kunlun/build/build_flash_kl3_pt.sh

#!/bin/bash

#If an error occurs, exit and return the error.
set -o errexit

DEF_CUS_APP="17"
DEF_PLC_APP="0"
DEF_CORE_TYPE="plc"
DEF_REL="debug"
DEF_PROTO_TYPE="p12087"
DEF_BOARDS_TYPE="htzdpt03"
DEF_RF_OPT="no_rf"
DEF_DUAL_OPT="no_dual"
DEF_INCREMENT_OPT=""
DEF_BUILD_RECORD="./KL3_SG_BUILD_RECORE"
DEF_INDEX=0

CHIP_ID=("HZ")
IMAGE_TYPE=("sta")
GROUP_FLASH=("4m")
GROUP_PSRAM=("0m")
GROUP_RF_OPT=("no_rf")
GROUP_DUAL_OPT=("no_dual")

GROUP_PROTO_TYPE=("p12087" "p1901")
GROUP_BOARDS_TYPE=("htzdpt03")

#if [ -n "$(echo $1| sed -n "/^[0-9]\+$/p")" ]; then
#    DEF_INDEX=$1
#else
#    DEF_INDEX=""
#fi

GROUP_LENGTH=${#CHIP_ID[*]}

#print help info.
if [ "?" == "$1" ]; then
    echo  "*$0 [INDEX] [PROTO_TYPE] [BOARDS_TYPE] [NOT_CLEAN]"
    echo  "*   [INDEX] -- optional, just support index 0."
    echo  "*   [PROTO_TYPE] -- optional, (${GROUP_PROTO_TYPE[@]}), default use protocol p12087."
    echo  "*   [BOARDS_TYPE] -- optional, (${GROUP_BOARDS_TYPE[@]}), default is pt board."
    echo  "*   [NOT_CLEAN] -- Optional, clean or not, 'not_clean' means incremental build, default is clean."
    echo
    echo  "* Build img as follows:"
    for ((index=0; index < GROUP_LENGTH; index++)); do
        echo "*   $index. (${CHIP_ID[$index]}  ${IMAGE_TYPE[$index]}   ${GROUP_FLASH[$index]} flash +  ${GROUP_PSRAM[$index]} psram  ${GROUP_RF_OPT[$index]} ${GROUP_DUAL_OPT[$index]})"
    done
    exit 0
fi

#DEF_PROTO_TYPE
for k in $@; do
    for arg in ${GROUP_PROTO_TYPE[@]}; do
        if [ "$k" == "$arg" ]; then
            DEF_PROTO_TYPE="$arg"
            break
        fi
    done
done

#DEF_RF_OPT
if [ "x${GROUP_RF_OPT[$DEF_INDEX]}" == "xrf" ]; then
    DEF_RF_OPT="rf"
fi

#DEF_DUAL_OPT
if [ "x${GROUP_DUAL_OPT[$DEF_INDEX]}" == "xdual" ]; then
    DEF_DUAL_OPT="dual"
fi

#DEF_BOARDS_TYPE
for k in $@; do
    for arg in ${GROUP_BOARDS_TYPE[@]}; do
        if [ "$k" == "$arg" ]; then
            DEF_BOARDS_TYPE="$arg"
            break
        fi
    done
done

#DEF_CLEANUP
for k in $@; do
    if [ "$k" == "not_clean" ] || [ "$k" == "NOT_CLEAN" ]; then
        DEF_INCREMENT_OPT="not_clean"
    fi
done

