mirror of
https://github.com/kenzok8/openwrt-packages.git
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502 lines
19 KiB
Bash
Executable File
502 lines
19 KiB
Bash
Executable File
#!/bin/bash
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#====================================================================================
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#
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# Function: Update the kernel for OpenWrt (Amlogic s9xxx, Allwinner, Rockchip)
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# Copyright (C) 2020-- https://github.com/unifreq/openwrt_packit
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# Copyright (C) 2021-- https://github.com/ophub/luci-app-amlogic
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#
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# Support the kernel: boot-*.tar.gz, dtb-*.tar.gz, modules-*.tar.gz
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# It is recommended to install MAINLINE_UBOOT for kernel versions above 5.10.y
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# openwrt-kernel ${AUTO_MAINLINE_UBOOT}
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# E.g: openwrt-kernel yes
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# openwrt-kernel no
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#
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#================================== Functions list ==================================
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#
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# error_msg : Output error message
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# get_textoffset : Get kernel TEXT_OFFSET
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# init_var : Initialize all variables
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# check_kernel : Check kernel files list
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# chech_files_same : Check file consistency
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# restore_kernel : Restore current kernel
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# update_kernel : Update the kernel
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# update_uboot : Update the uboot
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#
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#============================== Set default parameters ==============================
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#
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# Receive one-key command related parameters
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AUTO_MAINLINE_UBOOT="no"
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# Set the release check file
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release_file="/etc/flippy-openwrt-release"
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#
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#====================================================================================
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# Encountered a serious error, abort the script execution
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error_msg() {
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echo -e "[Error] ${1}"
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exit 1
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}
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# Get the partition name of the root file system
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get_root_partition_name() {
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local paths=("/" "/overlay" "/rom")
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local partition_name
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for path in "${paths[@]}"; do
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partition_name=$(df "${path}" | awk 'NR==2 {print $1}' | awk -F '/' '{print $3}')
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[[ -n "${partition_name}" ]] && break
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done
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[[ -z "${partition_name}" ]] && error_msg "Cannot find the root partition!"
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echo "${partition_name}"
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}
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# Get kernel TEXT_OFFSET, For u-boot.ext and u-boot.emmc
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get_textoffset() {
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boot_tgz_file="${1}"
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vmlinuz_name="${2}"
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K510="1"
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temp_dir="$(mktemp -d)"
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(
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cd ${temp_dir}
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tar -xf "${boot_tgz_file}" "${vmlinuz_name}"
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)
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# With TEXT_OFFSET patch is [ 0108 ], without TEXT_OFFSET patch is [ 0000 ]
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[[ "$(hexdump -n 15 -x "${temp_dir}/${vmlinuz_name}" 2>/dev/null | head -n 1 | awk '{print $7}')" == "0108" ]] && K510="0"
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}
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init_var() {
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# Receive one-key command related parameters
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[[ "${1}" == "yes" ]] && AUTO_MAINLINE_UBOOT="yes"
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# Check dependencies
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[[ -n "$(busybox which tar)" ]] || error_msg "Missing [ tar ] in OpenWrt firmware, unable to update kernel"
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# Check release file
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if [[ -s "${release_file}" ]]; then
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source "${release_file}"
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PLATFORM="${PLATFORM}"
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MODEL_ID="${MODEL_ID}"
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UBOOT_OVERLOAD="${UBOOT_OVERLOAD}"
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MAINLINE_UBOOT="${MAINLINE_UBOOT}"
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ANDROID_UBOOT="${ANDROID_UBOOT}"
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SOC="${SOC}"
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LOCK_KERNEL="${LOCK_KERNEL}"
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else
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error_msg "${release_file} file is missing!"
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fi
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[[ -n "${PLATFORM}" ]] || error_msg "Missing ${PLATFORM} value in ${release_file} file."
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# Define supported platforms
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support_platform=("allwinner" "rockchip" "amlogic" "qemu-aarch64")
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[[ -n "$(echo "${support_platform[@]}" | grep -w "${PLATFORM}")" ]] || error_msg "[ ${PLATFORM} ] is not supported."
