was tormented trying to resolve client lpar disks to actual real san luns so wrote a script to do the whole damn thing. Auto-documentation is the only way to go.
Still need to work out the differences between hardware HMC and IVM on a blade....nearly there.....
much of below written by my colleague Felician Moldovan ( thanks to him! )
$ cat get_luns.info.ksh
#!/usr/bin/ksh
#
#
timestamp=`date +"%s"`
lpar=$1
#
get_vio_data() {
vio=$1
CTRLR1=$2
CTRLR2=$3
/usr/bin/ssh -qn uxadmin@${vio} -i key "lsdev -Cc disk -F 'name;status;description'" > ${vio}.${timestamp}.disks
/usr/bin/ssh -qn uxadmin@${vio} -i key "lspv" > ${vio}.${timestamp}.pvs
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lsmap -all|grep vhost" >${vio}.${timestamp}.maps
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lspath | grep hdisk" > ${vio}.${timestamp}.paths
/usr/bin/ssh -qn uxadmin@${vio} -i key "sudo /usr/bin/mpio_get_config -Av" > ${vio}.${timestamp}.mpio
/usr/bin/ssh -qn uxadmin@${vio} -i key "sudo /usr/DynamicLinkManager/bin/dlnkmgr view -path -srt lu" > ${vio}.${timestamp}.hit
#
# determine which vhosts are interesting to this lpar and get map info for these vhosts
#
VHOST1=$(grep "C$CTRLR1" ${vio}.${timestamp}.maps | awk '{print $1}' )
#echo $CTRLR1 $VHOST1
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lsmap -vadapter $VHOST1" >${vio}.${VHOST1}.${timestamp}.maps
if [ -n "$CTRLR2" ]
then
VHOST2=$(grep "C$CTRLR2" ${vio}.${timestamp}.maps | awk '{print $1}')
#echo $CTRLR2 $VHOST2
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lsmap -vadapter $VHOST2" >${vio}.${VHOST2}.${timestamp}.maps
fi
}
#
get_hmc_data() # $1=HMC $2=Part of serial Number $3=LPAR_NO
{
# hmcs provide the mapping from vio host scsi controller to client lpar vscsi controller i.e. linking vscsi in client lpar to vhost in VIO server
# once we know the controller and lun on both sides and the vio-client controller mapping we can definitively state the mapping even if there is no pvid on the disk
#echo "Logging into hmc as hscroot. you will be prompted TWICE for hscroot password"
SEARCH_STRING=$2
LPAR_NO=$3
FRAME_NAME=$( /usr/bin/ssh -q hscroot@$1 -i key2 "lssyscfg -r sys -F name" | grep $2)
/usr/bin/ssh -q hscroot@$1 -i key2 "lshwres -r virtualio --rsubtype scsi -m $FRAME_NAME --filter lpar_ids=" $3 " -F slot_num,remote_lpar_name,remote_slot_num" > ${HMC}.${timestamp}.ctrlr
}
#
get_lpar_data()
{
PART_SERIAL=$(uname -m | cut -c4-8)
HMC=$(host $(echo $(lsrsrc IBM.ManagementServer | grep Hostname | head -1 | awk '{print $NF}'| sed -e 's/\"//g'))| awk '{print $1 }')
PARTITION=$(uname -L | awk '{print $1}')
HOST=$(uname -L | awk '{print $2}')
#
for DISK in $(lspv | awk '{print $1}')
do
echo $DISK $(lspv| grep "$DISK "| awk '{print $2}') $(lscfg -l $DISK | awk '{print $2}' | cut -d"-" -f5 | cut -d"L" -f2) \
$(for VPATH in $(lspath -l $DISK |awk '{print $3}')
do
echo $VPATH $(lscfg -l $VPATH|awk '{print $2}' | sed -e 's/-C/ /g'|sed -e 's/-T/ /g' | awk '{print $2" "$4}') $(lspath -l $DISK | grep $VPATH | awk '{print $1}')
done)>>${HOST}.${timestamp}.disks
done
#cat ${HOST}.${timestamp}.disks
}
#
merge_vio_ctrlr_info()
{
# $1 is lpar diskfile $2 is output of get_hmc_data function
while read LINE
do
VIO=$(echo $LINE | cut -d"," -f2)
REM_CTRLR=$(echo $LINE | cut -d"," -f3)
VHOST=$(grep "C$REM_CTRLR" ${vio}.${timestamp}.maps | awk '{print $1}' )
CTRLR=$(echo $LINE | cut -d"," -f1)
sed -e "s/ $CTRLR / $CTRLR $VIO $REM_CTRLR $VHOST /g" $1 >$1.tmp
mv $1.tmp $1
done<$2
#cat $1
}
#
get_SAN_info()
