HP-UX Logical Volume Manager (LVM) Commands with an Example

In this post, You can get an idea about HP-UX logical volume manager commands with an example. As you know LVM is basically used for disk management in operating system that allow to manager the physical disks and logical volume.

Please find the below HP-UX LVM commands with an example.

1. Create a new volume group, logical volume and file system:

You can used the below command in HP-UX operating system to create a new volume group, logical volume and file system.

hpx:/>pvcreate /dev/rdsk/c2t1d0

For creating a new volume group first we need to create physical volume as describe in above command.

hpx:/>mkdir /dev/vg01

hpx:/>mknod /dev/vg01/group c 64 0x010000

In above step we will create a directory where we need to create a volume group.

hpx:/>vgcreate /dev/vg01 /dev/dsk/c2t1d0

After successfully creation of volume group we will create a new logical voulme as describe in below command.

hpx:/>lvcreate -L 2048 /dev/vg01

hpx:/>newfs -F vxfs -o largefiles /dev/vg01/vgvol1

Using above command we create a new file system now in next step we will create a directory where we need to mount the newly created file system.

hpx:/>mkdir /backup

hpx:/>mount /dev/vg01/vgvol1 /backup

Once you mount the logical voulme with file system you can run the file system checking command to verify that mounting is succesfully or not.

2. Create a stripped filesystem:

In this, we will create a stripped file system with the help of volume group and logical voulme.

hpx:/>lvcreate -i 2 -I 32 -L 48 -n vgvol1 /dev/vg01

-i number of stripes

-I stripe size of 32KB

-L size of the volume

3. HP-UX display boot information:

You can use the below command to display boot information.

hpx:/>lvlnboot -v /dev/vg00

Boot Definitions for Volume Group /dev/vg00:

Physical Volumes belonging in Root Volume Group:

        /dev/dsk/c2t0d0 (0/1/1/0.0.0) -- Boot Disk

        /dev/dsk/c2t1d0 (0/1/1/0.1.0) -- Boot Disk

Boot: lvol1     on:     /dev/dsk/c2t0d0

                        /dev/dsk/c2t1d0

Root: lvol3     on:     /dev/dsk/c2t0d0

                        /dev/dsk/c2t1d0

Swap: lvol2     on:     /dev/dsk/c2t0d0

                        /dev/dsk/c2t1d0

Dump: lvol2     on:     /dev/dsk/c2t0d0, 0

When you run the above command you can find the above output , if you see the boot information you can find you have two disk which is available for boot.

4. HP-UX display all disks system information:

hpx:/> ioscan -funC disk

Class     I  H/W Path        Driver   S/W State   H/W Type     Description

==============================================================

disk      0  0/0/2/0.0.0.0   sdisk    CLAIMED     DEVICE       TEAC    DV-28E-N

                            /dev/dsk/c0t0d0   /dev/rdsk/c0t0d0

disk      1  0/1/1/0.0.0     sdisk    CLAIMED     DEVICE       HP 146 GMAX3147NC

                            /dev/dsk/c2t0d0   /dev/rdsk/c2t0d0

disk      2  0/1/1/0.1.0     sdisk    CLAIMED     DEVICE       HP 146 GMAX3147NC

                            /dev/dsk/c2t1d0   /dev/rdsk/c2t1d0

In the above output you can found the all the disk which is available in the system.

5. HP-UX display dump devices:

hpx:/> lvlnboot -v

Normally it is showing the boot information in which you can check the dump devices name.

How to Increase or extend the size of a Linux LVM by adding a new hard disk

Hello Friends,

This post will cover how to increase the disk space for a VMware virtual machine running Linux that is using logical volume manager (LVM). Firstly we will add a new disk to the virtual machine and then extend the original LVM over this additional space.

As there are a number of different ways to increase disk space but I have also posted simple and step by step method. Using this method I am sure you will increase the space easily.

1. First of all before adding any hard disk please run the below command to check the how much space is currently left on the VG group.

#vgdisplay 

If you see above image you can found the volume group name, in my case it is "rootvg".

