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|
#!/bin/bash
set -e
#set -x
LOCKDIR=/var/run/lock
LOCKFILE=${LOCKDIR}/$(basename ${0})
if [ "${1}" = "--nolock" ] ; then
shift
else
logger -t "udev" "===> Claming lock for $0 in ${LOCKFILE}"
if ! flock -w 120 -x ${LOCKFILE} $0 --nolock $@ ; then
exit 1
fi
exit 0
fi
logger -t "udev" "===> DEVPATH=${DEVPATH} ID_BUS=${ID_BUS}"
# Script param (sent as env var):
# ID_BUS (example: scsi, ata)
# DEVPATH (example: /devices/pci0000:80/0000:80:08.2/0000:81:00.0/ata8/host7/target7:0:0/7:0:0:0/block/sdc)
#
# In fact, we see the variables as per:
# udevadm test -a -p $(udevadm info -q path -n /dev/sdc)
CHASSIS_MANUFACTURER=$(dmidecode -s system-manufacturer)
CHASSIS_MODEL=$(dmidecode -s system-product-name)
CACHE_FILE=/run/oci-hdd-cache
if [ -x /usr/bin/storcli64 ] ; then
STORCLI=/usr/bin/storcli64
elif [ -x /usr/bin/storcli_x64 ] ; then
STORCLI=/usr/bin/storcli_x64
elif [ -x /usr/bin/storcli ] ; then
STORCLI=/usr/bin/storcli
fi
use_cache_file () {
usecache=false
# read a cache file, if exist and recent
if [ -f $CACHE_FILE ]; then
lastentry=$(stat -c %Y $CACHE_FILE)
lastvalid=$(date -d "now -3 min" +%s)
if [ $lastentry -gt $lastvalid ]; then
usecache=true
else
rm $CACHE_FILE
fi
elif [ -e $CACHE_FILE ]; then
rm $CACHE_FILE
fi
# cache is invalid
if ! $usecache; then
logger -t "udev" "[Rebuilding cache file]"
# We should rebuild the cache: exit 1
return 1
else
logger -t "udev" "[Using cache file]"
# We can re-use the cache: exit 0
return 0
fi
}
# After calling this function, $CACHE_FILE will contain something like this:
# [
# {
# "SN": " WD-WX21DA5FN7U8",
# "Port": "2 ",
# "Controller": 0
# },
# {
# "SN": " WD-WX81DA4HNKXL",
# "Port": "3 ",
# "Controller": 0
# ...
get_transformed_storcli_output () {
if use_cache_file ; then
return 0
else
# Greetings to Raphael Gomes for this JQ wonder... :)
${STORCLI} /call/eall/sall show all J | jq '.Controllers
| map({
Controller: .["Command Status"]["Controller"],
"Drives": (
.["Response Data"]
| to_entries
| map(
select(.key | endswith("Detailed Information"))
| .value
| {
"SN": (to_entries | map(select(.key | endswith("Device attributes")) | .value)[0]["SN"] | gsub("\\s+"; "";"g")),
"Port": (to_entries | map(select(.key | endswith("Policies/Settings")) | .value)[0]["Connected Port Number"] | gsub("\\s+$"; "")),
}
)
)
})
| map(
.Controller as $controller
| .Drives
| map(. * {Controller: $controller})
)
| flatten' >${CACHE_FILE}
fi
}
case "${CHASSIS_MANUFACTURER}" in
"LinuxKVM"|"OpenStack Foundation")
case "${CHASSIS_MODEL}" in
"qemu-oci"|"OpenStack Nova")
if [ -n "$ID_BUS" ] && [ "$ID_BUS" = "scsi" ]; then
card=$(echo $DEVPATH | cut -d/ -f5)
target=$(echo $DEVPATH | cut -d/ -f8)
if [ "$card" = "virtio0" ] || [ "$card" = "virtio1" ] ; then
case "${target}" in
"2:0:0:0"|"1:0:0:0"|"0:0:0:0") disk="sda" ;;
"2:0:1:0"|"2:0:0:1"|"1:0:1:0"|"0:0:1:0") disk="sdb" ;;
"2:0:2:0"|"2:0:0:2"|"1:0:2:0"|"0:0:2:0") disk="sdc" ;;
"2:0:3:0"|"2:0:0:3"|"1:0:3:0"|"0:0:3:0") disk="sdd" ;;
"2:0:4:0"|"2:0:0:4"|"1:0:4:0"|"0:0:4:0") disk="sde" ;;
"2:0:5:0"|"2:0:0:5"|"1:0:5:0"|"0:0:5:0") disk="sdf" ;;
"2:0:6:0"|"2:0:0:6"|"1:0:6:0"|"0:0:6:0") disk="sdg" ;;
"2:0:7:0"|"2:0:0:7"|"1:0:7:0"|"0:0:7:0") disk="sdh" ;;
"2:0:8:0"|"2:0:0:8"|"1:0:8:0"|"0:0:8:0") disk="sdi" ;;
"2:0:9:0"|"2:0:0:9"|"1:0:9:0"|"0:0:9:0") disk="sdj" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
logger -t "udev" "Adding symlink $disk for device $card-$target"
echo $disk
exit 0
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
;;
*)
logger -t "udev" "Qemu chassis not supported, exit."
