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# Copyright (c) 2015, ARM Limited and Contributors. All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions are met:
#
# Redistributions of source code must retain the above copyright notice, this
# list of conditions and the following disclaimer.
#
# Redistributions in binary form must reproduce the above copyright notice,
# this list of conditions and the following disclaimer in the documentation
# and/or other materials provided with the distribution.
#
# Neither the name of ARM nor the names of its contributors may be used
# to endorse or promote products derived from this software without specific
# prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
# AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE
# LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
# CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
# SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
# INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
# CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
# ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
# POSSIBILITY OF SUCH DAMAGE.
#Set the default toolchain
export CROSS_COMPILE_64=${TOP_DIR}/tools/gcc/gcc-linaro-6.2.1-2016.11-x86_64_aarch64-linux-gnu/bin/aarch64-linux-gnu-
export CROSS_COMPILE=$CROSS_COMPILE_64
export CROSS_COMPILE_32=${TOP_DIR}/tools/gcc/gcc-linaro-6.2.1-2016.11-x86_64_arm-linux-gnueabihf/bin/arm-linux-gnueabihf-
#BUILD_SCRIPTS - A list of scripts to be run, relative to this repository
# root. This variable is added to throughout this file.
BUILD_SCRIPTS=""
#ARM_TF Options
# Defaults are below.
# To implement a platform define ARM_TF_PLATS
# ARM_TF_PLATS - A list of the platforms.
# For each of the values in ARM_TF_PLATS do the following (juno as an example
# platform):
# declare -A TBBR_juno
# TBBR_juno[tbbr]=1 #or 0 for no TBBR
# Extra options can be set if needed, see built-arm-tf.sh for more info.
ARM_TF_BUILD_ENABLED=1
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-arm-tf.sh "
ARM_TF_PATH=arm-tf
ARM_TF_DEBUG_ENABLED=${ARM_TF_DEBUG_ENABLED:-1}
ARM_TF_ROT_KEY=$TOP_DIR/$ARM_TF_PATH/plat/arm/board/common/rotpk/arm_rotprivk_rsa.pem
ARM_TF_MBEDTLS_DIR=$TOP_DIR/mbedtls
ARM_TF_TBBR_BUILD_FLAGS="TRUSTED_BOARD_BOOT=1 GENERATE_COT=1 CREATE_KEYS=1 ARM_ROTPK_LOCATION=devel_rsa ROT_KEY=${ARM_TF_ROT_KEY} MBEDTLS_DIR=${ARM_TF_MBEDTLS_DIR}"
ARM_TF_ARCH=aarch64
#LINUX Options.
# Linux build is enabled by default.
# Default config is defconfig, but other configs can be defined.
# Simply add another name to the LINUX_CONFIG_LIST, then for that
# config, create the following structure:
# declare -A LINUX_foo
# LINUX_foo[path]="linux" - Path
# LINUX_foo[config]="" - List of configs to use.
LINUX_CONFIG_LIST="defconfig"
LINUX_CONFIG_DEFAULT=defconfig
LINUX_PATH=linux
LINUX_ARCH=arm64
LINUX_IMAGE_TYPE=${LINUX_IMAGE_TYPE:-Image}
LINUX_BUILD_ENABLED=1
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-linux.sh "
declare -A LINUX_defconfig
LINUX_defconfig[path]="linux"
LINUX_defconfig[outpath]="linux"
LINUX_defconfig[config]=""
LINUX_defconfig[defconfig]=defconfig
declare -A LINUX_mobile_oe
LINUX_mobile_oe[path]="linux"
LINUX_mobile_oe[outpath]="linux"
source $DIR/big-LITTLE-conf.sh
LINUX_mobile_oe[config]="linaro-base $BL_SUPPORT distribution vexpress64"
declare -A LINUX_mobile_bb
LINUX_mobile_bb[path]="linux"
LINUX_mobile_bb[outpath]="linux"
LINUX_mobile_bb[config]="linaro-base vexpress64 $BL_SUPPORT"
declare -A LINUX_android
LINUX_android[path]="linux"
LINUX_android[outpath]="linux"
LINUX_android[config]="linaro-base $BL_SUPPORT android vexpress64"
#Default linux configs per OS - These can be overridden.
