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make
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#!/bin/bash
#============================================================================
#
# This file is licensed under the terms of the GNU General Public
# License version 2. This program is licensed "as is" without any
# warranty of any kind, whether express or implied.
#
# This file is a part of the make OpenWrt for Amlogic s9xxx tv box
# https://github.com/ophub/amlogic-s9xxx-openwrt
#
# Description: Automatically Packaged OpenWrt for Amlogic s9xxx tv box
# Copyright (C) 2020- https://github.com/unifreq
# Copyright (C) 2020- https://github.com/ophub/amlogic-s9xxx-openwrt
#
# Command: sudo ./make
# Command optional parameters please refer to the source code repository
#
#============================== Functions list ==============================
#
# error_msg : Output error message
# process_msg : Output process message
# get_textoffset : Get kernel TEXT_OFFSET
#
# init_var : Initialize all variables
# find_openwrt : Find OpenWrt file (openwrt-armvirt/*rootfs.tar.gz)
# download_depends : Download the dependency files
# query_version : Query the latest kernel version
# download_kernel : Download the latest kernel
#
# confirm_version : Confirm version type
# make_image : Making OpenWrt file
# extract_openwrt : Extract OpenWrt files
# replace_kernel : Replace the kernel
# refactor_files : Refactor related files
# clean_tmp : Clear temporary files
#
# loop_make : Loop to make OpenWrt files
#
#====================== Set make environment variables ======================
#
# Related file storage path
make_path="${PWD}"
tmp_path="${make_path}/tmp"
out_path="${make_path}/out"
openwrt_path="${make_path}/openwrt-armvirt"
openwrt_rootfs_file="*rootfs.tar.gz"
amlogic_path="${make_path}/amlogic-s9xxx"
kernel_path="${amlogic_path}/amlogic-kernel"
uboot_path="${amlogic_path}/u-boot"
common_files="${amlogic_path}/common-files"
bootfs_path="${common_files}/bootfs"
openvfd_path="${common_files}/rootfs/usr/share/openvfd"
firmware_path="${common_files}/rootfs/lib/firmware"
model_conf="${common_files}/rootfs/etc/model_database.txt"
# Add custom openwrt firmware information
op_release="etc/flippy-openwrt-release"
# Dependency files download repository
depends_repo="https://github.com/ophub/amlogic-s9xxx-armbian/tree/main/build-armbian"
# Convert depends library address to svn format
depends_repo="${depends_repo//tree\/main/trunk}"
# Firmware files download repository
firmware_repo="https://github.com/ophub/firmware/tree/main/firmware"
# Convert firmware library address to svn format
firmware_repo="${firmware_repo//tree\/main/trunk}"
# Install/Update script files download repository
script_repo="https://github.com/ophub/luci-app-amlogic/tree/main/luci-app-amlogic/root/usr/sbin"
# Convert script library address to svn format
script_repo="${script_repo//tree\/main/trunk}"
# Kernel files download repository
kernel_repo="https://github.com/Haris131/kernel/tree/main/pub"
# Set the kernel directory used by default
kernel_dir="stable"
# Set the list of kernels used by default
kernel_list=("5.10.110" "5.15.85")
# Set to automatically use the latest kernel
auto_kernel="true"
# Set the list of supported openwrt board
build_openwrt=(
"a311d"
"s922x" "s922x-n2" "s922x-reva"
"s905x3" "s905x3-b"
"s905x2" "s905x2-km3"
"s912" "s912-m8s"
"s905d" "s905d-ki" "s905l2"
"s905x"
"s905w"
"s905"
"s905l3a"
)
# Set OpenWrt firmware size (Unit: MiB, SKIP_MB >= 4, BOOT_MB >= 256, ROOT_MB >= 512)
SKIP_MB="4"
BOOT_MB="256"
ROOT_MB="1024"
# Get gh_token for api.github.com
gh_token=""
# Set font color
STEPS="[\033[95m STEPS \033[0m]"
INFO="[\033[94m INFO \033[0m]"
SUCCESS="[\033[92m SUCCESS \033[0m]"
WARNING="[\033[93m WARNING \033[0m]"
ERROR="[\033[91m ERROR \033[0m]"
#
#============================================================================
error_msg() {
echo -e "${ERROR} ${1}"
exit 1
}
process_msg() {
echo -e " [\033[1;92m ${board} - ${kernel} \033[0m] ${1}"
}
get_textoffset() {
vmlinuz_name="${1}"
K510="1"
# With TEXT_OFFSET patch is [ 0108 ], without TEXT_OFFSET patch is [ 0000 ]
[[ "$(hexdump -n 15 -x "${vmlinuz_name}" 2>/dev/null | head -n 1 | awk '{print $7}')" == "0108" ]] && K510="0"
}
init_var() {
echo -e "${STEPS} Start Initializing Variables..."