exit 1
;;
esac
;;
"Dell Inc.")
case "${CHASSIS_MODEL}" in
"PowerEdge R410")
# Here we have 2 internal SSDs on CDROM link and 4 SATA HDD
if [ -n "$ID_BUS" ] && [ "$ID_BUS" = "ata" ]; then
card=$(echo $DEVPATH | cut -d/ -f5)
target=$(echo $DEVPATH | cut -d/ -f8)
if [ "$card" = "ata1" ] && [ "$target" = "0:0:0:0" ]; then disk="sda"
elif [ "$card" = "ata1" ] && [ "$target" = "0:1:0:0" ]; then disk="sdb"
elif [ "$card" = "ata2" ] && [ "$target" = "1:0:0:0" ]; then disk="sdc"
elif [ "$card" = "ata3" ] && [ "$target" = "2:0:0:0" ]; then disk="sdd"
elif [ "$card" = "ata4" ] && [ "$target" = "3:0:0:0" ]; then disk="sde"
elif [ "$card" = "ata5" ] && [ "$target" = "4:0:0:0" ]; then disk="sdf"
else logger -t "udev" "Device $DEVPATH detected but not supported."; exit 1
fi
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
logger -t "udev" "Adding symlink $disk for device $card-$target"
echo "$disk"
exit 0
;;
# This should work on an LSI raid thingy, so on all Dell provided
# we have the same ID_BUS / DEVPATH thing.
"PowerEdge R430"|"PowerEdge R610"|"PowerEdge R620"|"PowerEdge R630"|"PowerEdge R640"|"DSS 2500"|"DSS2500"|"PowerEdge R720xd"|"PowerEdge R6525")
if [ -n "$ID_BUS" ] && [ "$ID_BUS" = "scsi" ]; then
target=$(echo $DEVPATH | cut -d/ -f8)
case "${target}" in
"0:2:0:0"|"0:0:0:0") disk="sda" ;;
"0:2:1:0"|"0:0:1:0") disk="sdb" ;;
"0:2:2:0"|"0:0:2:0") disk="sdc" ;;
"0:2:3:0"|"0:0:3:0") disk="sdd" ;;
"0:2:4:0"|"0:0:4:0") disk="sde" ;;
"0:2:5:0"|"0:0:5:0") disk="sdf" ;;
"0:2:6:0"|"0:0:6:0") disk="sdg" ;;
"0:2:7:0"|"0:0:7:0") disk="sdh" ;;
"0:2:8:0"|"0:0:8:0") disk="sdi" ;;
"0:2:9:0"|"0:0:9:0") disk="sdj" ;;
"0:2:10:0"|"0:0:10:0") disk="sdk" ;;
"0:2:11:0"|"0:0:11:0") disk="sdl" ;;
"0:2:12:0"|"0:0:12:0") disk="sdm" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
logger -t "udev" "Adding symlink $disk for device $card-$target"
echo "$disk"
exit 0
;;
# Example DEVPATH for this type of server:
# sda:
# DEVPATH=/devices/pci0000:00/0000:00:1f.2/ata10/host10/target9:0:0/9:0:0:0/block/sda
# DEVPATH=/devices/pci0000:00/0000:00:1f.2/ata10/host10/target10:0:0/10:0:0:0/block/sda
# sdb to sde:
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:0/0:0:0:0/block/sda
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:1/0:0:1:0/block/sdb
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:2/0:0:2:0/block/sdc
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:3/0:0:3:0/block/sdd
# or:
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:0/0:2:0:0/block/sda
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:1/0:2:1:0/block/sdb
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:2/0:2:2:0/block/sdc
# DEVPATH=/devices/pci0000:00/0000:00:03.0/0000:02:00.0/host0/target0:0:3/0:2:3:0/block/sdd
# Example with R440 USB:
# DEVPATH=/devices/pci0000:00/0000:00:14.0/usb2/2-1/2-1:1.0/host15/target15:0:0/15:0:0:0/block/sde
"PowerEdge R420"|"PowerEdge R440"|"DSS1510"|"DSS 1510")
