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build.sh
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build.sh
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#!/bin/bash
export LC_ALL=C
export LD_LIBRARY_PATH=
unset RK_CFG_TOOLCHAIN
SBINCHECK="$(echo $PATH | grep sbin)"
if [ x"${SBINCHECK}" = x"" ]; then
export PATH="${PATH}:/sbin:/usr/sbin"
fi
err_handler() {
ret=$?
[ "$ret" -eq 0 ] && return
echo "ERROR: Running ${FUNCNAME[1]} failed!"
echo "ERROR: exit code $ret from line ${BASH_LINENO[0]}:"
echo " $BASH_COMMAND"
exit $ret
}
trap 'err_handler' ERR
set -eE
function finish_build(){
echo "Running ${FUNCNAME[1]} succeeded."
cd $TOP_DIR
}
function check_config(){
unset missing
for var in $@; do
eval [ \$$var ] && continue
missing="$missing $var"
done
[ -z "$missing" ] && return 0
echo "Skipping ${FUNCNAME[1]} for missing configs: $missing."
return 1
}
function choose_target_board()
{
echo
echo "You're building on Linux"
echo "Lunch menu...pick a combo:"
echo ""
echo "0. default BoardConfig.mk"
echo ${RK_TARGET_BOARD_ARRAY[@]} | xargs -n 1 | sed "=" | sed "N;s/\n/. /"
local INDEX
read -p "Which would you like? [0]: " INDEX
INDEX=$((${INDEX:-0} - 1))
if echo $INDEX | grep -vq [^0-9]; then
RK_BUILD_TARGET_BOARD="${RK_TARGET_BOARD_ARRAY[$INDEX]}"
else
echo "Lunching for Default BoardConfig.mk boards..."
RK_BUILD_TARGET_BOARD=BoardConfig.mk
fi
}
function build_select_board()
{
RK_TARGET_BOARD_ARRAY=( $(cd ${TARGET_PRODUCT_DIR}/; ls *.mk | sort) )
RK_TARGET_BOARD_ARRAY_LEN=${#RK_TARGET_BOARD_ARRAY[@]}
if [ $RK_TARGET_BOARD_ARRAY_LEN -eq 0 ]; then
echo "No available Board Config"
return
fi
choose_target_board
ln -rfs $TARGET_PRODUCT_DIR/$RK_BUILD_TARGET_BOARD device/rockchip/.BoardConfig.mk
echo "switching to board: `realpath $BOARD_CONFIG`"
}
function unset_board_config_all()
{
local tmp_file=`mktemp`
grep -o "^export.*RK_.*=" `find $TOP_DIR/device/rockchip -name "Board*.mk" -type f` -h | sort | uniq > $tmp_file
source $tmp_file
rm -f $tmp_file
}
CMD=`realpath $0`
COMMON_DIR=`dirname $CMD`
TOP_DIR=$(realpath $COMMON_DIR/../../..)
IMGNAME=
BOARD_CONFIG=$TOP_DIR/device/rockchip/.BoardConfig.mk
TARGET_PRODUCT="$TOP_DIR/device/rockchip/.target_product"
TARGET_PRODUCT_DIR=$(realpath ${TARGET_PRODUCT})
unset_board_config_all
[ -L "$BOARD_CONFIG" ] && source $BOARD_CONFIG
source $TOP_DIR/device/rockchip/common/Version.mk
CFG_DIR=$TOP_DIR/device/rockchip
ROCKDEV=$TOP_DIR/rockdev
PARAMETER=$TOP_DIR/device/rockchip/$RK_TARGET_PRODUCT/$RK_PARAMETER
SD_PARAMETER=$TOP_DIR/device/rockchip/$RK_TARGET_PRODUCT/$RK_SD_PARAMETER
NPROC=`nproc`
export RK_JOBS=$NPROC
if [ ! -d "$TOP_DIR/rockdev/pack" ];then
mkdir -p rockdev/pack
fi
function prebuild_uboot()
{
UBOOT_COMPILE_COMMANDS="\
${RK_TRUST_INI_CONFIG:+../rkbin/RKTRUST/$RK_TRUST_INI_CONFIG} \
${RK_SPL_INI_CONFIG:+../rkbin/RKBOOT/$RK_SPL_INI_CONFIG} \
${RK_UBOOT_SIZE_CONFIG:+--sz-uboot $RK_UBOOT_SIZE_CONFIG} \
${RK_TRUST_SIZE_CONFIG:+--sz-trust $RK_TRUST_SIZE_CONFIG}"
UBOOT_COMPILE_COMMANDS="$(echo $UBOOT_COMPILE_COMMANDS)"
