This chapter contains procedures for creating database backups or backups of the system data, and restoring the database or system data. The term “database” refers to all data that can be administered by the user including shelves, cards, links, routes, global title translation tables, and gateway screening tables. The term “system data” refers to data that cannot be administered by the user including maintenance software and generic program loads (GPLs).

These procedures are to be used as they are presented in this chapter. If these procedures are not followed, and a database backup or restore is attempted, a system failure could result.

The procedures shown in this chapter use a variety of commands. If more information on these commands is needed, go to Commands User's Guide to find the necessary information.

The database management procedures are used to perform these functions:

• Verifying the database
• Backing up the database
  • on the fixed disk
  • to the removable media.
  • to the FTP server
• Restoring the database
  • from the backup partition of the fixed disk
  • from the removable media.
  • from the FTP server
• Repairing the database
• Copying the database from the active to the standby fixed disk
• Backing up system data to the removable media
• Restoring system data from a removable media
• Formatting the fixed disk of the standby TDM
• Formatting the removable media.

The procedures for performing database backups to the FTP server and restoring the database from the FTP server are in Remote Database Backup and Restore Procedures.

The procedures in this chapter refer to the Maintenance and Administration Subsystem Processor (MASP), Terminal Disk Module (TDM) and the Maintenance Disk and Alarm Card (MDAL), and E5-MCAP cards.

The TDM is associated with a specific E5-MCAP card. For example, the TDM in location 1114 is associated with the E5-MCAP card in location 1113 and the combination of these two cards is designated as MASP A. The TDM in location 1116 is associated with the E5-MCAP card in location 1115 and the combination of these two cards designated as MASP B. When MASP A is active, the E5-MCAP card in location 1113 and TDM in location 1114 are active. When MASP A is standby, the E5-MCAP card in location 1113 and TDM in location 1114 are standby. One MASP is always active and the other MASP is always standby.

To determine which MASP is active, enter the rept-stat-db command, the rept-stat-card command.

The output of the rept-stat-db command shows which MASP is active with the indicator (ACTV) following the TDM card location. The indicator (STDBY) following the TDM card location shows which MASP is standby.

The output of the rept-stat-card command shows which MASP is active with the entry ACTIVE in the SST field for the E5-MCAP card. The entry STANDBY in the SST field for the E5-MCAP card shows which MASP is standby.

The database commands, such as rept-stat-db, refer to the TDM because the TDM contains the fixed disk drive for the MASP.

Refer to Maintenance and Administration Subsystem for more information about the Maintenance and Administration Subsystem.

Refer to Hardware Guide for more information about the cards that make up the Maintenance and Administration Subsystem.

1. Verify that the removable USB drive is locked in position and in use.

   The removable drive latch (SW1) is in the LOCKED position and the Removable Media Status LED on the E5-MASP is Off. Refer to Figure 2-1.

   Figure 2-1 Removable USB Drive LOCKED

   
2. Move SW1 from the LOCKED to the unlocked position and wait for the LED to indicate a steady blue state. See Figure 2-2.

   When SW1 is transitioned from locked to unlocked, the LED will flash blue to indicate the drive is unlocked and in process of shutting down.

   Caution:

   Removal of the drive prior to the LED indicating steady blue could result in drive corruption.

   Figure 2-2 Removable USB Drive UNLOCKED

   
3. When the LED indicates a steady blue state, the removable USB drive can be safely removed. The LED is off when the USB drive is fully ejected from the drive media.
   The USB drive can now be removed from the drive media.
4. Lift the access door up, swing it past the detent position so that the door remains open on its own.
5. Grasp the pull tab of the slide and pull the slide out slowly until it stops (it travels about a half inch).

   Caution:

   The full travel of the slide is less than an inch, do not try to pull the assembly to expose the full length of the thumb drive as this is beyond the slide’s designed travel.
6. The USB drive is disengaged and can be taken from the inject eject assembly.
7. Insert a USB drive into the inject-eject assembly.
8. Grasp the pull tab of the slide and push the slide in slowly until you feel the USB drive is seated in its slot (it travels about a half inch).
9. Close the access door.
10. Move SW1 from the unlocked to the LOCKED position.

    When SW1 is transitioned from unlocked to locked, the LED will flash blue to indicate the drive is locked and in process of coming online.

11. When the LED turns Off, the removable USB drive is ready for use.

Verifying the database means to check the operational status of the database. The rept-stat-db command is used to check the operational status of the database. The rept-stat-db command has three optional parameters that can be used with it, display, loc, and db.

The display parameter can use four values: brief (the default value), except, all, and version. The value for the loc parameter is the card location of the card, based on the GPL assigned to the card, whose database you wish to verify. These card locations are shown in Hardware Reference . The db parameter specifies which database to display: stp (the EAGLE databases), mps (the MPS databases) and all (both STP and MPS databases).

The operational status of the database is shown by the indicator C. This indicator shows whether the database is coherent. Coherency is an indication of whether the update to the database was successful. Each database has a coherency indicator. When an update is attempted, the coherency indicator is set to “incoherent” before the actual update is executed. When the update has been successfully completed, the coherency indicator is changed to coherent. If the update is not successful, the coherency indicator is not changed. If the coherency indicator is incoherent, this could be an indication of possible internal coherency problems when a restart is executed (for example, an index table was updated, but the corresponding data storage table was not modified).

For more information about the rept-stat-db command, refer to the rept-stat-db command description in Commands User's Guide.

The backup procedures should be performed according to the preventive maintenance procedures in Chapter 2, “Preventive Maintenance,” of Maintenance Guide. The procedures copy the current database to either the inactive (backup) partition on the fixed disk or to the removable media. To backup a database, the chg-db command uses these parameters.

:action=backup – the operation to perform on the database, a backup of the current database

The database can also be backed up to the FTP server. Perform the procedure Making a Backup of the Database to the FTP Server to backup the database to the FTP server.

The restore procedures are used to bring a database from the backup partition of both MASPs and load the database onto the current partitions of both MASPs. It is also used to load a database from a removable media on to the current partitions of both MASPs. To restore a database, the chg-db command uses these parameters.

:action=restore – the operation to perform on the database, restoring a previously backed up database

The database can also be restored from the FTP server. Perform the procedure Restoring the Database from the FTP Server, to restore the database from the FTP server.

rlghncxa03w 06-10-01 16:07:48 GMT  EAGLE5 36.0.0
1234.1257    SYSTEM       INFO  DB Restore has cleared and disabled PDS

Perform the repair procedure whenever the two fixed disks have a different database image, such as after a MASP failure. This procedure copies the fixed disk image of the database associated with the active MASP to the fixed disk of the standby MASP. Figure 2-8 illustrates this action. To repair a database, The chg-db command uses only one parameter, action=repair – the operation to perform on the database, repairing a database

Figure 2-8 Action of the Repair Procedure

To repair the database, perform this procedure.

The databases in the current (FD CRNT) and the backup (FD BKUP) partitions of the active MASP must be coherent. For more information on verifying the database, refer to Verifying the Database.

Caution:

To prevent any potential database corruption when performing this procedure, the terminals must be placed out of service with the rmv-trm command before executing the chg-db:action=repair command.

1. Verify that the databases in the current (FDCRNT) and the backup (FDBKUP) partitions of the active MASP are coherent using the rept-stat-dbcommand.

   This is an example of the possible output.

   
   rlghncxa03w 13-07-01 16:07:48 GMT  EAGLE5 45.0.0
   DATABASE STATUS: >> NOT OK <<
            E5TDM 1114 ( STDBY)               E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP  N       35 INCOHERENT             Y       55 DIFF LEVEL           
   FD CRNT  N      106 INCOHERENT             Y       55 
            E5MDAL 1117
            - --------
   RD BKUP  -    -         -        -
   

   If E5-based control cards are installed in the EAGLE, this is an example of the possible output.

   
   rlghncxa03w 13-07-01 16:07:48 GMT  EAGLE5 45.0.0
   DATABASE STATUS: >> OK <<
            E5TDM 1114 ( STDBY )              E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP  N       35 INCOHERENT             Y       55 DIFF LEVEL           
   FD CRNT  N      106 INCOHERENT             Y       55 
           E5MCAP 1113                         E5MCAP 1115
           - --------                        - --------
   RD BKUP -    -         -        -         -    -         -        - GMT
   USB BKP -    -         -        -         -    -         -        - GMT
   

2. Display the terminal configuration in the database with the rtrv-trm command.

   The SEAS terminals are shown in the output with the entry SEAS in the TYPE field. This is an example of the possible output. In this example, the SEAS terminals are terminals 18 and 27. If no SEAS terminals are shown in the rtrv-trm command output, go to step 5.

   
   rlghncxa03w 10-07-01 16:02:08 GMT EAGLE5 42.0.0
   TRM  TYPE     COMM        FC    TMOUT MXINV DURAL
   1    VT320    9600-7-E-1  SW    30    5     99:59:59
   2    KSR      9600-7-E-1  HW    30    5     INDEF
   3    PRINTER  4800-7-E-1  HW    30    0     00:00:00
   4    VT320    2400-7-E-1  BOTH  30    5     00:30:00
   5    VT320    9600-7-O-1  NONE  30    5     00:00:30
   6    VT320    9600-7-O-1  NONE  30    5     00:00:30
   7    PRINTER  9600-7-N-2  HW    30    5     00:30:00
   8    KSR     19200-7-E-2  BOTH  30    5     00:30:00
   9    VT320    9600-7-O-1  NONE  30    5     00:00:30
   10   VT320    9600-7-E-1  HW    30    5     00:30:00
   11   VT320    4800-7-E-1  HW    30    5     00:30:00
   12   PRINTER  9600-7-E-1  HW    30    4     00:30:00
   13   VT320    9600-7-O-1  NONE  30    5     00:30:00
   14   VT320    9600-7-E-2  SW    30    8     00:30:00
   15   VT320    9600-7-N-2  HW    30    5     00:30:00
   16   VT320    9600-7-E-2  BOTH  30    3     00:30:00
   
