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玩机教程----安卓机型解锁system分区 任意修改删除系统文件 system分区可读写
参考上个博文可以了解到解锁system分区的有关常识。但目前很多机型都在安卓12 13 基础上。其实最简单的方法就在于刷写一个解锁system分区的第三方补丁包。在面具更新不能解锁系统分区的前提下。我们也可以通过刷写一个解锁模块来达到解锁分区的目的。 官方资源下载地址在博文最后。 测试机型与信息机型;小米11 芯片：骁龙888 安卓版本：安卓13 面具模块：Magisk Overlayfs 系统版本：miui14 操作步骤为：解锁bl后有面具root权限。这个可以参考自己机型的解锁bl与root方法操作 然后在面具里刷入此模块。
重启后，查看模块运行开启正常。此时就可以任意系统分区读写。使用re管理器可以直观查看效果 操作效果
目前就可以任意删减系统分区文件。 部分源代码如下： SKIPUNZIP=1 if [ "$BOOTMODE" ] && [ "$KSU" ]; then ui_print "- Installing from KernelSU app" ui_print "- KernelSU version: $KSU_KERNEL_VER_CODE (kernel) + $KSU_VER_CODE (ksud)" ui_print "- Please note that KernelSU modules mount will make" ui_print " your system partitions unable to mount as rw" ui_print "- If you are using KernelSU, " ui_print " please unmount all ksu overlayfs" ui_print " when you want to modify system partitions" elif [ "$BOOTMODE" ] && [ "$MAGISK_VER_CODE" ]; then ui_print "- Installing from Magisk app" else ui_print "*********************************************************" ui_print "! Install from recovery is not supported" ui_print "! Please install from KernelSU or Magisk app" abort "*********************************************************" fi loop_setup() { unset LOOPDEV local LOOP local MINORX=1 [ -e /dev/block/loop1 ] && MINORX=$(stat -Lc '%T' /dev/block/loop1) local NUM=0 while [ $NUM -lt 1024 ]; do LOOP=/dev/block/loop$NUM [ -e $LOOP ] || mknod $LOOP b 7 $((NUM * MINORX)) if losetup $LOOP "$1" 2>/dev/null; then LOOPDEV=$LOOP break fi NUM=$((NUM + 1)) done } randdir="$TMPDIR/.$(head -c21 /dev/urandom | base64)" mkdir -p "$randdir" ABI="$(getprop ro.product.cpu.abi)" # Fix ABI detection if [ "$ABI" == "armeabi-v7a" ]; then ABI32=armeabi-v7a elif [ "$ABI" == "arm64" ]; then ABI32=armeabi-v7a elif [ "$ABI" == "x86" ]; then ABI32=x86 elif [ "$ABI" == "x64" ] || [ "$ABI" == "x86_64" ]; then ABI=x86_64 ABI32=x86 fi unzip -oj "$ZIPFILE" "libs/$ABI/overlayfs_system" -d "$TMPDIR" 1>&2 chmod 777 "$TMPDIR/overlayfs_system" if ! $TMPDIR/overlayfs_system --test; then ui_print "! Kernel doesn't support overlayfs, are you sure?" abort fi ui_print "- Extract files" unzip -oj "$ZIPFILE" post-fs-data.sh \ service.sh \ util_functions.sh \ mode.sh \ mount.sh \ uninstall.sh \ module.prop \ "libs/$ABI/overlayfs_system" \ -d "$MODPATH" unzip -oj "$ZIPFILE" util_functions.sh -d "/data/adb/modules/${MODPATH##*/}" ui_print "- Setup module" chmod 777 "$MODPATH/overlayfs_system" resize_img() { e2fsck -pf "$1" || return 1 if [ "$2" ]; then resize2fs "$1" "$2" || return 1 else resize2fs -M "$1" || return 1 fi return 0 } test_mount_image() { loop_setup /data/adb/overlay [ -z "$LOOPDEV" ] && return 1 result_mnt=1 mount -t ext4 -o rw "$LOOPDEV" "$randdir" && \ "$MODPATH/overlayfs_system" --test --check-ext4 "$randdir" && result_mnt=0 # ensure that uppderdir does not override my binary rm -rf "$randdir/upper/system/bin/overlayfs_system" \ "$randdir/upper/system/bin/magic_remount_rw" \ "$randdir/upper/system/bin/magic_remount_ro" umount -l "$randdir" return $result_mnt } create_ext4_image() { dd if=/dev/zero of="$1" bs=1024 count=100 /system/bin/mkfs.ext4 "$1" && return 0 return 1 } if [ ! -f "/data/adb/overlay" ] || ! test_mount_image; then rm -rf "/data/adb/overlay" ui_print "- Setup 2GB ext4 image at /data/adb/overlay" ui_print " Please wait..." if ! create_ext4_image "/data/adb/overlay" || ! resize_img "/data/adb/overlay" 2000M || ! test_mount_image; then rm -rf /data/adb/overlay abort "! Setup ext4 image failed, abort" fi fi mkdir -p "$MODPATH/system/bin" chcon -R u:object_r:system_file:s0 "$MODPATH/system" chmod -R 755 "$MODPATH/system" ln "$MODPATH/overlayfs_system" "$MODPATH/system/bin" ln -s "./overlayfs_system" "$MODPATH/system/bin/magic_remount_rw" ln -s "./overlayfs_system" "$MODPATH/system/bin/magic_remount_ro" . "$MODPATH/util_functions.sh" support_overlayfs && rm -rf "$MODPATH/system" ui_printMODDIR="${0%/*}" set -o standalone export MAGISKTMP="$(magisk --path)" chmod 777 "$MODDIR/overlayfs_system" OVERLAYDIR="/data/adb/overlay" OVERLAYMNT="/dev/mount_overlayfs" MODULEMNT="/dev/mount_loop" mv -fT /cache/overlayfs.log /cache/overlayfs.log.bak rm -rf /cache/overlayfs.log echo "--- Start debugging log ---" >/cache/overlayfs.log echo "init mount namespace: $(readlink /proc/1/ns/mnt)" >>/cache/overlayfs.log echo "current mount namespace: $(readlink /proc/self/ns/mnt)" >>/cache/overlayfs.log mkdir -p "$OVERLAYMNT" mkdir -p "$OVERLAYDIR" mkdir -p "$MODULEMNT" mount -t tmpfs tmpfs "$MODULEMNT" loop_setup() { unset LOOPDEV local LOOP local MINORX=1 [ -e /dev/block/loop1 ] && MINORX=$(stat -Lc '%T' /dev/block/loop1) local NUM=0 while [ $NUM -lt 2048 ]; do LOOP=/dev/block/loop$NUM [ -e $LOOP ] || mknod $LOOP b 7 $((NUM * MINORX)) if losetup $LOOP "$1" 2>/dev/null; then LOOPDEV=$LOOP break fi NUM=$((NUM + 1)) done } if [ -f "$OVERLAYDIR" ]; then loop_setup /data/adb/overlay if [ ! -z "$LOOPDEV" ]; then mount -o rw -t ext4 "$LOOPDEV" "$OVERLAYMNT" ln "$LOOPDEV" /dev/block/overlayfs_loop fi fi if ! "$MODDIR/overlayfs_system" --test --check-ext4 "$OVERLAYMNT"; then echo "unable to mount writeable dir" >>/cache/overlayfs.log exit fi num=0 for i in /data/adb/modules/*; do [ ! -e "$i" ] && break; module_name="$(basename "$i")" if [ ! -e "$i/disable" ] && [ ! -e "$i/remove" ]; then if [ -f "$i/overlay.img" ]; then loop_setup "$i/overlay.img" if [ ! -z "$LOOPDEV" ]; then echo "mount overlayfs for module: $module_name" >>/cache/overlayfs.log mkdir -p "$MODULEMNT/$num" mount -o rw -t ext4 "$LOOPDEV" "$MODULEMNT/$num" fi num="$((num+1))" fi if [ "$KSU" == "true" ]; then mkdir -p "$MODULEMNT/$num" mount --bind "$i" "$MODULEMNT/$num" num="$((num+1))" fi fi done OVERLAYLIST="" for i in "$MODULEMNT"/*; do [ ! -e "$i" ] && break; if [ -d "$i" ] && [ ! -L "$i" ] && "$MODDIR/overlayfs_system" --test --check-ext4 "$i"; then OVERLAYLIST="$i:$OVERLAYLIST" fi done mkdir -p "$OVERLAYMNT/upper" rm -rf "$OVERLAYMNT/worker" mkdir -p "$OVERLAYMNT/worker" if [ ! -z "$OVERLAYLIST" ]; then export OVERLAYLIST="${OVERLAYLIST::-1}" echo "mount overlayfs list: [$OVERLAYLIST]" >>/cache/overlayfs.log fi # overlay_system . "$MODDIR/mode.sh" "$MODDIR/overlayfs_system" "$OVERLAYMNT" | tee -a /cache/overlayfs.log if [ ! -z "$MAGISKTMP" ]; then mkdir -p "$MAGISKTMP/overlayfs_mnt" mount --bind "$OVERLAYMNT" "$MAGISKTMP/overlayfs_mnt" fi umount -l "$OVERLAYMNT" rmdir "$OVERLAYMNT" umount -l "$MODULEMNT" rmdir "$MODULEMNT" rm -rf /dev/.overlayfs_service_unblock echo "--- Mountinfo (post-fs-data) ---" >>/cache/overlayfs.log cat /proc/mounts >>/cache/overlayfs.log ( # block until /dev/.overlayfs_service_unblock while [ ! -e "/dev/.overlayfs_service_unblock" ]; do sleep 1 done rm -rf /dev/.overlayfs_service_unblock echo "--- Mountinfo (late_start) ---" >>/cache/overlayfs.log cat /proc/mounts >>/cache/overlayfs.log ) & resize_img() { e2fsck -pf "$1" || return 1 if [ "$2" ]; then resize2fs "$1" "$2" || return 1 else resize2fs -M "$1" || return 1 fi return 0 } loop_setup() { unset LOOPDEV local LOOP local MINORX=1 [ -e /dev/block/loop1 ] && MINORX=$(stat -Lc '%T' /dev/block/loop1) local NUM=0 while [ $NUM -lt 2048 ]; do LOOP=/dev/block/loop$NUM [ -e $LOOP ] || mknod $LOOP b 7 $((NUM * MINORX)) if losetup $LOOP "$1" 2>/dev/null; then LOOPDEV=$LOOP break fi NUM=$((NUM + 1)) done } sizeof(){ EXTRA="$2" [ -z "$EXTRA" ] && EXTRA=0 [ "$EXTRA" -gt 0 ] || EXTRA=0 size="$(du -s "$1" | awk '{ print $1 }')" # append more 20Mb size="$((size + EXTRA))" echo -n "$((size + 20000))" } handle() { if [ ! -L "/$1" ] && [ -d "/$1" ] && [ -d "$MODPATH/system/$1" ]; then rm -rf "$MODPATH/overlay/$1" mv -f "$MODPATH/overlay/system/$1" "$MODPATH/overlay" ln -s "../$1" "$MODPATH/overlay/system/$1" fi } create_ext4_image() { dd if=/dev/zero of="$1" bs=1024 count=100 /system/bin/mkfs.ext4 "$1" && return 0 return 1 } support_overlayfs() { #OVERLAY_IMAGE_EXTRA - number of kb need to be added to overlay.img #OVERLAY_IMAGE_SHRINK - shrink overlay.img or not? if [ -d "$MODPATH/system" ]; then OVERLAY_IMAGE_SIZE="$(sizeof "$MODPATH/system" "$OVERLAY_IMAGE_EXTRA")" rm -rf "$MODPATH/overlay.img" create_ext4_image "$MODPATH/overlay.img" resize_img "$MODPATH/overlay.img" "${OVERLAY_IMAGE_SIZE}M" || { ui_print "! Setup failed"; return 1; } ui_print "- Created overlay image with size: $(du -shH "$MODPATH/overlay.img" | awk '{ print $1 }')" loop_setup "$MODPATH/overlay.img" if [ ! -z "$LOOPDEV" ]; then rm -rf "$MODPATH/overlay" mkdir "$MODPATH/overlay" mount -t ext4 -o rw "$LOOPDEV" "$MODPATH/overlay" chcon u:object_r:system_file:s0 "$MODPATH/overlay" cp -afT "$MODPATH/system" "$MODPATH/overlay/system" # fix context ( cd "$MODPATH" || exit find "system" | while read line; do chcon "$(ls -Zd "$line" | awk '{ print $1 }')" "$MODPATH/overlay/$line" if [ -e "$line/.replace" ]; then setfattr -n trusted.overlay.opaque -v y "$MODPATH/overlay/$line" fi done ) # handle partition handle vendor handle product handle system_ext umount -l "$MODPATH/overlay" if [ "$OVERLAY_IMAGE_SHRINK" == "true" ] || [ -z "$OVERLAY_IMAGE_SHRINK" ]; then ui_print "- Shrink overlay image" resize_img "$MODPATH/overlay.img" ui_print "- Overlay image new size: $(du -shH "$MODPATH/overlay.img" | awk '{ print $1 }')" fi rm -rf "$MODPATH/overlay" return 0 fi fi return 1 }这个是一个开源的解锁系统分区资源。官方下载链接：官方开源地址 整体操作步骤还是比较简单。适合任意阶段的玩友使用。 关注我。了解一些玩机常识和基本的故障解决。 |
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