if [ "$RK_LOADER_UPDATE_SPL" = "true" ]; then
UBOOT_COMPILE_COMMANDS="--spl-new $UBOOT_COMPILE_COMMANDS"
UBOOT_COMPILE_COMMANDS="$(echo $UBOOT_COMPILE_COMMANDS)"
fi
if [ "$RK_RAMDISK_SECURITY_BOOTUP" = "true" ];then
UBOOT_COMPILE_COMMANDS=" \
--boot_img $(cd $TOP_DIR && realpath ./rockdev/boot.img) \
--burn-key-hash $UBOOT_COMPILE_COMMANDS \
${RK_ROLLBACK_INDEX_BOOT:+--rollback-index-boot $RK_ROLLBACK_INDEX_BOOT} \
${RK_ROLLBACK_INDEX_UBOOT:+--rollback-index-uboot $RK_ROLLBACK_INDEX_UBOOT} "
UBOOT_COMPILE_COMMANDS="$(echo $UBOOT_COMPILE_COMMANDS)"
fi
}
function usagekernel()
{
check_config RK_KERNEL_DTS RK_KERNEL_DEFCONFIG || return 0
echo "cd kernel"
echo "make ARCH=$RK_ARCH $RK_KERNEL_DEFCONFIG $RK_KERNEL_DEFCONFIG_FRAGMENT"
echo "make ARCH=$RK_ARCH $RK_KERNEL_DTS.img -j$RK_JOBS"
}
function usageuboot()
{
check_config RK_UBOOT_DEFCONFIG || return 0
prebuild_uboot
cd u-boot
echo "cd u-boot"
if [ -n "$RK_UBOOT_DEFCONFIG_FRAGMENT" ]; then
if [ -f "configs/${RK_UBOOT_DEFCONFIG}_defconfig" ]; then
echo "make ${RK_UBOOT_DEFCONFIG}_defconfig $RK_UBOOT_DEFCONFIG_FRAGMENT"
else
echo "make ${RK_UBOOT_DEFCONFIG}.config $RK_UBOOT_DEFCONFIG_FRAGMENT"
fi
echo "./make.sh $UBOOT_COMPILE_COMMANDS"
else
echo "./make.sh $RK_UBOOT_DEFCONFIG $UBOOT_COMPILE_COMMANDS"
fi
if [ "$RK_IDBLOCK_UPDATE_SPL" = "true" ]; then
echo "./make.sh --idblock --spl"
fi
finish_build
}
function usagerootfs()
{
check_config RK_ROOTFS_IMG || return 0
if [ "${RK_CFG_BUILDROOT}x" != "x" ];then
echo "source envsetup.sh $RK_CFG_BUILDROOT"
else
if [ "${RK_CFG_RAMBOOT}x" != "x" ];then
echo "source envsetup.sh $RK_CFG_RAMBOOT"
else
echo "Not found config buildroot. Please Check !!!"
fi
fi
case "${RK_ROOTFS_SYSTEM:-buildroot}" in
yocto)
;;
debian)
;;
distro)
;;
*)
echo "make"
;;
esac
}
function usagerecovery()
{
check_config RK_CFG_RECOVERY || return 0
echo "source envsetup.sh $RK_CFG_RECOVERY"
echo "$COMMON_DIR/mk-ramdisk.sh recovery.img $RK_CFG_RECOVERY"
}
function usageramboot()
{
check_config RK_CFG_RAMBOOT || return 0
echo "source envsetup.sh $RK_CFG_RAMBOOT"
echo "$COMMON_DIR/mk-ramdisk.sh ramboot.img $RK_CFG_RAMBOOT"
}
function usagemodules()
{
check_config RK_KERNEL_DEFCONFIG || return 0
echo "cd kernel"
echo "make ARCH=$RK_ARCH $RK_KERNEL_DEFCONFIG"
echo "make ARCH=$RK_ARCH modules -j$RK_JOBS"
}
function build_openwrt()
{
TARGET_OPENWRT_CONFIG="base_defconfig"
/usr/bin/time -f "you take %E to build OpenWRT" $COMMON_DIR/mk-openwrt.sh $TARGET_OPENWRT_CONFIG
if [ $? -eq 0 ]; then
echo "====Building OpenWRT OK!===="
else
echo "====Building OpenWRT failed!===="
exit 1
fi
}
function build_openwrt_sdimg()
{
IMAGE_PATH="${TOP_DIR}/rockdev"
BASE_IMG="${TOP_DIR}/device/rockchip/rockimg/sd.img.gz"
TARGET_IMG="${IMAGE_PATH}/openwrt-sdcard.img"
BOOT_IMG="${IMAGE_PATH}/openwrt-sdbootfs.img"
if [ ! -f "${TOP_DIR}/kernel/arch/arm64/boot/Image" ]; then
echo "No kernel found, please build kernel first!"
exit 1
fi
if [ ! -f "${IMAGE_PATH}/rootfs.img" ]; then
echo "No OpenWRT system image found, please build OpenWRT first!"