   TRM  TYPE      LOC              TMOUT MXINV DURAL      SECURE
   17   TELNET    1201             60    5     00:30:00   yes
   18   SEAS      1201             60    5     00:30:00   yes
   19   TELNET    1201             60    5     00:30:00   yes
   20   TELNET    1201             60    5     00:30:00   yes
   21   TELNET    1201             60    5     00:30:00   yes
   22   TELNET    1201             60    5     00:30:00   yes
   23   TELNET    1201             60    5     00:30:00   yes
   24   TELNET    1201             60    5     00:30:00   yes
   25   TELNET    1203             60    5     00:30:00   yes
   26   TELNET    1203             60    5     00:30:00   yes
   27   SEAS      1203             60    5     00:30:00   yes
   28   TELNET    1203             60    5     00:30:00   yes
   29   TELNET    1203             60    5     00:30:00   yes
   30   TELNET    1203             60    5     00:30:00   yes
   31   TELNET    1203             60    5     00:30:00   yes
   32   TELNET    1203             60    5     00:30:00   yes
   33   TELNET    1205             60    5     00:30:00   yes
   34   TELNET    1205             60    5     00:30:00   yes
   35   TELNET    1205             60    5     00:30:00   yes
   36   TELNET    1205             60    5     00:30:00   yes
   37   TELNET    1205             60    5     00:30:00   yes
   38   TELNET    1205             60    5     00:30:00   yes
   39   TELNET    1205             60    5     00:30:00   yes
   40   TELNET    1205             60    5     00:30:00   yes
   

   Note:

   The rtrv-trm command output contains other fields that are not used by this procedure. If you wish to see all the fields displayed by the rtrv-trm command, see the rtrv-trm command description in Commands User's Guide.
3. Display the status of the terminals with the rept-stat-trm command with the terminal number of the SEAS terminals.

   For this example, enter these commands.

   rept-stat-trm:trm=18

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   TRM   PST           SST           AST
   18     IS-NR         Active        -----
   Command Completed.
   

   rept-stat-trm:trm=27

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   TRM   PST           SST           AST
   27     IS-NR         Active        -----
   Command Completed.
   

4. Place the SEAS terminals out of service using the rmv-trm command with the number of the terminal displayed in step 3 whose state is not OOS-MT-DSBLD.

   The force=yes parameter must be used when placing the last SEAS terminal out of service.

   For this example, enter these commands.

   rmv-trm:trm=18

   rmv-trm:trm=27:force=yes

   If the status of the SEAS terminals shown in the PST field in step 3 is OOS-MT-DSBLD (out-of-service maintenance disabled), the terminal is already out of service and the rmv-trm command does not need to be executed for that terminal.

   This message should appear when each of these commands have successfully completed.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   Inhibit message sent to terminal
   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   Command Completed.
   

5. Enter the chg-db:action=repair command.

   This command can take up to 30 minutes to execute, depending on the size of the database and other system activity that is in progress when this command is entered.

   Note:

   If this command takes more than 60 minutes to execute, contact My Oracle Support (MOS).

   During command execution, these messages appear:

   
   REPAIR: MASP A - Repair starts on standby MASP.
   REPAIR: MASP A - Standby MASP will reboot to load data.
   REPAIR: MASP A - Repair from fixed disk complete.
   

6. Verify that the databases of both MASPs are coherent using the rept-stat-dbcommand.

   The following is an example of the possible output:

   
   rlghncxa03w 13-07-01 16:07:48 GMT  EAGLE5 45.0.0
   DATABASE STATUS: >> OK <<
            E5TDM 1114 ( STDBY )              E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP  N       55 09-03-01 13:11:43 GMT  Y       55 09-03-01 13:11:43 GMT
   FD CRNT  N       55                        Y       55  
           E5MCAP 1113                        E5MCAP 1115
           - --------                        - --------
   RD BKUP -    -         -        -         -    -         -        - GMT
   USB BKP -    -         -        -         -    -         -        - GMT
   

   If SEAS terminals are shown in the rtrv-trm command output in step 2, go to step 7. Otherwise this procedure is completed.

7. Put the SEAS terminals back into service with the rst-trm command with the number of the terminals specified in step 4.

   For this example, enter these commands.

   rst-trm:trm=18

   rst-trm:trm=27

   This message should appear when each command has successfully completed.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   Allow message sent to terminal
   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   Command Completed.
   

This procedure copies everything on the active fixed disk to the standby fixed disk using the copy-disk command. Figure 2-10 shows the action of the copy-disk command.

Figure 2-10 Action of the Copy Disk Procedure

The copy-disk command uses these parameters.

:sloc – the card location of the active fixed disk

:dloc – the card location of the standby fixed disk

:force – does the standby fixed disk contain system data? This parameter provides some protection against data loss from copying over a fixed disk containing system data. If the standby fixed disk contains system data, you must specify the force=yes parameter. The default value for this parameter is no.

:format – is the standby fixed disk to be formatted before the data from the active fixed disk is copied to the standby fixed disk? The default value for this parameter is yes, the standby fixed disk will be formatted before copying.

Specify the format=no parameter with the copy-disk command to copy to the standby fixed disk without formatting the standby fixed disk. The standby fixed disk must be properly formatted to specify the format=no parameter. If the standby fixed disk is not properly formatted and the format=no parameter is specified, the copy-disk command will be rejected with this message.

E2819 Cmd Rej: Destination disk is unformatted

Note:

The performance time required to copy a fixed disk to another fixed disk varies depending on database size and system activity. This operation should typically take no longer than 2.5 hours. If you are not performing the low-level format (format=no), the operation should take no longer than 1 hour. If the copy-disk operation exceeds 3 hours, contact My Oracle Support for assistance. Refer to My Oracle Support (MOS) for the contact information. If the copy-disk operation without the low-level format exceeds 1.5 hours, contact My Oracle Support.

The databases in the current (FD CRNT) and the backup (FD BKUP) partitions of the active MASP must be coherent. For more information on verifying the database, refer to the Verifying the Database section. Measurements must be inhibited.

The standby fixed disk cannot be formatted if the security log on the standby fixed disk contains any entries that have not been copied to the FTA area of the fixed disk. This can be verified with the rept-stat-seculog command. If the security log on the standby fixed disk contains entries that have not been copied to the file transfer area of the fixed disk, copy these entries to the file transfer area using the copy-seculog command.

The copy-disk command can be executed if the status of the security log on the standby fixed disk cannot be determined. This allows the copy-disk command to format and initialize a previously un-initialized fixed disk. An un-initialized fixed disk does not contain a security log.

Caution:

To prevent any potential database corruption when performing this procedure, the SEAS terminals must be placed out of service with the rmv-trm command before executing the copy-disk command.

1. Verify that the databases in the current (FDCRNT) and the backup (FDBKUP) partitions of the active MASP are coherent using the rept-stat-dbcommand.

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 16:07:48 GMT  EAGLE5 36.0.0
   DATABASE STATUS: >> NOT OK <<
           E5TDM 1114 ( STDBY)                 E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP  Y       75 04-06-01 13:11:43 GMT  Y       95 04-06-01 13:11:43 GMT
   FD CRNT  N       55 DIFF LEVEL             Y      105     
            E5MDAL 1117
            - --------
   RD BKUP  -    -         -        -
   

   If E5-based control cards are installed in the EAGLE, this is an example of the possible output.

   
   rlghncxa03w 09-03-01 16:07:48 GMT  EAGLE5 40.1.0
   DATABASE STATUS: >> OK <<
           E5TDM 1114 ( STDBY )                 E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP  Y       75 09-02-19 10:19:18 GMT  Y       95 09-02-19 10:19:18 GMT
   FD CRNT  N       55 DIFF LEVEL             Y      105
           E5MCAP 1113                         E5MCAP 1115
           - --------                        - --------
   RD BKUP -    -         -        -         -    -         -        -
   USB BKP -    -         -        -         -    -         -        -
   

2. Verify whether or nor the Measurements Platform option is enabled (PLATFORMENABLE = on) using the rtrv-measopts command.

   
   rlghncxa03w 06-10-01 16:02:05 GMT  EAGLE5 36.0.0
   PLATFORMENABLE   = on
   COLLECT15MIN     = off
   CLLIBASEDNAME    = off
   ----------------------
   SYSTOTSTP        = off
   SYSTOTTT         = off
   

   Note:

   The rtrv-measopts command output contains other fields that are not used by this procedure. If you wish to see all the fields displayed by the rtrv-measopts command, see the rtrv-measopts command description in Commands User's Guide.
   • If the Measurements Platform is enabled, continue the procedure with 5.
   • If the Measurements Platform is not enabled, continue the procedure with 3.
3. Verify that measurement collection is on or off using the rtrv-meas-sched command.

   This is an example of the possible output. The COLLECT field shows whether measurement collection is on or off. In this example, measurement collection is on.

   
   rlghncxa03w 06-10-01 12:22:55 GMT EAGLE5 36.0.0 
   COLLECT        =  on
   GTWYLSFLTR     =  both
   ---------------------
   SYSTOT-STP     =  off
   SYSTOT-TT      =  off
   COMP-LNKSET    =  off
   COMP-LINK      =  on
   GTWY-STP       =  on
   GTWY-LNKSET    =  on
   MTCD-STP       =  on
   MTCD-LINK      =  on
   MTCD-LNKSET    =  on
   

   • If measurement collection is off, continue the procedure with 5.
   • If measurement collection is on, continue the procedure with 4.
4. Inhibit all measurements using the chg-meas:collect=off command.

   Caution:

   Measurement collection must be turned off or the copy-disk command cannot be executed. The chg-meas:collect=on command should not be executed while the copy-disk command is in progress. If possible, do not turn off measurement collection at midnight since doing so can cause the loss of an entire day of measurements. For the period of time that measurement collection is turned off, those measurements will be lost.