BUSYBOX_LINUX_CONFIG_LIST=mobile_bb
OE_LINUX_CONFIG_LIST=mobile_oe
ANDROID_LINUX_CONFIG_LIST=android
#U-Boot options
# Defaults are set below.
# To implement a platform, the following must be done.
# Set UBOOT_BOARDS to the name of the platform (juno as an example):
# UBOOT_BOARDS="vexpress_aemv8a_juno"
# Then for each of the UBOOT_BOARDS values, set the name of the output folder
# that artifacts should be copied into:
# UBOOT_OUTPUT_DESTS[vexpress_aemv8a_juno]=juno
UBOOT_BUILD_ENABLED=1
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-uboot.sh "
UBOOT_PATH=u-boot
UBOOT_ARCH=aarch64
UBOOT_MKIMG=${TOP_DIR}/${UBOOT_PATH}/output/tools/mkimage
UBOOT_UIMAGE_ADDRS="0x80080000"
declare -A UBOOT_OUTPUT_DESTS
#TARGET_BINS options
# To implement a platform, the following must be done.
# Set the TARGET_BINS_PLATS to the name of your platform:
# TARGET_BINS_PLATS="juno"
# Then create an array for options for that platform:
# declare -A TARGET_juno
# Finally, fill in properties into that array:
# TARGET_juno[arm-tf]="juno"
# TARGET_juno[scp]="juno_SILICON"
# TARGET_juno[uboot]="juno"
# TARGET_juno[uefi]="juno"
# TARGET_juno[fdts]="juno juno-r1 juno-r2"
# TARGET_juno[linux]="Image uImage.0x80080000"
# TARGET_juno[ramdisk]=0x84000000
# TARGET_juno[tbbr]=1
# TARGET_juno[optee]=1
# For meanings behind all of the above options, refer
# to the comments in build-target-bins.sh.
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-target-bins.sh "
FINAL_BUILD_STEP="build-target-bins.sh"
TARGET_BINS_BUILD_ENABLED=1
#UEFI options.
# Some things will be required for each platform.
# UEFI_PLATFORMS - A list of platforms to build
# For each item in UEFI_PLATFORMS (juno is used as an example):
# declare -A UEFI_PLAT_juno
# UEFI_PLAT_juno[platname]="ArmJuno"
# UEFI_PLAT_juno[output]=juno
# UEFI_PLAT_juno[defines]=
# UEFI_PLAT_juno[binary]="BL33_AP_UEFI.fd"
# For meanings of options above, refer to build-uefi.sh
# Defaults are listed below.
UEFI_BUILD_ENABLED=${UEFI_BUILD_ENABLED:-1}
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-uefi.sh "
UEFI_PATH=uefi/edk2
UEFI_BUILD_MODE=DEBUG
UEFI_TOOLCHAIN=GCC5
UEFI_TOOLS_PATH=tools/uefi-tools
UEFI_ACPICA_PATH=tools/acpica/generate/unix
#OPTEE Options
# Defaults are set below. To turn OPTEE on, the following must be done.
# OPTEE_BUILD_ENABLED - Set this to 1
# OPTEE_PLATFORM="vexpress" - Set this to the platform name to build.
# OPTEE_FLAVOUR="mobile" - Set the flavour name
OPTEE_BUILD_ENABLED=0
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-optee-os.sh "
# set trusted firmware to use dram for TEE
OPTEE_RAM_LOCATION=dram
OPTEE_CLIENT_CROSS_COMPILE=${CROSS_COMPILE}
OPTEE_OS_AARCH64_CORE=y
OPTEE_OS_PATH=optee/optee_os
OPTEE_CORE_LOG_LEVEL=4
OPTEE_OS_BIN_NAME="tee.bin"
OPTEE_PLATFORM="vexpress"