exit 1
fi
dd if=/dev/zero of="${BOOT_IMG}" bs=1M count=128
/sbin/mkfs.vfat -F 32 "${BOOT_IMG}"
mmd -i "${BOOT_IMG}" ::extlinux
mcopy -i "${BOOT_IMG}" "${TOP_DIR}/device/rockchip/rockimg/sd-extlinux.conf" ::extlinux/extlinux.conf
mcopy -i "${BOOT_IMG}" "${TOP_DIR}/kernel/arch/arm64/boot/Image" ::Image
mcopy -i "${BOOT_IMG}" "${TOP_DIR}/kernel/arch/arm64/boot/dts/rockchip/rk3568-photonicat-openwrt.dtb" ::rk3568-photonicat-openwrt.dtb
gunzip -c "${BASE_IMG}" > "${TARGET_IMG}"
dd if="${BOOT_IMG}" of="${TARGET_IMG}" bs=1M count=128 seek=1 conv=notrunc
dd if="${IMAGE_PATH}/rootfs.img" of="${TARGET_IMG}" bs=1M count=1024 seek=129 conv=notrunc
rm -f "${BOOT_IMG}"
gzip -f "${TARGET_IMG}"
}
function build_openwrt_sdupdateimg()
{
IMAGE_PATH="${TOP_DIR}/rockdev"
BASE_IMG="${TOP_DIR}/device/rockchip/rockimg/sdupdate.img.gz"
TARGET_IMG="${IMAGE_PATH}/openwrt-update-sdcard.img"
BOOT_IMG="${IMAGE_PATH}/openwrt-sdbootfs.img"
UPDATEIMAGE_IMG="${IMAGE_PATH}/openwrt-sdimgfs.img"
if [ ! -f "${TOP_DIR}/kernel/arch/arm64/boot/Image" ]; then
echo "No kernel found, please build kernel first!"
exit 1
fi
if [ ! -f "${IMAGE_PATH}/rootfs.img" ]; then
echo "No OpenWRT system image found, please build OpenWRT first!"
exit 1
fi
if [ ! -f "${IMAGE_PATH}/boot.img" ]; then
echo "No boot image found, please build kernel first!"
exit 1
fi
dd if=/dev/zero of="${BOOT_IMG}" bs=1M count=128
/sbin/mkfs.vfat -F 32 "${BOOT_IMG}"
mmd -i "${BOOT_IMG}" ::extlinux
mcopy -i "${BOOT_IMG}" "${TOP_DIR}/device/rockchip/rockimg/sdupdate-extlinux.conf" ::extlinux/extlinux.conf
mcopy -i "${BOOT_IMG}" "${TOP_DIR}/kernel/arch/arm64/boot/Image" ::Image
mcopy -i "${BOOT_IMG}" "${TOP_DIR}/kernel/arch/arm64/boot/dts/rockchip/rk3568-photonicat-openwrt.dtb" ::rk3568-photonicat-openwrt.dtb
mkdir -p "${IMAGE_PATH}/updatefs"
gzip -c "${IMAGE_PATH}/boot.img" > "${IMAGE_PATH}/updatefs/boot.img.gz"
gzip -c "${IMAGE_PATH}/rootfs.img" > "${IMAGE_PATH}/updatefs/rootfs.img.gz"
genext2fs -B 4096 -b 524288 -d "${IMAGE_PATH}/updatefs" "${UPDATEIMAGE_IMG}"
rm -rf "${IMAGE_PATH}/updatefs"
gunzip -c "${BASE_IMG}" > "${TARGET_IMG}"
dd if="${BOOT_IMG}" of="${TARGET_IMG}" bs=1M count=128 seek=1 conv=notrunc
dd if="${IMAGE_PATH}/rootfs.img" of="${TARGET_IMG}" bs=1M count=1024 seek=129 conv=notrunc
dd if="${UPDATEIMAGE_IMG}" of="${TARGET_IMG}" bs=1M count=2048 seek=1153 conv=notrunc
rm -f "${BOOT_IMG}"
rm -f "${UPDATEIMAGE_IMG}"
gzip -f "${TARGET_IMG}"
}
function usage()
{
echo "Usage: build.sh [OPTIONS]"
echo "Available options:"
echo "*.mk -switch to specified board config"
echo "lunch -list current SDK boards and switch to specified board config"
echo "uboot -build uboot"
echo "spl -build spl"
echo "loader -build loader"
echo "kernel -build kernel"
echo "modules -build kernel modules"
echo "toolchain -build toolchain"
echo "extboot -build extlinux boot.img, boot from EFI partition"
echo "rootfs -build default rootfs, currently build buildroot as default"
echo "buildroot -build buildroot rootfs"
echo "ramboot -build ramboot image"
echo "multi-npu_boot -build boot image for multi-npu board"
echo "yocto -build yocto rootfs"
echo "debian -build debian10 buster rootfs"
echo "openwrt -build OpenWRT rootfs"
echo "pcba -build pcba"
echo "recovery -build recovery"
echo "all -build uboot, kernel, rootfs, recovery image"
echo "cleanall -clean uboot, kernel, rootfs, recovery"
echo "firmware -pack all the image we need to boot up system"
echo "updateimg -pack update image"
echo "otapackage -pack ab update otapackage image (update_ota.img)"
echo "sdpackage -pack update sdcard package image (update_sdcard.img)"
echo "save -save images, patches, commands used to debug"
echo "allsave -build all & firmware & updateimg & save"
echo "check -check the environment of building"
echo "info -see the current board building information"
echo "app/<pkg> -build packages in the dir of app/*"
echo "external/<pkg> -build packages in the dir of external/*"
echo "openwrt-sdimg -build bootable OpenWRT SD card image which can be used in uboot"
echo "openwrt-sdupdateimg -build bootable SD card for update OpenWRT on eMMC, can be used in uboot"
echo ""
echo "Default option is 'allff'."