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# Set /boot/vmlinuz-* replication names for different SoCs
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MYBOOT_VMLINUZ="$(ls -l /boot/*Image 2>/dev/null | awk '{print $9}' | head -n 1)"
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MYBOOT_VMLINUZ="${MYBOOT_VMLINUZ##*/}"
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[[ -n "${MYBOOT_VMLINUZ}" ]] || error_msg "Failed to get Image name: [ ${MYBOOT_VMLINUZ} ]"
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# Find the partition where root is located
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ROOT_PTNAME="$(get_root_partition_name)"
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# Find the disk where the partition is located, only supports mmcblk?p? sd?? hd?? vd?? and other formats
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case "${ROOT_PTNAME}" in
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mmcblk?p[1-9])
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EMMC_NAME="$(echo ${ROOT_PTNAME} | awk '{print substr($1, 1, length($1)-2)}')"
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PARTITION_NAME="p"
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;;
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[hsv]d[a-z][1-9])
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EMMC_NAME="$(echo ${ROOT_PTNAME} | awk '{print substr($1, 1, length($1)-1)}')"
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PARTITION_NAME=""
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;;
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nvme?n?p[1-9])
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EMMC_NAME="$(echo ${ROOT_PTNAME} | awk '{print substr($1, 1, length($1)-2)}')"
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PARTITION_NAME="p"
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;;
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*)
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error_msg "Unable to recognize the disk type of ${ROOT_PTNAME}!"
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;;
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esac
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P4_PATH="/mnt/${EMMC_NAME}${PARTITION_NAME}4"
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# Move kernel related files to the ${P4_PATH} directory
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mv -f /tmp/upload/* ${P4_PATH} 2>/dev/null
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# Current device model
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MYDEVICE_NAME="$(cat /proc/device-tree/model | tr -d '\000')"
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[[ "${PLATFORM}" == "qemu-aarch64" ]] && MYDEVICE_NAME="KVM Virtual Machine"
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echo -e "Current device: ${MYDEVICE_NAME} [ ${PLATFORM} ], Use in [ ${EMMC_NAME} ]"
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sync && echo ""
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}
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# Check kernel files list
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check_kernel() {
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cd ${P4_PATH}
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# Determine custom kernel filename
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kernel_boot="$(ls boot-*.tar.gz 2>/dev/null | head -n 1)"
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kernel_name="${kernel_boot:5:-7}"
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KERNEL_VERSION="$(echo ${kernel_name} | grep -oE '^[1-9].[0-9]{1,3}.[0-9]+')"
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echo -e "Kernel name: ${kernel_name}"
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# check if kernel is locked
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if [ -n "${LOCK_KERNEL}" ]; then
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if [ "${LOCK_KERNEL}" != "${kernel_name}" ]; then
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if ! echo "${kernel_name}" | grep -E '^5.10.\d+-.*?rk35.*?$' >/dev/null; then
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error_msg "The kernel version is locked to [ ${LOCK_KERNEL} ], but your kernel is [ ${kernel_name} ]. "
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fi
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fi
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fi
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# Check if the file is added with TEXT_OFFSET patch
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get_textoffset "${P4_PATH}/${kernel_boot}" "vmlinuz-${kernel_name}"
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echo -e "K510 [ ${K510} ]"
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if [[ "${PLATFORM}" == "amlogic" && "${K510}" -eq "1" ]]; then
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[[ -n "${UBOOT_OVERLOAD}" && -f "/boot/${UBOOT_OVERLOAD}" ]] || error_msg "The UBOOT_OVERLOAD file is missing and cannot be update."
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fi
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# Check the sha256sums file
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sha256sums_file="sha256sums"
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sha256sums_check="1"
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[[ -s "${sha256sums_file}" && -n "$(cat ${sha256sums_file})" ]] || sha256sums_check="0"
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[[ -n "$(busybox which sha256sum)" ]] || sha256sums_check="0"
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[[ "${sha256sums_check}" -eq "1" ]] && echo -e "Enable sha256sum checking..."
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# Loop check file
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i="1"
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if [[ "${PLATFORM}" == "qemu-aarch64" ]]; then
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kernel_list=("boot" "modules")
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else
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kernel_list=("boot" "dtb-${PLATFORM}" "modules")
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fi
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for kernel_file in ${kernel_list[*]}; do
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# Set check filename
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tmp_file="${kernel_file}-${kernel_name}.tar.gz"
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# Check if file exists
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[[ -s "${tmp_file}" ]] || error_msg "The [ ${kernel_file} ] file is missing."
