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2026-04-23 17:07:55 +08:00
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meta-fii/meta-kudo/recipes-kudo/kudo-sys-utility/kudo-boot.bb
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SUMMARY = "Phosphor OpenBMC Kudo System Power Control Service"
DESCRIPTION = "Phosphor OpenBMC Kudo System Power Control Daemon"
PR = "r1"
LICENSE = "Apache-2.0"
LIC_FILES_CHKSUM = "file://${COREBASE}/meta/files/common-licenses/Apache-2.0;md5=89aea4e17d99a7cacdbeed46a0096b10"
inherit systemd
inherit obmc-phosphor-systemd
DEPENDS += "systemd"
RDEPENDS:${PN} += "libsystemd"
RDEPENDS:${PN} += "bash"
SRC_URI = " \
file://init_once.sh \
file://host-powerctrl.service \
"
SYSTEMD_PACKAGES = "${PN}"
SYSTEMD_SERVICE:${PN} = " \
host-powerctrl.service \
"
do_install () {
install -d ${D}${libexecdir}/${PN}
install -m 0755 ${WORKDIR}/init_once.sh ${D}${libexecdir}/${PN}/init_once.sh
install -d ${D}${systemd_unitdir}/system/
install -m 0644 ${WORKDIR}/host-powerctrl.service ${D}${systemd_unitdir}/system
}
meta-fii/meta-kudo/recipes-kudo/kudo-sys-utility/kudo-boot/host-powerctrl.service
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[Unit]
Description = Host Power Control Sequence
Wants=ssifbridge.service
After=ssifbridge.service
Wants=kudo-bios-verify.service
After=kudo-bios-verify.service
[Service]
Restart=no
RemainAfterExit=true
Type=oneshot
ExecStart=/usr/libexec/kudo-boot/init_once.sh
StandardOutput=syslog
[Install]
WantedBy=sysinit.target
meta-fii/meta-kudo/recipes-kudo/kudo-sys-utility/kudo-boot/init_once.sh
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#!/bin/bash
# Provide source directive to shellcheck.
# shellcheck source=meta-fii/meta-kudo/recipes-kudo/kudo-fw-utility/kudo-fw/kudo-lib.sh
source /usr/libexec/kudo-fw/kudo-lib.sh
function set_mux_default(){
# set all mux route to CPU before power on host
# BMC_CPU_RTC_I2C_SEL
set_gpio_ctrl CPU_RTC_SEL 1
# BMC_CPU_DDR_I2C_SEL
set_gpio_ctrl CPU_DDR_SEL 1
# BMC_CPU_EEPROM_I2C_SEL
set_gpio_ctrl CPU_EEPROM_SEL 1
# BMC_CPU_PMBUS_SEL
set_gpio_ctrl CPU_VRD_SEL 1
# LED control
# LED_BMC_LIVE
set_gpio_ctrl LED_BMC_ALIVE 1
# SPI control
# Send command to CPLD to switch the bios spi interface to host
i2cset -y -f -a "${I2C_BMC_CPLD[0]}" 0x"${I2C_BMC_CPLD[1]}" 0x10 0x00
}
# 0 - 63 EVT
# 64 + DVT/PVT
boardver=$(printf '%d' "$(awk '{print $6}' /sys/bus/i2c/drivers/fiicpld/"${I2C_MB_CPLD[0]}"-00"${I2C_MB_CPLD[1]}"/CMD00)")
# On EVT machines, the secondary SCP EEPROM is used.
# Set BMC_I2C_BACKUP_SEL to secondary.
if [[ $boardver -lt $BOARDVER_EVT_LAST ]]; then
echo "EVT system. Choosing secondary SCP EEPROM."