}
function build_info(){
if [ ! -L $TARGET_PRODUCT_DIR ];then
echo "No found target product!!!"
fi
if [ ! -L $BOARD_CONFIG ];then
echo "No found target board config!!!"
fi
echo "Current Building Information:"
echo "Target Product: $TARGET_PRODUCT_DIR"
echo "Target BoardConfig: `realpath $BOARD_CONFIG`"
echo "Target Misc config:"
echo "`env |grep "^RK_" | grep -v "=$" | sort`"
local kernel_file_dtb
if [ "$RK_ARCH" == "arm" ]; then
kernel_file_dtb="${TOP_DIR}/kernel/arch/arm/boot/dts/${RK_KERNEL_DTS}.dtb"
else
kernel_file_dtb="${TOP_DIR}/kernel/arch/arm64/boot/dts/rockchip/${RK_KERNEL_DTS}.dtb"
fi
rm -f $kernel_file_dtb
cd kernel
make ARCH=$RK_ARCH dtbs -j$RK_JOBS
}
function build_check_power_domain(){
local dump_kernel_dtb_file
local tmp_phandle_file
local tmp_io_domain_file
local tmp_regulator_microvolt_file
local tmp_final_target
local tmp_none_item
local kernel_file_dtb_dts
if [ "$RK_ARCH" == "arm" ]; then
kernel_file_dtb_dts="${TOP_DIR}/kernel/arch/arm/boot/dts/$RK_KERNEL_DTS"
else
kernel_file_dtb_dts="${TOP_DIR}/kernel/arch/arm64/boot/dts/rockchip/$RK_KERNEL_DTS"
fi
dump_kernel_dtb_file=${kernel_file_dtb_dts}.dump.dts
tmp_phandle_file=`mktemp`
tmp_io_domain_file=`mktemp`
tmp_regulator_microvolt_file=`mktemp`
tmp_final_target=`mktemp`
dtc -I dtb -O dts -o ${dump_kernel_dtb_file} ${kernel_file_dtb_dts}.dtb 2>/dev/null
grep -Pzo "io-domains\s*{(\n|\w|-|;|=|<|>|\"|_|\s|,)*};" $dump_kernel_dtb_file | grep -a supply > $tmp_io_domain_file
awk '{print "phandle = " $3}' $tmp_io_domain_file > $tmp_phandle_file
while IFS= read -r item_phandle && IFS= read -u 3 -r item_domain
do
echo "${item_domain% *}" >> $tmp_regulator_microvolt_file
tmp_none_item=${item_domain% *}
cmds="grep -Pzo \"{(\\n|\w|-|;|=|<|>|\\\"|_|\s)*"$item_phandle\"
eval "$cmds $dump_kernel_dtb_file | strings | grep "regulator-m..-microvolt" >> $tmp_regulator_microvolt_file" || \
eval "sed -i \"/${tmp_none_item}/d\" $tmp_regulator_microvolt_file" && continue
echo >> $tmp_regulator_microvolt_file
done < $tmp_phandle_file 3<$tmp_io_domain_file
while read -r regulator_val
do
if echo ${regulator_val} | grep supply &>/dev/null; then
echo -e "\n\n\e[1;33m${regulator_val%*=}\e[0m" >> $tmp_final_target
else
tmp_none_item=${regulator_val##*<}
tmp_none_item=${tmp_none_item%%>*}
echo -e "${regulator_val%%<*} \e[1;31m$(( $tmp_none_item / 1000 ))mV\e[0m" >> $tmp_final_target
fi
done < $tmp_regulator_microvolt_file
echo -e "\e[41;1;30m PLEASE CHECK BOARD GPIO POWER DOMAIN CONFIGURATION !!!!!\e[0m"
echo -e "\e[41;1;30m <<< ESPECIALLY Wi-Fi/Flash/Ethernet IO power domain >>> !!!!!\e[0m"
echo -e "\e[41;1;30m Check Node [pmu_io_domains] in the file: ${kernel_file_dtb_dts}.dts \e[0m"
echo
echo -e "\e[41;1;30m 请再次确认板级的电源域配置！！！！！！\e[0m"
echo -e "\e[41;1;30m <<< 特别是Wi-Fi，FLASH，以太网这几路IO电源的配置 >>> ！！！！！\e[0m"
echo -e "\e[41;1;30m 检查内核文件 ${kernel_file_dtb_dts}.dts 的节点 [pmu_io_domains] \e[0m"
cat $tmp_final_target
rm -f $tmp_phandle_file
rm -f $tmp_regulator_microvolt_file
rm -f $tmp_io_domain_file
rm -f $tmp_final_target
rm -f $dump_kernel_dtb_file
}
function build_check(){
local build_depend_cfg="build-depend-tools.txt"
common_product_build_tools="$TOP_DIR/device/rockchip/common/$build_depend_cfg"
target_product_build_tools="$TOP_DIR/device/rockchip/$RK_TARGET_PRODUCT/$build_depend_cfg"
cat $common_product_build_tools $target_product_build_tools 2>/dev/null | while read chk_item
do
chk_item=${chk_item###*}
echo $chk_item
if [ -z "$chk_item" ]; then
continue
fi
dst=${chk_item%%,*}
src=${chk_item##*,}