2. Now run the below command to see the existing LVM disk is currently used in LVM.

#fdisk -l

You can see the above output, the /dev/sda2 hard disk is in used for existing LVM. Now you can add new hard disk on the server.

3. Once you added the new hard disk on the server to increase the size on Linux LVM, lets assume the new hard disk labelled is /dev/sdb. In this step we will need to partition the new hard disk so we can use it.

#fdisk /dev/sdb

It should show us below message to us for next selection.

root@localhost:~# fdisk /dev/sdb
Command (m for help): n

Please select the "n" for adding a new partition. Once we will select the "n" for new partition it is show to us below screen.

Command action
   e   extended
   p   primary partition (1-4)p

We will select the "p" for primary partition so we will add new had disk /dev/sdb as a primary partition.
----------------------------------------------------------------------------------------
Partition number (1-4): 1

First cylinder (1-2610, default 1): "enter"
Using default value 1
Last cylinder, +cylinders or +size{K,M,G} (1-2610, default 2610): "enter"
Using default value 2610
----------------------------------------------------------------------------------------
In above screen, we will select 1 for primary partition and make a default settings.

‘t’ is selected to change to a partitions system ID, in this case we change to ’1′ automatically as this is currently our only partition.
----------------------------------------------------------------------------------------
Command (m for help): t
Selected partition 1
----------------------------------------------------------------------------------------
The hex code ’8e’ was entered as this is the code for a Linux LVM which is what we want this partition to be, as we will be joining it with the original Linux LVM which is currently using /dev/sda4.
----------------------------------------------------------------------------------------
Hex code (type L to list codes): 8e
Changed system type of partition 1 to 8e (Linux LVM)
----------------------------------------------------------------------------------------
‘w’ is used to write the table to disk and exit, all changes that have been done will be saved and then you will be exited from fdisk.
----------------------------------------------------------------------------------------
Command (m for help): w
The partition table has been altered!
Calling ioctl() to re-read partition table.
Syncing disks.
----------------------------------------------------------------------------------------

By using “fdisk -l” now you will be able to see that /dev/sdb1 is listed, this is the new partition created on our newly added /dev/sdb disk.

4. Now we will create a physical volume with this newly added hard disk /dev/sdb1. For physical volume creation we will use "pvcreate" command.

#pvcreate /dev/sdb1
Physical volume "/dev/sdb1" successfully created.

In above command output, you can see the /dev/sdb1 physical volume group has been created.

5. Now the most important steps of this post is using physical volume you can extend or create a new volume group.

If you want to extend the logical volume size of existing Volume group then please use the below command and method. 

#vgextend test /dev/sdb1

In my case my VG name is "test" so I will extend the space in existing VG "test".

If you want to create the new logical voume and want to add physical volume in new VG, please use the below command and method.

#vgcreate rootvg /dev/sdb1

In this case my new VG name is "rootvg".

So, as per my this post, you can add new hard disk in to existing volume group or newly created volume group. Using this volume group you can create or extend the Linux LVM size.

How to increase or decrease file system size in AIX operating system.

Hello Friends,

Hope you are doing well at your end. In my previous post, I explained you step by step method of extend & reduce of file system size in HP-UX operating system. In this post, I would like to guide you , how to increase or decrease the file system size in AIX operating system.

In AIX platform, normally we are using Journaled File System (JFS) or Enhanced Journaled File system (JFS2). So before moving to main topic we need to understand, what is the advantages of JFS file system in AIX.

JFS file system has more advantages over the BSD and UFS file system which are normally used in Unix environment. The biggest disadvantages of BDS/UFS file system is "file system corruption" in case of power failure or system crash. And this corruption mostly occur during the creation or removal of files in operating system. So JFS file system is resolved such issues.

Using JFS, this problem can be reduced by use of log volume of file system. When the AIX system crash, this log file replayed and bringing back the system online. So all the data before crash written in disk.

Hope, you can understand the advantages of this file system. Now we will move main topic of this post. How we will extend and reduce the file system size. So please follow the below step by step method as describe below.