# If it is followed by [ : ], it means that the option requires a parameter value
get_all_ver="$(getopt "b:k:a:v:r:s:g:" "${@}")"
while [[ -n "${1}" ]]; do
case "${1}" in
-b | --Board)
if [[ -n "${2}" ]]; then
if [[ "${2}" != "all" ]]; then
unset build_openwrt
oldIFS=$IFS
IFS=_
build_openwrt=(${2})
IFS=$oldIFS
fi
shift
else
error_msg "Invalid -b parameter [ ${2} ]!"
fi
;;
-k | --Kernel)
if [[ -n "${2}" ]]; then
oldIFS=$IFS
IFS=_
kernel_list=(${2})
IFS=$oldIFS
shift
else
error_msg "Invalid -k parameter [ ${2} ]!"
fi
;;
-a | --AutoKernel)
if [[ -n "${2}" ]]; then
auto_kernel="${2}"
shift
else
error_msg "Invalid -a parameter [ ${2} ]!"
fi
;;
-v | --VersionBranch)
if [[ -n "${2}" ]]; then
kernel_dir="${2}"
shift
else
error_msg "Invalid -v parameter [ ${2} ]!"
fi
;;
-r | --KernelRepository)
if [[ -n "${2}" ]]; then
kernel_repo="${2}"
shift
else
error_msg "Invalid -r parameter [ ${2} ]!"
fi
;;
-s | --Size)
if [[ -n "${2}" && "${2}" -ge "512" ]]; then
ROOT_MB="${2}"
shift
else
error_msg "Invalid -s parameter [ ${2} ]!"
fi
;;
-g | --gh_token)
if [[ -n "${2}" ]]; then
gh_token="${2}"
shift
else
error_msg "Invalid -g parameter [ ${2} ]!"
fi
;;
*)
error_msg "Invalid option [ ${1} ]!"
;;
esac
shift
done
# Convert kernel library address to svn format
kernel_repo="${kernel_repo//tree\/main/trunk}"
}
find_openwrt() {
cd ${make_path}
echo -e "${STEPS} Start searching for OpenWrt file..."
# Find whether the openwrt file exists
openwrt_file_name="$(ls ${openwrt_path}/${openwrt_rootfs_file} 2>/dev/null | head -n 1 | awk -F "/" '{print $NF}')"
if [[ -n "${openwrt_file_name}" ]]; then
echo -e "${INFO} OpenWrt file: [ ${openwrt_file_name} ]"
else
error_msg "There is no [ ${openwrt_rootfs_file} ] file in the [ ${openwrt_path} ] directory."
fi
# Extract the openwrt release information file
source_codename=""
source_release_file="etc/openwrt_release"
temp_dir="$(mktemp -d)"
(cd ${temp_dir} && tar -xzf "${openwrt_path}/${openwrt_file_name}" "./${source_release_file}" 2>/dev/null)
# Find custom DISTRIB_SOURCECODE, such as [ official/lede ]
[[ -f "${temp_dir}/${source_release_file}" ]] && {
source_codename="$(cat ${temp_dir}/${source_release_file} 2>/dev/null | grep -oE "^DISTRIB_SOURCECODE=.*" | head -n 1 | cut -d"'" -f2)"
[[ -n "${source_codename}" && "${source_codename:0:1}" != "_" ]] && source_codename="_${source_codename}"
echo -e "${INFO} The source_codename: [ ${source_codename} ]"
}
# Remove temporary directory
rm -rf ${temp_dir}
}
download_depends() {
cd ${make_path}
echo -e "${STEPS} Start downloading dependency files..."