set_gpio_ctrl BACKUP_SCP_SEL 0
set_mux_default
# Power control
# S0_BMC_OK
set_gpio_ctrl S0_BMC_OK 1
else
echo "DVT or PVT system"
# sleep so that FRU and all ipmitool Devices are ready before HOST OS
# HPM_STBY_RST_N to DC-SCM spec
set_gpio_ctrl HPM_STBY_RST_N 1 # on DVT this became HPM_STBY_RST_N (EVT1 came from CPLD)
sleep 5 # for the MUX to get ready
set_mux_default
# Power control
# S0_BMC_OK
set_gpio_ctrl S0_BMC_OK 1
fi
# Disable CPU 1 CLK when cpu not detected
# echo init_once cpu $CPU1_STATUS > /dev/ttyS0
# echo init_once board $boardver > /dev/ttyS0
CPU1_STATUS_N=$(get_gpio_ctrl S1_STATUS_N)
if [[ $CPU1_STATUS_N == 1 ]]; then
#Execute this only on DVT systems
if [[ $boardver -lt $BOARDVER_EVT_LAST ]]; then
echo EVT system "$boardver"
else
echo DVT system "$boardver"
i2cset -y -a -f "${I2C_S1_CLKGEN[0]}" 0x"${I2C_S1_CLKGEN[1]}" 0x05 0x03
fi
#These i2c deviecs are already installed on EVT systems
i2cset -y -a -f "${I2C_S1_PCIE_CLKGEN1[0]}" 0x"${I2C_S1_PCIE_CLKGEN1[1]}" 0 1 0xdf i
i2cset -y -a -f "${I2C_S1_PCIE_CLKGEN1[0]}" 0x"${I2C_S1_PCIE_CLKGEN1[1]}" 11 1 0x01 i
i2cset -y -a -f "${I2C_S1_PCIE_CLKGEN2[0]}" 0x"${I2C_S1_PCIE_CLKGEN2[1]}" 1 2 0x3f 0x0c i
fi
# Create /run/openbmc for system power files
mkdir "/run/openbmc"
# Restart psusensor service to enusre that the VBAT sensor doesn't say "no reading" until
# it's second query after a hotswap
(sleep 45; systemctl restart xyz.openbmc_project.psusensor.service)&
meta-fii/meta-kudo/recipes-kudo/kudo-sys-utility/kudo-cmd.bb
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SUMMARY = "Phosphor OpenBMC Kudo System Command"
DESCRIPTION = "Phosphor OpenBMC Kudo System Command Daemon"
PR = "r1"
LICENSE = "Apache-2.0"
LIC_FILES_CHKSUM = "file://${COREBASE}/meta/files/common-licenses/Apache-2.0;md5=89aea4e17d99a7cacdbeed46a0096b10"
RDEPENDS:${PN} += "bash"
SRC_URI = " \
file://kudo.sh \
file://kudo-ras.sh \
"
SYSTEMD_PACKAGES = "${PN}"
do_install () {
install -d ${D}${sbindir}
install -m 0755 ${WORKDIR}/kudo.sh ${D}${sbindir}/kudo.sh
install -m 0755 ${WORKDIR}/kudo-ras.sh ${D}${sbindir}/kudo-ras.sh
}
meta-fii/meta-kudo/recipes-kudo/kudo-sys-utility/kudo-cmd/kudo-ras.sh
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#!/bin/bash
# Provide source directive to shellcheck.
# shellcheck source=meta-fii/meta-kudo/recipes-kudo/kudo-fw-utility/kudo-fw/kudo-lib.sh
source /usr/libexec/kudo-fw/kudo-lib.sh
powerState=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0xe0 b)
getGPISourceRegisters(){
REG60=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x60 w) # GPI Data Set
REG61=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x61 w) # GPI DATA Set #0
REG62=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x62 w) # GPI DATA Set #1
REG63=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x63 w) # GPI DATA Set #2
REG64=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x64 w) # GPI DATA Set #3
DS0Pres=$((REG60 & 0x0100))
DS1Pres=$((REG60 & 0x0200))
DS2Pres=$((REG60 & 0x0400))
DS3Pres=$((REG60 & 0x0800))
}
getErrorCount() {
MemCE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x90 w)
MemUE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x93 w)
CoreCE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x80 w)
CoreUE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x83 w)
PCIeCE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0xc0 w)
