BSC Acceptance Test Procedures.doc

BSC HW Acceptance Test Procedures

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BSC Acceptance Test Procedures Contents 1.

APG43 Tests................................................................................................................3 1.1. APG43 HW structure...........................................................................................3 1.2. Initial APG43 tests...............................................................................................5 1.3. Test APIO SW and STS SW are installed and activated.....................................6 1.4. FAN test...............................................................................................................8 1.5. Test of IO Device.................................................................................................9 1.6. Configuration Change for the SSU Folder..........................................................9 1.7. Backup of APG43 SW and Transfer to DVD....................................................10 1.8. Restore of APG43 SW from DVD.....................................................................13 1.9. NSF (Network Surveillance Function) testing..................................................14 1.10. Failover test (prcboot)....................................................................................14 1.11. FTP test..........................................................................................................15 2. APZ 212 55 Tests.......................................................................................................16 2.1 APZ 212 55 HW configuration..........................................................................16 2.2 Manual Intervention when CP-A is EX.............................................................17 2.3 Manual Intervention when CP-B is EX.............................................................18 2.4 Manual Initiated Small Restart..........................................................................20 2.5 Manual Initiated Large Restart..........................................................................21 2.6 Activate the Command Log...............................................................................22 2.7 Manual Initiated Large Restart with Reload from MS......................................23 2.8 Manual Initiated Large Restart with Reload from File......................................26 2.9 FEX Load on CP-A...........................................................................................28 2.10 FEX Load on CP-B............................................................................................29 2.11 Function Change Method II...............................................................................30 2.12 Initial Loading of CP-A.....................................................................................32 2.13 Initial Loading of CP-B.....................................................................................37 3 APT Tests:..................................................................................................................43 3.1 Check of RPs and EMs......................................................................................43 3.2 Test of CLM.......................................................................................................43 3.3 Test of XM.........................................................................................................45 3.4 Test of MUX3....................................................................................................46 3.5 Final Test of XM................................................................................................47 3.6 Test of RCM.......................................................................................................48 3.7 Test of ET...........................................................................................................49

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1. APG43 Tests 1.1.

APG43 HW structure

The APG43 contains the following boards, which are located in an eGEM. The eGEM magazine with the APG43 always contain an APZ 212 55. APUB The APUB is a GEP board. APG43 contains two boards, one per side. Disk The disk is a GED board. APG43 contains two boards, one per side. DVD The DVD is a GED board. APG43 contains one optional board. Alarm The alarm is a GEA board. APG43 contains one optional board.

Figure 1 – APG43 connectivity

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Figure 2 – APG43 connectivity

Figure 3 – BSC APG43 configuration

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Figure 4 –APG43 external connectivity

1.2.

Initial APG43 tests

Logon via remote desktop over the public network towards both sides of the APG43. Before start of test it should be verified that the system is running normally. 1. Logon to the active APG43 side. Check that you are connected to the active side: C:\>prcstate Printout: active 2. Print the ‘Cluster_name’ and the ‘Host_name’ from the active side: C:\>cluster /ver

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C:\>hostname 3. Check that all cluster groups are online: C:\>cluster group Printout: Status is listed for all available resource groups. 4. Check that all cluster resources are online: C:\>cluster res Printout: Listing status for all available resources 5. Check that the right SW is installed: C:\>swrprint Printout: AP SOFTWARE CHARACTERISTICS 6. Check that the right time zone is set: C:\>mtzln -p 7. Check the date: C:\>date Printout: The current date is: day mm/dd/yyyy Enter the new date: (mm-dd-yy) Note: Enter RETURN or new date. 8. Check the time: C:\>time Printout: The current time is: hh:mm:ss Enter the new time: Note: Enter RETURN or new time. 9. List all alarms on APG: C:\>alist Note: Clear all alarms by using the appropriate OPI. Some alarms might not be cleared here due to the missing CP connection (for example "AP SYSTEM CLOCK NOT SYNCHRONIZED"). 1.3.