# Download /boot related files
if [[ -d "${bootfs_path}" ]]; then
svn up ${bootfs_path} --force
else
svn co ${depends_repo}/armbian-files/platform-files/amlogic/bootfs ${bootfs_path} --force
fi
# Download u-boot related files
if [[ -d "${uboot_path}" ]]; then
svn up ${uboot_path} --force
else
svn co ${depends_repo}/u-boot/amlogic ${uboot_path} --force
fi
# Download openvfd related files
if [[ -d "${openvfd_path}" ]]; then
svn up ${openvfd_path} --force
else
svn co ${depends_repo}/armbian-files/platform-files/amlogic/rootfs/usr/share/openvfd ${openvfd_path} --force
fi
# Download armbian firmware file
svn co ${firmware_repo} ${firmware_path} --force
# Download balethirq related files
svn export ${depends_repo}/armbian-files/common-files/usr/sbin/balethirq.pl ${common_files}/rootfs/usr/sbin --force
svn export ${depends_repo}/armbian-files/common-files/etc/balance_irq ${common_files}/rootfs/etc --force
# Download install/update and other related files
svn export ${script_repo} ${common_files}/rootfs/usr/sbin --force
chmod +x ${common_files}/rootfs/usr/sbin/*
}
query_version() {
echo -e "${STEPS} Start querying the latest kernel version..."
# Convert kernel library address to API format
server_kernel_url="${kernel_repo#*com\/}"
server_kernel_url="${server_kernel_url//trunk/contents}"
server_kernel_url="https://api.github.com/repos/${server_kernel_url}/${kernel_dir}"
# Set empty array
tmp_arr_kernels=()
# Query the latest kernel in a loop
i=1
for k in ${kernel_list[*]}; do
echo -e "${INFO} (${i}) Auto query the latest kernel version of the same series for [ ${k} ]"
# Identify the kernel mainline
MAIN_LINE="$(echo ${k} | awk -F '.' '{print $1"."$2}')"
# Check the version on the server (e.g LATEST_VERSION="125")
if [[ -n "${gh_token}" ]]; then
LATEST_VERSION="$(curl --header "authorization: Bearer ${gh_token}" -s "${server_kernel_url}" | grep "name" | grep -oE "${MAIN_LINE}\.[0-9]+" | sed -e "s/${MAIN_LINE}\.//g" | sort -n | sed -n '$p')"
query_api="Authenticated user request"
else
LATEST_VERSION="$(curl -s "${server_kernel_url}" | grep "name" | grep -oE "${MAIN_LINE}\.[0-9]+" | sed -e "s/${MAIN_LINE}\.//g" | sort -n | sed -n '$p')"
query_api="Unauthenticated user request"
fi
if [[ "${?}" -eq "0" && -n "${LATEST_VERSION}" ]]; then
tmp_arr_kernels[${i}]="${MAIN_LINE}.${LATEST_VERSION}"
else
tmp_arr_kernels[${i}]="${k}"
fi
echo -e "${INFO} (${i}) [ ${tmp_arr_kernels[$i]} ] is latest kernel (${query_api}). \n"
let i++
done
# Reset the kernel array to the latest kernel version
unset kernel_list
kernel_list="${tmp_arr_kernels[*]}"
}
download_kernel() {
cd ${make_path}
echo -e "${STEPS} Start downloading the kernel files..."
i=1
for k in ${kernel_list[*]}; do
if [[ ! -d "${kernel_path}/${k}" ]]; then
echo -e "${INFO} (${i}) [ ${k} ] Kernel loading from [ ${kernel_repo/trunk/tree\/main}/${kernel_dir}/${k} ]"
svn export ${kernel_repo}/${kernel_dir}/${k} ${kernel_path}/${k} --force
else
echo -e "${INFO} (${i}) [ ${k} ] Kernel is in the local directory."
fi
let i++
done
}
confirm_version() {
process_msg " (1/6) Confirm version type."
cd ${make_path}
# Find [ the first ] configuration information with [ the same BOARD name ] and [ BUILD as yes ] in the ${model_conf} file.
[[ -f "${model_conf}" ]] || error_msg "[ ${model_conf} ] file is missing!"
board_conf="$(cat ${model_conf} | sed -e 's/NA//g' -e 's/NULL//g' -e 's/[ ][ ]*//g' | grep -E "^[^#].*:${board}:yes$" | head -n 1)"
[[ -n "${board_conf}" ]] || error_msg "[ ${board} ] config is missing!"
