tenzap · June 10, 2024 08:36 · dongnp-comartek · Sep 8, 2022 · dongnp-comartek · Sep 8, 2022
diff --git a/Readme.md b/Readme.md
diff --git a/open_gapps_install_script.chroot.sh b/open_gapps_install_script.chroot.sh
 #!/bin/bash

 # Set variables needed by the installer.sh script (when flashed through TWRP
 # they are set by META-INF/com/google/android/update-binary)
 export TMP="/tmp"
 case "$(uname -m)" in
 *86*) export BINARCH="x86";;  # e.g. Zenfone is i686
 *ar*) export BINARCH="arm";; # i.e. armv7l and aarch64
 esac
 export OPENGAZIP="/tmp_opengappzip/$1"

 # Extract necessary files
 # Copied from META-INF/com/google/android/update-binary (of the OPENGAPPZIP)
 for f in app_densities.txt app_sizes.txt bkup_tail.sh gapps-remove.txt g.prop installer.sh busybox-x86 tar-x86 unzip-x86 zip-x86; do
 unzip -o "$OPENGAZIP" "$f" -d "$TMP"
 done

 # Now, patch the installer script (located in $RTDIR/$TMP)
 cd "$TMP"
 patch -p1 < "/tmp/opengapps_in_emulator/open_gapps_install_script.patch"

 # Run the installer.sh script
 cd /
 ash /tmp/installer.sh
diff --git a/open_gapps_install_script.patch b/open_gapps_install_script.patch
 --- a/installer.sh
 +++ b/installer.sh
 @@ -1093,11 +1093,10 @@
 #                                                  Pre-define Helper Functions
 get_file_prop() { grep -m1 "^$2=" "$1" | cut -d= -f2-; }
 
 -set_progress() { echo "set_progress $1" >> $OUTFD; }
 +set_progress() { awk -v VAL=$1 'BEGIN {print "...Progress: ", (VAL * 100),"%" }' ; }
 
 ui_print() {
 -  echo "ui_print $1
 -    ui_print" >> $OUTFD
 +  echo "$1"
 }
 
 find_slot() {
 @@ -1295,27 +1294,27 @@
 [ "$ANDROID_ROOT" ] || ANDROID_ROOT=/system
 
 # emulators can only flash booted and may need /system (on legacy images), or / (on system-as-root images), remounted rw
 -if ! $BOOTMODE; then
 -  mount -o bind /dev/urandom /dev/random
 -  if [ -L /etc ]; then
 -    setup_mountpoint /etc
 -    cp -af /etc_link/* /etc
 -    sed -i 's; / ; /system_root ;' /etc/fstab
 -  fi
 -  umount_all
 -  mount_all
 -fi
 -if [ -d /dev/block/mapper ]; then
 -  for block in system vendor product system_ext; do
 -    for slot in "" _a _b; do
 -      blockdev --setrw /dev/block/mapper/$block$slot 2>/dev/null
 -    done
 -  done
 -fi
 -mount -o rw,remount -t auto /system || mount -o rw,remount -t auto /
 -(mount -o rw,remount -t auto /vendor
 -mount -o rw,remount -t auto /product
 -mount -o rw,remount -t auto /system_ext) 2>/dev/null
 +# if ! $BOOTMODE; then
 +#   mount -o bind /dev/urandom /dev/random
 +#   if [ -L /etc ]; then
 +#     setup_mountpoint /etc
 +#     cp -af /etc_link/* /etc
 +#     sed -i 's; / ; /system_root ;' /etc/fstab
 +#   fi
 +#   umount_all
 +#   mount_all
 +# fi
 +# if [ -d /dev/block/mapper ]; then
 +#   for block in system vendor product system_ext; do
 +#     for slot in "" _a _b; do
 +#       blockdev --setrw /dev/block/mapper/$block$slot 2>/dev/null
 +#     done
 +#   done
 +# fi
 +# mount -o rw,remount -t auto /system || mount -o rw,remount -t auto /
 +# (mount -o rw,remount -t auto /vendor
 +# mount -o rw,remount -t auto /product
 +# mount -o rw,remount -t auto /system_ext) 2>/dev/null
 
 ui_print " "
 
 @@ -1444,8 +1443,8 @@
   # Unmount and rollback script changes
   set_progress 1.0
   if ! $BOOTMODE; then
 -    ui_print "- Unmounting partitions"
 -    umount_all
 +    #ui_print "- Unmounting partitions"
 +    #umount_all
     [ -L /etc_link ] && rm -rf /etc/*
     local dir
     (for dir in /apex /system /system_root /etc; do
 @@ -1453,8 +1452,8 @@
         rmdir $dir
         mv -f ${dir}_link $dir
       fi
 -    done
 -    umount -l /dev/random) 2>/dev/null
 +    done) 2>/dev/null
 +    #umount -l /dev/random
   fi
 
   # Finally, clean up $TMP
 @@ -2762,7 +2761,7 @@
 # Read and save system partition size details
 df=$(df -k /system | tail -n 1)
 case $df in
 -  /dev/block/*) df=$(echo "$df" | awk '{ print substr($0, index($0,$2)) }');;
 +  /dev/*) df=$(echo "$df" | awk '{ print substr($0, index($0,$2)) }');;
 esac
 total_system_size_kb=$(echo "$df" | awk '{ print $1 }')
 used_system_size_kb=$(echo "$df" | awk '{ print $2 }')
diff --git a/open_gapps_install_script.sh b/open_gapps_install_script.sh
 #!/bin/bash
 ZIPFILE=${1}
 USERNAME=${2}
 USAGESTRING="Usage: ${0} <open_gapps_zip_file.zip> <user>";
 TEMPDIR="$(mktemp --tmpdir -d "gapps_installer.XXXX")"
 export RTDIR="/mnt/mounted_avd"

 # How much space to add to the system.img so that there is enough space to install OpenGApps
 # You may need to inscrease this if you install "super" variant
 REQUIRED_SPACE_FOR_OPENGAPPS_IN_MB=1400