   This message should appear.

   
   rlghncxa03w 06-10-01 16:12:50 GMT  EAGLE5 36.0.0
   CHG-MEAS: MASP A - COMPLTD
   

5. Verify that the security log on the standby MASP contains no entries that must be copied to the FTA area of the fixed disk with the rept-stat-seculog command.

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 15:59:06 GMT EAGLE5 36.0.0
                -- SINCE LAST UPLOAD --  OLDEST   NEWEST   LAST
   LOC  ROLE    ENTRIES %FULL OFLO FAIL  RECORD   RECORD   UPLOAD
   1114 Active  8312    84    No   No    03-12-05 04-06-01 04-05-30
                                         11:23:56 15:59:06 14:02:22 
   
   1116 Standby 693     7     No   No    03-12-05 04-06-01 04-05-30
                                         11:24:12 14:00:06 14:02:13
   

   If the number shown in the ENTRIES field for the standby MASP (shown with the entry Standby in the ROLE field) is 0, continue the procedure with 7.

   If the number shown in the ENTRIES field for the standby MASP is greater than 0, these entries must be copied to the FTA area of the fixed disk. To copy these entries, continue the procedure with 6.

6. Copy the security log entries on the standby MASP to the FTA area on the fixed disk with the copy-seculog command.

   For this example, enter the copy-seculog:slog=stb command. This is an example of the message that should appear.

   
   rlghncxa03w 06-10-01 15:59:06 GMT EAGLE5 36.0.0
   Security log on E5TDM 1116 copied to file 961004s.log on E5TDM 1114
   

7. Display the terminal configuration in the database with the rtrv-trm command.

   The SEAS terminals are shown in the output with the entry SEAS in the TYPE field. This is an example of the possible output. In this example, the SEAS terminals are terminals 18 and 27. If no SEAS terminals are shown in the rtrv-trm command output, continue the procedure with 10.

   rlghncxa03w 10-07-01 16:02:08 GMT EAGLE5 42.0.0
   TRM  TYPE     COMM        FC    TMOUT MXINV DURAL
   1    VT320    9600-7-E-1  SW    30    5     99:59:59
   2    KSR      9600-7-E-1  HW    30    5     INDEF
   3    PRINTER  4800-7-E-1  HW    30    0     00:00:00
   4    VT320    2400-7-E-1  BOTH  30    5     00:30:00
   5    VT320    9600-7-O-1  NONE  30    5     00:00:30
   6    VT320    9600-7-O-1  NONE  30    5     00:00:30
   7    PRINTER  9600-7-N-2  HW    30    5     00:30:00
   8    KSR     19200-7-E-2  BOTH  30    5     00:30:00
   9    VT320    9600-7-O-1  NONE  30    5     00:00:30
   10   VT320    9600-7-E-1  HW    30    5     00:30:00
   11   VT320    4800-7-E-1  HW    30    5     00:30:00
   12   PRINTER  9600-7-E-1  HW    30    4     00:30:00
   13   VT320    9600-7-O-1  NONE  30    5     00:30:00
   14   VT320    9600-7-E-2  SW    30    8     00:30:00
   15   VT320    9600-7-N-2  HW    30    5     00:30:00
   16   VT320    9600-7-E-2  BOTH  30    3     00:30:00
   
   TRM  TYPE      LOC              TMOUT MXINV DURAL      SECURE
   17   TELNET    1201             60    5     00:30:00   yes
   18   SEAS      1201             60    5     00:30:00   yes
   19   TELNET    1201             60    5     00:30:00   yes
   20   TELNET    1201             60    5     00:30:00   yes
   21   TELNET    1201             60    5     00:30:00   yes
   22   TELNET    1201             60    5     00:30:00   yes
   23   TELNET    1201             60    5     00:30:00   yes
   24   TELNET    1201             60    5     00:30:00   yes
   25   TELNET    1203             60    5     00:30:00   yes
   26   TELNET    1203             60    5     00:30:00   yes
   27   SEAS      1203             60    5     00:30:00   yes
   28   TELNET    1203             60    5     00:30:00   yes
   29   TELNET    1203             60    5     00:30:00   yes
   30   TELNET    1203             60    5     00:30:00   yes
   31   TELNET    1203             60    5     00:30:00   yes
   32   TELNET    1203             60    5     00:30:00   yes
   33   TELNET    1205             60    5     00:30:00   yes
   34   TELNET    1205             60    5     00:30:00   yes
   35   TELNET    1205             60    5     00:30:00   yes
   36   TELNET    1205             60    5     00:30:00   yes
   37   TELNET    1205             60    5     00:30:00   yes
   38   TELNET    1205             60    5     00:30:00   yes
   39   TELNET    1205             60    5     00:30:00   yes
   40   TELNET    1205             60    5     00:30:00   yes
   

   Note:

   The rtrv-trm command output contains other fields that are not used by this procedure. If you wish to see all the fields displayed by the rtrv-trm command, see the rtrv-trm command description in Commands User's Guide.

   If SEAS terminals are not shown in the rtrv-trm output, continue the procedure with 10.

   If SEAS terminals are shown in the rtrv-trm output, continue the procedure with 8.

8. Display the status of the SEAS terminals with the rept-stat-trm command with the terminal number of the SEAS terminals.

   For this example, enter these commands.

   rept-stat-trm:trm=18

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   TRM   PST           SST           AST
   18    IS-NR         Active        -----
   Command Completed.
   

   rept-stat-trm:trm=27

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   TRM   PST           SST           AST
   27    IS-NR         Active        -----
   Command Completed.
   

9. Place the SEAS terminals out of service using the rmv-trm command with the number of the terminal displayed in 8 whose state is not OOS-MT-DSBLD.

   The force=yes parameter must be used when placing the last SEAS terminal out of service.

   For this example, enter these commands.

   rmv-trm:trm=18

   rmv-trm:trm=27:force=yes

   If the status of the SEAS terminals shown in the PST field in 8 is OOS-MT-DSBLD (out-of-service maintenance disabled), the terminal is already out of service and the rmv-trm command does not need to be executed for that terminal.

   This message should appear when each of these commands have successfully completed.

   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   Inhibit message sent to terminal
   
   rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
   Command Completed.
   

10. Enter the copy-disk command along with the card location of the standby E5-TDM (shown by the indicator STDBY in the rept-stat-db command output in 1) that the data is being copied to.

    If the standby fixed disk contains system data, the force=yes parameter must be specified with the copy-disk command. If you do not wish to format the standby fixed disk before copying, specify the format=no parameter with the copy-disk command.

    For this example, enter this command.

    copy-disk:dloc=1114:sloc=1116:force=yes:format=yes

    In this example, the standby fixed disk contains EAGLE data and will be formatted before any data is copied to the standby fixed disk.

    Note:

    The performance time required to copy a fixed disk to another fixed disk varies depending on database size and system activity. This operation should typically take no longer than 2.5 hours. If you are not performing the low-level format (format=no), the operation should take no longer than 1 hour. If the copy-disk operation exceeds 3 hours, contact My Oracle Support for assistance. Refer to My Oracle Support (MOS) for the contact information. If the copy-disk operation without the low-level format exceeds 1.5 hours, contact My Oracle Support.

    warning:

    Failure of the copy-disk command may result in corrupted E5-TDMs. If you experience a copy-disk command failure, contact the My Oracle Support for assistance. Refer to My Oracle Support (MOS) for the contact information.

    When the command has been executed and completed, these messages should appear.

    
        rlghncxa03w 06-10-01 10:22:05 GMT EAGLE5 36.0.0
        copy-disk:sloc=1116:dloc=1114:force=yes
        Command entered at terminal #3.
    ;
    
        rlghncxa03w 06-10-01 10:22:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): from active (1116) to standby (1114) started.
        Extended processing required, please wait.
    ;
    
        rlghncxa03w 06-10-01 10:22:08 GMT EAGLE5 36.0.0
        Copy-disk (fixed): format of standby disk started
    ;
    
        rlghncxa03w 06-10-01 10:27:08 GMT EAGLE5 36.0.0
        Copy-disk (fixed): format in progress
    ;
        rlghncxa03w 06-10-01 10:32:08 GMT EAGLE5 36.0.0
        Copy-disk (fixed): format in progress
    ;
    
        rlghncxa03w 06-10-01 11:07:05 GMT EAGLE5 36.0.0
        Copy-disk (fixed): format of standby disk completed
    ;
    
        rlghncxa03w 06-10-01 11:07:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): copying to standby disk started
    ;
    
        rlghncxa03w 06-10-01 11:12:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): copy in progress
    ;
    
        rlghncxa03w 06-10-01 11:27:10 GMT EAGLE5 36.0.0
        Copy-disk (fixed): from active (1116) to standby (1114) completed.
        Measurements collection may be turned on now if desired.
    

    If the format=no parameter was specified in this example, these messages should appear when the copy-disk command has successfully completed.

    copy-disk:dloc=1114:sloc=1116:force=yes:format=no

    
        rlghncxa03w 06-10-01 10:22:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): from active (1116) to standby (1114) started.
        Extended processing required, please wait.
    ;
    
        rlghncxa03w 06-10-01 11:07:08 GMT EAGLE5 36.0.0
        Copy-disk (fixed): copying to standby disk started
    ;
    
        rlghncxa03w 06-10-01 11:12:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): copy in progress
    ;
    
        rlghncxa03w 06-10-01 11:17:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): copy in progress
    ;
    
        rlghncxa03w 06-10-01 11:22:06 GMT EAGLE5 36.0.0
        Copy-disk (fixed): copy in progress
    ;
    
        rlghncxa03w 06-10-01 11:27:08 GMT EAGLE5 36.0.0
        Copy-disk (fixed): from active (1116) to standby (1114) completed.
        Measurements collection may be turned on now if desired.
    

