24 Jul 18 My spam filter needs spam @ spamdepot@hpux.ws
Send all your spam to this address:
spamdepot@hpux.ws
30 Nov 17 No downtme migration of mounted filesystem to new storage type
On LVM 1.0 Volume group, the task is no downtime storage migration. Hitachi to Pure Solid State storage. Mirror/UX required. Disks are almostthe same size: dbrestore:root > diskinfo /dev/rdisk/disk42 SCSI describe of /dev/rdisk/disk42: vendor: HITACHI product id: OPEN-V type: direct access size: 16777216 Kbytes bytes per sector: 512 dbrestore:root > diskinfo /dev/rdisk/disk52 SCSI describe of /dev/rdisk/disk52: vendor: PURE product id: FlashArray type: direct access size: 10485760 Kbytes bytes per sector: 512 pvcreate /dev/rdisk/disk52 vgextend /dev/vgtest /dev/disk/disk52 Before state: dbrestore:root > vgdisplay -v vgtest --- Volume groups --- VG Name /dev/vgtest VG Write Access read/write VG Status available Max LV 255 Cur LV 1 Open LV 1 Max PV 16 Cur PV 2 Act PV 2 Max PE per PV 4095 VGDA 4 PE Size (Mbytes) 4 Total PE 6654 Alloc PE 1024 Free PE 5630 Total PVG 0 Total Spare PVs 0 Total Spare PVs in use 0 VG Version 1.0 VG Max Size 262080m VG Max Extents 65520 --- Logical volumes --- LV Name /dev/vgtest/lvtest LV Status available/syncd LV Size (Mbytes) 4096 Current LE 1024 Allocated PE 1024 Used PV 1 --- Physical volumes --- PV Name /dev/disk/disk42 PV Status available Total PE 4095 Free PE 4095 Autoswitch On Proactive Polling On PV Name /dev/disk/disk52 PV Status available Total PE 2559 Free PE 1535 Autoswitch On Proactive Polling On dbrestore:root > ioscan -NfnCdisk /dev/disk/disk42 Class I H/W Path Driver S/W State H/W Type Description =================================================================== disk 42 64000/0xfa00/0x21 esdisk CLAIMED DEVICE HITACHI OPEN-V /dev/disk/disk42 /dev/rdisk/disk42 dbrestore:root > ioscan -NfnCdisk /dev/disk/disk52 Class I H/W Path Driver S/W State H/W Type Description =================================================================== disk 52 64000/0xfa00/0x35 esdisk CLAIMED DEVICE PURE FlashArray /dev/disk/disk52 /dev/rdisk/disk52 dbrestore:root > bdf | grep test /dev/vgtest/lvtest 4194304 19544 3913845 0% /test dbrestore:root > lvdisplay -v /dev/vgtest/lvtest --- Logical volumes --- LV Name /dev/vgtest/lvtest VG Name /dev/vgtest LV Permission read/write LV Status available/syncd Mirror copies 0 Consistency Recovery MWC Schedule parallel LV Size (Mbytes) 4096 Current LE 1024 Allocated PE 1024 Stripes 0 Stripe Size (Kbytes) 0 Bad block on Allocation strict IO Timeout (Seconds) default --- Distribution of logical volume --- PV Name LE on PV PE on PV /dev/disk/disk42 1024 1024 --- Logical extents --- LE PV1 PE1 Status 1 00000 /dev/disk/disk42 00000 current 00001 /dev/disk/disk42 00001 current 00002 /dev/disk/disk42 00002 current ... 01022 /dev/disk/disk42 01022 current 01023 /dev/disk/disk42 01023 current dbrestore:root > lvextend -m 1 /dev/vgtest/lvtest /dev/disk/disk52 The newly allocated mirrors are now being synchronized.This operation will take some time. Please wait .... Logical volume "/dev/vgtest/lvtest" has been successfully extended. Volume Group configuration for /dev/vgtest has been saved in /etc/lvmconf/vgtest.conf dbrestore:root > lvdisplay -v /dev/vgtest/lvtest --- Logical volumes --- LV Name /dev/vgtest/lvtest VG Name /dev/vgtest LV Permission read/write LV Status available/syncd Mirror copies 1 Consistency Recovery MWC Schedule parallel LV Size (Mbytes) 4096 Current LE 1024 Allocated PE 2048 Stripes 0 Stripe Size (Kbytes) 0 Bad block on Allocation strict IO Timeout (Seconds) default --- Distribution of logical volume --- PV Name LE on PV PE on PV /dev/disk/disk42 1024 1024 /dev/disk/disk52 1024 1024 --- Logical extents --- LE PV1 PE1 Status 1 PV2 PE2 Status 2 00000 /dev/disk/disk42 00000 current /dev/disk/disk52 00000 current 00001 /dev/disk/disk42 00001 current /dev/disk/disk52 00001 current 00002 /dev/disk/disk42 00002 current /dev/disk/disk52 00002 current ... 