mk_script.sh

#!/bin/bash
#
#  author: xiaobo.gu@amlogic.com
#  2016.09.28
#  2016.12.01-2016.12.20 Update for bootloader repo
#  2017.05.20-2017.05.26 Update for txlx and ATF1.3

# include compile check script
source fip/check_compile.sh
source fip/variables.sh
source fip/lib.sh
source fip/build_bl2.sh
source fip/build_bl30.sh
source fip/build_bl31.sh
source fip/build_bl32.sh
source fip/build_bl33.sh
source fip/build_bl40.sh
source fip/check_coverity.sh

function parse_bl33_global_config() {
	local oldifs="$IFS"
	IFS=$'\n'

	BL33_GLOBAL_CONFIG=
	for line in `cat ${SOURCE_FILE}`; do
		# add any global configs which define in BL33 and need
	        # to used under bl2/bl2x/bl2e/bl31/....
		if [[ "${line}" == "CONFIG_PXP_"* ]]; then
			tmp=${line%=*}	# delete =y
			BL33_GLOBAL_CONFIG="${BL33_GLOBAL_CONFIG}"" -D""${tmp}"
		fi
		if [[ "${line}" == "CONFIG_DDR_FULL_FW"* ]]; then
			tmp=${line%=*}	# delete =y
			BL33_GLOBAL_CONFIG="${BL33_GLOBAL_CONFIG}"" -D""${tmp}"
		fi
	done
	export BL33_GLOBAL_CONFIG
	echo "==== BL33 GLOBAL CONFIG: ${BL33_GLOBAL_CONFIG} ==="
	IFS="$oldifs"
}

function init_variable_early() {
	# source uboot pre-build configs
	if [ ! -e ${SOURCE_FILE} ]; then
		echo "${SOURCE_FILE} doesn't exist!"
		cd ${MAIN_FOLDER}
		exit -1
	else
		source ${SOURCE_FILE} &> /dev/null # ignore warning/error
	fi

	CUR_SOC=${CONFIG_SYS_SOC}
	BL30_SELECT=${CONFIG_BL30_SELECT}

	if [ "y" == "${CONFIG_NEED_BL32}" ]; then
		BLX_NEEDFUL[3]="true"
	fi

	# export variables
	#export FIP_BUILD_FOLDER
	#export CUR_SOC

	export_variables
}

function init_variable_late() {
	# after uboot build, source configs
	local CONFIG_FILE_TMP="${MAIN_FOLDER}/autoconf"
	local STR_INVALID="option"
	if [ ! -e ${CONFIG_FILE} ]; then
		echo "${CONFIG_FILE} doesn't exist!"
		cd ${MAIN_FOLDER}
		exit -1
	else
		# workaround for source file error
		while read LINE
		do
			#echo $LINE
			# ignore "*(option)*" lines
			if [[ ${LINE} =~ ${STR_INVALID} ]]; then
				echo "ignore: $LINE"
			else
				#echo "LINE: ${LINE}"
				echo "$LINE" >> "${CONFIG_FILE_TMP}"
			fi
		done < ${CONFIG_FILE}
		source "${CONFIG_FILE_TMP}" &> /dev/null
		rm ${CONFIG_FILE_TMP}
	fi
	if [ "y" == "${CONFIG_SUPPORT_CUSOTMER_BOARD}" ]; then
		BOARD_DIR="customer/board/${CONFIG_SYS_BOARD}"
	else
		BOARD_DIR="${CONFIG_BOARDDIR}"
	fi
	export BOARD_DIR
}

function build_blx_src() {
	# compile $name $src_folder $bin_folder $soc
	local name=$1
	local src_folder=$2
	local bin_folder=$3
	local soc=$4
	#dbg "compile - name: ${name}, src_folder: ${src_folder}, bin_folder: ${bin_folder}, soc: ${soc}"