echo "**************************************"
if eval $dst &>/dev/null;then
echo "Check [OK]: $dst"
else
echo "Please install ${dst%% *} first"
echo " sudo apt-get install $src"
fi
done
}
function build_pkg() {
check_config RK_CFG_BUILDROOT || check_config RK_CFG_RAMBOOT || check_config RK_CFG_RECOVERY || check_config RK_CFG_PCBA || return 0
local target_pkg=$1
target_pkg=${target_pkg%*/}
if [ ! -d $target_pkg ];then
echo "build pkg: error: not found package $target_pkg"
return 1
fi
if ! eval [ $rk_package_mk_arrry ];then
rk_package_mk_arrry=( $(find buildroot/package/rockchip/ -name "*.mk" | sort) )
fi
local pkg_mk pkg_config_in pkg_br pkg_final_target pkg_final_target_upper pkg_cfg
for it in ${rk_package_mk_arrry[@]}
do
pkg_final_target=$(basename $it)
pkg_final_target=${pkg_final_target%%.mk*}
pkg_final_target_upper=${pkg_final_target^^}
pkg_final_target_upper=${pkg_final_target_upper//-/_}
if grep "${pkg_final_target_upper}_SITE.*$target_pkg$" $it &>/dev/null; then
pkg_mk=$it
pkg_config_in=$(dirname $pkg_mk)/Config.in
pkg_br=BR2_PACKAGE_$pkg_final_target_upper
for cfg in RK_CFG_BUILDROOT RK_CFG_RAMBOOT RK_CFG_RECOVERY RK_CFG_PCBA
do
if eval [ \$$cfg ] ;then
pkg_cfg=$( eval "echo \$$cfg" )
if grep -wq ${pkg_br}=y buildroot/output/$pkg_cfg/.config; then
echo "Found $pkg_br in buildroot/output/$pkg_cfg/.config "
make ${pkg_final_target}-dirclean O=buildroot/output/$pkg_cfg
make ${pkg_final_target}-rebuild O=buildroot/output/$pkg_cfg
else
echo "[SKIP BUILD $target_pkg] NOT Found ${pkg_br}=y in buildroot/output/$pkg_cfg/.config"
fi
fi
done
fi
done
finish_build
}
function build_uboot(){
check_config RK_UBOOT_DEFCONFIG || return 0
prebuild_uboot
echo "============Start building uboot============"
echo "TARGET_UBOOT_CONFIG=$RK_UBOOT_DEFCONFIG"
echo "========================================="
cd u-boot
rm -f *_loader_*.bin
if [ "$RK_LOADER_UPDATE_SPL" = "true" ]; then
rm -f *spl.bin
fi
if [ "$RK_RAMDISK_SECURITY_BOOTUP" = "true" ];then
rm -f $TOP_DIR/u-boot/boot.img
fi
if [ -n "$RK_UBOOT_DEFCONFIG_FRAGMENT" ]; then
if [ -f "configs/${RK_UBOOT_DEFCONFIG}_defconfig" ]; then
make ${RK_UBOOT_DEFCONFIG}_defconfig $RK_UBOOT_DEFCONFIG_FRAGMENT
else
make ${RK_UBOOT_DEFCONFIG}.config $RK_UBOOT_DEFCONFIG_FRAGMENT
fi
./make.sh $UBOOT_COMPILE_COMMANDS
else
./make.sh $RK_UBOOT_DEFCONFIG \
$UBOOT_COMPILE_COMMANDS
fi
if [ "$RK_LOADER_UPDATE_TPL" = "true" ]; then
./make.sh --tpl
fi
if [ "$RK_IDBLOCK_UPDATE_SPL" = "true" ]; then
./make.sh --idblock --spl
fi
if [ "$RK_RAMDISK_SECURITY_BOOTUP" = "true" ];then
ln -rsf $TOP_DIR/u-boot/boot.img $TOP_DIR/rockdev/
fi
finish_build
}
# TODO: build_spl can be replaced by build_uboot with define RK_LOADER_UPDATE_SPL
function build_spl(){
check_config RK_SPL_DEFCONFIG || return 0
echo "============Start building spl============"
echo "TARGET_SPL_CONFIG=$RK_SPL_DEFCONFIG"
echo "========================================="
if [ -f u-boot/*spl.bin ]; then
rm u-boot/*spl.bin
fi
cd u-boot && ./make.sh $RK_SPL_DEFCONFIG && ./make.sh spl-s && cd -
if [ $? -eq 0 ]; then
echo "====Build spl ok!===="
else
echo "====Build spl failed!===="
exit 1
fi
finish_build
}
function build_loader(){
check_config RK_LOADER_BUILD_TARGET || return 0
echo "============Start building loader============"
echo "RK_LOADER_BUILD_TARGET=$RK_LOADER_BUILD_TARGET"
echo "=========================================="
cd loader && ./build.sh $RK_LOADER_BUILD_TARGET && cd -
if [ $? -eq 0 ]; then
echo "====Build loader ok!===="
else
echo "====Build loader failed!===="
exit 1
fi