01023 /dev/disk/disk42 01023 current /dev/disk/disk52 01023 current dbrestore:root > bdf | grep test /dev/vgtest/lvtest 4194304 19544 3913845 0% /test dbrestore:root > lvreduce -m 0 /dev/vgtest/lvtest /dev/disk/disk42 Logical volume "/dev/vgtest/lvtest" has been successfully reduced. Volume Group configuration for /dev/vgtest has been saved in /etc/lvmconf/vgtest.conf dbrestore:root > bdf | grep test /dev/vgtest/lvtest 4194304 19544 3913845 0% /test dbrestore:root > lvdisplay -v /dev/vgtest/lvtest --- Logical volumes --- LV Name /dev/vgtest/lvtest VG Name /dev/vgtest LV Permission read/write LV Status available/syncd Mirror copies 0 Consistency Recovery MWC Schedule parallel LV Size (Mbytes) 4096 Current LE 1024 Allocated PE 1024 Stripes 0 Stripe Size (Kbytes) 0 Bad block on Allocation strict IO Timeout (Seconds) default --- Distribution of logical volume --- PV Name LE on PV PE on PV /dev/disk/disk52 1024 1024 --- Logical extents --- LE PV1 PE1 Status 1 00000 /dev/disk/disk52 00000 current 00001 /dev/disk/disk52 00001 current ... 01023 /dev/disk/disk52 01023 current dbrestore:root > bdf | grep test /dev/vgtest/lvtest 4194304 19544 3913845 0% /test dbrestore:root >
28 Nov 17 An xpinfo that works in hpvm guests and on non Hitachi storage
Hitachi shops faced annoyance times two:
1. xpinfo does not work on non-Hitachi storage for example Pure storage
2. xpinfo does not work on hpvm guests depending on how the storage is passed through from the hpvm host
I now present xpinfonew which though raw and unfnished
The output:
myserv0:root > ./xpinfonew
Device path ldev
==========================================================================
/dev/rdisk/disk111 =:=
/dev/rdisk/disk12 30:86
/dev/rdisk/disk172 03:f3
/dev/rdisk/disk215 46:2c
/dev/rdisk/disk216 46:30
/dev/rdisk/disk217 46:34
/dev/rdisk/disk218 46:38
/dev/rdisk/disk219 46:28
/dev/rdisk/disk220 46:25
/dev/rdisk/disk221 46:27
/dev/rdisk/disk222 46:2a
/dev/rdisk/disk223 46:2e
/dev/rdisk/disk224 46:32
/dev/rdisk/disk225 46:2b
/dev/rdisk/disk226 46:2f
/dev/rdisk/disk227 46:33
/dev/rdisk/disk237 46:37
/dev/rdisk/disk238 46:36
/dev/rdisk/disk239 46:26
/dev/rdisk/disk240 46:29
/dev/rdisk/disk241 46:2d
/dev/rdisk/disk242 46:31
/dev/rdisk/disk243 46:35
/dev/rdisk/disk244 46:39
/dev/rdisk/disk4 aa:bf
/dev/rdisk/disk5 8b:c3
/dev/rdisk/disk6 03:a6
/dev/rdisk/disk9 01:00
myserv0:root > ./xpinfonew raw
Device path ldev
==========================================================================
/dev/rdisk/disk111 =
/dev/rdisk/disk12 3086
/dev/rdisk/disk172 03f3
/dev/rdisk/disk215 462c
/dev/rdisk/disk216 4630
/dev/rdisk/disk217 4634
/dev/rdisk/disk218 4638
/dev/rdisk/disk219 4628
/dev/rdisk/disk220 4625
/dev/rdisk/disk221 4627
/dev/rdisk/disk222 462a
/dev/rdisk/disk223 462e
/dev/rdisk/disk224 4632
/dev/rdisk/disk225 462b
/dev/rdisk/disk226 462f
/dev/rdisk/disk227 4633
/dev/rdisk/disk237 4637
/dev/rdisk/disk238 4636
/dev/rdisk/disk239 4626
/dev/rdisk/disk240 4629
/dev/rdisk/disk241 462d
/dev/rdisk/disk242 4631
/dev/rdisk/disk243 4635
/dev/rdisk/disk244 4639
/dev/rdisk/disk4 aabf
/dev/rdisk/disk5 8bc3