# 1.ID 2.MODEL 3.SOC 4.FDTFILE 5.UBOOT_OVERLOAD 6.MAINLINE_UBOOT 7.ANDROID_UBOOT 8.DESCRIPTION 9.FAMILY 10.BOARD 11.BUILD
SOC="$(echo ${board_conf} | awk -F':' '{print $3}')"
FDTFILE="$(echo ${board_conf} | awk -F':' '{print $4}')"
UBOOT_OVERLOAD="$(echo ${board_conf} | awk -F':' '{print $5}')"
MAINLINE_UBOOT="$(echo ${board_conf} | awk -F':' '{print $6}')" && MAINLINE_UBOOT="${MAINLINE_UBOOT##*/}"
ANDROID_UBOOT="$(echo ${board_conf} | awk -F':' '{print $7}')" && ANDROID_UBOOT="${ANDROID_UBOOT##*/}"
FAMILY="$(echo ${board_conf} | awk -F':' '{print $9}')"
# Confirm UUID
ROOTFS_UUID="$(cat /proc/sys/kernel/random/uuid)"
[[ -z "${ROOTFS_UUID}" ]] && ROOTFS_UUID="$(uuidgen)"
[[ -z "${ROOTFS_UUID}" ]] && error_msg "The uuidgen is invalid, cannot continue."
}
make_image() {
process_msg " (2/6) Make openwrt image."
cd ${make_path}
# Set openwrt filename
build_image_file="${out_path}/openwrt${source_codename}_${board}_k${kernel}_$(date +"%Y.%m.%d").img"
rm -f ${build_image_file}
[[ -d "${out_path}" ]] || mkdir -p ${out_path}
IMG_SIZE="$((SKIP_MB + BOOT_MB + ROOT_MB))"
#fallocate -l ${IMG_SIZE}M ${build_image_file}
dd if=/dev/zero of=${build_image_file} bs=1M count=${IMG_SIZE} conv=fsync 2>/dev/null
# Create openwrt image file partition
parted -s ${build_image_file} mklabel msdos 2>/dev/null
parted -s ${build_image_file} mkpart primary fat32 $((SKIP_MB))MiB $((SKIP_MB + BOOT_MB - 1))MiB 2>/dev/null
parted -s ${build_image_file} mkpart primary btrfs $((SKIP_MB + BOOT_MB))MiB 100% 2>/dev/null
# Mount the openwrt image file
loop_new="$(losetup -P -f --show "${build_image_file}")"
[[ -n "${loop_new}" ]] || error_msg "losetup ${build_image_file} failed."
# Format openwrt image file
mkfs.vfat -F 32 -n "BOOT" ${loop_new}p1 >/dev/null 2>&1
mkfs.btrfs -f -U ${ROOTFS_UUID} -L "ROOTFS" -m single ${loop_new}p2 >/dev/null 2>&1
# Write the specified bootloader
if [[ -n "${MAINLINE_UBOOT}" && -f "${uboot_path}/bootloader/${MAINLINE_UBOOT}" ]]; then
dd if="${uboot_path}/bootloader/${MAINLINE_UBOOT}" of="${loop_new}" bs=1 count=444 conv=fsync 2>/dev/null
dd if="${uboot_path}/bootloader/${MAINLINE_UBOOT}" of="${loop_new}" bs=512 skip=1 seek=1 conv=fsync 2>/dev/null
#echo -e "${INFO} ${board}_v${kernel} write Mainline bootloader: ${MAINLINE_UBOOT}"
elif [[ -n "${ANDROID_UBOOT}" && -f "${uboot_path}/bootloader/${ANDROID_UBOOT}" ]]; then
dd if="${uboot_path}/bootloader/${ANDROID_UBOOT}" of="${loop_new}" bs=1 count=444 conv=fsync 2>/dev/null
dd if="${uboot_path}/bootloader/${ANDROID_UBOOT}" of="${loop_new}" bs=512 skip=1 seek=1 conv=fsync 2>/dev/null
#echo -e "${INFO} ${board}_v${kernel} write Android bootloader: ${ANDROID_UBOOT}"
fi
}
extract_openwrt() {
process_msg " (3/6) Extract openwrt files."
cd ${make_path}
# Create openwrt mirror partition
tag_bootfs="${tmp_path}/${kernel}/${board}/bootfs"
tag_rootfs="${tmp_path}/${kernel}/${board}/rootfs"
mkdir -p ${tag_bootfs} ${tag_rootfs}
# Mount the openwrt image
mount -t vfat -o discard ${loop_new}p1 ${tag_bootfs}
[[ "${?}" -eq "0" ]] || error_msg "mount ${loop_new}p1 failed!"
mount -t btrfs -o discard,compress=zstd:6 ${loop_new}p2 ${tag_rootfs}
[[ "${?}" -eq "0" ]] || error_msg "mount ${loop_new}p2 failed!"