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# Check if the file sha256sum is correct
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if [[ "${sha256sums_check}" -eq "1" ]]; then
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tmp_sha256sum="$(sha256sum "${tmp_file}" | awk '{print $1}')"
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tmp_checkcode="$(cat ${sha256sums_file} | grep ${tmp_file} | awk '{print $1}')"
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[[ "${tmp_sha256sum}" == "${tmp_checkcode}" ]] || error_msg "${tmp_file}: sha256sum verification failed."
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echo -e "(${i}/3) [ ${tmp_file} ] file sha256sum check same."
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fi
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let i++
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done
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sync && echo ""
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}
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# Check the consistency of amlogic device files
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chech_files_same() {
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i="0"
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max_try="5"
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while [[ "${i}" -le "${max_try}" ]]; do
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if [[ "$(sha256sum "${1}" | awk '{print $1}')" == "$(sha256sum "${2}" | awk '{print $1}')" ]]; then
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echo "" && break
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else
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cp -f ${1} ${2}
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i="$((i + 1))"
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fi
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done
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[[ "${i}" -gt "${max_try}" ]] && echo "God, it's different after ${max_try} copies: [ ${1} ]"
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}
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# Restore the kernel when the update fails
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restore_kernel() {
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(
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cd /boot
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rm -rf \
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config-${kernel_name} \
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System.map-${kernel_name} \
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initrd.img-${kernel_name} \
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uInitrd-${kernel_name} \
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vmlinuz-${kernel_name} \
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initrd.img \
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uInitrd \
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zImage \
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Image \
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vmlinuz \
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dtb* 2>/dev/null
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tar -xzf /tmp/boot-backup.tar.gz 2>/dev/null
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)
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error_msg "Kernel update failed and has been reverted."
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}
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# Update the kernel
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update_kernel() {
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local cur_kernel_name=$(uname -r)
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local boot_fstype=$(df -T /boot | tail -n1 | awk '{print $2}')
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echo -e "Start unpacking the kernel..."
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# 01. for /boot five files
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# Backup the current_kernel
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(
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cd /boot
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tar -czf /tmp/boot-backup.tar.gz \
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config-${cur_kernel_name} \
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System.map-${cur_kernel_name} \
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initrd.img-${cur_kernel_name} \
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uInitrd-${cur_kernel_name} \
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vmlinuz-${cur_kernel_name} \
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initrd.img \
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uInitrd \
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zImage \
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Image \
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vmlinuz \
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dtb* 2>/dev/null
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rm -rf \
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config-${cur_kernel_name} \
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System.map-${cur_kernel_name} \
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initrd.img-${cur_kernel_name} \
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uInitrd-${cur_kernel_name} \
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vmlinuz-${cur_kernel_name} \
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initrd.img \
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uInitrd \
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zImage \
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Image \
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vmlinuz \
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dtb* 2>/dev/null
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)
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# Extract the new kernel
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tar -xf ${P4_PATH}/boot-${kernel_name}.tar.gz -C /boot
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# Check if the file exists
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local valid_files
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if [[ "${PLATFORM}" == "qemu-aarch64" ]]; then
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valid_files="vmlinuz-${kernel_name} initrd.img-${kernel_name} config-${kernel_name} System.map-${kernel_name}"
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rm -f /boot/uInitrd*
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else
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valid_files="vmlinuz-${kernel_name} uInitrd-${kernel_name} config-${kernel_name} System.map-${kernel_name}"
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# wxy-oect: MODEL_ID numbers r304 and r306, require special handling of uInitrd
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[[ "${MODEL_ID}" =~ ^(r304|r306)$ ]] || rm -f /boot/initrd.img*
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fi
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for f in ${valid_files}; do [[ -f "/boot/${f}" ]] || restore_kernel; done
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# Check if the files are the same
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(
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cd /boot
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if [[ "${PLATFORM}" == "qemu-aarch64" ]]; then
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ln -sf initrd.img-${kernel_name} initrd.img
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ln -sf vmlinuz-${kernel_name} ${MYBOOT_VMLINUZ}
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elif [[ "$boot_fstype" == "vfat" ]]; then
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cp -f uInitrd-${kernel_name} uInitrd
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[[ -z "$(chech_files_same uInitrd-${kernel_name} uInitrd)" ]] || restore_kernel
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cp -f vmlinuz-${kernel_name} ${MYBOOT_VMLINUZ}
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[[ -z "$(chech_files_same vmlinuz-${kernel_name} ${MYBOOT_VMLINUZ})" ]] || restore_kernel
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else
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ln -sf uInitrd-${kernel_name} uInitrd
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ln -sf vmlinuz-${kernel_name} ${MYBOOT_VMLINUZ}
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fi
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# wxy-oect: MODEL_ID numbers r304 and r306, require special handling of uInitrd
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[[ "${MODEL_ID}" =~ ^(r304|r306)$ ]] && ln -sf initrd.img-${kernel_name} uInitrd
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)
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echo -e "(1/3) Unpacking [ boot-${kernel_name}.tar.gz ] done."