/dev/rdisk/disk6 03a6
/dev/rdisk/disk9 0100
cat xpinfonew
#!/bin/ksh
# Get ldev from any disk regardless of storage provider
#
# 10/26/2017 Steven “Shmuel” Protter steven.protter@hcl.com
#
echo “Device path \t\t ldev ”
echo “==========================================================================”
ioscan -NfnCdisk | awk ‘/rdisk/{ print $(NF) }’ | awk -F_ ‘{ print $1 }’ | sort -u |while read -r dv
do
ldev=$(/var/adm/bin/getldev.ksh ${dv} ${1} );
echo “${dv} \t ${ldev}”
done
The code:
cat /var/adm/bin/getldev.ksh
#!/bin/ksh
# Get ldev from any disk regardless of storage provider
#
# 10/26/2017 Steven “Shmuel” Protter steven.protter@hcl.com
#
argies=$#
if [ $argies -eq 0 ]
then
echo “———— 1 argument required device path ex: /dev/rdisk/disk101 ————-”
exit 1
fi
dv=$1
fmt=$2
## /usr/sbin/scsimgr lun_map -D ${dv} | awk ‘/World Wide Identifier/{ print $(NF) }’
rldev=$(/usr/sbin/scsimgr lun_map -D ${dv} | awk ‘/World Wide Identifier/{ print substr ( $NF, length($NF) – 3, length($NF) ) }’);
l1=$(echo ${rldev} | awk ‘{ print substr ( $NF, length($NF) – 3, 2 ) }’);
l2=$(echo ${rldev} | awk ‘{ print substr ( $NF, length($NF) – 1, length($NF) ) }’);
### echo “raw: ${rldev} l1: ${l1} l2: ${l2} …”
if [ “$fmt” = “raw” ]
then
echo ${rldev}
else
echo “${l1}:${l2}”
fi
Should work on any SAN based storage
Tags: HP-UX, hpux, storage ldev, storage ldev works in hpvm guests, xpinfo improvement
28 Apr 17 Handle with care: TCP wrappers /etc/hosts.allow
Real life story.
DMZ based server dedicated to SFTP was configured with sshd rules in /etc/hosts.allow
sshd : ALL@16.89.97.*:ALLOW
sshd : ALL@14.251.*:ALLOW
sshd : AAL@208.94.61.*:ALLOW
Should have been:
sshd : ALL@16.89.97.*:ALLOW
sshd : ALL@14.251.*:ALLOW
sshd : ALL@208.94.61.*:ALLOW
That network was the firewall to the outside world.
The end users were inconvenienced and the firewall team wasted a lot of time reviewing rues and looking at logs.
09 Feb 17 A Script to identify entries for a particular user
Starting a series on automation scripting.
This one is meant to be run from a master of the universe host, eg a host with root public keys placed on all work servers.
cat searchforid.ksh
#!/usr/bin/ksh
#
# test script
#
. ./.scriptenv
# provides standardization for example SSH_CMD="ssh -q -f -o ConnectionAttempts=3 -o ConnectTimeout=10 -o PasswordAuthentication=no -o BatchMode=yes"
LF="${LOGDIR}/${0}.logfile.txt"
> ${LF}
sc=0
uid=$1
date >> ${LF}
awk '{ print $1 }' $serverlist | while read -r hn
do
echo "################### ${hn} searching for user ${uid} ######################"
echo "################### ${hn} searching for user ${uid} ######################" >> ${LF}
if [ "${hn}" != "mygush0" ]
then
${SSH_CMD} ${hn} "grep ${uid} /opt/iexpress/sudo/etc/sudoers;grep ${uid} /etc/passwd"
sleep 5
${SSH_CMD} ${hn} "grep ${uid} /opt/iexpress/sudo/etc/sudoers;grep ${uid} /etc/passwd" >> ${LF}
else
grep ${uid} /opt/iexpress/sudo/etc/sudoers;grep ${uid} /etc/passwd
grep ${uid} /opt/iexpress/sudo/etc/sudoers >> ${LF};grep ${uid}
/etc/passwd >> ${LF}
echo
"#######################################################################################################"
echo "#######################################################################################################" >> ${LF}
fi
done
echo "Success count: ${sc} " >> ${LF}19 Jan 17 Getting rid of an incorrectly corrupt fileset
swlist -l fileset -a state | grep -E -v ‘^#|conf’ ###
VParProvider.VPAR-DOC corrupt
If re-installation does not wotk, try this on specially selected (re non-critical) filesets.