Test APIO SW and STS SW are installed and activated

1. Open a command prompt: Start -> All Programs -> Accessories -> Command Prompt 6

C:\>dsdls -a The printout must contain: node cp0 node ap1a or ap1b Connect to the CP through the AD-ports. Use the SW Winfiol. Verify that the CP AP connection is enabled. C:\>mml APAMP; Printout: AP MAINTENANCE DATA 2. Test of MCS. C:\>cpdtest -c Printout: STATE must have the value CONNECTED Start an MML session (with spontaneous printouts). C:\>mml –a ssuls

1.7.

Backup of APG43 SW and Transfer to DVD

1. Logon to the AP active side as a user with administrator rights check that you are logged on to the active side. Check current alarms. C:\>prcstate C:\>hostname C:\>alist 2. Display a list of directories in the root directory of the system disk and check that c:\acs\data\BUR\ exists. C:\>dir /ad c:\acs\data Note: Create the BUR directory, if the directory does not exist: C:\>mkdir c:\acs\data\BUR 3. Logout from the current active side. C:\>exit 4. Logon to the AP passive side as a user with administrator rights and check that you are logged on to the passive side. Check current alarms. C:\>prcstate C:\>hostname C:\>alist 5. Display a list of directories in the root directory of the system disk and check That c:\acs\data\BUR\ exists. C:\>dir /ad c:\acs\data Note: Create the BUR directory, if the directory does not exist:

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C:\>mkdir c:\acs\data\BUR 6. Check that directory ‘images’ exists in K:\. Replace with the Name of the cluster. Check that the directories ‘NodeA’ and ‘NodeB’ exist. C:\>dir \\\images 7. Perform a complete backup of both sides. That is, data disk information is saved, backup of partition C:\ to D:\ is performed, and an archive backup is stored on the data disks. The image name and archive_filename are automatically generated. C:\>burbackup -o Confirm it by entering ‘y’ Note 1: The printout ... returned error 5 . . . . Might be received according to TR HH91244. It is solved in LLV10. Note 2: The created backup archives will be automatically verified. Note 3: The procedure will take approximately one hour depending on system load. Note 4: The automatically generated image name is: sidename_YYYYMMDD_HHMMSS.zip The automatically generated archive_filename is: K:\\Images\Node(A/B)\sidename_YYYYMMDD_HHMMSS.zip Note 5: The text .burBackup one button backup execution completed. followed by a prompt must be received 8. Print the current/last operation: C:\>emfinfo 9. Is the current/last operation in status PROCESSING? YES: Wait a while for the copy process to finish. Processing time for 1 GB is approximately 22 minutes. NO: If the APG43 contains no DVD board, continue with the next chapter. Otherwise continue with the next step. 10. Insert an empty DVD into the APG43. Note 1: The DVD must be an approved version for APG43 DVD Media Compatibility List. Note 2: A DVD of type DVD-R has to be chosen. This DVD must be used for the delivery to the customer. 11. Transfer the backup file for side A on the DVD.

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C:\>emfcopy -m TODVD \\\images\NodeA\ Note 1: Parameter .o must be used, if the DVD is of type RW, so that the DVD is erased before data is copied to it. Note 2: Enter the command from the active side. Note 3: Lable the DVD with the name of the APG43, the side name, and the date. 12. Print the current/last operation: C:\>emfinfo 13. Is the current/last operation in status PROCESSING? YES: Wait a while for the copy process to finish. Processing time for 1 GB is approximately 22 minutes. Then go to step 12 on page 35. NO: Continue with the next step 14. Check the contents of the DVD: C:\>dir G: 15. Insert another empty DVD into the APG43. Note 1: The DVD must be an approved version for APG43.DVD Media Compatibility List. Note 2: A DVD of type DVD-R has to be chosen. This DVD must be used for the delivery to the customer. 16. Transfer the backup file for side B on the DVD. C:\>emfcopy .m TODVD \\\images\NodeB\ Note 1: Parameter -o must be used, if the DVD is of type RW and if it is not the same DVD as was used for side A, so that the DVD is erased before data is copied to it. Note 2: Enter the command from the active side. Note 3: Lable the DVD with the name of the APG43, the side name, and the date. 17. Print the current/last operation: C:\>emfinfo 18. Is the current/last operation in status PROCESSING? YES: Wait a while for the copy process to finish. Processing time for 1 GB is approximately 22 minutes. NO: Continue with the next step. 19. Check the contents of the DVD:

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C:\>dir G: 1.8. Restore of APG43 SW from DVD 1. Logon to the passive side. 2. Make the passive side owner to the DVD. C:\>emfget 3. Insert a DVD with the backup for side A into the APG43. 4. Copy the zip backup for side A from the G: partition (DVD) to K:\images. C:\>copy G:\.zip \\\images\NodeA 5. Insert a DVD with the backup for side B into the APG43. 6. Copy the zip backup for the side B from the G: partition (DVD) to K:\images. C:\>copy G:\.zip \\\images\NodeB 7. Verify the zip backups for both sides. C:\>burverify -i \\\images\NodeA\.zip C:\>burverify -i \\\images\NodeB\.zip 8. Perform a restore to the D: partition on the passive side. C:\>burrestore -a \\\images\Node(A/B)\.zip 9. Logon to the active side and reboot the side. C:\>prcboot -.f Wait until the side reboots and then logon to the same side, now passive. Note: Maximum two reboots in 30 minutes per APG43 side must be executed to prevent cyclic AP reboot. 10. Perform a restore to the D: partition on the other side that is now passive. C:\>burrestore -a \\\images\Node(A/B)\.zip 11. Restore passive side without rebooting the side. C:\>burrestore -r -s Note: After a restore of the system it takes up to 10 minutes until the net share is available. Until the share is available a new backup must not be made. Use command "net share sysvol" to make sure that the share is available. 12. Shutdown the passive side. C:\>prcboot -s 13. Logon to the other active side and restore this side. C:\>burrestore -r

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Note: After a restore of the system it takes up to 10 minutes until the net share is available. Until the share is available a new backup must not be made. Use command "net share sysvol" to make sure that the share is available. 14. Verify cluster and side resources are online after restore C:\>cluster res Note: It can take some time before the side resources are online. 15. Reset the other side from the active side C:\>hwmreset -f -n other Wait for the other side to reboot and then logon to that side. Check that all cluster resources are online. C:\>cluster res | findstr -ive online 16. Check that there are two DVD-R versions with backups available for delivery to the customer. The DVDs must be strapped to the APG43 magazine

1.9.

NSF (Network Surveillance Function) testing

External Network Surveillance Functionality - Check if functionality flag is active (0=not active, 1=active) using command C:\ phaprint acs_nsf_activeflag - If active disconnect the Ethernet (Public IP) cable in the active node. - Wait for Failover to occur and active node is rebooted. - Check the rebooted node (now passive) is up again and stable. - Check all the cluster resources are online. - Reconnect Ethernet cable and check interfaces are up running. - Repeat on the second node (now active)

1.10.

Failover test (prcboot) -

Reboot active node by entering C:\PRCBOOT After Failover, check that the external interfaces are up and running. Check the rebooted node (now passive) is up again and stable. Check all the cluster resources are online. Repeat on the second node (now active)

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1.11.

FTP test -

Using a (S) FTP client, such as that provided by MS-DOS, open up a session to the active node. Dir and cd ftpvol if needed Goto the dedicated FTP directory on the Node, K:\ftpvol\ Upload any test file onto the directory. Exit session. Open a new session to the active node. Check for test file and rename it. Download file to Local PC. Exit session. Check renamed file from Local PC.

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2. APZ 212 55 Tests 2.1

APZ 212 55 HW configuration

Figure 5 –APZ boards

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Table 1 – APZ 212 55 cabling 2.2

Manual Intervention when CP-A is EX

1. Check the alarm list.