202211 and above uses different squashfs compression type that 201911 kernel can not handle. Therefore, we avoid mounting squashfs altogather with this change.
397 lines
11 KiB
Django/Jinja
Executable File
397 lines
11 KiB
Django/Jinja
Executable File
#!/bin/bash
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declare -r SCRIPT_NAME="$(basename "$0")"
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declare -r SCRIPT_PATH="$(readlink -f "$0")"
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declare -r SCRIPT_DIR="$(dirname "$SCRIPT_PATH")"
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declare -r YES_PARAM="yes"
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declare -r NO_PARAM="no"
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declare -r VERBOSE_ERROR="1"
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declare -r VERBOSE_WARNING="2"
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declare -r VERBOSE_NOTICE="3"
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declare -r VERBOSE_INFO="4"
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declare -r VERBOSE_MAX="${VERBOSE_INFO}"
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declare -r VERBOSE_MIN="${VERBOSE_ERROR}"
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declare -r EXIT_SUCCESS="0"
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declare -r EXIT_FAILURE="1"
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declare -r QUERY_CMD="mlxfwmanager --query"
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declare -r BURN_CMD="mlxfwmanager -u -f -y"
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declare -r QUERY_FILE="/tmp/mlxfwmanager-query.log"
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declare -r SPC1_ASIC="spc1"
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declare -r SPC2_ASIC="spc2"
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declare -r SPC3_ASIC="spc3"
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declare -r UNKN_ASIC="unknown"
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declare -rA FW_FILE_MAP=( \
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[$SPC1_ASIC]="fw-SPC.mfa" \
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[$SPC2_ASIC]="fw-SPC2.mfa" \
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[$SPC3_ASIC]="fw-SPC3.mfa" \
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)
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declare -rA FW_REQUIRED_MAP=( \
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[$SPC1_ASIC]="{{ MLNX_SPC_FW_VERSION }}" \
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[$SPC2_ASIC]="{{ MLNX_SPC2_FW_VERSION }}" \
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[$SPC3_ASIC]="{{ MLNX_SPC3_FW_VERSION }}" \
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)
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IMAGE_UPGRADE="${NO_PARAM}"
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CPLD_UPGRADE="${NO_PARAM}"
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VERBOSE_LEVEL="${VERBOSE_MIN}"
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function PrintHelp() {
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echo
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echo "Usage: ./${SCRIPT_NAME} [OPTIONS]"
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echo
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echo "OPTIONS:"
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echo " -u, --upgrade Upgrade ASIC firmware using next boot image (useful after SONiC-To-SONiC update)"
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echo " -c, --cpld Upgrade CPLD firmware (requires -u|--upgrade)"
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echo " -v, --verbose Verbose mode"
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echo " -h, --help Print help"
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echo
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echo "Examples:"
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echo " ./${SCRIPT_NAME} --verbose"
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echo " ./${SCRIPT_NAME} --upgrade"
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echo " ./${SCRIPT_NAME} --upgrade --cpld --verbose"
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echo " ./${SCRIPT_NAME} --help"
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echo
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}
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function ParseArguments() {
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while [ "$#" -ge "1" ]; do
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case "$1" in
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-u|--upgrade)
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IMAGE_UPGRADE="${YES_PARAM}"
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;;
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-c|--cpld)
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CPLD_UPGRADE="${YES_PARAM}"
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;;
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-v|--verbose)
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VERBOSE_LEVEL="${VERBOSE_MAX}"
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;;
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-h|--help)
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PrintHelp
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exit "${EXIT_SUCCESS}"
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;;
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esac
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shift
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done
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}
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function LogError() {
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if [[ "${VERBOSE_LEVEL}" -ge "${VERBOSE_ERROR}" ]]; then
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echo "ERROR: $*"
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fi
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}
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function LogWarning() {
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if [[ "${VERBOSE_LEVEL}" -ge "${VERBOSE_WARNING}" ]]; then
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echo "WARNING: $*"
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fi
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}