1. Before increase the size of file system , we need to check the current size of file system, for this please run the below command and check the output.

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aix:/> df -kP /test
Filesystem    1024-blocks      Used Available Capacity Mounted on
/dev/test   716308480 694894144  21414336      98% /test
-------------------------------------------------------------------------------------------------------

If you see the above output, the file system is almost 98% full, so we will increase the file system size to 200 GB.

2. To increase the file system size, please use the below command.
-------------------------------------------------------------------------------------------------------
aix:/>chfs -a size=+$((200000*2048)) /test
or
aix:/>chfs -a size=+200G  /test
-------------------------------------------------------------------------------------------------------

In above command output, we will increase the size of file system /test to 200 GB, so for this we will use "chfs" command. You can use two method for increase the size of file system.

If you have an error 0516-787 extendlv: Maximum allocation for logical volume oraexp is old_limit. For resolving this issue you can run the below command.

-------------------------------------------------------------------------------------------------------
aix:/>chlv -x new_limit lv_name
eg. chlv -x 4000 test
-------------------------------------------------------------------------------------------------------

Note: In my case my file system logical volume name is "test". You can replace your LV name to your LV name.

3.  To decrease the file system size in AIX operating system, please use the below command.
-------------------------------------------------------------------------------------------------------
aix:/>chfs -a size=-$((X*2048)) /fs
-------------------------------------------------------------------------------------------------------

You can replace the "X" size in Mo which you want to decrease it. Using above command you can reduce the size of file system in AIX.

Please post your query in comment if you are facing any issue during increase and reduce of file system in AIX operating system.

LVM and file system basics in HP-UX

Hello Friends,

In my previous post, you can find the simple way to extend or increase the file system size in HP-UX operating system. So now we need to understand also how these file system is created with LVM. So in my new post, i would try to explain you how we will create LVM and file system in HP-UX operating system.

In this post, I will give you an example for HP-UX 11i v2/v3 version operating system. As my current machine keeping same version OS. You can find the LVM creation for Linux in my other post on my blog.

As you know LVM stands for logical volume management system which are used for file creation. Please find the step by step method to create the LVM in HP-UX operating system as describe below.

1. First we will create the physical volume using free disk space. After that we will create the volume group. to create the physical volume we will use "pvcreate" command.

-------------------------------------------------------------------------------------------------------------

hpx:/>pvcreate -f /dev/rdisk/disk1

Physical volume "/dev/rdisk/disk1" has been successfully created.

-------------------------------------------------------------------------------------------------------------

Using "pvcreate" command new physical volume group'/dev/rdisk/disk1 has been created.

2. In second step, we will create the new volume group with the help of physical volume. but before running the creation command we need to create a VG directory in /dev location.Once we will create the directory we will change the ownership and permission of the folder respectively.

-------------------------------------------------------------------------------------------------------------

hpx:/>mkdir -p /dev/vg00    Note: (you can replace volume group name accordingly) 

hpx:/>chown -R root:root /dev/vg00

hpx:/>chmod -R 755 /dev/vg00

-------------------------------------------------------------------------------------------------------------

3. Now we will create a special group device file.In HP-UX each volume group must have a group device special file under its sub directory in /dev. This group DSF is created with the "mknod " command, like any other DSFs the group file must have a major and a minor number.

One of the most important thing while creating the LVM on the HP-UX is major & minor number. For LVM 1.0 volume groups the major number must be 64 and for the LVM 2.0 one must be 128.

For minor number, the first two digits will uniquely identify the volume group and the remaining digits must be 0000.

In our case we’re creating a 1.0 volume group on HP-UX operating system.

hpx:/>cd /dev/vg00

hpx:/dev/vg00>mknod group c 64 0x010000

Now change the ownership to root:sys and the permissions to 640.

hpx:/>chown root:sys group

hpx:/>chmod 640 group

4. Now create the volume group using below command.

hpx:/>vgcreate -s 16 vg00 /dev/disk/disk1

Volume group "/dev/vg00" has been successfully created.