PCIeUE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0xc2 w)
OtherCE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0xd0 w)
OtherUE=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0xd8 w)
}
getReg61Vals() {
REG61_0800=$((REG61 & 0x0800))
REG61_0800_VAL=$((REG61_0800 >> 8))
REG61_1000=$((REG61 & 0x1000))
REG61_1000_VAL=$((REG61_1000 >> 12))
}
getReg62Vals() {
REG62_0100=$((REG62 & 0x0100))
REG62_0100_VAL=$((REG62_0100 >> 8))
REG62_0200=$((REG62 & 0x0200))
REG62_0200_VAL=$((REG62_0200 >> 9))
REG62_0400=$((REG62 & 0x0400))
REG62_0400_VAL=$((REG62_0400 >> 10))
}
getReg63Vals() {
REG63_0100=$((REG63 & 0x0100))
REG63_0100_VAL=$((REG63_0100 >> 8))
}
getReg64Vals() {
REG64_0100=$((REG64 & 0x0100))
REG64_0100_VAL=$((REG64_0100 >> 8))
REG64_0200=$((REG64 & 0x0200))
REG64_0200_VAL=$((REG64_0200 >> 9))
REG64_0800=$((REG64 & 0x0800))
REG64_0800_VAL=$((REG64_0800 >> 11))
REG64_2000=$((REG64 & 0x2000))
REG64_2000_VAL=$((REG64_2000 >> 13))
REG64_4000=$((REG64 & 0x4000))
REG64_4000_VAL=$((REG64_4000 >> 14))
REG64_8000=$((REG64 & 0x8000))
REG64_8000_VAL=$((REG64_8000 >> 15))
REG64_0001=$((REG64 & 0x0001))
REG64_0001_VAL=$((REG64_0001))
}
getGPIStatusRegisters(){
REG70=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x70 w) # Core, DIMM, SLC, PCIe, and Other errors
REG78=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x78 w) # VRD Fault/Warning Error
REG79=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x79 w) # VRD Hot
REG7A=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x7A w) # DIMM Hot Error
REG7B=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x7B w) # Boot #1 Error
REG7C=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x7C w) # Boot #2 Error
REG7D=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x7D w) # Watchdog/Other Status
REG7E=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x7E w) # RAS internal error
}
getReg70Vals() {
REG70_0100=$((REG70 & 0x0100))
REG70_0100_VAL=$((REG70_0100 >> 8))
REG70_0200=$((REG70 & 0x0200))
REG70_0200_VAL=$((REG70_0200 >> 9))
REG70_0400=$((REG70 & 0x0400))
REG70_0400_VAL=$((REG70_0400 >> 10))
REG70_0800=$((REG70 & 0x0800))
REG70_0800_VAL=$((REG70_0800 >> 11))
REG70_4000=$((REG70 & 0x4000))
REG70_4000_VAL=$((REG70_4000 >> 14))
REG70_8000=$((REG70 & 0x8000))
REG70_8000_VAL=$((REG70_8000 >> 15))
REG70_0001=$((REG70 & 0x0001))
REG70_0001_VAL=$((REG70_0001))
REG70_0002=$((REG70 & 0x0002))
REG70_0002_VAL=$((REG70_0002 >> 1))
}
getReg78Vals() {
REG78_0100=$((REG78 & 0x0100))
REG78_0100_VAL=$((REG78_0100 >> 8))
REG78_0200=$((REG78 & 0x0200))
REG78_0200_VAL=$((REG78_0200 >> 9))
REG78_0400=$((REG78 & 0x0400))
REG78_0400_VAL=$((REG78_0400 >> 10))
REG78_0800=$((REG78 & 0x0800))
REG78_0800_VAL=$((REG78_0800 >> 11))
REG78_1000=$((REG78 & 0x1000))
REG78_1000_VAL=$((REG78_1000 >> 12))
REG78_2000=$((REG78 & 0x2000))
REG78_2000_VAL=$((REG78_2000 >> 13))
REG78_4000=$((REG78 & 0x4000))
REG78_4000_VAL=$((REG78_4000 >> 14))
REG78_8000=$((REG78 & 0x8000))
REG78_8000_VAL=$((REG78_8000 >> 15))
REG78_0001=$((REG78 & 0x0001))
REG78_0001_VAL=$((REG78_0001))
REG78_0002=$((REG78 & 0x0002))
REG78_0002_VAL=$((REG78_0002 >> 1))
REG78_0004=$((REG78 & 0x0004))
REG78_0004_VAL=$((REG78_0004 >> 2))
REG78_0008=$((REG78 & 0x0008))
REG78_0008_VAL=$((REG78_0008 >> 3))
}
getReg79Vals() {
REG79_0100=$((REG79 & 0x0100))
REG79_0100_VAL=$((REG79_0100 >> 8))
REG79_1000=$((REG79 & 0x1000))
REG79_1000_VAL=$((REG79_1000 >> 12))
