Copyright 2003 Trident
Systems, LLC - All rights reserved
See below for an actual example of
the detail and extent of the documentation available.
To see a brochure of the overall
architecture in Acrobat format, Click here
Introduction
There is a common misconception that if a system is backed up, it is protected.
Although backups are good for data, etc. they are useless until a server is
rebuilt and the backup software is restored to the server. The configuration
of a UNIX server is constantly changing and there is really no viable way to
manually keep track of a system's configuration. There are utilities that make
bootable images of the server but they must be properly installed, configured,
maintained and tested. Even when such tools are used, they may not produce the
expected or desired results. If they fail, then what?
Who Cares?
You should if you are a IT professional, a manager or executive that is responsible
for any part of a business that uses computers or a stockholder. A UNIX server
is customized to run certain applications, databases or services. In fact, some
applications won't even start unless the operating system has been properly
configured. Installation of the operating system is the easy part. It is the
configuration - file system layouts, kernel parameters, network card and communications
components for other servers, etc. that take time and are difficult to do. It
is a lot more difficult if there is no documentation as to how the server was
configured prior to failure or other loss.
Up to date system documentation is a vital component of business continuance
planning.
Automated System Documentation
The script that generates the information below is run automatically every day.
It can be customized to collect and manage almost anything, including database
information, about a system that anyone would want to know about a server. Typically,
it is run every day and posted on a website for system administrators then replicated
to an offsite server. A text version is also produced for text-based terminals.
A history of configuration reports is automatically maintained as well as run-time
logs. Once installed and configured, there is virtually no maintenance, other
than for enhancements, required.
In addition to providing the essential information needed to rebuild a server,
it serves as a handy reference for the system administrator.
Try It
Click through the links and see what is collected. In the interest of brevity,
some of the information has been truncated. However, it will give you a pretty
good feel for the breath and depth of configuration data that is needed to properly
rebuild a server. It is not a substitute for good system administration or business
continuance planning and testing but it is a cost-effective way to protect the
investment in your servers and your business.
Questions?CallTrident
Systems, LLC at 860-749-2521.
Current as of Fri Apr 11 16:03:19 EDT 2003
hpdatab Server System Information
This is a private document that is for AUTHORIZED USE only.
This document provides a 'quick reference' of key HP9000 configuration data
for THIS server. Although it is not exhaustive, it provides the system
administrator with key system reconstruction data in a readable format.
This document is automatically reconstructed every day to keep the information
current and should be used in conjunction with the recovery data that is collected
daily for system reconstruction.
Questions concerning this document should be directed to Ralph Burnette at
860-749-2521.
This section provides basic information: system name, hardware model,
identification number, HPUX version and license level and the amount
of physical memory.
The primary and alternate boot paths are provided, as well as the
autoboot status, physical paths and disk locations for boot disks,
root, dump and swap devices by volume group. System Boot files and the
Boot Sting are also listed.
Each hardware device is listed by class with the hardware path, driver
software state, hardware type, description and device name (where appropriate).
This is the standard HP hardware map.
The device directory listing provides the major and minor numbers for
each device. Ownership and permissions are also provided. Major
numbers indicate the device driver and minor numbers represent path and
special options. Some device entries may need to be built by hand before
they can be used.
Logical volume information is one of the most critical components of system
reconstruction. Logical volume information is grouped by volume group and
contains virtually every detail about a logical volume. Sizes and structure
of volume groups and logical volumes are provided, as well as major and minor
numbers, logical volume name maps, mount points with permissions and ownership,
/etc/fstab entries, physical drives that make up the volume group (with model
information and logical volume distribution), and the filesystem construction
command to rebuild the filesystem to the previous operating configuration.
EMC information lists the details of the SIDs, devices, BCVs, gatekeepers, etc.
that are seen by this server. Data groups or data group files are listed as well
as SRDF devices, etc. The information is organized by SID and maps the Symmetrix
device name to the host (server) name.
Some devices and software require drivers and kernel parameter changes that are not
included or adjusted in the initial operating system installation. Without the
changes noted here, some software or hardware will NOT work.
HP maintains a database of its installed software, including patches. Some
third party software also uses this facility. The product name, version number and description
are provided.
HP Software that expands the functionality of the operating system typically requires
keys for installation. Each codeword is keyed to a customer ID and a CD part number
and may unlock one or more software products.
A depot is a holding area for software and patches for a number of systems. Instead
of trying to find the correct CD or download patches from HP, the depot provides a
convenient, authoritative and centrally managed source of software. The product
ID, version number and summary of contents are provided for each installed depot.
A server can resolve names by several different methods, including files, nis and dns.
One file contains data that controls the order of name resolution and the other
file contains the location of the name servers, order of search and
domain name.
Network Information Service (NIS) provides a central repository of maps (files) that
contain information for one or more servers. Examples of information include the
password and group files (which are supplemented by NIS maps) and /etc/services and
/etc/hosts, which are replaced by NIS files. NIS map policy management is based on
the level of the operating system. For HPUX 10.20 and below, escape flags are
required for the passwd and group maps but are optional at 10.30 and later. In
both cases, /etc/nsswitch.conf controls the order of use of dns, nis or local f
iles. The default policy (unless overridden by /etc/nsswitch.conf) is different,
based on the level of the operating system. The section provides the domain name,
servers, etc. for the NIS domain (if it is a member) plus the outplut of all the
NIS maps per the policy set up on this server for each map.
Omniback in a backup system made up of objects to be backed up, media (tapes) and
pools of media and devices (tape drives). Datalists are files that define what is
being backed up with associated devices, media pools and characteristics such as
protection time. Omniback maintains a databack from which most of the configuration
data is extracted. The status of the robotics of the tape library is queried.
MC Service Guard is software that forms a cluster of nodes (servers) and packages (applications with
requisite resources). Typically, packages can be configured to move automatically or manually from
node to node under specified circumstances. This section includes information and the printing of
numerous configuration files and scripts, all vital to the proper running of the Service Guard
cluster.
This section includes information about the physical memory of the server. Information
includes basic memory configuration, memory board inventory, controller inventory,
memory error log summary and page de-allocation (PDT) summary.
Primary bootpath : 1/2/0.13.0
Alternate bootpath : 2/2/0.9.0
Autoboot is ON (enabled)
Autosearch is OFF (disabled)
lvlnboot: Volume group not activated.
Cannot display volume group "/dev/vg01".
lvlnboot: Volume group not activated.
Cannot display volume group "/dev/vg02".
Boot Definitions for Volume Group /dev/vg00:
Physical Volumes belonging in Root Volume Group:
/dev/dsk/c1t12d0 (1/2/0.12.0)
/dev/dsk/c1t13d0 (1/2/0.13.0) -- Boot Disk
/dev/dsk/c2t8d0 (2/2/0.8.0)
/dev/dsk/c2t9d0 (2/2/0.9.0) -- Boot Disk
Boot: lvol1 on: /dev/dsk/c1t13d0
/dev/dsk/c2t9d0
Root: lvol3 on: /dev/dsk/c1t13d0
/dev/dsk/c2t9d0
Swap: lvol2 on: /dev/dsk/c1t13d0
/dev/dsk/c2t9d0
Dump: lvol2 on: /dev/dsk/c1t13d0, 0
Dump: lvswap01 on: /dev/dsk/c1t12d0, 1
Current path "/dev/dsk/c11t2d3" is an alternate link, skip.
Current path "/dev/dsk/c11t2d4" is an alternate link, skip.
Current path "/dev/dsk/c11t2d5" is an alternate link, skip.
Current path "/dev/dsk/c11t2d6" is an alternate link, skip.
lvlnboot: Volume group not activated.
Cannot display volume group "/dev/vg01".
lvlnboot: Volume group not activated.
Cannot display volume group "/dev/vg02".
The LIF files on /dev/dsk/c1t13d0 include:
volume ISL10 data size 7984 directory size 8 99/09/15 07:38:38
filename type start size implement created
===============================================================
ISL -12800 584 240 0 99/09/15 07:38:38
AUTO -12289 824 1 0 99/09/15 07:38:38
HPUX -12928 832 800 0 99/09/15 07:38:38
PAD -12290 1632 1700 0 99/09/15 07:38:39
LABEL BIN 3336 8 0 00/03/24 14:46:10
The Boot String in AUTO on /dev/dsk/c1t13d0 is:
hpux
The LIF files on /dev/dsk/c2t9d0 include:
volume ISL10 data size 7984 directory size 8 99/10/28 15:23:53
filename type start size implement created
===============================================================
ISL -12800 584 240 0 99/10/28 15:23:53
AUTO -12289 824 1 0 99/10/28 15:23:53
HPUX -12928 832 800 0 99/10/28 15:23:53
PAD -12290 1632 1700 0 99/10/28 15:23:54
LABEL BIN 3336 8 0 00/03/27 22:07:43
The Boot String in AUTO on /dev/dsk/c2t9d0 is:
hpux (;0)/stand/vmunix
-------------------------------------------------------------------------------
Hardware Station Crd Hdw Net-Interface NM MAC HP-DLPI DLPI
Path Address In# State NamePPA ID Type Support Mjr#
5/1/0 0x0060B07AC2ED 2 UP lan2 snap2 1 ETHER Yes 119
Extended Station LLC Encapsulation
Address Methods
0x0060B07AC2ED IEEE HPEXTIEEE SNAP ETHER NOVELL
Driver Specific Information
btlan6
-------------------------------------------------------------------------------
Hardware Station Crd Hdw Net-Interface NM MAC HP-DLPI DLPI
Path Address In# State NamePPA ID Type Support Mjr#
6/1/0 0x0060B0B23243 3 UP lan3 snap3 2 ETHER Yes 119
Extended Station LLC Encapsulation
Address Methods
0x0060B0B23243 IEEE HPEXTIEEE SNAP ETHER NOVELL
Driver Specific Information
btlan6
-------------------------------------------------------------------------------
Hardware Station Crd Hdw Net-Interface NM MAC HP-DLPI DLPI
Path Address In# State NamePPA ID Type Support Mjr#
7/1/0 0x0060B0B24235 4 UP lan4 snap4 3 ETHER Yes 119
Extended Station LLC Encapsulation
Address Methods
0x0060B0B24235 IEEE HPEXTIEEE SNAP ETHER NOVELL
Driver Specific Information
btlan6
-------------------------------------------------------------------------------
lan2: flags=843
inet 192.1.140.2 netmask ffff0000 broadcast 192.1.255.255
Current Speed = 100000000 Full-Duplex
There are no additional IP addresses assigned to this card.
lan3: flags=842
inet 0.0.0.0 netmask 0
Current Speed = 100000000 Half-Duplex
There are no additional IP addresses assigned to this card.
--- Volume groups ---
VG Name /dev/vg00
VG Write Access read/write
VG Status available
Max LV 255
Cur LV 9
Open LV 9
Max PV 16
Cur PV 4
Act PV 4
Max PE per PV 2500
VGDA 8
PE Size (Mbytes) 4
Total PE 8678
Alloc PE 5014
Free PE 3664
Total PVG 0
Total Spare PVs 0
Total Spare PVs in use 0
--- Logical volumes ---
LV Name /dev/vg00/lvol1
LV Status available/syncd
LV Size (Mbytes) 256
Current LE 64
Allocated PE 128
Used PV 2
LV Name /dev/vg00/lvol2
LV Status available/syncd
LV Size (Mbytes) 1024
Current LE 256
Allocated PE 512
Used PV 2
LV Name /dev/vg00/lvol3
LV Status available/syncd
LV Size (Mbytes) 512
Current LE 128
Allocated PE 256
Used PV 2
LV Name /dev/vg00/lvol4
LV Status available/syncd
LV Size (Mbytes) 140
Current LE 35
Allocated PE 70
Used PV 2
LV Name /dev/vg00/lvol5
LV Status available/syncd
LV Size (Mbytes) 1024
Current LE 256
Allocated PE 512
Used PV 2
LV Name /dev/vg00/lvol6
LV Status available/syncd
LV Size (Mbytes) 512
Current LE 128
Allocated PE 256
Used PV 2
LV Name /dev/vg00/lvol7
LV Status available/syncd
LV Size (Mbytes) 1024
Current LE 256
Allocated PE 512
Used PV 2
LV Name /dev/vg00/lvol8
LV Status available/syncd
LV Size (Mbytes) 1536
Current LE 384
Allocated PE 768
Used PV 2
LV Name /dev/vg00/lvswap01
LV Status available/syncd
LV Size (Mbytes) 4000
Current LE 1000
Allocated PE 2000
Used PV 2
--- Physical volumes ---
PV Name /dev/dsk/c1t12d0
PV Status available
Total PE 2170
Free PE 1170
PV Name /dev/dsk/c1t13d0
PV Status available
Total PE 2169
Free PE 662
PV Name /dev/dsk/c2t8d0
PV Status available
Total PE 2170
Free PE 1170
PV Name /dev/dsk/c2t9d0
PV Status available
Total PE 2169
Free PE 662
--- Logical volumes ---
LV Name /dev/vg00/lvol1
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 256
Current LE 64
Allocated PE 128
Stripes 0
Stripe Size (Kbytes) 0
Bad block off
Allocation strict/contiguous
IO Timeout (Seconds) default
--- Distribution of logical volume ---
PV Name LE on PV PE on PV
/dev/dsk/c1t13d0 64 64
/dev/dsk/c2t9d0 64 64
/etc/fstab entry for /dev/vg00/lvol1:
/dev/vg00/lvol1 /stand hfs defaults 0 1
Local 'bdf' information for /dev/vg00/lvol1:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol1 255253 51408 178319 22% 110 40978 0% /stand
Top-level directory listing for /dev/vg00/lvol1 is:
dr-xr-xr-x 8 bin bin 1024 Nov 27 2001 /stand
Logical volume information for /dev/vg00/lvol2:
--- Logical volumes ---
LV Name /dev/vg00/lvol2
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 1024
Current LE 256
Allocated PE 512
Stripes 0
Stripe Size (Kbytes) 0
Bad block off
Allocation strict/contiguous
IO Timeout (Seconds) default
--- Distribution of logical volume ---
PV Name LE on PV PE on PV
/dev/dsk/c1t13d0 256 256
/dev/dsk/c2t9d0 256 256
/etc/fstab entry for /dev/vg00/lvol2:
WARNING! There is no /etc/fstab entry for /dev/vg00/lvol2.
Local 'bdf' information for /dev/vg00/lvol2:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
WARNING! No bdf information for /dev/vg00/lvol2.
/dev directory information for /dev/vg00/lvol2:
brw-r----- 1 root sys 64 0x000002 Mar 24 2000 /dev/vg00/lvol2
crw-r----- 1 root sys 64 0x000002 Mar 24 2000 /dev/vg00/rlvol2
Command to recreate the filesystem for /dev/vg00/lvol2:
ERROR! Cannot create the command to make the filesystem - is it swap space?
Top-level directory listing for /dev/vg00/lvol2 is:
WARNING! No top-level listing available for /dev/vg00/lvol2. Is it SWAP space?
Logical volume information for /dev/vg00/lvol3:
--- Logical volumes ---
LV Name /dev/vg00/lvol3
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 512
Current LE 128
Allocated PE 256
Stripes 0
Stripe Size (Kbytes) 0
Bad block off
Allocation strict/contiguous
IO Timeout (Seconds) default
--- Distribution of logical volume ---
PV Name LE on PV PE on PV
/dev/dsk/c1t13d0 128 128
/dev/dsk/c2t9d0 128 128
/etc/fstab entry for /dev/vg00/lvol3:
/dev/vg00/lvol3 / vxfs delaylog 0 1
Local 'bdf' information for /dev/vg00/lvol3:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol3 524288 39470 454752 8% 2678 121202 2% /
/dev directory information for /dev/vg00/lvol3:
brw-r----- 1 root sys 64 0x000003 Mar 24 2000 /dev/vg00/lvol3
crw-r----- 1 root sys 64 0x000003 Mar 24 2000 /dev/vg00/rlvol3
Command to recreate the filesystem for /dev/vg00/lvol3:
Top-level directory listing for /dev/vg00/lvol3 is:
drwxr-xr-x 46 root root 2048 Apr 11 07:51 /
Logical volume information for /dev/vg00/lvol4:
--- Logical volumes ---
LV Name /dev/vg00/lvol4
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 140
Current LE 35
Allocated PE 70
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/dsk/c1t13d0 35 35
/dev/dsk/c2t9d0 35 35
/etc/fstab entry for /dev/vg00/lvol4:
/dev/vg00/lvol4 /home vxfs delaylog 0 2
Local 'bdf' information for /dev/vg00/lvol4:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol4 126976 6824 112677 6% 1174 30038 4% /home
/dev directory information for /dev/vg00/lvol4:
brw-r----- 1 root sys 64 0x000004 Mar 17 19:10 /dev/vg00/lvol4
crw-r----- 1 root sys 64 0x000004 Mar 24 2000 /dev/vg00/rlvol4
Command to recreate the filesystem for /dev/vg00/lvol4:
Top-level directory listing for /dev/vg00/lvol4 is:
drwxr-xr-x 19 root root 1024 Feb 3 16:53 /home
Logical volume information for /dev/vg00/lvol5:
--- Logical volumes ---
LV Name /dev/vg00/lvol5
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 1024
Current LE 256
Allocated PE 512
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/dsk/c1t13d0 256 256
/dev/dsk/c2t9d0 256 256
/etc/fstab entry for /dev/vg00/lvol5:
/dev/vg00/lvol5 /opt vxfs delaylog 0 2
Local 'bdf' information for /dev/vg00/lvol5:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol5 1048576 721715 306481 70% 7776 81712 9% /opt
/dev directory information for /dev/vg00/lvol5:
brw-r----- 1 root sys 64 0x000005 Mar 17 19:10 /dev/vg00/lvol5
crw-r----- 1 root sys 64 0x000005 Mar 24 2000 /dev/vg00/rlvol5
Command to recreate the filesystem for /dev/vg00/lvol5:
Top-level directory listing for /dev/vg00/lvol5 is:
drwxr-xr-x 32 bin bin 1024 Feb 3 16:12 /opt
Logical volume information for /dev/vg00/lvol6:
--- Logical volumes ---
LV Name /dev/vg00/lvol6
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 512
Current LE 128
Allocated PE 256
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/dsk/c1t13d0 128 128
/dev/dsk/c2t9d0 128 128
/etc/fstab entry for /dev/vg00/lvol6:
/dev/vg00/lvol6 /tmp vxfs delaylog 0 2
Local 'bdf' information for /dev/vg00/lvol6:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol6 524288 19080 474766 4% 620 126300 0% /tmp
/dev directory information for /dev/vg00/lvol6:
brw-r----- 1 root sys 64 0x000006 Mar 17 19:10 /dev/vg00/lvol6
crw-r----- 1 root sys 64 0x000006 Mar 24 2000 /dev/vg00/rlvol6
Command to recreate the filesystem for /dev/vg00/lvol6:
Top-level directory listing for /dev/vg00/lvol6 is:
drwxrwxrwx 28 bin bin 31744 Apr 11 16:03 /tmp
Logical volume information for /dev/vg00/lvol7:
--- Logical volumes ---
LV Name /dev/vg00/lvol7
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 1024
Current LE 256
Allocated PE 512
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/dsk/c1t13d0 256 256
/dev/dsk/c2t9d0 256 256
/etc/fstab entry for /dev/vg00/lvol7:
/dev/vg00/lvol7 /usr vxfs delaylog 0 2
Local 'bdf' information for /dev/vg00/lvol7:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol7 1048576 761738 268942 74% 24963 71709 26% /usr
/dev directory information for /dev/vg00/lvol7:
brw-r----- 1 root sys 64 0x000007 Mar 17 19:11 /dev/vg00/lvol7
crw-r----- 1 root sys 64 0x000007 Mar 24 2000 /dev/vg00/rlvol7
Command to recreate the filesystem for /dev/vg00/lvol7:
Top-level directory listing for /dev/vg00/lvol7 is:
dr-xr-xr-x 27 bin bin 1024 Sep 17 2002 /usr
Logical volume information for /dev/vg00/lvol8:
--- Logical volumes ---
LV Name /dev/vg00/lvol8
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 1536
Current LE 384
Allocated PE 768
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/dsk/c1t13d0 384 384
/dev/dsk/c2t9d0 384 384
/etc/fstab entry for /dev/vg00/lvol8:
/dev/vg00/lvol8 /var vxfs delaylog 0 2
Local 'bdf' information for /dev/vg00/lvol8:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg00/lvol8 1572864 946281 587504 62% 26329 156643 14% /var
/dev directory information for /dev/vg00/lvol8:
brw-r----- 1 root sys 64 0x000008 Mar 17 19:10 /dev/vg00/lvol8
crw-r----- 1 root sys 64 0x000008 Mar 24 2000 /dev/vg00/rlvol8
Command to recreate the filesystem for /dev/vg00/lvol8:
Top-level directory listing for /dev/vg00/lvol8 is:
dr-xr-xr-x 20 bin bin 1024 Sep 17 2002 /var
Logical volume information for /dev/vg00/lvswap01:
--- Logical volumes ---
LV Name /dev/vg00/lvswap01
VG Name /dev/vg00
LV Permission read/write
LV Status available/syncd
Mirror copies 1
Consistency Recovery MWC
Schedule parallel
LV Size (Mbytes) 4000
Current LE 1000
Allocated PE 2000
Stripes 0
Stripe Size (Kbytes) 0
Bad block off
Allocation strict/contiguous
IO Timeout (Seconds) default
--- Distribution of logical volume ---
PV Name LE on PV PE on PV
/dev/dsk/c1t12d0 1000 1000
/dev/dsk/c2t8d0 1000 1000
/etc/fstab entry for /dev/vg00/lvswap01:
/dev/vg00/lvswap01 ... swap pri=1 0 0
Local 'bdf' information for /dev/vg00/lvswap01:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
WARNING! No bdf information for /dev/vg00/lvswap01.