card=$(echo $DEVPATH | cut -d/ -f5)
host=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | cut -d/ -f8)
case "${host}" in
"usb2"|"1-1"|"2-1"|"2-8")
case "${target}" in
"host11"|"host15"|"1-1.4:1.0"|"2-1.2:1.0") PHYDISK=sda ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
"host3"|"host9"|"host10")
case "${target}" in
"3:0:0:0"|"9:0:0:0"|"10:0:0:0")
PHYDISK=sda
;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
"host0")
# echo "In host0, target is ${target}"
case "${target}" in
"0:0:0:0"|"0:2:0:0") PHYDISK=sda ;;
"0:0:1:0"|"0:2:1:0") PHYDISK=sdb ;;
"0:0:2:0"|"0:2:2:0") PHYDISK=sdc ;;
"0:0:3:0"|"0:2:3:0") PHYDISK=sdd ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
echo "$PHYDISK"
;;
"PowerEdge R740xd")
SHORTNAME=$(basename "${DEVNAME}")
# shellcheck disable=SC2012
PHYSDRIVE=$(ls "/sys/block/${SHORTNAME}/device/scsi_generic/" |awk -F 'sg' '{print $2}')
logger -t "udev" "PHYSDRIVE: $PHYSDRIVE"
case "${PHYSDRIVE}" in
# The format is:
# ${BAY}
# Cause we strip controller and enclusure just before
"0") PHYDISK="sda" ;;
"1") PHYDISK="sdb" ;;
"2") PHYDISK="sdc" ;;
"3") PHYDISK="sdd" ;;
"4") PHYDISK="sde" ;;
"5") PHYDISK="sdf" ;;
"6") PHYDISK="sdg" ;;
"7") PHYDISK="sdh" ;;
"8") PHYDISK="sdi" ;;
"9") PHYDISK="sdj" ;;
"10") PHYDISK="sdk" ;;
"11") PHYDISK="sdl" ;;
"12") PHYDISK="sdm" ;;
"13") PHYDISK="sdn" ;;
esac
if ! [ -n "$PHYDISK" ]; then
logger -t "udev" "Device $DEVNAME detected but not found."
exit 1
fi
logger -t "udev" "Adding symlink $PHYDISK for device $DEVNAME"
echo "$PHYDISK"
exit 0
;;
*)
logger -t "udev" "Dell chassis not supported, exit."
exit 1
;;
esac
;;
"HPE")
case "${CHASSIS_MODEL}" in
"CL2800 Gen10")
ata=$(echo $DEVPATH | cut -d/ -f5)
# target=$(echo $DEVPATH | awk -F '/' '{ print $8 }')
case "$ata" in
"ata1") PHYDISK=sda ;;
"ata2") PHYDISK=sdb ;;
"ata3") PHYDISK=sdc ;;
"ata4") PHYDISK=sdd ;;
"ata5") PHYDISK=sde ;;
"ata6") PHYDISK=sdf ;;
"ata7") PHYDISK=sdg ;;
"ata8") PHYDISK=sdh ;;
"ata9") PHYDISK=sdi ;;
"ata10") PHYDISK=sdj ;;
"ata11") PHYDISK=sdk ;;
"ata12") PHYDISK=sdl ;;
"ata13") PHYDISK=sdm ;;
"ata14") PHYDISK=sdn ;;
esac
if [ -n "$PHYDISK" ] ; then
echo "$PHYDISK"
exit 0
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
;;
"ProLiant DL365 Gen10 Plus")
card=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | awk -F '/' '{ print $8 }')
if [ "${card}" = "host0" ] ; then
case "${target}" in
"0:3:111:0"|"0:2:1:0") PHYDISK=sda ;;
"0:2:2:0") PHYDISK=sdb ;;
"0:2:3:0") PHYDISK=sdc ;;
"0:2:4:0") PHYDISK=sdd ;;
"0:2:5:0") PHYDISK=sde ;;
"0:2:6:0") PHYDISK=sdf ;;
"0:2:7:0") PHYDISK=sdg ;;
"0:2:8:0") PHYDISK=sdh ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
echo ${PHYDISK}