 # for lpunpack, lpdump & lpmake
 LPTOOLS_BIN_DIR="/mnt/packages/git_repos/lpunpack_and_lpmake/bin"

 # path to fec binary
 FEC_BINARY="/mnt/packages/downloads/otatools/bin/fec"
 if [ -f "$FEC_BINARY" ]; then
  FEC_PATH="$(dirname "$FEC_BINARY")"
 else
  FEC_PATH="$FEC_BINARY"
 fi

 OS="$(uname)"

 if [ $UID -ne 0 ]; then
  echo "Root rights needed"
  exit 9;
 fi

 if [ $# -lt 2  ]; then
  echo "$USAGESTRING";
  exit 1;
 fi

 if [ ! -f "$ZIPFILE" ]; then
  echo "$USAGESTRING";
  exit 2;
 fi

 USER_HOME="$(sudo -u "$USERNAME" sh -c 'echo $HOME')"

 if [ ! "$ANDROID_SDK_ROOT" ]; then
  if [ -d "$USER_HOME/Android/Sdk" ]; then
    echo "ANDROID_SDK_ROOT is not set, using default value: $USER_HOME/Android/Sdk"
    ANDROID_SDK_ROOT="$USER_HOME/Android/Sdk"
  else
    echo "ANDROID_SDK_ROOT is not set"
    exit 3;
  fi
 fi

 if [ ! -d "$ANDROID_SDK_ROOT" ]; then
  echo "ANDROID_SDK_ROOT is not valid"
  exit 4;
 fi

 a="/$0"; a=${a%/*}; a=${a#/}; a=${a:-.}; SCRIPT_DIR="$(cd "$a"; pwd -P)" || exit 1

 ########## Functions BEGIN #############

 map_disk_img() {
    if [ ! -v 2 ]; then
      line=1 # We want the 1st line
    else
      line=$2
    fi
    if [[ "$OS" == "Linux" ]]; then
        if ! which kpartx > /dev/null; then
        echo "kpartx command missing, cannot continue";
        exit 11;
        fi
        DEVICE="/dev/mapper/$(kpartx -a -v "$1" | cut -f 3 -d ' ' | sed "$line"'!'"d" )"
    elif [[ "$OS" == "Darwin" ]]; then
        # TODO
        echo "Not implemented/tested. Please do."
        exit 35
        DEVICE=$(hdiutil attach -imagekey diskimage-class=CRawDiskImage -nomount "$1" | grep "Linux Filesystem"  | head -1 | cut -f 1 -d ' ')
    fi
 }

 unmap_disk_img() {
  if [[ "$OS" == "Linux" ]]; then
    if losetup | grep "$(realpath "$1")" > /dev/null; then
        kpartx -d -v "$1" > /dev/null 2>&1
    fi
  elif [[ "$OS" == "Darwin" ]]; then
    # TODO
    echo "Not implemented. Please do"
    exit 34;
  fi
 }

 is_mounted() {
    if [[ "$OS" == "Linux" ]]; then
      if mountpoint -q "$1"; then
        return 0
      else
        return 1
      fi
    elif [[ "$OS" == "Darwin" ]]; then
      if mount | grep -q "$1" > /dev/null; then
        return 0
      else
        return 1
      fi
    fi
 }

 mount_img() {
  # $1 image path
  # $2 mount path

  local DEVICE

  if file -b "$1" | grep "DOS/MBR boot sector" > /dev/null; then
    map_disk_img "$1"
    if is_mounted "$2"; then
        mount -o remount "$DEVICE" "$2"
    else
        mount "$DEVICE" "$2"
    fi
  elif file -b "$1" | grep "ext. filesystem data" > /dev/null; then
    if is_mounted "$2"; then
      mount -o remount "$1" "$2"
    else
      mount "$1" "$2"
    fi
  fi
 }

 umount_img() {
  # $1 image path
  # $2 mount path
  if is_mounted "$2"; then
    umount "$2"
  fi
  unmap_disk_img "$1"
 }

 # Mount the filesystems locally & use the installer.sh script provided by OpenGApps
 install_with_opengapps_installer() {
  echo -e "\nMouting the images..."
  # Mount the images
  mkdir -p "$RTDIR"

  mount_img "$AVD_DIR/tmp/system.img" "$RTDIR"
  if [ ! -d "$RTDIR/system" ]; then
    SYSIMG_IS_SYSTEM="true"
    # On API27, system.img has the content of /system
    umount_img "$AVD_DIR/tmp/system.img" "$RTDIR"
    mkdir -p "$RTDIR/"{system,cache,vendor,proc,dev}
    mount_img "$AVD_DIR/tmp/system.img" "$RTDIR/system"
  fi
  mount_img "$AVD_DIR/tmp/vendor.img" "$RTDIR/vendor"
  if [ -e "$AVD_DIR/tmp/lpdump.json" ]; then
    if [ $(jq ".partitions | length" "$AVD_DIR/tmp/lpdump.json") -eq 4 ]; then
      mount_img "$AVD_DIR/tmp/system_ext.img" "$RTDIR/system_ext"
      mount_img "$AVD_DIR/tmp/product.img" "$RTDIR/product"
    fi
  fi

  mount_img "$AVD_DIR/cache.img" "$RTDIR/cache"

  if [ -d "$RTDIR/tmp" ]; then
    ROOT_TMP_EXISTED="true"
  fi

  #it doesn's seem userdata.img is used at first boot, so skip.
  #mke2fs $AVD_DIR/userdata.img
  #mount $AVD_DIR/userdata.img $RTDIR/data

  mount --bind /proc/ "$RTDIR/proc"
  mount --bind /dev/ "$RTDIR/dev"

  # Mount dir holding the zip (so that it doesn't take space on "/system"
  mkdir -p "$RTDIR/tmp_opengappzip"
  mount --bind "$(dirname "$ZIPFILE")" "$RTDIR/tmp_opengappzip"

  # Change pid_max to a value that suits the chroot
  PID_MAX_ORIG=$(cat /proc/sys/kernel/pid_max)
  echo -e "\nOriginal PID_Max was $PID_MAX_ORIG"
  echo "Run 'echo $PID_MAX_ORIG > /proc/sys/kernel/pid_max' to revert to it"
  echo 65500 > /proc/sys/kernel/pid_max

  echo -e "\nPreparing the chroot environment..."