/dev directory information for /dev/vg00/lvswap01:
Command to recreate the filesystem for /dev/vg00/lvswap01:
ERROR! Cannot create the command to make the filesystem - is it swap space?
Top-level directory listing for /dev/vg00/lvswap01 is:
... not found
Physical volume information for /dev/dsk/c1t12d0:
--- Physical volumes ---
PV Name /dev/dsk/c1t12d0
VG Name /dev/vg00
PV Status available
Allocatable yes
VGDA 2
Cur LV 1
PE Size (Mbytes) 4
Total PE 2170
Free PE 1170
Allocated PE 1000
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg00/lvswap01 1000 1000
brw-r----- 1 bin sys 31 0x01c000 Mar 24 2000 /dev/dsk/c1t12d0
crw-r----- 1 bin sys 188 0x01c000 Mar 26 2001 /dev/rdsk/c1t12d0
Drive brand and model information:
SCSI describe of /dev/rdsk/c1t12d0:
vendor: SEAGATE
product id: ST39175LC
type: direct access
size: 8891556 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c1t13d0:
--- Physical volumes ---
PV Name /dev/dsk/c1t13d0
VG Name /dev/vg00
PV Status available
Allocatable yes
VGDA 2
Cur LV 8
PE Size (Mbytes) 4
Total PE 2169
Free PE 662
Allocated PE 1507
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg00/lvol1 64 64
/dev/vg00/lvol2 256 256
/dev/vg00/lvol3 128 128
/dev/vg00/lvol4 35 35
/dev/vg00/lvol5 256 256
/dev/vg00/lvol6 128 128
/dev/vg00/lvol7 256 256
/dev/vg00/lvol8 384 384
brw-r----- 1 bin sys 31 0x01d000 Mar 24 2000 /dev/dsk/c1t13d0
crw-r----- 1 bin sys 188 0x01d000 Dec 15 2000 /dev/rdsk/c1t13d0
Drive brand and model information:
SCSI describe of /dev/rdsk/c1t13d0:
vendor: SEAGATE
product id: ST39175LC
type: direct access
size: 8891556 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c2t8d0:
--- Physical volumes ---
PV Name /dev/dsk/c2t8d0
VG Name /dev/vg00
PV Status available
Allocatable yes
VGDA 2
Cur LV 1
PE Size (Mbytes) 4
Total PE 2170
Free PE 1170
Allocated PE 1000
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg00/lvswap01 1000 1000
brw-r----- 1 bin sys 31 0x028000 Mar 24 2000 /dev/dsk/c2t8d0
crw-r----- 1 bin sys 188 0x028000 Mar 27 2000 /dev/rdsk/c2t8d0
Drive brand and model information:
SCSI describe of /dev/rdsk/c2t8d0:
vendor: SEAGATE
product id: ST39175LC
type: direct access
size: 8891556 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c2t9d0:
--- Physical volumes ---
PV Name /dev/dsk/c2t9d0
VG Name /dev/vg00
PV Status available
Allocatable yes
VGDA 2
Cur LV 8
PE Size (Mbytes) 4
Total PE 2169
Free PE 662
Allocated PE 1507
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg00/lvol1 64 64
/dev/vg00/lvol2 256 256
/dev/vg00/lvol3 128 128
/dev/vg00/lvol4 35 35
/dev/vg00/lvol5 256 256
/dev/vg00/lvol6 128 128
/dev/vg00/lvol7 256 256
/dev/vg00/lvol8 384 384
WARNING! There is no /etc/fstab entry for /dev/vg02.
Directory information for /dev/vg02:
crw-rw-rw- 1 root sys 64 0x020000 Aug 30 2002 group
brw-r----- 1 root sys 64 0x020001 Aug 30 2002 lvora02
brw-r----- 1 root sys 64 0x020002 Aug 30 2002 lvora03
brw-r----- 1 root sys 64 0x020003 Aug 30 2002 lvora04
brw-r----- 1 root sys 64 0x020004 Aug 30 2002 lvora06
brw-r----- 1 root sys 64 0x020005 Aug 30 2002 lvora07
brw-r----- 1 root sys 64 0x020006 Aug 30 2002 lvora08
brw-r----- 1 root sys 64 0x020007 Aug 30 2002 lvora09
crw-r----- 1 root sys 64 0x020001 Aug 30 2002 rlvora02
crw-r----- 1 root sys 64 0x020002 Aug 30 2002 rlvora03
crw-r----- 1 root sys 64 0x020003 Aug 30 2002 rlvora04
crw-r----- 1 root sys 64 0x020004 Aug 30 2002 rlvora06
crw-r----- 1 root sys 64 0x020005 Aug 30 2002 rlvora07
crw-r----- 1 root sys 64 0x020006 Aug 30 2002 rlvora08
crw-r----- 1 root sys 64 0x020007 Aug 30 2002 rlvora09
--- NO LOGICAL VOLUMES TO PROCESS!!! ------ NO PHYSICAL VOLUMES TO PROCESS!!! ---
Volume group information for /dev/vg01rep
--- Volume groups ---
VG Name /dev/vg01rep
VG Write Access read/write
VG Status available
Max LV 255
Cur LV 2
Open LV 2
Max PV 16
Cur PV 2
Act PV 2
Max PE per PV 2157
VGDA 4
PE Size (Mbytes) 4
Total PE 4314
Alloc PE 4314
Free PE 0
Total PVG 0
Total Spare PVs 0
Total Spare PVs in use 0
--- Logical volumes ---
LV Name /dev/vg01rep/lvora01
LV Status available/syncd
LV Size (Mbytes) 7000
Current LE 1750
Allocated PE 1750
Used PV 2
LV Name /dev/vg01rep/lvora05
LV Status available/syncd
LV Size (Mbytes) 10256
Current LE 2564
Allocated PE 2564
Used PV 2
--- Physical volumes ---
PV Name /dev/dsk/c9t2d3
PV Name /dev/dsk/c11t2d3 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t2d4
PV Name /dev/dsk/c11t2d4 Alternate Link
PV Status available
Total PE 2157
Free PE 0
Logical volume map for /dev/vg01rep:
1 lvora01
2 lvora05
/etc/fstab entry for /dev/vg01rep:
WARNING! There is no /etc/fstab entry for /dev/vg01rep.
Logical volume information for /dev/vg01rep/lvora01:
--- Logical volumes ---
LV Name /dev/vg01rep/lvora01
VG Name /dev/vg01rep
LV Permission read/write
LV Status available/syncd
Mirror copies 0
Consistency Recovery MWC
Schedule striped
LV Size (Mbytes) 7000
Current LE 1750
Allocated PE 1750
Stripes 2
Stripe Size (Kbytes) 8
Bad block on
Allocation strict
IO Timeout (Seconds) default
--- Distribution of logical volume ---
PV Name LE on PV PE on PV
/dev/dsk/c9t2d3 875 875
/dev/dsk/c9t2d4 875 875
/etc/fstab entry for /dev/vg01rep/lvora01:
WARNING! There is no /etc/fstab entry for /dev/vg01rep/lvora01.
Local 'bdf' information for /dev/vg01rep/lvora01:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg01rep/lvora01
/dev directory information for /dev/vg01rep/lvora01:
Top-level directory listing for /dev/vg01rep/lvora01 is:
WARNING! No top-level listing available for /dev/vg01rep/lvora01. Is it SWAP space?
Logical volume information for /dev/vg01rep/lvora05:
--- Logical volumes ---
LV Name /dev/vg01rep/lvora05
VG Name /dev/vg01rep
LV Permission read/write
LV Status available/syncd
Mirror copies 0
Consistency Recovery MWC
Schedule striped
LV Size (Mbytes) 10256
Current LE 2564
Allocated PE 2564
Stripes 2
Stripe Size (Kbytes) 8
Bad block on
Allocation strict
IO Timeout (Seconds) default
--- Distribution of logical volume ---
PV Name LE on PV PE on PV
/dev/dsk/c9t2d3 1282 1282
/dev/dsk/c9t2d4 1282 1282
/etc/fstab entry for /dev/vg01rep/lvora05:
WARNING! There is no /etc/fstab entry for /dev/vg01rep/lvora05.
Local 'bdf' information for /dev/vg01rep/lvora05:
Filesystem kbytes used avail %used iused ifree %iuse Mounted on
/dev/vg01rep/lvora05
/dev directory information for /dev/vg01rep/lvora05:
Top-level directory listing for /dev/vg01rep/lvora05 is:
WARNING! No top-level listing available for /dev/vg01rep/lvora05. Is it SWAP space?
Physical volume information for /dev/dsk/c9t2d3:
--- Physical volumes ---
PV Name /dev/dsk/c9t2d3
PV Name /dev/dsk/c11t2d3 Alternate Link
VG Name /dev/vg01rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 2
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg01rep/lvora01 875 875
/dev/vg01rep/lvora05 1282 1282
brw-r----- 1 bin sys 31 0x092300 Jul 22 2002 /dev/dsk/c9t2d3
crw-r----- 1 bin sys 188 0x092300 Apr 11 06:14 /dev/rdsk/c9t2d3
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t2d3:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t2d3:
Device file path "/dev/dsk/c11t2d3" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t2d3".
--- Physical volumes ---
PV Name /dev/dsk/c9t2d3
PV Name /dev/dsk/c11t2d3 Alternate Link
VG Name /dev/vg01rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 2
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg01rep/lvora01 875 875
/dev/vg01rep/lvora05 1282 1282
brw-r----- 1 bin sys 31 0x0b2300 Aug 30 2002 /dev/dsk/c11t2d3
crw-r----- 1 bin sys 188 0x0b2300 Apr 11 06:14 /dev/rdsk/c11t2d3
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t2d3:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t2d4:
--- Physical volumes ---
PV Name /dev/dsk/c9t2d4
PV Name /dev/dsk/c11t2d4 Alternate Link
VG Name /dev/vg01rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 2
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg01rep/lvora01 875 875
/dev/vg01rep/lvora05 1282 1282
brw-r----- 1 bin sys 31 0x092400 Jul 22 2002 /dev/dsk/c9t2d4
crw-r----- 1 bin sys 188 0x092400 Apr 11 06:14 /dev/rdsk/c9t2d4
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t2d4:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t2d4:
Device file path "/dev/dsk/c11t2d4" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t2d4".
--- Physical volumes ---
PV Name /dev/dsk/c9t2d4
PV Name /dev/dsk/c11t2d4 Alternate Link
VG Name /dev/vg01rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 2
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg01rep/lvora01 875 875
/dev/vg01rep/lvora05 1282 1282
brw-r----- 1 bin sys 31 0x0b2400 Aug 30 2002 /dev/dsk/c11t2d4
crw-r----- 1 bin sys 188 0x0b2400 Apr 11 06:14 /dev/rdsk/c11t2d4
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t2d4:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Volume group information for /dev/vg02rep
--- Volume groups ---
VG Name /dev/vg02rep
VG Write Access read/write
VG Status available
Max LV 100
Cur LV 17
Open LV 17
Max PV 100
Cur PV 23
Act PV 23
Max PE per PV 2157
VGDA 46
PE Size (Mbytes) 4
Total PE 49611
Alloc PE 49611
Free PE 0
Total PVG 0
Total Spare PVs 0
Total Spare PVs in use 0
--- Logical volumes ---
LV Name /dev/vg02rep/lvora02
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
LV Name /dev/vg02rep/lvora03
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
LV Name /dev/vg02rep/lvora04
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
LV Name /dev/vg02rep/lvora06
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
LV Name /dev/vg02rep/lvora07
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
LV Name /dev/vg02rep/lvora08
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
LV Name /dev/vg02rep/lvora09
LV Status available/syncd
LV Size (Mbytes) 11684
Current LE 2921
Allocated PE 2921
Used PV 23
--- Physical volumes ---
PV Name /dev/dsk/c9t2d5
PV Name /dev/dsk/c11t2d5 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t2d6
PV Name /dev/dsk/c11t2d6 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t2d7
PV Name /dev/dsk/c11t2d7 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t3d0
PV Name /dev/dsk/c11t3d0 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t3d1
PV Name /dev/dsk/c11t3d1 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t3d2
PV Name /dev/dsk/c11t3d2 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t3d3
PV Name /dev/dsk/c11t3d3 Alternate Link
PV Status available
Total PE 2157
Free PE 0
PV Name /dev/dsk/c9t3d4
PV Name /dev/dsk/c11t3d4 Alternate Link
PV Status available
Total PE 2157
Free PE 0
Top-level directory listing for /dev/vg02rep/lvora09 is:
WARNING! No top-level listing available for /dev/vg02rep/lvora09. Is it SWAP space?
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t2d6:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t2d6:
Device file path "/dev/dsk/c11t2d6" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t2d6".
--- Physical volumes ---
PV Name /dev/dsk/c9t2d6
PV Name /dev/dsk/c11t2d6 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b2600 Aug 30 2002 /dev/dsk/c11t2d6
crw-r----- 1 bin sys 188 0x0b2600 Aug 30 2002 /dev/rdsk/c11t2d6
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t2d6:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t2d7:
--- Physical volumes ---
PV Name /dev/dsk/c9t2d7
PV Name /dev/dsk/c11t2d7 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x092700 Jul 22 2002 /dev/dsk/c9t2d7
crw-r----- 1 bin sys 188 0x092700 Apr 11 06:14 /dev/rdsk/c9t2d7
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t2d7:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t2d7:
Device file path "/dev/dsk/c11t2d7" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t2d7".
--- Physical volumes ---
PV Name /dev/dsk/c9t2d7
PV Name /dev/dsk/c11t2d7 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b2700 Aug 30 2002 /dev/dsk/c11t2d7
crw-r----- 1 bin sys 188 0x0b2700 Aug 30 2002 /dev/rdsk/c11t2d7
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t2d7:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t3d2:
--- Physical volumes ---
PV Name /dev/dsk/c9t3d2
PV Name /dev/dsk/c11t3d2 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x093200 Jul 22 2002 /dev/dsk/c9t3d2
crw-r----- 1 bin sys 188 0x093200 Apr 11 06:14 /dev/rdsk/c9t3d2
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t3d2:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t3d2:
Device file path "/dev/dsk/c11t3d2" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t3d2".
--- Physical volumes ---
PV Name /dev/dsk/c9t3d2
PV Name /dev/dsk/c11t3d2 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b3200 Aug 30 2002 /dev/dsk/c11t3d2
crw-r----- 1 bin sys 188 0x0b3200 Aug 30 2002 /dev/rdsk/c11t3d2
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t3d2:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t3d5:
Device file path "/dev/dsk/c11t3d5" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t3d5".
--- Physical volumes ---
PV Name /dev/dsk/c9t3d5
PV Name /dev/dsk/c11t3d5 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b3500 Aug 30 2002 /dev/dsk/c11t3d5
crw-r----- 1 bin sys 188 0x0b3500 Aug 30 2002 /dev/rdsk/c11t3d5
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t3d5:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t3d6:
Device file path "/dev/dsk/c11t3d6" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t3d6".
--- Physical volumes ---
PV Name /dev/dsk/c9t3d6
PV Name /dev/dsk/c11t3d6 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b3600 Aug 30 2002 /dev/dsk/c11t3d6
crw-r----- 1 bin sys 188 0x0b3600 Aug 30 2002 /dev/rdsk/c11t3d6
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t3d6:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t3d7:
Device file path "/dev/dsk/c11t3d7" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t3d7".
--- Physical volumes ---
PV Name /dev/dsk/c9t3d7
PV Name /dev/dsk/c11t3d7 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b3700 Aug 30 2002 /dev/dsk/c11t3d7
crw-r----- 1 bin sys 188 0x0b3700 Aug 30 2002 /dev/rdsk/c11t3d7
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t3d7:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t4d1:
--- Physical volumes ---
PV Name /dev/dsk/c9t4d1
PV Name /dev/dsk/c11t4d1 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x094100 Jul 22 2002 /dev/dsk/c9t4d1
crw-r----- 1 bin sys 188 0x094100 Apr 11 06:14 /dev/rdsk/c9t4d1
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t4d1:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t4d4:
--- Physical volumes ---
PV Name /dev/dsk/c9t4d4
PV Name /dev/dsk/c11t4d4 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x094400 Jul 22 2002 /dev/dsk/c9t4d4
crw-r----- 1 bin sys 188 0x094400 Apr 11 06:14 /dev/rdsk/c9t4d4
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t4d4:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t5d6:
--- Physical volumes ---
PV Name /dev/dsk/c9t5d6
PV Name /dev/dsk/c11t5d6 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x095600 Aug 6 2002 /dev/dsk/c9t5d6
crw-r----- 1 bin sys 188 0x095600 Apr 11 06:14 /dev/rdsk/c9t5d6
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t5d6:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t5d6:
Device file path "/dev/dsk/c11t5d6" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t5d6".
--- Physical volumes ---
PV Name /dev/dsk/c9t5d6
PV Name /dev/dsk/c11t5d6 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b5600 Aug 30 2002 /dev/dsk/c11t5d6
crw-r----- 1 bin sys 188 0x0b5600 Aug 30 2002 /dev/rdsk/c11t5d6
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t5d6:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t5d7:
--- Physical volumes ---
PV Name /dev/dsk/c9t5d7
PV Name /dev/dsk/c11t5d7 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x095700 Aug 6 2002 /dev/dsk/c9t5d7
crw-r----- 1 bin sys 188 0x095700 Apr 11 06:14 /dev/rdsk/c9t5d7
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t5d7:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t5d7:
Device file path "/dev/dsk/c11t5d7" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t5d7".
--- Physical volumes ---
PV Name /dev/dsk/c9t5d7
PV Name /dev/dsk/c11t5d7 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x0b5700 Aug 30 2002 /dev/dsk/c11t5d7
crw-r----- 1 bin sys 188 0x0b5700 Aug 30 2002 /dev/rdsk/c11t5d7
Drive brand and model information:
SCSI describe of /dev/rdsk/c11t5d7:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c9t6d0:
--- Physical volumes ---
PV Name /dev/dsk/c9t6d0
PV Name /dev/dsk/c11t6d0 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
brw-r----- 1 bin sys 31 0x096000 Aug 6 2002 /dev/dsk/c9t6d0
crw-r----- 1 bin sys 188 0x096000 Apr 11 06:14 /dev/rdsk/c9t6d0
Drive brand and model information:
SCSI describe of /dev/rdsk/c9t6d0:
vendor: EMC
product id: SYMMETRIX
type: direct access
size: 8838720 Kbytes
bytes per sector: 512
Physical volume information for /dev/dsk/c11t6d0:
Device file path "/dev/dsk/c11t6d0" is an alternate path
to the Physical Volume. Using Primary Link "/dev/dsk/c9t6d0".