# swmodify -a state=configured VParProvider.VPAR-DOC
swlist -l fileset -a state | grep -E -v ‘^#|conf’ ###
Clean!
Tags: hp-ux corrupt filesets
21 Jun 16 Removing a serviceguard package from a cluster.
First stop package
umount any filesysytem
Pull back vg’s and disk.
Then:
sglabn2:root > cmviewcl
CLUSTER STATUS
sglabn_cluster up
NODE STATUS STATE
sglabn1 up running
sglabn2 up running
PACKAGE STATUS STATE AUTO_RUN NODE
test_pkg up running enabled sglabn2
UNOWNED_PACKAGES
PACKAGE STATUS STATE AUTO_RUN NODE
dbciLP1 down failed disabled unowned
sglabn2:root > cmdeleteconf -v -p dbciLP1
Maximum configured packages parameter is 300.
Configuring 0 new packages.
Total number of packages configured in the cluster is 2.
Modify the package configuration ([y]/n)? y
Completed the package deletion
sglabn2:root > cmviewcl
CLUSTER STATUS
sglabn_cluster up
NODE STATUS STATE
sglabn1 up running
sglabn2 up running
PACKAGE STATUS STATE AUTO_RUN NODE
test_pkg up running enabled sglabn2
sglabn2:root >
Tags: remove serviceguard package, serviceguard configuration
16 May 16 NFS with lots of small files:pump up performance
Three kernel parameters that might pump up NFS throughput. Your mileage may vary.
kctune nfs_enable_write_behind=1
kctune nfs_enable_ufc_threshold=1
kctune nfs3_ufc_threshold_percentage=50
Tags: hpux, nfs, nfs kernel parameters, nfs performance
15 Jan 16 Automated setboot check and correction
When you use drd to patch and update systems offline to reduce downtime there is an unintended impact: setboot issues.
Using HP best practices after you boot the new image the setboot -a (alternate) and -p (primary) settings are often the same.
Below is an audit and correction script that helps you track the issue and limit manual intervention and the human error it can introduce:
myserv0:root > cat 349_bootconf
#!/bin/ksh
#########################################################################
# default_umask
#HPUX_SCRIPTS=/opt/depots/scripts/system_build/HPUX
#COMMON=/opt/depots/scripts/system_build/COMMON
# Load common environment
. /var/adm/bin/.scriptenv
#
# The point here is there should be an a primary boot disk
# and an alternate boot disk and they need to be different
#
pboot=$(/usr/sbin/setboot | grep ^Primary | awk ‘{ print $NF }’ | awk -F\/ ‘{print $NF}’ |
awk -F\) ‘{print $1}’);
aboot=$(/usr/sbin/setboot | grep ^Alternate |awk ‘{ print $NF }’|awk -F\/ ‘{print $NF}’ |
awk -F\) ‘{print $1}’);
if [ “$aboot” = “$pboot” ]
then
echo “NOTICE – ${hn} The primary boot disk ${pboot} is the same as the alternate boot disk ${aboot}”
else
echo “pass – The primary boot disk ${pboot} is the different than the alternate boot disk ${aboot}”
fi
if [ “$1” = “-y” ];then
echo “This may need to be remediated manually.”