exit 0
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
;;
"ProLiant DL345 Gen11")
target=$(echo $DEVPATH | cut -d/ -f8 | cut -c1-4)
drive=$(echo $DEVPATH | cut -d/ -f10)
# logger -t "udev" "===> Found drive $drive"
usecache=false
if [ -z "$STORCLI" ]; then
logger -t "udev" "Device $DEVPATH detected but cannot find storcli"
exit 1
fi
if echo $drive | grep -q '^sd' ; then
case "${target}" in
"0:3:")
# RAID0
part=$(echo $DEVPATH | cut -d/ -f11)
if [ -n "${part}" ] ; then
logger -t "udev" "Device $DEVPATH detected, but ignored as it looks like a partition."; exit 1
fi
disk=$(echo $DEVPATH | cut -d/ -f10)
usecache=false
# read a cache file, if exist and recent
if [ -f ${CACHE_FILE}_VD ]; then
lastentry=$(stat -c %Y ${CACHE_FILE}2)
lastvalid=$(date -d "now -3 min" +%s)
if [ $lastentry -gt $lastvalid ]; then
usecache=true
else
rm ${CACHE_FILE}_VD
fi
elif [ -e ${CACHE_FILE}_VD ]; then
rm ${CACHE_FILE}_VD
fi
# cache is invalid
if ! $usecache; then
${STORCLI} /call/vall show all J > ${CACHE_FILE}_VD
logger -t "udev" "[VD Cache built]"
else
logger -t "udev" "[VD Using cache]"
fi
VD_BIGNUM=$(cat ${CACHE_FILE}_VD | jq -r '.["Controllers"][]["Response Data"] | to_entries | map(select(.value["OS Drive Name"]? == "/dev/'${disk}'") | .key )[]' | sed -e 's/^VD//' -e 's/ Properties//')
EIDSlot=$(cat ${CACHE_FILE}_VD | jq -r '.["Controllers"][]["Response Data"]["PDs for VD '${VD_BIGNUM}'"][]["EID:Slt"]')
case "${EIDSlot}" in
"248:1") PHYDISK="sde" ;;
"248:2") PHYDISK="sdf" ;;
"248:3") PHYDISK="sdg" ;;
"248:4") PHYDISK="sdh" ;;
"249:1") PHYDISK="sda" ;;
"249:2") PHYDISK="sdb" ;;
"249:3") PHYDISK="sdc" ;;
"249:4") PHYDISK="sdd" ;;
"250:1") PHYDISK="sdi" ;;
"250:2") PHYDISK="sdj" ;;
"250:3") PHYDISK="sdk" ;;
"250:4") PHYDISK="sdl" ;;
"251:1") PHYDISK="sdm" ;;
"251:2") PHYDISK="sdn" ;;
"251:3") PHYDISK="sdo" ;;
"251:4") PHYDISK="sdp" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
logger -t "udev" "===> Location for $DEVPATH is $EIDSlot, so should be $PHYDISK."
echo $PHYDISK
exit 0
;;
"0:2:")
# JBOD
MY_SERIAL=$(lsblk -o SERIAL /dev/$drive | tail -n1)
#logger -t "udev" "===> Serial is $MY_SERIAL"
usecache=false
# read a cache file, if exist and recent
if [ -f $CACHE_FILE ]; then
lastentry=$(stat -c %Y $CACHE_FILE)
lastvalid=$(date -d "now -3 min" +%s)
if [ $lastentry -gt $lastvalid ]; then
usecache=true
else
rm $CACHE_FILE
fi
elif [ -e $CACHE_FILE ]; then
rm $CACHE_FILE
fi
# cache is invalid
if ! $usecache; then
# Rebuild cache with StorCli
for EIDSlot in $(storcli_x64 /c0 show J | jq '..|objects|."Drive LIST"//empty|.[]["EID:Slt"]' | tr -d '"');
do
EID=$(echo $EIDSlot| cut -d ':' -f 1)
BAY=$(echo $EIDSlot| cut -d ':' -f 2)
PA=/c0/e${EID}/s${BAY}
# Search Drive Attributes
PROPERTIES=$(storcli_x64 ${PA} show all J|jq '..|objects|."'"Drive ${PA} Device attributes"'"//empty')