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function LogNotice() {
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if [[ "${VERBOSE_LEVEL}" -ge "${VERBOSE_NOTICE}" ]]; then
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echo "NOTICE: $*"
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fi
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}
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function LogInfo() {
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if [[ "${VERBOSE_LEVEL}" -ge "${VERBOSE_INFO}" ]]; then
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echo "INFO: $*"
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fi
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}
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function ExitFailure() {
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if [[ "${VERBOSE_LEVEL}" -ge "${VERBOSE_ERROR}" ]]; then
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echo
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LogError "$@"
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echo
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fi
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exit "${EXIT_FAILURE}"
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}
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function ExitSuccess() {
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if [[ "${VERBOSE_LEVEL}" -ge "${VERBOSE_INFO}" ]]; then
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echo
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LogInfo "$@"
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echo
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fi
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exit "${EXIT_SUCCESS}"
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}
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function ParseMachineConf() {
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ONIE_MACHINE="$(cat /host/machine.conf | grep 'onie_machine=' | cut -f2 -d'=')"
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ONIE_PLATFORM="$(cat /host/machine.conf | grep 'onie_platform=' | cut -f2 -d'=')"
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}
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function ShowProgressBar() {
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local -rA SPIN=(
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[0]="-"
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[1]="\\"
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[2]="|"
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[3]="/"
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)
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if [[ "${VERBOSE_LEVEL}" -lt "${VERBOSE_INFO}" ]]; then
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sleep 2s
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return "${EXIT_SUCCESS}"
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fi
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# Print progress bar: use carriage return to overwrite command line content
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for i in "${SPIN[@]}"; do
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echo -ne "\r[${i}] ${1}"
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sleep 0.5s
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done
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# Clear command line content + carriage return
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echo -ne "\033[1K\r"
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}
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function WaitForDevice() {
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local -i QUERY_RETRY_COUNT_MAX="10"
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local -i QUERY_RETRY_COUNT="0"
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${QUERY_CMD} &> /dev/null
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while [[ ("${QUERY_RETRY_COUNT}" -lt "${QUERY_RETRY_COUNT_MAX}") && ("$?" -ne "${EXIT_SUCCESS}") ]]; do
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sleep 1s
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((QUERY_RETRY_COUNT++))
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${QUERY_CMD} &> /dev/null
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done
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}
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function GetAsicType() {
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local -r VENDOR_ID="15b3"
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local -r SPC1_PRODUCT_ID="cb84"
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local -r SPC2_PRODUCT_ID="cf6c"
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local -r SPC3_PRODUCT_ID="cf70"
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if lspci -n | grep "${VENDOR_ID}:${SPC1_PRODUCT_ID}" &>/dev/null; then
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echo "${SPC1_ASIC}"
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exit "${EXIT_SUCCESS}"
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elif lspci -n | grep "${VENDOR_ID}:${SPC2_PRODUCT_ID}" &>/dev/null; then
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echo "${SPC2_ASIC}"
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exit "${EXIT_SUCCESS}"
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elif lspci -n | grep "${VENDOR_ID}:${SPC3_PRODUCT_ID}" &>/dev/null; then
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echo "${SPC3_ASIC}"
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exit "${EXIT_SUCCESS}"
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fi
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echo "${UNKN_ASIC}"
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exit "${EXIT_FAILURE}"
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}
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function RunCmd() {
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local ERROR_CODE="${EXIT_SUCCESS}"
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if [[ "${VERBOSE_LEVEL}" -eq "${VERBOSE_MAX}" ]]; then
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eval "$@"
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else
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eval "$@" &>/dev/null
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fi
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ERROR_CODE="$?"