    The standby MASP is rebooted to load the data when the command completes successfully.

    Note:

    While this command is executing, commands that affect the database configuration cannot be executed. Any attempt to execute such a command will be rejected.
    • If measurement collection was turned off in 4, continue the procedure with 11.
    • If measurement collection was not turned off in 4, continue the procedure with 12.
11. Turn measurement collection on using the chg-meas:collect=on command.

    This message should appear.

    
    rlghncxa03w 06-10-01 16:12:50 GMT  EAGLE5 36.0.0
    CHG-MEAS: MASP A - COMPLTD
    

12. Verify that the databases of both MASPs are coherent using the rept-stat-db command.

    This is an example of the possible output.

    
    rlghncxa03w 06-10-01 16:07:48 GMT  EAGLE5 36.0.0
    DATABASE STATUS: >> OK <<
            E5TDM 1114 ( STDBY)                 E5TDM 1116 ( ACTV )
             C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
             - -------- ---------------------  - -------- ---------------------
    FD BKUP  Y       95 04-06-01 05:53:36 GMT  Y       95 04-06-01 05:53:36 GMT
    FD CRNT  Y      105                        Y      105     
             E5MDAL 1117
             - --------
    RD BKUP  -    -         -        -
    

    If E5-based control cards are installed in the EAGLE, this is an example of the possible output.

    
    rlghncxa03w 09-03-01 16:07:48 GMT  EAGLE5 40.1.0
    DATABASE STATUS: >> OK <<
            E5TDM 1114 ( STDBY )                 E5TDM 1116 ( ACTV )
             C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
             - -------- ---------------------  - -------- ---------------------
    FD BKUP Y        95 09-02-19 10:19:18 GMT  Y       95 09-02-19 10:19:18 GMT
    FD CRNT Y       105                        Y      105
            E5MCAP 1113                         E5MCAP 1115
            - --------                        - --------
    RD BKUP -    -         -        -         -    -         -        -
    USB BKP -    -         -        -         -    -         -        -
    

    If SEAS terminals are shown in the rtrv-trm command output in 7, continue the procedure with 13. Otherwise this procedure is completed.

13. Put the SEAS terminals back into service using the rst-trm command with the number of the terminals specified in 9.

    For this example, enter these commands.

    rst-trm:trm=18

    rst-trm:trm=27

    This message should appear when each command has successfully completed.

    
    rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
    Allow message sent to terminal
    
    rlghncxa03w 06-10-01 15:08:45 GMT EAGLE5 36.0.0
    Command Completed.
    

1. Perform Making a Backup of the Database to the Removable Media to make a backup of the database to the removable cartridge or removable media. Perform this procedure without performing the last two steps (removing the media) and labeling the media. After the backup of the database has been made, continue the procedure with 2.
2. Make a backup copy of the GPLs on the fixed disk of the active E5-TDM to the removable media using the copy-gpl command. Perform the following substep.
   1. If the removable media was used to make the backup of the database, the GPLs are copied from the active E5-TDM to the removable media on the active MASP. For this example, enter this command.

      copy-gpl:sloc=1116:dloc=1115:ddrv=remove

      During command execution, these messages should appear.

      
          rlghncxa03w 09-03-01 14:50:46 GMT EAGLE5 40.1.0
          COPY-GPL: MASP B - COPY STARTS ON ACTIVE MASP
      ;
      
          rlghncxa03w 09-03-01 14:50:46 GMT EAGLE5 40.1.0
          COPY GPL: MASP B - COPY TO REMOVABLE DRIVE COMPLETE
      

3. Verify the GPLs on the removable media with the rtrv-gpl command.

   This is an example of the possible output.

   
       tekelecstp 18-01-18 21:23:11 EST  EAGLE 46.5.1.5.0-73.10.0
       rtrv-gpl
       Command entered at terminal #18.
   ;
   
   Command Accepted - Processing
       tekelecstp 18-01-18 21:23:11 EST  EAGLE 46.5.1.5.0-73.10.0
       GPL Auditing  ON
   
       GPL       CARD  RELEASE      APPROVED         TRIAL        REMOVE TRIAL
       OAMHC     1114  143-010-000  143-010-000 ALM  -----------  -----------
       OAMHC     1116  143-010-000  143-010-000 ALM  -----------  -----------
       OAMHC     1115  -----------  -----------      -----------  -----------
       OAMHC69   1114  143-010-000  143-010-000 ALM  -----------  -----------
       OAMHC69   1116  143-010-000  143-010-000 ALM  -----------  -----------
       OAMHC69   1115  -----------  -----------      -----------  -----------
       IPSG32    1114  143-010-000  143-010-000      143-010-000  -----------
       IPSG32    1116  143-010-000  143-010-000      143-010-000  -----------
       IPSG32    1115  -----------  -----------      -----------  -----------
       BLMCAP    1114  143-010-000  143-010-000      143-010-000  -----------
       BLMCAP    1116  143-010-000  143-010-000      143-010-000  -----------
       BLMCAP    1115  -----------  -----------      -----------  -----------
       HIPR2     1114  143-010-000  143-010-000      143-010-000  -----------
       HIPR2     1116  143-010-000  143-010-000      143-010-000  -----------
       HIPR2     1115  -----------  -----------      -----------  -----------
       SFAPP     1114  143-010-000  143-010-000 ALM  143-010-000  -----------
       SFAPP     1116  143-010-000  143-010-000 ALM  143-010-000  -----------
       SFAPP     1115  -----------  -----------      -----------  -----------
       SS7HC     1114  143-010-000  143-010-000      143-010-000  -----------
       SS7HC     1116  143-010-000  143-010-000      143-010-000  -----------
       SS7HC     1115  -----------  -----------      -----------  -----------
       SCCPHC    1114  143-010-000  143-010-000      143-010-000  -----------
       SCCPHC    1116  143-010-000  143-010-000      143-010-000  -----------
       SCCPHC    1115  -----------  -----------      -----------  -----------
       ERTHC     1114  143-010-000  143-010-000      143-010-000  -----------
       ERTHC     1116  143-010-000  143-010-000      143-010-000  -----------
       ERTHC     1115  -----------  -----------      -----------  -----------
       IPSHC     1114  143-010-000  143-010-000      143-010-000  -----------
       IPSHC     1116  143-010-000  143-010-000      143-010-000  -----------
       IPSHC     1115  -----------  -----------      -----------  -----------
       ATMHC     1114  143-010-000  143-010-000      143-010-000  -----------
       ATMHC     1116  143-010-000  143-010-000      143-010-000  -----------
       ATMHC     1115  -----------  -----------      -----------  -----------
       IPSG      1114  143-010-000  143-010-000      143-010-000  -----------
       IPSG      1116  143-010-000  143-010-000      143-010-000  -----------
       IPSG      1115  -----------  -----------      -----------  -----------
       PKTGHC    1114  143-010-000  143-010-000      -----------  -----------
       PKTGHC    1116  143-010-000  143-010-000      -----------  -----------
       PKTGHC    1115  -----------  -----------      -----------  -----------
       BLIXP     1114  143-010-000  143-010-000      143-010-000  -----------
       BLIXP     1116  143-010-000  143-010-000      143-010-000  -----------
       BLIXP     1115  -----------  -----------      -----------  -----------
       MCPHC     1114  143-010-000  143-010-000      143-010-000  -----------
       MCPHC     1116  143-010-000  143-010-000      143-010-000  -----------
       MCPHC     1115  -----------  -----------      -----------  -----------
       SIPHC     1114  143-010-000  143-010-000      143-010-000  -----------
       SIPHC     1116  143-010-000  143-010-000      143-010-000  -----------
       SIPHC     1115  -----------  -----------      -----------  -----------
       DEIRHC    1114  143-010-000  143-010-000      143-010-000  -----------
       DEIRHC    1116  143-010-000  143-010-000      143-010-000  -----------
       DEIRHC    1115  -----------  -----------      -----------  -----------
       ENUMHC    1114  143-010-000  143-010-000      143-010-000  -----------
       ENUMHC    1116  143-010-000  143-010-000      143-010-000  -----------
       ENUMHC    1115  -----------  -----------      -----------  -----------
       PKTG64    1114  143-010-000  143-010-000      -----------  -----------
       PKTG64    1116  143-010-000  143-010-000      -----------  -----------
       PKTG64    1115  -----------  -----------      -----------  -----------
       BLDC64    1114  143-010-000  -----------      143-010-000  -----------
       BLDC64    1116  143-010-000  000-000-000 ALM  143-010-000  -----------
       BLDC64    1115  -----------  -----------      -----------  -----------
       SCCP64    1114  143-010-000  143-010-000      143-010-000  -----------
       SCCP64    1116  143-010-000  143-010-000      143-010-000  -----------
       SCCP64    1115  -----------  -----------      -----------  -----------
       BLSLC32   1114  143-010-000  143-010-000      143-010-000  -----------
       BLSLC32   1116  143-010-000  143-010-000      143-010-000  -----------
       BLSLC32   1115  -----------  -----------      -----------  -----------
       BLSLC64   1114  143-010-000  143-010-000      143-010-000  -----------
       BLSLC64   1116  143-010-000  143-010-000      143-010-000  -----------
       BLSLC64   1115  -----------  -----------      -----------  -----------
       SIP64     1114  143-010-000  143-010-000      143-010-000  -----------
       SIP64     1116  143-010-000  143-010-000      143-010-000  -----------
       SIP64     1115  -----------  -----------      -----------  -----------
       DEIR64    1114  143-010-000  143-010-000      143-010-000  -----------
       DEIR64    1116  143-010-000  143-010-000      143-010-000  -----------
       DEIR64    1115  -----------  -----------      -----------  -----------
       ENUM64    1114  143-010-000  143-010-000      143-010-000  -----------
       ENUM64    1116  143-010-000  143-010-000      143-010-000  -----------
       ENUM64    1115  -----------  -----------      -----------  -----------
       BLDC32    1114  143-010-000  -----------      143-010-000  -----------
       BLDC32    1116  143-010-000  -----------      143-010-000  -----------
       BLDC32    1115  -----------  -----------      -----------  -----------
       MCPHC69   1114  143-010-000  143-010-000      143-010-000  -----------
       MCPHC69   1116  143-010-000  143-010-000      143-010-000  -----------
       MCPHC69   1115  -----------  -----------      -----------  -----------
       IPSHC69   1114  143-010-000  143-010-000      143-010-000  -----------
       IPSHC69   1116  143-010-000  143-010-000      143-010-000  -----------
       IPSHC69   1115  -----------  -----------      -----------  -----------
       BLSL932   1114  143-010-000  143-010-000      143-010-000  -----------
       BLSL932   1116  143-010-000  143-010-000      143-010-000  -----------
       BLSL932   1115  -----------  -----------      -----------  -----------
   
   ;
   Command Executed
   

   This example shows GPLs on an EAGLE that has E5-based control cards installed. The GPLs were copied to the removable media in both MASPs. The USB credit card flash media is not inserted into the USB credit card flash media drive in the E5-MCAP card of the active MASP (card location 1115). If the GPLs were copied only to the removable media on the active MASP, the removable media is not inserted in the standby MASP and the GPL version number for the standby MASP is not displayed.