	if [ $name == ${BLX_NAME_GLB[0]} ]; then
		# bl2
		build_bl2 $src_folder $bin_folder $soc
	elif [ $name == ${BLX_NAME_GLB[5]} ]; then
		# bl2e
		build_bl2e $src_folder $bin_folder $soc
	elif [ $name == ${BLX_NAME_GLB[6]} ]; then
		# bl2x
		build_bl2x $src_folder $bin_folder $soc
	elif [ $name == ${BLX_NAME_GLB[1]} ]; then
		# bl30
		build_bl30 $src_folder $bin_folder $soc
	elif [ $name == ${BLX_NAME_GLB[2]} ]; then
		# bl31
		# some soc use v1.3
		check_bl31_ver $soc
		if [ $? != 0 ]; then
			echo "check bl31 ver: use v1.3"
			build_bl31_v1_3 $src_folder $bin_folder $soc
		else
			echo "check bl31 ver: use v1.0"
			build_bl31 $src_folder $bin_folder $soc
		fi
	elif [ $name == ${BLX_NAME_GLB[3]} ]; then
		# control flow for jenkins patchbuild
		if [ "$BUILD_TYPE" != "AOSP" ]; then
			# bl32
			if [ "y" == "${CONFIG_NEED_BL32}" ]; then
				build_bl32 $src_folder $bin_folder $soc
			fi
		fi
	fi
}

function build_blx() {
	# build each blx

	# switch bl31 version
	switch_bl31 ${CUR_SOC}

	# get version of each blx
	get_versions

	# parse bl33 global configs, so BL33 config in .config/config.h
	# can be used for BL2/2e/2x/31...
	parse_bl33_global_config $@

	# build loop
	for loop in ${!BLX_NAME[@]}; do
		dbg "BIN_PATH[${loop}]: ${BIN_PATH[$loop]}"
		if [ "null" == ${BIN_PATH[$loop]} ]; then
			get_blx_bin ${loop}
		elif [ "source" == ${BIN_PATH[$loop]} ]; then
			dbg "Build blx source code..."
			build_blx_src ${BLX_NAME[$loop]} ${BLX_SRC_FOLDER[$loop]} ${FIP_BUILD_FOLDER} ${CUR_SOC}
		else
			if [ ! -e ${BIN_PATH[$loop]} ]; then
				echo "Error: ${BIN_PATH[$loop]} doesn't exist... abort"
				exit -1
			else
				if [ "y" == "${CONFIG_FIP_IMG_SUPPORT}" ] && \
				   [ -n "${BLX_IMG_NAME[$loop]}" ] && \
				   [ "NULL" != "${BLX_IMG_NAME[$loop]}" ]; then
					cp ${BIN_PATH[$loop]} ${FIP_BUILD_FOLDER}/${BLX_IMG_NAME[$loop]} -f
				elif [[ -n "${BLX_IMG_NAME[$loop]}" && "NULL" != "${BLX_BIN_NAME[$loop]}" ]]; then
					cp ${BIN_PATH[$loop]} ${FIP_BUILD_FOLDER}/${BLX_BIN_NAME[$loop]} -f
				else
					cp ${BIN_PATH[$loop]} ${FIP_BUILD_FOLDER} -f
				fi

				echo "Get ${BLX_NAME[$loop]} from ${BIN_PATH[$loop]}... done"
			fi
		fi

		# start to check the blx firmware
		if [ "bl32" == "${BLX_NAME[$loop]}" ]; then
			# no bl32/bin are exported for users
			check_bypass=y
		else
			check_bypass=n
		fi

		if [ "$ADVANCED_BOOTLOADER" == "1" ]; then
			check_bypass=y
		fi

		if [ "y" != "${check_bypass}" ]; then
			if [ "NULL" != "${BLX_BIN_NAME[$loop]}" ] && \
			   [ -n "${BLX_BIN_NAME[$loop]}" ] && \
			   [ "NULL" == "${BLX_IMG_NAME[$loop]}" ] && \
			   [ ! -f ${FIP_BUILD_FOLDER}/${BLX_BIN_NAME[$loop]} ]; then
				echo "Error ${BLX_NAME[$loop]}: ${FIP_BUILD_FOLDER}/${BLX_BIN_NAME[$loop]} doesn't exit... abort"
				exit -1
			fi
			if [ "y" == "${CONFIG_FIP_IMG_SUPPORT}" ] && \
			   [ -n "${BLX_IMG_NAME[$loop]}" ] && \
			   [ "NULL" != "${BLX_IMG_NAME[$loop]}" ] && \
			   [ ! -f ${FIP_BUILD_FOLDER}/${BLX_IMG_NAME[$loop]} ]; then
				echo "Error ${BLX_NAME[$loop]}: ${FIP_BUILD_FOLDER}/${BLX_IMG_NAME[$loop]} doesn't exit... abort"
				exit -1
			fi
		fi
	done
	return
}