finish_build
}
function build_kernel(){
check_config RK_KERNEL_DTS RK_KERNEL_DEFCONFIG || return 0
echo "============Start building kernel============"
echo "TARGET_ARCH =$RK_ARCH"
echo "TARGET_KERNEL_CONFIG =$RK_KERNEL_DEFCONFIG"
echo "TARGET_KERNEL_DTS =$RK_KERNEL_DTS"
echo "TARGET_KERNEL_CONFIG_FRAGMENT =$RK_KERNEL_DEFCONFIG_FRAGMENT"
echo "=========================================="
pwd
cd kernel
make ARCH=$RK_ARCH $RK_KERNEL_DEFCONFIG $RK_KERNEL_DEFCONFIG_FRAGMENT
make ARCH=$RK_ARCH $RK_KERNEL_DTS.img -j$RK_JOBS
if [ -f "$TOP_DIR/device/rockchip/$RK_TARGET_PRODUCT/$RK_KERNEL_FIT_ITS" ]; then
$COMMON_DIR/mk-fitimage.sh $TOP_DIR/kernel/$RK_BOOT_IMG \
$TOP_DIR/device/rockchip/$RK_TARGET_PRODUCT/$RK_KERNEL_FIT_ITS \
$TOP_DIR/kernel/ramdisk.img
fi
finish_build
}
function build_modules(){
check_config RK_KERNEL_DEFCONFIG || return 0
echo "============Start building kernel modules============"
echo "TARGET_ARCH =$RK_ARCH"
echo "TARGET_KERNEL_CONFIG =$RK_KERNEL_DEFCONFIG"
echo "TARGET_KERNEL_CONFIG_FRAGMENT =$RK_KERNEL_DEFCONFIG_FRAGMENT"
echo "=================================================="
COMMON_KMODS_DIR="${TOP_DIR}/kmods/linux"
OPENWRT_KMODS_DIR="${TOP_DIR}/kmods/openwrt"
if [ -d "${COMMON_KMODS_DIR}" ]; then
rm -rf "${COMMON_KMODS_DIR}"
fi
if [ -d "${OPENWRT_KMODS_DIR}" ]; then
rm -rf "${OPENWRT_KMODS_DIR}"
fi
mkdir -p "${COMMON_KMODS_DIR}"
mkdir -p "${OPENWRT_KMODS_DIR}"
cd $TOP_DIR/kernel && make ARCH=$RK_ARCH $RK_KERNEL_DEFCONFIG $RK_KERNEL_DEFCONFIG_FRAGMENT && \
make ARCH=$RK_ARCH modules -j$RK_JOBS && \
make ARCH=$RK_ARCH modules_install INSTALL_MOD_PATH="${COMMON_KMODS_DIR}" INSTALL_MOD_STRIP=1 && cd -
RELEASE_NAME=$(basename "${COMMON_KMODS_DIR}/lib/modules/"*)
OPENWRT_FULL_KMODS_DIR="${OPENWRT_KMODS_DIR}/lib/modules/${RELEASE_NAME}"
mkdir -p "${OPENWRT_FULL_KMODS_DIR}"
find "${COMMON_KMODS_DIR}/lib/modules/" -name "*.ko" -exec cp {} "${OPENWRT_FULL_KMODS_DIR}" \;
if [ -d "$TOP_DIR/modules-backports" ]; then
cd "$TOP_DIR/modules-backports" && \
make ARCH=$RK_ARCH KLIB_BUILD="$TOP_DIR/kernel" KLIB="$COMMON_KMODS_DIR" defconfig-rk3568 && \
make ARCH=$RK_ARCH KLIB_BUILD="$TOP_DIR/kernel" KLIB="$COMMON_KMODS_DIR" -j$RK_JOBS && \
make ARCH=$RK_ARCH KLIB_BUILD="$TOP_DIR/kernel" KLIB="$COMMON_KMODS_DIR" install && cd -
find "${COMMON_KMODS_DIR}/lib/modules/${RELEASE_NAME}/updates" -name "*.ko" -exec cp {} "${OPENWRT_FULL_KMODS_DIR}" \;
fi
tar -czf "${TOP_DIR}/kmods/kmods.tar.gz" -C "${COMMON_KMODS_DIR}" . --owner=0 --group=0
tar -czf "${TOP_DIR}/kmods/kmods-openwrt.tar.gz" -C "${OPENWRT_KMODS_DIR}" . --owner=0 --group=0
if [ $? -eq 0 ]; then
echo "====Build kernel ok!===="
else
echo "====Build kernel failed!===="
exit 1
fi
}
function build_toolchain(){
check_config RK_CFG_TOOLCHAIN || return 0
echo "==========Start building toolchain =========="
echo "TARGET_TOOLCHAIN_CONFIG=$RK_CFG_TOOLCHAIN"
echo "========================================="
[[ $RK_CFG_TOOLCHAIN ]] \
&& /usr/bin/time -f "you take %E to build toolchain" $COMMON_DIR/mk-toolchain.sh $BOARD_CONFIG \
|| echo "No toolchain step, skip!"
if [ $? -eq 0 ]; then
echo "====Build toolchain ok!===="
else
echo "====Build toolchain failed!===="
exit 1
fi
finish_build
}
function build_buildroot(){
check_config RK_CFG_BUILDROOT || return 0
echo "==========Start building buildroot=========="
echo "TARGET_BUILDROOT_CONFIG=$RK_CFG_BUILDROOT"
echo "========================================="
if [ -z ${RK_CFG_BUILDROOT} ];then
echo "====No Found config on `realpath $BOARD_CONFIG`. Just exit ..."