#
# attempt to figure this out in an automated fashion
#
#
# Determine what the boot dg is.
# Try to use DRD configuration to determine the alt. boot disk and set it.
> /tmp/drdstatus.tfile.txt
/opt/drd/bin/drd status -x logfile=/tmp/drdstatus.tfile.txt
CLONE_DISK=$(awk ‘/Clone Disk: /{ print $NF}’ /tmp/drdstatus.tfile.txt | awk -F\/ ‘{ print $4 }’ | awk -F\) ‘{ print $1 }’);
echo “Clone disk is ${CLONE_DISK}”
setboot -a /dev/rdisk/${CLONE_DISK}
fi
echo “#### end report $0 ${sn} ####”
There is an audit script:
myserver0:root > /var/adm/bin/audit/349_bootconf
Executing HP-UX specific environment parameters…
NOTICE – The primary boot disk disk1972 is the same as the alternate boot disk disk1972
#### end report /var/adm/bin/audit/349_bootconf myserv0 ####
mysys03:root > setboot
Primary bootpath : 2/0/2/1/0/4/1.0x50060e80166f4202.0x4001000000000000 (/dev/rdisk/disk2490)
HA Alternate bootpath :
Alternate bootpath : 2/0/2/1/0/4/0.0x50060e80166f4212.0x4001000000000000 (/dev/rdisk/disk2490)
Autoboot is ON (enabled)
Hyperthreading : ON
: ON (next boot)
This is wrong but is a known issue that results from my patch methodology
First step to fixing is to confirm current booted details and drd details
mysys03:root > lvlnboot -v
Boot Definitions for Volume Group /dev/vg00:
Physical Volumes belonging in Root Volume Group:
/dev/disk/disk2490_p2 — Boot Disk
Boot: lvol1 on: /dev/disk/disk2490_p2
Root: lvol3 on: /dev/disk/disk2490_p2
Swap: lvol2 on: /dev/disk/disk2490_p2
Dump: lvol2 on: /dev/disk/disk2490_p2, 0
lvlnboot: Volume group not activated.
Cannot display volume group “/dev/vgAP1”.
lvlnboot: Volume group not activated.
Cannot display volume group “/dev/vgsapAP1”.
mysys03:root > cat /var/adm/bin/drd_data
DISK1=/dev/disk/disk2490
DISK2=/dev/disk/disk1951
mysys03:root > drd status
======= 01/14/16 14:15:17 PST BEGIN Displaying DRD Clone Image Information
(user=root) (jobid=mysys03)
* Clone Disk: /dev/disk/disk1951
* Clone EFI Partition: AUTO file present, Boot loader present
* Clone Rehost Status: SYSINFO.TXT not present
* Clone Creation Date: 01/07/16 15:00:27 PST
* Last Sync Date: None
* Clone Mirror Disk: None
* Mirror EFI Partition: None
* Original Disk: /dev/disk/disk2490
* Original EFI Partition: AUTO file present, Boot loader present
* Original Rehost Status: SYSINFO.TXT not present
* Booted Disk: Original Disk (/dev/disk/disk2490)
* Activated Disk: Original Disk (/dev/disk/disk2490)
======= 01/14/16 14:15:40 PST END Displaying DRD Clone Image Information
succeeded. (user=root) (jobid=mysys03)
Fix is currently manual
mysys03:root > setboot -a /dev/rdisk/disk1951
Alternate boot path set to 2/0/2/1/0/4/0.0x50060e80166f4212.0x4000000000000000 (/dev/rdisk/disk1951)
mysys03:root > setboot
Primary bootpath : 2/0/2/1/0/4/1.0x50060e80166f4202.0x4001000000000000 (/dev/rdisk/disk2490)
HA Alternate bootpath :
Alternate bootpath : 2/0/2/1/0/4/0.0x50060e80166f4212.0x4000000000000000 (/dev/rdisk/disk1951)
Autoboot is ON (enabled)
Hyperthreading : ON
: ON (next boot)
Possible automated fix (needs to be verified manually first use).
mysys00:root > ./349_bootconf -y
Executing HP-UX specific environment parameters…
NOTICE – The primary boot disk disk1972 is the same as the alternate boot disk disk1972
This may need to be remmediated manually.
