Sponsored Content
Operating Systems HP-UX To identify if local disks are mirrored Post 302452559 by DustBunny on Saturday 11th of September 2010 08:55:35 AM
Old 09-11-2010
Cameron,

Hardware raid or Software raid is in question here?

SW raid, use vgdisplay, lvdisplay and so on as already given.

BL860C also comes with a SAS raid controller, there should also be a possibility for HW raid on your server. If you need to check if its HW mirrored,

#man sasmgr

-DB
This User Gave Thanks to DustBunny For This Post:
 

10 More Discussions You Might Find Interesting

1. AIX

checking to see if logical disks are mirrored.

I have AIX 5.1 I ran these commands and was not able to see what disk were mirrored to what. I thought this is what I should do? lslv -m rd |more lslv -m db |more I get a error stating that it can't find or in the device configuation databse. Is there another way to look? I have a physcal... (1 Reply)
Discussion started by: rocker40
1 Replies

2. Solaris

Get onyl local hard disks

How can I get only the local hard disks in Solaris? I've tried iostat -x, iostat -E, etc, but it shows the cdroms, dvds, external storage... I want only the local physical hard disks. Thanks. (2 Replies)
Discussion started by: psimoes79
2 Replies

3. Solaris

Creating an image of a mirrored disks

Hi guys, I havent done this before but iam trying to create an image of a mirrorred drive. Correct me if iam wrong, but when i have two disks setup in raid configuration and have them mirrored in solaris. It then defines at one entity. How would i create a "flar" image of that one entity... (3 Replies)
Discussion started by: tlee
3 Replies

4. Solaris

Backup for HW Mirrored Disks

We use SW mirroring (RAID1) using SVM for our SUN servers (which we OEM to end clients with our application on). When I need to make a tape backup for the server (disk), I disable mirroring and perform backup of the entire disk to tape using ufsdump. This process requires an outage and sensitive as... (8 Replies)
Discussion started by: StarSol
8 Replies

5. AIX

Identify mirrored Pv in aix

Guys.. Any one can help me to how to identify primary mirrored disk in mirrored VG in aix 5.3.. (5 Replies)
Discussion started by: sumathi.k
5 Replies

6. UNIX for Advanced & Expert Users

how to create multiple-boot system with disks mirrored(RAID1+0) and disk alone

I have a HP proliant ML 570 G3 with two 146GB disk drives mirrored(RAID1+0) windows server 2003 was installed on that disk. I will add a disk.(scsi 300GB) I will install Linux on that additional disk. I want to create multiple-boot system. Is it possible? I wanna know how to create... (0 Replies)
Discussion started by: lifegeek
0 Replies

7. HP-UX

[Solved] How to determine that you have 2 disks mirrored ?

hi every body i want to know which command tell me more detailes to know the 2 disks mirrored or not ? in group like vg00 (5 Replies)
Discussion started by: maxim42
5 Replies

8. Solaris

Are my disks mirrored ?

# metastat d1: Mirror Submirror 0: d11 State: Okay Submirror 1: d12 State: Okay Pass: 1 Read option: roundrobin (default) Write option: parallel (default) Size: 14582208 blocks (7.0 GB) d11: Submirror of d1 State: Okay Size: 14582208 blocks... (2 Replies)
Discussion started by: Exposure
2 Replies

9. UNIX for Dummies Questions & Answers

Identify SAN disks

Hello everybody, I'm using the binary inqraid (Linux RHEL) in order to retrieve information about SAN disks. The questions are: Given an LDEV, how do I know if the SAN disk related to this LDEV is being used by the OS? I mean, how can I demonstrate to "Storage department" that all disks of... (4 Replies)
Discussion started by: asanchez
4 Replies

10. Red Hat

Identify SAN disks not in use

Hello, How can I identify SAN disks not in use by the OS? Thank you. (8 Replies)
Discussion started by: asanchez
8 Replies
Graph::BitMatrix(3pm)					User Contributed Perl Documentation				     Graph::BitMatrix(3pm)

NAME
Graph::BitMatrix - create and manipulate a V x V bit matrix of graph G SYNOPSIS
use Graph::BitMatrix; use Graph::Directed; my $g = Graph::Directed->new; $g->add_...(); # build $g my $m = Graph::BitMatrix->new($g, %opt); $m->get($u, $v) $m->set($u, $v) $m->unset($u, $v) $m->get_row($u, $v1, $v2, ..., $vn) $m->set_row($u, $v1, $v2, ..., $vn) $m->unset_row($u, $v1, $v2, ..., $vn) $a->vertices() DESCRIPTION
This class enables creating bit matrices that compactly describe the connected of the graphs. Class Methods new($g) Create a bit matrix from a Graph $g. The %opt, if present, can have the following options: o connect_edges If true or if not present, set the bits in the bit matrix that correspond to edges. If false, do not set any bits. In either case the bit matrix of V x V bits is allocated. Object Methods get($u, $v) Return true if the bit matrix has a "one bit" between the vertices $u and $v; in other words, if there is (at least one) a vertex going from $u to $v. If there is no vertex and therefore a "zero bit", return false. set($u, $v) Set the bit between the vertices $u and $v; in other words, connect the vertices $u and $v by an edge. The change does not get mirrored back to the original graph. Returns nothing. unset($u, $v) Unset the bit between the vertices $u and $v; in other words, disconnect the vertices $u and $v by an edge. The change does not get mirrored back to the original graph. Returns nothing. get_row($u, $v1, $v2, ..., $vn) Test the row at vertex "u" for the vertices "v1", "v2", ..., "vn" Returns a list of n truth values. set_row($u, $v1, $v2, ..., $vn) Sets the row at vertex "u" for the vertices "v1", "v2", ..., "vn", in other words, connects the vertex "u" to the vertices "vi". The changes do not get mirrored back to the original graph. Returns nothing. unset_row($u, $v1, $v2, ..., $vn) Unsets the row at vertex "u" for the vertices "v1", "v2", ..., "vn", in other words, disconnects the vertex "u" from the vertices "vi". The changes do not get mirrored back to the original graph. Returns nothing. vertices Return the list of vertices in the bit matrix. ALGORITHM
The algorithm used to create the matrix is two nested loops, which is O(V**2) in time, and the returned matrices are O(V**2) in space. AUTHOR AND COPYRIGHT
Jarkko Hietaniemi jhi@iki.fi LICENSE
This module is licensed under the same terms as Perl itself. perl v5.10.0 2005-04-16 Graph::BitMatrix(3pm)
All times are GMT -4. The time now is 11:09 AM.
Unix & Linux Forums Content Copyright 1993-2022. All Rights Reserved.
Privacy Policy