  # Unpack busybox
  unzip -o "$RTDIR/tmp_opengappzip/$(basename "$ZIPFILE")" busybox-x86 -d "$RTDIR/tmp"
  mkdir -p "$RTDIR/tmp/bin"
  $RTDIR/tmp/busybox-x86 --install "$RTDIR/tmp/bin"

  # Copy patch & chroot script to chroot dir
  mkdir -p "$RTDIR/tmp/opengapps_in_emulator"
  cp "$SCRIPT_DIR/open_gapps_install_script.patch" "$RTDIR/tmp/opengapps_in_emulator"
  cp "$SCRIPT_DIR/open_gapps_install_script.chroot.sh" "$RTDIR/tmp/opengapps_in_emulator"
  chmod 755 "$SCRIPT_DIR/open_gapps_install_script.chroot.sh"

  # Run script in chroot
  echo -e "\nEntering the chroot environment to install OpenGApps..."
  PATH=/tmp/bin:/system/bin:$PATH chroot "$RTDIR" "/tmp/bin/bash" "/tmp/opengapps_in_emulator/open_gapps_install_script.chroot.sh" "$(basename "$ZIPFILE")"
  echo -e "\nLeaving chroot..."

  # Make a copy of the /data partition because we can't load it into the chroot
  #mkdir -p /tmp/my_avd_data
  #cp -a "$RTDIR/data/*" /tmp/my_avd_data/

  # Restore original pid_max
  echo $PID_MAX_ORIG > /proc/sys/kernel/pid_max

  # Unmount the images & cleanup
  echo -e "\nUnmouting the images..."
  umount "$RTDIR/tmp_opengappzip"
  rmdir "$RTDIR/tmp_opengappzip"
  if [ ! "a$ROOT_TMP_EXISTED" = "atrue" ]; then rmdir "$RTDIR/tmp" ; fi
  umount_img "$AVD_DIR/cache.img" "$RTDIR/cache"
  umount_img "$AVD_DIR/tmp/vendor.img" "$RTDIR/vendor"
  if [ -e "$AVD_DIR/tmp/lpdump.json" ]; then
    if [ $(jq ".partitions | length" "$AVD_DIR/tmp/lpdump.json") -eq 4 ]; then
      umount_img "$AVD_DIR/tmp/system_ext.img" "$RTDIR/system_ext"
      umount_img "$AVD_DIR/tmp/product.img" "$RTDIR/product"
    fi
  fi
  #umount_img "$RTDIR/data"
  umount "$RTDIR/proc"
  umount "$RTDIR/dev"
  if [[ "a$SYSIMG_IS_SYSTEM" == "atrue" ]]; then
    rmdir "$RTDIR/"{system,cache,vendor,proc,dev,tmp}
    umount_img "$AVD_DIR/tmp/system.img" "$RTDIR/system"
  else
    umount_img "$AVD_DIR/tmp/system.img" "$RTDIR"
  fi

  # Review the contents of the data partition, you may need to copy
  # things over through adb once the emulator is loaded (if this works)

  # adb push /tmp/my_avd_data/* /data
  # rm -r /tmp/my_avd_data/

 }

 upsize_extfs() {
  # $1 device path to the filesystem to upsize
  # $2 size

  "${ANDROID_SDK_ROOT}/emulator/bin64/e2fsck" -f "$1" 2> /dev/null
  if [ -z "$2" ]; then
    "${ANDROID_SDK_ROOT}/emulator/bin64/resize2fs" "$1" 2> /dev/null
  else
    "${ANDROID_SDK_ROOT}/emulator/bin64/resize2fs" "$1" "$2" 2> /dev/null
  fi
 }

 downsize_extfs() {
  # $1 device/file holding the filesystem
  "${ANDROID_SDK_ROOT}/emulator/bin64/e2fsck" -f "$1" 2> /dev/null
  "${ANDROID_SDK_ROOT}/emulator/bin64/resize2fs" -M "$1"
 }

 downsize_img() {
  local image="$1"
  echo -e "\n Downsizing image $1"

  if file -b "$image" | grep "DOS/MBR boot sector" > /dev/null; then
    # The system.img is not ext2/ext4 but a DOS/MBR boot sector (actually GPT) which contains an ext2/3/4 fs
    map_disk_img "$image"
    downsize_extfs "$DEVICE"
    BS=$(dumpe2fs -h "$DEVICE" 2> /dev/null | sed -n -e "s/Block size:\s*\(\d*\)/\1/p")
    BC=$(dumpe2fs -h "$DEVICE" 2> /dev/null | sed -n -e "s/Block count:\s*\(\d*\)/\1/p")
    unmap_disk_img "$image"

    SECTOR_SIZE=$(sgdisk -p "$image" | grep "Sector size (logical):" | cut -d " " -f 4)
    PART_NAME=$(sgdisk -i1 "$image" | sed -n -e "s/Partition name:\s*'\(.*\)'.*/\1/p")
    PART_OFFSET_SECTORS=$(sgdisk -i1 "$image" | grep "First sector" | cut -d " " -f 3)
    PART_SIZE_B=$(( BS * BC ))
    PART_END_B=$(( PART_OFFSET_SECTORS * SECTOR_SIZE + PART_SIZE_B ))
    GPT_FOOTER_SIZE_B=$((33 * SECTOR_SIZE))
    DISK_SIZE_B=$(( PART_END_B + GPT_FOOTER_SIZE_B ))

    truncate -s $DISK_SIZE_B "$image"
    sgdisk -Z "$image" > /dev/null 2>&1
    sgdisk -n 1:$PART_OFFSET_SECTORS:+$(( PART_SIZE_B / SECTOR_SIZE )) "$image" > /dev/null 2>&1
    sgdisk -c 1:"$PART_NAME" "$image" > /dev/null 2>&1
    sgdisk -t 1:8300 "$image" > /dev/null 2>&1
  elif file -b "$image" | grep "ext. filesystem data" > /dev/null; then
    downsize_extfs "${AVD_DIR}/tmp/$file"
  fi
 }