REG79_2000=$((REG79 & 0x2000))
REG79_2000_VAL=$((REG79_2000 >> 13))
REG79_4000=$((REG79 & 0x4000))
REG79_4000_VAL=$((REG79_4000 >> 14))
REG79_0001=$((REG79 & 0x0001))
REG79_0001_VAL=$((REG79_0001))
REG79_0002=$((REG79 & 0x0002))
REG79_0002_VAL=$((REG79_0002 >> 1))
REG79_0004=$((REG79 & 0x0004))
REG79_0004_VAL=$((REG79_0004 >> 2))
REG79_0008=$((REG79 & 0x0008))
REG79_0008_VAL=$((REG79_0008 >> 3))
}
getReg7AVals() {
REG7A_0100=$((REG7A & 0x0100))
REG7A_0100_VAL=$((REG7A_0100 >> 8))
REG7A_0200=$((REG7A & 0x0200))
REG7A_0200_VAL=$((REG7A_0200 >> 9))
REG7A_0400=$((REG7A & 0x0400))
REG7A_0400_VAL=$((REG7A_0400 >> 10))
REG7A_0800=$((REG7A & 0x0800))
REG7A_0800_VAL=$((REG7A_0800 >> 11))
REG7A_1000=$((REG7A & 0x1000))
REG7A_1000_VAL=$((REG7A_1000 >> 12))
REG7A_2000=$((REG7A & 0x2000))
REG7A_2000_VAL=$((REG7A_2000 >> 13))
REG7A_4000=$((REG7A & 0x4000))
REG7A_4000_VAL=$((REG7A_4000 >> 14))
REG7A_8000=$((REG7A & 0x8000))
REG7A_8000_VAL=$((REG7A_8000 >> 15))
}
getReg7DVals() {
REG7D_0100=$((REG7D & 0x0100))
REG7D_0100_VAL=$((REG7D_0100 >> 8))
REG7D_0200=$((REG7D & 0x0200))
REG7D_0200_VAL=$((REG7D_0200 >> 9))
REG7D_0400=$((REG7D & 0x0400))
REG7D_0400_VAL=$((REG7D_0400 >> 10))
}
getReg7EVals() {
REG7E_0100=$((REG7E & 0x0100))
REG7E_0100_VAL=$((REG7E_0100 >> 8))
REG7E_0200=$((REG7E & 0x0200))
REG7E_0200_VAL=$((REG7E_0200 >> 9))
}
getGPIMaskRegisters(){
REG50=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x50 w) # GPI Control #0
REG51=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x51 w) # GPI Control #1
REG52=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x52 w) # GPI Control #2
REG53=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x53 w) # GPI Control #3
REG54=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x54 w) # GPI CE/UE Mask
}
getReg50Vals() {
REG50_0400=$((REG50 & 0x0400))
REG50_0400_VAL=$((REG50_0400 >> 10))
REG50_0800=$((REG50 & 0x0800))
REG50_0800_VAL=$((REG50_0800 >> 11))
}
getReg51Vals() {
REG51_0100=$((REG51 & 0x0100))
REG51_0100_VAL=$((REG51_0100 >> 8))
REG51_0200=$((REG51 & 0x0200))
REG51_0200_VAL=$((REG51_0200 >> 9))
REG51_0400=$((REG51 & 0x0400))
REG51_0400_VAL=$((REG51_0400 >> 10))
}
getReg52Vals() {
REG52_0100=$((REG52 & 0x0100))
REG52_0100_VAL=$((REG52_0100 >> 8))
}
getReg53Vals() {
REG53_0100=$((REG53 & 0x0100))
REG53_0100_VAL=$((REG53_0100 >> 8))
REG53_0200=$((REG53 & 0x0200))
REG53_0200_VAL=$((REG53_0200 >> 9))
REG53_0800=$((REG53 & 0x0800))
REG53_0800_VAL=$((REG53_0800 >> 11))
REG53_2000=$((REG53 & 0x2000))
REG53_2000_VAL=$((REG53_2000 >> 13))
REG53_4000=$((REG53 & 0x4000))
REG53_4000_VAL=$((REG53_4000 >> 14))
REG53_8000=$((REG53 & 0x8000))
REG53_8000_VAL=$((REG53_8000 >> 15))
REG53_0001=$((REG53 & 0x0001))
REG53_0001_VAL=$((REG53_0001))
}
getReg54Vals() {
REG54_0100=$((REG54 & 0x0100))
REG54_0100_VAL=$((REG54_0100 >> 8))
REG54_0200=$((REG54 & 0x0200))
REG54_0200_VAL=$((REG54_0200 >> 9))
REG54_0001=$((REG54 & 0x0001))
REG54_0001_VAL=$((REG54_0001))
REG54_0002=$((REG54 & 0x0002))
REG54_0002_VAL=$((REG54_0002 >> 1))
REG54_0004=$((REG54 & 0x0004))
REG54_0004_VAL=$((REG54_0004 >> 2))
REG54_0008=$((REG54 & 0x0008))
REG54_0008_VAL=$((REG54_0008 >> 3))
REG54_0010=$((REG54 & 0x0010))
REG54_0010_VAL=$((REG54_0010 >> 4))
REG54_0020=$((REG54 & 0x0020))
REG54_0020_VAL=$((REG54_0020 >> 5))
}
if [ -z "${powerState}" ]
then
echo "System is currently Powered off S6"
else
echo "System is currently in ${powerState} "