# Create snapshot directory
btrfs subvolume create ${tag_rootfs}/etc >/dev/null 2>&1
# Unzip the openwrt package
tar -xzf ${openwrt_path}/${openwrt_file_name} -C ${tag_rootfs}
rm -rf ${tag_rootfs}/lib/modules/*
rm -f ${tag_rootfs}/rom/sbin/firstboot
# Copy the same files
[[ -d "${common_files}/bootfs" ]] && cp -rf ${common_files}/bootfs/* ${tag_bootfs}
[[ -d "${common_files}/rootfs" ]] && cp -rf ${common_files}/rootfs/* ${tag_rootfs}
# Copy the bootloader files
[[ -d "${tag_rootfs}/lib/u-boot" ]] || mkdir -p "${tag_rootfs}/lib/u-boot"
cp -f ${uboot_path}/bootloader/* ${tag_rootfs}/lib/u-boot
# Copy the overload files
cp -f ${uboot_path}/overload/* ${tag_bootfs}
}
replace_kernel() {
process_msg " (4/6) Replace the kernel."
cd ${make_path}
ls ${kernel_path}/
ls ${kernel_path}/*
# Replace the kernel
build_boot="$(ls ${kernel_path}/${kernel}/boot-${kernel}*.tar.gz 2>/dev/null | head -n 1)"
build_dtb="$(ls ${kernel_path}/${kernel}/dtb-amlogic-${kernel}*.tar.gz 2>/dev/null | head -n 1)"
build_modules="$(ls ${kernel_path}/${kernel}/modules-${kernel}*.tar.gz 2>/dev/null | head -n 1)"
[[ -n "${build_boot}" && -n "${build_dtb}" && -n "${build_modules}" ]] || error_msg "The 3 kernel missing."
# 01. For /boot five files
tar -xzf ${build_boot} -C ${tag_bootfs}
[[ "$(ls ${tag_bootfs}/*-${kernel}* -l 2>/dev/null | grep "^-" | wc -l)" -ge "4" ]] || error_msg "The /boot files is missing."
(cd ${tag_bootfs} && cp -f uInitrd-* uInitrd && cp -f vmlinuz-* zImage)
get_textoffset "${tag_bootfs}/zImage"
# 02. For /boot/dtb/amlogic/*
tar -xzf ${build_dtb} -C ${tag_bootfs}/dtb/amlogic
# 03. For /lib/modules/*
tar -xzf ${build_modules} -C ${tag_rootfs}/lib/modules
(cd ${tag_rootfs}/lib/modules/${kernel}*/ && rm -f build source *.ko 2>/dev/null && find ./ -type f -name '*.ko' -exec ln -s {} ./ \;)
[[ "$(ls ${tag_rootfs}/lib/modules/${kernel}* -l 2>/dev/null | grep "^d" | wc -l)" -eq "1" ]] || error_msg "Missing kernel."
}
refactor_files() {
process_msg " (5/6) Refactor related files."
cd ${tag_bootfs}
# For btrfs file system
uenv_mount_string="UUID=${ROOTFS_UUID} rootflags=compress=zstd:6 rootfstype=btrfs"
boot_conf_file="uEnv.txt"
[[ -f "${boot_conf_file}" ]] || error_msg "The [ ${boot_conf_file} ] file does not exist."
sed -i "s|LABEL=ROOTFS|${uenv_mount_string}|g" ${boot_conf_file}
sed -i "s|meson.*.dtb|${FDTFILE}|g" ${boot_conf_file}
# Add an alternate file (/boot/extlinux/extlinux.conf) for devices like T95Z. If needed, rename delete .bak
boot_extlinux_file="extlinux/extlinux.conf.bak"
[[ -f "${boot_extlinux_file}" ]] && {
sed -i "s|LABEL=ROOTFS|${uenv_mount_string}|g" ${boot_extlinux_file}
sed -i "s|meson.*.dtb|${FDTFILE}|g" ${boot_extlinux_file}
}
# Add u-boot.ext for 5.10 kernel
if [[ "${K510}" -eq "1" && -n "${UBOOT_OVERLOAD}" && -f "${UBOOT_OVERLOAD}" ]]; then
cp -f ${UBOOT_OVERLOAD} u-boot.ext
chmod +x u-boot.ext
elif [[ "${K510}" -eq "1" ]] && [[ -z "${UBOOT_OVERLOAD}" || ! -f "${UBOOT_OVERLOAD}" ]]; then
error_msg "${board} Board does not support using ${kernel} kernel, missing u-boot."