4. Perform the following action:

   Remove the removable media from the removable media drives on the MASPs. For more information on removing the removable media from the removable media drives, refer to Removable USB Drive.

5. Label the removable media, 1 through 4 if the backup is performed weekly or monthly, A through D if the backup is performed quarterly.

   For more information on labeling the removable media, see Chapter 2, “Preventive Maintenance,” in Maintenance Guide.

rlghncxa03w 09-10-01 16:07:48 GMT  EAGLE5 41.1.0 
1234.1257    SYSTEM       INFO  DB Restore has cleared and disabled PDS

1. Perform Restoring the Database from the Removable Media to restore the database from the removable media. If the database is being restored from a removable media, do not remove the removable media. After the database has been restored, continue the procedure with the next step.
2. Copy the GPLs from the removable media to the standby E5-TDM using the copy-gpl command. Perform the following substep.
   1. If the removable media was used to restore the database, the GPLs are copied from the removable media on the active MASP to the standby E5-TDM. For this example, enter this command.

      copy-gpl:sloc=1115:dloc=1114:sdrv=remove

      During command execution, these messages should appear.

      
          rlghncxa03w 09-10-01 14:50:46 GMT EAGLE5 41.1.0
          COPY-GPL: MASP A - COPY STARTS ON REMOVABLE DRIVE
      ;
      
          rlghncxa03w 09-10-01 14:50:46 GMT EAGLE5 41.1.0
          COPY GPL: MASP A - COPY TO STANDBY MASP COMPLETE
      

3. Verify the GPLs on the standby E5-TDM and removable media with the rtrv-gpl command.

   This is an example of the possible output:

   
   rlghncxa03w 8-12-13 07:01:08 GMT EAGLE5 45.0.0
   GPL Auditing  ON
   
   GPL       CARD  RELEASE      APPROVED         TRIAL        REMOVE TRIAL
   SIPHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   SIPHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   SIPHC     1115  -----------  -----------      -----------  -----------
   GLS       1114  134-003-000  134-003-000      134-002-000  134-003-000
   GLS       1116  134-003-000  134-002-000      134-002-000  134-003-000
   GLS       1115  -----------  -----------      -----------  -----------
   CDU       1114  163-001-000  163-001-000      163-000-000  163-001-000
   CDU       1116  163-001-000  163-000-000      163-000-000  163-001-000
   CDU       1115  -----------  -----------      -----------  -----------
   IMT       1114  134-003-000  134-003-000      134-002-000  134-003-000
   IMT       1116  134-003-000  134-002-000      134-002-000  134-003-000
   IMT       1115  -----------  -----------      -----------  -----------
   ATMANSI   1114  134-003-000  134-003-000      134-002-000  134-003-000
   ATMANSI   1116  134-003-000  134-002-000      134-002-000  134-003-000
   ATMANSI   1115  -----------  -----------      -----------  -----------
   BPHCAP    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPHCAP    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPHCAP    1115  -----------  -----------      -----------  -----------
   BPDCM     1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPDCM     1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPDCM     1115  -----------  -----------      -----------  -----------
   BLMCAP    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLMCAP    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLMCAP    1115  -----------  -----------      -----------  -----------
   OAMHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   OAMHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   OAMHC     1115  -----------  -----------      -----------  -----------
   HIPR2     1114  134-003-000  134-003-000      134-002-000  134-003-000
   HIPR2     1116  134-003-000  134-002-000      134-002-000  134-003-000
   HIPR2     1115  -----------  -----------      -----------  -----------
   IPLIM     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPLIM     1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPLIM     1115  -----------  -----------      -----------  -----------
   IPLIMI    1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPLIMI    1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPLIMI    1115  -----------  -----------      -----------  -----------
   SS7IPGW   1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7IPGW   1116  134-003-000  134-002-000      134-002-000  134-003-000
   SS7IPGW   1115  -----------  -----------      -----------  -----------
   VSCCP     1114  134-003-000  134-003-000      134-002-000  134-003-000
   VSCCP     1116  134-003-000  134-002-000      134-002-000  134-003-000
   VSCCP     1115  -----------  -----------      -----------  -----------
   ATMITU    1114  134-003-000  134-003-000      134-002-000  134-003-000
   ATMITU    1116  134-003-000  134-002-000      134-002-000  134-003-000
   ATMITU    1115  -----------  -----------      -----------  -----------
   VCDU      1114  163-001-000  163-001-000      163-000-000  163-001-000
   VCDU      1116  163-001-000  163-000-000      163-000-000  163-001-000
   VCDU      1115  -----------  -----------      -----------  -----------
   BPMPL     1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPMPL     1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPMPL     1115  -----------  -----------      -----------  -----------
   SS7ML     1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7ML     1116  134-003-000  134-002-000      134-002-000  134-003-000
   SS7ML     1115  -----------  -----------      -----------  -----------
   BPHMUX    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPHMUX    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPHMUX    1115  -----------  -----------      -----------  -----------
   IPGWI     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPGWI     1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPGWI     1115  -----------  -----------      -----------  -----------
   IPS       1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPS       1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPS       1115  -----------  -----------      -----------  -----------
   BPDCM2    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPDCM2    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPDCM2    1115  -----------  -----------      -----------  -----------
   EROUTE    1114  134-003-000  134-003-000      134-002-000  134-003-000
   EROUTE    1116  134-003-000  134-002-000      134-002-000  134-003-000
   EROUTE    1115  -----------  ----------      -----------  -----------
   BPMPLT    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPMPLT    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPMPLT    1115  -----------  -----------      -----------  -----------
   MCP       1114  134-003-000  134-003-000      134-002-000  134-003-000
   MCP       1116  134-003-000  134-002-000      134-002-000  134-003-000
   MCP       1115  -----------  -----------      -----------  -----------
   BPHCAPT   1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPHCAPT   1116  134-003-000  134-002-000      134-002-000  134-003-000
   BPHCAPT   1115  -----------  -----------      -----------  -----------
   SS7HC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7HC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   SS7HC     1115  -----------  -----------      -----------  -----------
   BLBIOS    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLBIOS    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLBIOS    1115  -----------  -----------      -----------  -----------
   BLCPLD    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLCPLD    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLCPLD    1115  -----------  -----------      -----------  -----------
   GLSHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   GLSHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   GLSHC     1115  -----------  -----------      -----------  -----------
   IMTPCI    1114  134-003-000  134-003-000      134-002-000  134-003-000
   IMTPCI    1116  134-003-000  134-002-000      134-002-000  134-003-000
   IMTPCI    1115  -----------  -----------      -----------  -----------
   PLDPMC1   1114  134-003-000  134-003-000      134-002-000  134-003-000
   PLDPMC1   1116  134-003-000  134-002-000      134-002-000  134-003-000
   PLDPMC1   1115  -----------  -----------      -----------  -----------
   IPLHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPLHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPLHC     1115  -----------  -----------      -----------  -----------
   IPGHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPGHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPGHC     1115  -----------  -----------      -----------  -----------
   SS7EPM    1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7EPM    1116  134-003-000  134-002-000      134-002-000  134-003-000
   SS7EPM    1115  -----------  -----------      -----------  -----------
   BLBEPM    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLBEPM    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLBEPM    1115  -----------  -----------      -----------  -----------
   BLVXW6    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLVXW6    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLVXW6    1115  -----------  -----------      -----------  -----------
   BLDIAG6   1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLDIAG6   1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLDIAG6   1115  -----------  -----------      -----------  -----------
   SCCPHC    1114  134-003-000  134-003-000      134-002-000  134-003-000
   SCCPHC    1116  134-003-000  134-002-000      134-002-000  134-003-000
   SCCPHC    1115  -----------  -----------      -----------  -----------
   BLBSMG    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLBSMG    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLBSMG    1115  -----------  -----------      -----------  -----------
   ERTHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   ERTHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   ERTHC     1115  -----------  -----------      -----------  -----------
   IPSHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPSHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPSHC     1115  -----------  -----------      -----------  -----------
   ATMHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   ATMHC     1116  134-003-000  134-002-000      134-002-000  134-003-000
   ATMHC     1115  -----------  -----------      -----------  -----------
   IPSG      1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPSG      1116  134-003-000  134-002-000      134-002-000  134-003-000
   IPSG      1115  -----------  -----------      -----------  -----------
   BLROM1    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLROM1    1116  134-003-000  134-002-000      134-002-000  134-003-000
   BLROM1    1115  -----------  -----------      -----------  -----------
   BLIXP     1114  163-003-000  163-003-000      163-002-000  163-003-000
   BLIXP     1116  163-003-000  163-002-000      163-002-000  163-003-000
   BLIXP     1115  -----------  -----------      -----------  -----------
   

   This example shows GPLs on an EAGLE that has E5-based control cards installed. The GPLs were copied from the removable media in on the active MASP. The USB credit card flash media is not inserted into the USB credit card flash media drive in the E5-MCAP card of the active MASP (card location 1115).