 resize_img() {
  local image="$1"
  local size="$2"
  if file -b "$image" | grep "DOS/MBR boot sector" > /dev/null; then
    # The system.img is not ext2/ext4 but a DOS/MBR boot sector (actually GPT) which contains an ext2/3/4 fs
    echo -e "\nResizing sysem partition to $size... (you can safely ignore the warning 'The kernel is still using the old partition table.')"
    fallocate -l "$size" "$image"
    PART_UUID=$(sgdisk -i 1 "$image" | grep "unique GUID" | cut -d ' ' -f4)
    sgdisk -d 1 "$image"
    sgdisk -n 1:0:0 "$image"
    sgdisk -c 1:system "$image"
    sgdisk -u 1:$PART_UUID "$image"
    map_disk_img "$image"
    SYS_EXT_PART_PATH="$DEVICE"
    upsize_extfs "$SYS_EXT_PART_PATH" ;
    unmap_disk_img "$image"
    echo "Resizing sysem partition to $size finished successfully!"
  elif file -b "$image" | grep "ext. filesystem data" > /dev/null; then
    upsize_extfs "$image" "$size"
  else
    echo "$image format not supported by this script"
    exit 10;
  fi
 }

 unpack_images() {
  echo -e "\nUnpack original partition images for ${AVD}"
  mkdir -p "$AVD_DIR/tmp"
  if [ $(kpartx "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/system.img" | wc -l) -gt 1 ]; then
    lptools_required
    # API 29 image (android Q) holding a super.img
    map_disk_img "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/system.img" 2

    "$LPTOOLS_BIN_DIR/lpdump" -j "$DEVICE" > "$AVD_DIR/tmp/lpdump.json"
    "$LPTOOLS_BIN_DIR/lpdump" "$DEVICE" > "$AVD_DIR/tmp/lpdump.txt"

    download_and_extract_aosp_scripts

    dd if="${DEVICE::-1}1" of="${AVD_DIR}/tmp/vbmeta.orig.img"
    "$TEMPDIR/avbtool.py" info_image   --image "${AVD_DIR}/tmp/vbmeta.orig.img" > "${AVD_DIR}/tmp/vbmeta.orig.img.info_image.txt"

    for partition in $(jq -r ".partitions[].name" "$AVD_DIR/tmp/lpdump.json"); do
        echo -e "\nUnpacking & converting to read/write: $partition.img"

        local PART_SIZE
        PART_SIZE=$(jq -r '.partitions[] | select(.name=="'$partition'").size ' "$AVD_DIR/tmp/lpdump.json")
        check_free_space "${AVD_DIR}/tmp" $(( PART_SIZE * 11 / 10 ))

        "$LPTOOLS_BIN_DIR/lpunpack" --slot=0 -p $partition "$DEVICE" "$AVD_DIR/tmp"
        "$TEMPDIR/avbtool.py" info_image   --image "$AVD_DIR/tmp/$partition.img" > "$AVD_DIR/tmp/$partition.img.info_image.txt"
        # Filesystems have the feature: EXT4_FEATURE_RO_COMPAT_SHARED_BLOCKS
        # We need to remove it to mount rw,
        # and at least resize the partition a bit if there is not enough space
        FS_SIZE=$(wc -c "$AVD_DIR/tmp/$partition.img" | cut -f 1 -d ' ')
        e2fsck -f -y "$AVD_DIR/tmp/$partition.img"
        # Increase size by 10% to be able to unshare_blocks
        resize2fs "$AVD_DIR/tmp/$partition.img" $(( FS_SIZE * 11 / 10 / 1024 ))K
        e2fsck -y -E unshare_blocks "$AVD_DIR/tmp/$partition.img" > /dev/null 2>&1
        e2fsck -f -y "$AVD_DIR/tmp/$partition.img"
    done
  else
    check_free_space "${AVD_DIR}/tmp" $(wc -c "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/vendor.img" | cut -f 1 -d ' ')
    cp "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/vendor.img" "${AVD_DIR}/tmp/vendor.img"
    check_free_space "${AVD_DIR}/tmp" $(wc -c "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/system.img" | cut -f 1 -d ' ')
    cp "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/system.img" "${AVD_DIR}/tmp/system.img"
  fi
  if [ -f "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/encryptionkey.img" ]; then
    if [ ! -f "${AVD_DIR}/encryptionkey.img" ]; then
      echo "copying encryptionkey.img ..."
      cp "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/encryptionkey.img" "${AVD_DIR}/encryptionkey.img"
    fi
  fi
 }

 set_new_size() {
  local USED_IN_KB NEW_SIZE_IN_B CUR_SIZE_IN_B

  mount_img "$AVD_DIR/tmp/system.img" "$RTDIR"
  USED_IN_KB=$(df --output=used "$RTDIR" | tail -1)
  umount_img "$AVD_DIR/tmp/system.img" "$RTDIR"

  NEW_SIZE_IN_B="$(( ( USED_IN_KB + REQUIRED_SPACE_FOR_OPENGAPPS_IN_MB * 1024 ) * 1024 ))"
  CUR_SIZE_IN_B=$(wc -c "${AVD_DIR}/tmp/system.img" | cut -f 1 -d ' ')

  if [ $CUR_SIZE_IN_B -ge $NEW_SIZE_IN_B ]; then
    NEW_SIZE="$((CUR_SIZE_IN_B / 1024 / 1024 + 1))M"
  else
    NEW_SIZE="$((NEW_SIZE_IN_B / 1024 / 1024 + 1))M"
  fi
 }

 cleanup_avd() {
  rm -f "${AVD_DIR}/vendor.img"
  rm -f "${AVD_DIR}/system.img"
  rm -f "${AVD_DIR}/cache.img"
  rm -f "${AVD_DIR}/cache.img.qcow2"
  rm -f "${AVD_DIR}/userdata-qemu.img"
  rm -f "${AVD_DIR}/userdata-qemu.img.qcow2"
  rm -fr "${AVD_DIR}/snapshots/default_boot/"
 }