copy_bootloader() {
	mkdir -p ${BUILD_FOLDER}
	cp ${FIP_BUILD_FOLDER}u-boot.bin* ${BUILD_FOLDER}
	if [ "y" == "${CONFIG_AML_CRYPTO_IMG}" ]; then
		cp ${FIP_BUILD_FOLDER}boot.img.encrypt ${BUILD_FOLDER}boot.img.encrypt
	fi
}

function update_bin_path() {
	for loop in ${!BLX_NAME[@]}; do
		if [ "${BLX_NAME[$loop]}" == "${BLX_NAME_GLB[$1]}" ]; then
			dbg "Update BIN_PATH[$loop]=$2"
			BIN_PATH[$loop]=$2
			break
		fi
	done
}

function clean() {
	echo "Clean up"
	if [ -e ${BL33_PATH1} ]; then
		cd ${MAIN_FOLDER}
		cd ${BL33_PATH1}
		make distclean
	fi
	if [ -e ${BL33_PATH2} ]; then
		cd ${MAIN_FOLDER}
		cd ${BL33_PATH2}
		make distclean
	fi
	cd ${MAIN_FOLDER}
	rm ${FIP_BUILD_FOLDER} -rf
	rm ${BUILD_FOLDER}/* -rf
	mkdir -p ${BUILD_FOLDER}
	return
}

function build() {
	# *************************************************
	# IMPORTANT!!!!
	# don't change sequence of following function call
	# *************************************************
	clean

	# pre-build, get .config defines
	pre_build_uboot $@

	# variable init depends on uboot .config
	init_variable_early $@

	# must source under main function, all sub function can use these variables
	# but if source in sub-function, only sub-function(or sub-sub..) can use them
	source ${FIP_FOLDER}${CUR_SOC}/variable_soc.sh

	# compile fip tools for ddr_parse and map_tool
	prepare_tools

	# source soc package script
	source ${FIP_FOLDER}${CUR_SOC}/build.sh

	# update bin path, use bin.git or user defined or source code
	bin_path_parser $@
	#bin_path_update $@

	# build bl33/bl301..etc
	if [ ! $CONFIG_SYSTEM_AS_ROOT ]; then
		CONFIG_SYSTEM_AS_ROOT=null
	fi
	if [ ! $CONFIG_AVB2 ]; then
		CONFIG_AVB2=null
	fi
	if [ ! $CONFIG_CMD_BOOTCTOL_VAB ]; then
		CONFIG_CMD_BOOTCTOL_VAB=null
	fi
	if [ ! $CONFIG_AVB2_KPUB_FROM_FIP ]; then
		CONFIG_AVB2_KPUB_FROM_FIP=0
	fi
	build_uboot ${CONFIG_SYSTEM_AS_ROOT} ${CONFIG_AVB2} ${CONFIG_CMD_BOOTCTOL_VAB} ${CONFIG_AVB2_KPUB_FROM_FIP}

	# source other configs after uboot compile
	init_variable_late

	# bl2/bl30/bl31..etc, build or copy from bin.git
	build_blx $@

	# cp bl33(uboot)
	copy_bl33

	# cp other firmwares(soc related)
	copy_other_soc

	# make build directory
	mkdir -p ${BUILD_FOLDER}

	# package final bootloader
	package

	if [ "y" != "${CONFIG_AML_SIGNED_UBOOT}" ]; then
		# copy bootloader to main folder
		copy_bootloader
	fi
}

function usage() {
  cat << EOF
  Usage:
    $(basename $0) --help

    Bootloader build script.

    command list:
    1. build default uboot:
        ./$(basename $0) [config_name]