4. Enter the init-card command specifying the location of the E5-MCAP card making up active MASP.

   This step makes the standby MASP the active MASP. The MASP that was active is now the standby MASP.

   For this example, enter this command.

   init-card:loc=1115

   This message should appear.

   
   rlghncxa03w 09-10-01  11:11:28 GMT  EAGLE5 41.1.0
   Init Card command issued to card 1115
   

5. Copy the GPLs from the removable media to the standby E5-TDM using the copy-gpl command. Perform the following substep:
   1. If the removable media was used to restore the database, the GPLs are copied from the removable media on on the active MASP to the standby E5-TDM. For this example, enter this command.

      copy-gpl:sloc=1113:dloc=1116:sdrv=remove

      During command execution, these messages should appear.

      
          rlghncxa03w 09-10-01 14:50:46 GMT EAGLE5 41.1.0
          COPY-GPL: MASP A - COPY STARTS ON REMOVABLE DRIVE
      ;
      
          rlghncxa03w 09-10-01 14:50:46 GMT EAGLE5 41.1.0
          COPY GPL: MASP A - COPY TO STANDBY MASP COMPLETE
      

6. Verify the GPLs on the standby E5-TDM and the removable media with the rtrv-gpl command.

   This is an example of the possible output.

   
   rlghncxa03w 8-12-13 07:01:08 GMT EAGLE5 45.0.0
   GPL Auditing  ON
   
   GPL       CARD  RELEASE      APPROVED         TRIAL        REMOVE TRIAL
   SIPHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   SIPHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   SIPHC     1115  -----------  -----------      -----------  -----------
   GLS       1114  134-003-000  134-003-000      134-002-000  134-003-000
   GLS       1116  134-003-000  134-003-000      134-002-000  134-003-000
   GLS       1115  -----------  -----------      -----------  -----------
   CDU       1114  163-001-000  163-001-000      163-000-000  163-001-000
   CDU       1116  163-001-000  163-001-000      163-000-000  163-001-000
   CDU       1115  -----------  -----------      -----------  -----------
   IMT       1114  134-003-000  134-003-000      134-002-000  134-003-000
   IMT       1116  134-003-000  134-003-000      134-002-000  134-003-000
   IMT       1115  -----------  -----------      -----------  -----------
   ATMANSI   1114  134-003-000  134-003-000      134-002-000  134-003-000
   ATMANSI   1116  134-003-000  134-003-000      134-002-000  134-003-000
   ATMANSI   1115  -----------  -----------      -----------  -----------
   BPHCAP    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPHCAP    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPHCAP    1115  -----------  -----------      -----------  -----------
   BPDCM     1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPDCM     1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPDCM     1115  -----------  -----------      -----------  -----------
   BLMCAP    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLMCAP    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLMCAP    1115  -----------  -----------      -----------  -----------
   OAMHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   OAMHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   OAMHC     1115  -----------  -----------      -----------  -----------
   HIPR2     1114  134-003-000  134-003-000      134-002-000  134-003-000
   HIPR2     1116  134-003-000  134-003-000      134-002-000  134-003-000
   HIPR2     1115  -----------  -----------      -----------  -----------
   IPLIM     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPLIM     1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPLIM     1115  -----------  -----------      -----------  -----------
   IPLIMI    1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPLIMI    1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPLIMI    1115  -----------  -----------      -----------  -----------
   SS7IPGW   1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7IPGW   1116  134-003-000  134-003-000      134-002-000  134-003-000
   SS7IPGW   1115  -----------  -----------      -----------  -----------
   VSCCP     1114  134-003-000  134-003-000      134-002-000  134-003-000
   VSCCP     1116  134-003-000  134-003-000      134-002-000  134-003-000
   VSCCP     1115  -----------  -----------      -----------  -----------
   ATMITU    1114  134-003-000  134-003-000      134-002-000  134-003-000
   ATMITU    1116  134-003-000  134-003-000      134-002-000  134-003-000
   ATMITU    1115  -----------  -----------      -----------  -----------
   VCDU      1114  163-001-000  163-001-000      163-000-000  163-001-000
   VCDU      1116  163-001-000  163-001-000      163-000-000  163-001-000
   VCDU      1115  -----------  -----------      -----------  -----------
   BPMPL     1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPMPL     1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPMPL     1115  -----------  -----------      -----------  -----------
   SS7ML     1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7ML     1116  134-003-000  134-003-000      134-002-000  134-003-000
   SS7ML     1115  -----------  -----------      -----------  -----------
   BPHMUX    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPHMUX    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPHMUX    1115  -----------  -----------      -----------  -----------
   IPGWI     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPGWI     1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPGWI     1115  -----------  -----------      -----------  -----------
   IPS       1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPS       1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPS       1115  -----------  -----------      -----------  -----------
   BPDCM2    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPDCM2    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPDCM2    1115  -----------  -----------      -----------  -----------
   EROUTE    1114  134-003-000  134-003-000      134-002-000  134-003-000
   EROUTE    1116  134-003-000  134-003-000      134-002-000  134-003-000
   EROUTE    1115  -----------  ----------      -----------  -----------
   BPMPLT    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPMPLT    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPMPLT    1115  -----------  -----------      -----------  -----------
   MCP       1114  134-003-000  134-003-000      134-002-000  134-003-000
   MCP       1116  134-003-000  134-003-000      134-002-000  134-003-000
   MCP       1115  -----------  -----------      -----------  -----------
   BPHCAPT   1114  134-003-000  134-003-000      134-002-000  134-003-000
   BPHCAPT   1116  134-003-000  134-003-000      134-002-000  134-003-000
   BPHCAPT   1115  -----------  -----------      -----------  -----------
   SS7HC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7HC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   SS7HC     1115  -----------  -----------      -----------  -----------
   BLBIOS    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLBIOS    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLBIOS    1115  -----------  -----------      -----------  -----------
   BLCPLD    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLCPLD    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLCPLD    1115  -----------  -----------      -----------  -----------
   GLSHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   GLSHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   GLSHC     1115  -----------  -----------      -----------  -----------
   IMTPCI    1114  134-003-000  134-003-000      134-002-000  134-003-000
   IMTPCI    1116  134-003-000  134-003-000      134-002-000  134-003-000
   IMTPCI    1115  -----------  -----------      -----------  -----------
   PLDPMC1   1114  134-003-000  134-003-000      134-002-000  134-003-000
   PLDPMC1   1116  134-003-000  134-003-000      134-002-000  134-003-000
   PLDPMC1   1115  -----------  -----------      -----------  -----------
   IPLHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPLHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPLHC     1115  -----------  -----------      -----------  -----------
   IPGHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPGHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPGHC     1115  -----------  -----------      -----------  -----------
   SS7EPM    1114  134-003-000  134-003-000      134-002-000  134-003-000
   SS7EPM    1116  134-003-000  134-003-000      134-002-000  134-003-000
   SS7EPM    1115  -----------  -----------      -----------  -----------
   BLBEPM    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLBEPM    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLBEPM    1115  -----------  -----------      -----------  -----------
   BLVXW6    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLVXW6    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLVXW6    1115  -----------  -----------      -----------  -----------
   BLDIAG6   1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLDIAG6   1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLDIAG6   1115  -----------  -----------      -----------  -----------
   SCCPHC    1114  134-003-000  134-003-000      134-002-000  134-003-000
   SCCPHC    1116  134-003-000  134-003-000      134-002-000  134-003-000
   SCCPHC    1115  -----------  -----------      -----------  -----------
   BLBSMG    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLBSMG    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLBSMG    1115  -----------  -----------      -----------  -----------
   ERTHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   ERTHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   ERTHC     1115  -----------  -----------      -----------  -----------
   IPSHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPSHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPSHC     1115  -----------  -----------      -----------  -----------
   ATMHC     1114  134-003-000  134-003-000      134-002-000  134-003-000
   ATMHC     1116  134-003-000  134-003-000      134-002-000  134-003-000
   ATMHC     1115  -----------  -----------      -----------  -----------
   IPSG      1114  134-003-000  134-003-000      134-002-000  134-003-000
   IPSG      1116  134-003-000  134-003-000      134-002-000  134-003-000
   IPSG      1115  -----------  -----------      -----------  -----------
   BLROM1    1114  134-003-000  134-003-000      134-002-000  134-003-000
   BLROM1    1116  134-003-000  134-003-000      134-002-000  134-003-000
   BLROM1    1115  -----------  -----------      -----------  -----------
   BLIXP     1114  163-003-000  163-003-000      163-002-000  163-003-000
   BLIXP     1116  163-003-000  163-003-000      163-002-000  163-003-000
   BLIXP     1115  -----------  -----------      -----------  -----------
   

   This example shows GPLs on an EAGLE that has E5-based control cards installed. The GPLs were copied from the removable media in on the active MASP.

   This procedure is finished.

1. Use the rept-stat-db command to verify that the database in the current (FDCRNT) partition of the active MASP is coherent .

   The following is an example of the possible output:

   
   rlghncxa03w 13-06-01 16:07:48 GMT  EAGLE5 45.0.0
   DATABASE STATUS: >> OK <<
           E5TDM 1114 ( STDBY )                 E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP Y        35 09-02-19 10:19:18 GMT  Y       35 09-02-19 10:19:18 GMT
   FD CRNT Y       106                        Y      106
           E5MCAP 1113                         E5MCAP 1115
           - --------                        - --------
   RD BKUP Y      106 09-02-15 16:09:53 GMT  Y      106 09-02-15 16:09:53 GMT 
   USB BKP -    -         -        -         Y       95 09-02-13 16:09:53 GMT 
   

   If the current database on the active MASP is not coherent, refer to Verifying the Database to resolve the database problem.

