1. Create a text file on your operating system with the WALLET_ROOT initialization parameter value for the directory that you want to use, and that provides the configuration option you want for the TDE_CONFIGURATION dynamic initialization parameter to create the type of keystores that you require. For example, if you configure TDE_CONFIGURATION to use FILE for Transparent Data Encryption software keystores, then Oracle Database creates the software keystore in WALLET_ROOT/tde (lower case).
2. In the AutoUpgrade configuration file, use the AutoUpgrade configuration file parameters add_during_upgrade_pfile and add_after_upgrade_pfile to refer to that file on the operating system to set WALLET_ROOT and TDE_CONFIGURATION during the upgrade.

For example, if you want WALLET_ROOT to use the path /u01/app/oracle/admin/hr/wallet, and Transparent Data Encryption to store software keystores in the location WALLET_ROOT/tde, then you can create a text file called tde-upgrade, which contains the following lines:

WALLET_ROOT=/u01/app/oracle/admin/hr/wallet
tde_configuration="KEYSTORE_CONFIGURATION=FILE"

You can then specify for AutoUpgrade to set these parameters in the AutoUpgrade configuration file. For example, to set the Transparent Data Encryption keystore during and after the upgrade, as part of the AutoUpgrade operation, add the following line to your local configuration file to call that text file:

#   
#      Example local pfile configuration entries
upg1.add_after_upgrade_pfile=/usr/home/oracle/tde-upgrade
upg1.add_during_upgrade_pfile=/usr/home/oracle/tde-upgrade

#
# Global logging directory pertains to all jobs
#
global.autoupg_log_dir=/database/jobmgr      

#
# Database 1
#
upg1.source_home=/u01/app/oracle/product/12.2.0.2/dbhome_1 
upg1.target_home=/u01/app/oracle/product/21.0.0/dbhome_1 
upg1.sid=HR1                                   
upg1.start_time=now                            
upg1.pdbs=*                                    
upg1.log_dir=/database/logs/hr                 
upg1.upgrade_node=nodename1                  
upg1.run_utlrp=yes  
upg1.timezone_upg=yes 
upg1.target_version=21    

#
# Database 2
#
upg2.source_home=/u01/app/oracle/product/18.0.0/dbhome_1
upg2.target_home=/u01/app/oracle/product/21.0.0/dbhome_1
upg2.sid=SALES1
upg2.start_time=now
upg2.log_dir=/database/logs/sales
upg2.upgrade_node=nodename1
upg2.timezone_upg=no
upg2.target_version=21

#
#    Example global pfile configuration entries
#
global.del_during_upgrade_pfile=/database/pfiles/global_during_delinit.ora
global.add_during_upgrade_pfile=/database/pfiles/global_during_addinit.ora
global.del_after_upgrade_pfile=/database/pfiles/global_after_delinit.ora
global.add_after_upgrade_pfile=/database/pfiles/global_after_addinit.ora

#   
#      Example local pfile configuration entries
#
upg1.del_during_upgrade_pfile=/database/pfiles/hr_during_delinit.ora
upg1.add_during_upgrade_pfile=/database/pfiles/hr_during_addinit.ora
upg1.del_after_upgrade_pfile=/database/pfiles/hr_after_delinit.ora
upg1.add_after_upgrade_pfile=/database/pfiles/hr_after_addinit.ora

During the AutoUpgrade process, the files during_upgrade_pfile_dbname.ora and after_upgrade_pfile_dbname.ora are both created. These files are used to start the database during the upgrade, and after the upgrade. If you want to change a system parameter during the upgrade, or after the upgrade, then you can modify both files.

The global PFILE entries are applied first, and then the local PFILE entries designated by the job prefix upgl are applied. Within those two configuration files, entries in the parameter del_upgrade_pfile are applied first, followed by entries in the parameter add_upgrade_pfile. The parameters in these PFILE configuration entries are applied directly either to the PFILE during_upgrade_pfile_dbname.ora or to the PFILE after_upgrade_pfile_dbname.ora, depending on which PFILE is targeted.

Actions:

• del_during_upgrade_pfile Removes entries from during_upgrade_pfile_dbname.ora
• add_during_upgrade_pfile Add entries to during_upgrade_pfile_dbname.ora.
• del_after_upgrade_pfile Removes entries from after_upgrade_pfile_dbname.ora
• add_after_upgrade_pfile Add entries to after_upgrade_pfile_dbname.ora.

The files referenced by the parameters del_during_upgrade_pfile and del_after_upgrade_pfile have a single database parameter listed on each line. You cannot add any prefix to the parameter, because the entire line is part of the parameter name. Consider the following example:

#
# global.del_during_upgrade_pfile
#
processes
*.open_cursors

The result of this configuration setting is to remove from the PFILE for each database listed in the configuration file all references to the processes parameter, but not references to the open_cursors parameter: Only instances of open_cursors that have a prefix are removed. However, the parameters removed from the PFILE includes all parameters that are prefixed. For example, *.processes and instance_name.processes are both removed with this syntax.

The files referenced by the parameters add_during_upgrade_pfile and add_after_upgrade_pfile have a single parameter listed on each line with the format parameter=value. If you delete the entry from the PFILE, then the value field can be left empty. If the parameter is prefixed with *. or instancename., then those references are not added to the modified PFILE. To update the value of an existing parameter, you must first delete it. You can then add the parameter with the desired value. Consider the following example:

#
# global.add_during_upgrade_pfile
#
processes=400
*.open_cursors=250

This global configuration file entry results in adding the following entries to the PFILE for each database that is listed in the configuration file:

processes=400
open_cursors=250

The parameter after_upgrade_pfile_dbname is used to create the database SPFILE during the postupgrade process.

The following configuration file identifies the CDB CDB122 as the source CDB. The source CDB has 10 PDBs, PDB1 through PDB10, but only PDB1 and PDB2 are upgraded. During the upgrade, the PDB named PDB2 has its name changed to DEPSALES, and the database file names for PDB2 are changed to DEPSALES:

global.autoupg_log_dir=/home/oracle/autoupg
upg1.sid=CDB122
upg1.source_home=/u03/app/oracle/product/12.2.0/dbhome_1
upg1.target_home=/u01/app/oracle/product/21.0.0/dbhome_1
upg1.target_cdb=CDB21C
upg1.pdbs=PDB2, PDB1
upg1.target_pdb_name.PDB2=DEPSALES
upg1.target_pdb_name.PDB1=EMPLOYEES
upg1.target_pdb_copy_option.PDB2=file_name_convert=('PDB2','DEPSALES')

This configuration file directs AutoUpgrade to do the following:

• Select PDBs from the source Oracle Database CDB122 in the home /u03/app/oracle/product/12.2.0/dbhome_1
• Upgrade PDBs PDB2 and PDB1 to the target Oracle Database 21c Oracle home /u01/app/oracle/product/21.0.0/dbhome_1
• Change the name of PDB2 to DEPSALES, and copy the PDB2 files using the new filename DEPSALES.
• Change the name of PDB1 to EMPLOYEES.

Example 4-7

In this example, AutoUpgrade is run in Deploy mode, using the settings specified in the configuration file autoupgrade.cfg, and turning off console using the noconsole parameter.

java -jar autoupgrade.jar -config autoupgrade.cfg -mode deploy -noconsole

Using the noconsole mode turns off requirements for user input, so you can enter this command in a script to run the upgrades you specify in the configuration file.