- Adım
- Yaren
- Cihazım
- Xiaomi Mi A1
- Yaş
- 32
- Konum
- Adıyaman
- Katılım
- 24 Temmuz 2018
- Konular
- 23
- Mesajlar
- 984
- Tepkime puanı
- 912
- Puanları
- 108
- Konu Sahibi Konu Sahibi
- #31
Geçebilirsiniz fakat twrp de efs, splash, modem, system bölümleri gibi bir bölüm olan boot.img içerisine entegre edilir.
Bunu aşağıdaki tissot twrp kurulum dosyası(twrp-installer.sh) içerisinde görebilirsiniz ayrıntılı olarak:
Bash:
#!/sbin/sh
# LazyFlasher boot image patcher script by jcadduono
tmp=/tmp/twrp-install
bin=$tmp/tools/arm64
split_img_a=$tmp/split-img-a
split_img_b=$tmp/split-img-b
console=$(cat /tmp/console)
[ "$console" ] || console=/proc/$$/fd/1
cd "$tmp"
./config.sh
chmod -R 755 "$bin"
rm -rf "$split_img_a"
rm -rf "$split_img_b"
print() {
if [ "$1" ]; then
echo "ui_print - $1" > "$console"
else
echo "ui_print " > "$console"
fi
echo
}
abort() {
[ "$1" ] && {
print "Error: $1!"
print "Aborting..."
}
exit 1
}
## start install methods
# find the location of the boot block
find_boot() {
verify_block() {
boot_block_a=$(readlink -f "$boot_block"_a)
boot_block_b=$(readlink -f "$boot_block"_b)
# if the boot block is a file, we must use dd
if [ -f "$boot_block" ]; then
use_dd=true
# if the boot block is a block device, we use flash_image when possible
elif [ -b "$boot_block" ]; then
case "$boot_block" in
/dev/block/bml*|/dev/block/mtd*|/dev/block/mmc*)
use_dd=false ;;
*)
use_dd=true ;;
esac
# otherwise we have to keep trying other locations
else
return 1
fi
print "Found by-name boot partition at: $boot_block"
print "Found boot_a partition at: $boot_block_a"
print "Found boot_b partition at: $boot_block_b"
}
# if we already have boot block set then verify and use it
[ "$boot_block" ] && verify_block && return
# otherwise, time to go hunting!
if [ -f /etc/recovery.fstab ]; then
# recovery fstab v1
boot_block=$(awk '$1 == "/boot" {print $3}' /etc/recovery.fstab)
[ "$boot_block" ] && verify_block && return
# recovery fstab v2
boot_block=$(awk '$2 == "/boot" {print $1}' /etc/recovery.fstab)
[ "$boot_block" ] && verify_block && return
fi
for fstab in /fstab.*; do
[ -f "$fstab" ] || continue
# device fstab v2
boot_block=$(awk '$2 == "/boot" {print $1}' "$fstab")
[ "$boot_block" ] && verify_block && return
# device fstab v1
boot_block=$(awk '$1 == "/boot" {print $3}' "$fstab")
[ "$boot_block" ] && verify_block && return
done
if [ -f /proc/emmc ]; then
# emmc layout
boot_block=$(awk '$4 == "\"boot\"" {print $1}' /proc/emmc)
[ "$boot_block" ] && boot_block=/dev/block/$(echo "$boot_block" | cut -f1 -d:) && verify_block && return
fi
if [ -f /proc/mtd ]; then
# mtd layout
boot_block=$(awk '$4 == "\"boot\"" {print $1}' /proc/mtd)
[ "$boot_block" ] && boot_block=/dev/block/$(echo "$boot_block" | cut -f1 -d:) && verify_block && return
fi
if [ -f /proc/dumchar_info ]; then
# mtk layout
boot_block=$(awk '$1 == "/boot" {print $5}' /proc/dumchar_info)
[ "$boot_block" ] && verify_block && return
fi
abort "Unable to find boot block location"
}
# dump boot and unpack the android boot image
dump_boot() {
print "Dumping & unpacking original boot image..."