2. Verify whether or not the Measurements Platform option is enabled (PLATFORMENABLE = on) using the rtrv-measopts command. If platformenable is ON, no further check is required for the format-disk command (as MCP will take care of measurement once platformenable is on). If PLATFORMENABLE is off, check COLLECT using rtrv-meas-sched command.

   This is an example of the possible output. The COLLECT field shows whether measurement collection is on or off. In this example, measurement collection is on.

   
   rlghncxa03w 06-10-01 12:22:55 GMT EAGLE5 36.0.0 
   COLLECT        =  on
   GTWYLSFLTR     =  both
   ---------------------
   SYSTOT-STP     =  off
   SYSTOT-TT      =  off
   COMP-LNKSET    =  off
   COMP-LINK      =  on
   GTWY-STP       =  on
   GTWY-LNKSET    =  on
   MTCD-STP       =  on
   MTCD-LINK      =  on
   MTCD-LNKSET    =  on
   

   Note:

   If measurement collection is off, skip 3 and go to 4.
3. Turn measurement collection off using the chg-meas:collect=off command.

   Caution:

   Measurement collection must be turned off or the format-disk command cannot be executed. The chg-meas:collect=on command should not be executed while the format-disk command is in progress. If possible, do not turn off measurement collection at midnight since doing so can cause the loss of an entire day of measurements. For the period of time that measurement collection is turned off, those measurements will be lost.

   This message should appear.

   
   rlghncxa03w 06-10-01 16:12:50 GMT  EAGLE5 36.0.0
   CHG-MEAS: MASP A - COMPLTD
   

4. Verify whether or not the Measurements Platform option is enabled (PLATFORMENABLE = on) using the rtrv-measopts command. If platformenable is ON, no further check is required for the format-disk command (as MCP will take care of measurement once platformenable is on). If PLATFORMENABLE is off, check to see if COLLECT is on using the rtrv-meas-sched command. If COLLECT is on, turn it off. If COLLECT is off, run the format-disk command, and turn it on.

   
   rlghncxa03w 06-10-01 16:02:05 GMT  EAGLE5 36.0.0
   PLATFORMENABLE   = on
   COLLECT15MIN     = off
   CLLIBASEDNAME    = off
   ----------------------
   SYSTOTSTP        = off
   SYSTOTTT         = off
   

   Note:

   The rtrv-measopts command output contains other fields that are not used by this procedure. To view all fields displayed by the rtrv-measopts command, see the rtrv-measopts command description in Commands User's Guide.

   Note:

   If 4 shows that the Measurements Platform is not enabled, go to 7.
5. Use the rept-stat-meas command to display the status of MCPMs in the database .

   This is an example of the possible output.

   
   rlghncxa03w 09-02-01 16:43:42 GMT  EAGLE5 40.0.0
   
                         PST            SST       AST
   MEAS SS               IS-NR          Active    -----
           ALARM STATUS =   No Alarms
   
       CARD   VERSION         TYPE    PST           SST        AST
       2107 P 101-009-000     EDSM    IS-NR         Active     -----
          IP Link A                   IS-NR         Active     Available
       2108   101-009-000     EDSM    IS-NR         Active     -----
          IP Link A                   IS-NR         Active     Available
       2111   101-009-000     EDSM    IS-NR         Active     -----
          IP Link A                   IS-NR         Active     Available
     
       CARD 2107 ALARM STATUS = No Alarms
       CARD 2108 ALARM STATUS = No Alarms
       CARD 2111 ALARM STATUS = No Alarms
   

6. Use the rmv-card command, specifying the card location of the MCPM, to place all MCPMs out of service .

   If the MCPM to be placed out of service is the last MCPM that is in service, the force=yes parameter must also be specified. For this example, enter these commands.

   rmv-card:loc=2107

   rmv-card:loc=2108

   rmv-card:loc=2111:force=yes

   When each of these commands have successfully completed, this message should appear.

   
   rlghncxa03w 06-10-01 09:12:36 GMT  EAGLE5 36.0.0
   Card has been inhibited.
   

7. Verify that the security log on the standby MASP contains no entries that must be copied to the FTA area of the fixed disk with the rept-stat-seculog command.

   This is an example of the possible output.

   
   rlghncxa03w 06-10-01 15:59:06 GMT EAGLE5 36.0.0
                -- SINCE LAST UPLOAD --  OLDEST   NEWEST   LAST
   LOC  ROLE    ENTRIES %FULL OFLO FAIL  RECORD   RECORD   UPLOAD
   1114 Active  8312    84    No   No    03-12-05 04-06-01 04-05-30
                                         11:23:56 15:59:06 14:02:22 
   
   1116 Standby 693     7     No   No    03-12-05 04-06-01 04-05-30
                                         11:24:12 14:00:06 14:02:13
   

   If the number shown in the ENTRIES field for the standby MASP (shown with the entry Standby in the ROLE field) is 0, go to step 9.

   If the number shown in the ENTRIES field for the standby MASP is greater than 0, these entries must be copied to the FTA area of the fixed disk. To copy these entries, go to step 8.

   For this example, go to 8.

8. Copy the security log entries on the standby MASP to the FTA area on the fixed disk with the copy-seculog command.

   For this example, enter the copy-seculog:slog=stb command. This is an example of the message that should appear.

   
   rlghncxa03w 06-10-01 15:59:06 GMT EAGLE5 36.0.0
   Security log on E5TDM 1116 copied to file 961004s.log on E5TDM 1114
   

9. Enter the format-disk command to format the fixed disk of the standby E5-TDM.

   For this example, the fixed disk of the standby E5-TDM contains system data and a checkof the fixed disk of the standby E5-TDM for problems is not performed.

   format-disk:type=fixed:force=yes:low=no:loc=1114

   Note:

   1. The force=yes parameter must be specified with the format-disk command if the fixed disk of the standby E5-TDM to be formatted contains system data. All data on the fixed disk of the standby E5-TDM will be lost.
   2. The low=no parameter specified in this command example does not allow a check of the fixed disk of the standby E5-TDM for problems to be performed. If you wish to perform a check of the fixed disk of the standby E5-TDM for problems, specify the low=yes parameter with the format-disk command. Because the default value for the low parameter is no, the low parameter can be omitted when entering the format-disk command if you do not wish to perform a check of the fixed disk of the standby E5-TDM for problems.
   3. If a format-disk:type=fixed command failure causes the standby E5-TDM to boot continuously, insert a removable disk that has the same release as the active E5-TDM into the E5-MDAL. The standby E5-TDM can then boot off of the removable disk.
   4. The optional parameter prtngrp parameter can be specified with this command. The prtngrp parameter indicates which disk partition group is being formatted, the active partition group (prtngrp=active) or the inactive partition group (prtngrp=inactive). The default value for the prtngrp parameter is active. The prtngrp parameter can be specified only with the low=no parameter. Contact the Customer Care Center before using the prtngrp=inactive parameter. Refer to My Oracle Support (MOS) for the contact information.

   Formatting the fixed disk of the standby E5-TDM can take from 14 minutes to 1 hour and 25 minutes to execute. It may take longer depending on other system activity that is in progress when this command is entered. When this command has successfully completed, these messages should appear.

   
       rlghncxa03w 06-10-01 09:44:08 GMT  EAGLE5 36.0.0
       format-disk:type=fixed:low=no:force=yes
       Command entered at terminal #3.
   ;
   
       rlghncxa03w 06-10-01 09:44:08 GMT  EAGLE5 36.0.0
       Format-disk of standby fixed disk started.
       Extended processing required, please wait.
   ;
   
       rlghncxa03w 06-10-01 09:44:08 GMT  EAGLE5 36.0.0
       Format-disk (fixed) format in progress.
   ;
   
       rlghncxa03w 06-10-01 09:44:08 GMT  EAGLE5 36.0.0
       Format-disk (fixed) format is complete.
   ;
   
       rlghncxa03w 06-10-01 09:44:08 GMT  EAGLE5 36.0.0
       Format-disk of standby fixed disk completed.
   

   To turn measurement collection on, go to step 10, otherwise, this procedure is finished.

   If measurement collection was not turned off in step 3, skip steps 10 and 11, and go to step 12.

10. To turn measurement collection on, enter this command.

    chg-meas:collect=on

    This message should appear.

    
    rlghncxa03w 06-10-01 16:12:50 GMT  EAGLE5 36.0.0
    CHG-MEAS: MASP A - COMPLTD
    

11. Verify that measurement collection is on using the rtrv-meas-sched command, shown by the COLLECT = on field in the output.

    This is an example of the possible output.

    
    rlghncxa03w 06-10-01 12:22:55 GMT EAGLE5 36.0.0 
    COLLECT        =  on
    GTWYLSFLTR     =  both
    ---------------------
    SYSTOT-STP     =  off
    SYSTOT-TT      =  off
    COMP-LNKSET    =  off
    COMP-LINK      =  on
    GTWY-STP       =  on
    GTWY-LNKSET    =  on
    MTCD-STP       =  on
    MTCD-LINK      =  on
    MTCD-LNKSET    =  on
    

    Note:

    MCPMs were not placed out of service in step 6, skip steps 12 and step 13. This procedure is finished.
12. Place the MCPMs back into service using the rst-card specifying the location of each MCPM.

    For this example, enter these commands.

    rst-card:loc=2107

    rst-card:loc=2108

    rst-card:loc=2111

    When each of these commands have successfully completed, this message should appear.

    
    rlghncxa03w 06-10-01 21:20:37 GMT EAGLE5 36.0.0
    Card has been allowed.
    

