C4111
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#!/bin/bash
#
# Copyright 2019-present Huaqin. All Rights Reserved.
#
# This program file is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the
# Free Software Foundation; version 2 of the License.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
#
PART1="/dev/mmcblk0p1"
PART2="/dev/mmcblk0p2"
PART1_MOUNT_POINT="/overlay/rw"
PART2_MOUNT_POINT="/var/volatile/log/"
DEV="/dev/mmcblk0"
prog=$(basename "$0")
usage()
echo "Usage: $prog <configuration/all>"
echo
echo "Note:"
echo " configuration : System configurations and user data"
echo " all : All disk data,include user data, syslog and system configurations"
echo
echo "Examples:"
echo " $prog configuration "
echo " $prog all "
echo
exit 1
check_parameter()
if [ $# -ne 1 ]; then
usage
fi
obj="$1"
if [ "$obj" != "configuration" ] && [ "$obj" != "all" ]; then
usage
fi
format_fs_1()
mkfs.ext4 $PART1 << EOF
y
EOF
partition_rm_1()
fdisk $DEV << EOF
d
1
w
EOF
format_fs_2()
mkfs.ext4 $PART2 << EOF
y
EOF
partition_rm_2()
fdisk $DEV << EOF
d
2
w
EOF
format_emmc()
if [ "$format_flag" = 1 ]; then
case $obj in
configuration)
umount -lf $PART1_MOUNT_POINT || (echo "umount $PART1 fail !" && exit 1)
format_fs_1
sleep 3
partition_rm_1
sleep 3
partprobe $DEV
;;
all)
umount -lf $PART2_MOUNT_POINT || (echo "umount $PART2 fail !" && exit 1)
format_fs_2
sleep 3
partition_rm_2
sleep 3
partprobe $DEV
;;
*)
usage
;;
esac
fi
echo "reboot after 10S"
sleep 10
reboot
confirm_prompt()
case $obj in
configuration)
read -r -p $'This operaion will restore system configurations.\\x0aPlease confirm. [Y/N] ' input
;;
all)
read -r -p $'This operaion will format emmc and discard all system configurations.\\x0aPlease confirm. [Y/N] ' input
;;
*)
usage
;;
esac
case $input in
[yY][eE][sS] | [yY])
echo "Start to perform restore default command."
format_flag=1
;;
[nN][oO] | [nN])
echo "Abort execution and exit."
exit 1
;;
*)
echo "Invalid input..."
exit 1
;;
esac
check_parameter "$@"
confirm_prompt
format_emmc
#!/bin/bash
#
# Copyright 2019-present Huaqin. All Rights Reserved.
#
# This program file is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the
# Free Software Foundation; version 2 of the License.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program in a file named COPYING; if not, write to the
# Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor,
# Boston, MA 02110-1301 USA
#
#shellcheck disable=SC1091
. /usr/local/bin/openbmc-utils.sh
BLACKBOX_ADDRESS=0xdc
BLACKBOX_PAGE_ADDRESS=0xdb
OUTPUTFILE=/var/log/dump_acbel_psu_blackbox.txt
program=$(basename "$0")
usage()
echo "Usage:"
echo " $program -i <PSU index>"
echo
echo "PSU index:"
echo " 1-4"
echo
echo "Examples:"
echo " $program -i 4"
exit 1
decompose_iic_addr()
bus=$(echo "$1" | awk -F "-" 'print $1')
str=$(echo "$1" | awk -F "-" 'print $2')
address=$str/00/0x
check_parameter()
if [ "$#" -ne 2 ];then
usage
fi
device="$2"
if [ "$device" != "1" ] && [ "$device" != "2" ] && [ "$device" != "3" ] && [ "$device" != "4" ];then
usage
fi
linear11_convert()
if [ $((($1 >> 10) & 0x1)) == 1 ] ; then
mantissa=$(($1 & 0x3FF))
mantissa=$(($mantissa ^ 0x3ff))
mantissa=$((~$mantissa))
else
mantissa=$(((((($1 & 0x7ff)) << 5)) >> 5))
fi
if [ $((($1 >> 15) & 0x1)) == 1 ] ; then
exponent=$(((($1 & 0x7FFF)) >> 11))
exponent=$(($exponent ^ 0xf))
exponent=$((~$exponent))
else
exponent=$(($1>> 11))
fi
val_x=$((mantissa * 1000))
if [ $exponent -ge 0 ]; then
val_x=$(($val_x<<$exponent))
else
val_x=$(($val_x>>$((-$exponent))))
fi
echo $val_x
linear11_convert $1
linear11_convert()
mantissa=$(((((($1 & 0x7ff)) << 5)) >> 5))
if [ $((($1 >> 15) & 0x1)) == 1 ] ; then
exponent=$(((($1 & 0x7FFF)) >> 11))
exponent=$(($exponent ^ 0xf))
exponent=$((~$exponent))
else
exponent=$(($1>> 11))
fi
val_x=$((mantissa * 1000))
if [ $exponent -ge 0 ]; then
val_x=$(($val_x<<$exponent))
else