SERIAL=$(echo ${PROPERTIES} | jq '.SN')
BOX=$(echo ${PROPERTIES} | jq '.Box')
# Save Serial Number, Box and Bay of drive in Cache File
echo ${SERIAL}:${BOX}:${BAY} >> $CACHE_FILE
done
logger -t "udev" "[Cache built]"
else
logger -t "udev" "[Using cache]"
fi
MY_BOX=$(cat $CACHE_FILE | grep $MY_SERIAL | cut -d ':' -f 2)
MY_BAY=$(cat $CACHE_FILE | grep $MY_SERIAL | cut -d ':' -f 3)
case "${MY_BOX}" in
1)
case "${MY_BAY}" in
1) PHYDISK=sda ;;
2) PHYDISK=sdb ;;
3) PHYDISK=sdc ;;
4) PHYDISK=sdd ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
2)
case "${MY_BAY}" in
1) PHYDISK=sde ;;
2) PHYDISK=sdf ;;
3) PHYDISK=sdg ;;
4) PHYDISK=sdh ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
3)
case "${MY_BAY}" in
1) PHYDISK=sdi ;;
2) PHYDISK=sdj ;;
3) PHYDISK=sdk ;;
4) PHYDISK=sdl ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
8)
case "${MY_BAY}" in
1) PHYDISK=sdm ;;
2) PHYDISK=sdn ;;
3) PHYDISK=sdo ;;
4) PHYDISK=sdp ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
esac
;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
logger -t "udev" "===> Location for $MY_SERIAL is $MY_BOX:$MY_BAY, so should be $PHYDISK."
echo ${PHYDISK}
exit 0
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
;;
"ProLiant DL385 Gen10 Plus"|"ProLiant DL385 Gen10 Plus v2")
card=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | awk -F '/' '{ print $9 }')
# We expect here 2 SATA SSDs and 12 SAS HDD
if [ "${card}" = "ata7" ] && [ "${target}" = "6:0:0:0" ]; then
disk="sda"
elif [ "${card}" = "ata8" ] && [ "${target}" = "7:0:0:0" ]; then
disk="sdb"
elif [ "${card}" = "host8" ] ; then
usecache=false
# read a cache file, if exist and recent
if [ -f $CACHE_FILE ]; then
lastentry=$(stat -c %Y $CACHE_FILE)
lastvalid=$(date -d "now -3 min" +%s)
if [ $lastentry -gt $lastvalid ]; then
usecache=true
else
rm $CACHE_FILE
fi
elif [ -e $CACHE_FILE ]; then
rm $CACHE_FILE
fi
# cache is recent and a file
if $usecache; then
# Just read from cache file...
disk=$(grep $DEVNAME $CACHE_FILE | awk '{ print $2 }')
if ! [ -n "$disk" ]; then
logger -t "udev" "[Cache mode] Device $DEVPATH detected but not found."
exit 1
fi
else
disk=""
# Parse the output of "ssacli controller slot=0 physicaldrive all show detail"
# and build a cache file...
TMPFILE=$(mktemp -t parse-hpe-drives.XXXXXX)
# The grep here just helps because we later have less lines to parse.
SLOT_NUM=$(ssacli controller all show | head -n 2 | tail -n 1 | sed -r 's/.*(Slot [0-9]+).*/\1/' | sed 's/Slot //')
ssacli controller slot=${SLOT_NUM} physicaldrive all show detail | grep -E 'physicaldrive|Disk Name: /dev/' >$TMPFILE
while IFS='' read -r LINE || [ -n "${LINE}" ]; do
if echo ${LINE} | grep -q physicaldrive ; then
PHYSDRIVE=$(echo ${LINE} | sed 's/^.*physicaldrive //')