 disable_verified_boot_pre_q() {
  # On Android Pie, we disable it since we modify the system.img file. Otherwise the emulator will not boot.
  if [ -f "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/VerifiedBootParams.textproto" ] \
    && grep "^dm_param" "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/VerifiedBootParams.textproto" > /dev/null ; then
    # If the file exists, maybe the emulator has Verity/Verified boot enabled.
    if [ ! -f "${AVD_DIR}/VerifiedBootParams.textproto" ]; then
      echo "copying VerifiedBootParams.textproto..."
      cp "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/VerifiedBootParams.textproto" "${AVD_DIR}/VerifiedBootParams.textproto"
    fi
    echo "Disabling verity/verified-boot..."
    sed -i -e "s/^dm_param/#dm_param/" "${AVD_DIR}/VerifiedBootParams.textproto"
  fi
 }

 lptools_required() {
  if [ ! -e $LPTOOLS_BIN_DIR/lpmake ] || [ ! -e $LPTOOLS_BIN_DIR/lpmake ] || [ ! -e $LPTOOLS_BIN_DIR/lpmake ]; then
    echo "lpmake, lpdump and lpunpack are missing. Get them and check LPTOOLS_BIN_DIR in the script "
    echo "Packaged sources (including the minimal android sources to build): https://github.com/LonelyFool/lpunpack_and_lpmake"
    echo "Upstream sources (needs all android sources): https://android.googlesource.com/platform/system/extras/+/refs/heads/master/partition_tools/"
    exit 8
  fi
 }

 download_and_extract_aosp_scripts() {
  wget -nc https://android.googlesource.com/platform/external/avb/+archive/master.tar.gz -O "$TEMPDIR/avbtool.tar.gz"
  tar -xvf "$TEMPDIR/avbtool.tar.gz" -C "$TEMPDIR" \
    avbtool.py \
    test/data/testkey_rsa2048.pem \
    test/data/testkey_rsa4096.pem
  chmod +x "$TEMPDIR/avbtool.py"
  mv "$TEMPDIR/test/data/testkey_rsa2048.pem" "$TEMPDIR/"
  mv "$TEMPDIR/test/data/testkey_rsa4096.pem" "$TEMPDIR/"
  rmdir "$TEMPDIR/test/data"
  rmdir "$TEMPDIR/test"

  # https://cs.android.com/android/platform/superproject/+/master:device/generic/goldfish/tools/mk_vbmeta_boot_params.sh
  # https://cs.android.com/android/platform/superproject/+/master:device/generic/goldfish/tools/mk_combined_img.py
  wget -nc https://android.googlesource.com/device/generic/goldfish/+archive/refs/heads/master/tools.tar.gz -O "$TEMPDIR/goldfish_tools.tar.gz"
  tar -xvf "$TEMPDIR/goldfish_tools.tar.gz" -C "$TEMPDIR" \
    mk_vbmeta_boot_params.sh \
    mk_combined_img.py
  chmod +x "$TEMPDIR/mk_vbmeta_boot_params.sh"
  chmod +x "$TEMPDIR/mk_combined_img.py"
 }

 repack_images() {

  # No need to repack if this is not a combined_img (appeard in android Q)
  if [ $(kpartx "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/system.img" | wc -l) -le 1 ]; then return 0; fi

  # Build the dynamic partiton system.img and the avb/verity/verified-boot related files/hases for android Q+ (10+)

  lptools_required

  if [ ! -e $FEC_BINARY ]; then
    echo "fec binary missing. Get them and check FEC_BINARY in the script "
    echo "prebuild binary can be found in the otatools here: https://forum.xda-developers.com/t/guide-ota-tools-lpunpack.4041843/"
    exit 8
  fi

  # Doc for verified boot:
  # https://android.googlesource.com/platform/external/avb/+/master/README.md

  # Download & extract some required scripts & files from anroid sources:
  download_and_extract_aosp_scripts

  # Add Hashtree footer to the images
  # We need the binary of "fec"
  # Sources: here http://www.ka9q.net/code/fec/ or there https://android.googlesource.com/platform/external/fec/+/master/)
  # Binary in otatools

  for partition in $(jq -r ".partitions[].name" "$AVD_DIR/tmp/lpdump.json"); do
    unset PROP_ARGS
    declare -a PROP_ARGS=()
    for line in $(grep "Prop:" "${AVD_DIR}/tmp/$partition.img.info_image.txt" | sed -e 's/.*Prop: \(.*\) -> \(.*\)/\1:\2/' -e "s/'//g"); do
      PROP_ARGS+=(--prop "$line")
    done

    if [ ! $partition = "system" ]; then
        #$TEMPDIR/avbtool.py erase_footer --image "${AVD_DIR}/tmp/$partition.img"
        PATH=$PATH:$FEC_PATH "$TEMPDIR/avbtool.py" add_hashtree_footer \
            --partition_name $partition \
            --partition_size 0 \
            --image "${AVD_DIR}/tmp/$partition.img" \
            "${PROP_ARGS[@]}"

        "$TEMPDIR/avbtool.py" info_image   --image "${AVD_DIR}/tmp/$partition.img"
        "$TEMPDIR/avbtool.py" verify_image --image "${AVD_DIR}/tmp/$partition.img"
    fi
  done


  unset PROP_ARGS
  declare -a PROP_ARGS=()
  for line in $(grep "Prop:" "${AVD_DIR}/tmp/$partition.img.info_image.txt" | sed -e 's/.*Prop: \(.*\) -> \(.*\)/\1:\2/' -e "s/'//g"); do
    PROP_ARGS+=(--prop "$line")
  done
  #"$TEMPDIR/avbtool.py" erase_footer --image "${AVD_DIR}/tmp/system.img"
  # We skip the rollback index value (--rollback-index)
  PATH=$PATH:$FEC_PATH "$TEMPDIR/avbtool.py" add_hashtree_footer \
    --partition_name system \
    --partition_size 0 \
    --image "${AVD_DIR}/tmp/system.img" \
    --algorithm SHA256_RSA2048 \
    --key "$TEMPDIR/testkey_rsa2048.pem" \
    "${PROP_ARGS[@]}"