======= 01/14/16 14:43:22 PST BEGIN Displaying DRD Clone Image Information
(user=root) (jobid=aappch0)
* Clone Disk: /dev/disk/disk2236
* Clone EFI Partition: AUTO file present, Boot loader present
* Clone Rehost Status: SYSINFO.TXT not present
* Clone Creation Date: 01/14/16 14:00:36 PST
* Last Sync Date: None
* Clone Mirror Disk: None
* Mirror EFI Partition: None
* Original Disk: /dev/disk/disk1972
* Original EFI Partition: AUTO file present, Boot loader present
* Original Rehost Status: SYSINFO.TXT not present
* Booted Disk: Original Disk (/dev/disk/disk1972)
* Activated Disk: Original Disk (/dev/disk/disk1972)
======= 01/14/16 14:43:45 PST END Displaying DRD Clone Image Information
succeeded. (user=root) (jobid=aappch0)
Clone disk is disk2236
Alternate boot path set to 3/0/4/0/0/0/0/4/0/0/1.0x50060e80166f4273.0x4001000000000000 (/dev/rdisk/disk2236)
#### end report ./349_bootconf aappch0 ####
myserv0:root > ./349_bootconf
Executing HP-UX specific environment parameters…
Pass – The primary boot disk disk1972 is the different than the alternate boot disk disk2236
#### end report ./349_bootconf aappch0 ####
myserv0:root > setboot
Primary bootpath : 3/0/6/0/0/0/0/4/0/0/0.0x50060e80166f4213.0x4000000000000000 (/dev/rdisk/disk1972)
HA Alternate bootpath :
Alternate bootpath : 3/0/4/0/0/0/0/4/0/0/1.0x50060e80166f4273.0x4001000000000000 (/dev/rdisk/disk2236)
Autoboot is ON (enabled)
Hyperthreading : ON
: ON (next boot)
Tags: HP-UX, script automation, setboot
28 Oct 15 Keeping track of san disks
HP-UX does not make it easy to keep track of SAN presented disks. HBA switch ports are in short supply in many data centers. It is important for performance and reliability to be able to account for how many disks are presented to what HBA WWN ports.
This articles outlines a generic method of doing so. It is better than fcmsutil output but is based only on tools provided with the OS (with 1 small exception).
To make sharing easier, I will provide links to scripts. It is up to you to perform due diligence. The scripts write no data and do not change your system. They are provided without warranty under US Law by ISN Corporation.
I recommend against cutting and pasting scripts from this web page, errors are introduced. They are based on korn shell and do not work with bash shell. They probably work on POSIX shell but were not tested. They are specific to HP-UX B.11.31 but can if you wish be adapted to older versions of the OS.
Links to scripts are at the bottom of the post which is quite long.
Script names accurately describe their functionality
fcdisplaydev.ksh us a utility script designed to provide fcmsutil output to the other two scripts.
myserv1:root > cat pathcount_byhbaport.ksh
#!/bin/ksh
#
# Disk inventory by wwn
#
# 11.31 agile only
#
# Whole system version
## build an arry to hold wwn info
#
ap=0
zerod=0
idevice=$1
ls /dev/fc*| while read -r dv
do
/opt/fcms/bin/fcmsutil $dv | awk ‘/N_Port Port World Wide Name/{ print $(NF) }’ | while read -r wwpn
do
### echo ” array count ${ap} ..”
wwnarray[${ap}]=${wwpn}
wwncount[${ap}]=${zerod}
(( ap = ap + 1 ))
done
done
##echo ${#wwnarray[*]}
##echo ${#wwncount[*]}
calc_path()
{
### function to click counter of disks to port wwn
## set -x
## echo “calc_path $1 >>>”
fwwn=$1
fp=0
while [ ${fp} -le ${ap} ]
do
wwnport=${wwnarray[$fp]}
wwnportc=${wwncount[$fp]}
if [ “${fwwn}” = “${wwnport}” ]
then
##echo “updating wwn count ${fwwn} ..”