Volume Group configuration for /dev/vg00 has been saved in /etc/lvmconf/vg00.conf

In above command , we will create new volume group "vg00" with 4 MB size.

5.  Now your new volume group in HP-UX operating system has been created successfully. You can check the volume group and physical group by using below command.

-------------------------------------------------------------------------------------------------------------

hpx:/> vgdisplay -v vg00

--- Volume groups ---

VG Name                     /dev/vg00

VG Write Access         read/write     

VG Status                    available                 

Max LV                       255    

Cur LV                        0      

Open LV                     0      

Max PV                      16     

Cur PV                        2      

Act PV                        2      

Max PE per PV           6000         

VGDA                        2   

PE Size (Mbytes)       16              

Total PE                     26    

Alloc PE                    0       

Free PE                      26    

Total PVG                  0        

Total Spare PVs         0              

Total Spare PVs in use      0 

 --- Physical volumes ---

 PV Name                   /dev/disk/disk1

 PV Status                   available                

 Total PE                    13       

 Free PE                     13       

 Autoswitch                On

-------------------------------------------------------------------------------------------------------------

In above output you can see the VG Name & PV Name which we created during LVM creation. Now using these Volume group "vg00" we can able to create file system on HP-UX file system.

6. Now in final step we will create the logical volume group in HP-UX using VG.

hpx:/> lvcreate -n vg00_test -L 256 vg00

Logical volume "/dev/vg00/vg00_test_S2" has been successfully created with

character device "/dev/vg00/rvg00_test_S2".

Logical volume "/dev/vg00/vg00_test_S2" has been successfully extended.

Volume Group configuration for /dev/vg00 has been saved in /etc/lvmconf/vg00.conf

If our example the logical volume group name is "vg00_test". If you see the syntax of above command "-n" option is used for new logical volume name and "-L" option is used for specifying the file system size in MB.

hpx:/> lvdisplay  /dev/vg00/vg00_test

Using this command you can check newly created logical volume group on HP-UX operating system.

7. For file system creation in HP-UX, we will use below method step by step.

hpx:/>newfs -F vxfs -o largefiles /dev/vg00/vg00_test

version 7 layout 393216 sectors, 393216 blocks of size 1024, log size 1024 blocks large files supported

In above syntax, we will create a new file system, now we will create the mount point where we mount this file system

-------------------------------------------------------------------------------------------------------------

hpx:/>mkdir /test

hpx:/>mount /dev/vg00/vg00_test /test.

-------------------------------------------------------------------------------------------------------------

Using above method /test file system has been created successfully and if you want to check the current size of file system you can use "bdf  /dev/vg00/vg00_test" command.

Hope, this post is useful for you. If you have any questions related this post please comment on it. I will try to provide the simple and step by step solution to you.

How to increase/extend file system size in HP-UX 11i

Hello Friends,

In this post, I will describe how to extend or increase the file system size on HP-UX 11i operating system. Before extending the file system size we need to understand first file system type, which type of file system currently used in HP-UX operating environment.

For example, in my HP-UX operating system, I want to increase the root partition size, so for this first I need to check which file system type is it. So for checking this we will used "fstyp" command.

-------------------------------------------------------------------------------------------------------------------

hpx:/> fstyp /dev/vg00/lvol3

vxfs

-------------------------------------------------------------------------------------------------------------------

In above command output, my logical volume for root /dev/vg00/lvol3 is mounted on '/". So for root file system the type os "vxfs".

The extendfs command should be used to extend JFS (VxFS) file systems that are not mounted. The Ceritas online JFS extends a file system in using the fsadm command.So basically we can extend file system through two command.