{
# $1 is the hdisk on the vio server to gather SAN info for
# get LUN info for each disk
if grep "$1 " $VIO.${timestamp}.mpio >/dev/null 2>&1
then
line=$(grep -w $1 $VIO.${timestamp}.mpio)
san=`grep "Subsystem Name" $VIO.${timestamp}.mpio | cut -d\' -f2`
lun=`echo ${line} | awk '{print $2}'`
else
line=$(grep -w $1 $VIO.${timestamp}.hit)
san=`echo ${line} | awk '{print $5}' | cut -d. -f2`
lun=`echo ${line} | awk '{print $6}'`
fi
echo "$san $lun"
}
merge_fc_disk_info()
{
for VIO in $(cat ${HMC}.${timestamp}.ctrlr | cut -d"," -f2 | sort | uniq)
do
#echo $VIO
>$1.tmp
while read LINE
do
HDISK=$(echo $LINE | awk '{print $1}')
LPAR=$(hostname)
LUN=$(echo $LINE | awk '{print $3}')
VHOST=$(echo $LINE | awk '{print $8}')
#echo $VHOST
VHDS=$(grep -p $LUN $VIO.$VHOST.${timestamp}.maps | grep -E 'VTD'| awk '{print $NF}')
VHOST_FC_DISK=$(grep -p $LUN $VIO.$VHOST.${timestamp}.maps | grep -E 'Backing'| awk '{print $NF}')
# echo $VHOST_FC_DISK
SAN_INFO=$(get_SAN_info $VHOST_FC_DISK)
FIBRE_PATHS=$(grep "$VHOST_FC_DISK " $VIO.${timestamp}.paths | awk '{print $3" "$1" "}'| xargs echo)
echo $LINE $VIO $VHDS $VHOST_FC_DISK $SAN_INFO $FIBRE_PATHS >> $1.tmp
done<$1
mv $1.tmp $1
done
}
#
get_lpar_data
get_hmc_data $HMC $PART_SERIAL $PARTITION
for VIO in $(cat ${HMC}.${timestamp}.ctrlr | cut -d"," -f2 | sort | uniq)
do
# echo getting vio data from $VIO
get_vio_data $VIO $(echo $(cat ${HMC}.${timestamp}.ctrlr | grep $VIO | cut -d"," -f3 | sort | uniq))
done
merge_vio_ctrlr_info ${HOST}.${timestamp}.disks ${HMC}.${timestamp}.ctrlr
merge_fc_disk_info ${HOST}.${timestamp}.disks
mv ${HOST}.${timestamp}.disks diskmap.${HOST}
rm *${timestamp}*
while read LINE
do
echo $(hostname) $LINE
donediskmap.${HOST}.$(date +%Y%m%d_%H%M%S)
cat diskmap.${HOST}.$(date +%Y%m%d_%H%M%S)
rm diskmap.${HOST}.$(date +%Y%m%d_%H%M%S)
rm diskmap.${HOST}
exit 0
$
Still need to work out the differences between hardware HMC and IVM on a blade....nearly there.....
much of below written by my colleague Felician Moldovan ( thanks to him! )
$ cat get_luns.info.ksh
#!/usr/bin/ksh
#
#
timestamp=`date +"%s"`
lpar=$1
#
get_vio_data() {
vio=$1
CTRLR1=$2
CTRLR2=$3
/usr/bin/ssh -qn uxadmin@${vio} -i key "lsdev -Cc disk -F 'name;status;description'" > ${vio}.${timestamp}.disks
/usr/bin/ssh -qn uxadmin@${vio} -i key "lspv" > ${vio}.${timestamp}.pvs
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lsmap -all|grep vhost" >${vio}.${timestamp}.maps
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lspath | grep hdisk" > ${vio}.${timestamp}.paths
/usr/bin/ssh -qn uxadmin@${vio} -i key "sudo /usr/bin/mpio_get_config -Av" > ${vio}.${timestamp}.mpio
/usr/bin/ssh -qn uxadmin@${vio} -i key "sudo /usr/DynamicLinkManager/bin/dlnkmgr view -path -srt lu" > ${vio}.${timestamp}.hit
#
# determine which vhosts are interesting to this lpar and get map info for these vhosts
#
VHOST1=$(grep "C$CTRLR1" ${vio}.${timestamp}.maps | awk '{print $1}' )
#echo $CTRLR1 $VHOST1
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lsmap -vadapter $VHOST1" >${vio}.${VHOST1}.${timestamp}.maps
if [ -n "$CTRLR2" ]
then
VHOST2=$(grep "C$CTRLR2" ${vio}.${timestamp}.maps | awk '{print $1}')
#echo $CTRLR2 $VHOST2
/usr/bin/ssh -qn uxadmin@${vio} -i key "/usr/ios/cli/ioscli lsmap -vadapter $VHOST2" >${vio}.${VHOST2}.${timestamp}.maps
fi
}
#
get_hmc_data() # $1=HMC $2=Part of serial Number $3=LPAR_NO
{