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if [[ "${PLATFORM}" == "qemu-aarch64" ]]; then
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echo -e "(2/3) skip unpack dtb files."
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else
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# 02. for /boot/dtb/${PLATFORM}/*
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if [[ "${boot_fstype}" == "vfat" ]]; then
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(cd /boot && mkdir -p dtb/${PLATFORM})
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else
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(cd /boot && mkdir -p dtb-${kernel_name}/${PLATFORM} && ln -sf dtb-${kernel_name} dtb)
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fi
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tar -xf ${P4_PATH}/dtb-${PLATFORM}-${kernel_name}.tar.gz -C /boot/dtb/${PLATFORM}
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[[ "$(ls /boot/dtb/${PLATFORM} -l 2>/dev/null | grep "^-" | wc -l)" -ge "1" ]] || error_msg "/boot/dtb/${PLATFORM} file is missing."
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echo -e "(2/3) Unpacking [ dtb-${PLATFORM}-${kernel_name}.tar.gz ] done."
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fi
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# 03. for /lib/modules/*
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rm -rf /lib/modules/*
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tar -xf ${P4_PATH}/modules-${kernel_name}.tar.gz -C /lib/modules
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(
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cd /lib/modules/${kernel_name}
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rm -f *.ko
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find ./ -type f -name '*.ko' -exec ln -s {} ./ \;
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sync && sleep 3
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x=$(ls *.ko -l 2>/dev/null | grep "^l" | wc -l)
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[[ "${x}" -eq "0" ]] && error_msg "Error *.ko Files not found."
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)
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echo -e "(3/3) Unpacking [ modules-${kernel_name}.tar.gz ] done."
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# Delete kernel tmpfiles
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rm -f ${P4_PATH}/*-${kernel_name}.tar.gz
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rm -f ${P4_PATH}/sha256sums
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sync && echo ""
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}
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# Update the uboot
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update_uboot() {
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# Only amlogic SoCs needs to be updated
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if [[ "${PLATFORM}" == "amlogic" ]]; then
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# Copy u-boot.ext and u-boot.emmc
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if [[ "${K510}" -eq "1" && -n "${UBOOT_OVERLOAD}" && -f "/boot/${UBOOT_OVERLOAD}" ]]; then
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[[ ! -f "/boot/u-boot.ext" ]] && cp -f "/boot/${UBOOT_OVERLOAD}" /boot/u-boot.ext && chmod +x /boot/u-boot.ext
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[[ ! -f "/boot/u-boot.emmc" ]] && cp -f "/boot/u-boot.ext" /boot/u-boot.emmc && chmod +x /boot/u-boot.emmc
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echo -e "The ${UBOOT_OVERLOAD} file copy is complete."
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elif [[ "${K510}" -eq "0" ]]; then
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rm -f "/boot/u-boot.ext" "/boot/u-boot.emmc"
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fi
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# Write Mainline bootloader
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if [[ -f "${MAINLINE_UBOOT}" && "${AUTO_MAINLINE_UBOOT}" == "yes" ]]; then
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echo -e "Write Mainline bootloader: [ ${MAINLINE_UBOOT} ] to [ /dev/${EMMC_NAME} ]"
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dd if=${MAINLINE_UBOOT} of=/dev/${EMMC_NAME} bs=1 count=442 conv=fsync
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dd if=${MAINLINE_UBOOT} of=/dev/${EMMC_NAME} bs=512 skip=1 seek=1 conv=fsync
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echo -e "The MAINLINE_UBOOT file write is complete."