fi
cd ${tag_rootfs}
# Add directory
mkdir -p .reserved boot run
# Edit fstab
sed -i "s|LABEL=ROOTFS|UUID=${ROOTFS_UUID}|" etc/fstab
sed -i "s|option label 'ROOTFS'|option uuid '${ROOTFS_UUID}'|" etc/config/fstab
# Add firmware information
echo "PLATFORM='amlogic'" >>${op_release}
echo "SOC='${SOC}'" >>${op_release}
echo "FDTFILE='${FDTFILE}'" >>${op_release}
echo "UBOOT_OVERLOAD='${UBOOT_OVERLOAD}'" >>${op_release}
echo "MAINLINE_UBOOT='/lib/u-boot/${MAINLINE_UBOOT}'" >>${op_release}
echo "ANDROID_UBOOT='/lib/u-boot/${ANDROID_UBOOT}'" >>${op_release}
echo "FAMILY='${FAMILY}'" >>${op_release}
echo "BOARD='${board}'" >>${op_release}
echo "KERNEL_VERSION='${kernel}'" >>${op_release}
echo "K510='${K510}'" >>${op_release}
# Add firmware version information to the terminal page
[[ -f "etc/banner" ]] && {
op_version=$(echo $(ls lib/modules/ 2>/dev/null))
op_production_date=$(date +%Y-%m-%d)
echo " Install OpenWrt: System → Amlogic Service → Install OpenWrt" >>etc/banner
echo " Update OpenWrt: System → Amlogic Service → Online Update" >>etc/banner
echo " Amlogic Box SoC: ${SOC} | OpenWrt Kernel: ${op_version}" >>etc/banner
echo " Production Date: ${op_production_date}" >>etc/banner
echo "───────────────────────────────────────────────────────────────────────" >>etc/banner
}
# Add cpustat
cpustat_file="${common_files}/patches/cpustat"
[[ -d "${cpustat_file}" && -x "bin/bash" ]] && {
cp -f ${cpustat_file}/30-sysinfo.sh etc/profile.d/30-sysinfo.sh
cp -f ${cpustat_file}/getcpu bin/getcpu && chmod +x bin/getcpu
cp -f ${cpustat_file}/cpustat usr/bin/cpustat && chmod +x usr/bin/cpustat
sed -i "s/\/bin\/ash/\/bin\/bash/" etc/passwd
sed -i "s/\/bin\/ash/\/bin\/bash/" usr/libexec/login.sh
}
# Turn off hw_flow by default
[[ -f "etc/config/turboacc" ]] && {
sed -i "s|option hw_flow.*|option hw_flow '0'|g" etc/config/turboacc
sed -i "s|option sw_flow.*|option sw_flow '0'|g" etc/config/turboacc
}
# Add balethirq
balethirq_file="${common_files}/rootfs/usr/sbin/balethirq.pl"
[[ -x "${balethirq_file}" ]] && sed -i "/^exit 0/i\/usr/sbin/balethirq.pl" etc/rc.local
# Modify the cpu mode to schedutil
[[ -f "etc/config/cpufreq" ]] && sed -i "s/ondemand/schedutil/" etc/config/cpufreq
# Turn off speed limit by default
[[ -f "etc/config/nft-qos" ]] && sed -i "s|option limit_enable.*|option limit_enable '0'|g" etc/config/nft-qos
# Add USB and wireless network drivers
[[ -f "etc/modules.d/usb-net-rtl8150" ]] || echo "rtl8150" >etc/modules.d/usb-net-rtl8150
# USB RTL8152/8153/8156 network card Driver
[[ -f "etc/modules.d/usb-net-rtl8152" ]] || echo "r8152" >etc/modules.d/usb-net-rtl8152
# USB AX88179 network card Driver
[[ -f "etc/modules.d/usb-net-asix-ax88179" ]] || echo "ax88179_178a" >etc/modules.d/usb-net-asix-ax88179
# brcmfmac built-in wireless network card Driver
echo "brcmfmac" >etc/modules.d/brcmfmac
echo "brcmutil" >etc/modules.d/brcmutil
# USB Realtek RTL8188EU Wireless LAN Driver
echo "r8188eu" >etc/modules.d/rtl8188eu
# Realtek RTL8189FS Wireless LAN Driver
echo "8189fs" >etc/modules.d/8189fs
# Realtek RTL8188FU Wireless LAN Driver
echo "rtl8188fu" >etc/modules.d/rtl8188fu
# Realtek RTL8822CS Wireless LAN Driver
echo "88x2cs" >etc/modules.d/88x2cs
# USB Ralink Wireless LAN Driver
echo "rt2500usb" >etc/modules.d/rt2500-usb
echo "rt2800usb" >etc/modules.d/rt2800-usb
echo "rt2x00usb" >etc/modules.d/rt2x00-usb