val_x=$(($val_x>>$((-$exponent))))
fi
echo $val_x
linear16_convert()
mantissa=$(printf %d "$1")
if [ $((($2 >> 4) & 0x1)) == 1 ] ; then
exponent=$(((((($2 << 11)) >> 11)) & 0xf))
exponent=$(($exponent ^ 0xf))
exponent=$((~$exponent))
else
exponent=$(printf %d "$2")
fi
val_x=$((mantissa * 1000))
if [ $exponent -ge 0 ]; then
val_x=$(($val_x<<$exponent))
else
val_x=$(($val_x>>$((-$exponent))))
fi
echo $val_x
do_action()
value=$(i2ctransfer -f -y $bus w1@$address $BLACKBOX_ADDRESS r52)
present_psu_on_time_l=$value:7:2
present_psu_on_time_m=$value:12:2
present_psu_on_time_h=$value:17:2
present_psu_on_time="0x""$present_psu_on_time_h""$present_psu_on_time_m""$present_psu_on_time_l"
present_psu_on_time=$(printf %d "$present_psu_on_time")
echo "Present total PSU ON time: $present_psu_on_time min" >> $OUTPUTFILE
present_num_ac_cycles_l=$value:22:2
present_num_ac_cycles_h=$value:27:2
present_num_ac_cycles="0x""$present_num_ac_cycles_h""$present_num_ac_cycles_l"
present_num_ac_cycles=$(printf %d "$present_num_ac_cycles")
echo "Present number of AC power cycles: $present_num_ac_cycles" >> $OUTPUTFILE
present_num_pson_cycles_l=$value:32:2
present_num_pson_cycles_h=$value:37:2
present_num_pson_cycles="0x""$present_num_pson_cycles_h""$present_num_pson_cycles_l"
present_num_pson_cycles=$(printf %d "$present_num_pson_cycles")
echo "Present number of PSON power cycles: $present_num_pson_cycles" >> $OUTPUTFILE
power_on_time_l=$value:42:2
power_on_time_m=$value:47:2
power_on_time_h=$value:52:2
power_on_time="0x""$power_on_time_h""$power_on_time_m""$power_on_time_l"
power_on_time=$(printf %d "$power_on_time")
echo "Power supply total power on time: $power_on_time" >> $OUTPUTFILE
clock_data_l=$value:57:2
clock_data_m1=$value:62:2
clock_data_m2=$value:67:2
clock_data_h=$value:72:2
clock_data="0x""$clock_data_h""$clock_data_m2""$clock_data_m1""$clock_data_l"
clock_data=$(printf %d "$clock_data")
echo "Real Time Clock Data from System: $clock_data" >> $OUTPUTFILE
num_ac_cycles_l=$value:77:2
num_ac_cycles_h=$value:82:2
num_ac_cycles="0x""$num_ac_cycles_h""$num_ac_cycles_l"
num_ac_cycles=$(printf %d "$num_ac_cycles")
echo "Number of AC power cycles: $num_ac_cycles" >> $OUTPUTFILE
num_pson_cycles_l=$value:87:2
num_pson_cycles_h=$value:92:2
num_pson_cycles="0x""$num_pson_cycles_h""$num_pson_cycles_l"
num_pson_cycles=$(printf %d "$num_pson_cycles")
echo "Number of PSON power cycles: $num_pson_cycles" >> $OUTPUTFILE
status_word_l=$value:97:2
status_word_h=$value:102:2
status_word="0x""$status_word_h""$status_word_l"
if [ $((($status_word >> 1) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: CML: A communications, memory or logic fault has occurred Refer to STATUS_CML" >> $OUTPUTFILE
elif [ $((($status_word >> 2) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: TEMPERATURE: A temperature fault or warning has occurred Refer to STATUS_TEMPER ATURE" >> $OUTPUTFILE
elif [ $((($status_word >> 3) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: VIN_UV_FAULT: An input under voltage fault has occurred Refer to STATUS_INPUT" >> $OUTPUTFILE
elif [ $((($status_word >> 4) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: IOUT_OC_FAULT: An output over current fault has occurred Refer to STATUS_IOUT" >> $OUTPUTFILE
elif [ $((($status_word >> 5) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: VOUT_OV_FAULT: An output overvoltage fault has occurred Refer to STATUS_VOUT" >> $OUTPUTFILE
elif [ $((($status_word >> 6) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: OFF: This bit is asserted if the unit is not providing power to the output " >> $OUTPUTFILE
elif [ $((($status_word >> 10) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: FANS: A fan or airflow fault or warning has occurred Refer to STATUS_FANS" >> $OUTPUTFILE
elif [ $((($status_word >> 11) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: POWER_GOOD: The POWER_GOOD signal, if present, is negated Reflects real time state of PSU" >> $OUTPUTFILE