1. Increase/Extend file system size using "fsadm".

2. Increase/Extend file system size using "extendfs".

Increase/Extend file system size using "fsadm":-

1. Before extend the file system size we need to verify that online JFS license is installed on the system.

For HP-UX 11i v1 operating system:

-------------------------------------------------------------------------------------------------------------------

hpx:/> vxlicense -t HP_OnlineJFS

vrts:vxlicense: INFO: Feature name: HP_OnlineJFS [50]

vrts:vxlicense: INFO: Number of licenses: 1 (non-floating)

vrts:vxlicense: INFO: Expiration date: No expiration date

vrts:vxlicense: INFO: Release Level: 22

vrts:vxlicense: INFO: Machine Class: All

vrts:vxlicense: INFO: Site ID: 0

For HP-UX 11i  v2|v3 operating system:

-------------------------------------------------------------------------------------------------------------------

hpx:/> vxlicrep | grep Online

HP_OnlineJFS                        = Enabled

-------------------------------------------------------------------------------------------------------------------

In above command output you can verify that onlineJFS license is installed on the system. Both the command we can use HP-UX version wise.

2. To extend the file system size , we will check the current size of file system. In this post as you know we will extend the "root" file system size, so for check the current size status we used "bdf" command. Please find the "bdf" command output as listed below.

-------------------------------------------------------------------------------------------------------------------

hpx:/> bdf

Filesystem          kbytes    used   avail %used Mounted on

/dev/vg00/lvol3    1835008  17942 1703507   1% /

-------------------------------------------------------------------------------------------------------------------

To check the current voulme group size for this file system please run the below command.

hpx:/> vgdisplay -v vg00

LV Name                     /dev/vg00/lvol3

LV Status                     available/syncd

LV Size (Mbytes)        1792

Current LE                  224

Allocated PE               224

Used PV                      1

Now, we will extend the file system size using the below command.

-------------------------------------------------------------------------------------------------------------------

hpx:/>lvextend -l 300 /dev/vg00/lvol3

Logical volume "/dev/vg00/lvol3" has been successfully extended.

Volume Group configuration for /dev/vg00 has been saved in /etc/lvmconf/vg00.conf

-------------------------------------------------------------------------------------------------------------------

Volume group is now extend, you can see the new volume group status using the below command.

hpx:/> vgdisplay -v vg00

LV Name                     /dev/vg00/lvol3

LV Status                     available/syncd

LV Size (Mbytes)        2400

Current LE                  300

Allocated PE               300

Used PV                      1

hpx:/>fsadm -F vxfs -b 2400M /

UX:vxfs fsadm: INFO: V-3-25942: /dev/vg00/lvol3 size increased from 1835008 sectors to 2457600 sectors.

3. Now you file system "root" size has been extend , to need to check new extended size please run the below command.

-------------------------------------------------------------------------------------------------------------------

hpx:/> bdf

Filesystem          kbytes    used   avail %used Mounted on

/dev/vg00/lvol3    24576008  18095 2287043   1% / 

-------------------------------------------------------------------------------------------------------------------

If you see in above bdf command output the available size for "root" partition size is extend.

Increase/Extend file system size using "extendfs":-

1. To extend the file system size , we will check the current size of file system. In this post as you know we will extend the "root" file system size, so for check the current size status we used "bdf" command. Please find the "bdf" command output as listed below.

-------------------------------------------------------------------------------------------------------------------

hpx:/> bdf

Filesystem          kbytes    used   avail %used Mounted on

/dev/vg00/lvol3    1835008  17942 1703507   1% /

-------------------------------------------------------------------------------------------------------------------

To check the current voulme group size for this file system please run the below command.

hpx:/> vgdisplay -v vg00

LV Name                     /dev/vg00/lvol3

LV Status                     available/syncd

LV Size (Mbytes)        1792

Current LE                  224

Allocated PE               224

Used PV                      1

Now, we will extend the file system size using the below command. The procedure is same as previous one.

2. For extending the file system size using "extendfs" we need to umount the "root" file system then extend the size and re-again mount it. 

hpx:/>lvextend -l 300 /dev/vg00/lvol3

Logical volume "/dev/vg00/lvol3" has been successfully extended.