# USB Mediatek Wireless LAN Driver
echo "mt7601u" >etc/modules.d/mt7601u
echo "mt7663u" >etc/modules.d/mt7663u
echo "mt76x0u" >etc/modules.d/mt76x0u
echo "mt76x2u" >etc/modules.d/mt76x2u
# GPU Driver
echo "panfrost" >etc/modules.d/panfrost
# PWM Driver
echo "pwm_meson" >etc/modules.d/pwm_meson
# Ath10k Driver
echo "ath10k_core" >etc/modules.d/ath10k_core
echo "ath10k_sdio" >etc/modules.d/ath10k_sdio
echo "ath10k_usb" >etc/modules.d/ath10k_usb
# Enable watchdog driver
echo "meson_gxbb_wdt" >etc/modules.d/watchdog
# Add blacklist
mkdir -p etc/modprobe.d
cat >etc/modprobe.d/99-local.conf <<EOF
blacklist snd_soc_meson_aiu_i2s
alias brnf br_netfilter
alias pwm pwm_meson
alias wifi brcmfmac
EOF
# Adjust startup settings
if ! grep -q 'ulimit -n' etc/init.d/boot; then
sed -i '/kmodloader/i \\tulimit -n 51200\n' etc/init.d/boot
fi
if ! grep -q '/tmp/update' etc/init.d/boot; then
sed -i '/mkdir -p \/tmp\/.uci/a \\tmkdir -p \/tmp\/update' etc/init.d/boot
fi
sed -i 's/ttyAMA0/ttyAML0/' etc/inittab
sed -i 's/ttyS0/tty0/' etc/inittab
# Relink the kmod program
[[ -x "sbin/kmod" ]] && (
kmod_list="depmod insmod lsmod modinfo modprobe rmmod"
for ki in ${kmod_list}; do
rm -f sbin/${ki}
ln -sf kmod sbin/${ki}
done
)
# Add wireless master mode
wireless_mac80211="lib/netifd/wireless/mac80211.sh"
[[ -f "${wireless_mac80211}" ]] && {
cp -f ${wireless_mac80211} ${wireless_mac80211}.bak
sed -i "s|iw |ipconfig |g" ${wireless_mac80211}
}
# Get random macaddr
mac_hexchars="0123456789ABCDEF"
mac_end="$(for i in {1..6}; do echo -n ${mac_hexchars:$((${RANDOM} % 16)):1}; done | sed -e 's/\(..\)/:\1/g')"
random_macaddr="9E:62${mac_end}"
# Optimize wifi/bluetooth module
[[ -d "lib/firmware/brcm" ]] && (
cd lib/firmware/brcm/ && mv -f ../*.hcd . 2>/dev/null
# gtking/gtking pro is bcm4356 wifi/bluetooth, wifi5 module AP6356S
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:00/" "brcmfmac4356-sdio.txt" >"brcmfmac4356-sdio.azw,gtking.txt"
# gtking/gtking pro is bcm4356 wifi/bluetooth, wifi6 module AP6275S
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:01/" "brcmfmac4375-sdio.txt" >"brcmfmac4375-sdio.azw,gtking.txt"
# Phicomm N1 is bcm43455 wifi/bluetooth
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:02/" "brcmfmac43455-sdio.txt" >"brcmfmac43455-sdio.phicomm,n1.txt"
# MXQ Pro+ is AP6330(bcm4330) wifi/bluetooth
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:03/" "brcmfmac4330-sdio.txt" >"brcmfmac4330-sdio.crocon,mxq-pro-plus.txt"
# HK1 Box & H96 Max X3 is bcm54339 wifi/bluetooth
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:04/" "brcmfmac4339-sdio.ZP.txt" >"brcmfmac4339-sdio.amlogic,sm1.txt"
# old ugoos x3 is bcm43455 wifi/bluetooth
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:05/" "brcmfmac43455-sdio.txt" >"brcmfmac43455-sdio.amlogic,sm1.txt"
# new ugoos x3 is brm43456
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:06/" "brcmfmac43456-sdio.txt" >"brcmfmac43456-sdio.amlogic,sm1.txt"
# x96max plus v5.1 (ip1001m phy) adopts am7256 (brcm4354)
sed -e "s/macaddr=.*/macaddr=${random_macaddr}:07/" "brcmfmac4354-sdio.txt" >"brcmfmac4354-sdio.amlogic,sm1.txt"
)
cd ${make_path}
# Create snapshot
mkdir -p ${tag_rootfs}/.snapshots
btrfs subvolume snapshot -r ${tag_rootfs}/etc ${tag_rootfs}/.snapshots/etc-000 >/dev/null 2>&1
sync && sleep 3
}
clean_tmp() {
process_msg " (6/6) Cleanup tmp files."