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if [[ "${ERROR_CODE}" != "${EXIT_SUCCESS}" ]]; then
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ExitFailure "command failed: $@"
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fi
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}
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function UpgradeASICFW() {
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local -r _FW_BIN_PATH="$1"
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local -r _ASIC_TYPE="$(GetAsicType)"
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if [[ "${_ASIC_TYPE}" = "${UNKN_ASIC}" ]]; then
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ExitFailure "failed to detect ASIC type"
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fi
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if [ ! -z "${_FW_BIN_PATH}" ]; then
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local -r _FW_FILE="${_FW_BIN_PATH}/${FW_FILE_MAP[$_ASIC_TYPE]}"
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if [ ! -f "${_FW_FILE}" ]; then
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ExitFailure "no such file: ${_FW_FILE}"
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fi
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RunCmd "${QUERY_CMD} -i ${_FW_FILE} -L ${QUERY_FILE}" &>/dev/null
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local -r _FW_INFO="$(grep FW ${QUERY_FILE})"
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local -r _FW_CURRENT="$(echo ${_FW_INFO} | cut -f2 -d' ')"
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local -r _FW_AVAILABLE="$(echo ${_FW_INFO} | cut -f3 -d' ')"
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else
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local -r _FW_FILE="/etc/mlnx/${FW_FILE_MAP[$_ASIC_TYPE]}"
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RunCmd "${QUERY_CMD} -L ${QUERY_FILE}" &>/dev/null
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local -r _FW_INFO="$(grep FW ${QUERY_FILE})"
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local -r _FW_CURRENT="$(echo ${_FW_INFO} | cut -f2 -d' ')"
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local -r _FW_AVAILABLE="${FW_REQUIRED_MAP[$_ASIC_TYPE]}"
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fi
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if [[ -z "${_FW_CURRENT}" ]]; then
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ExitFailure "could not retreive current FW version"
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fi
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if [[ -z "${_FW_AVAILABLE}" ]]; then
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ExitFailure "could not retreive available FW version"
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fi
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if [[ "${_FW_CURRENT}" == "${_FW_AVAILABLE}" ]]; then
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LogInfo "firmware is up to date"
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else
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LogNotice "firmware upgrade is required. Installing compatible version..."
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RunCmd "${BURN_CMD} -i ${_FW_FILE}"
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fi
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}
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function UpgradeCPLDFW_Worker() {
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local -r _CPLD_BURN_FILE="${1}"
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local -r _CPLD_REFRESH_FILE="${2}"
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local -r _ASIC_DEV="$(find /dev/mst -iname '*_pciconf0')"
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if [[ -f /tmp/cpld_fw_updated ]]; then
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RunCmd "cpldupdate --dev ${_ASIC_DEV} ${_CPLD_REFRESH_FILE}"
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return "${EXIT_SUCCESS}"
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fi
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RunCmd "cpldupdate --dev ${_ASIC_DEV} ${_CPLD_BURN_FILE}"
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RunCmd "cpldupdate --dev ${_ASIC_DEV} ${_CPLD_REFRESH_FILE}"
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}
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function UpgradeCPLDFW() {
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local -r _CPLD_ARCHIVE="$1"
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if [[ -f /tmp/cpld_fw_updated ]]; then
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LogWarning "forced CPLD refresh was requested for ${ONIE_PLATFORM}"
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CPLD_UPGRADE="${YES_PARAM}"
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fi
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if [[ "${CPLD_UPGRADE}" != "${YES_PARAM}" ]]; then
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LogNotice "CPLD upgrade was not requested for ${ONIE_PLATFORM}"
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return "${EXIT_SUCCESS}"
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fi
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if [[ ! -f "${_CPLD_ARCHIVE}" ]]; then
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LogNotice "CPLD update $(basename ${_CPLD_ARCHIVE}) was not provided for ${ONIE_PLATFORM}"
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return "${EXIT_SUCCESS}"
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fi
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CPLD_DIR="$(mktemp -d)"
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RunCmd "tar xzf ${_CPLD_ARCHIVE} -C ${CPLD_DIR}"
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local -r _CPLD_BURN_FILE="${CPLD_DIR}/$(cat ${CPLD_DIR}/bundle.txt | grep 'burn=' | cut -f2 -d'=')"
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local -r _CPLD_REFRESH_FILE="${CPLD_DIR}/$(cat ${CPLD_DIR}/bundle.txt | grep 'refresh=' | cut -f2 -d'=')"
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local -r _CPLD_VERSION="$(cat ${CPLD_DIR}/bundle.txt | grep 'version=' | cut -f2 -d'=')"
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local _CURRENT_CPLD_VERSION="${_CPLD_VERSION}"
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local _TARGET_CPLD_VERSION="${_CPLD_VERSION}"
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if [[ -f /bsp/cpld/cpld_mgmt_version ]]; then
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_CURRENT_CPLD_VERSION="$(cat /bsp/cpld/cpld_mgmt_version)"
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elif [[ -f /var/run/hw-management/system/cpld1_version ]]; then
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_CURRENT_CPLD_VERSION="$(cat /var/run/hw-management/system/cpld1_version)"
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else
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ExitFailure "could not retrieve current CPLD firmware version"
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fi
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if [[ "${_CURRENT_CPLD_VERSION}" -ge "${_TARGET_CPLD_VERSION}" ]]; then
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LogInfo "CPLD firmware is up to date"
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return "${EXIT_SUCCESS}"
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fi
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LogNotice "CPLD firmware upgrade is required. Installing compatible version..."