Volume Group configuration for /dev/vg00 has been saved in /etc/lvmconf/vg00.conf

-------------------------------------------------------------------------------------------------------------------

hpx:/>umount /

hpx:/>extendfs /dev/vg00/lvol3

hpx:/>mount /

-------------------------------------------------------------------------------------------------------------------

Once you mount the "root" file system again then check the newly size of file system, for this we will use same command bdf.

-------------------------------------------------------------------------------------------------------------------

hpx:/> bdf

Filesystem          kbytes    used   avail %used Mounted on

/dev/vg00/lvol3    24576008  18095 2287043   1% / 

-------------------------------------------------------------------------------------------------------------------

So, now we are able to extend or increase the file system size using two way on HP-UX operating system. Hope, you like my post, please let me know if you facing issue during the extend file system size on HP-UX operating system.

How to create local zone in Solaris 10

Hello Friends,

In this post, I will explain you how to create a new local zone on Sun Solaris operating system. Before describe the step by step installation and configuration method we need to understand what is zone and where it is used.

Basically Zone is a virtual operating system environment created within a single instance of the Solaris operating system. The mail goal of this technology is efficient resource utilization. We can create multiple zone on one Solaris operating system.

Solaris 10's zone partitioning technology can be used to create local zones that behave like virtual servers. All local zones are controlled from the system's global zone. Processes running in a zone are completely isolated from the rest of the system.

Note- That processes running in a local zone can be monitored from global zone but the processes running in a global zone or even in another local zone cannot be monitored from a local zone.

Global Zone: When we install the Solaris 10 operating system, a global zone gets installed automatically, and the core operating system runs under global zone as well as all the local zone are also runs on same global zone. Using "zoneadm" command we can check list of all configured zones which are running on Solaris operating system.

# zoneadm list -v

  ID NAME             STATUS         PATH
   0 global           running        /

Step by step method to create a Local Zone:

When we create a local Solaris zone on global zone , we have to complete some prerequisite before installing the zone.

Prerequisites:  A lot of disk space is required to installed the newly zone. It needs at least 3 GB space to copy the essentials files to the local zone. In my case I normally use 10 GB free disk space to installed the local zone. Also for configuration we required a dedicated IP for network connectivity.

1. First we will check the disk space and network configuration by using running below command.

[sun]# df -h /
 Filesystem             size   used  avail capacity  Mounted on
 /dev/dsk/c1t1d0s0       50G    22G   28G    46%    /

[sun] # ifconfig -a
 lo0: flags=2001000849 mtu 8232 index 1   

 inet 127.0.0.1 netmask ff000000  

 em0: flags=1000843 mtu 1500 index 2   

 inet 10.135.0.23 netmask fffffe00 broadcast 10.135.0.255

Here, if you see the "df -h" command output we can found that the disk "c1t1d0s0" is mounted on the root file system. Currently the total disk space size of root partition is approx 50 GB, as we required 10 GB free space for installation and configuration of local zone, so free space on root partition is sufficient for zone installation.

In "ifconfig" command output we can able to see the the ip address of global zone.

2. As we have sufficient space on the server so we can go ahead for local zone installation. First we need to create a directory where we want to install the zone. All the files is keep in this folder only.

[sun]# mkdir /zones

3. Next step is to define/create the zone root. This is the path to zone's root directory that is relative to the global zone's root directory. Zone root must be owned by root user with the mode 700. This will be used in setting the zonepath property, during the zone creation process.

[sun]# cd /zones[sun]# mkdir sun01[sun]# chmod -R 775 sun01[sun]# ls -l
 total 2
 drwx------   2 root     root         512 Feb 06 12:46 sun01

In a Sparse Root Zone, the directories /usr, /sbin, /lib and /platform will be mounted as loopback file systems. That is, although all those directories appear as normal directories under the sparse root zone, they will be mounted as read-only file systems. Any change to those directories in the global zone can be seen from the sparse root zone.