# Get Error Count
getErrorCount
echo " "
echo " Error Count: "
echo " Memory Errors: Correctable $((MemCE >> 8)) Uncorrectable $((MemUE >> 8)) "
echo " Core Errors: Correctable $((CoreCE >> 8)) Uncorrectable $((CoreUE >> 8))"
echo " PCIe Errors: Correctable $((PCIeCE >> 8)) Uncorrectable $((PCIeUE >> 8)) "
echo " Other Errors: Correctable $((OtherCE >> 8)) Uncorrectable $((OtherUE >> 8)) "
# GPI Source Registers
getGPISourceRegisters
echo " "
echo " GPI Source Registers: "
echo " GPI Data Set #0 Present: $((DS0Pres >> 8)) "
echo " GPI Data Set #1 Present: $((DS1Pres >> 9)) "
echo " GPI Data Set #2 Present: $((DS2Pres >> 10)) "
echo " GPI Data Set #3 Present: $((DS3Pres >> 11)) "
# REG61 Data Set#0
getReg61Vals
echo " "
echo " GPI Data Set#0: "
if [[ "$REG61_0800_VAL" != 0 ]]; then
echo " Platform Booting "
fi
if [[ "$REG61_1000_VAL" != 0 ]]; then
echo " Critical Stop "
fi
# REG62 Data Set#1
getReg62Vals
echo " "
echo " GPI Data Set#1: "
if [[ "$REG62_0100_VAL" != 0 ]]; then
echo " SoC VR HOT/Warn/Fault "
fi
if [[ "$REG62_0200_VAL" != 0 ]]; then
echo " Core VR HOT/Warn/Fault "
fi
if [[ "$REG62_0400_VAL" != 0 ]]; then
echo " DIMM HOT/Warn/Fault "
fi
# REG63 Data Set#2
getReg63Vals
echo " "
echo " GPI Data Set#2: "
if [[ "$REG63_0100_VAL" != 0 ]]; then
echo " DIMM HOT "
fi
# REG64 Data Set#3
getReg64Vals
echo " "
echo " GPI Data Set#3: "
if [[ "$REG64_0100_VAL" != 0 ]]; then
echo " Core Errors "
fi
if [[ "$REG64_0200_VAL" != 0 ]]; then
echo " Memory Errors "
fi
if [[ "$REG64_0800_VAL" != 0 ]]; then
echo " PCIe Errors "
fi
if [[ "$REG64_2000_VAL" != 0 ]]; then
echo " Other Errors "
fi
if [[ "$REG64_4000_VAL" != 0 ]]; then
echo " ACPI State Change "
fi
if [[ "$REG64_8000_VAL" != 0 ]]; then
echo " Boot Errors "
fi
if [[ "$REG64_0001_VAL" != 0 ]]; then
echo " RAS Internal Error "
fi
# GPI Status Regs
getGPIStatusRegisters
echo " "
echo " GPI Status Regs "
getReg70Vals
echo " "
echo " Core, DIMM, SLC, PCIe, and Other errors: "
if [[ "$REG70_0100_VAL" != 0 ]]; then
echo " Core CE Error "
fi
if [[ "$REG70_0200_VAL" != 0 ]]; then
echo " Core UE Error "
fi
if [[ "$REG70_0400_VAL" != 0 ]]; then
echo " DIMM CE Error "
fi
if [[ "$REG70_0800_VAL" != 0 ]]; then
echo " DIMM UE Error "
fi
if [[ "$REG70_4000_VAL" != 0 ]]; then
echo " PCIe CE Error "
fi
if [[ "$REG70_8000_VAL" != 0 ]]; then
echo " PCIe UE Error "
fi
if [[ "$REG70_0001_VAL" != 0 ]]; then
echo " Other CE Error "
fi
if [[ "$REG70_0002_VAL" != 0 ]]; then
echo " Other UE Error "
fi
getReg78Vals
echo " "
echo " VRD Fault/Warning Error: "
if [[ "$REG78_0100_VAL" != 0 ]]; then
echo " SoC VRD fault/warning "
fi
if [[ "$REG78_0200_VAL" != 0 ]]; then
echo " Core VRD1 fault/warning "
fi
if [[ "$REG78_0400_VAL" != 0 ]]; then
echo " Core VRD2 fault/warning "
fi
if [[ "$REG78_0800_VAL" != 0 ]]; then
echo " Core VRD3 fault/warning "
fi
if [[ "$REG78_1000_VAL" != 0 ]]; then
echo " DIMM VRD1 fault/warning "
fi
if [[ "$REG78_2000_VAL" != 0 ]]; then
echo " DIMM VRD2 fault/warning "
fi
if [[ "$REG78_4000_VAL" != 0 ]]; then
echo " DIMM VRD3 fault/warning "
fi
if [[ "$REG78_8000_VAL" != 0 ]]; then
echo " DIMM VRD3 fault/warning "
fi
if [[ "$REG78_0001_VAL" != 0 ]]; then
echo " DIMM fault/warning "
fi
if [[ "$REG78_0002_VAL" != 0 ]]; then
echo " DIMM fault/warning "
fi
if [[ "$REG78_0004_VAL" != 0 ]]; then
echo " DIMM fault/warning "
fi
if [[ "$REG78_0008_VAL" != 0 ]]; then