    2. build uboot with specified bl[x].bin
        ./$(basename $0) [config_name] --bl[x] [path]

    3. build uboot with bl[x]/src source code
        ./$(basename $0) [config_name] --update-bl[x]

    4. print config list
        ./$(basename $0) --config

    5. check compile status with filter(optional)
        ./$(basename $0) --check-compile [filter]

    6. update aml ddr fw by source code (for g12a and later use)
        ./$(basename $0) [config_name] --update-bl2 --ddrfw

	7. build uboot with bl[x]/src source code, and run coverity defect
		./$(basename $0) [config_name] --update-bl[x] --cov

    Example:
    1) ./$(basename $0) gxb_p200_v1
      build gxb_p200_v1 config

    2) ./$(basename $0) gxb_p200_v1 --bl2 fip/bl2.bin --bl30 fip/bl30.bin
      build gxb_p200_v1 with specified bl2.bin and bl30.bin

    3) ./$(basename $0) gxb_p200_v1 --update-bl31 --update-bl2
      build gxb_p200_v1 with bl31/bl2 source code

    4) ./$(basename $0) --config
      print config list

    5) ./$(basename $0) --check-compile skt
      check all skt board compile status

    Remark:
    bl[x].bin/img priority:
    1. uboot will use binaries under bl[x]/bin/ folder by default, bl[x] version specified in .repo/manifest.xml
    2. if you want use your own bl[x].bin, specify path by add "--bl[x] [path]" parameter
    3. if you want use bl[x].bin by compile source code, please add "--update-bl[x]" parameter


EOF
  exit 1
}

function print_config() {
	cat << EOF
	Usable configs:
`uboot_config_list`
EOF
	exit 1
}

function parser() {
	local i=0
	local argv=()
	for arg in "$@" ; do
		argv[$i]="$arg"
		i=$((i + 1))
	done
	i=0
	while [ $i -lt $# ]; do
		arg="${argv[$i]}"
		i=$((i + 1)) # must place here
		case "$arg" in
			-h|--help|help)
				usage
				exit ;;
			--config)
				print_config
				return ;;
			# SCRIPT_ARG_CHIPSET_VARIANT is used in source variable
			# soc, so should add first
			--chip-varient)
				SCRIPT_ARG_CHIPSET_VARIANT="${argv[$i]}"
				export SCRIPT_ARG_CHIPSET_VARIANT
				continue ;;
			--check-compile)
				check_compile "${argv[@]:$((i))}"
				exit ;;
			--cov|--cov-high)
				check_coverity $@
				exit ;;
			clean|distclean|-distclean|--distclean)
				clean
				exit ;;
			*)
		esac
	done
}

function bin_path_update() {
	# overwrite path in case some git repository doesn't exist
	for loop in ${!BLX_BIN_FOLDER[@]}; do
		if [ -ne ${BLX_BIN_FOLDER[$loop]} ]; then
			dbg "BLX_BIN_FOLDER[$loop] doesn't exist, use src code"
			update_bin_path $loop "source"
		fi
	done