return
fi
/usr/bin/time -f "you take %E to build builroot" $COMMON_DIR/mk-buildroot.sh $BOARD_CONFIG
if [ $? -eq 0 ]; then
echo "====Build buildroot ok!===="
else
echo "====Build buildroot failed!===="
exit 1
fi
}
function build_ramboot(){
check_config RK_CFG_RAMBOOT || return 0
echo "=========Start building ramboot========="
echo "TARGET_RAMBOOT_CONFIG=$RK_CFG_RAMBOOT"
echo "====================================="
if [ -z ${RK_CFG_RAMBOOT} ];then
echo "====No Found config on `realpath $BOARD_CONFIG`. Just exit ..."
return
fi
/usr/bin/time -f "you take %E to build ramboot" $COMMON_DIR/mk-ramdisk.sh ramboot.img $RK_CFG_RAMBOOT
if [ $? -eq 0 ]; then
rm $TOP_DIR/rockdev/boot.img
ln -rfs $TOP_DIR/buildroot/output/$RK_CFG_RAMBOOT/images/ramboot.img $TOP_DIR/rockdev/boot.img
echo "====Build ramboot ok!===="
else
echo "====Build ramboot failed!===="
exit 1
fi
finish_build
}
function build_multi-npu_boot(){
check_config RK_MULTINPU_BOOT || return 0
echo "=========Start building multi-npu boot========="
echo "TARGET_RAMBOOT_CONFIG=$RK_CFG_RAMBOOT"
echo "====================================="
/usr/bin/time -f "you take %E to build multi-npu boot" $COMMON_DIR/mk-multi-npu_boot.sh
if [ $? -eq 0 ]; then
echo "====Build multi-npu boot ok!===="
else
echo "====Build multi-npu boot failed!===="
exit 1
fi
}
function build_yocto(){
check_config RK_YOCTO_MACHINE || return 0
echo "=========Start build ramboot========="
echo "TARGET_MACHINE=$RK_YOCTO_MACHINE"
echo "====================================="
export LANG=en_US.UTF-8 LANGUAGE=en_US.en LC_ALL=en_US.UTF-8
cd yocto
ln -sf $RK_YOCTO_MACHINE.conf build/conf/local.conf
source oe-init-build-env
cd ..
bitbake core-image-minimal -r conf/include/rksdk.conf
if [ $? -eq 0 ]; then
echo "====Build yocto ok!===="
else
echo "====Build yocto failed!===="
exit 1
fi
}
function build_debian(){
ARCH=${RK_DEBIAN_ARCH:-${RK_ARCH}}
case $ARCH in
arm|armhf) ARCH=armhf ;;
*) ARCH=arm64 ;;
esac
echo "=========Start building debian for $ARCH========="
cd debian
if [ ! -e linaro-buster-$ARCH.tar.gz ]; then
RELEASE=buster TARGET=desktop ARCH=$ARCH ./mk-base-debian.sh
ln -rsf linaro-buster-alip-*.tar.gz linaro-buster-$ARCH.tar.gz
fi
VERSION=debug ARCH=$ARCH ./mk-rootfs-buster.sh
./mk-image.sh
cd ..
if [ $? -eq 0 ]; then
echo "====Build Debian10 ok!===="
else
echo "====Build Debian10 failed!===="
exit 1
fi
}
function build_distro(){
check_config RK_DISTRO_DEFCONFIG || return 0
echo "===========Start building distro==========="
echo "TARGET_ARCH=$RK_ARCH"
echo "RK_DISTRO_DEFCONFIG=$RK_DISTRO_DEFCONFIG"
echo "========================================"
cd distro && make $RK_DISTRO_DEFCONFIG && /usr/bin/time -f "you take %E to build debian" $TOP_DIR/distro/make.sh && cd -
if [ $? -eq 0 ]; then
echo "====Build debian ok!===="
else
echo "====Build debian failed!===="
exit 1
fi
}
function build_rootfs(){
check_config RK_ROOTFS_IMG || return 0
RK_ROOTFS_DIR=.rootfs
ROOTFS_IMG=${RK_ROOTFS_IMG##*/}
if [ "x${RK_ROOTFS_SYSTEM}" != "xubuntu" ]; then
rm -rf $RK_ROOTFS_IMG $RK_ROOTFS_DIR
mkdir -p ${RK_ROOTFS_IMG%/*} $RK_ROOTFS_DIR
fi
case "$1" in
yocto)
build_yocto
ROOTFS_IMG=yocto/build/tmp/deploy/images/$RK_YOCTO_MACHINE/rootfs.img
;;
debian)
build_debian
ROOTFS_IMG=debian/linaro-rootfs.img
;;
distro)
build_distro
ROOTFS_IMG=distro/output/images/rootfs.$RK_ROOTFS_TYPE
;;
openwrt)
build_openwrt
ROOTFS_IMG="openwrt/build_dir/target-aarch64_cortex-a53_musl/linux-armvirt_64/root.squashfs"
;;
*)
if [ -n $RK_CFG_BUILDROOT ];then
build_buildroot
ROOTFS_IMG=buildroot/output/$RK_CFG_BUILDROOT/images/rootfs.$RK_ROOTFS_TYPE
fi
;;
esac
[ -z "$ROOTFS_IMG" ] && return
if [ ! -f "$ROOTFS_IMG" ]; then
echo "$ROOTFS_IMG not generated?"