cd ${make_path}
# Unmount the openwrt image file
umount -f ${tag_bootfs} 2>/dev/null
umount -f ${tag_rootfs} 2>/dev/null
losetup -d ${loop_new} 2>/dev/null
# Loop to cancel other mounts
for x in $(lsblk | grep $(pwd) | grep -oE 'loop[0-9]+' | sort | uniq); do
umount -f /dev/${x}p* 2>/dev/null
losetup -d /dev/${x} 2>/dev/null
done
losetup -D
cd ${out_path}
# Compress the openwrt image file
pigz -f *.img && sync
cd ${make_path}
# Clear temporary files directory
rm -rf ${tmp_path}
}
loop_make() {
cd ${make_path}
echo -e "${STEPS} Start making OpenWrt firmware..."
j="1"
for b in ${build_openwrt[*]}; do
i="1"
for k in ${kernel_list[*]}; do
{
echo -n "(${j}.${i}) Start making OpenWrt [ ${b} - ${k} ]. "
now_remaining_space="$(df -Tk ${make_path} | grep '/dev/' | awk '{print $5}' | echo $(($(xargs) / 1024 / 1024)))"
if [[ "${now_remaining_space}" -le "3" ]]; then
echo "Remaining space is less than 3G, exit this making."
break
else
echo "Remaining space is ${now_remaining_space}G."
fi
# The loop variable assignment
board="${b}"
kernel="${k}"
# Execute the following functions in sequence
confirm_version
make_image
extract_openwrt
replace_kernel
refactor_files
clean_tmp
echo -e "(${j}.${i}) OpenWrt made successfully. \n"
let i++
}
done
let j++
done
cd ${out_path}
# Backup the openwrt file
cp -f ${openwrt_path}/${openwrt_file_name} .
# Generate sha256sum check file
sha256sum * >sha256sums && sync
}
# Show welcome message
echo -e "${STEPS} Welcome to tools for making Amlogic s9xxx OpenWrt! \n"
[[ "$(id -u)" == "0" ]] || error_msg "please run this script as root: [ sudo ./${0} ]"
# Show server start information
echo -e "${INFO} Server CPU configuration information: \n$(cat /proc/cpuinfo | grep name | cut -f2 -d: | uniq -c) \n"
echo -e "${INFO} Server memory usage: \n$(free -h) \n"
echo -e "${INFO} Server space usage before starting to compile: \n$(df -hT ${make_path}) \n"
#
# Initialize variables and download the kernel
init_var "${@}"
# Find OpenWrt file
find_openwrt
# Download the dependency files
download_depends
# Download the latest kernel
[[ "${auto_kernel}" == "true" ]] && query_version
download_kernel
#
echo -e "${INFO} OpenWrt list: [ $(echo ${build_openwrt[*]} | tr "\n" " ") ]"
echo -e "${INFO} Kernel list: [ $(echo ${kernel_list[*]} | tr "\n" " ") ] \n"
#
# Loop to make OpenWrt firmware
loop_make
#
# Show server end information
echo -e "${STEPS} Server space usage after compilation: \n$(df -hT ${make_path}) \n"
echo -e "${SUCCESS} All process completed successfully."
# All process completed
wait