case "${PHYSDRIVE}" in
# The format is:
# ${SAS_PORT}:${BOX}:${BAY}
# Since we don't care about ports, but where the drive is physically located
# we use ${BOX}:${BAY}, so the physical location of the drives is deterministic
# and we don't care the order of the ports.
"1I:1:1"|"2I:1:1"|"3I:1:1") PHYDISK="sdc" ;;
"1I:1:2"|"2I:1:2"|"3I:1:2") PHYDISK="sdd" ;;
"1I:1:3"|"2I:1:3"|"3I:1:3") PHYDISK="sde" ;;
"1I:1:4"|"2I:1:4"|"3I:1:4") PHYDISK="sdf" ;;
"1I:2:1"|"2I:2:1"|"3I:2:1") PHYDISK="sdg" ;;
"1I:2:2"|"2I:2:2"|"3I:2:2") PHYDISK="sdh" ;;
"1I:2:3"|"2I:2:3"|"3I:2:3") PHYDISK="sdi" ;;
"1I:2:4"|"2I:2:4"|"3I:2:4") PHYDISK="sdj" ;;
"1I:3:1"|"2I:3:1"|"3I:3:1") PHYDISK="sdk" ;;
"1I:3:2"|"2I:3:2"|"3I:3:2") PHYDISK="sdl" ;;
"1I:3:3"|"2I:3:3"|"3I:3:3") PHYDISK="sdm" ;;
"1I:3:4"|"2I:3:4"|"3I:3:4") PHYDISK="sdn" ;;
esac
elif echo ${LINE} | grep -q 'Disk Name: /dev/' ; then
MY_DEV_NAME=$(echo ${LINE} | sed 's#^.*Disk Name: ##')
if [ -n "${PHYDISK}" ] ; then
echo "$MY_DEV_NAME $PHYDISK" >> $CACHE_FILE
unset PHYDISK
fi
unset MY_DEV_NAME
fi
done <$TMPFILE
rm -f ${TMPFILE}
# Once it's built, just read from the cache file.
disk=$(grep $DEVNAME $CACHE_FILE | awk '{ print $2 }')
if ! [ -n "$disk" ]; then
logger -t "udev" "[Normal mode] Device $DEVPATH detected but not found."
exit 1
fi
fi
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
logger -t "udev" "Adding symlink $disk for device $DEVPATH"
echo "$disk"
exit 0
;;
"ProLiant DL365 Gen10 Plus")
card=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | awk -F '/' '{ print $8 }')
if [ "${card}" = "host0" ] ; then
case "${target}" in
"0:2:1:0") PHYDISK="sda" ;;
"0:2:2:0") PHYDISK="sdb" ;;
"0:2:3:0") PHYDISK="sdc" ;;
"0:2:4:0") PHYDISK="sdd" ;;
"0:2:5:0") PHYDISK="sde" ;;
"0:2:6:0") PHYDISK="sdf" ;;
"0:2:7:0") PHYDISK="sdg" ;;
"0:2:8:0") PHYDISK="sdh" ;;
"0:2:9:0") PHYDISK="sdi" ;;
"0:2:10:0") PHYDISK="sdj" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
esac
logger -t "udev" "Adding symlink $PHYDISK for device $DEVPATH"
echo $PHYDISK
exit 0
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
;;
"ProLiant DL365 Gen11")
host=$(echo $DEVPATH | cut -d/ -f6)
port=$(echo $DEVPATH | cut -d/ -f7)
# Swift proxy with 4 account+container SSDs.
if [ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:102 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:103 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:104 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:105 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:106 ] ; then
case "$port" in
"target0:3:106") PHYDISK="sda" ;;
"target0:3:105") PHYDISK="sdb" ;;
"target0:3:104") PHYDISK="sdc" ;;
"target0:3:103") PHYDISK="sdd" ;;
"target0:3:102") PHYDISK="sde" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
esac
# Swift proxy with 4 account+container SSDs.
elif [ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:107 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:108 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:109 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:110 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:111 ] ; then
case "$port" in
"target0:3:107") PHYDISK="sda" ;;
"target0:3:108") PHYDISK="sdb" ;;
"target0:3:109") PHYDISK="sdc" ;;
"target0:3:110") PHYDISK="sdd" ;;
"target0:3:111") PHYDISK="sde" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
esac
# Servers with only 2 devices in RAID1.
elif [ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:110 ] && \
[ -d /sys/devices/pci0000:*/0000:??:??.?/0000:??:00.0/host0/target0:3:111 ] ; then
case "$port" in
"target0:3:110") PHYDISK="sda" ;;
"target0:3:111") PHYDISK="sdb" ;;
esac
else
drive_letter=$(echo $DEVPATH | cut -d/ -f10)
drive_serial=$(smartctl -a /dev/${drive_letter} | grep -i "Serial Number:" | sed -e 's/Serial Number://' -e 's/Serial number://' -e 's/ //g')
get_transformed_storcli_output
PORT=$(cat /run/oci-hdd-cache | jq -r --arg sn "${drive_serial}" '. | map(select(.SN == $sn)) | first | .Port' | sed -e 's/ //g')
case "${PORT}" in
"2(path0)") PHYDISK="sdb" ;;
"3(path0)") PHYDISK="sdc" ;;
"4(path0)") PHYDISK="sdd" ;;
"5(path0)") PHYDISK="sde" ;;
*) PHYDISK="sda" ;;
esac
fi
if [ -n "${PHYDISK}" ] ; then
echo $PHYDISK
logger -t "udev" "Adding symlink $PHYDISK for device $DEVPATH"
else
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
fi
;;
*)
logger -t "udev" "HPE chassis not supported, exit."