--- Physical volumes ---
PV Name /dev/dsk/c9t6d0
PV Name /dev/dsk/c11t6d0 Alternate Link
VG Name /dev/vg02rep
PV Status available
Allocatable yes
VGDA 2
Cur LV 17
PE Size (Mbytes) 4
Total PE 2157
Free PE 0
Allocated PE 2157
Stale PE 0
IO Timeout (Seconds) default
--- Distribution of physical volume ---
LV Name LE of LV PE for LV
/dev/vg02rep/lvora02 127 127
/dev/vg02rep/lvora03 127 127
/dev/vg02rep/lvora04 127 127
/dev/vg02rep/lvora06 127 127
/dev/vg02rep/lvora07 127 127
/dev/vg02rep/lvora08 127 127
/dev/vg02rep/lvora09 127 127
The version of SYMCLI and SYMAPI is:
Symmetrix CLI (SYMCLI) Version : V6.0.1.0 (Edit Level: 278)
Built with SYMAPI Version : V6.0.1.0 (Edit Level: 278)
SYMAPI Run Time Version : V6.0.1.0 (Edit Level: 278)
The Symmetrix Units known to hpdatab include:
S Y M M E T R I X
Mcode Cache Num Phys Num Symm
SymmID Attachment Model Version Size (MB) Devices Devices
999999999999 Local 8530 5567 8192 106 327
The detail information for SID 999999999999 includes:
Symmetrix ID: 999999999999
Product Model : 8530
Symmetrix ID : 999999999999
Microcode Version (Number) : 5567 (15BFAA01)
Microcode Date : 11.13.2002
Microcode Patch Date : 11.13.2002
Microcode Patch Level : 49
Cache Size : 8192 (MB)
# of Available Cache Slots : 192752
Max # of System Write Pending Slots : 154352
Max # of DA Write Pending Slots : 77176
Max # of Device Write Pending Slots : 7215
Symmetrix Total Operating Time : 360 days, 02:12:07
Symmetrix Power ON Time : Tue Apr 16 13:52:36 2002
Symmetrix Last IPL Time (Cold) : Tue May 7 12:06:49 2002
Symmetrix Last Fast IPL Time (Hot) : Mon Dec 16 08:50:26 2002
Host DB Sync Time : Tue Sep 17 12:10:06 2002
Symmetrix CLI (SYMCLI) Version : V6.0.1.0 (Edit Level: 278)
Built with SYMAPI Version : V6.0.1.0 (Edit Level: 278)
SYMAPI Run Time Version : V6.0.1.0 (Edit Level: 278)
Number of Configured (Sym) Devices : 327
Number of Visible (Host) Devices : 106
Number of Configured Actual Disks : 43
Number of Configured Hot Spares : 0
Number of Powerpath Devices : 0
Powerpath Run Time Version : N/A
SDDF Configuration State : Enabled
Configuration Change State : Enabled
WORM Configuration Level : N/A
WORM Charateristics : N/A
Symmetrix Configuration Checksum : 10BF20
Switched RDF Configuration State : Disabled
Concurrent RDF Configuration State : Disabled
Dynamic RDF Configuration State : Disabled
RDF Data Mobility Configuration State: Disabled
Access Control Configuration State : Disabled
Device Masking (VCM) Config State : Mixed
Summary list of devices connected to SID 999999999999:
Symmetrix ID: 999999999999
Device Name Directors Device
---------------------------- ------------ -------------------------------------
Cap
Physical Sym SA :P DA :IT Config Attribute Sts (MB)
---------------------------- ------------ -------------------------------------
/dev/rdsk/c9t0d0 0001 04A:1 01A:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d1 0002 04A:1 02B:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d2 0003 04A:1 01B:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d3 0004 04A:1 02A:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d4 0005 04A:1 16B:D0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d5 0006 04A:1 15A:D0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d6 0007 04A:1 16A:D0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t0d7 0008 04A:1 15B:D0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t1d0 0009 04A:1 16B:C1 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t1d1 000A 04A:1 15A:C1 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t2d2 0013 04A:1 16A:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t2d3 0014 04A:1 15B:C0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d4 0015 04A:1 01A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d5 0016 04A:1 02B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d6 0017 04A:1 16A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d7 0018 04A:1 15B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t3d0 0019 04A:1 01A:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c9t3d1 001A 04A:1 02B:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c9t4d6 00C5 04A:1 01B:C2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t4d7 00C6 04A:1 02A:C2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t5d0 00C7 04A:1 16B:D2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t5d1 00C8 04A:1 16A:D1 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t5d2 00C9 04A:1 15B:D1 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t5d3 00CA 04A:1 16B:C2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c9t5d4 0134 04A:1 02A:C0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t5d5 0135 04A:1 16B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t5d6 0136 04A:1 15A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t5d7 0137 04A:1 01B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t6d0 0138 04A:1 02A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t6d1 0139 04A:1 16B:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c9t15d0 0113 04A:1 02B:C0 2-Way Mir N/Grp'd RW 3
/dev/rdsk/c9t15d1 0114 04A:1 16A:C0 2-Way Mir N/Grp'd RW 3
/dev/rdsk/c9t15d2 0115 04A:1 15A:C0 2-Way Mir N/Grp'd RW 3
/dev/rdsk/c11t0d0 0001 13B:1 01A:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t0d1 0002 13B:1 02B:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t0d2 0003 13B:1 01B:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t0d3 0004 13B:1 02A:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t2d2 0013 13B:1 16A:C0 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t2d3 0014 13B:1 15B:C0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t2d4 0015 13B:1 01A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t2d5 0016 13B:1 02B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t2d6 0017 13B:1 16A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t2d7 0018 13B:1 15B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t3d0 0019 13B:1 01A:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c11t3d1 001A 13B:1 02B:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c11t3d2 001B 13B:1 16A:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c11t3d3 001C 13B:1 15B:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c11t4d4 0025 13B:1 16B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t4d5 0026 13B:1 15A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t4d6 00C5 13B:1 01B:C2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t4d7 00C6 13B:1 02A:C2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t5d0 00C7 13B:1 16B:D2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t5d1 00C8 13B:1 16A:D1 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t5d2 00C9 13B:1 15B:D1 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t5d3 00CA 13B:1 16B:C2 2-Way Mir N/Grp'd RW 8632
/dev/rdsk/c11t5d4 0134 13B:1 02A:C0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t5d5 0135 13B:1 16B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t5d6 0136 13B:1 15A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t5d7 0137 13B:1 01B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t6d0 0138 13B:1 02A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c11t6d1 0139 13B:1 16B:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c11t15d0 0125 13B:1 02A:C1 2-Way Mir N/Grp'd RW 3
/dev/rdsk/c11t15d1 0126 13B:1 02B:C1 2-Way Mir N/Grp'd RW 3
/dev/rdsk/c11t15d2 0127 13B:1 01B:C1 2-Way Mir N/Grp'd RW 3
VCM devices for SID 999999999999:There are no visible VCM devices for 999999999999.SRDF devices for SID 999999999999:There are no SRDF devices for 999999999999 and hpdatab.BCV devices for SID 999999999999:
Symmetrix ID: 999999999999
Device Name Directors Device
---------------------------- ------------ -------------------------------------
Cap
Physical Sym SA :P DA :IT Config Attribute Sts (MB)
---------------------------- ------------ -------------------------------------
/dev/rdsk/c9t2d3 0014 04A:1 15B:C0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d4 0015 04A:1 01A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d5 0016 04A:1 02B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d6 0017 04A:1 16A:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t2d7 0018 04A:1 15B:D0 BCV N/Asst'd RW 8632
/dev/rdsk/c9t3d0 0019 04A:1 01A:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c9t3d1 001A 04A:1 02B:C1 BCV N/Asst'd RW 8632
/dev/rdsk/c9t3d2 001B 04A:1 16A:C1 BCV N/Asst'd RW 8632
Data Groups for SID 999999999999:There are no defined data groups for 999999999999.Data Group Definition files for hpdatab:/scripts/databpkg.grp:
DEV100 bcv ld BCV023
DEV101 bcv ld BCV024
DEV102 bcv ld BCV025
DEV103 bcv ld BCV026
DEV10b bcv ld BCV027
DEV106 bcv ld BCV028
DEV111 bcv ld BCV029
DEV105 bcv ld BCV02a
DEV10c bcv ld BCV02b
DEV10d bcv ld BCV02c
DEV104 bcv ld BCV02d
DEV10a bcv ld BCV02e
DEV10f bcv ld BCV02f
DEV10e bcv ld BCV030
DEV107 bcv ld BCV031
DEV108 bcv ld BCV032
DEV109 bcv ld BCV033
DEV110 bcv ld BCV034
Gateways for SID 999999999999:There are no defined gateways for 999999999999.Device Details for 999999999999:Details for /dev/rdsk/c9t0d1:
Device Physical Name : /dev/rdsk/c9t0d1
Device Symmetrix Name : 0002
Device Serial ID : 99002000
Symmetrix ID : 999999999999
Attached BCV Device : N/A
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : 2-Way Mir
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (4):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c9t0d1 N/A 04A FA 1 RW 000 00 001
/dev/rdsk/c11t0d1 N/A 13B FA 1 RW 000 00 001
Not Visible N/A 04A FA 0 RW 000 00 001
Not Visible N/A 13B FA 0 RW 000 00 001
}
Mirror Set Type : [Data,Data,N/A,N/A]
Mirror Set DA Status : [RW,RW,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [02B, C, 0]
Disk Director Volume Number : 1
Hyper Number : 1
Disk Capacity : 70007m
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [15A, C, 0]
Disk Director Volume Number : 1
Hyper Number : 1
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 0002
Standard (STD) Device Serial ID : 99002000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0015
BCV Device Serial ID : 99015000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:15 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 156
}
Details for /dev/rdsk/c9t0d2:
Device Physical Name : /dev/rdsk/c9t0d2
Device Symmetrix Name : 0003
Device Serial ID : 99003000
Symmetrix ID : 999999999999
Attached BCV Device : N/A
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : 2-Way Mir
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (6):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c9t0d2 N/A 04A FA 1 RW 000 00 002
/dev/rdsk/c11t0d2 N/A 13B FA 1 RW 000 00 002
Not Visible N/A 03A SA 0 RW - 00 00
Not Visible N/A 03A SA 1 RW - 00 00
Not Visible N/A 04A FA 0 RW 000 00 002
Not Visible N/A 13B FA 0 RW 000 00 002
}
Mirror Set Type : [Data,Data,N/A,N/A]
Mirror Set DA Status : [RW,RW,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [01B, C, 0]
Disk Director Volume Number : 1
Hyper Number : 1
Disk Capacity : 70007m
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [16A, C, 0]
Disk Director Volume Number : 1
Hyper Number : 1
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 0003
Standard (STD) Device Serial ID : 99003000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0016
BCV Device Serial ID : 99016000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:26 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 111298
}
Details for /dev/rdsk/c9t0d3:
Device Physical Name : /dev/rdsk/c9t0d3
Device Symmetrix Name : 0004
Device Serial ID : 99004000
Symmetrix ID : 999999999999
Attached BCV Device : N/A
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : 2-Way Mir
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (6):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c9t0d3 N/A 04A FA 1 RW 000 00 003
/dev/rdsk/c11t0d3 N/A 13B FA 1 RW 000 00 003
Not Visible N/A 03A SA 0 RW - 00 01
Not Visible N/A 03A SA 1 RW - 00 01
Not Visible N/A 04A FA 0 RW 000 00 003
Not Visible N/A 13B FA 0 RW 000 00 003
}
Mirror Set Type : [Data,Data,N/A,N/A]
Mirror Set DA Status : [RW,RW,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [02A, C, 0]
Disk Director Volume Number : 1
Hyper Number : 1
Disk Capacity : 70007m
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [15B, C, 0]
Disk Director Volume Number : 1
Hyper Number : 1
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 0004
Standard (STD) Device Serial ID : 99004000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0017
BCV Device Serial ID : 99017000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:22 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 111192
}
Details for /dev/rdsk/c9t1d7:
Device Physical Name : /dev/rdsk/c9t1d7
Device Symmetrix Name : 0010
Device Serial ID : 99010000
Symmetrix ID : 999999999999
Attached BCV Device : N/A
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : 2-Way Mir
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (6):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c9t1d7 N/A 04A FA 1 RW 000 01 007
/dev/rdsk/c11t1d7 N/A 13B FA 1 RW 000 01 007
Not Visible N/A 03A SA 0 RW - 01 05
Not Visible N/A 03A SA 1 RW - 01 05
Not Visible N/A 04A FA 0 RW 000 01 007
Not Visible N/A 13B FA 0 RW 000 01 007
}
Mirror Set Type : [Data,Data,N/A,N/A]
Mirror Set DA Status : [RW,RW,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [02A, D, 0]
Disk Director Volume Number : 44
Hyper Number : 2
Disk Capacity : 70007m
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [15B, D, 0]
Disk Director Volume Number : 44
Hyper Number : 2
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 0010
Standard (STD) Device Serial ID : 99010000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0023
BCV Device Serial ID : 99023000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:38 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 111181
}
Details for /dev/rdsk/c9t5d2:
Device Physical Name : /dev/rdsk/c9t5d2
Device Symmetrix Name : 00C9
Device Serial ID : 990C9000
Symmetrix ID : 999999999999
Attached BCV Device : N/A
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : 2-Way Mir
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (6):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c9t5d2 N/A 04A FA 1 RW 000 05 002
/dev/rdsk/c11t5d2 N/A 13B FA 1 RW 000 05 002
Not Visible N/A 03A SA 0 RW - 02 07
Not Visible N/A 03A SA 1 RW - 02 07
Not Visible N/A 04A FA 0 RW 000 05 002
Not Visible N/A 13B FA 0 RW 000 05 002
}
Mirror Set Type : [Data,Data,N/A,N/A]
Mirror Set DA Status : [RW,RW,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [15B, D, 1]
Disk Director Volume Number : 66
Hyper Number : 13
Disk Capacity : 173145m
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [02A, D, 1]
Disk Director Volume Number : 66
Hyper Number : 13
Disk Capacity : 173145m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 00C9
Standard (STD) Device Serial ID : 990C9000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0138
BCV Device Serial ID : 48138000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:53 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 111331
}
Details for /dev/rdsk/c9t6d0:
Device Physical Name : /dev/rdsk/c9t6d0
Device Symmetrix Name : 0138
Device Serial ID : 48138000
Symmetrix ID : 999999999999
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0141
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : BCV
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (4):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c9t6d0 N/A 04A FA 1 RW 000 06 000
/dev/rdsk/c11t6d0 N/A 13B FA 1 RW 000 06 000
Not Visible N/A 04A FA 0 RW 000 06 000
Not Visible N/A 13B FA 0 RW 000 06 000
}
Mirror Set Type : [Data,N/A,N/A,N/A]
Mirror Set DA Status : [RW,N/A,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [02A, D, 0]
Disk Director Volume Number : 45
Hyper Number : 3
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 00C9
Standard (STD) Device Serial ID : 990C9000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0138
BCV Device Serial ID : 48138000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:52 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 422
}
Details for /dev/rdsk/c11t2d6:
Device Physical Name : /dev/rdsk/c11t2d6
Device Symmetrix Name : 0017
Device Serial ID : 99017000
Symmetrix ID : 999999999999
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : BCV
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (4):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c11t2d6 N/A 13B FA 1 RW 000 02 006
/dev/rdsk/c9t2d6 N/A 04A FA 1 RW 000 02 006
Not Visible N/A 04A FA 0 RW 000 02 006
Not Visible N/A 13B FA 0 RW 000 02 006
}
Mirror Set Type : [Data,N/A,N/A,N/A]
Mirror Set DA Status : [RW,N/A,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [16A, D, 0]
Disk Director Volume Number : 44
Hyper Number : 3
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 0004
Standard (STD) Device Serial ID : 99004000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0017
BCV Device Serial ID : 99017000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:22 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 422
}
Details for /dev/rdsk/c11t2d7:
Device Physical Name : /dev/rdsk/c11t2d7
Device Symmetrix Name : 0018
Device Serial ID : 99018000
Symmetrix ID : 999999999999
Vendor ID : EMC
Product ID : SYMMETRIX
Product Revision : 5567
Device Emulation Type : FBA
Device Defined Label Type: N/A
Device Defined Label : N/A
Device Sub System Id : 0x0140
Device Block Size : 512
Device Capacity
{
Cylinders : 18414
Tracks : 276210
512-byte Blocks : 17677440
MegaBytes : 8632
KiloBytes : 8838720
}
Device Configuration : BCV
Device is WORM Enabled : No
Device is WORM Protected : No
Dynamic Spare Invoked : No
Dynamic RDF Capability : None
Device Service State : Normal
Device Status : Ready (RW)
Device SA Status : Ready (RW)
Front Director Paths (4):
{
----------------------------------------------------------------------
POWERPATH DIRECTOR PORT
--------- ---------- -------- ------------
PdevName Type Num Type Num Sts VBUS TID LUN
----------------------------------------------------------------------
/dev/rdsk/c11t2d7 N/A 13B FA 1 RW 000 02 007
/dev/rdsk/c9t2d7 N/A 04A FA 1 RW 000 02 007
Not Visible N/A 04A FA 0 RW 000 02 007
Not Visible N/A 13B FA 0 RW 000 02 007
}
Mirror Set Type : [Data,N/A,N/A,N/A]
Mirror Set DA Status : [RW,N/A,N/A,N/A]
Mirror Set Inv. Tracks : [0,0,0,0]
Back End Disk Director Information
{
Hyper Type : Data
Hyper Status : Ready (RW)
Disk [Director, Interface, TID] : [15B, D, 0]
Disk Director Volume Number : 45
Hyper Number : 3
Disk Capacity : 70007m
}
BCV Pair Information
{
Standard (STD) Device Symmetrix Name : 0005
Standard (STD) Device Serial ID : 99005000
Standard (STD) Device Group Name : Not/Grouped
BCV Device Symmetrix Name : 0018
BCV Device Serial ID : 99018000
BCV Device Associated Group Name : Not/Associated
BCV Device Status : Ready (RW)
State of Pair ( STD <=\=> BCV ) : Split
Time of Last BCV Action : Fri Apr 11 06:13:32 2003
State of BCV Mirrors : N/A
BCV State Flags : None
Percent Split : 100%
Number of Inv. Tracks for STD Device : 0
Number of Inv. Tracks for BCV Device : 422
}
Summary Information for Cluster tridentcl:
CLUSTER STATUS
tridentcl up
tridentcl nodes are:
NODE STATUS STATE
hpprod up running
Network_Parameters:
INTERFACE STATUS PATH NAME
PRIMARY up 5/1/0 lan2
STANDBY up 6/1/0 lan3
PRIMARY up 7/1/0 lan4
NODE STATUS STATE
hpdatab up running
Network_Parameters:
INTERFACE STATUS PATH NAME
PRIMARY up 5/1/0 lan2
PRIMARY up 7/1/0 lan4
STANDBY up 6/1/0 lan3
tridentcl packages are:
PACKAGE STATUS STATE PKG_SWITCH NODE
databpkg up running disabled hpprod
Policy_Parameters:
POLICY_NAME CONFIGURED_VALUE
Failover configured_node
Failback manual
Script_Parameters:
ITEM STATUS MAX_RESTARTS RESTARTS NAME
Service up 0 0 databpkg
Subnet up 192.1.0.0
Node_Switching_Parameters:
NODE_TYPE STATUS SWITCHING NAME
Primary up enabled hpprod (current)
Alternate up enabled hpdatab
PACKAGE STATUS STATE PKG_SWITCH NODE
prodpkg up running disabled hpprod
Policy_Parameters:
POLICY_NAME CONFIGURED_VALUE
Failover configured_node
Failback manual
Script_Parameters:
ITEM STATUS MAX_RESTARTS RESTARTS NAME
Service up 0 0 prodpkg
Subnet up 192.1.0.0
Node_Switching_Parameters:
NODE_TYPE STATUS SWITCHING NAME
Primary up enabled hpprod (current)
Alternate up enabled hpdatab
Detail Information for Cluster tridentcl:The contents of /etc/cmcluster/tridentcl.ascii are:
# **********************************************************************
# ********* HIGH AVAILABILITY CLUSTER CONFIGURATION FILE ***************
# ***** For complete details about cluster parameters and how to ****
# ***** set them, consult the cmquerycl(1m) manpage or your manual. ****
# **********************************************************************
# Enter a name for this cluster. This name will be used to identify the
# cluster when viewing or manipulating it.
CLUSTER_NAME tridentcl
# Cluster Lock Device Parameters. This is the volume group that
# holds the cluster lock which is used to break a cluster formation
# tie. This volume group should not be used by any other cluster
# as cluster lock device.
# Warning: No volume groups were found on all nodes.
# A cluster lock volume group is required for clusters of only two nodes.
FIRST_CLUSTER_LOCK_VG /dev/vg04
# Definition of nodes in the cluster.
# Repeat node definitions as necessary for additional nodes.
NODE_NAME hpprod
NETWORK_INTERFACE lan2
HEARTBEAT_IP 192.1.140.4
NETWORK_INTERFACE lan3
NETWORK_INTERFACE lan4
HEARTBEAT_IP 1.2.3.2
# Warning: No volume groups were found on all nodes.
# A cluster lock device is required for clusters of only two nodes.
FIRST_CLUSTER_LOCK_PV /dev/dsk/c5t0d6
# List of serial device file names
# For example:
# SERIAL_DEVICE_FILE /dev/tty0p0
# Possible standby Network Interfaces for lan2: lan3.
# Warning: There are no standby network interfaces for lan4.
NODE_NAME hpdatab
NETWORK_INTERFACE lan2
HEARTBEAT_IP 192.1.140.2
NETWORK_INTERFACE lan3
NETWORK_INTERFACE lan4
HEARTBEAT_IP 1.2.3.1
# Warning: No volume groups were found on all nodes.
# A cluster lock device is required for clusters of only two nodes.
FIRST_CLUSTER_LOCK_PV /dev/dsk/c5t0d6
# List of serial device file names
# For example:
# SERIAL_DEVICE_FILE /dev/tty0p0
# Possible standby Network Interfaces for lan2: lan3.
# Warning: There are no standby network interfaces for lan4.
# Cluster Timing Parmeters (microseconds).
HEARTBEAT_INTERVAL 1000000
NODE_TIMEOUT 2000000
# Configuration/Reconfiguration Timing Parameters (microseconds).
AUTO_START_TIMEOUT 600000000
NETWORK_POLLING_INTERVAL 2000000
# Package Configuration Parameters.
# Enter the maximum number of packages which will be configured in the cluster.
# You can not add packages beyond this limit.
# This parameter is required.
MAX_CONFIGURED_PACKAGES 4
# List of cluster aware Volume Groups. These volume groups will
# be used by package applications via the vgchange -a e command.
# For example:
# VOLUME_GROUP /dev/vgdatabase.
VOLUME_GROUP /dev/vg03
VOLUME_GROUP /dev/vg04
VOLUME_GROUP /dev/vg05
------------------
The configuration for lan2 is:
lan2: flags=843
inet 192.1.140.2 netmask ffff0000 broadcast 192.1.255.255
The configuration for lan3 is:
lan3: flags=842
inet 0.0.0.0 netmask 0
The configuration for lan4 is:
lan4: flags=843
inet 1.2.3.1 netmask ffffff00 broadcast 1.2.3.255
NOTE: The lock volume group is NOT in the /etc/lvmtab file!NOTE: The lock physical volume is NOT in the /etc/lvmtab file!NOTE: Volume Group /dev/vg03 is NOT in the /etc/lvmtab file!NOTE: Volume Group /dev/vg04 is NOT in the /etc/lvmtab file!NOTE: Volume Group /dev/vg05 is NOT in the /etc/lvmtab file!Detail information for node hpprod in cluster tridentcl:
NODE STATUS STATE
hpprod up running
Network_Parameters:
INTERFACE STATUS PATH NAME
PRIMARY up 5/1/0 lan2
STANDBY up 6/1/0 lan3
PRIMARY up 7/1/0 lan4
PACKAGE STATUS STATE PKG_SWITCH NODE
databpkg up running disabled hpprod
Policy_Parameters:
POLICY_NAME CONFIGURED_VALUE
Failover configured_node
Failback manual
Script_Parameters:
ITEM STATUS MAX_RESTARTS RESTARTS NAME
Service up 0 0 databpkg
Subnet up 192.1.0.0
Node_Switching_Parameters:
NODE_TYPE STATUS SWITCHING NAME
Primary up enabled hpprod (current)
Alternate up enabled hpdatab
PACKAGE STATUS STATE PKG_SWITCH NODE
prodpkg up running disabled hpprod
Policy_Parameters:
POLICY_NAME CONFIGURED_VALUE
Failover configured_node
Failback manual
Script_Parameters:
ITEM STATUS MAX_RESTARTS RESTARTS NAME
Service up 0 0 prodpkg
Subnet up 192.1.0.0
Node_Switching_Parameters:
NODE_TYPE STATUS SWITCHING NAME
Primary up enabled hpprod (current)
Alternate up enabled hpdatab
Detail information for node hpdatab in cluster tridentcl:
NODE STATUS STATE
hpdatab up running
Network_Parameters:
INTERFACE STATUS PATH NAME
PRIMARY up 5/1/0 lan2
PRIMARY up 7/1/0 lan4
STANDBY up 6/1/0 lan3
Detail information for package databpkg in cluster tridentcl:
PACKAGE STATUS STATE PKG_SWITCH NODE
databpkg up running disabled hpprod
Policy_Parameters:
POLICY_NAME CONFIGURED_VALUE
Failover configured_node
Failback manual
Script_Parameters:
ITEM STATUS MAX_RESTARTS RESTARTS NAME
Service up 0 0 databpkg
Subnet up 192.1.0.0
Node_Switching_Parameters:
NODE_TYPE STATUS SWITCHING NAME
Primary up enabled hpprod (current)
Alternate up enabled hpdatab
The package configuration file for databpkg is:
-rw-rw-rw- 1 root sys 7525 Aug 18 2002 /etc/cmcluster/databpkg/databpkg.ascii
And contains the following:
# **********************************************************************
# ****** HIGH AVAILABILITY PACKAGE CONFIGURATION FILE (template) *******
# **********************************************************************
# ******* Note: This file MUST be edited before it can be used. ********
# * For complete details about package parameters and how to set them, *
# * consult the MC/ServiceGuard or MC/LockManager manpages or manuals. *
# **********************************************************************
# Enter a name for this package. This name will be used to identify the
# package when viewing or manipulating it. It must be different from
# the other configured package names.
PACKAGE_NAME databpkg
# Enter the names of the nodes configured for this package. Repeat
# this line as necessary for additional adoptive nodes.
# Order IS relevant. Put the second Adoptive Node AFTER the first
# one.
# Example : NODE_NAME original_node
# NODE_NAME adoptive_node
NODE_NAME hpprod
NODE_NAME hpdatab
# Enter the complete path for the run and halt scripts. In most cases
# the run script and halt script specified here will be the same script,
# the package control script generated by the cmmakepkg command. This
# control script handles the run(ning) and halt(ing) of the package.
# If the script has not completed by the specified timeout value,
# it will be terminated. The default for each script timeout is
# NO_TIMEOUT. Adjust the timeouts as necessary to permit full
# execution of each script.
# Note: The HALT_SCRIPT_TIMEOUT should be greater than the sum of
# all SERVICE_HALT_TIMEOUT specified for all services.
RUN_SCRIPT /etc/cmcluster/databpkg/databpkg.cntl
RUN_SCRIPT_TIMEOUT NO_TIMEOUT
HALT_SCRIPT /etc/cmcluster/databpkg/databpkg.cntl
HALT_SCRIPT_TIMEOUT NO_TIMEOUT
# Enter the SERVICE_NAME, the SERVICE_FAIL_FAST_ENABLED and the
# SERVICE_HALT_TIMEOUT values for this package. Repeat these
# three lines as necessary for additional service names. All
# service names MUST correspond to the service names used by
# cmrunserv and cmhaltserv commands in the run and halt scripts.
#
# The value for SERVICE_FAIL_FAST_ENABLED can be either YES or
# NO. If set to YES, in the event of a service failure, the
# cluster software will halt the node on which the service is
# running. If SERVICE_FAIL_FAST_ENABLED is not specified, the
# default will be NO.
#
# SERVICE_HALT_TIMEOUT is represented in the number of seconds.
# This timeout is used to determine the length of time (in
# seconds) the cluster software will wait for the service to
# halt before a SIGKILL signal is sent to force the termination
# of the service. In the event of a service halt, the cluster
# software will first send a SIGTERM signal to terminate the
# service. If the service does not halt, after waiting for the
# specified SERVICE_HALT_TIMEOUT, the cluster software will send
# out the SIGKILL signal to the service to force its termination.
# This timeout value should be large enough to allow all cleanup
# processes associated with the service to complete. If the
# SERVICE_HALT_TIMEOUT is not specified, a zero timeout will be
# assumed, meaning the cluster software will not wait at all
# before sending the SIGKILL signal to halt the service.
#
# Example: SERVICE_NAME DB_SERVICE
# SERVICE_FAIL_FAST_ENABLED NO
# SERVICE_HALT_TIMEOUT 300
#
# To configure a service, uncomment the following lines and
# fill in the values for all of the keywords.
#
#SERVICE_NAME
#SERVICE_FAIL_FAST_ENABLED
#SERVICE_HALT_TIMEOUT
SERVICE_NAME databpkg
SERVICE_FAIL_FAST_ENABLED NO
SERVICE_HALT_TIMEOUT 300
# Enter the network subnet name that is to be monitored for this package.
# Repeat this line as necessary for additional subnet names. If any of
# the subnets defined goes down, the package will be switched to another
# node that is configured for this package and has all the defined subnets
# available.
SUBNET 192.1.0.0
# The following keywords (RESOURCE_NAME, RESOURCE_POLLING_INTERVAL, and
# RESOURCE_UP_VALUE) are used to specify Package Resource Dependencies. To
# define a Package Resource Dependency, a RESOURCE_NAME line with a fully
# qualified resource path name, and one or more RESOURCE_UP_VALUE lines are
# required. A RESOURCE_POLLING_INTERVAL line (how often in seconds the resource
# is to be monitored) is optional and defaults to 60 seconds. An operator and
# a value are used with RESOURCE_UP_VALUE to define when the resource is to be
# considered up. The operators are =, !=, >, <, >=, and <=, depending on the
# type of value. Values can be string or numeric. If the type is string, then
# only = and != are valid operators. If the string contains whitespace, it
# must be enclosed in quotes. String values are case sensitive. For example,
#
# Resource is up when its value is
# --------------------------------
# RESOURCE_UP_VALUE = UP "UP"
# RESOURCE_UP_VALUE != DOWN Any value except "DOWN"
# RESOURCE_UP_VALUE = "On Course" "On Course"
#
# If the type is numeric, then it can specify a threshold, or a range to
# define a resource up condition. If it is a threshold, then any operator
# may be used. If a range is to be specified, then only > or >= may be used
# for the first operator, and only < or <= may be used for the second operator.
# For example,
# Resource is up when its value is
# --------------------------------
# RESOURCE_UP_VALUE = 5 5 (threshold)
# RESOURCE_UP_VALUE > 5.1 greater than 5.1 (threshold)
# RESOURCE_UP_VALUE > -5 and < 10 between -5 and 10 (range)
#
# Note that "and" is required between the lower limit and upper limit
# when specifying a range. The upper limit must be greater than the lower
# limit. If RESOURCE_UP_VALUE is repeated within a RESOURCE_NAME block, then
# they are inclusively OR'd together. Package Resource Dependencies may be
# defined by repeating the entire RESOURCE_NAME block.
#
# Example : RESOURCE_NAME /net/lan/lan0/res1
# RESOURCE_POLLING_INTERVAL 120
# RESOURCE_UP_VALUE = RUNNING
# RESOURCE_UP_VALUE = ONLINE
#
# Means that the value of resource /net/lan/lan0/res1 will be
# checked every 120 seconds, and is considered to be 'up' when
# its value is "RUNNING" or "ONLINE".
#
# Uncomment the following lines to specify Package Resource Dependencies.
#
#RESOURCE_NAME
#RESOURCE_POLLING_INTERVAL
#RESOURCE_UP_VALUE [and ]
# The default for PKG_SWITCHING_ENABLED is YES. In the event of a
# failure, this permits the cluster software to transfer the package
# to an adoptive node. Adjust as necessary.
PKG_SWITCHING_ENABLED YES
# The default for NET_SWITCHING_ENABLED is YES. In the event of a
# failure, this permits the cluster software to switch LANs locally
# (transfer to a standby LAN card). Adjust as necessary.
NET_SWITCHING_ENABLED YES
# The default for NODE_FAIL_FAST_ENABLED is NO. If set to YES,
# in the event of a failure, the cluster software will halt the node
# on which the package is running. Adjust as necessary.
NODE_FAIL_FAST_ENABLED NO
Startup and Shutdown scripts include: /etc/cmcluster/databpkg/databpkg.cntl .The contents of package script /etc/cmcluster/databpkg/databpkg.cntl includes:
#"(#) A.10.10 $Revision: 80.8 $ $Date: 97/07/17 08:45:04 $"
# **********************************************************************
# * *
# * HIGH AVAILABILITY PACKAGE CONTROL SCRIPT (template) *
# * *
# * Note: This file MUST be edited before it can be used. *
# * *
# **********************************************************************
# UNCOMMENT the variables as you set them.
# Set PATH to reference the appropriate directories.
PATH=/sbin:/usr/bin:/usr/sbin:/etc:/bin
# VOLUME GROUP ACTIVATION:
# Specify the method of activation for volume groups.
# Leave the default ("VGCHANGE="vgchange -a e") if you want volume
# groups activated in exclusive mode. This assumes the volume groups have
# been initialized with 'vgchange -c y' at the time of creation.
#
# Uncomment the first line (VGCHANGE="vgchange -a e -q n"), and comment
# out the default, if your disks are mirrored on separate physical paths,
#
# Uncomment the second line (VGCHANGE="vgchange -a y") if you wish to
# use non-exclusive activation mode. Single node cluster configurations
# must use non-exclusive activation.
#
# VGCHANGE="vgchange -a e -q n"
# VGCHANGE="vgchange -a y"
#VGCHANGE="vgchange -a e" # Default
VGCHANGE="vgchange -a e" # Default
# VOLUME GROUPS
# Specify which volume groups are used by this package. Uncomment VG[0]=""
# and fill in the name of your first volume group. You must begin with
# VG[0], and increment the list in sequence.
#
# For example, if this package uses your volume groups vg01 and vg02, enter:
# VG[0]=vg01
# VG[1]=vg02
#
# The volume group activation method is defined above. The filesystems
# associated with these volume groups are specified below.
#
VG[0]="vg01"
VG[1]="vg02"
# FILESYSTEMS
# Specify the filesystems which are used by this package. Uncomment
# LV[0]=""; FS[0]=""; FS_MOUNT_OPT[0]="" and fill in the name of your first
# logical volume, filesystem and mount option for the file system. You must
# begin with LV[0], FS[0] and FS_MOUNT_OPT[0] and increment the list in
# sequence.
#
# For example, if this package uses the file systems pkg1a and pkg1b,
# which are mounted on the logical volumes lvol1 and lvol2 with read and
# write options enter:
# LV[0]=/dev/vg01/lvol1; FS[0]=/pkg1a; FS_MOUNT_OPT[0]="-o rw"
# LV[1]=/dev/vg01/lvol2; FS[1]=/pkg1b; FS_MOUNT_OPT[1]="-o rw"
#
# The filesystems are defined as triplets of entries specifying the logical
# volume, the mount point and the mount options for the file system. Each
# filesystem will be fsck'd prior to being mounted. The filesystems will be
# mounted in the order specified during package startup and will be unmounted
# in reverse order during package shutdown. Ensure that volume groups
# referenced by the logical volume definitions below are included in
# volume group definitions above.
#
LV[0]="/dev/vg01/lvora01"; FS[0]="/ora01"; FS_MOUNT_OPT[0]=""
LV[1]="/dev/vg02/lvora02"; FS[1]="/ora02"; FS_MOUNT_OPT[1]=""
LV[2]="/dev/vg02/lvora03"; FS[2]="/ora03"; FS_MOUNT_OPT[2]=""
LV[3]="/dev/vg02/lvora04"; FS[3]="/ora04"; FS_MOUNT_OPT[3]=""
LV[4]="/dev/vg01/lvora05"; FS[4]="/ora05"; FS_MOUNT_OPT[3]=""
LV[5]="/dev/vg02/lvora06"; FS[5]="/ora06"; FS_MOUNT_OPT[4]=""
LV[6]="/dev/vg02/lvora07"; FS[6]="/ora07"; FS_MOUNT_OPT[5]=""
LV[7]="/dev/vg02/lvora08"; FS[7]="/ora08"; FS_MOUNT_OPT[6]=""
LV[8]="/dev/vg02/lvora09"; FS[8]="/ora09"; FS_MOUNT_OPT[7]=""
# IP ADDRESSES
# Specify the IP and Subnet address pairs which are used by this package.
# Uncomment IP[0]="" and SUBNET[0]="" and fill in the name of your first
# IP and subnet address. You must begin with IP[0] and SUBNET[0] and
# increment the list in sequence.
#
# For example, if this package uses an IP of 192.10.25.12 and a subnet of
# 192.10.25.0 enter:
# IP[0]=192.10.25.12
# SUBNET[0]=192.10.25.0 # (netmask=255.255.255.0)
#
# Hint: Run "netstat -i" to see the available subnets in the Network field.
#
# IP/Subnet address pairs for each IP address you want to add to a subnet
# interface card. Must be set in pairs, even for IP addresses on the same
# subnet.
#
IP[0]="192.1.140.3"
SUBNET[0]="192.1.0.0"
# SERVICE NAMES AND COMMANDS.
# Specify the service name, command, and restart parameters which are
# used by this package. Uncomment SERVICE_NAME[0]="", SERVICE_CMD[0]="",
# SERVICE_RESTART[0]="" and fill in the name of the first service, command,
# and restart parameters. You must begin with SERVICE_NAME[0], SERVICE_CMD[0],
# and SERVICE_RESTART[0] and increment the list in sequence.
#
# For example:
# SERVICE_NAME[0]=pkg1a
# SERVICE_CMD[0]="/usr/bin/X11/xclock -display 192.10.25.54:0"
# SERVICE_RESTART[0]="" # Will not restart the service.
#
# SERVICE_NAME[1]=pkg1b
# SERVICE_CMD[1]="/usr/bin/X11/xload -display 192.10.25.54:0"
# SERVICE_RESTART[1]="-r 2" # Will restart the service twice.
#
# SERVICE_NAME[2]=pkg1c
# SERVICE_CMD[2]="/usr/sbin/ping"
# SERVICE_RESTART[2]="-R" # Will restart the service an infinite
# number of times.
#
# Note: No environmental variables will be passed to the command, this
# includes the PATH variable. Absolute path names are required for the
# service command definition. Default shell is /usr/bin/sh.
#
SERVICE_NAME[0]="databpkg"
SERVICE_CMD[0]="/etc/cmcluster/databpkg/databpkg.mon"
SERVICE_RESTART[0]=""
# DTC manager information for each DTC.
# Example: DTC[0]=dtc_20
#DTC_NAME[0]=
# START OF CUSTOMER DEFINED FUNCTIONS
# This function is a place holder for customer define functions.
# You should define all actions you want to happen here, before the service is
# started. You can create as many functions as you need.
function customer_defined_run_cmds
{
# ADD customer defined run commands.
: # do nothing instruction, because a function must contain some command.
# Start the database.
##/scripts/OB_oracle_start
su - oracle -c svrmgrl << !
connect internal
startup
!
su - oracle -c "lsnrctl start"
}
# This function is a place holder for customer define functions.
# You should define all actions you want to happen here, before the service is
# halted.
function customer_defined_halt_cmds
{
# ADD customer defined halt commands.
: # do nothing instruction, because a function must contain some command.
# Stop the database.
##/scripts/OB_oracle_stop
su - oracle -c "lsnrctl stop"
su - oracle -c svrmgrl << !
connect internal
shutdown abort
!
}
# END OF CUSTOMER DEFINED FUNCTIONS
# START OF RUN FUNCTIONS
function activate_volume_group
{
for I in ${VG[@]}
do
if [[ "${VGCHANGE}" = "vgchange -a y" ]]
then
print "$(date '+%b %e %X') - Node \"$(hostname)\": Activating volume group $I with non-exclusive option."
else
print "$(date '+%b %e %X') - \"$(hostname)\": Activating volume group $I with exclusive option."
fi
$VGCHANGE $I
test_return 1
done
}
# For each {file system/logical volume} pair, fsck the file system
# and mount it.
function check_and_mount
{
integer R=0
for I in ${LV[@]}
do
if [[ $(mount -p | awk '$1 == "'$I'"') = "" ]]
then
RLV[$R]="${I%/*}/r${I##*/}"
if [ -x /usr/sbin/fstyp ]
then
fstype[$R]=$(fstyp $I)
fi
(( R = $R + 1 ))
fi
done
# Verify that there is at least one file system to check and what type.
if [[ ${RLV[@]} != "" ]]
then
print -n "$(date '+%b %e %X') - Node \"$(hostname)\": "
print "Checking filesystems:"
print ${LV[@]} | tr ' ' '\012' | sed -e 's/^/ /'
# If there is more than one filesystem type being checked
# then each filesystem is check individually.
#
R=$(print ${fstype[*]} | tr ' ' '\012' | sort -u | wc -l)
if (( R > 1 ))
then
R=0
while (( R < ${#RLV[*]} ))
do
case ${fstype[$R]} in
hfs) fsck -F hfs -P ${RLV[$R]}
test_return 2
;;
vxfs) fsck -F vxfs -y ${RLV[$R]}
test_return 2
;;
unk*) fsck ${RLV[$R]}
test_return 2
;;
*) if [[ ${fstype[$R]} = "" ]]
then
fsck ${RLV[$R]}
else
fsck -F ${fstype[$R]} ${RLV[$R]}
fi
test_return 2
;;
esac
(( R = R + 1 ))
done
# If there is only one filesystem type being checked, then
# multiple invocations of fsck can be avoided. All filesystems
# are specified on the command line to one fsck invocation.
#
else
case ${fstype} in
hfs) fsck -F hfs -P ${RLV[@]}
test_return 2
;;
vxfs) fsck -F vxfs -y ${RLV[@]}
test_return 2
;;
unk*) fsck ${RLV[@]}
test_return 2
;;
*) if [[ ${fstype} = "" ]]
then
fsck ${RLV[@]}
else
fsck -F ${fstype} ${RLV[@]}
fi
test_return 2
;;
esac
fi
fi
integer F=0
for I in ${LV[@]}
do
if [[ $(mount | grep -E $I" ") = "" ]]
then
print "$(date '+%b %e %X') - Node \"$(hostname)\": Mounting $I at ${FS[$F]}"
mount ${FS_MOUNT_OPT[$F]} $I ${FS[$F]}
test_return 3
else
print "$(date '+%b %e %X') - Node \"$(hostname)\": WARNING: File system \"${FS[$F]}\" was already mounted."