#SCP Options
# Defaults are set below. By default scp is not built.
# To build, set SCP_BUILD_ENABLED=1 and also set SCP_PLATFORMS to the
# platform of choice. When building in debug mode "-d" parameter has been
# given, then SCP will be set to build. If this is not desired, ensure your
# platform explicitly sets SCP_BUILD_ENABLED=0.
SCP_BUILD_ENABLED=${SCP_BUILD_ENABLED:="0"}
BUILD_SCRIPTS=$BUILD_SCRIPTS"build-scp.sh "
SCP_PATH=scp
SCP_GCC_COMPILER_PREFIX=${TOP_DIR}/tools/gcc/gcc-arm-none-eabi-4_9-2015q3/bin/arm-none-eabi-
SCP_BUILD_MODE=debug
declare -A SCP_BYPASS_ROM_SUPPORT
###########################
# Extra packaging options #
###########################
#TARGET_BINS_COPY_ENABLED - 0 or 1.
# If 0, then TARGET_BINS_COPY_LIST is ignored.
# If 1, then TARGET_BINS_COPY_LIST is used.
TARGET_BINS_COPY_ENABLED=0
#TARGET_BINS_COPY_LIST - An array of "src" "dest" locations to be
# passed into the cp command.
# Set like the following:
# TARGET_BINS_COPY_LIST[0]="${OUTDIR}/linux/Image /some/path/MyImage"
# Takes a 0 based index.
# To add cummulatively:
# index=${#TARGET_BINS_COPY_LIST[@]}
# TARGET_BINS_COPY_LIST[$[index++]]="src dest"
declare -a TARGET_BINS_COPY_LIST
#TARGET_BINS_COPY_LIST_BUSYBOX - An array just like TARGET_BINS_COPY_LIST
# except it only applies if the busybox filesystem is being built
declare -a TARGET_BINS_COPY_LIST_BUSYBOX
#TARGET_BINS_COPY_LIST_OE - An array just like TARGET_BINS_COPY_LIST
# except it only applies if the oe filesystem is being built
declare -a TARGET_BINS_COPY_LIST_OE
#TARGET_BINS_COPY_LIST_ANDROID - An array just like TARGET_BINS_COPY_LIST
# except it only applies if the android filesystem is being built
declare -a TARGET_BINS_COPY_LIST_ANDROID
#TARGET_BINS_COPY_LIST_UEFI - An array just like TARGET_BINS_COPY_LIST
# except it only applies if the UEFI only "filesystem" is being built
declare -a TARGET_BINS_COPY_LIST_UEFI
#TARGET_BINS_EXTRA_TAR_LIST - A string list of folders that need to be
# tarred up. Space delimited. The tar name is just the folder name
# with ".tar.gz" appended on the end.
#Prebuilt options
# If -d option is given to the build scripts, scripts will use the
# ANDROID_LUNCH_TARGET_PREBUILT variable. Otherwise the variable
# ANDROID_LUNCH_TARGET_SRC will be used.
PREBUILT_MPG=${PREBUILT_MPG:="true"}
ANDROID_BINS_VARIANTS=$ANDROID_BINS_VARIANTS_PLAT
if [ "$PREBUILT_MPG" = "true" ] ; then
ANDROID_LUNCH_TARGET=$ANDROID_LUNCH_TARGET_PREBUILT
else
ANDROID_LUNCH_TARGET=$ANDROID_LUNCH_TARGET_SRC
fi
# Filesystem options
# VALID_FILESYSTEMS should be set to the filesystems that are supported by the
# platform. If your platform only supports particular platforms, then reduce
# this list. This means the build scripts will only source files under the
# filesystems directory that apply to your platform.
VALID_FILESYSTEMS="android oe busybox uefi"
COMPONENT_FLAVOUR=$FLAVOUR
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