exit 1
;;
esac
;;
"Lenovo")
case "${CHASSIS_MODEL}" in
"ThinkSystem SR645")
host=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | cut -d/ -f8)
case "${host}" in
"host0")
case "${target}" in
"0:3:109:0"|"0:3:110:0"|"0:3:111:0")
if [ -z "$STORCLI" ]; then
logger -t "udev" "Device $DEVPATH detected but cannot find storcli"
exit 1
fi
part=$(echo $DEVPATH | cut -d/ -f11)
if [ -n "${part}" ] ; then
logger -t "udev" "Device $DEVPATH detected, but ignored as it looks like a partition."; exit 1
fi
disk=$(echo $DEVPATH | cut -d/ -f10)
VD_BIGNUM=$(${STORCLI} /call/vall show all J | jq -r '.["Controllers"][]["Response Data"] | to_entries | map(select(.value["OS Drive Name"]? == "/dev/'${disk}'") | .key )[]' | sed -e 's/^VD//' -e 's/ Properties//')
VD_SMALLNUM=$(${STORCLI} /call/vall show all J | jq -r '.["Controllers"][]["Response Data"]["/c0/v'${VD_BIGNUM}'"][]["DG/VD"]' | cut -d/ -f1)
case "${VD_SMALLNUM}" in
"0") PHYDISK="sda" ;;
"1") PHYDISK="sdb" ;;
"2") PHYDISK="sdc" ;;
"3") PHYDISK="sdd" ;;
"4") PHYDISK="sde" ;;
"5") PHYDISK="sdf" ;;
"6") PHYDISK="sdg" ;;
"7") PHYDISK="sdh" ;;
"8") PHYDISK="sdi" ;;
"9") PHYDISK="sdj" ;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
logger -t "udev" "Adding symlink $PHYDISK for device $DEVPATH"
echo $PHYDISK
exit 0
;;
"0:2:0:0") echo "sda" ;;
"0:2:1:0") echo "sdb" ;;
"0:2:2:0") echo "sdc" ;;
"0:2:3:0") echo "sdd" ;;
"0:2:4:0") echo "sde" ;;
"0:2:5:0") echo "sdf" ;;
"0:2:6:0") echo "sdg" ;;
"0:2:7:0") echo "sdh" ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
"ThinkSystem SR665")
host=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | cut -d/ -f8)
case "${host}" in
"ata1")
echo "sda";
;;
"ata2")
echo "sdb";
;;
"host0")
case "${target}" in
# Note that the first value is in case of JBOD
"0:0:0:0"|"0:2:0:0"|"0:3:96:0") echo "sdc" ;;
"0:0:1:0"|"0:2:1:0"|"0:3:97:0") echo "sdd" ;;
"0:0:2:0"|"0:2:2:0"|"0:3:98:0") echo "sde" ;;
"0:0:3:0"|"0:2:3:0"|"0:3:99:0") echo "sdf" ;;
"0:0:4:0"|"0:2:4:0"|"0:3:100:0") echo "sdg" ;;
"0:0:5:0"|"0:2:5:0"|"0:3:101:0") echo "sdh" ;;
"0:0:6:0"|"0:2:6:0"|"0:3:102:0") echo "sdi" ;;
"0:0:7:0"|"0:2:7:0"|"0:3:103:0") echo "sdj" ;;
"0:0:8:0"|"0:2:8:0"|"0:3:104:0") echo "sdk" ;;
"0:0:9:0"|"0:2:9:0"|"0:3:105:0") echo "sdl" ;;
"0:0:10:0"|"0:2:10:0"|"0:3:106:0") echo "sdm" ;;
"0:0:11:0"|"0:2:11:0"|"0:3:107:0") echo "sdn" ;;
"0:0:12:0"|"0:2:12:0"|"0:2:24:0"|"0:3:108:0") echo "sdo" ;;
"0:0:13:0"|"0:2:13:0"|"0:2:25:0"|"0:3:109:0") echo "sdp" ;;
"0:0:14:0"|"0:2:14:0"|"0:2:26:0"|"0:3:110:0") echo "sdq" ;;
"0:0:15:0"|"0:2:15:0"|"0:2:27:0"|"0:3:111:0") echo "sdr" ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
*)
logger -t "udev" "Lenovo chassis not supported (yet), exit."