echo " DIMM fault/warning "
fi
getReg79Vals
echo " "
echo " VRD Hot: "
if [[ "$REG79_0100_VAL" != 0 ]]; then
echo " SoC VRD is HOT "
fi
if [[ "$REG79_1000_VAL" != 0 ]]; then
echo " Core VRD1 is HOT "
fi
if [[ "$REG79_2000_VAL" != 0 ]]; then
echo " Core VRD2 is HOT "
fi
if [[ "$REG79_4000_VAL" != 0 ]]; then
echo " Core VRD3 is HOT "
fi
if [[ "$REG79_0001_VAL" != 0 ]]; then
echo " DIMM VRD1 is HOT "
fi
if [[ "$REG79_0002_VAL" != 0 ]]; then
echo " DIMM VRD2 is HOT "
fi
if [[ "$REG79_0004_VAL" != 0 ]]; then
echo " DIMM VRD3 is HOT "
fi
if [[ "$REG79_0008_VAL" != 0 ]]; then
echo " DIMM VRD4 is HOT "
fi
getReg7AVals
echo " "
echo " DIMM Hot Error: "
if [[ "$REG7A_0100_VAL" != 0 ]]; then
echo " DIMM channel 0 is HOT "
fi
if [[ "$REG7A_0200_VAL" != 0 ]]; then
echo " DIMM channel 1 is HOT "
fi
if [[ "$REG7A_0400_VAL" != 0 ]]; then
echo " DIMM channel 2 is HOT "
fi
if [[ "$REG7A_0800_VAL" != 0 ]]; then
echo " DIMM channel 3 is HOT "
fi
if [[ "$REG7A_1000_VAL" != 0 ]]; then
echo " DIMM channel 4 is HOT "
fi
if [[ "$REG7A_2000_VAL" != 0 ]]; then
echo " DIMM channel 5 is HOT "
fi
if [[ "$REG7A_4000_VAL" != 0 ]]; then
echo " DIMM channel 6 is HOT "
fi
if [[ "$REG7A_8000_VAL" != 0 ]]; then
echo " DIMM channel 7 is HOT "
fi
echo " "
echo " Boot #1 Error: $((REG7B >> 8)) "
echo " Boot #2 Error: $((REG7C >> 8)) "
getReg7DVals
echo " "
echo " Watchdog/Other Status: "
if [[ "$REG7D_0100_VAL" != 0 ]]; then
echo " Non-secure WDT expired "
fi
if [[ "$REG7D_0200_VAL" != 0 ]]; then
echo " Secure WDT expired "
fi
if [[ "$REG7D_0400_VAL" != 0 ]]; then
echo " Firmware WDT expired "
fi
getReg7EVals
echo " "
echo " RAS internal error: "
if [[ "$REG7E_0100_VAL" != 0 ]]; then
echo " Error from SMpro "
fi
if [[ "$REG7E_0200_VAL" != 0 ]]; then
echo " Error from PMpro "
fi
# GPI Mask Regs
getGPIMaskRegisters
echo " "
echo " GPI Mask Regs "
getReg50Vals
echo " "
echo " GPI Control #0: "
if [[ "$REG50_0400_VAL" != 0 ]]; then
echo " Platform Booting "
fi
if [[ "$REG50_0800_VAL" != 0 ]]; then
echo " Critical Stop "
fi
getReg51Vals
echo " "
echo " GPI Control #1: "
if [[ "$REG51_0100_VAL" != 0 ]]; then
echo " SoC VR HOT/Warn/Fault "
fi
if [[ "$REG51_0200_VAL" != 0 ]]; then
echo " Core VR HOT/Warn/Fault "
fi
if [[ "$REG51_0400_VAL" != 0 ]]; then
echo " DIMM VRD HOT/Warn/Fault "
fi
getReg52Vals
echo " "
echo " GPI Control #2: "
if [[ "$REG52_0100_VAL" != 0 ]]; then
echo " DIMM HOT "
fi
getReg53Vals
echo " "
echo " GPI Control #3: "
if [[ "$REG53_0100_VAL" != 0 ]]; then
echo " Core Errors "
fi
if [[ "$REG53_0200_VAL" != 0 ]]; then
echo " Memory Errors "
fi
if [[ "$REG53_0800_VAL" != 0 ]]; then
echo " PCIe Errors "
fi
if [[ "$REG53_2000_VAL" != 0 ]]; then
echo " Other SoC Errors "
fi
if [[ "$REG53_4000_VAL" != 0 ]]; then
echo " ACPI State Change "
fi
if [[ "$REG53_8000_VAL" != 0 ]]; then
echo " Boot Errors "
fi
if [[ "$REG53_0001_VAL" != 0 ]]; then
echo " RAS Internal Error "
fi
getReg54Vals
echo " "
echo " GPI CE/UE Mask: "
if [[ "$REG54_0100_VAL" != 0 ]]; then
echo " Core CE "
fi
if [[ "$REG54_0200_VAL" != 0 ]]; then
echo " Core UE "
fi
if [[ "$REG54_0001_VAL" != 0 ]]; then
echo " DIMM CE "
fi
if [[ "$REG54_0002_VAL" != 0 ]]; then
echo " DIMM UE "
fi
if [[ "$REG54_0004_VAL" != 0 ]]; then
echo " PCIe CE "
fi
if [[ "$REG54_0008_VAL" != 0 ]]; then
echo " PCIe UE "
fi
if [[ "$REG54_0010_VAL" != 0 ]]; then
echo " Other CE "
fi
if [[ "$REG54_0020_VAL" != 0 ]]; then
echo " Other UE "
