APZ40 IS THE CP AND ITS NOT EQUAL TO APG40 (APG40 IS THE EVOLUTION OF IOG20). SO THE DUMP PROCEDURE IS THE SAME AS IN APZ30 OR 33 (SYBUE; – SYBUP:FILE=RELFSWXX; ……). THE PART THAT HAS BEEN CHANGED DUE TO THE FACT THAT YOU NO LONGER HAVE IOG20 BUT APG40 IS THE WAY YOU TRANSFER THE DUMP TO EXTERNAL MEDIA (THE DAT TAPE OF THE APG40). BURBACKUP IS FOR APG40, IT BACKUPs UP WINDOWS NT.
CP BACK UP IN EXCHANGE WITH APG40
1. Initiate a manual dump to highest RELFSW file of FFR:
SYBUE;
SYBUP:FILE=RELFSW2;
Wait for the result printout.
2. Check : SYBFP:FILE;
The dump is located to L:\FMS\ DATA\ CPF\ RELVOLUMSW\ RELFSW2
in active node of APG40.
3. Check through pc anywhere in active node that the SMO file is empty. SMO file is
located in : L:\FMS\DATA\TMP\SMO.
If not, delete it with right click.
4. Transfer the dump in SMO file of (L) directory:
Cpfport -e relfsw2 L:\FMS\DATA\TMP\SMO
Check SMO file.
5. Transfer dump from Hard Disk to DDS Tape:
Put a tape on active node of APG40.
Through pc anywhere:
Programs administrative tools (common) back up
Go to drivers, choose directory L:\FMS\DATA\TMP\SMO
And click X only to the FILES that need to be transferred.
Click BACK UP button, in back up information choose append or replace (according to
what you need).
Put a name on description and click OK.
When the transfer is finished check with tape button the tape.
6. SYTUC;
7. SYBFP:FILE;
8. SYBUI;
APG 40 BACK UP
1. Login to the active node of APG40:
prcstate
hostname
Check that in C:\ directory a DIR with name bur exists:
C:\
cd bur
2. Store the partition information of the data disks into the directory c:\ bur
burbackup -savedatadiskinfo c:\bur\name.ddi.
Wait for the printout:
Execute burBackup with these parameters:
-SaveDataDiskInfo c:\bur\name.ddi
[y=yes, n=no]?: y (Write y for yes)
Wait for the printout:
Partition information of disks 2-4 successfully saved in c:\bur\name.ddi
3. Check that the partition is saved with the exact name to c:\bur:
C:\
cd bur
dir
4. Check that in C:\ directory of the passive node a file with name bur exists (step 1). Copy the name.ddi from the active node to passive:
copy c:\bur\name.ddi \\passivenodename\c$\bur
Wait for the printout:
1 file(s) copied.
5. Connect to the passive node of APG:
prcstate
hostname
6. Copy the contents of the C:\ partition to D:\ :
burbackup
Give image name:
Image name: xxxxx
Wait for the printout:
Execute burBackup with these parameters:
-src C:\
-dest D:\
-ImageName “xxxxx”
[y=yes, n=no]?: y (Write y for yes)
Wait for the printout:
burBackup execution completed
903 directories and 8853 files copied or equal and 0 files locked
7. Login to the active node and check that K:\images exists :
k:
cd images
cd Nodea (or b)
8. When the back up to D:\ has finished, a copy of the back up should be zipped and transferred as one file to the directory images on the K:\ drive.
Login to the passive node of APG and give the following command:
prcstate
passive
hostname
burbackup -src D:\ -imgdest \\clustername\images\node passive\name.zip
Wait for the printout:
Execute burBackup with these parameters:
-src D:\
-imgdest \\bth12c\images\nodea\bth12a_190106.zip
[y=yes, n=no]?: y (Write y for yes)
Wait for the printout:
burBackup execution completed
9. The zip file should now be verified.
burverify –i \\activenodename\images\Node(a/b)\name.zip
Wait for the printout:
ok
10. Log out from passive node and login to active node. Check in the k:\images that the file exists:
k:
cd images
cd Nodea(or b)
dir
11. Change the node state from active to passive using restart command:
prcstate
active
hostname
prcboot
Wait for the printout:
Do you want to REBOOT this node ? [y(es)/n(o)]: y (Write y for yes)
Wait for the printout:
REBOOT INITIATED!
12. Connect to the new passive node of APG:
prcstate
passive
hostname
13. Repeat steps 6-9 in the passive node because we need a back up in the other node of APG.