# hmcs provide the mapping from vio host scsi controller to client lpar vscsi controller i.e. linking vscsi in client lpar to vhost in VIO server
# once we know the controller and lun on both sides and the vio-client controller mapping we can definitively state the mapping even if there is no pvid on the disk
#echo "Logging into hmc as hscroot. you will be prompted TWICE for hscroot password"
SEARCH_STRING=$2
LPAR_NO=$3
FRAME_NAME=$( /usr/bin/ssh -q hscroot@$1 -i key2 "lssyscfg -r sys -F name" | grep $2)
/usr/bin/ssh -q hscroot@$1 -i key2 "lshwres -r virtualio --rsubtype scsi -m $FRAME_NAME --filter lpar_ids=" $3 " -F slot_num,remote_lpar_name,remote_slot_num" > ${HMC}.${timestamp}.ctrlr
}
#
get_lpar_data()
{
PART_SERIAL=$(uname -m | cut -c4-8)
HMC=$(host $(echo $(lsrsrc IBM.ManagementServer | grep Hostname | head -1 | awk '{print $NF}'| sed -e 's/\"//g'))| awk '{print $1 }')
PARTITION=$(uname -L | awk '{print $1}')
HOST=$(uname -L | awk '{print $2}')
#
for DISK in $(lspv | awk '{print $1}')
do
echo $DISK $(lspv| grep "$DISK "| awk '{print $2}') $(lscfg -l $DISK | awk '{print $2}' | cut -d"-" -f5 | cut -d"L" -f2) \
$(for VPATH in $(lspath -l $DISK |awk '{print $3}')
do
echo $VPATH $(lscfg -l $VPATH|awk '{print $2}' | sed -e 's/-C/ /g'|sed -e 's/-T/ /g' | awk '{print $2" "$4}') $(lspath -l $DISK | grep $VPATH | awk '{print $1}')
done)>>${HOST}.${timestamp}.disks
done
#cat ${HOST}.${timestamp}.disks
}
#
merge_vio_ctrlr_info()
{
# $1 is lpar diskfile $2 is output of get_hmc_data function
while read LINE
do
VIO=$(echo $LINE | cut -d"," -f2)
REM_CTRLR=$(echo $LINE | cut -d"," -f3)
VHOST=$(grep "C$REM_CTRLR" ${vio}.${timestamp}.maps | awk '{print $1}' )
CTRLR=$(echo $LINE | cut -d"," -f1)
sed -e "s/ $CTRLR / $CTRLR $VIO $REM_CTRLR $VHOST /g" $1 >$1.tmp
mv $1.tmp $1
done<$2
#cat $1
}
#
get_SAN_info()
{
# $1 is the hdisk on the vio server to gather SAN info for
# get LUN info for each disk
if grep "$1 " $VIO.${timestamp}.mpio >/dev/null 2>&1
then
line=$(grep -w $1 $VIO.${timestamp}.mpio)
san=`grep "Subsystem Name" $VIO.${timestamp}.mpio | cut -d\' -f2`
lun=`echo ${line} | awk '{print $2}'`
else
line=$(grep -w $1 $VIO.${timestamp}.hit)
san=`echo ${line} | awk '{print $5}' | cut -d. -f2`
lun=`echo ${line} | awk '{print $6}'`
fi
echo "$san $lun"
}
merge_fc_disk_info()
{
for VIO in $(cat ${HMC}.${timestamp}.ctrlr | cut -d"," -f2 | sort | uniq)
do
#echo $VIO
>$1.tmp
while read LINE
do
HDISK=$(echo $LINE | awk '{print $1}')
LPAR=$(hostname)
LUN=$(echo $LINE | awk '{print $3}')
VHOST=$(echo $LINE | awk '{print $8}')
#echo $VHOST
VHDS=$(grep -p $LUN $VIO.$VHOST.${timestamp}.maps | grep -E 'VTD'| awk '{print $NF}')
VHOST_FC_DISK=$(grep -p $LUN $VIO.$VHOST.${timestamp}.maps | grep -E 'Backing'| awk '{print $NF}')
# echo $VHOST_FC_DISK
SAN_INFO=$(get_SAN_info $VHOST_FC_DISK)
FIBRE_PATHS=$(grep "$VHOST_FC_DISK " $VIO.${timestamp}.paths | awk '{print $3" "$1" "}'| xargs echo)
echo $LINE $VIO $VHDS $VHOST_FC_DISK $SAN_INFO $FIBRE_PATHS >> $1.tmp
done<$1
mv $1.tmp $1
done
}
#
get_lpar_data
get_hmc_data $HMC $PART_SERIAL $PARTITION
for VIO in $(cat ${HMC}.${timestamp}.ctrlr | cut -d"," -f2 | sort | uniq)
do
# echo getting vio data from $VIO
get_vio_data $VIO $(echo $(cat ${HMC}.${timestamp}.ctrlr | grep $VIO | cut -d"," -f3 | sort | uniq))
done
merge_vio_ctrlr_info ${HOST}.${timestamp}.disks ${HMC}.${timestamp}.ctrlr
merge_fc_disk_info ${HOST}.${timestamp}.disks
mv ${HOST}.${timestamp}.disks diskmap.${HOST}
rm *${timestamp}*
while read LINE
do
echo $(hostname) $LINE
done
cat diskmap.${HOST}.$(date +%Y%m%d_%H%M%S)
rm diskmap.${HOST}.$(date +%Y%m%d_%H%M%S)
rm diskmap.${HOST}
exit 0
$