fi
fi
meta-fii/meta-kudo/recipes-kudo/kudo-sys-utility/kudo-cmd/kudo.sh
+312
View File
@@ -0,0 +1,312 @@
#!/bin/bash
# help information
# Provide source directive to shellcheck.
# shellcheck source=meta-fii/meta-kudo/recipes-kudo/kudo-fw-utility/kudo-fw/kudo-lib.sh
source /usr/libexec/kudo-fw/kudo-lib.sh
function usage_rst() {
echo " kudo rst [parameter]"
echo " hotswap --> reset the whole kudo node"
echo " system --> reset the host"
echo " btn --> trigger a power button event"
echo " shutdown --> send out shutdown signal to CPU"
echo " display --> "
}
function usage_led() {
echo " kudo led 'att'/'boot' [parameter]"
echo " on --> change to CPU console"
echo " off --> change to CPU 0 SCP console"
echo " status --> change to CPU 1 SCP console"
}
function usage_uart() {
echo " kudo uart [parameter]"
echo " host --> show CPU console"
echo " scp --> show SCP0 console"
echo " swhost --> change to CPU console to ttyS1"
echo " swscp1 --> change to CPU 0 SCP console to ttyS3"
echo " swscp2 --> change to CPU 1 SCP console"
echo " swhosthr --> change CPU console to header"
echo " swscphr --> change SCP console to header"
echo " display --> "
}
function usage() {
echo " kudo BMC console system utilities"
echo " kudo [optional] [parameter]"
echo " rst --> reset traget device"
echo " fw --> get version"
echo " uart --> control the uart mux"
echo " led --> control the leds"
}
function reset() {
case $1 in
hotswap)
# Virtual reset
set_gpio_ctrl HOTSWAP 1
;;
system)
# S0 system reset
set_gpio_ctrl S0_SYSRESET 0
sleep 1
set_gpio_ctrl S0_SYSRESET 1
;;
btn)
# virtual power button
set_gpio_ctrl POWER_OUT 1
sleep 1
set_gpio_ctrl POWER_OUT 0
;;
shutdown)
# BMC_CPU_SHD_REQ
set_gpio_ctrl S0_SHD_REQ 0
sleep 3
set_gpio_ctrl S0_SHD_REQ 1
;;
forceOff)
# virtual power button
set_gpio_ctrl POWER_OUT 1
sleep 6
set_gpio_ctrl POWER_OUT 0
;;
display)
echo "Virtual reset #$(get_gpio_num HOTSWAP)" "$(get_gpio_ctrl HOTSWAP)"
echo "S0 System reset #$(get_gpio_num S0_SYSRESET)" "$(get_gpio_ctrl S0_SYSRESET)"
echo "Power Button #$(get_gpio_num POWER_OUT)" "$(get_gpio_ctrl POWER_OUT)"
echo "BMC_CPU SHD Req #$(get_gpio_num S0_SHD_REQ)" "$(get_gpio_ctrl S0_SHD_REQ)"
;;
*)
usage_rst
;;
esac
}
function fw_rev() {
BMC_CPLD_VER_FILE="/run/cpld0.version"
MB_CPLD_VER_FILE="/run/cpld1.version"
cmd=$(cat ${BMC_CPLD_VER_FILE})
echo " BMC_CPLD: " "${cmd}"
cmd=$(cat ${MB_CPLD_VER_FILE})
echo " MB_CPLD: " "${cmd}"
# BMC Version
# Save VERSION_ID line in string "VERSION_ID=vXX.XX-XX-kudo"
StringVersion=$(awk '/VERSION_ID/' /etc/os-release)
#Save Major Version value between v and . "vXX." then convert Hex to Decimal
MajorVersion=${StringVersion#*v}
MajorVersion=$(( 10#${MajorVersion%.*}))
#Save SubMajor Version valeu between . and - ".XX-" then convert Hex to Decimal
SubMajorVersion=${StringVersion##*.}
SubMajorVersion=$(( 10#${SubMajorVersion%%-*}))
#Save Minor Version value between - and - "-XX-" then convert Hex to Decimal
MinorVersion=${StringVersion#*-}
MinorVersion=$(( 10#${MinorVersion%-*}))
echo " BMC: " ${MajorVersion}.${SubMajorVersion}.${MinorVersion}
#BMC PWR Sequencer
i2cset -y -f -a "${I2C_BMC_PWRSEQ[0]}" 0x"${I2C_BMC_PWRSEQ[1]}" 0xfe 0x0000 w
cmd=$(i2cget -y -f -a "${I2C_BMC_PWRSEQ[0]}" 0x"${I2C_BMC_PWRSEQ[1]}" 0xfe i 2 | awk '{print substr($0,3)}')
echo " BMC PowerSequencer : ${cmd}"
#only display with smbios exists
if [[ -e /var/lib/smbios/smbios2 ]]; then
cmd=$(busctl introspect xyz.openbmc_project.Smbios.MDR_V2 \
/xyz/openbmc_project/inventory/system/chassis/motherboard/bios | grep Version | awk '{print $4}')
echo " Bios: $cmd"
fi