elif [ $((($status_word >> 13) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: INPUT: An input voltage, input current, or input power fault or warning has occurred Refer to STATUS_INPUT" >> $OUTPUTFILE
elif [ $((($status_word >> 14) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: IOUT/POUT: An output current or output power fault or warning has occurred Refer to STATUS_IOUT" >> $OUTPUTFILE
elif [ $((($status_word >> 15) & 0x1)) == 1 ] ; then
echo "STATUS_WORD: VOUT: An output voltage fault or warning has occurred Refer to STATUS_VOUT" >> $OUTPUTFILE
fi
status_vout_l=$value:107:2
status_vout="0x""$status_vout_l"
if [ $((($status_vout >> 4) & 0x1)) == 1 ] ; then
echo "STATUS_VOUT: VOUT_UV_FAULT: Output Under voltage Fault STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
elif [ $((($status_vout >> 7) & 0x1)) == 1 ] ; then
echo "STATUS_VOUT: VOUT_OV_FAULT: Output Overvoltage Fault STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
fi
status_iout_l=$value:112:2
status_iout="0x""$status_iout_l"
if [ $(($status_iout & 0x1)) == 1 ] ; then
echo "STATUS_IOUT: POUT_OP_WARNING: Predictive failure STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): ON" >> $OUTPUTFILE
elif [ $((($status_iout >> 1) & 0x1)) == 1 ] ; then
echo "STATUS_IOUT: POUT_OP_FAULT: Failure STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
elif [ $((($status_iout >> 5) & 0x1)) == 1 ] ; then
echo "STATUS_IOUT: IOUT_OC_WARNING: Predictive failure STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): ON" >> $OUTPUTFILE
elif [ $((($status_iout >> 7) & 0x1)) == 1 ] ; then
echo "STATUS_IOUT: IOUT_OC_FAULT : Failure STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): OFF">> $OUTPUTFILE
fi
status_input_l=$value:117:2
status_input="0x""$status_input_l"
if [ $(($status_input & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: PIN_OP_WARNING: Predictive failure STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): ON" >> $OUTPUTFILE
elif [ $((($status_input >> 1) & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: IIN_OC_WARNING: Predictive failure STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): ON" >> $OUTPUTFILE
elif [ $((($status_input >> 2) & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: IIN_OC_FAULT: Input Overcurrent Fault STATUS bit Auto Recovery: No PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
elif [ $((($status_input >> 3) & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: Unit Off for Low Input Voltage : Either the input voltage has never exceeded the input turn-on threshold or if the unit did start,\\
the input voltage decreased below the turn-off threshold STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
elif [ $((($status_input >> 4) & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: VIN_UV_FAULT: Input Under voltage Fault STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
elif [ $((($status_input >> 5) & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: VIN_UV_WARNING: Predictive failure STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): ON" >> $OUTPUTFILE
elif [ $((($status_input >> 7) & 0x1)) == 1 ] ; then
echo "STATUS_INPUT: VIN_OV_FAULT: Input Overvoltage Fault STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
fi
status_temp_l=$value:122:2
status_temp="0x""$status_temp_l"
if [ $((($status_temp >> 6) & 0x1)) == 1 ] ; then
echo "STATUS_TEMPERATURE: OT_WARNING: Over Temperature Warning STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): ON" >> $OUTPUTFILE
elif [ $((($status_temp >> 7) & 0x1)) == 1 ] ; then
echo "STATUS_TEMPERATURE: OT_FAULT: Over Temperature Fault STATUS bit Auto Recovery: Yes PSU state when bit is asserted('1'): OFF" >> $OUTPUTFILE
fi
status_cml_l=$value:127:2
status_cml="0x""$status_以上是关于C4111的主要内容，如果未能解决你的问题，请参考以下文章