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fi
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fi
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# Update release file
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sed -i "s|^KERNEL_VERSION=.*|KERNEL_VERSION='${kernel_name}'|g" ${release_file} 2>/dev/null
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# Update banner file
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sed -i "s| Kernel.*| Kernel: ${kernel_name}|g" /etc/banner 2>/dev/null
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sync && echo ""
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}
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# Rescue the kernel
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sos_kernel() {
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echo -e "Start rescuing kernel..."
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# Supports specifying disks, such as: [ openwrt-kernel -s mmcblk1 ]
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box_disk="${2}"
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if [[ -n "${box_disk}" ]]; then
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# Format the disk names
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box_disk="${box_disk//\/dev\//}"
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# Check if the disk exists
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[[ -b "/dev/${box_disk}" ]] || error_msg "The specified disk [ ${box_disk} ] does not exist."
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# Check if the disk is the same as the current system disk
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[[ "${box_disk}" == "${EMMC_NAME}" ]] && error_msg "The specified disk [ ${box_disk} ] is the same as the current system disk [ ${EMMC_NAME} ]."
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echo -e "The device name of the specified disk: [ ${box_disk} ]"
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else
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# Find emmc disk, first find emmc containing boot0 partition
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box_disk="$(lsblk -l -o NAME | grep -oE '(mmcblk[0-9]?|nvme[0-9]?n[0-9]?|[hsv]d[a-z])' | grep -vE ^${EMMC_NAME} | sort -u | head -n 1)"
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# Check if disk exists
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[[ -z "${box_disk}" ]] && error_msg "Unable to locate the storage requiring rescue."
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echo -e "The device name of the target disk: [ ${box_disk} ]"
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fi
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rescue_disk="/dev/${box_disk}"
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echo -e "The current OpenWrt is running on [ /dev/${EMMC_NAME} ], and the target disk for restoration is [ ${rescue_disk} ]."
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# Create a temporary mount directory
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umount ${P4_PATH}/bootfs 2>/dev/null
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umount ${P4_PATH}/rootfs 2>/dev/null
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rm -rf ${P4_PATH}/bootfs ${P4_PATH}/rootfs 2>/dev/null
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mkdir -p ${P4_PATH}/{bootfs/,rootfs/} && sync
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[[ "${?}" -ne "0" ]] && error_msg "Failed to create temporary mount directory [ ${P4_PATH} ]"
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# Mount target bootfs partition
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[[ "${box_disk}" =~ ^([hsv]d[a-z]) ]] && rescue_disk_partition_name="" || rescue_disk_partition_name="p"
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mount ${rescue_disk}${rescue_disk_partition_name}1 ${P4_PATH}/bootfs
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[[ "${?}" -ne "0" ]] && error_msg "mount ${rescue_disk}${PARTITION_NAME}1 failed!"
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echo -e "The [ ${rescue_disk}${rescue_disk_partition_name}1 ] partition is mounted on [ ${P4_PATH}/bootfs ]."
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# Search uuid file
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if [[ -f "${P4_PATH}/bootfs/uEnv.txt" ]]; then
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search_file="uEnv.txt"
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elif [[ -f "${P4_PATH}/bootfs/armbianEnv.txt" ]]; then
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search_file="armbianEnv.txt"
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elif [[ -f "${P4_PATH}/bootfs/extlinux/extlinux.conf" ]]; then
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search_file="extlinux/extlinux.conf"
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else
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error_msg "The [ uEnv.txt, armbianEnv.txt, extlinux/extlinux.conf ] file does not exist, stop rescuing."
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fi
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# Get the target partition uuid and rootfs
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target_parttion_uuid="$(grep '=UUID=' ${P4_PATH}/bootfs/${search_file} | sed -n 's/.*=UUID=\([a-f0-9-]*\).*/\1/p')"
|
|
[[ -z "${target_parttion_uuid}" ]] && error_msg "The [ ${search_file} ] file does not contain the UUID value."
|
|
target_rootfs="$(blkid | grep ${target_parttion_uuid} | awk -F':' '{print $1;}')"
|
|
[[ -z "${target_rootfs}" ]] && error_msg "The [ ${target_parttion_uuid} ] UUID does not exist in the system."
|
|
|
|
# Mount target rootfs partition
|
|
mount ${target_rootfs} ${P4_PATH}/rootfs
|
|
[[ "${?}" -ne "0" ]] && error_msg "mount ${rescue_disk}${PARTITION_NAME}2 failed!"