  "$TEMPDIR/avbtool.py" info_image   --image "${AVD_DIR}/tmp/system.img"
  "$TEMPDIR/avbtool.py" verify_image --image "${AVD_DIR}/tmp/system.img" --key "$TEMPDIR/testkey_rsa2048.pem"

  "$TEMPDIR/avbtool.py" extract_public_key --key "$TEMPDIR/testkey_rsa2048.pem" --output "$TEMPDIR/system_rsa2048.avbpubkey"

  # TODO - get the vendor_boot.img and combine it into vbmeta.img
  # But it seems to work fine without this (at least until API31)
  #
  # The vendor_boot.img is added into ramdisk.img of the emulator image
  # by this scripts probably:
  # https://cs.android.com/android/platform/superproject/+/master:device/generic/goldfish/tools/mk_qemu_ramdisk.py
  #
  # I don't know how to extract it from ramdisk.img to use it in `avbtool make_vbmeta_image`

 # Create vbmeta image with dm-verity disabled
 # https://wiki.postmarketos.org/wiki/Android_Verified_Boot_(AVB)
 #   "$TEMPDIR/avbtool.py" make_vbmeta_image \
 #     --flags 2 \
 #     --padding_size 4096 \
 #     --output ${AVD_DIR}/tmp/vbmeta_disabled.img \
 #     --chain_partition system:1:$TEMPDIR/system_rsa2048.avbpubkey

  declare -a AVBTOOL_ADDITIONAL_ARGS=()
  for partition in $(jq -r ".partitions[].name" "$AVD_DIR/tmp/lpdump.json"); do
    if [ ! "$partition" = "system" ]; then
      AVBTOOL_ADDITIONAL_ARGS+=(--include_descriptors_from_image "${AVD_DIR}/tmp/$partition.img")
    fi
  done

  REPLICATE_LPDUMP=0

  # Remove old vbmeta.img, then create vbmeta image
  rm -f "${AVD_DIR}/tmp/vbmeta.img"
  "$TEMPDIR/avbtool.py" make_vbmeta_image \
    --algorithm SHA256_RSA4096 \
    --key "$TEMPDIR/testkey_rsa4096.pem" \
    --padding_size 4096 \
    --output "${AVD_DIR}/tmp/vbmeta.img" \
    --chain_partition system:1:$TEMPDIR/system_rsa2048.avbpubkey \
    "${AVBTOOL_ADDITIONAL_ARGS[@]}"
    #--include_descriptors_from_image "${AVD_DIR}/tmp/vendor.img"

  "$TEMPDIR/avbtool.py" info_image   --image "${AVD_DIR}/tmp/vbmeta.img"
  "$TEMPDIR/avbtool.py" verify_image --image "${AVD_DIR}/tmp/vbmeta.img" \
    --expected_chain_partition system:1:$TEMPDIR/system_rsa2048.avbpubkey \
    --key "$TEMPDIR/testkey_rsa4096.pem"

  if [[ $REPLICATE_LPDUMP -eq 1 ]]; then
    cp "${AVD_DIR}/tmp/vbmeta.orig.img" "${AVD_DIR}/tmp/vbmeta.img"
  fi

  "$TEMPDIR/avbtool.py" info_image   --image "${AVD_DIR}/tmp/vbmeta.img" | tee "${AVD_DIR}/tmp/vbmeta.img.info_image.txt"

  # Create VerifiedBootParams.textproto
  AVBTOOL="$(realpath "$TEMPDIR/avbtool.py")" "$TEMPDIR/mk_vbmeta_boot_params.sh" \
    "${AVD_DIR}/tmp/vbmeta.img" \
    "${AVD_DIR}/tmp/system.img" \
    "${AVD_DIR}/tmp/VerifiedBootParams.textproto"
  mv "${AVD_DIR}/tmp/VerifiedBootParams.textproto" "${AVD_DIR}/VerifiedBootParams.textproto"

  # Prepare variables to repack super.img with lpmake
  LPMAKE_SUPER_NAME=$(jq -r '.block_devices[0].name' "$AVD_DIR/tmp/lpdump.json")
  LPMAKE_ALIGNMENT=$(jq -r '.block_devices[0].alignment' "$AVD_DIR/tmp/lpdump.json")
  LPMAKE_BLOCK_SIZE=$(jq -r '.block_devices[0].block_size' "$AVD_DIR/tmp/lpdump.json")
  LPMAKE_GROUP_NAME=$(jq -r '.partitions[0].group_name' "$AVD_DIR/tmp/lpdump.json")
  LPMAKE_METADATA_SIZE=$(cat "$AVD_DIR/tmp/lpdump.txt" | grep "Metadata max size:" | cut -d ' ' -f 4)
  LPMAKE_METADATA_SLOTS=$(cat "$AVD_DIR/tmp/lpdump.txt" | grep "Metadata slot count:" | cut -d ' ' -f 4)

  declare -a LPMAKE_PARTITION_ARGS=()
  for partition in $(jq -r ".partitions[].name" "$AVD_DIR/tmp/lpdump.json"); do
    if [[ $REPLICATE_LPDUMP -eq 1 ]]; then
      PART_SIZE=$(jq -r '.partitions[] | select(.name=="'$partition'").size ' "$AVD_DIR/tmp/lpdump.json")
    else
      PART_SIZE=$(wc -c "${AVD_DIR}/tmp/$partition.img" | cut -f 1 -d ' ')
    fi
    PART_SIZE_SUM=$(( PART_SIZE_SUM + PART_SIZE ))
    LPMAKE_PARTITION_ARGS+=(-p $partition:readonly:$PART_SIZE:$LPMAKE_GROUP_NAME)
    LPMAKE_PARTITION_ARGS+=(-i $partition="${AVD_DIR}/tmp/$partition.img")
  done

  if [[ $REPLICATE_LPDUMP -eq 1 ]]; then
    LPMAKE_GROUP_MAX_SIZE=$(jq -r '.groups[] | select(.name=="'$LPMAKE_GROUP_NAME'").maximum_size' "$AVD_DIR/tmp/lpdump.json")
    LPMAKE_DEVICE_SIZE=$(jq -r '.block_devices[0].size' "$AVD_DIR/tmp/lpdump.json")
  else
    # LPMAKE_GROUP_MAX_SIZE: round size to multiple of 1024*1024 (size of all partitions + 4MiB)
    LPMAKE_GROUP_MAX_SIZE=$(( ( ( PART_SIZE_SUM / 1024 / 1024 ) + 4 ) * 1024 * 1024))
    # LPMAKE_DEVICE_SIZE = LPMAKE_GROUP_MAX_SIZE + 8MiB
    LPMAKE_DEVICE_SIZE=$(( LPMAKE_GROUP_MAX_SIZE + ( 8 * 1024 * 1024 ) ))
    #LPMAKE_DEVICE_SIZE=$(( $(jq -r '.block_devices[0].size' "$AVD_DIR/tmp/lpdump.json") + (100 * 1024 * 1024) ))
  fi