cd "$tmp"
if $use_dd; then
dd if="$boot_block"_a of=boot_a.img
[ $? = 0 ] || abort "Unable to read boot partition A"
dd if="$boot_block"_b of=boot_b.img
[ $? = 0 ] || abort "Unable to read boot partition B"
else
dump_image "$boot_block_a" boot_a.img
[ $? = 0 ] || abort "Unable to read boot partition A"
dump_image "$boot_block_b" boot_b.img
[ $? = 0 ] || abort "Unable to read boot partition B"
fi
"$bin/bootimg" xvf boot_a.img "$split_img_a" ||
abort "Unpacking boot image A failed"
"$bin/bootimg" xvf boot_b.img "$split_img_b" ||
abort "Unpacking boot image B failed"
}
# build the new boot image
build_boot() {
cd "$tmp"
print "Building new boot image..."
kernel=
rd=
dtb=
for image in zImage zImage-dtb Image Image-dtb Image.gz Image.gz-dtb Image.lz4 Image.lz4-dtb; do
if [ -s $image ]; then
kernel=$image
print "Found replacement kernel $image!"
break
fi
done
if [ -s ramdisk-recovery.img ]; then
rd="$tmp/ramdisk-recovery.img"
print "Found TWRP ramdisk image!"
fi
if [ -s dtb.img ]; then
dtb=dtb.img
print "Found replacement device tree image!"
fi
"$bin/bootimg" cvf boot-new-a.img "$split_img_a" \
${kernel:+--kernel "$kernel"} \
${rd:+--ramdisk "$rd"} \
${dtb:+--dt "$dtb"} \
--hash ||
abort "Repacking boot image A failed"
"$bin/bootimg" cvf boot-new-b.img "$split_img_b" \
${kernel:+--kernel "$kernel"} \
${rd:+--ramdisk "$rd"} \
${dtb:+--dt "$dtb"} \
--hash ||
abort "Repacking boot image B failed"
}
# backup old boot image
backup_boot() {
[ "$boot_backup" ] || return
print "Backing up original boot image to $boot_backup..."
cd "$tmp"
mkdir -p "$(dirname "$boot_backup")"
cp -f boot.img "$boot_backup"
}
# verify that the boot image exists and can fit the partition
verify_size() {
print "Verifying boot image size..."
cd "$tmp"
[ -s boot-new-a.img ] || abort "New boot image A not found!"
old_sz=$(wc -c < boot_a.img)
new_sz=$(wc -c < boot-new-a.img)
if [ "$new_sz" -gt "$old_sz" ]; then
size_diff=$((new_sz - old_sz))
print " Partition A size: $old_sz bytes"
print "Boot image A size: $new_sz bytes"
abort "Boot image A is $size_diff bytes too large for partition"
fi
[ -s boot-new-b.img ] || abort "New boot image B not found!"
old_sz=$(wc -c < boot_b.img)
new_sz=$(wc -c < boot-new-b.img)
if [ "$new_sz" -gt "$old_sz" ]; then
size_diff=$((new_sz - old_sz))
print " Partition B size: $old_sz bytes"
print "Boot image B size: $new_sz bytes"
abort "Boot image B is $size_diff bytes too large for partition"
fi
}
# write the new boot image to boot block
write_boot() {
print "Writing new boot image to memory..."
cd "$tmp"
if $use_dd; then
dd if=boot-new-a.img of="$boot_block"_a
[ $? = 0 ] || abort "Failed to write boot image A! You may need to restore your boot partition"
dd if=boot-new-b.img of="$boot_block"_b
[ $? = 0 ] || abort "Failed to write boot image B! You may need to restore your boot partition"
else
flash_image "$boot_block_a" boot-new-a.img
flash_image "$boot_block_b" boot-new-b.img
fi
[ $? = 0 ] || abort "Failed to write boot image! You may need to restore your boot partition"
}
## end install methods
## start boot image patching
find_boot
dump_boot
build_boot
verify_size
#backup_boot
write_boot
## end boot image patchingAyrıca android one telefonlarda A ve B partition bölümleri var ve kodlarda da gördüğünüz üzere her iki partition üzerinde boot.img dosyası yeniden düzenleniyor ve treble romlar için yapılan repartition işlemleri de stock rom yüklemeye engel oluyor.
Bütün bunlardan dolayı twrp üzerinden stock rom yüklemeyi önermiyorum arkadaşlar.
