Make sure we have wget or curl |
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available () { |
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command -v "$1" >/dev/null 2>&1 |
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} |
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if available wget; then |
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DL="wget -O-" |
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DL_SL="wget -qO-" |
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elif available curl; then |
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DL="curl -L" |
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DL_SL="curl -s" |
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else |
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echo "Install Wget or cURL" >&2 |
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exit 1 |
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fi |
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# Find a URL to a suitable armhf ChromeOS recovery image |
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CHROMEOS_URL="$($DL_SL https://dl.google.com/dl/edgedl/chromeos/recovery/recovery.conf | grep -A11 CB5-312T | sed -n 's/^url=//p')" |
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CHROMEOS_IMG="$(basename "$CHROMEOS_URL" .zip)" |
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if [ -e "$CHROMEOS_IMG" ]; then |
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CHROMEOS_IMG_PATH="./" |
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DEL_IMG=N |
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else |
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CHROMEOS_IMG_PATH="$(mktemp -td ChromeOS-IMG.XXXXXX)" |
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DEL_IMG=Y |
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# Fetch the recovery image (2Gb+ on disk after download) |
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$DL "$CHROMEOS_URL" | zcat > "$CHROMEOS_IMG_PATH/$CHROMEOS_IMG" |
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fi |
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# Note the next free loop device in a variable |
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LOOPD="$(losetup -f)" |
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# If root, we can mount silently (no popup windows after mount) |
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if [ "$USER" = "root" ]; then |
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MNTPNT="$(mktemp -d -t ChromeOS.XXXXXX)" |
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losetup -Pf "$CHROMEOS_IMG_PATH/$CHROMEOS_IMG" |
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mount -o ro "${LOOPD}p3" "$MNTPNT" |
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else |
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# Associate all the partitions on the disk image with loop devices: |
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udisksctl loop-setup -rf "$CHROMEOS_IMG_PATH/$CHROMEOS_IMG" |
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sleep 1 |
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# Mount the third partition of the disk image (if the previous did not do it automatically) |
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if ! lsblk -lo MOUNTPOINT "${LOOPD}p3" | tail -n1 | grep -q \.; then |
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udisksctl mount -b "${LOOPD}p3" |
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fi |
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# Note the mount point in a variable |
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MNTPNT="$(lsblk -lo MOUNTPOINT "${LOOPD}p3" | tail -n1)" |
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fi |
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# Copy over files and make manifest |
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CHRFILES="$(mktemp -d -t ChromeOS_Files.XXXXXX)" |
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install -Dm644 "$MNTPNT"/opt/google/chrome/libwidevinecdm.so "$CHRFILES"/opt/WidevineCdm/_platform_specific/linux_arm/libwidevinecdm.so |
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WVVER="$(grep -Eaom1 '([0-9]+\.){3}[0-9]+' "$CHRFILES"/opt/WidevineCdm/_platform_specific/linux_arm/libwidevinecdm.so)" |
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WVMGR="$(echo $WVVER | cut -d. -f1)" |
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WVMIN="$(echo $WVVER | cut -d. -f2)" |
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echo "{\"version\":\"$WVVER\",\"x-cdm-codecs\":\"vp8,vp9.0,avc1,av01\",\"x-cdm-host-versions\":\"$WVMIN\",\"x-cdm-interface-versions\":\"$WVMIN\",\"x-cdm-module-versions\":\"$WVMGR\"}" > "$CHRFILES"/opt/WidevineCdm/manifest.json |
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# Extract the libs out and copy them to a compressed tar archive |
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ARCHIVE_NAME="widevine-flash-$(date '+%Y%m%d')_armhf.tgz" |
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echo "Extracting and compressing files" |
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tar -C"$CHRFILES" -caf "$ARCHIVE_NAME" opt/WidevineCdm/manifest.json opt/WidevineCdm/_platform_specific/linux_arm/libwidevinecdm.so --format ustar --owner 0 --group 0 |
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rm -r "$CHRFILES" |
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echo "Created: $ARCHIVE_NAME" |
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# Cleanup |
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if [ "$USER" = "root" ]; then |
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umount "$MNTPNT" |
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losetup -d "$LOOPD" |
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rmdir "$MNTPNT" |
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else |
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ALLMNTS="$(lsblk -lo NAME,MOUNTPOINT "$LOOPD" | sed -n '/\//s/^\(loop[0-9]\+p[0-9]\+\).*/\1/p')" |
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echo "$ALLMNTS" | xargs -I{} -n1 udisksctl unmount -b /dev/{} |
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if [ "$LOOPD" != "$(losetup -f)" ]; then |
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udisksctl loop-delete -b "$LOOPD" |
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fi |
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fi |
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if [ "$DEL_IMG" = "N" ] || [ "${1:-EMPTY}" = "-k" ]; then |
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: |
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else |
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rm "$CHROMEOS_IMG_PATH/$CHROMEOS_IMG" |
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rmdir -v "$CHROMEOS_IMG_PATH" |
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fi |
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# Inform the user how to proceed |
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cat <<EOF |
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To install the contents of these files on an ARMhf device, copy the tar archive over to the target machine and issue the following: |
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sudo tar Cfx / $ARCHIVE_NAME |
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After install of these libraries, issue the following two commands and restart Vivaldi: |
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mkdir -p ~/.config/vivaldi/WidevineCdm |
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echo '{"Path":"/opt/WidevineCdm"}' > ~/.config/vivaldi/WidevineCdm/latest-component-updated-widevine-cdm |
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EOF |
Define the variable TMPDIR to another location e.g.
TMPDIR=$HOME/Downloadsbefore running the script (or add that to the second line of the script itself) and you should be OK.