2. Configure a logical drive on a set of disks using the add unit command:
CLI> add unit 0 raid_level=5 data=disk101-disk105 size=100gb
Logical Unit size = 102398 MB
RAID overhead = 25597 MB
Total space occupied by new unit = 127995 MB
Free space left on this volume: = 1064201 MB
Unit 0 is created successfully.
3. Repeat the add unit command as needed, to configure the storage in to multiple logical drives.
Configuring a basic iSCSI setup (no access controls or
authentication)
The example commands in this section use the simplest syntax and many default parameters. You should
provide additional command arguments as required.
1. Create an IP address for iSCSI data trafficusingtheadd ip command:
CLI> add ip SA0
20.20.20.5
The IP address has been added successfully.
2. Repeat the add ip command as required to configure addresses on multiple ports. Ports on the
primary controller are named SA0 and SA1. If you have a redundant array controller, the ports
are named SB0
and SB1.
3. Use the add portal command to create an iSCSI portal that initiators will use to connect to the system:
CLI> add portal 20.20.20.5
The portal wa
s added successfully.
Alias: portal1
4. Make a note of the portal alias, which is used in future commands to refer to the portal.
5. Create a por
tal group using the add portal_group command:
CLI> add portal_group
The portal group was added successfully.
Alias: pg1
Tag: 0
6. Make a note of the portal group alias for use in future commands. Also make a note of the default
tag assigne
d to the portal group.
7. Create an iSCSI target using the add target command:
CLI> add target
The iSCSI ta
rget was added successfully.
Name: iqn.1986-03.com.hp.storage.msa1510i.sga043600g.target1
Alias: target1
8. Make a note
of the iSCSI target node name and alias for use in future commands.
9. Bind the portal to the portal group using the bind portal command:
CLI> bind portal portal1 pg1
The portal
was bound successfully to the portal group.
20
Initial configuration sequence
Komentáře k této Příručce