  # Repack the super.img
  check_free_space "${AVD_DIR}/tmp" $LPMAKE_DEVICE_SIZE
  "$LPTOOLS_BIN_DIR/lpmake" \
    --device-size=$LPMAKE_DEVICE_SIZE \
    --metadata-size=$LPMAKE_METADATA_SIZE \
    --metadata-slots=$LPMAKE_METADATA_SLOTS \
    --output="${AVD_DIR}/tmp/super.img" \
    "${LPMAKE_PARTITION_ARGS[@]}" \
    --block-size=$LPMAKE_BLOCK_SIZE \
    --alignment=$LPMAKE_ALIGNMENT \
    --super-name="$LPMAKE_SUPER_NAME" \
    --group=$LPMAKE_GROUP_NAME:$LPMAKE_GROUP_MAX_SIZE

  # Delete partition images (we now have super.img)
  for partition in $(jq -r ".partitions[].name" "$AVD_DIR/tmp/lpdump.json"); do
    rm "${AVD_DIR}/tmp/$partition.img"*
  done

  # Prepare image_config file to build the combined img that will be used as system.img for the emulator
  echo "${AVD_DIR}/tmp/vbmeta.img vbmeta 1" > "${AVD_DIR}/tmp/image_config"
  echo "${AVD_DIR}/tmp/super.img super 2" >> "${AVD_DIR}/tmp/image_config"

  # Fix incorrect arguments when calling sgdisk (replace --type= by --typecode= )
  sed -i -e "s/--type=/--typecode=/" "$TEMPDIR/mk_combined_img.py"

  # Remove previous image (because the mk_combined_img.py behaves differently if the file already exists)
  # Then, create the combined image
  rm -f "${AVD_DIR}/tmp/combined.img"
  check_free_space "${AVD_DIR}/tmp" $(( $(wc -c "${AVD_DIR}/tmp/super.img" | cut -f 1 -d ' ') + 5 * 1024 * 1024 ))
  "$TEMPDIR/mk_combined_img.py" -i "${AVD_DIR}/tmp/image_config" -o "${AVD_DIR}/tmp/combined.img"

  # Cleanup
  rm "${AVD_DIR}/tmp/image_config"
  rm "${AVD_DIR}/tmp/vbmeta.img"*
  rm "${AVD_DIR}/tmp/vbmeta.orig.img"*
  rm "${AVD_DIR}/tmp/super.img"
  rm "${AVD_DIR}/tmp/lpdump.json"
  rm "${AVD_DIR}/tmp/lpdump.txt"


  # Some variables set in Android Makefile
  #BOARD_AVB_ENABLE := true
  #BOARD_AVB_ALGORITHM := SHA256_RSA4096
  #BOARD_AVB_KEY_PATH := external/avb/test/data/$TEMPDIR/testkey_rsa4096.pem
  # Enable chain partition for system. https://cs.android.com/android/platform/superproject/+/master:build/make/target/board/BoardConfigEmuCommon.mk;l=82?q=BOARD_AVB_SYSTEM_KEY_PATH&ss=android%2Fplatform%2Fsuperproject
  #BOARD_AVB_SYSTEM_KEY_PATH := external/avb/test/data/$TEMPDIR/testkey_rsa2048.pem
  #BOARD_AVB_SYSTEM_ALGORITHM := SHA256_RSA2048
  #BOARD_AVB_SYSTEM_ROLLBACK_INDEX := $(PLATFORM_SECURITY_PATCH_TIMESTAMP)
  #BOARD_AVB_SYSTEM_ROLLBACK_INDEX_LOCATION := 1
  #BOARD_SUPER_PARTITION_SIZE := 3229614080

 }

 check_free_space() {
  # $1: file or device
  # $2: required space (in bytes)

  local MOUNT_POINT
  MOUNT_POINT=$(stat -c %m -- "$1")
  AVAIL=$(( $(df --output=avail "$MOUNT_POINT" | tail -1) * 1024 ))
  if [ $AVAIL -le $(( $2 + 5 * 1024 * 1024 ))  ]; then
    echo "Not enough space on disk. Need: $2. Available: $AVAIL. Exiting"
    exit 15
  fi
 }

 ########## Functions END #############

 echo "Which AVD?"
 sudo -u "$USERNAME" "${ANDROID_SDK_ROOT}/emulator/emulator" -list-avds
 echo -en "\n>"
 read -r AVD

 AVD_DIR=$(grep "path=" "${USER_HOME}/.android/avd/${AVD}.ini" | cut -f2 -d"=")
 AVD_DIR=${AVD_DIR// } # trim

 echo -en "\ndetermining location of system.img file for ${AVD} ... "
 IMAGE_SYSDIR=$(grep "image.sysdir.1" "${AVD_DIR}/config.ini" | cut -f2 -d"=")
 IMAGE_SYSDIR=${IMAGE_SYSDIR// } # trim
 echo "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}"

 # Cleanup current avd instance
 cleanup_avd

 # Copy clean system.img to selected AVD and related stuff
 unpack_images

 # Resize system.img
 set_new_size
 echo -e "\nResizing system.img to $NEW_SIZE"
 resize_img "${AVD_DIR}/tmp/system.img" "$NEW_SIZE"

