HP XP20000/XP24000 HP StorageWorks XP Disk Array Configuration Guide (T5278-96 - Page 113

Mounting and verifying the file systems, The Command Status screen appears.

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9. Enter values for the following fields: SIZE of file system (in 512-byte blocks). Enter the lsvg command to display the number of free physical partitions and physical partition size. Calculate the maximum size of the file system as follows: (FREE PPs - 1) x (PP SIZE) x 2048. Mount Point: Enter mount point name. (Make a list of the mount point names for reference.) Mount AUTOMATICALLY at system restart? Enter yes. CAUTION: In high availability systems (HACMP and/or HAGEO), enter no. Number of bytes per node. Enter the number of bytes appropriate for the application, or use the default value. Example Add a Journaled File System Type or select values in entry fields. Press Enter AFTER making all desired changes. [Entry Fields] Volume group name SIZE of file system (in 512-byte blocks) MOUNT POINT Mount AUTOMATICALLY at system restart? PERMISSIONS Mount OPTIONS Start Disk Accounting? Fragment Size (bytes) Number of bytes per inode Compression algorithm Allocation Group Size (Mbytes) vg01 [4792320] [VG01] no read/write [] no 4096 4096 no *1 10. Press Enter to create the Journaled File System. The Command Status screen appears. Wait for "OK" to appear on the Command Status line. 11. To continue creating Journaled File Systems, press the F3 screen. key until you return to the Add a Journaled File System screen. Repeat steps 2 through 10 for each Journaled File System to be created. 12. To exit SMIT, press the F10 key. Mounting and verifying the file systems Mount the file systems and verify that the file systems were created correctly and are functioning properly. 1. Mount the file system. Enter: mount mount_point_name Example # mount /vg01 2. Repeat step 1 for each new file system. 3. Use the df command to verify the size of the file systems. The capacity is listed in 512-byte blocks. To list capacity in 1024-byte blocks, use the df -k command. Example # df File system 512-blocks /dev/hd4 8192 /dev/hd2 1024000 /dev/hd9var 8192 free %Used Iused %Iused Mounted on 3176 61% 652 31% / 551448 46% 6997 5% /usr 5512 32% 66 6% /var Configuring disk array devices 113

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9.
Enter values for the following fields:
SIZE of file system (in 512-byte blocks)
. Enter the
lsvg
command to display the number of free
physical partitions and physical partition size. Calculate the maximum size of the file system
as follows: (FREE PPs - 1) x (PP SIZE) x 2048.
Mount Point
: Enter mount point name. (Make a list of the mount point names for reference.)
Mount AUTOMATICALLY at system restart
? Enter
yes
.
CAUTION:
In high availability systems (HACMP and/or HAGEO), enter
no
.
Number of bytes per node
. Enter the number of bytes appropriate for the application, or use
the default value.
Example
Add a Journaled File System
Type or select values in entry fields.
Press Enter AFTER making all desired changes.
[Entry Fields]
Volume group name
vg01
SIZE of file system (in 512-byte blocks)
[4792320]
MOUNT POINT
[VG01]
Mount AUTOMATICALLY at system restart?
no
PERMISSIONS
read/write
Mount OPTIONS
[]
Start Disk Accounting?
no
Fragment Size (bytes)
4096
Number of bytes per inode
4096
Compression algorithm
no
Allocation Group Size (Mbytes)
*1
10. Press
Enter
to create the Journaled File System.
The Command Status screen appears.
Wait for “OK” to appear on the Command Status line.
11.
To continue creating Journaled File Systems, press the
F3
screen. key until you return to the
Add a Journaled File System
screen. Repeat steps 2 through 10 for each Journaled File System
to be created.
12.
To exit SMIT, press the
F10
key.
Mounting and verifying the file systems
Mount the file systems and verify that the file systems were created correctly and are functioning
properly.
1.
Mount the file system. Enter:
mount
mount_point_name
Example
# mount /vg01
2.
Repeat step 1 for each new file system.
3.
Use the
df
command to verify the size of the file systems. The capacity is listed in 512-byte
blocks. To list capacity in 1024-byte blocks, use the
df
–
k
command.
Example
# df
File system 512-blocks
free %Used Iused %Iused Mounted on
/dev/hd4
8192
3176
61%
652
31% /
/dev/hd2
1024000
551448
46%
6997
5% /usr
/dev/hd9var
8192
5512
32%
66
6% /var
Configuring disk array devices
113