exit 1
;;
esac
;;
"GIGABYTE")
case "${CHASSIS_MODEL}" in
"R182-Z93-00")
host=$(echo $DEVPATH | cut -d/ -f6)
target=$(echo $DEVPATH | cut -d/ -f8)
case "${host}" in
"host0")
case "${target}" in
"0:2:0:0") echo "sda" ;;
"0:2:1:0") echo "sdb" ;;
"0:2:2:0") echo "sdc" ;;
"0:2:3:0") echo "sdd" ;;
"0:2:4:0") echo "sde" ;;
"0:2:5:0") echo "sdf" ;;
"0:2:6:0") echo "sdg" ;;
"0:2:7:0") echo "sdh" ;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
*)
logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1
;;
esac
;;
"MZ01-CE1-00")
host=$(echo $DEVPATH | cut -d/ -f6)
port=$(echo $DEVPATH | cut -d/ -f7)
case "${host}" in
"ata1"|"ata13") echo "sda" ;;
"ata2"|"ata14"|"ata16") echo "sdb" ;;
*)
drive_letter=$(echo $DEVPATH | cut -d/ -f12)
if [ -z "${drive_letter}" ] ; then
drive_letter=$(echo $DEVPATH | cut -d/ -f10)
fi
drive_serial=$(smartctl -a /dev/${drive_letter} | grep -i "Serial Number:" | sed -e 's/Serial Number://' -e 's/Serial number://' -e 's/ //g')
get_transformed_storcli_output
CONTROLLER=$(cat /run/oci-hdd-cache | jq -r --arg sn "${drive_serial}" '. | map(select(.SN == $sn)) | first | .Controller')
PORT=$(cat /run/oci-hdd-cache | jq -r --arg sn "${drive_serial}" '. | map(select(.SN == $sn)) | first | .Port' | sed -e 's/ //g')
case "${CONTROLLER}" in
0)
case "${PORT}" in
"0"|"0(path0)") echo "sdc"; exit 0 ;;
"1"|"1(path0)") echo "sdd"; exit 0 ;;
"2"|"2(path0)") echo "sde"; exit 0 ;;
"3"|"3(path0)") echo "sdf"; exit 0 ;;
"4"|"4(path0)") echo "sdg"; exit 0 ;;
"5"|"5(path0)") echo "sdh"; exit 0 ;;
"6"|"6(path0)") echo "sdi"; exit 0 ;;
"7"|"7(path0)") echo "sdj"; exit 0 ;;
"8"|"8(path0)") logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
;;
1)
case "${PORT}" in
"0"|"0(path0)") echo "sdk"; exit 0 ;;
"1"|"1(path0)") echo "sdl"; exit 0 ;;
"2"|"2(path0)") echo "sdm"; exit 0 ;;
"3"|"3(path0)") echo "sdn"; exit 0 ;;
"4"|"4(path0)") echo "sdo"; exit 0 ;;
"5"|"5(path0)") echo "sdp"; exit 0 ;;
"6"|"6(path0)") echo "sdq"; exit 0 ;;
"7"|"7(path0)") echo "sdr"; exit 0 ;;
"8"|"8(path0)") logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
;;
2)
case "${PORT}" in
"0"|"0(path0)") echo "sds"; exit 0 ;;
"1"|"1(path0)") echo "sdt"; exit 0 ;;
"2"|"2(path0)") echo "sdu"; exit 0 ;;
"3"|"3(path0)") echo "sdv"; exit 0 ;;
"4"|"4(path0)") echo "sdw"; exit 0 ;;
"5"|"5(path0)") echo "sdx"; exit 0 ;;
"6"|"6(path0)") echo "sdy"; exit 0 ;;
"7"|"7(path0)") echo "sdz"; exit 0 ;;
"8"|"8(path0)") logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
;;
*) logger -t "udev" "Device $DEVPATH detected but not supported"; exit 1 ;;
esac
;;
esac
;;
*)
logger -t "udev" "Lenovo chassis not supported (yet), exit."
exit 1
;;
esac
;;
*)
logger -t "udev" "Chassis not supported, exit."
exit 1
;;
esac
|
