The order for getting fibre channel based hypervolume extentions (HVEs) viewable on systems, particularly SUN systems, is as follows: - Appropriately zone so the Host Bus Adapter (HBA) can see the EMC Fibre Adapter (FA).
- Reboot the system so it can see the vcm database disk on the FA OR
- SUN:
- drvconfig -i sd; disks; devlinks (SunOS <= 5.7)
- devfsadm -i sd (SunOS >= 5.7 (w/patches))
- HP:
- ioscan -f # Note the new hw address
- insf -e -H ${hw}
- Execute vcmfind to ensure the system sees the Volume Logix database.
- ID mapped informationi
- Map HVEs to the FA if not already done.
- symdev list -SA ${fa} to see what's mapped.
- symdev show ${dev} to ID the lun that ${dev} is mapped as. The display should look something like:
Front Director Paths (4):
{ ----------------------------------------------------------------------------------------------- POWERPATH DIRECTOR PORT ---------------------- ----------------- ------------ PdevName Type Num Type Num Sts VBUS TID LUN ----------------------------------------------------------------------------------------------- Not Visible N/A 03A FA 0 RW 000 00 70
Not Visible N/A 14A FA 0 NR 000 00 70
Not Visible N/A 03B FA 0 NR 000 00 70
Not Visible N/A 14B FA 0 NR 000 00 70
}
The number you're looking for is under the column LUN. Remember, it's HEX, so the lun that'll show up on the ctd is (0x70=112) c#t#d112
- On SUN systems, modify the /kernel/drv/sd.conf file so the system will see the new disks. You'll need to do a reconfig reboot after modifying this file. If the system doesn't see it on a reconfig reboot, this file is probably the culprit!
- fpath adddev -w ${hba_wwn} -f ${fa} -r "${list_of_EMC_devs}"
You can specify multiple EMC device ranges; just separate them by spaces, not commas - Reboot the system so it can see the new disks on the FA OR
- SUN:
- drvconfig -i sd; disks; devlinks (SunOS <= 5.7)
- devfsadm -i sd (SunOS >= 5.7 (w/patches))
- HP:
- ioscan -f # Note the new hw address
- insf -e -H ${hw}
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