cmd=$(i2cget -f -y "${I2C_S0_SMPRO[0]}" 0x"${I2C_S0_SMPRO[1]}" 0x1 w);
echo " SCP Firmware: ${cmd}"
get_scp_eeprom
adm1266_ver "${I2C_MB_PWRSEQ1[0]}" | grep REVISION
}
function uartmux() {
case $1 in
host)
if [ "$(tty)" == "/dev/ttyS0" ]; then
echo "Couldn't redirect to the host console within BMC local console"
else
echo "Entering Console use 'shift ~~..' to quit"
obmc-console-client -c /etc/obmc-console/server.ttyS1.conf
fi
;;
scp)
if [ "$(tty)" == "/dev/ttyS0" ]; then
echo "Couldn't redirect to the scp console within BMC local console"
else
echo "Entering Console use 'shift ~~..' to quit"
obmc-console-client -c /etc/obmc-console/server.ttyS3.conf
fi
;;
swhost)
set_gpio_ctrl S0_UART0_BMC_SEL 1
;;
swscp1)
set_gpio_ctrl S0_UART1_BMC_SEL 1
set_gpio_ctrl S1_UART0_BMC_SEL 1
set_gpio_ctrl S1_UART1_BMC_SEL 0
;;
swscp2)
set_gpio_ctrl S0_UART1_BMC_SEL 1
set_gpio_ctrl S1_UART0_BMC_SEL 1
set_gpio_ctrl S1_UART1_BMC_SEL 1
;;
swhosthr)
set_gpio_ctrl S0_UART0_BMC_SEL 0
;;
swscphr)
set_gpio_ctrl S0_UART1_BMC_SEL 0
set_gpio_ctrl S1_UART0_BMC_SEL 0
;;
display)
if [ "$(get_gpio_ctrl S0_UART0_BMC_SEL)" -eq 1 ]; then
echo " CPU host to BMC console"
else
echo " CPU host to header"
fi
if [ "$(get_gpio_ctrl S0_UART1_BMC_SEL)" -eq 1 ] && [ "$(get_gpio_ctrl S1_UART0_BMC_SEL)" -eq 1 ]; then
if [ "$(get_gpio_ctrl S1_UART1_BMC_SEL)" -eq 1 ]; then
echo " SCP2 host to BMC console"
else
echo " SCP1 host to BMC console"
fi
elif [ "$(get_gpio_ctrl S0_UART1_BMC_SEL)" -eq 0 ] && [ "$(get_gpio_ctrl S1_UART0_BMC_SEL)" -eq 0 ]; then
if [ "$(get_gpio_ctrl S1_UART1_BMC_SEL)" -eq 1 ]; then
echo " SCP2 host to Header"
else
echo " SCP1 host to Header"
fi
else
echo "It's unknown status"
echo "S0_UART0_BMC_SEL $(get_gpio_ctrl S0_UART0_BMC_SEL)"
echo "S0_UART1_BMC_SEL $(get_gpio_ctrl S0_UART1_BMC_SEL)"
echo "S1_UART0_BMC_SEL $(get_gpio_ctrl S1_UART0_BMC_SEL)"
echo "S1_UART1_BMC_SEL $(get_gpio_ctrl S1_UART1_BMC_SEL)"
fi
;;
*)
usage_uart
;;
esac
}
function ledtoggle() {
CurrentLED=$( i2cget -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x05 i 1 | cut -d ' ' -f 2)
case $1 in
boot)
cmd=$(((CurrentLED & 0x40) != 0))
case $2 in
on)
#turn on LED
if [[ $cmd -eq 0 ]]; then
setValue=$(( 0x40 + CurrentLED ))
i2cset -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x10 $setValue
fi
;;
off)
#turn off led
if [[ $cmd -eq 1 ]]; then
setValue=$(( 0x80 & CurrentLED ))
i2cset -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x10 $setValue
fi
;;
toggle)
#turn on LED
setValue=$(( 0x40 ^ CurrentLED ))
i2cset -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x10 $setValue
;;
status)
#displayLED status
if [[ $cmd -eq 1 ]]; then
echo "on"
else
echo "off"
fi
;;
*)
usage_led
;;
esac
;;
att)
cmd=$(((CurrentLED & 0x80) != 0))
case $2 in
on)
#turn on LED
if [[ $cmd -eq 0 ]]; then
setValue=$(( 0x80 + CurrentLED ))
i2cset -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x10 $setValue
fi
;;
off)
#turn off led
if [[ $cmd -eq 1 ]]; then
setValue=$(( 0x40 & CurrentLED ))
i2cset -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x10 $setValue
fi
;;
toggle)
#turn on LED
setValue=$(( 0x80 ^ CurrentLED ))
i2cset -y -f -a "${I2C_MB_CPLD[0]}" 0x"${I2C_MB_CPLD[1]}" 0x10 $setValue
;;
status)
#displayLED status
if [[ $cmd -eq 1 ]]; then
echo "on"
else
echo "off"
fi
;;
*)
usage_led
;;
esac
;;
*)
usage_led
;;
esac
}
function usblist() {
for i in {5..9}
do
cmd=$(devmem 0xf083"${i}"154)
printf "udc%d : 0xF083%d154-" "${i}" "${i}"
echo "$cmd"
done
}
case $1 in
rst)
reset "$2"
;;
fw)
fw_rev
;;
uart)
uartmux "$2"
;;
usb)
usblist
;;
led)
ledtoggle "$2" "$3"
;;
*)
usage
;;
esac