fi
(( F = $F + 1 ))
done
}
# For each {IP address/subnet} pair, add the IP address to the subnet
# using cmmodnet(1m).
function add_ip_address
{
integer S=0
integer error=0
for I in ${IP[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Adding IP address $I to subnet ${SUBNET[$S]}"
XX=$( cmmodnet -a -i $I ${SUBNET[$S]} 2>&1 )
if (( $? != 0 ))
then
YY=$( netstat -in | awk '$4 == "'${I}'"')
if [[ -z $YY ]]
then
print "$XX" >> $0.log
print "\tERROR: Failed to add IP $I to subnet ${SUBNET[$S]}"
(( error = 1 ))
else
print "\tWARNING: IP $I is already configured on the subnet ${SUBNET[$S]}"
fi
fi
(( S = $S + 1 ))
done
if (( error != 0 ))
then
# `let 0` is used to set the value of $? to 1. The function test_return
# requires $? to be set to 1 if it has to print error message.
let 0
test_return 4
fi
}
# Own and reset the DTC connections
function get_ownership_dtc
{
for I in ${DTC_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Assigning Ownership of the DTC $I"
dtcmodifyconfs -o $I
test_return 5
for J in ${IP[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Resetting the DTC connections to IP address $J"
dtcdiag -Q $J -q -f $I
test_return 6
done
done
}
# For each {service name/service command string} pair, start the
# service command string at the service name using cmrunserv(1m).
function start_services
{
integer C=0
for I in ${SERVICE_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Starting service $I using"
print " \"${SERVICE_CMD[$C]}\""
#
# Check if cmrunserv should be called the old
# way without a restart count.
#
if [[ "${SERVICE_RESTART[$C]}" = "" ]]
then
cmrunserv $I ">> $0.log 2>&1 ${SERVICE_CMD[$C]}"
else
cmrunserv ${SERVICE_RESTART[$C]} $I ">> $0.log 2>&1 ${SERVICE_CMD[$C]}"
fi
test_return 8
(( C = $C + 1 ))
done
}
# END OF RUN FUNCTIONS.
# START OF HALT FUNCTIONS
# Halt each service using cmhaltserv(1m).
function halt_services
{
for I in ${SERVICE_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Halting service $I"
cmhaltserv $I
test_return 9
done
}
# Disown the DTC.
function disown_dtc
{
for I in ${DTC_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Disowning the DTC $I"
dtcmodifyconfs -d $I
test_return 11
done
}
# For each IP address/subnet pair, remove the IP address from the subnet
# using cmmodnet(1m).
function remove_ip_address
{
integer S=0
integer error=0
for I in ${IP[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Remove IP address $I from subnet ${SUBNET[$S]}"
XX=$( cmmodnet -r -i $I ${SUBNET[$S]} 2>&1 )
if (( $? != 0 ))
then
echo $XX | grep "is not configured on the subnet"
if (( $? != 0 ))
then
print "$XX" >> $0.log
(( error = 1 ))
fi
fi
(( S = $S + 1 ))
done
if (( $error != 0 ))
then
# `let 0` is used to set the value of $? to 1. The function test_return
# requires $? to be set to 1 if it has to print error message.
let 0
test_return 12
fi
}
# Unmount each logical volume.
function umount_fs
{
for I in $(print ${LV[@]} | awk '{ for(i=NF; i>0; i--) print $i }')
do
mount | grep -E $I" " > /dev/null 2>&1
if (( $? == 0 ))
then
print "$(date '+%b %e %X') - Node \"$(hostname)\": Unmounting filesystem on $I"
print "\tWARNING: Running fuser to remove anyone using the file system directly."
fuser -ku $I
umount $I
test_return 13
fi
done
}
function deactivate_volume_group
{
for I in ${VG[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Deactivating volume group $I"
vgchange -a n $I
test_return 14
done
}
# END OF HALT FUNCTIONS.
# FUNCTIONS COMMON TO BOTH RUN AND HALT.
# Test return value of functions and exit with NO RESTART if bad.
# Return value of 0 - 50 are reserved for use by Hewlett-Packard.
# System administrators can use numbers above 50 for return values.
function test_return
{
if (( $? != 0 ))
then
case $1 in
1)
print "\tERROR: Function activate_volume_group"
print "\tERROR: Failed to activate $I"
deactivate_volume_group
exit 1
;;
2)
print "\tERROR: Function check_and_mount"
print "\tERROR: Failed to fsck one of the logical volumes."
exit_value=1
;;
3)
print "\tERROR: Function check_and_mount"
print "\tERROR: Failed to mount $I to ${FS[$F]}"
umount_fs
deactivate_volume_group
exit 1
;;
4)
print "\tERROR: Function add_ip_address"
print "\tERROR: Failed to add IP address to subnet"
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
5)
print "\tERROR: Function get_ownership_dtc"
print "\tERROR: Failed to own $I"
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
6)
print "\tERROR: Function get_ownership_dtc"
print "\tERROR: Failed to switch $I"
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
8)
print "\tERROR: Function start_services"
print "\tERROR: Failed to start service ${SERVICE_NAME[$C]}"
halt_services
customer_defined_halt_cmds
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
9)
print "\tFunction halt_services"
print "\tWARNING: Failed to halt service $I"
;;
11)
print "\tERROR: Function disown_dtc"
print "\tERROR: Failed to disown $I from ${SUBNET[$S]}"
exit_value=1
;;
12)
print "\tERROR: Function remove_ip_address"
print "\tERROR: Failed to remove $I"
exit_value=1
;;
13)
print "\tERROR: Function umount_fs"
print "\tERROR: Failed to unmount $I"
exit_value=1
;;
14)
print "\tERROR: Function deactivate_volume_group"
print "\tERROR: Failed to deactivate $I"
exit_value=1
;;
51)
print "\tERROR: Function customer_defined_run_cmds"
print "\tERROR: Failed to RUN customer commands"
halt_services
customer_defined_halt_cmds
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
52)
print "\tERROR: Function customer_defined_halt_cmds"
print "\tERROR: Failed to HALT customer commands"
exit_value=1
;;
*)
print "\tERROR: Failed, unknown error."
;;
esac
fi
}
# END OF FUNCTIONS COMMON TO BOTH RUN AND HALT
#-------------------MAINLINE Control Script Code Starts Here-----------------
#
# FUNCTION STARTUP SECTION.
typeset MIN_VERSION="A.10.03" # Minimum version this control script works on
integer exit_value=0
typeset CUR_VERSION
#
# Check that this control script is being run on a A.10.03 or later release
# of MC/ServiceGuard or MC/LockManager. The control scripts are forward
# compatible but are not backward compatible because newer control
# scripts use commands and option not available on older releases.
CUR_VERSION="$(/usr/bin/what /usr/lbin/cmcld | /usr/bin/grep "Date" | \
/usr/bin/egrep '[AB]\...\...|NTT\...\...' | \
cut -f2 -d" ")"
if [[ "${CUR_VERSION}" = "" ]] || \
[[ "${CUR_VERSION#*.}" < "${MIN_VERSION#*.}" ]]
then
print "ERROR: Mismatched control script version ($MIN_VERSION). You cannot run"
print "\ta version ${MIN_VERSION} control_script on a node running pre"
print "\t${MIN_VERSION} MC/ServiceGuard or MC/LockManager software"
exit 1
fi
# Test to see if we are being called to run the package, or halt the package.
if [[ $1 = "start" ]]
then
print "\n\t########### Node \"$(hostname)\": Starting package at $(date) ###########"
activate_volume_group
check_and_mount
add_ip_address
get_ownership_dtc
customer_defined_run_cmds
start_services
# Check exit value
if (( $exit_value == 1 ))
then
print "\n\t########### Node \"$(hostname)\": Package start failed at $(date) ###########"
exit 1
else
print "\n\t########### Node \"$(hostname)\": Package start completed at $(date) ###########"
exit 0
fi
elif [[ $1 = "stop" ]]
then
print "\n\t########### Node \"$(hostname)\": Halting package at $(date) ###########"
halt_services
customer_defined_halt_cmds
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
# Check exit value
if (( $exit_value == 1 ))
then
print "\n\t########### Node \"$(hostname)\": Package halt failed at $(date) ###########"
exit 1
else
print "\n\t########### Node \"$(hostname)\": Package halt completed at $(date) ###########"
exit 0
fi
fi
The services for script /etc/cmcluster/databpkg/databpkg.cntl include: databpkg The service scripts for script /etc/cmcluster/databpkg/databpkg.cntl include:
/etc/cmcluster/databpkg/databpkg.mon
The contents of service script /etc/cmcluster/databpkg/databpkg.mon include:
# databpkg.mon - RGB 3/3/00
#
# This script is used to monitor the Oracle database within
# the MC/ServiceGuard cluster.
LOOP=YES
PROCLIST="ora_pmon ora_dbw0 ora_smon ora_lgwr tnslsnr"
while [ $LOOP = "YES" ]
do
for PROC in $PROCLIST
do
ps -ef | grep -v grep | grep $PROC
if [ $? -ne 0 ]
then
logger "Process $PROC not found, possible Oracle problem. Shutting down databpkg."
exit 1
fi
done
sleep 600
done
echo "Unknown exit status."
exit 2
Detail information for package prodpkg in cluster tridentcl:
PACKAGE STATUS STATE PKG_SWITCH NODE
prodpkg up running disabled hpprod
Policy_Parameters:
POLICY_NAME CONFIGURED_VALUE
Failover configured_node
Failback manual
Script_Parameters:
ITEM STATUS MAX_RESTARTS RESTARTS NAME
Service up 0 0 prodpkg
Subnet up 192.1.0.0
Node_Switching_Parameters:
NODE_TYPE STATUS SWITCHING NAME
Primary up enabled hpprod (current)
Alternate up enabled hpdatab
The package configuration file for prodpkg is:
-rw-rw-rw- 1 root sys 7555 Apr 13 2000 /etc/cmcluster/prodpkg/prodpkg.ascii
And contains the following:
# **********************************************************************
# ****** HIGH AVAILABILITY PACKAGE CONFIGURATION FILE (template) *******
# **********************************************************************
# ******* Note: This file MUST be edited before it can be used. ********
# * For complete details about package parameters and how to set them, *
# * consult the MC/ServiceGuard or MC/LockManager manpages or manuals. *
# **********************************************************************
# Enter a name for this package. This name will be used to identify the
# package when viewing or manipulating it. It must be different from
# the other configured package names.
PACKAGE_NAME prodpkg
# Enter the names of the nodes configured for this package. Repeat
# this line as necessary for additional adoptive nodes.
# Order IS relevant. Put the second Adoptive Node AFTER the first
# one.
# Example : NODE_NAME original_node
# NODE_NAME adoptive_node
NODE_NAME hpprod
NODE_NAME hpdatab
# Enter the complete path for the run and halt scripts. In most cases
# the run script and halt script specified here will be the same script,
# the package control script generated by the cmmakepkg command. This
# control script handles the run(ning) and halt(ing) of the package.
# If the script has not completed by the specified timeout value,
# it will be terminated. The default for each script timeout is
# NO_TIMEOUT. Adjust the timeouts as necessary to permit full
# execution of each script.
# Note: The HALT_SCRIPT_TIMEOUT should be greater than the sum of
# all SERVICE_HALT_TIMEOUT specified for all services.
RUN_SCRIPT /etc/cmcluster/prodpkg/prodpkg.cntl
RUN_SCRIPT_TIMEOUT NO_TIMEOUT
HALT_SCRIPT /etc/cmcluster/prodpkg/prodpkg.cntl
HALT_SCRIPT_TIMEOUT NO_TIMEOUT
# Enter the SERVICE_NAME, the SERVICE_FAIL_FAST_ENABLED and the
# SERVICE_HALT_TIMEOUT values for this package. Repeat these
# three lines as necessary for additional service names. All
# service names MUST correspond to the service names used by
# cmrunserv and cmhaltserv commands in the run and halt scripts.
#
# The value for SERVICE_FAIL_FAST_ENABLED can be either YES or
# NO. If set to YES, in the event of a service failure, the
# cluster software will halt the node on which the service is
# running. If SERVICE_FAIL_FAST_ENABLED is not specified, the
# default will be NO.
#
# SERVICE_HALT_TIMEOUT is represented in the number of seconds.
# This timeout is used to determine the length of time (in
# seconds) the cluster software will wait for the service to
# halt before a SIGKILL signal is sent to force the termination
# of the service. In the event of a service halt, the cluster
# software will first send a SIGTERM signal to terminate the
# service. If the service does not halt, after waiting for the
# specified SERVICE_HALT_TIMEOUT, the cluster software will send
# out the SIGKILL signal to the service to force its termination.
# This timeout value should be large enough to allow all cleanup
# processes associated with the service to complete. If the
# SERVICE_HALT_TIMEOUT is not specified, a zero timeout will be
# assumed, meaning the cluster software will not wait at all
# before sending the SIGKILL signal to halt the service.
#
# Example: SERVICE_NAME DB_SERVICE
# SERVICE_FAIL_FAST_ENABLED NO
# SERVICE_HALT_TIMEOUT 300
#
# To configure a service, uncomment the following lines and
# fill in the values for all of the keywords.
#
#SERVICE_NAME
#SERVICE_FAIL_FAST_ENABLED
#SERVICE_HALT_TIMEOUT
SERVICE_NAME prodpkg
SERVICE_FAIL_FAST_ENABLED NO
SERVICE_HALT_TIMEOUT 300
# Enter the network subnet name that is to be monitored for this package.
# Repeat this line as necessary for additional subnet names. If any of
# the subnets defined goes down, the package will be switched to another
# node that is configured for this package and has all the defined subnets
# available.
SUBNET 192.1.0.0
# The following keywords (RESOURCE_NAME, RESOURCE_POLLING_INTERVAL, and
# RESOURCE_UP_VALUE) are used to specify Package Resource Dependencies. To
# define a Package Resource Dependency, a RESOURCE_NAME line with a fully
# qualified resource path name, and one or more RESOURCE_UP_VALUE lines are
# required. A RESOURCE_POLLING_INTERVAL line (how often in seconds the resource
# is to be monitored) is optional and defaults to 60 seconds. An operator and
# a value are used with RESOURCE_UP_VALUE to define when the resource is to be
# considered up. The operators are =, !=, >, <, >=, and <=, depending on the
# type of value. Values can be string or numeric. If the type is string, then
# only = and != are valid operators. If the string contains whitespace, it
# must be enclosed in quotes. String values are case sensitive. For example,
#
# Resource is up when its value is
# --------------------------------
# RESOURCE_UP_VALUE = UP "UP"
# RESOURCE_UP_VALUE != DOWN Any value except "DOWN"
# RESOURCE_UP_VALUE = "On Course" "On Course"
#
# If the type is numeric, then it can specify a threshold, or a range to
# define a resource up condition. If it is a threshold, then any operator
# may be used. If a range is to be specified, then only > or >= may be used
# for the first operator, and only < or <= may be used for the second operator.
# For example,
# Resource is up when its value is
# --------------------------------
# RESOURCE_UP_VALUE = 5 5 (threshold)
# RESOURCE_UP_VALUE > 5.1 greater than 5.1 (threshold)
# RESOURCE_UP_VALUE > -5 and < 10 between -5 and 10 (range)
#
# Note that "and" is required between the lower limit and upper limit
# when specifying a range. The upper limit must be greater than the lower
# limit. If RESOURCE_UP_VALUE is repeated within a RESOURCE_NAME block, then
# they are inclusively OR'd together. Package Resource Dependencies may be
# defined by repeating the entire RESOURCE_NAME block.
#
# Example : RESOURCE_NAME /net/lan/lan0/res1
# RESOURCE_POLLING_INTERVAL 120
# RESOURCE_UP_VALUE = RUNNING
# RESOURCE_UP_VALUE = ONLINE
#
# Means that the value of resource /net/lan/lan0/res1 will be
# checked every 120 seconds, and is considered to be 'up' when
# its value is "RUNNING" or "ONLINE".
#
# Uncomment the following lines to specify Package Resource Dependencies.
#
#RESOURCE_NAME
#RESOURCE_POLLING_INTERVAL
#RESOURCE_UP_VALUE [and ]
# The default for PKG_SWITCHING_ENABLED is YES. In the event of a
# failure, this permits the cluster software to transfer the package
# to an adoptive node. Adjust as necessary.
PKG_SWITCHING_ENABLED YES
# The default for NET_SWITCHING_ENABLED is YES. In the event of a
# failure, this permits the cluster software to switch LANs locally
# (transfer to a standby LAN card). Adjust as necessary.
NET_SWITCHING_ENABLED YES
# The default for NODE_FAIL_FAST_ENABLED is NO. If set to YES,
# in the event of a failure, the cluster software will halt the node
# on which the package is running. Adjust as necessary.
NODE_FAIL_FAST_ENABLED NO
Startup and Shutdown scripts include: /etc/cmcluster/prodpkg/prodpkg.cntl .The contents of package script /etc/cmcluster/prodpkg/prodpkg.cntl includes:
#"(#) A.10.10 $Revision: 80.8 $ $Date: 97/07/17 08:45:04 $"
# **********************************************************************
# * *
# * HIGH AVAILABILITY PACKAGE CONTROL SCRIPT (template) *
# * *
# * Note: This file MUST be edited before it can be used. *
# * *
# **********************************************************************
# UNCOMMENT the variables as you set them.
# Set PATH to reference the appropriate directories.
PATH=/sbin:/usr/bin:/usr/sbin:/etc:/bin
# VOLUME GROUP ACTIVATION:
# Specify the method of activation for volume groups.
# Leave the default ("VGCHANGE="vgchange -a e") if you want volume
# groups activated in exclusive mode. This assumes the volume groups have
# been initialized with 'vgchange -c y' at the time of creation.
#
# Uncomment the first line (VGCHANGE="vgchange -a e -q n"), and comment
# out the default, if your disks are mirrored on separate physical paths,
#
# Uncomment the second line (VGCHANGE="vgchange -a y") if you wish to
# use non-exclusive activation mode. Single node cluster configurations
# must use non-exclusive activation.
#
# VGCHANGE="vgchange -a e -q n"
# VGCHANGE="vgchange -a y"
VGCHANGE="vgchange -a e" # Default
# VOLUME GROUPS
# Specify which volume groups are used by this package. Uncomment VG[0]=""
# and fill in the name of your first volume group. You must begin with
# VG[0], and increment the list in sequence.
#
# For example, if this package uses your volume groups vg01 and vg02, enter:
# VG[0]=vg01
# VG[1]=vg02
#
# The volume group activation method is defined above. The filesystems
# associated with these volume groups are specified below.
#
#VG[0]=""
#VG[0]=vg01
# FILESYSTEMS
# Specify the filesystems which are used by this package. Uncomment
# LV[0]=""; FS[0]=""; FS_MOUNT_OPT[0]="" and fill in the name of your first
# logical volume, filesystem and mount option for the file system. You must
# begin with LV[0], FS[0] and FS_MOUNT_OPT[0] and increment the list in
# sequence.
#
# For example, if this package uses the file systems pkg1a and pkg1b,
# which are mounted on the logical volumes lvol1 and lvol2 with read and
# write options enter:
# LV[0]=/dev/vg01/lvol1; FS[0]=/pkg1a; FS_MOUNT_OPT[0]="-o rw"
# LV[1]=/dev/vg01/lvol2; FS[1]=/pkg1b; FS_MOUNT_OPT[1]="-o rw"
#
# The filesystems are defined as triplets of entries specifying the logical
# volume, the mount point and the mount options for the file system. Each
# filesystem will be fsck'd prior to being mounted. The filesystems will be
# mounted in the order specified during package startup and will be unmounted
# in reverse order during package shutdown. Ensure that volume groups
# referenced by the logical volume definitions below are included in
# volume group definitions above.
#
#LV[0]=""; FS[0]=""; FS_MOUNT_OPT[0]=""
#LV[0]=/dev/vg01/lvora05; FS[0]=/ora05; FS_MOUNT_OPT[0]=""
# IP ADDRESSES
# Specify the IP and Subnet address pairs which are used by this package.
# Uncomment IP[0]="" and SUBNET[0]="" and fill in the name of your first
# IP and subnet address. You must begin with IP[0] and SUBNET[0] and
# increment the list in sequence.
#
# For example, if this package uses an IP of 192.10.25.12 and a subnet of
# 192.10.25.0 enter:
# IP[0]=192.10.25.12
# SUBNET[0]=192.10.25.0 # (netmask=255.255.255.0)
#
# Hint: Run "netstat -i" to see the available subnets in the Network field.
#
# IP/Subnet address pairs for each IP address you want to add to a subnet
# interface card. Must be set in pairs, even for IP addresses on the same
# subnet.
#
IP[0]="192.1.140.7"
SUBNET[0]="192.1.0.0"
# SERVICE NAMES AND COMMANDS.
# Specify the service name, command, and restart parameters which are
# used by this package. Uncomment SERVICE_NAME[0]="", SERVICE_CMD[0]="",
# SERVICE_RESTART[0]="" and fill in the name of the first service, command,
# and restart parameters. You must begin with SERVICE_NAME[0], SERVICE_CMD[0],
# and SERVICE_RESTART[0] and increment the list in sequence.
#
# For example:
# SERVICE_NAME[0]=pkg1a
# SERVICE_CMD[0]="/usr/bin/X11/xclock -display 192.10.25.54:0"
# SERVICE_RESTART[0]="" # Will not restart the service.
#
# SERVICE_NAME[1]=pkg1b
# SERVICE_CMD[1]="/usr/bin/X11/xload -display 192.10.25.54:0"
# SERVICE_RESTART[1]="-r 2" # Will restart the service twice.
#
# SERVICE_NAME[2]=pkg1c
# SERVICE_CMD[2]="/usr/sbin/ping"
# SERVICE_RESTART[2]="-R" # Will restart the service an infinite
# number of times.
#
# Note: No environmental variables will be passed to the command, this
# includes the PATH variable. Absolute path names are required for the
# service command definition. Default shell is /usr/bin/sh.
#
SERVICE_NAME[0]="prodpkg"
SERVICE_CMD[0]="/etc/cmcluster/prodpkg/prodpkg.mon"
SERVICE_RESTART[0]=""
# DTC manager information for each DTC.
# Example: DTC[0]=dtc_20
#DTC_NAME[0]=
# START OF CUSTOMER DEFINED FUNCTIONS
# This function is a place holder for customer define functions.
# You should define all actions you want to happen here, before the service is
# started. You can create as many functions as you need.
function customer_defined_run_cmds
{
# ADD customer defined run commands.
: # do nothing instruction, because a function must contain some command.