else
mkdir -p ${RK_ROOTFS_IMG%/*}
rm -f $RK_ROOTFS_IMG
ln -rsf $TOP_DIR/$ROOTFS_IMG $RK_ROOTFS_IMG
fi
finish_build
}
function build_recovery(){
if [ "$RK_UPDATE_SDCARD_ENABLE_FOR_AB" = "true" ] ;then
RK_CFG_RECOVERY=$RK_UPDATE_SDCARD_CFG_RECOVERY
fi
echo "==========Start building recovery=========="
echo "TARGET_RECOVERY_CONFIG=$RK_CFG_RECOVERY"
echo "========================================"
/usr/bin/time -f "you take %E to build recovery" $COMMON_DIR/mk-ramdisk.sh recovery.img $RK_CFG_RECOVERY
if [ $? -eq 0 ]; then
echo "====Build recovery ok!===="
else
echo "====Build recovery failed!===="
exit 1
fi
finish_build
}
function build_pcba(){
check_config RK_CFG_PCBA || return 0
echo "==========Start building pcba=========="
echo "TARGET_PCBA_CONFIG=$RK_CFG_PCBA"
echo "===================================="
if [ -z ${RK_CFG_PCBA} ];then
echo "====No Found config on `realpath $BOARD_CONFIG`. Just exit ..."
return
fi
/usr/bin/time -f "you take %E to build pcba" $COMMON_DIR/mk-ramdisk.sh pcba.img $RK_CFG_PCBA
if [ $? -eq 0 ]; then
echo "====Build pcba ok!===="
else
echo "====Build pcba failed!===="
exit 1
fi
}
function build_all(){
echo "============================================"
echo "TARGET_ARCH=$RK_ARCH"
echo "TARGET_PLATFORM=$RK_TARGET_PRODUCT"
echo "TARGET_UBOOT_CONFIG=$RK_UBOOT_DEFCONFIG"
echo "TARGET_SPL_CONFIG=$RK_SPL_DEFCONFIG"
echo "TARGET_KERNEL_CONFIG=$RK_KERNEL_DEFCONFIG"
echo "TARGET_KERNEL_DTS=$RK_KERNEL_DTS"
echo "TARGET_TOOLCHAIN_CONFIG=$RK_CFG_TOOLCHAIN"
echo "TARGET_BUILDROOT_CONFIG=$RK_CFG_BUILDROOT"
echo "TARGET_RECOVERY_CONFIG=$RK_CFG_RECOVERY"
echo "TARGET_PCBA_CONFIG=$RK_CFG_PCBA"
echo "TARGET_RAMBOOT_CONFIG=$RK_CFG_RAMBOOT"
echo "============================================"
# NOTE: On secure boot-up world, if the images build with fit(flattened image tree)
# we will build kernel and ramboot firstly,
# and then copy images into u-boot to sign the images.
if [ "$RK_RAMDISK_SECURITY_BOOTUP" != "true" ];then
#note: if build spl, it will delete loader.bin in uboot directory,
# so can not build uboot and spl at the same time.
if [ -z $RK_SPL_DEFCONFIG ]; then
build_uboot
else
build_spl
fi
fi
build_loader
build_kernel
build_modules
build_toolchain && \
build_rootfs ${RK_ROOTFS_SYSTEM:-buildroot}
build_recovery
build_ramboot
if [ "$RK_RAMDISK_SECURITY_BOOTUP" = "true" ];then
#note: if build spl, it will delete loader.bin in uboot directory,
# so can not build uboot and spl at the same time.
if [ -z $RK_SPL_DEFCONFIG ]; then
build_uboot
else
build_spl
fi
fi
finish_build
}
function build_cleanall(){
echo "clean uboot, kernel, rootfs, recovery"
cd $TOP_DIR/u-boot/ && make distclean && cd -
cd $TOP_DIR/kernel && make distclean && cd -
rm -rf $TOP_DIR/buildroot/output
rm -rf $TOP_DIR/yocto/build/tmp
rm -rf $TOP_DIR/distro/output
rm -rf $TOP_DIR/debian/binary
}
function build_firmware(){
./mkfirmware.sh $BOARD_CONFIG
if [ $? -eq 0 ]; then
echo "Make image ok!"
else
echo "Make image failed!"
exit 1
fi
}
function gen_file_name() {
day=$(date +%Y%m%d)
time=$(date +%H%M)
typeset -u board
board=$(basename $(readlink ${BOARD_CONFIG}))
board=${board%%.MK}
rootfs=$(ls -l $TOP_DIR/rockdev/ | grep rootfs.img | awk -F '/' '{print $(NF)}'|awk -F '_' '{print $2}')
board=${board}${rootfs}-GPT
if [ -n "$1" ];then
board=$board-$1
fi
echo -e "File name is \e[36m $board \e[0m"
read -t 10 -e -p "Rename the file? [N|y]" ANS || :
ANS=${ANS:-n}
case $ANS in
Y|y|yes|YES|Yes) rename=1;;