(( wwnportc = wwnportc + 1 ))
wwncount[${fp}]=${wwnportc}
fi
(( fp = fp + 1 ))
done
##set +x
}
if [ ! -z “$idevice” ]
then
dv=”/dev/rdisk/${idevice}”
scsimgr -p lun_map -D ${dv} | awk -F: ‘{ print $3 }’ | awk -F. ‘{ print $1 }’ | while read -r hp
do
##/var/adm/bin/fcdisplaydev.ksh ${hp}
wwnfound=$(/var/adm/bin/fcdisplaydev.ksh ${hp});
calc_path ${wwnfound}
done
else
ioscan -NfnCdisk | grep rdisk | grep -v p | awk ‘{ print $(NF) }’ | while read -r dv
do
### echo “cheking hba path disk … ${dv} ”
### scsimgr -p lun_map -D ${dv}
### scsimgr -p lun_map -D ${dv} | awk -F. ‘{ print $2 }’
scsimgr -p lun_map -D ${dv} | awk -F: ‘{ print $3 }’ | awk -F. ‘{ print $1 }’ | while read -r hp
do
##/var/adm/bin/fcdisplaydev.ksh ${hp}
wwnfound=$(/var/adm/bin/fcdisplaydev.ksh ${hp});
calc_path ${wwnfound}
done
done
fi
fp=0
echo “===========================================”
echo “= World wide port name: count ”
if [ ! -z “$idevice” ]
then
echo “= Individual device /dev/rdisk/${idevice} ”
fi
echo “===========================================”
while [ ${fp} -lt ${ap} ]
do
dv1=${wwnarray[$fp]}
dv2=${wwncount[$fp]}
echo “| ${dv1} : ${dv2} |”
(( fp = fp + 1 ))
done
echo “===========================================”
myserv1:root > cat fcdisplaydev.ksh
#!/bin/ksh
hwp=$1
ls /dev/fc*| while read -r dv
do
foundfc=$(/opt/fcms/bin/fcmsutil $dv | awk ‘/Hardware Path is/{ print $(NF) }’ | grep ${hwp} |wc -l);
if [ ${foundfc} -eq 1 ]
then
# echo “$dv to be checked.”
/opt/fcms/bin/fcmsutil $dv |awk ‘/N_Port Port World Wide Name/{ print $(NF)}’
fi
done
cat pathforalldisks.ksh
#!/bin/ksh
xpinfo -i > /tmp/xpinfo.txt
ioscan -NfnCdisk|grep rdisk | awk ‘{ print $NF }’ | grep -v _p | awk -F\/ ‘{ print $NF}’ | while read -r dsk
do
/var/adm/bin/pathcount_byhbaport.ksh $dsk
ldev=$(grep “${dsk} ” /tmp/xpinfo.txt | awk ‘{ print $6 }’ );
echo “LDEV: ${ldev}”
done
Script output. Modified to protect the security of the test systems.
fcmsutil
fcmsutil /dev/fcd0
Vendor ID is = 0x1077
Device ID is = 0x2422
PCI Sub-system Vendor ID is = 0x103C
PCI Sub-system ID is = 0x12DF
PCI Mode = PCI-X 133 MHz
ISP Code version = 5.6.5
ISP Chip version = 3
Topology = PTTOPT_FABRIC
Link Speed = 4Gb
Local N_Port_id is = 0x018100
Previous N_Port_id is = None
N_Port Node World Wide Name = 0x500143800117ef3d
N_Port Port World Wide Name = 0x500143800117ef3c
Switch Port World Wide Name = 0x20810027f8a27cd4
Switch Node World Wide Name = 0x10000027f8a27cd4
N_Port Symbolic Port Name = myserv0_fcd0
N_Port Symbolic Node Name = myserv0_HP-UX_B.11.31
Driver state = ONLINE
Hardware Path is = 0/2/1/0/4/0
Maximum Frame Size = 2048
Driver-Firmware Dump Available = NO
Driver-Firmware Dump Timestamp = N/A
TYPE = PFC
NPIV Supported = YES
Driver Version = @(#) fcd B.11.31.1403 Dec 4 2013
There is a slight error, if you have a fix please share
./pathcount_byhbaport.ksh
calc_path[14]: wwnportc = wwnportc + 1 : bad number
===========================================
= World wide port name: count
===========================================
| 0x500143800117ef3c : 24 |
| 0x500143800117ef3e : 0 |
| 0x500143800117ef40 : 24 |
| 0x500143800117ef42 : 0 |
===========================================
LDEV info is specific ti Hitachi VSP xpinfo utility. You will have to adapt that code to other storage providers.
./pathforalldisks.ksh
calc_path[14]: wwnportc = wwnportc + 1 : bad number
===========================================
= World wide port name: count
= Individual device /dev/rdisk/disk172
===========================================
| 0x500143800117ef3c : 1 |
| 0x500143800117ef3e : 0 |
| 0x500143800117ef40 : 1 |
| 0x500143800117ef42 : 0 |
===========================================
LDEV: 03:f3
Link to http://www.hpux.ws/scripts/pathcount_byhbaport.ksh
Link to http://www.hpux.ws/scripts/pathforalldisks.ksh
Link to fcdisplaydev.ksh
All scripts are provided with no warranty. Use them at your own risk.
Tags: count fiber disks, fiber hba wwn port count, fiber san disk, hba