# Start NFS
/sbin/init.d/nfs.server start
# Export file systems.
exportfs -i -o rw=hpburn,root=hpburn /ora05
# Start ProD.
/ora05/prod01/prd/etc/rc.start
# Start ProD license daemon.
/ora05/prod01/prd/etc/rc.start_licd
# Start ProD on the hpburn server.
#remsh hpburn /ora05/prod01/prd/etc/rc.start &
}
# This function is a place holder for customer define functions.
# You should define all actions you want to happen here, before the service is
# halted.
function customer_defined_halt_cmds
{
# ADD customer defined halt commands.
: # do nothing instruction, because a function must contain some command.
# Stop ProD on the hpburn server.
remsh hpburn /scripts/stopprod &
# Block ProD access.
/scripts/blockprod
# Clear all bshells.
/scripts/CLEarallbshells
# Stop ProD.
/ora05/prod01/prd/etc/rc.stop
# Clear shared memory.
/scripts/clear_smemory
# Unblock ProD access.
/scripts/unblockprod
# Unexport file system.
exportfs -u /ora05
# Stop NFS
/sbin/init.d/nfs.server stop
}
# END OF CUSTOMER DEFINED FUNCTIONS
# START OF RUN FUNCTIONS
function activate_volume_group
{
for I in ${VG[@]}
do
if [[ "${VGCHANGE}" = "vgchange -a y" ]]
then
print "$(date '+%b %e %X') - Node \"$(hostname)\": Activating volume group $I with non-exclusive option."
else
print "$(date '+%b %e %X') - \"$(hostname)\": Activating volume group $I with exclusive option."
fi
$VGCHANGE $I
test_return 1
done
}
# For each {file system/logical volume} pair, fsck the file system
# and mount it.
function check_and_mount
{
integer R=0
for I in ${LV[@]}
do
if [[ $(mount -p | awk '$1 == "'$I'"') = "" ]]
then
RLV[$R]="${I%/*}/r${I##*/}"
if [ -x /usr/sbin/fstyp ]
then
fstype[$R]=$(fstyp $I)
fi
(( R = $R + 1 ))
fi
done
# Verify that there is at least one file system to check and what type.
if [[ ${RLV[@]} != "" ]]
then
print -n "$(date '+%b %e %X') - Node \"$(hostname)\": "
print "Checking filesystems:"
print ${LV[@]} | tr ' ' '\012' | sed -e 's/^/ /'
# If there is more than one filesystem type being checked
# then each filesystem is check individually.
#
R=$(print ${fstype[*]} | tr ' ' '\012' | sort -u | wc -l)
if (( R > 1 ))
then
R=0
while (( R < ${#RLV[*]} ))
do
case ${fstype[$R]} in
hfs) fsck -F hfs -P ${RLV[$R]}
test_return 2
;;
vxfs) fsck -F vxfs -y ${RLV[$R]}
test_return 2
;;
unk*) fsck ${RLV[$R]}
test_return 2
;;
*) if [[ ${fstype[$R]} = "" ]]
then
fsck ${RLV[$R]}
else
fsck -F ${fstype[$R]} ${RLV[$R]}
fi
test_return 2
;;
esac
(( R = R + 1 ))
done
# If there is only one filesystem type being checked, then
# multiple invocations of fsck can be avoided. All filesystems
# are specified on the command line to one fsck invocation.
#
else
case ${fstype} in
hfs) fsck -F hfs -P ${RLV[@]}
test_return 2
;;
vxfs) fsck -F vxfs -y ${RLV[@]}
test_return 2
;;
unk*) fsck ${RLV[@]}
test_return 2
;;
*) if [[ ${fstype} = "" ]]
then
fsck ${RLV[@]}
else
fsck -F ${fstype} ${RLV[@]}
fi
test_return 2
;;
esac
fi
fi
integer F=0
for I in ${LV[@]}
do
if [[ $(mount | grep -E $I" ") = "" ]]
then
print "$(date '+%b %e %X') - Node \"$(hostname)\": Mounting $I at ${FS[$F]}"
mount ${FS_MOUNT_OPT[$F]} $I ${FS[$F]}
test_return 3
else
print "$(date '+%b %e %X') - Node \"$(hostname)\": WARNING: File system \"${FS[$F]}\" was already mounted."
fi
(( F = $F + 1 ))
done
}
# For each {IP address/subnet} pair, add the IP address to the subnet
# using cmmodnet(1m).
function add_ip_address
{
integer S=0
integer error=0
for I in ${IP[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Adding IP address $I to subnet ${SUBNET[$S]}"
XX=$( cmmodnet -a -i $I ${SUBNET[$S]} 2>&1 )
if (( $? != 0 ))
then
YY=$( netstat -in | awk '$4 == "'${I}'"')
if [[ -z $YY ]]
then
print "$XX" >> $0.log
print "\tERROR: Failed to add IP $I to subnet ${SUBNET[$S]}"
(( error = 1 ))
else
print "\tWARNING: IP $I is already configured on the subnet ${SUBNET[$S]}"
fi
fi
(( S = $S + 1 ))
done
if (( error != 0 ))
then
# `let 0` is used to set the value of $? to 1. The function test_return
# requires $? to be set to 1 if it has to print error message.
let 0
test_return 4
fi
}
# Own and reset the DTC connections
function get_ownership_dtc
{
for I in ${DTC_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Assigning Ownership of the DTC $I"
dtcmodifyconfs -o $I
test_return 5
for J in ${IP[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Resetting the DTC connections to IP address $J"
dtcdiag -Q $J -q -f $I
test_return 6
done
done
}
# For each {service name/service command string} pair, start the
# service command string at the service name using cmrunserv(1m).
function start_services
{
integer C=0
for I in ${SERVICE_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Starting service $I using"
print " \"${SERVICE_CMD[$C]}\""
#
# Check if cmrunserv should be called the old
# way without a restart count.
#
if [[ "${SERVICE_RESTART[$C]}" = "" ]]
then
cmrunserv $I ">> $0.log 2>&1 ${SERVICE_CMD[$C]}"
else
cmrunserv ${SERVICE_RESTART[$C]} $I ">> $0.log 2>&1 ${SERVICE_CMD[$C]}"
fi
test_return 8
(( C = $C + 1 ))
done
}
# END OF RUN FUNCTIONS.
# START OF HALT FUNCTIONS
# Halt each service using cmhaltserv(1m).
function halt_services
{
for I in ${SERVICE_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Halting service $I"
cmhaltserv $I
test_return 9
done
}
# Disown the DTC.
function disown_dtc
{
for I in ${DTC_NAME[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Disowning the DTC $I"
dtcmodifyconfs -d $I
test_return 11
done
}
# For each IP address/subnet pair, remove the IP address from the subnet
# using cmmodnet(1m).
function remove_ip_address
{
integer S=0
integer error=0
for I in ${IP[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Remove IP address $I from subnet ${SUBNET[$S]}"
XX=$( cmmodnet -r -i $I ${SUBNET[$S]} 2>&1 )
if (( $? != 0 ))
then
echo $XX | grep "is not configured on the subnet"
if (( $? != 0 ))
then
print "$XX" >> $0.log
(( error = 1 ))
fi
fi
(( S = $S + 1 ))
done
if (( $error != 0 ))
then
# `let 0` is used to set the value of $? to 1. The function test_return
# requires $? to be set to 1 if it has to print error message.
let 0
test_return 12
fi
}
# Unmount each logical volume.
function umount_fs
{
for I in $(print ${LV[@]} | awk '{ for(i=NF; i>0; i--) print $i }')
do
mount | grep -E $I" " > /dev/null 2>&1
if (( $? == 0 ))
then
print "$(date '+%b %e %X') - Node \"$(hostname)\": Unmounting filesystem on $I"
print "\tWARNING: Running fuser to remove anyone using the file system directly."
fuser -ku $I
umount $I
test_return 13
fi
done
}
function deactivate_volume_group
{
for I in ${VG[@]}
do
print "$(date '+%b %e %X') - Node \"$(hostname)\": Deactivating volume group $I"
vgchange -a n $I
test_return 14
done
}
# END OF HALT FUNCTIONS.
# FUNCTIONS COMMON TO BOTH RUN AND HALT.
# Test return value of functions and exit with NO RESTART if bad.
# Return value of 0 - 50 are reserved for use by Hewlett-Packard.
# System administrators can use numbers above 50 for return values.
function test_return
{
if (( $? != 0 ))
then
case $1 in
1)
print "\tERROR: Function activate_volume_group"
print "\tERROR: Failed to activate $I"
deactivate_volume_group
exit 1
;;
2)
print "\tERROR: Function check_and_mount"
print "\tERROR: Failed to fsck one of the logical volumes."
exit_value=1
;;
3)
print "\tERROR: Function check_and_mount"
print "\tERROR: Failed to mount $I to ${FS[$F]}"
umount_fs
deactivate_volume_group
exit 1
;;
4)
print "\tERROR: Function add_ip_address"
print "\tERROR: Failed to add IP address to subnet"
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
5)
print "\tERROR: Function get_ownership_dtc"
print "\tERROR: Failed to own $I"
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
6)
print "\tERROR: Function get_ownership_dtc"
print "\tERROR: Failed to switch $I"
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
8)
print "\tERROR: Function start_services"
print "\tERROR: Failed to start service ${SERVICE_NAME[$C]}"
halt_services
customer_defined_halt_cmds
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
9)
print "\tFunction halt_services"
print "\tWARNING: Failed to halt service $I"
;;
11)
print "\tERROR: Function disown_dtc"
print "\tERROR: Failed to disown $I from ${SUBNET[$S]}"
exit_value=1
;;
12)
print "\tERROR: Function remove_ip_address"
print "\tERROR: Failed to remove $I"
exit_value=1
;;
13)
print "\tERROR: Function umount_fs"
print "\tERROR: Failed to unmount $I"
exit_value=1
;;
14)
print "\tERROR: Function deactivate_volume_group"
print "\tERROR: Failed to deactivate $I"
exit_value=1
;;
51)
print "\tERROR: Function customer_defined_run_cmds"
print "\tERROR: Failed to RUN customer commands"
halt_services
customer_defined_halt_cmds
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
exit 1
;;
52)
print "\tERROR: Function customer_defined_halt_cmds"
print "\tERROR: Failed to HALT customer commands"
exit_value=1
;;
*)
print "\tERROR: Failed, unknown error."
;;
esac
fi
}
# END OF FUNCTIONS COMMON TO BOTH RUN AND HALT
#-------------------MAINLINE Control Script Code Starts Here-----------------
#
# FUNCTION STARTUP SECTION.
typeset MIN_VERSION="A.10.03" # Minimum version this control script works on
integer exit_value=0
typeset CUR_VERSION
#
# Check that this control script is being run on a A.10.03 or later release
# of MC/ServiceGuard or MC/LockManager. The control scripts are forward
# compatible but are not backward compatible because newer control
# scripts use commands and option not available on older releases.
CUR_VERSION="$(/usr/bin/what /usr/lbin/cmcld | /usr/bin/grep "Date" | \
/usr/bin/egrep '[AB]\...\...|NTT\...\...' | \
cut -f2 -d" ")"
if [[ "${CUR_VERSION}" = "" ]] || \
[[ "${CUR_VERSION#*.}" < "${MIN_VERSION#*.}" ]]
then
print "ERROR: Mismatched control script version ($MIN_VERSION). You cannot run"
print "\ta version ${MIN_VERSION} control_script on a node running pre"
print "\t${MIN_VERSION} MC/ServiceGuard or MC/LockManager software"
exit 1
fi
# Test to see if we are being called to run the package, or halt the package.
if [[ $1 = "start" ]]
then
print "\n\t########### Node \"$(hostname)\": Starting package at $(date) ###########"
activate_volume_group
check_and_mount
add_ip_address
get_ownership_dtc
customer_defined_run_cmds
start_services
# Check exit value
if (( $exit_value == 1 ))
then
print "\n\t########### Node \"$(hostname)\": Package start failed at $(date) ###########"
exit 1
else
print "\n\t########### Node \"$(hostname)\": Package start completed at $(date) ###########"
exit 0
fi
elif [[ $1 = "stop" ]]
then
print "\n\t########### Node \"$(hostname)\": Halting package at $(date) ###########"
halt_services
customer_defined_halt_cmds
disown_dtc
remove_ip_address
umount_fs
deactivate_volume_group
# Check exit value
if (( $exit_value == 1 ))
then
print "\n\t########### Node \"$(hostname)\": Package halt failed at $(date) ###########"
exit 1
else
print "\n\t########### Node \"$(hostname)\": Package halt completed at $(date) ###########"
exit 0
fi
fi
The services for script /etc/cmcluster/prodpkg/prodpkg.cntl include: prodpkg The service scripts for script /etc/cmcluster/prodpkg/prodpkg.cntl include:
/etc/cmcluster/prodpkg/prodpkg.mon
The contents of service script /etc/cmcluster/prodpkg/prodpkg.mon include:
# prodpkg.mon - RGB 3/3/00
#
# This script is used to monitor ProD within
# the MC/ServiceGuard cluster.
LOOP=YES
#PROCLIST="licd6.2 shmtimer6.2"
#PROCLIST="licd6.2"
PROCLIST="shmtimer6.2"
while [ $LOOP = "YES" ]
do
for PROC in $PROCLIST
do
ps -ef | grep -v grep | grep $PROC
if [ $? -ne 0 ]
then
logger "Process $PROC not found, possible ProD problem. Shutting down prodpkg."
exit 1
fi
done
sleep 600
done
echo "Unknown exit status."
exit 2
End of Service Guard Configuration Information.
HP OpenView Storage Data Protector A.05.00: OMNICC, internal build 190, built on Tue Jul 16 17:37:01 2002
Omniback II License Status:
Licensing mode : Local
License server : hptrident
Category Number of Licenses
Cell Manager for UNIX 1
Cell Manager for Windows 1
Single Drive for UNIX / NAS / SAN 999
Single Drive for Windows / NetWare / Linux 999
Multi-Drive Server for UNIX 999
Multi-Drive Server for Windows / NetWare 999
On-line Extension for UNIX 1
On-line Extension for Windows 1
Manager-of-Managers Extension for UNIX 999
Manager-of-Managers Extension for Windows 999
61-250 Slot Libraries Extension for UNIX 1
61-250 Slot Libraries Extension for Windows 1
Unlimited Slot Libraries Extension for UNIX 1
Unlimited Slot Libraries Extension for Windows 1
EMC Split Mirror Extension 1
HP XP Split Mirror Extension 1
Single Server Edition for UNIX 0
Single Server Edition for Windows 0
EMC Fastrax Extension for ONE Symmetrix 999
On-line Extension for ONE UNIX system 999
On-line Extension for ONE Windows / Linux system 999
Extension for ONE 61-250 Slot Library 999
Extension for ONE 61-250 Slot Library for Windows 999
Extension for ONE Unlimited Slot Library 999
Extension for ONE Unlimited Slot Library for Windows 999
Zero Downtime Backup Extension for ONE EMC Symmetrix 999
Zero Downtime Backup Extension for ONE HP Surestore XP 999
Extension for ONE NDMP Server 999
Zero Downtime Backup Extension for 1 TB EMC Symmetrix 999
Zero Downtime Backup Extension for 1 TB HP Surestore XP 999
Zero Downtime Backup Extension for 1 TB HP Surestore VA 999
Instant Recovery Extension for 1 TB HP Surestore XP 999
EMC Fastrax Extension for 1 TB Symmetrix 999
Instant Recovery Extension for 1 TB HP Surestore VA 999
Direct Backup Extension for 1 TB HP Surestore XP or compatible 999
Direct Backup using NDMP for 1 TB 999
Direct Backup Extension for 1 TB HP Surestore VA 999
Omniback II License Passwords, etc.:
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Cell Manager for UNIX
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Cell Manager for Windows
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Single Drive for UNIX / NAS / SAN
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Single Drive for Windows / NetWare / Linux
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Multi-Drive Server for UNIX
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Multi-Drive Server for Windows / NetWare
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : On-line Extension for UNIX
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : On-line Extension for Windows
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Manager-of-Managers Extension for UNIX
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Manager-of-Managers Extension for Windows
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : 61-250 Slot Libraries Extension for UNIX
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : 61-250 Slot Libraries Extension for Windows
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Unlimited Slot Libraries Extension for UNIX
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Unlimited Slot Libraries Extension for Windows
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : EMC Split Mirror Extension
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : HP XP Split Mirror Extension
Quantity : 1
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : EMC Fastrax Extension for ONE Symmetrix
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : On-line Extension for ONE UNIX system
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : On-line Extension for ONE Windows / Linux system
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Extension for ONE 61-250 Slot Library
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Extension for ONE 61-250 Slot Library for Windows
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Extension for ONE Unlimited Slot Library
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Extension for ONE Unlimited Slot Library for Windows
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Zero Downtime Backup Extension for ONE EMC Symmetrix
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Zero Downtime Backup Extension for ONE HP Surestore XP
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Extension for ONE NDMP Server
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Zero Downtime Backup Extension for 1 TB EMC Symmetrix
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Zero Downtime Backup Extension for 1 TB HP Surestore XP
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Zero Downtime Backup Extension for 1 TB HP Surestore VA
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Instant Recovery Extension for 1 TB HP Surestore XP
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : EMC Fastrax Extension for 1 TB Symmetrix
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Instant Recovery Extension for 1 TB HP Surestore VA
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Direct Backup Extension for 1 TB HP Surestore XP or compatible
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Direct Backup using NDMP for 1 TB
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Password : ""
Start Time : 04/10/03 12:06:58
Expiration Time : 06/09/03 12:06:58
IP range :
License category : Direct Backup Extension for 1 TB HP Surestore VA
Quantity : 999
Annotation :
Days until expiration: 52
Remark : Evaluation license
Omniback II Cell Configuration:
Host information:
host="hptrident"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Manager-of-Managers User Interface="A.05.00"
Host information:
host="hptest1"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="hpdatab"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="hpdevel"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
Host information:
host="hptest"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
Host information:
host="hpprod"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="hpora1"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="hpora2"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
Host information:
host="hpSF"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="hpwork"
os="hp s800 hp-ux-10.20"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="tridentpkg"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Host information:
host="databpkg"
os="hp s800 hp-ux-11.00"
Installed component[s]:
Disk Agent="A.05.00"
Media Agent="A.05.00"
User Interface="A.05.00"
Summary:
12 configured host[s].
12 installed Disk Agent[s].
12 installed Media Agent[s].
0 installed ACS Media Agent[s].
0 installed DAS Media Agent[s].
0 installed EMC Fastrax Media Agent[s].
0 installed NDMP Media Agent[s].
9 installed User Interface[s].
1 installed Manager-of-Managers User Interface[s].
0 installed MS Exchange 5.x Integration[s].
0 installed MS SQL 6.5 Integration[s].
0 installed MS SQL 7.0/2000 Integration[s].
0 installed SAP R/3 Integration[s].
0 installed EMC Symmetrix Agent[s].
0 installed Ora7 Integration[s].
0 installed Ora8 Integration[s].
0 installed Sybase Integration[s].
0 installed HP SureStore XP Agent[s].
0 installed HP SureStore VA Agent[s].
0 installed Informix Integration[s].
0 installed Lotus Integration[s].
0 installed HP OpenView NNM Backup Integration[s].
0 installed EMC Fastrax Resolving Agent[s].
0 installed OmniStorage Integration[s].
0 installed MS Exchange 2000 Integration[s].
0 installed German Language Support[s].
0 installed Japanese Language Support[s].
0 installed French Language Support[s].
0 installed Automatic Disaster Recovery Module[s].