 # Install with the OpenGApps installer in a chroot environment
 install_with_opengapps_installer

 # Downsize images if extfs format
 for file in system.img product.img vendor.img system_ext.img; do
  if [ -e "${AVD_DIR}/tmp/$file" ]; then
    downsize_img "${AVD_DIR}/tmp/$file"
  fi
 done

 # Repack images
 repack_images

 # Disable verfied boot (for version before Android-Q)
 disable_verified_boot_pre_q

 # Resize data partition
 sed -i -e "s/disk.dataPartition.size.*/disk.dataPartition.size=1536M/" "${AVD_DIR}/config.ini"

 # Install the built images into the avd
 if [ $(kpartx "${ANDROID_SDK_ROOT}/${IMAGE_SYSDIR}/system.img" | wc -l) -le 1 ]; then
  mv "${AVD_DIR}/tmp/system.img" "${AVD_DIR}"
  mv "${AVD_DIR}/tmp/vendor.img" "${AVD_DIR}"
 else
  # Move combined.img to system.img for use by the emulator
  mv "${AVD_DIR}/tmp/combined.img" "${AVD_DIR}/system.img"
 fi

 rm -r "$TEMPDIR"
 rmdir "${AVD_DIR}/tmp"
	#!/bin/bash

	# Set variables needed by the installer.sh script (when flashed through TWRP
	# they are set by META-INF/com/google/android/update-binary)
	export TMP="/tmp"
	case "$(uname -m)" in
	86) export BINARCH="x86";; # e.g. Zenfone is i686
	ar) export BINARCH="arm";; # i.e. armv7l and aarch64
	esac
	export OPENGAZIP="/tmp_opengappzip/$1"

	# Extract necessary files
	# Copied from META-INF/com/google/android/update-binary (of the OPENGAPPZIP)
	for f in app_densities.txt app_sizes.txt bkup_tail.sh gapps-remove.txt g.prop installer.sh busybox-x86 tar-x86 unzip-x86 zip-x86; do
	unzip -o "$OPENGAZIP" "$f" -d "$TMP"
	done

	# Now, patch the installer script (located in $RTDIR/$TMP)
	cd "$TMP"
	patch -p1 < "/tmp/opengapps_in_emulator/open_gapps_install_script.patch"

	# Run the installer.sh script
	cd /
	ash /tmp/installer.sh
	--- a/installer.sh
	+++ b/installer.sh
	@@ -1093,11 +1093,10 @@
	# Pre-define Helper Functions
	get_file_prop() { grep -m1 "^$2=" "$1" \| cut -d= -f2-; }

	-set_progress() { echo "set_progress $1" >> $OUTFD; }
	+set_progress() { awk -v VAL=$1 'BEGIN {print "...Progress: ", (VAL * 100),"%" }' ; }

	ui_print() {
	- echo "ui_print $1
	- ui_print" >> $OUTFD
	+ echo "$1"
	}

	find_slot() {
	@@ -1295,27 +1294,27 @@
	[ "$ANDROID_ROOT" ] \|\| ANDROID_ROOT=/system

	# emulators can only flash booted and may need /system (on legacy images), or / (on system-as-root images), remounted rw
	-if ! $BOOTMODE; then
	- mount -o bind /dev/urandom /dev/random
	- if [ -L /etc ]; then
	- setup_mountpoint /etc
	- cp -af /etc_link/* /etc
	- sed -i 's; / ; /system_root ;' /etc/fstab
	- fi
	- umount_all
	- mount_all
	-fi
	-if [ -d /dev/block/mapper ]; then
	- for block in system vendor product system_ext; do
	- for slot in "" _a _b; do
	- blockdev --setrw /dev/block/mapper/$block$slot 2>/dev/null
	- done
	- done
	-fi
	-mount -o rw,remount -t auto /system \|\| mount -o rw,remount -t auto /
	-(mount -o rw,remount -t auto /vendor
	-mount -o rw,remount -t auto /product
	-mount -o rw,remount -t auto /system_ext) 2>/dev/null
	+# if ! $BOOTMODE; then
	+# mount -o bind /dev/urandom /dev/random
	+# if [ -L /etc ]; then
	+# setup_mountpoint /etc
	+# cp -af /etc_link/* /etc
	+# sed -i 's; / ; /system_root ;' /etc/fstab
	+# fi
	+# umount_all
	+# mount_all
	+# fi
	+# if [ -d /dev/block/mapper ]; then
	+# for block in system vendor product system_ext; do
	+# for slot in "" _a _b; do
	+# blockdev --setrw /dev/block/mapper/$block$slot 2>/dev/null
	+# done
	+# done
	+# fi
	+# mount -o rw,remount -t auto /system \|\| mount -o rw,remount -t auto /
	+# (mount -o rw,remount -t auto /vendor
	+# mount -o rw,remount -t auto /product
	+# mount -o rw,remount -t auto /system_ext) 2>/dev/null

	ui_print " "

	@@ -1444,8 +1443,8 @@
	# Unmount and rollback script changes
	set_progress 1.0
	if ! $BOOTMODE; then
	- ui_print "- Unmounting partitions"
	- umount_all
	+ #ui_print "- Unmounting partitions"
	+ #umount_all
	[ -L /etc_link ] && rm -rf /etc/*
	local dir
	(for dir in /apex /system /system_root /etc; do
	@@ -1453,8 +1452,8 @@
	rmdir $dir
	mv -f ${dir}_link $dir
	fi
	- done
	- umount -l /dev/random) 2>/dev/null
	+ done) 2>/dev/null
	+ #umount -l /dev/random
	fi

	# Finally, clean up $TMP
	@@ -2762,7 +2761,7 @@
	# Read and save system partition size details
	df=$(df -k /system \| tail -n 1)
	case $df in
	- /dev/block/*) df=$(echo "$df" \| awk '{ print substr($0, index($0,$2)) }');;
	+ /dev/*) df=$(echo "$df" \| awk '{ print substr($0, index($0,$2)) }');;
	esac
	total_system_size_kb=$(echo "$df" \| awk '{ print $1 }')
	used_system_size_kb=$(echo "$df" \| awk '{ print $2 }')