However if you need the ability to write into any of those directories listed above, you may need to configure a Whole Root Zone. For example, softwares like ClearCase need write permissions to /usr directory. In that case configuring a Whole Root Zone is the way to go. The steps for creating and configuring a new 'Whole Root' local zone are as follows:

4. In this step we will create & configure a new 'Sparse Root' local zone, with root privileges. For configuration of installed zone we will used "zonecfg" command. It is most widely used command for zone configuration.

[sun]# zonecfg -z sun01sun01: No such zone configured
Use 'create' to begin configuring a new zone.
zonecfg:sun01> create
zonecfg:sun01> set zonepath=/zones/sun01
zonecfg:sun01> set autoboot=true
zonecfg:sun01> add net
zonecfg:sun01:net> set physical=em0
zonecfg:sun01:net> set address=10.135.0.24
zonecfg:sun01:net> end
zonecfg:sun01> add fs
zonecfg:sun01:fs> set dir=/repo2
zonecfg:sun01:fs> set special=/dev/dsk/c1t20d0s1
zonecfg:sun01:fs> set raw=/dev/rdsk/c1t20d0s1
zonecfg:sun01:fs> set type=ufs
zonecfg:sun01:fs> set options noforcedirectio
zonecfg:sun01:fs> end
zonecfg:sun01> add inherit-pkg-dir
zonecfg:sun01:inherit-pkg-dir> set dir=/opt/csw
zonecfg:sun01:inherit-pkg-dir> end
zonecfg:sun01> info
zonepath: /zones/sun01
autoboot: true
pool:
inherit-pkg-dir:   dir: /lib
inherit-pkg-dir:   dir: /platform
inherit-pkg-dir:   dir: /sbin
inherit-pkg-dir:   dir: /usr
inherit-pkg-dir:   dir: /opt/csw
net: address: 10.135.0.24
physical: em0
zonecfg:appserv> verify
zonecfg:appserv> commit
zonecfg:appserv> exit

4. Secondly we will create & configure a new 'Whole Root' local zone, with root privileges. In this again we will used the same zone name "sun01".

[sun]# zonecfg -z sun01

sun01: No such zone configured
Use 'create' to begin configuring a new zone.
zonecfg:sun01> create
zonecfg:sun01> set zonepath=/zones/sun01
zonecfg:sun01> set autoboot=true
zonecfg:sun01> add net
zonecfg:sun01:net> set physical=em0
zonecfg:sun01:net> set address=10.135.0.24
zonecfg:sun01:net> end
zonecfg:sun01> add inherit-pkg-dir

zonecfg:sun01:inherit-pkg-dir> set dir=/opt/csw
zonecfg:sun01:inherit-pkg-dir> end
zonecfg:sun01> remove inherit-pkg-dir dir=/usr
zonecfg:sun01> remove inherit-pkg-dir dir=/sbin
zonecfg:sun01> remove inherit-pkg-dir dir=/lib
zonecfg:sun01> remove inherit-pkg-dir dir=/platform
zonecfg:sun01> info
zonepath: /zones/sun01
autoboot: true
pool:

inherit-pkg-dir:  dir: /opt/csw
net:  address: 10.135.0.24
physical: em0
zonecfg:appserv> verify
zonecfg:appserv> commit
zonecfg:appserv> exit

Brief explanation of the properties that we added:

\* zonepath=/zones/sun01

Local zone's root directory, relative to global zone's root directory. ie., local zone will have all the bin, lib, usr, dev, net, etc, var, opt etc., directories physically under /zones/appserver directory

\* autoboot=true

boot this zone automatically when the global zone is booted

\* physical=em0

em0 card is used for the physical interface

\* address=10.135.0.24
10.135.0.24 is the IP address. It must have all necessary DNS entries

The whole add fs section adds the file system to the zone. In this example, the file system that is being exported to the zone is an existing UFS file system.