Omniback II Media & Pool Summary:
Pool name Media Type Policy # of media Free
===============================================================================
OS_Pool DLT Strict 22 1917429
Default AIT AIT App+Loose 0 0
Default DDS DDS App+Loose 0 0
Default DLT DLT App+Loose 0 0
Default DTF DTF App+Loose 0 0
Default Exabyte ExaByte App+Loose 0 0
Default File File App+Loose 0 0
Default LTO-Ultrium LTO-Ultrium App+Loose 0 0
Default Optical Optical App+Loose 0 0
Default QIC QIC Loose 0 0
Default SD-3 SD-3 App+Loose 0 0
Default SuperDLT SuperDLT App+Loose 0 0
Default T3480/T4890/T9490 T3480/T4890/T9490 App+Loose 0 0
Default T3590 T3590 App+Loose 0 0
Default T9840 T9840 App+Loose 0 0
Default Tape Tape App+Loose 0 0
ITO_Pool DDS Loose 12 92060
Offsite Pool DLT Strict 48 2236916
OmniDB_Pool DDS Loose 18 152964
OraDB_Pool DLT Loose 18 869328
hpSF DDS App+Loose+Unini 16 215466
Omniback II Media & Pool Detail:
Pool name : OS_Pool
Media Type : DLT
Policy : Strict
Blocks used : 697421
Blocks total : 2614850
Altogether media : 22
Bad media : 0
Overwritten media : 0
Pool name : Default AIT
Media Type : AIT
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default DDS
Media Type : DDS
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default DLT
Media Type : DLT
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default Exabyte
Media Type : ExaByte
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default File
Media Type : File
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default LTO-Ultrium
Media Type : LTO-Ultrium
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default Optical
Media Type : Optical
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default QIC
Media Type : QIC
Policy : Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default SuperDLT
Media Type : SuperDLT
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default T3480/T4890/T9490
Media Type : T3480/T4890/T9490
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default T9840
Media Type : T9840
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : Default Tape
Media Type : Tape
Policy : App+Loose
Blocks used : 0
Blocks total : 0
Altogether media : 0
Bad media : 0
Overwritten media : 0
Pool name : ITO_Pool
Media Type : DDS
Policy : Loose
Blocks used : 0
Blocks total : 92060
Altogether media : 12
Bad media : 0
Overwritten media : 0
Pool name : Offsite Pool
Media Type : DLT
Policy : Strict
Blocks used : 192520
Blocks total : 2429436
Altogether media : 48
Bad media : 1
Overwritten media : 0
Pool name : OmniDB_Pool
Media Type : DDS
Policy : Loose
Blocks used : 6902
Blocks total : 159866
Altogether media : 18
Bad media : 0
Overwritten media : 0
Pool name : OraDB_Pool
Media Type : DLT
Policy : Loose
Blocks used : 1013615
Blocks total : 1882943
Altogether media : 18
Bad media : 0
Overwritten media : 0
Pool name : hpSF
Media Type : DDS
Policy : App+Loose+Uninitialized First
Blocks used : 23466
Blocks total : 238932
Altogether media : 16
Bad media : 1
Overwritten media : 0
Omniback II Device & Pool Summary:
Device name Host Device type Pool
==============================================================================
DLT_Library hptrident SCSI-II Library
DLT1 hptrident DLT (in library) OS_Pool
DLT2 hptrident DLT (in library) OS_Pool
DLT3 hpprod DLT (in library) OraDB_Pool
DLT4 hpdatab DLT (in library) OraDB_Pool
Local_hpSF hpSF Standalone hpSF
Local_hptrident hptrident Standalone OmniDB_Pool
==============================================================================
Together : 6 configured device[s].
Omniback II Device & Pool Detail:
==============================================================================
NAME "DLT1"
DESCRIPTION "Drive 1 in the DLT Library"
HOST hptrident
POLICY SCSI-II
TYPE DLT
POOL "OS_Pool"
LIBRARY "DLT_Library"
CLEANME
DRIVES
"/dev/rmt/c5t0d0BEST"
"1"
==============================================================================
==============================================================================
NAME "DLT2"
DESCRIPTION "Drive 2 in the DLT Library"
HOST hptrident
POLICY SCSI-II
TYPE DLT
POOL "OS_Pool"
LIBRARY "DLT_Library"
CLEANME
DRIVES
"/dev/rmt/c7t1d0BEST"
"2"
==============================================================================
==============================================================================
NAME "DLT3"
DESCRIPTION "Drive 4 in the DLT Library"
HOST hpprod
POLICY SCSI-II
TYPE DLT
POOL "OraDB_Pool"
LIBRARY "DLT_Library"
DRIVES
"/dev/rmt/1m"
"4"
==============================================================================
==============================================================================
NAME "DLT4"
DESCRIPTION "Drive 3 in the DLT Library"
HOST hpdatab
POLICY SCSI-II
TYPE DLT
POOL "OraDB_Pool"
LIBRARY "DLT_Library"
DRIVES
"/dev/rmt/1m"
"3"
==============================================================================
==============================================================================
NAME "Local_hpSF"
DESCRIPTION "Local drive on hpSF"
HOST hpSF
POLICY Standalone
TYPE DDS
POOL "hpSF"
CONCURRENCY 4
CLEANME
DRIVES
"/dev/rmt/0m"
==============================================================================
==============================================================================
NAME "Local_hptrident"
DESCRIPTION "Local drive on hptrident"
HOST hptrident
POLICY Standalone
TYPE DDS
POOL "OmniDB_Pool"
VERIFY
EJECT
CLEANME
DRIVES
"/dev/rmt/0m"
==============================================================================
/etc/auto_master contains:
/net -hosts -nosuid,soft
/etc/exports contains:
/SD_CDROM -access=hpprod -root=hpprod
/backup/ora01 -access=hprep01 -root=hprep01
/backup/ora02 -access=hprep01 -root=hprep01
/backup/ora03 -access=hprep01 -root=hprep01
/backup/ora04 -access=hprep01 -root=hprep01
/backup/ora06 -access=hprep01 -root=hprep01
/backup/ora07 -access=hprep01 -root=hprep01
/backup/ora08 -access=hprep01 -root=hprep01
/backup/ora09 -access=hprep01 -root=hprep01
/etc/fstab contains:
# System /etc/fstab file. Static information about the file systems
# See fstab(4) and sam(1M) for further details on configuring devices.
/dev/vg00/lvol3 / vxfs delaylog 0 1
/dev/vg00/lvol1 /stand hfs defaults 0 1
/dev/vg00/lvol4 /home vxfs delaylog 0 2
/dev/vg00/lvol5 /opt vxfs delaylog 0 2
/dev/vg00/lvol6 /tmp vxfs delaylog 0 2
/dev/vg00/lvol7 /usr vxfs delaylog 0 2
/dev/vg00/lvol8 /var vxfs delaylog 0 2
/dev/vg00/lvswap01 ... swap pri=1 0 0
hpdevel:/prodtrans /prodtrans nfs rw,soft 0 0
hptest:/ora05 /ora05 nfs rw,soft 0 0
/etc/group contains:
root::0:root
other::1:root,hpdatab
bin::2:root,bin
sys::3:root,uucp
adm::4:root,adm
daemon::5:root,daemon
mail::6:root
lp::7:root,lp
tty::10:
nuucp::11:nuucp
users::20:root
nogroup:*:-2:
dba::101: bsp
bsp::125:
+::-2:-2:::
/etc/hosts contains:
## Configured using SAM by root on Thu Jan 31 00:19:39 2002
# @(#)hosts $Revision: 1.9.214.1 $ $Date: 96/10/08 13:20:01 $
#
# The form for each entry is:
#
#
# For example:
# 192.1.2.34 hpfcrm loghost
#
# See the hosts(4) manual page for more information.
# Note: The entries cannot be preceded by a space.
# The format described in this file is the correct format.
# The original Berkeley manual page contains an error in
# the format description.
#
# Loopback
127.0.0.1 localhost loopback
# Cluster
192.1.140.2 hpdatab hpdatab.tridentsys.com #Database
192.1.140.3 databpkg databpkg.tridentsys.com #NFS
192.1.140.4 hpprod hpprod.tridentsys.com #Application
192.1.140.7 prodpkg prodpkg.tridentsys.com #NFS
# Oracle Cluster
192.1.1.11 hpora1 hpora1.tridentsys.com #Oracle Server
192.1.1.8 hpora2 hpora2.tridentsys.com #Oracle Server
192.1.1.12 payrollpkg payrollpkg.tridentsys.com
192.1.1.13 prodrpkg prodrpkg.tridentsys.com
192.1.1.14 develpkg develpkg.tridentsys.com
192.1.1.15 salespkg salespkg.tridentsys.com
192.1.1.16 hpwebppkg hpwebppkg.tridentsys.com
# Gateways
192.1.1.1 site_gw site_gw.tridentsys.com #Default
192.1.4.97 mailgw mailgw.tridentsys.com #E-Mail
# NT Servers
192.1.1.25 testapps testapps.tridentsys.com #Test applications
192.1.140.120 hpweb hpweb.tridentsys.com #Web applications
192.1.1.10 emcserver emcserver.tridentsys.com #EMC ECC Server
# HP Servers (not in the cluster)
192.1.2.56 hpdevel hpdevel.tridentsys.com #Development
192.1.2.60 hptest hptest.tridentsys.com #QA
192.1.1.61 hptest01 hptest01.tridentsys.com #Quality Ass.
192.1.1.65 hpwatch hpwatch.tridentsys.com #ITO
192.2.200.170 hptrident hptrident.tridentsys.com #SF
192.1.1.67 hpsysadm hpsysadm.tridentsys.com #System Management
192.1.1.68 hpburn hpburn.tridentsys.com #Omniback, Batch
# HP Workstations
192.1.140.9 hpconsole1 hpconsole1.tridentsys.com #hpdatab's console
192.1.140.10 hpconsole2 hpconsole2.tridentsys.com #hpprod's console
# Printers (Network printers may or may not be defined to local lp spooler)
192.2.50.7 sfprt sfprt.tridentsys.com #SF
192.1.1.28 itprt itprt.tridentsys.com #IT, 1st Floor
# HP LaserJet5SiMX
192.1.2.65 itprt2 itprt2.tridentsys.com #IT, 1st Floor
# HP LaserJet 8000 N
192.1.155.104 payroll payroll.tridentsys.com #Payroll Department
# HP LaserJet 5
192.2.1.152 sfdis sfdis.tridentsys.com #SF Dispatch
192.2.1.156 sfdep sfdep.tridentsys.com #SF Depot
192.2.1.171 sfcsc sfcsc.tridentsys.com #SF Customer
# Service Center
192.1.151.193 purchprt purchprt.tridentsys.com #Purchasing Dept.
# HP LaserJet 5Si
192.1.152.17 collections2 collections2.tridentsys.com #Credit/Collections 2
# HP LaserJet 8000
192.1.1.88 datactr82prt datactr82prt.tridentsys.com #Data Center Print 82
192.2.1.154 camcx camcx.tridentsys.com # CAMCX Printer
# Miscellaneous
192.1.155.221 datactr2 datactr2.tridentsys.com #comproom prt
192.151.52.14 ftp.itrc.hp.com #HP Patch Site
192.151.52.22 us-support2.external.hp.com #HP Patch Site
193.41.0.5 rs.internic.net
/etc/inetd.conf contains:
## Configured using SAM by root on Fri Mar 24 13:54:02 2000
##
#
# @(#)inetd.conf $Revision: 1.24.214.3 $ $Date: 97/09/10 14:50:49 $
#
# Inetd reads its configuration information from this file upon execution
# and at some later time if it is reconfigured.
#
# A line in the configuration file has the following fields separated by
# tabs and/or spaces:
#
# service name as in /etc/services
# socket type either "stream" or "dgram"
# protocol as in /etc/protocols
# wait/nowait only applies to datagram sockets, stream
# sockets should specify nowait
# user name of user as whom the server should run
# server program absolute pathname for the server inetd will
# execute
# server program args. arguments server program uses as they normally
# are starting with argv[0] which is the name of
# the server.
#
# See the inetd.conf(4) manual page for more information.
##
##
#
# ARPA/Berkeley services
#
##
ftp stream tcp nowait root /usr/lbin/ftpd ftpd -l -u 022
telnet stream tcp nowait root /usr/lbin/telnetd telnetd
# Before uncommenting the "tftp" entry below, please make sure
# that you have a "tftp" user in /etc/passwd. If you don't
# have one, please consult the tftpd(1M) manual entry for
# information about setting up this service.
tftp dgram udp wait root /usr/lbin/tftpd tftpd\
/opt/ignite\
/var/opt/ignite
bootps dgram udp wait root /usr/lbin/bootpd bootpd
#finger stream tcp nowait bin /usr/lbin/fingerd fingerd
login stream tcp nowait root /usr/lbin/rlogind rlogind
shell stream tcp nowait root /usr/lbin/remshd remshd
exec stream tcp nowait root /usr/lbin/rexecd rexecd
#uucp stream tcp nowait root /usr/sbin/uucpd uucpd
ntalk dgram udp wait root /usr/lbin/ntalkd ntalkd
ident stream tcp wait bin /usr/lbin/identd identd
##
#
# Other HP-UX network services
#
##
printer stream tcp nowait root /usr/sbin/rlpdaemon rlpdaemon -i
##
#
# inetd internal services
#
##
daytime stream tcp nowait root internal
daytime dgram udp nowait root internal
time stream tcp nowait root internal
#time dgram udp nowait root internal
echo stream tcp nowait root internal
echo dgram udp nowait root internal
discard stream tcp nowait root internal
discard dgram udp nowait root internal
chargen stream tcp nowait root internal
chargen dgram udp nowait root internal
##
#
# rpc services, registered by inetd with portmap
# Do not uncomment these unless your system is running portmap!
#
##
# WARNING: The rpc.mountd should now be started from a startup script.
# Please enable the mountd startup script to start rpc.mountd.
##
#rpc stream tcp nowait root /usr/sbin/rpc.rexd 100017 1 rpc.rexd
#rpc dgram udp wait root /usr/lib/netsvc/rstat/rpc.rstatd 100001 2-4 rpc.rstatd
#rpc dgram udp wait root /usr/lib/netsvc/rusers/rpc.rusersd 100002 1-2 rpc.rusersd
#rpc dgram udp wait root /usr/lib/netsvc/rwall/rpc.rwalld 100008 1 rpc.rwalld
#rpc dgram udp wait root /usr/sbin/rpc.rquotad 100011 1 rpc.rquotad
#rpc dgram udp wait root /usr/lib/netsvc/spray/rpc.sprayd 100012 1 rpc.sprayd
##
#
# The standard remshd and rlogind do not include the Kerberized
# code. You must install the InternetSvcSec/INETSVCS-SEC fileset and
# configure Kerberos as described in the SIS(5) man page.
#
##
kshell stream tcp nowait root /usr/lbin/remshd remshd -K
klogin stream tcp nowait root /usr/lbin/rlogind rlogind -K
##
#
# NCPM programs.
# Do not uncomment these unless you are using NCPM.
#
##
#ncpm-pm dgram udp wait root /opt/ncpm/bin/ncpmd ncpmd
#ncpm-hip dgram udp wait root /opt/ncpm/bin/hipd hipd
dtspc stream tcp nowait root /usr/dt/bin/dtspcd /usr/dt/bin/dtspcd
rpc xti tcp swait root /usr/dt/bin/rpc.ttdbserver 100083 1 /usr/dt/bin/rpc.ttdbserver
rpc dgram udp wait root /usr/dt/bin/rpc.cmsd 100068 2-5 rpc.cmsd
recserv stream tcp nowait root /usr/lbin/recserv recserv -display :0
registrar stream tcp nowait root /etc/opt/resmon/lbin/registrar /etc/opt/resmon/lbin/registrar
instl_boots dgram udp wait root /opt/ignite/lbin/instl_bootd instl_bootd
hacl-cfg dgram udp wait root /usr/lbin/cmclconfd cmclconfd -p
hacl-cfg stream tcp nowait root /usr/lbin/cmclconfd cmclconfd -c
ctmagent stream tcp nowait root /opt/bmc/ctmagt/ctm/exe_HP-UX-10/p_ctmag p_ctmag -e /opt/bmc/ctmagt/ctm
#
hpconfinfo stream tcp nowait root /scripts/sysweb/hpconfinfo_server.ksh hpconfinfo_server.ksh
omni stream tcp nowait root /opt/omni//lbin/inet inet -log /var/opt/omni//log/inet.log
/etc/inittab contains:
init:3:initdefault:
ioin::sysinit:/sbin/ioinitrc >/dev/console 2>&1
tape::sysinit:/sbin/mtinit > /dev/console 2>&1
muxi::sysinit:/sbin/dasetup /dev/console 2>&1 # mux init
stty::sysinit:/sbin/stty 9600 clocal icanon echo opost onlcr ixon icrnl ignpar /dev/console 2>&1 # fsck, etc.
link::wait:/sbin/sh -c "/sbin/rm -f /dev/syscon; /sbin/ln /dev/systty /dev/syscon" >/dev/console 2>&1
cprt::bootwait:/sbin/cat /etc/copyright >/dev/syscon # legal req
sqnc::wait:/sbin/rc /dev/console 2>&1 # system init
#powf::powerwait:/sbin/powerfail >/dev/console 2>&1 # powerfail
cons:123456:respawn:/usr/sbin/getty console console # system console
#ttp1:234:respawn:/usr/sbin/getty -h tty0p1 9600
#ttp2:234:respawn:/usr/sbin/getty -h tty0p2 9600
#ttp3:234:respawn:/usr/sbin/getty -h tty0p3 9600
#ttp4:234:respawn:/usr/sbin/getty -h tty0p4 9600
#ttp5:234:respawn:/usr/sbin/getty -h tty0p5 9600
#ups::respawn:rtprio 0 /usr/lbin/ups_mond -f /etc/ups_conf
ems1::bootwait:/sbin/rm -f /etc/opt/resmon/persistence/runlevel4_flag
ems2::bootwait:/sbin/cat /etc/opt/resmon/persistence/reboot_flag
ems3:3456:wait:/usr/bin/touch /etc/opt/resmon/persistence/runlevel4_flag
ems4:3456:respawn:/etc/opt/resmon/lbin/p_client
a0:3:respawn:/usr/lbin/uucp/uugetty -r -t 60 -h ttyd2a1 19200
/etc/mail/sendmail.cf contains:
#
# Copyright (c) 1983, 1995 Eric P. Allman
# Copyright (c) 1988, 1993
# The Regents of the University of California. All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
# 3. All advertising materials mentioning features or use of this software
# must display the following acknowledgement:
# This product includes software developed by the University of
# California, Berkeley and its contributors.
# 4. Neither the name of the University nor the names of its contributors
# may be used to endorse or promote products derived from this software
# without specific prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
# ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
# FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
# OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
# OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
# SUCH DAMAGE.
#
######################################################################
######################################################################
#####
##### SENDMAIL CONFIGURATION FILE
#####
##### built by beena@hpindbo on Mon Jan 12 20:41:00 PST 1998
##### in /m2/build/10.DAV.800/source/INETSVCS/beena/sendmail/cf/cf
##### using ../ as configuration include directory
#####
######################################################################
######################################################################
############################################################
############################################################
##### #####
##### CAVEAT EMPTOR #####
##### #####
##### This configuration file is suitable for use on #####
##### most HP-UX systems running sendmail version 8.8 #####
##### or later and can be installed, mostly #####
##### unmodified, as sendmail's configuration file, #####
##### /etc/mail/sendmail.cf. #####
##### #####
##### Modifications that reflect this host's mail #####
##### environment may be needed. HP recommends that #####
##### these be limited to the "Localizable" and #####
##### "Routing Options" described below. #####
##### #####
##### #####
##### HP will provide support for this configuration #####
##### file if: #####
##### #####
##### * it is left unmodified; or #####
##### #####
##### * the only changes made are those described #####
##### below under "Localizable" and "Routing #####
##### Options". #####
##### #####
##### If other changes are made to this file, you #####
##### are on your own. #####
##### #####
############################################################
############################################################
################################################################################
# Localizable Classes and Macros: #
################################################################################
# #
# Aliases for Local Host (class w): #
# #
# This configuration will automatically recognize that mail to users #
# at the local host or any of its host name aliases or CNAMEs should #
# be delivered locally. Other host names that you wish to recognize #
# as local can be added to class w as either a simple class #
# definition (Cw) or a file class (Fw). Any names added to class w #
# must be canonical names. #
# #
# For example, by default, only the server of an HP-UX nfs cluster #
# runs the sendmail daemon, and mail from the clients is sent out #
# with headers indicating that it originated on the server. #
# #
# However, you might want the server also to accept mail addressed #
# to users at the clients. You could have nameserver MX records #
# directing mail for the clients to the server, and make the server #
# recognize the clients' host names as local. #
# #
# By default class W is defined in 2 stages. Using Cw to add the name #
# "localhost" to class w and then adding the names listed in the file #
# "/etc/mail/sendmail.cw" to class w using Fw. To add other hostnames #
# to class w just add the names as new lines in the file sendmail.cw. #
# #
# #
# My official domain name or Fully Qualified Domain Name - FQDN (Dj): #
# #
# This is required only if sendmail cannot automatically determine your #
# domain. If you are not using DNS, and the official host name (ie, #
# the first entry in /etc/hosts following your IP address) is not a #
# fully-qualified host name, then sendmail will have difficulty resolving #
# your domain name. You MUST modify the $j macro by replacing .Foo.COM #
# with your actual domain name. If you do not, you will see a warning #
# message in your syslog, that might even get echo'd to your console #
# when sendmail starts up. #
# #
# For example, if you see this warning: #
# #
# WARNING: local host name (sys1) is not qualified; fix $j in config file #
# #
# then you need to uncomment the Dj macro and add your domain. #
# #
# Change the line: #
# #Dj$w.Foo.COM #
# to #
# Dj$w.hp.com #
# #
# where hp.com would be the name of your domain. Then that warning #
# message will go away. #
# #
# #
# Masquerade as (DM): #
# #
# If you wish to have mail appear to be from some host or location #
# other than the loacl host, set macro M to the name you wish to #
# masquerade as. This is also know as site hiding and was set using #
# the DY macro in previous releases of hp-ux. This might be used to #
# make mail appear as from a site rather than an individual host or #
# from a central mail hub. Note, however, that just making mail #
# appear to be from a different location does not mean that the #
# receipient will be able to reply to the email. If you use this feature #
# you will also need to be sure that you can reply to the email. #
# #
# #
# Non-local domains that should also be masqueraded (class M): #
# #
# If the macro M is set using DM then addresses listed with the local #
# hostname ($w) will be masqueraded or hidden. If you have other #
# domains that you also wish to "hide" or masquerade put them in #
# class M as: #
# #
# CM other.hidden.location #
# #
# #
# User names which will not use masquerading (class E): #
# #
# If we are doing masquerading (aka site hiding) we may still wish to #
# have mail from some users appear with our real hostname instead of #
# the masqueraded name/location. In order to do this, add the names #
# to class E as: #
# #
# CE root #
# #
# #
# Known direct UUCP connections (class U) #
# #
# This class contains the names of all the hosts to which we are #
# directly connected via UUCP. #
# #
# #
# UUCP relay for unresolved ! addresses via UUCP (DX): #
# #
# If your host has a UUCP path to another host with wider UUCP #
# connectivity than your host has, it may be appropriate to route #
# UUCP mail to hosts to which your host cannot connect through #
# this other host, which will attempt to relay messages to their #
# final destination. Courtesy suggests that you get permission from #
# the administrator of that host before relaying mail through it. #
# To implement UUCP relaying via UUCP, first define the macro X, on #
# the line beginning DX, as either the relay host name or the path #
# to the relay host. #
# #
# After defining the UUCP relay, uncomment the three lines in #
# Ruleset 0 following the comment: #
# #
# # pass unresolved UUCP addresses to the UUCP relay (via UUCP) #
# #
# #
# UUCP relay for unresolved ! addresses via SMTP (DW): #
# #
# If you can mail via SMTP to the host you wish to use as a UUCP #
# relay, define the macro W, on the line beginning DW, as the name #
# of the UUCP relay host. #
# #
# Note that in this case, the macro W must be a single host name, #
# not a path. Note also that the name of any host defined as a #
# relay to be reached via SMTP must be an official host name; in a #
# domain naming environment this must be a fully qualified domain #
# name. The canonicalization operator $[ $] is not applied to relay #
# names. #
# #
# For example, if domain names are not in use at your site, and #
# if the relay host's official name is pzzz, define W: #
# #
# DWpzzz #
# #
# Then uncomment the line in Ruleset 0 following the comment: #
# #
# # pass unresolved UUCP addresses to the UUCP relay (via SMTP) #
# #
################################################################################
# Localizable Options: #
################################################################################
# #
# Automatically rebuild the alias database (option AutoRebuildAliases): #
# #
# This option causes sendmail to attempt to rebuild the alias database #
# when needed. Setting this option may cause excessive overhead and #
# is not recommended. To enable this option uncomment the line: #
# #
# #O AutoRebuildAliases #
# #
# #
# Delivery Mode (option DeliveryMode): #
# #
# The default delivery mode is "background": the user agent #
# invoking sendmail will return immediately, and sendmail will route #
# the mail in the background. Other options are "interactive": #
# sendmail will not return control to the program invoking it until #
# the mail has been routed; and "queue": sendmail will put the #
# message in the mail queue and a sendmail queue process will route #
# the message later. Delivery mode is defined on the line beginning #
# with: #
# #
# O DeliveryMode #
# #
# #
# Error message header/file (option ErrorHeader): #
# #
# This option may be set to the name of a file that contains extra #
# information to be sent back with any errors messages generated by #
# the local sendmail. This might, for instance, be a message with #
# information about current problems or who to contact for sendmail #
# problems. To use this option, create your error mesage and then #
# modify the line starting: #
# #
# O ErrorHeader=/etc/mail/sendmail.oE #
# #
# to point to the file which contains your error message. #
# #
# #
# Queue mail for expensive mailers (option HoldExpensive): #
# #
# This option may be used to force sendmail to queue message that will #
# be sent via a mailer that has been marked as expensive (using the #
# "F=e" mailer flag). To put this option into effect set the option: #
# #
# O HoldExpensive=True #
# #
# #
# Logging Level (option LogLevel): #
# #
# Logging level determines the classes of events which will be #
# logged by sendmail in /var/adm/syslog/mail.log. By default the #
# log level is 9, which reports successful deliveries (and the #
# mailer and host used for delivery), queue daemon startup, alias #
# database rebuilds, and various errors. More detailed information #
# is reported with higher log levels. In particular, log level 11 #
# reports the MX host (if any) and internet address to which mail #
# was delivered. Refer to the documentation for details. #
# #
# Note that log level also affects the information reported by #
# sendmail -bv. At log level 10 and higher, sendmail also reports #
# the mailer and host that would be used for addresses that are #
# "deliverable." #
# #
# This option is defined on the line beginning: #
# #
# O LogLevel= #
# #
# #
# Maximum message size (option MaxMessageSize): #
# #
# This option restricts the maximum message (in bytes) that sendmail will #
# accept from a remote system. If a message larger that this limit is #
# originated form the local system, the message will be truncated to the #
# limit. #
# #
# To enable this feature uncomment the line: #
# #
# O MaxMessageSize=100000 #
# #
# #
# Postmaster Copy (option PostMasterCopy): #
# #
# If this option is set to a valid address, when an undeliverable #
# message is mailed back, a copy of the message header (but not the #
# message body) is delivered to the PostMasterCopy address. It is #
# suggested that this address be "Postmaster" since RFC 822 requires #
# that there be a valid Postmaster address on all mail systems, and #
# since sendmail also attempts to deliver undeliverable error return #
# messages to Postmaster. #
# #
# Postmaster should be aliased locally to the (local or remote) #
# address of the person responsible for mail system administration. #
# #
# To enable this feature, uncomment the line: #
# #
# #O PostMasterCopy=Postmaster #
# #
# If desired, replace "Postmaster" with the appropriate address. #
# #
# #
# Timeouts (option Timeout.*): #
# #
# Sendmail has a number of adjustable timeouts. Under normal conditions, #
# the default timoeuts will work without adjustment. You may, however #
# wish to adjust the timeouts associated with temporarily undeliverable #
# mail. If it is determined that the delivery failure is permanent, then #
# sendmail will return the mail to the sender at at once. If the failure #
# is deemed to be a transient or temporary problem, sendmail will queue #
# the message and keep trying. #
# #
# The option: #
# #
# O Timeout.queuewarn=4h #
# #
# controls how long the local sendmail will hold a message before a #
# warning message is sent to the sender (in this example 4 hours). #
# Only one warning message will be sent. If the option is not set or #
# set to a value of zero, no warning will be sent #
# #
# The option: #
# #
# O Timeout.queuereturn=5d #
# #
# controls how long a message will be held while attempting delivery #
# before the local sendmail gives up and returns the message to the #
# sender (in this example 5 days). The default value is 5 days. #
# #
# #
# Try hosts with no MX records (option TryNullMXList): #
# #
# Sendmail always tries to lookup MX records for the destination host #
# and deliver to the Mail Exchanger with the best precedence (lowest #
# number). If there are no MX records listed for the host or we are #
# the best Mail Exchanger in the list (lowest number), then we have a #
# "null MX list". In such a case, sendmail will report a configuration #
# error unless the option "TryNullMXList" is set. If this option is set #
# then sendmail will try to deliver directly to the destination host. #
# To disable this feature and have sendmail just return the mail with an #
# error, comment out the line: #
# #
# O TryNullMXList #
# #
# #
# Queue-Only Load Average (option QueueLA): #
# #
# In order to limit load on a very busy system, sendmail can be #
# configured to queue up low priority messages rather than attempt #
# delivery immediately if the five-minute load average is greater #
# than some integer value, by default 8. This value is defined on #
# the line beginning O QueueLA=. #
# #
# Refuse-Connections Load Average (option RefuseLA): #
# #
# In order to limit load on a very busy system, the sendmail daemon #
# can be configured not to accept SMTP connections if the five- #
# minute load average is greater than some integer value, by #
# default 12. This value is defined on the line beginning #
# O RefuseLA=. #
# #
# #
################################################################################
# Routing Options: #
################################################################################
# #
# The supported routing options are described below. Options for #
# routing local mail, SMTP mail, UUCP mail, OpenMail mail and X.400 mail #
# are described. #
# #
# To implement any of these options, edit a copy of this file #
# according to the instructions for that option. With minor #
# exceptions, noted where appropriate, the options are independent #
# of each other; you can implement any of them or none of them. #
# #
# Some of these options require that you have installed and #
# configured other software not part of the core networking products #
# #
# #
# Operator precedence: #
# #
# It is generally agreed that mixed addresses, being ambiguous, are #
# abhorrent. This configuration file interprets address operators #
# in the order '@', '!', '%'. #
# #
# Changes to this precedence are not supported! #
# #
# Mixed addresses are resolved as follows: #
# #
# Address Mailer Host User Destination #
# ------- ------ ---- ---- ----------- #
# user%hostA@hostB tcp hostB user%hostA@hostB user@hostA #
# hostA!user@hostB tcp hostB hostA!user@hostB hostA!user #
# hostA!user%hostB uucp hostA user@hostB user@hostB #
# #
################################################################################
# Routing of local mail #
################################################################################
# #
# By default, all mail with just a user name or a user name at a host #
# that we consider to be local (also see Class W above) is delivered locally #
# using the local mailer. In some cases this may not be desired. If sendmail #
# is running on a discless client, for instance, then we would prefer to #
# pass the mail over to the discless server for local delivery. Or we may #
# just wish to have all mail send to a central mail hub. #
# #
# Send all local mail to the "mail hub" (DH macro): #
# #
# By setting the macro H (line starting with DH) to the name of the mail #
# hub, all mail that is destined for a local user will, instead, be forwarded #
# to the same user on the mail hub. #
# #
# Names that should be delivered locally, even if DH and DR are set (Class L): #
# #
# If you are sending local mail to a hub there may still be some users #
# whose mail should be delivered locally such as root. Class L lists #
# such users. To add a user to this class, define them as part of class #
# L as in: #
# #
# CL root bob mary #
# #
# #
################################################################################
# Routing of non-local mail: #
################################################################################
# #
# #
# By default, sendmail will attempt to send all email with an address of #
# the form user@host via the SMTP protocol over TCP/IP. If the #
# nameserver is in use, an MX record may direct sendmail to route #
# mail for that host to some other host acting as a "mail exchanger" #
# for the host in the recipient address. If there is no MX record #
# for the target host name then gethostbyname(3n) must be able to return #
# a valid internet address for the host AND the option TryNullMXList must #
# be enabled or else the delivery will fail. #
# #
# #
# Relay all non-local mail to the "Smart" relay host (DS) via smtp: #
# #
# This macro is optional. If you wish to send all non-local mail #
# to a smart relay via SMTP just set macro S (DS) to the name of the #
# smart relay. If this macro is not set, then all mail addresses to #
# a non-local user will be send to the relay. #
# #
# #
# Relay all non-local mail to the "Smart" relay host (DS) via UUCP: #
# #
# In some cases, the smart realy defined above may actually be connected #
# to your host via a uucp link. If this is the case, and you wish to #
# route all non-local mail to the smart relay via uucp you will need to #
# make two chnages to this file. First, set macro S (DS) to the name #
# of the smart relay, in this case the name should appear in the the list #
# of names returned by the uuname(1) command. Second, you will need to #
# uncomment the line in ruleset 0 following the comment: #
# #
# # Pass mail to smarthost via uucp #
# #
# Direct SMTP connection with local domain: #
# #
# To deliver mail destined for hosts within the local domain directly, #
# while sending all other mail to the "Smart Relay" listed above, you #
# will need to uncomment the line in ruleset 0 following the comment: ## #
# # See if we are supposed to deliver to hosts in the local domain ## ## Also ensure the $m macro gets defined. It gets defined internally #
# from $j macro. You can check if it is set by doing the following: ## ## sendmail -bt ## > $m #
# #
# If $m is undefined, you can define it as follows: #
# eg: if FOO.com is your local domain, define it as #
# DmFOO.com #
# #
################################################################################
################################################################################
# Routing of UUCP mail: #
################################################################################
################################################################################
# Routing of X.400 mail: #
################################################################################
# #
# By default, mail to X.400 style addresses will be rejected as an #
# error. The following options permit routing X.400 mail to the #
# X.400/9000 product running on this host or a remote host. #
# #
# 7. X.400 mail via X.400/9000 delivery agent on this host: #
# #
# If you have installed the X.400/9000 X.400 delivery agent #
# (/usr/lib/x400/x4mailer) on this host, you must enable sendmail to #
# route X.400 mail to this mailer. #
# See the X.400/9000 documentation for a complete explanation of #
# X.400 style addresses. #
# #
# The X.400 receiving agent, also implemented by /usr/lib/x400/x4mailer, #
# will be able to hand incoming messages to sendmail for further #
# routing without any changes to the sendmail configuration. #
# #
# 8. X.400 Relay (X.400/9000 delivery agent on a remote host): #
# #
# See the X.400/9000 documentation for a complete explanation of #
# X.400 style addresses. #
# #
################################################################################
################################################################################
# Routing of Openmail mail: #
################################################################################
# #
# By default, mail to OpenMail style addresses will be rejected as an #
# error. The following options permit routing OpenMail and X.400 mail #
# to the OpenMail product running on this host or a remote host. #
# #
# 9. OpenMail to OpenMail delivery agent: #
# #
# If you have installed the OpenMail internal delivery agent #
# /usr/openmail/bin/xport.in on this host, you must enable sendmail #
# to route mail from other OpenMail systems to local OpenMail users #
# via this mailer. #
# #
# 10. OpenMail to X.400 delivery agent: #
# #
# If you have installed the OpenMail X.400 interface option #
# (/usr/openmail/bin/x400.out) on this host, you must enable #
# sendmail to route mail from OpenMail users to the X.400 network #
# via this mailer. #
# #
# 11. OpenMail delivery agent on this host: #
# #
# If you have installed the OpenMail delivery agent, #
# /usr/openmail/bin/unix.in, on this host, you must enable sendmail #
# to route mail to OpenMail users via this mailer. #
# #
# The OpenMail receiving agent will be able to hand incoming messages #
# to sendmail for further routing without any changes to the #
# sendmail configuration. #
# #
# 12. OpenMail Relay (OpenMail delivery agent on a remote host): #
# #
# If the OpenMail delivery agent runs on a different host, for #
# example, "tortue.ordinary.com", sendmail on tortue must be #
# configured to route OpenMail mail to the OpenMail delivery agent. #
# #
################################################################################
################################################################################
# Anti-spamming: #
################################################################################
# #
# The class macros used for supporting anti-spamming are: #
# #
# # file containing full e-mail addresses of well-known spammers #
# F{Spammer} /etc/mail/Spammer #
# #
# # file containing domains of well-known spammers #
# F{SpamDomains} /etc/mail/SpamDomains #
# #
# # file containing IP numbers of machines which can use our relay #
# F{LocalIP} /etc/mail/LocalIP #
# #
# # file containing names of machines which can use our relay #
# F{LocalNames} /etc/mail/LocalNames #
# #
# # file containing names we relay to #
# F{RelayTo} /etc/mail/RelayTo #
# #
# # file containing IP address of hosts denied access to this mail server #
# F{DeniedIP} /etc/mail/DeniedIP #
# #
# # file containing names of hosts denied access to this mail server. #
# F{DeniedNames} /etc/mail/DeniedNames #
# #
# Currently all the above class macros are commented within the lines #
# # BEGIN anti-spamming and # END anti-spamming. #
# #
# To enable anti-spamming, create the files Spammer, SpamDomains, #
# LocalIP, LocalNames, RelayTo, DeniedIP, DeniedNames in /etc/mail #
# with the required entries and uncomment the lines between #
# # BEGIN anti-spamming and # END anti-spamming. #
# #
# The rules for supporting anti-spamming are check_mail, check_rcpt #
# and check_relay. #
# #
################################################################################
################################################################################
#################################################################################
#
#
############################################################
# Original file built with the following M4 files #
############################################################
##### @(#)cfhead.m4 8.9 (Berkeley) 1/18/97 #####
##### @(#)cf.m4 8.24 (Berkeley) 8/16/95 #####
##### @(#)generic-hpux10.mc 8.3 (Berkeley) 3/23/96 #####
##### @(#)hpux10.m4 8.8 (Berkeley) 9/25/96 #####
##### @(#)generic.m4 8.3 (Berkeley) 3/24/96 #####
##### @(#)redirect.m4 8.5 (Berkeley) 8/17/96 #####
##### @(#)use_cw_file.m4 8.1 (Berkeley) 6/7/93 #####
##### @(#)spammers.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)spamdoms.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)check_mail.m4 1.1 (Claus Assmann) 1997-03-09 #####
##### @(#)use_ip.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)use_names.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)use_relayto.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)check_rcpt4.m4 2.3 (Claus Assmann) 1997-03-16 #####
##### @(#)deniedIP.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)deniedNames.m4 1.0 (Claus Assmann) 1996-11-23 #####
##### @(#)check_relay.m4 1.1 (Claus Assmann) 1997-03-09 #####
##### @(#)proto.m4 8.149 (Berkeley) 4/30/97 #####
# level 7 config file format
V7/Berkeley
##################
# local info #
##################
Cwlocalhost
# file containing names of hosts for which we receive email
Fw/etc/mail/sendmail.cw
# class U: known direct UUCP connections
FU-o /etc/mail/uucp-hosts
# UUCP relay for unresolved ! addresses (via UUCP)
DX
# UUCP relay for unresolved ! addresses (via SMTP)
DW
# my official domain name
# ... define this only if sendmail cannot automatically determine your domain
#Dj$w.Foo.COM
Dj$w.tridentsys.com
# Class P contains only a dot
CP.
# "Smart" relay host (may be null)
DSsmtpgw
# LUSER_RELAY
# The site to which mails to unknown users should be forwarded.
# To use this feature please uncomment the rules in the third
# section of ruleset 5.
#Kuser user -m -a<>
#DLname_of_luser_relay
# operators that cannot be in local usernames (i.e., network indicators)
CO @ % !
# a class with just dot (for identifying canonical names)
C..
# a class with just a left bracket (for identifying domain literals)
C[[
# Mailer table (overriding domains)
#Kmailertable dbm /etc/mail/mailertable
# Domain table (adding domains)
#Kdomaintable dbm /etc/mail/domaintable
# Generics table (mapping outgoing addresses)
#Kgenerics dbm /etc/mail/genericstable
# Virtual user table (maps incoming users)
#Kvirtuser dbm /etc/mail/virtusertable
# who I send unqualified names to (null means deliver locally)
DRsmtpgw
# who gets all local email traffic ($R has precedence for unqualified names)
DH
# dequoting map
Kdequote dequote
# class E: names that should be exposed as from this host, even if we masquerade
# class L: names that should be delivered locally, even if we have a relay
# class M: domains that should be converted to $M
#CL root
CE root
# who I masquerade as (null for no masquerading) (see also $=M)
DM
# my name for error messages
DnMAILER-DAEMON
CPREDIRECT
## BEGIN anti-spamming
## file containing full e-mail addresses of well-known spammers
#F{Spammer} /etc/mail/Spammer
## file containing domains of well-known spammers
#F{SpamDomains} /etc/mail/SpamDomains
## file containing IP numbers of machines which can use our relay
#F{LocalIP} /etc/mail/LocalIP
## file containing names of machines which can use our relay
#F{LocalNames} /etc/mail/LocalNames
## file containing names we relay to
#F{RelayTo} /etc/mail/RelayTo
## file containing IP address of hosts denied access to this mail server
#F{DeniedIP} /etc/mail/DeniedIP
## file containing names of hosts denied access to this mail server.
#F{DeniedNames} /etc/mail/DeniedNames
## END anti-spamming
# Configuration version number
DZ8.8.6
# X.400 relay if X.400 delivery agent is not local
DP
# OpenMail relay if OpenMail delivery agent is not local
DQ
###############
# Options #
###############
# strip message body to 7 bits on input?
O SevenBitInput=False
# 8-bit data handling action
# Action Meaning
# ------ -------
# strict Reject undeclared eight bit data
# mime Convert undeclared eight bit data to MIME
# pass8 Pass undeclared eight bit data as-is
O EightBitMode=pass8
# wait for alias file rebuild (default units: minutes)
O AliasWait=10
# location of alias file
O AliasFile=/etc/mail/aliases
# minimum number of free blocks on filesystem
O MinFreeBlocks=100
# maximum message size
#O MaxMessageSize=1000000
# substitution for space (blank) characters. Unquoted spaces in addresses
# are replaced by this character.
O BlankSub=.
# avoid connecting to "expensive" mailers on initial submission?
O HoldExpensive=False
# checkpoint queue runs after every N successful deliveries
# If your system crashed during delivery to a large list, this prevents
# retransmission to any but the last recipients.
#O CheckpointInterval=10
# default delivery mode
O DeliveryMode=background
# automatically rebuild the alias database?
#O AutoRebuildAliases
# error message header/file
#O ErrorHeader=/etc/mail/sendmail.oE
# error mode
# Mode Meaning
# ---- -------
# p Print error messages
# q No messages, just give exit status
# m Mail back errors
# w Write back errors (mail if the user is not logged in)
# e Mail back errors and give zero exit status always
#O ErrorMode=print
# save Unix-style "From_" lines at top of header?
#O SaveFromLine
# temporary file mode for queue files.
O TempFileMode=0600
# match recipients against GECOS field?
#O MatchGECOS
# maximum hop count
#O MaxHopCount=17
# location of help file
O HelpFile=/usr/share/lib/sendmail.hf
# ignore dots as terminators in incoming messages?
#O IgnoreDots
# name resolver options
# The options can be set using +