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LogInfo "current CPLD firmware version: ${_CURRENT_CPLD_VERSION}"
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LogInfo "target CPLD firmware version: ${_TARGET_CPLD_VERSION}"
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LogInfo "CPLD burn firmware file: ${_CPLD_BURN_FILE}"
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LogInfo "CPLD refresh firmware file: ${_CPLD_REFRESH_FILE}"
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UpgradeCPLDFW_Worker "${_CPLD_BURN_FILE}" "${_CPLD_REFRESH_FILE}" &
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local -r _PID="$!"
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while $(ps -e -o pid | grep -E "^[[:blank:]]*${_PID}$" &> /dev/null); do
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ShowProgressBar "CPLD update..."
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done
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RunCmd "wait ${_PID}"
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}
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function UpgradeFWFromImage() {
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local -r _NEXT_SONIC_IMAGE="$(sonic_installer list | grep 'Next: ' | cut -f2 -d' ')"
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local -r _CURRENT_SONIC_IMAGE="$(sonic_installer list | grep 'Current: ' | cut -f2 -d' ')"
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if [[ "${_CURRENT_SONIC_IMAGE}" = "${_NEXT_SONIC_IMAGE}" ]]; then
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ExitSuccess "firmware is up to date"
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fi
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# /host/image-<version>/platform/fw is now the new location for FW binaries.
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# Prefere this path and if it does not exist use squashfs as a fallback.
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local -r _PLATFORM_FW_BIN_PATH="/host/image-${_NEXT_SONIC_IMAGE#SONiC-OS-}/platform/fw/"
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if [[ -d "${_PLATFORM_FW_BIN_PATH}" ]]; then
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LogInfo "Using FW binaries from ${_PLATFORM_FW_BIN_PATH}"
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UpgradeASICFW "${_PLATFORM_FW_BIN_PATH}/asic"
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UpgradeCPLDFW "${_PLATFORM_FW_BIN_PATH}/cpld/${ONIE_MACHINE#mlnx_}_cpld.tar.gz"
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else
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FS_PATH="/host/image-${_NEXT_SONIC_IMAGE#SONiC-OS-}/fs.squashfs"
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FS_MOUNTPOINT="/tmp/image-${_NEXT_SONIC_IMAGE#SONiC-OS-}-fs"
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LogInfo "Using FW binaries from ${FS_MOUNTPOINT}"
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RunCmd "mkdir -p ${FS_MOUNTPOINT}"
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RunCmd "mount -t squashfs ${FS_PATH} ${FS_MOUNTPOINT}"
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UpgradeASICFW "${FS_MOUNTPOINT}/etc/mlnx/${FW_FILE}"
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UpgradeCPLDFW "${FS_MOUNTPOINT}/etc/mlnx/cpld/${ONIE_MACHINE#mlnx_}_cpld.tar.gz"
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fi
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}
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function Cleanup() {
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if [[ -d "${FS_MOUNTPOINT}" ]]; then
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umount -rf "${FS_MOUNTPOINT}"
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rm -rf "${FS_MOUNTPOINT}"
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fi
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if [[ -d "${CPLD_DIR}" ]]; then
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rm -rf "${CPLD_DIR}"
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fi
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}
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function ExitIfQEMU() {
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if [[ $(cat /sys/devices/virtual/dmi/id/chassis_vendor) = "QEMU" ]]; then
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ExitSuccess "No FW upgrade for SimX platform"
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fi
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}
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trap Cleanup EXIT
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ParseMachineConf
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ParseArguments "$@"
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ExitIfQEMU
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WaitForDevice
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if [[ "${CPLD_UPGRADE}" = "${YES_PARAM}" ]]; then
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if [[ "${IMAGE_UPGRADE}" = "${NO_PARAM}" ]]; then
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ExitFailure "mandatory parameter was not provided: -u|--upgrade"
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fi
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fi
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if [[ "${IMAGE_UPGRADE}" = "${YES_PARAM}" ]]; then
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UpgradeFWFromImage
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else
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UpgradeASICFW
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fi
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ExitSuccess "firmware upgrade is completed"
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