** Myself
Before backup
1./usr/openv/netbackup/bin/admincmd/bp.kill_all
2.Insert LTO catridge to Library
3.Load LTO catridge to LTO DRIVE via Library Front Panel
4.smit tape -> change/show characteristic -> rmt0
change block size to 1024 -> enter
5.smit mksysb -> choose rmt0 -> change expand /tmp to yes –> enter
After Backup
1.Unload tape from LTO Drive to Library Slot
2.Remove LTO catridge from the Library
3.Wait until The Library finished inventory itself
4./usr/openv/netbackuo/bin/admincmd/netbackup
5.At NBU Console go to MEDIA -> right click and inventory -> update volume config -> start -> yes
6.Test catalog backup by , go to catalog -> right click and backup netbackup catalog
7.Look at Activity to ensure that Catalig backup is complete
| Power by < Khronos consulting co., ltd. > |
Showing posts with label Backup Management. Show all posts
Showing posts with label Backup Management. Show all posts
Netbackup MS SQL backup Client hold (parent killed) and can’t new backup. (spawn Application-Backup jobs after the parent job was canceled by the administrator) NBU 6.5.3
** Myself
From Task manager
dbbackex.exe (child process from bp process of netbackup)
Cant’ killed
Can’t change template backup file
From Enterprise Manager See SQL process mapping one to one with Netbackup child process.
Select process -> kill process
Refresh view
From Task manager
dbbackex.exe (child process from bp process of netbackup)
Cant’ killed
Can’t change template backup file
From Enterprise Manager See SQL process mapping one to one with Netbackup child process.
Select process -> kill process
Refresh view
Backup Dataprotector restore windows for disaster machine with relocate disk
a** Myself
Backup window by DP
- Install sw & license open file for win to client machine
- Backup C: and Configuration
Restore window by DP
- Find another machine has same machine type which is install sw DP client for restore
- Create RAID config same as disaster machine (ex 1+0) and create partition & drive
- Restore tab from DP --> task --> disaster recovery --> disaster recovery with disk delivery --> c: --> configuration --> c:\ mapped to new drive
- Move Raid disk (if 1+0 then move 1 disk to another machine ) to disaster machine
# Move Raid disk is importance because Raid disk must be hold position if lost disk array group will be Raid can’t see disk device
Backup window by DP
- Install sw & license open file for win to client machine
- Backup C: and Configuration
Restore window by DP
- Find another machine has same machine type which is install sw DP client for restore
- Create RAID config same as disaster machine (ex 1+0) and create partition & drive
- Restore tab from DP --> task --> disaster recovery --> disaster recovery with disk delivery --> c: --> configuration --> c:\ mapped to new drive
- Move Raid disk (if 1+0 then move 1 disk to another machine ) to disaster machine
# Move Raid disk is importance because Raid disk must be hold position if lost disk array group will be Raid can’t see disk device
Unix OS AIX Backup command
** Myself
Backup AIX
-System backup = rootvg
-Volume group backup = vg(data)
-File system Backup = /mount point
-File & directory backup
Backup rootvg
edit file /image.data /bosinst.data
mksysb image= kernel + /image.data,/bosinstdata + dummy toc + rootvg
smit sysbackup --or-- smit mksysb
mksysb
Restore rootvg
70 Gb --> shrinkfile opton 36 Gb
allocate used allocate used
/ 10 G 1G /1G /1Gb
Restoring a mksysb
boot cd --> 3 start maintenance mode -->4 install from a system backup --> choose device-->2 change/show -->choose disk,shrink
Backup vg
smit savevg
Backup AIX
-System backup = rootvg
-Volume group backup = vg(data)
-File system Backup = /mount point
-File & directory backup
Backup rootvg
edit file /image.data /bosinst.data
mksysb image= kernel + /image.data,/bosinstdata + dummy toc + rootvg
smit sysbackup --or-- smit mksysb
mksysb
Restore rootvg
70 Gb --> shrinkfile opton 36 Gb
allocate used allocate used
/ 10 G 1G /1G /1Gb
Restoring a mksysb
boot cd --> 3 start maintenance mode -->4 install from a system backup --> choose device-->2 change/show -->choose disk,shrink
Backup vg
smit savevg
Unix General Command for backup
** Myself
Command
Gzip
gzip –d file = gunzip
gunzip –c file = zcat
gzip –dc file =gunzip –c file = zcat
Tar
compress
--> tar -cvf /dev/rmt/0mn X1 X2 X3
--> tar –cvf file.tar X1 X2 X3|
Extract
--> tar -xvf /dev/rmt/0mn
--> tar –xvf file.tar
Read
--> tar -tvf /dev/rmt/0mn
--> tar –tvf file.tar
Tar to another machine
--> remsh <name> “(cd /dir; tar cf - ./.passwd )” | tar xf -
Tar&gzip
compress
--> tar cvf – file|gzip > file.tar.gz
--> tar –cvf file.tar X1 X2 X3|gzip file.tar.gz
Extract
--> gunzip –q < file.tar.gz | tar xvf –
Command
Gzip
gzip –d file = gunzip
gunzip –c file = zcat
gzip –dc file =gunzip –c file = zcat
Tar
compress
--> tar -cvf /dev/rmt/0mn X1 X2 X3
--> tar –cvf file.tar X1 X2 X3|
Extract
--> tar -xvf /dev/rmt/0mn
--> tar –xvf file.tar
Read
--> tar -tvf /dev/rmt/0mn
--> tar –tvf file.tar
Tar to another machine
--> remsh <name> “(cd /dir; tar cf - ./.passwd )” | tar xf -
Tar&gzip
compress
--> tar cvf – file|gzip > file.tar.gz
--> tar –cvf file.tar X1 X2 X3|gzip file.tar.gz
Extract
--> gunzip –q < file.tar.gz | tar xvf –
Backup Concept Netbackup
** Myself
Stop /usr/openv/netbackup/bin/goodies/bp.kill_all
Start /usr/openv/netbackup/bin/goodies/netbackup
Stucture (command access lan,all media server sea robot)
-Master/media (Master server control robot,share drive ,and command access lan,data access lan to tape)
- 1 master with media (and client)
- 1 client
-Master,media (Media server control robot,share drive ,and command access lan,data access lan to tape)
- Master
- media
- client
-Master,Media,SAN Media(sso) /LAN free(Master server control robot,share drive ,and command access lan,data access san to tape)
- Master
- any SAN Media
- client
Stop /usr/openv/netbackup/bin/goodies/bp.kill_all
Start /usr/openv/netbackup/bin/goodies/netbackup
Stucture (command access lan,all media server sea robot)
-Master/media (Master server control robot,share drive ,and command access lan,data access lan to tape)
- 1 master with media (and client)
- 1 client
-Master,media (Media server control robot,share drive ,and command access lan,data access lan to tape)
- Master
- media
- client
-Master,Media,SAN Media(sso) /LAN free(Master server control robot,share drive ,and command access lan,data access san to tape)
- Master
- any SAN Media
- client
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