\* set dir=/repo2

/repo2 is the mount point in the local zone

\* set special=/dev/dsk/c1t20d0s1 set raw=/dev/rdsk/c1t20d0s1

Grant access to the block (/dev/dsk/c1t20d0s1) and raw (/dev/rdsk/c1t20d0s1) devices so the file system can be mounted in the non-global zone. Make sure the block device is not mounted anywhere right before installing the non-global zone. Otherwise, the zone installation may fail with ERROR: file system check </usr/lib/fs/ufs/fsck> of </dev/rdsk/c2t40d1s6> failed: exit status <33>: run fsck manually. In that case, unmount the file system that is being exported, uninstall the partially installed zone (zoneadm -z <zone> uninstall) then install the zone from the scratch (no need to re-configure the zone, just do a re-install).

\* set type=ufs

The file system is of type UFS

\* set options noforcedirectio

Mount the file system with the option redirection.

\* dir=/opt/csw

Read-only path, will be lofs'd (loop back mounted) from global zone.

Note: it works for sparse root zone only -- whole root zone cannot have any shared file systems

Zonecfg commands verify and commit, verifies and commits the zone configuration for the zone, respectively. Note that it is not necessary to commit the zone configuration; it will be done automatically when we exit from zonecfg tool. info displays information about the current configuration

5. Now we will check the current state of the newly created/configured zone, for this we will use zoneadm command

[sun]# zoneadm list -cv
   ID NAME             STATUS         PATH
    0 global           running        /
    - sun01          configured     /zones/sun01

6. Next step is to install the configured zone "sun01". It takes a while to install the necessary packages

  

[sun]# zoneadm -z sun01 install 

The file contains a log of the zone installation. Once the zone installation is completed you can able to see the message on the installation window, all the required packages get installed during this installation.

7. Now verify the state of the sun01 zone

[sun]# zoneadm list -cv
   ID NAME             STATUS         PATH
    0 global           running        /
    - sun01          installed      /zones/sun01

8. In final step we will boot up the sun01 zone.

[sun]# zoneadm -z sun01 boot
zoneadm: zone 'sun01': WARNING: em0:1: no matching subnet found in netmasks(4) for 10.135.0.24,using default of  255.0.0.0.

[sun]# zoneadm list -cv
   ID NAME             STATUS         PATH
    0 global           running        /
    1 sun01          running        /zones/sun01

9. Login to the Zone {console} and performing the internal zone configuration. zlogin utility can be used to login to a zone with -C option of zlogin can be used to log in to the Zone console.

[sun]# zlogin -C sun01

9.1. It is asking for some option when we run the above command. for language option you need to select the "English" option. Most probably it is "0" option in the menu.

9.2  After language option it is asking for locale. You need to set "English (c-7-bit ASCII) locale for Solaris 10 zone.

9.3  Enter the host name which identifies this system on the network.  The name must be unique within your domain; creating a duplicate host name will cause problems on the network after you install Solaris. A host name must have at least one character; it can contain letters, digits, and minus signs (-).

10. Now simply login to the newly created zone, just like connecting to any other system in the network.

Note: You can create another local zone using this same method. In this blog we get the idea how we will create the new zone on Solaris 10. The installation method on other Solaris operating system is different. This post is used for only zone creation on Solaris 10 only.

How you will increase the file system size in Solaris 11

Please find the below method to increase the file system size in Solaris operating system.

1. First you need to check which "zpool" pool is used for your solaris file system. Generally if you server is not connected to any SAN, then zpool name should be "rpool"

2. You can run the below command to check the current zpool status.

#zpool status

In my machine two pool status you can see. My machine is connected to SAN , So I have two pool through which i can increase the file systems size.

3. Run the "df -h" command to check the current size and file system name as given below.

If you can see in above image my system root filesystem is created through "rpool" pool. So when i will increase the file system size then i can use only free space from "rpool" zpool.

4. Please find the below command to increase the file system size. (ex. we will increase the root file system size here)

#zfs set quota=69G rpool/ROOT/solaris-1

If you see the output of df -h , the current size of root file system is 67 GB, and if we want to increase 2GB space more, then you can use the above command. We can fixed the quota size of file system then reserve it. 

#zfs set reservation=69G rpool/ROOT/solaris-1

after successfully run above command you can found that your file system size can increase to 2 GB more and same size has been reduced to "rpool" pool.