	for loop in ${!BLX_SRC_FOLDER[@]}; do
		echo ""
	done
}

function bin_path_parser() {
	local i=0
	local argv=()
	for arg in "$@" ; do
		argv[$i]="$arg"
		i=$((i + 1))
	done
	i=0
	# ddr fw define, co-work with bl2 build script
	export CONFIG_DDR_FW
	while [ $i -lt $# ]; do
		arg="${argv[$i]}"
		i=$((i + 1)) # must pleace here
		case "$arg" in
			--bl2)
				update_bin_path 0 "${argv[@]:$((i))}"
				continue ;;
			--bl2e)
				update_bin_path 5 "${argv[@]:$((i))}"
				continue ;;
			--bl2e-size)
				BL2E_PAYLOAD_SIZE="${argv[i]}"
				export BL2E_PAYLOAD_SIZE
				continue ;;
			--bl2x)
				update_bin_path 6 "${argv[@]:$((i))}"
				continue ;;
			--bl30)
				update_bin_path 1 "${argv[@]:$((i))}"
				continue ;;
			--bl31)
				update_bin_path 2 "${argv[@]:$((i))}"
				continue ;;
			--bl32)
				update_bin_path 3 "${argv[@]:$((i))}"
				continue ;;
			--bl40)
				update_bin_path 4 "${argv[@]:$((i))}"
				continue ;;
			--ddr-fip)
				DDR_FIP_EXTERN_PATH="${argv[@]:$((i))}"
				export DDR_FIP_EXTERN_PATH
				continue ;;
			--sign-bl40)
				update_bin_path 4 "${argv[@]:$((i))}"
				CONFIG_SIGN_BL40=1
				continue ;;
			--update-bl2)
				update_bin_path 0 "source"
				continue ;;
			--update-bl2e)
				update_bin_path 5 "source"
				if [[ ${argv[i]} == "sto" || ${argv[i]} == "usb" ]]; then
					BL2E_UPDATE_TYPE=${argv[i]}
					export BL2E_UPDATE_TYPE
				fi
				continue ;;
			--update-bl2x)
				update_bin_path 6 "source"
				continue ;;
			--update-ddr-fip)
				GENERATE_DDR_FIP=1
				export GENERATE_DDR_FIP
				continue ;;
			--update-bl30)
				update_bin_path 1 "source"
				continue ;;
			--update-bl31)
				update_bin_path 2 "source"
				continue ;;
			--update-bl32)
				update_bin_path 3 "source"
				continue ;;
			--bl2-branch)
				BL2_BRANCH_ARG="${argv[i]}"
				export BL2_BRANCH_ARG
				continue ;;
			--ddrfw)
				CONFIG_DDR_FW=1
				export CONFIG_DDR_FW
				continue ;;
			--jenkins-sign)
				CONFIG_JENKINS_SIGN=1
				export CONFIG_JENKINS_SIGN
				continue ;;
			--former-sign)
				CONFIG_FORMER_SIGN=1
				export CONFIG_FORMER_SIGN
				continue ;;
			--cas)
				cas="${argv[$i]}"
				#limit the "--cas xxx" only works for g12a
				if [ "${CUR_SOC}" == "g12a" ] ||
					( [ "${cas}" == "vmx" ] && [ "${CUR_SOC}" == "gxl" ] ); then
					CONFIG_CAS=${cas}
				fi
				if [ "${CUR_SOC}" == "sc2" ] && [ "${cas}" == "nsk" ]; then
					CONFIG_CAS=${cas}
				fi
				if [[ "${CONFIG_CAS}" == "irdeto" || \
					  "${CONFIG_CAS}" == "vmx" || \
					  "${CONFIG_CAS}" == "nagra" ]]; then
					CONFIG_AML_SIGNED_UBOOT=y
					export CONFIG_AML_SIGNED_UBOOT
				fi
				if [ "${CONFIG_CAS}" == "vmx" ]; then
					dbg "Loading CAS VMX config"
					source fip/config_cas_vmx.sh
				fi
				echo "CAS: ${cas},${CONFIG_CAS}"
				export CONFIG_CAS
				continue ;;
			--systemroot)
				CONFIG_SYSTEM_AS_ROOT=systemroot
				echo "export CONFIG_SYSTEM_AS_ROOT"
				export CONFIG_SYSTEM_AS_ROOT=systemroot
				continue ;;
			--avb2)
				CONFIG_AVB2=avb2
				echo "export CONFIG_AVB2"
				export CONFIG_AVB2=avb2
				continue ;;
			--vab)
				CONFIG_CMD_BOOTCTOL_VAB=1
				echo "export CONFIG_CMD_BOOTCTOL_VAB"
				export CONFIG_CMD_BOOTCTOL_VAB=1
				continue ;;
			--avb2-fipkey)
				CONFIG_AVB2_KPUB_FROM_FIP=1
				echo "export CONFIG_AVB2_KPUB_FROM_FIP"
				export CONFIG_AVB2_KPUB_FROM_FIP=1
				continue ;;
				*)
		esac
	done
}

function main() {
	if [ -z $1 ]
	then
		usage
		return
	fi

	MAIN_FOLDER=`pwd`
	parser $@
	build $@
}

main $@ # parse all paras to function