check_need_cleanup() {
    last_build_cmd=`cat ${DEF_BUILD_RECORD}`
    echo "last_build_cmd:${last_build_cmd}"
    build_scripts=`echo ${last_build_cmd} | awk '{print $1}'`
    build_img_type=`echo ${last_build_cmd} | awk '{print $2}'`
    build_cus_app=`echo ${last_build_cmd} | awk '{print $3}'`
    build_plc_app=`echo ${last_build_cmd} | awk '{print $4}'`
    build_app_type=`echo ${last_build_cmd} | awk '{print $5}'`
    build_flash_size=`echo ${last_build_cmd} | awk '{print $6}'`
    build_psram_size=`echo ${last_build_cmd} | awk '{print $7}'`
    build_chip_id=`echo ${last_build_cmd} | awk '{print $8}'`
    build_protocol_type=`echo ${last_build_cmd} | awk '{print $9}'`
    build_rf_mode=`echo ${last_build_cmd} | awk '{print $10}'`
    build_dual_mode=`echo ${last_build_cmd} | awk '{print $11}'`
    build_boards_type=`echo ${last_build_cmd} | awk '{print $12}'`
    if [ "${build_scripts}" != "./build_flash_kl3.sh" ] || [ "${build_img_type}" != "${IMAGE_TYPE[$DEF_INDEX]}" ] || [ "${build_cus_app}" != "${DEF_CUS_APP}" ] || [ "${build_plc_app}" != "${DEF_PLC_APP}" ] \
    || [ "${build_app_type}" != "${DEF_CORE_TYPE}" ] || [ "${build_flash_size}" != "${GROUP_FLASH[$DEF_INDEX]}" ] || [ "${build_psram_size}" != "${GROUP_PSRAM[$DEF_INDEX]}" ] \
    || [ "${build_chip_id}" != "${CHIP_ID[$DEF_INDEX]}" ] || [ "${build_protocol_type}" != "${DEF_PROTO_TYPE}" ] || [ "${build_rf_mode}" != "${DEF_RF_OPT}" ] || [ "${build_dual_mode}" != "${DEF_DUAL_OPT}" ]; then
        need_clean=1
    fi

    # fpga board need cleanup build, because the platform of fpga board is 'FPGA' and other board is "CHIP".
    if [ "${build_boards_type}" != "${DEF_BOARDS_TYPE}" ]; then
        if [ "${build_boards_type}" == "fpga" ] || [ "${DEF_BOARDS_TYPE}" == "fpga" ]; then
            need_clean=1
        fi
    fi
}

if [ -f ${DEF_BUILD_RECORD} ]; then
    check_need_cleanup
else
    DEF_INCREMENT_OPT=""
fi

cus_build_cmd="./build_flash_kl3.sh ${IMAGE_TYPE[$DEF_INDEX]} ${DEF_CUS_APP} ${DEF_PLC_APP} ${DEF_CORE_TYPE} ${GROUP_FLASH[$DEF_INDEX]} ${GROUP_PSRAM[$DEF_INDEX]} ${CHIP_ID[$DEF_INDEX]} ${DEF_PROTO_TYPE} ${DEF_RF_OPT} ${DEF_DUAL_OPT} ${DEF_BOARDS_TYPE}"
if [ "${DEF_INCREMENT_OPT}x" == "not_cleanx" ] && [ "${need_clean}x" = "1x" ]; then
    read -p "Last build cmd is different from current building ${cus_build_cmd}, do you need cleanup to create a new compilation? (input Y or N): " confirm
    if [ ${confirm} == "Y" ] || [ ${confirm} == "y" ]; then
        DEF_INCREMENT_OPT=""
    fi
fi

echo "./build_flash_kl3.sh ${IMAGE_TYPE[$DEF_INDEX]} ${DEF_CUS_APP} ${DEF_PLC_APP} ${DEF_CORE_TYPE} ${GROUP_FLASH[$DEF_INDEX]} ${GROUP_PSRAM[$DEF_INDEX]} ${CHIP_ID[$DEF_INDEX]} ${DEF_PROTO_TYPE} ${DEF_RF_OPT} ${DEF_DUAL_OPT} ${DEF_REL} ${DEF_BOARDS_TYPE} ${DEF_INCREMENT_OPT}"
./build_flash_kl3.sh ${IMAGE_TYPE[$DEF_INDEX]} ${DEF_CUS_APP} ${DEF_PLC_APP} ${DEF_CORE_TYPE} ${GROUP_FLASH[$DEF_INDEX]} ${GROUP_PSRAM[$DEF_INDEX]} ${CHIP_ID[$DEF_INDEX]} ${DEF_PROTO_TYPE} ${DEF_RF_OPT} ${DEF_DUAL_OPT} ${DEF_REL} ${DEF_BOARDS_TYPE} ${DEF_INCREMENT_OPT}
if [ $? -eq 0 ]; then
    echo "${cus_build_cmd}" > ${DEF_BUILD_RECORD}
fi