13. Display the status of the MCPMs in the database with the rept-stat-meas command.

    This is an example of the possible output.

    
    rlghncxa03w 09-02-01 16:43:42 GMT  EAGLE5 40.0.0
    
                          PST            SST       AST
    MEAS SS               IS-NR          Active    -----
            ALARM STATUS =   No Alarms
    
        CARD   VERSION         TYPE    PST           SST        AST
        2107 P 101-009-000     EDSM    IS-NR         Active     -----
           IP Link A                   IS-NR         Active     Available
        2108   101-009-000     EDSM    IS-NR         Active     -----
           IP Link A                   IS-NR         Active     Available
        2111   101-009-000     EDSM    IS-NR         Active     -----
           IP Link A                   IS-NR         Active     Available
      
        CARD 2107 ALARM STATUS = No Alarms
        CARD 2108 ALARM STATUS = No Alarms
        CARD 2111 ALARM STATUS = No Alarms
    

1. Check the removable media drives on each MASP for removable media.

   Perform one of these substeps.

   1. If there is no removable media in both removable media drives, insert the removable media that will be formatted into one of the removable media drives. Continue the procedure with 2. Refer to Removable USB Drive for more information about removing the removable media.
   2. If removable media is in the removable media drives, and the media in these drives will be formatted, continue the procedure with 2.
   3. If removable media is in the removable media drives, and the media in these drives will not be formatted, remove the removable media from the removable media drive that will be used to format the removable media. Insert the removable media that will be formatted into this drive. Continue the procedure with 2. Refer to Removable USB Drive for more information about removing and inserting the removable media.
2. Verify that the database in the current (FDCRNT) partition of the active MASP is coherent using the rept-stat-db command.

   This is an example of the possible output.

   
   rlghncxa03w 09-03-01 16:07:48 GMT  EAGLE5 40.1.0
   DATABASE STATUS: >> OK <<
           E5TDM 1114 ( STDBY )                 E5TDM 1116 ( ACTV )
            C  LEVEL     TIME LAST BACKUP     C  LEVEL     TIME LAST BACKUP
            - -------- ---------------------  - -------- ---------------------
   FD BKUP Y        35 09-02-19 10:19:18 GMT  Y       35 09-02-19 10:19:18 GMT
   FD CRNT Y       106                        Y      106
           E5MCAP 1113                         E5MCAP 1115
           - --------                        - --------
   RD BKUP Y      106 09-02-15 16:09:53 GMT  Y      106 09-02-15 16:09:53 GMT 
   USB BKP -    -         -        -         Y       95 09-02-13 16:09:53 GMT 
   

   If the current partition of the active MASP is not coherent, contact the customer care center. Refer to My Oracle Support (MOS) for the contact information.

   If the current partition of the active MASP is coherent and removable media will be formatted, continue the procedure with 4.

3. Verify whether or nor the Measurements Platform option is enabled (PLATFORMENABLE = on) using the rtrv-measopts command.

   
   rlghncxa03w 09-03-01 16:02:05 GMT  EAGLE5 40.1.0
   PLATFORMENABLE   = on
   COLLECT15MIN     = off
   CLLIBASEDNAME    = off
   ----------------------
   SYSTOTSTP        = off
   SYSTOTTT         = off
   

   Note:

   The rtrv-measopts command output contains other fields that are not used by this procedure. If you wish to see all the fields displayed by the rtrv-measopts command, see the rtrv-measopts command description in Commands User's Guide.

   If the Measurements Platform is enabled, continue the procedure with 8

   If the Measurements Platform is not enabled, go to 4.

4. Verify that measurement collection is on or off using the rtrv-meas-sched command.

   This is an example of the possible output. The COLLECT field shows whether measurement collection is on or off. In this example, measurement collection is on.

   
   rlghncxa03w 09-03-01 12:22:55 GMT EAGLE5 40.1.0 
   COLLECT        =  on
   GTWYLSFLTR     =  both
   ---------------------
   SYSTOT-STP     =  off
   SYSTOT-TT      =  off
   COMP-LNKSET    =  off
   COMP-LINK      =  on
   GTWY-STP       =  on
   GTWY-LNKSET    =  on
   MTCD-STP       =  on
   MTCD-LINK      =  on
   MTCD-LNKSET    =  on
   

   If measurement collection is off, continue the procedure with 3.

   If measurement collection is on, continue the procedure with 5.

5. Turn measurement collection off using the chg-meas:collect=off command.

   Caution:

   Measurement collection must be turned off or the format-disk command cannot be executed. The chg-meas:collect=on command should not be executed while the format-disk command is in progress. If possible, do not turn off measurement collection at midnight since doing so can cause the loss of an entire day of measurements. For the period of time that measurement collection is turned off, those measurements will be lost.

   This message should appear.

   
   rlghncxa03w 09-03-01 16:12:50 GMT  EAGLE5 40.1.0
   CHG-MEAS: MASP A - COMPLTD
   

6. Display the status of the MCPMs in the database with the rept-stat-meas command.

   This is an example of the possible output.

   
   rlghncxa03w 09-03-01 16:43:42 GMT  EAGLE5 40.1.0
   
                         PST            SST       AST
   MEAS SS               IS-NR          Active    -----
           ALARM STATUS =   No Alarms
   
       CARD   VERSION         TYPE    PST           SST        AST
       2107 P 101-009-000     EDSM    IS-NR         Active     -----
          IP Link A                   IS-NR         Active     Available
       2108   101-009-000     EDSM    IS-NR         Active     -----
          IP Link A                   IS-NR         Active     Available
       2111   101-009-000     EDSM    IS-NR         Active     -----
          IP Link A                   IS-NR         Active     Available
     
       CARD 2107 ALARM STATUS = No Alarms
       CARD 2108 ALARM STATUS = No Alarms
       CARD 2111 ALARM STATUS = No Alarms
   

7. Place all the MCPMs out of service using the rmv-card command, specifying the card location of the MCPM.

   If the MCPM to be placed out of service is the last MCPM that is in service, the force=yes parameter must also be specified. For this example, enter these commands.

   rmv-card:loc=2107

   rmv-card:loc=2108

   rmv-card:loc=2111:force=yes

   When each of these commands have successfully completed, this message should appear.

   
   rlghncxa03w 09-03-01 09:12:36 GMT  EAGLE5 40.1.0
   Card has been inhibited.
   

8. Format the removable media by performing one of these substeps.
   1. To format removable media for system data, for this example, enter this command.

      format-disk:type=system:loc=1113

      If a check of the media for problems will be performed, specify the low=yes parameter with the format-disk command. If the low=yes parameter is not specified, a check of the media for problems will not be performed.

      If the media contains system data, the force=yes parameter must be specified with the format-disk command. All data on the removable media will be lost.

      When this command has successfully completed, these messages should appear.

      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          format-disk:type=system
          Command entered at terminal #3.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk of system removable media started.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk in progress.
      ;
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk in progress.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk (removable media) format is complete.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk of system removable media completed.
          Measurements collection may be turned on now if desired. 
      

   2. To format removable media for measurements data, for this example, enter this command.

      format-disk:type=meas:loc=1113

      If a low level format of the media will be performed, specify the low=yes parameter with the format-disk command. If the low=yes parameter is not specified, a low level format of the media will not be performed.

      If the media contains system data, the force=yes parameter must be specified with the format-disk command. All data on the removable media will be lost.

      When this command has successfully completed, these messages should appear.

      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          format-disk:type=meas
          Command entered at terminal #3.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk of measurements removable media started.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk in progress.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk in progress.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk (removable media) format is complete.
      ;
      
          rlghncxa03w 09-03-01 09:44:08 GMT  EAGLE5 40.1.0
          Format disk of measurements removable media completed.
          Measurements collection may be turned on now if desired. 
      

   If 5 was not performed, continue the procedure with .

   If 5 was performed, continue the procedure with 9.

9. Turn measurement collection on using the chg-meas:collect=on command.

   This message should appear.

   
   rlghncxa03w 09-03-01 16:12:50 GMT  EAGLE5 40.1.0
   CHG-MEAS: MASP A - COMPLTD
   

10. Verify that measurement collection is on using the rtrv-meas-sched command, shown by the COLLECT = on field in the output.

    This is an example of the possible output.

    
    rlghncxa03w 09-03-01 12:22:55 GMT EAGLE5 40.1.0 
    COLLECT        =  on
    GTWYLSFLTR     =  both
    ---------------------
    SYSTOT-STP     =  off
    SYSTOT-TT      =  off
    COMP-LNKSET    =  off
    COMP-LINK      =  on
    GTWY-STP       =  on
    GTWY-LNKSET    =  on
    MTCD-STP       =  on
    MTCD-LINK      =  on
    MTCD-LNKSET    =  on
    

11. Place the MCPMs back into service using the rst-card specifying the location of each MCPM.

    For this example, enter these commands.

    rst-card:loc=2107

    rst-card:loc=2108

    rst-card:loc=2111

    When each of these commands have successfully completed, this message should appear.

    
    rlghncxa03w 09-03-01 21:20:37 GMT EAGLE5 40.1.0
    Card has been allowed.
    

12. Display the status of the MCPMs in the database with the rept-stat-meas command.

    This is an example of the possible output.

    
    rlghncxa03w 09-03-01 16:43:42 GMT  EAGLE5 40.1.0
    
                          PST            SST       AST
    MEAS SS               IS-NR          Active    -----
            ALARM STATUS =   No Alarms
    
        CARD   VERSION         TYPE    PST           SST        AST
        2107 P 101-009-000     EDSM    IS-NR         Active     -----
           IP Link A                   IS-NR         Active     Available
        2108   101-009-000     EDSM    IS-NR         Active     -----
           IP Link A                   IS-NR         Active     Available
        2111   101-009-000     EDSM    IS-NR         Active     -----
           IP Link A                   IS-NR         Active     Available
      
        CARD 2107 ALARM STATUS = No Alarms
        CARD 2108 ALARM STATUS = No Alarms
        CARD 2111 ALARM STATUS = No Alarms