|
|
echo -e "The [ ${target_rootfs} ] partition is mounted on [ ${P4_PATH}/rootfs ]."
|
|
|
|
# Identify the current kernel files
|
|
kernel_signature="$(uname -r)"
|
|
|
|
# 01. For /boot files
|
|
[[ -d "${P4_PATH}/bootfs" ]] && {
|
|
cd ${P4_PATH}/bootfs
|
|
rm -rf config-* initrd.img-* System.map-* vmlinuz-* uInitrd* *Image dtb* u-boot.ext u-boot.emmc
|
|
[[ -f "/boot/u-boot.ext" ]] && {
|
|
cp -f /boot/u-boot.ext .
|
|
cp -f /boot/u-boot.ext u-boot.emmc
|
|
chmod +x u-boot.ext u-boot.emmc
|
|
}
|
|
cp -rf /boot/{*-${kernel_signature},uInitrd,*Image,dtb} .
|
|
[[ "${?}" -ne "0" ]] && error_msg "(1/2) [ boot ] kernel files rescue failed."
|
|
echo -e "(1/2) [ boot ] kernel files rescue succeeded."
|
|
|
|
[[ -f "/boot/emmc_autoscript.cmd" ]] && cp -f /boot/emmc_autoscript.cmd .
|
|
[[ -f "/boot/emmc_autoscript" ]] && cp -f /boot/emmc_autoscript .
|
|
[[ -f "/boot/s905_autoscript.cmd" ]] && cp -f /boot/s905_autoscript.cmd .
|
|
[[ -f "/boot/s905_autoscript" ]] && cp -f /boot/s905_autoscript .
|
|
} || error_msg "(1/2) The [ ${P4_PATH}/bootfs ] folder does not exist, stop rescuing."
|
|
|
|
# 02. For /lib/modules/${kernel_signature}
|
|
[[ -d "${P4_PATH}/rootfs/lib/modules" ]] && {
|
|
cd ${P4_PATH}/rootfs/lib/modules
|
|
rm -rf *
|
|
cp -rf /lib/modules/${kernel_signature} .
|
|
[[ "${?}" -ne "0" ]] && error_msg "(2/2) [ modules ] kernel files rescue failed."
|
|
echo -e "(2/2) [ modules ] kernel files rescue succeeded."
|
|
} || error_msg "(2/2) The [ ${P4_PATH}/rootfs/lib/modules ] folder does not exist, stop rescuing."
|
|
|
|
# Unmount the emmc partition
|
|
cd ${P4_PATH}
|
|
umount -f ${P4_PATH}/bootfs
|
|
[[ "${?}" -ne "0" ]] && error_msg "Failed to umount [ ${P4_PATH}/bootfs ]"
|
|
umount -f ${P4_PATH}/rootfs
|
|
[[ "${?}" -ne "0" ]] && error_msg "Failed to umount [ ${P4_PATH}/rootfs ]"
|
|
# Remove the temporary mount directory
|
|
rm -rf ${P4_PATH}/bootfs ${P4_PATH}/rootfs
|
|
|
|
sync && echo ""
|
|
}
|
|
|
|
echo -e "Welcome to the OpenWrt Kernel Management Tool."
|
|
# Operation environment check
|
|
[[ -x "/usr/sbin/openwrt-kernel" ]] || error_msg "Please grant execution permission: chmod +x /usr/sbin/openwrt-kernel"
|
|
|
|
# Execute relevant functions based on the options
|
|
if [[ "${@}" =~ ^-s(\s)* ]]; then
|
|
# Initialize all variables
|
|
init_var "${@}"
|
|
# Start rescuing the kernel
|
|
sos_kernel "${@}"
|
|
|
|
# Kernel restore successful
|
|
sync && sleep 3
|
|
echo -e "Kernel rescue successful, please remove the disk and restart the OpenWrt system."
|
|
exit 0
|
|
else
|
|
# Initialize all variables
|
|
init_var "${@}"
|
|
# Check kernel files list
|
|
check_kernel
|
|
# Update the kernel
|
|
update_kernel
|
|
# Update the uboot
|
|
update_uboot
|
|
|
|
# Kernel update successful
|
|
sync && sleep 3
|
|
echo "Successfully updated, automatic restarting..."
|
|
reboot
|
|
exit 0
|
|
fi
|