NetBackup™ for Oracle Administrator's Guide
- Introduction
- NetBackup for Oracle QuickStart
- Installing NetBackup for Oracle
- Verifying the operating system and platform compatibility
- NetBackup server and client requirements for NetBackup for Oracle
- Requirements for using NetBackup for Oracle in a NetBackup cluster
- License for NetBackup for Oracle
- About accurate licensing for Oracle
- About linking Oracle RMAN with NetBackup for UNIX
- Configuring RBAC for the Oracle administrator
- Managing Oracle instances and databases
- Managing Oracle credentials
- Configuring Oracle policies
- Preparing for NetBackup for Oracle configuration
- About Oracle Intelligent Policies (OIP)
- Creating an Oracle Intelligent Policy (OIP)
- Oracle database upgrade effect on Oracle Intelligent Policies
- Configuring NetBackup for Oracle automatic backup schedules
- About NetBackup for Oracle schedule properties using Oracle Intelligent Policy
- Oracle Intelligent Policy - Storage and Retention
- About Oracle Intelligent Policy primary server behavior
- Instances and databases tab
- Backup Selections tab
- Oracle tab
- Logging the RMAN input and output on a client
- About script-based Oracle policies
- Configuring the logon account for the NetBackup Client Service for NetBackup for Oracle
- Testing configuration settings for NetBackup for Oracle
- Managing Oracle RAC
- Performing backups and restores of Oracle
- Overview of using NetBackup for Oracle
- Maintaining the RMAN repository
- Querying the RMAN repository
- About NetBackup for Oracle backups
- Browsing backups using the bplist command
- Managing expired backup images
- About NetBackup for Oracle restores
- Using NetBackup for Oracle in a Windows Server Failover Cluster (WSFC)
- Oracle cloning
- NetBackup Copilot for Oracle
- About Oracle Copilot
- Configuring an OIP using a share on the NetBackup appliance (Oracle Copilot)
- Creating an instant recovery point from an Oracle Copilot image (NetBackup Appliance share)
- Deleting an instant recovery point for Oracle Copilot instant recovery
- Configuring an OIP using universal shares (Oracle Copilot)
- Managing an instant access mount from an Oracle Copilot universal share image
- Cleaning up the Oracle Copilot share after point in time restore of database
- Single-step restore to ASM storage from an Oracle Copilot recovery point or instant access mount
- About restoring from a data file copy to ASM storage using RMAN
- Oracle Copilot with instant access
- Prerequisites when you configure an instant access Oracle database
- Things to consider before you configure an instant access mount point
- Backing up an Oracle database using Oracle Copilot policy with a universal share
- Configure an instant access mount
- View the livemount details of an instant access mount
- Configuring Auto Image Replication for Oracle instant access backups
- Delete an instant access mount
- NetBackup for Oracle terms
- Frequently asked questions
- NetBackup for Oracle with Snapshot Client
- About NetBackup for Oracle with Snapshot Client
- How NetBackup for Oracle with Snapshot Client works
- About the NetBackup for Oracle backup and restore operations
- Database objects supported by advanced backup methods
- About NetBackup multistreaming
- RMAN multiple channels
- Restoring data files to a new location
- Redirecting a restore to a different client
- Symbolic links and raw data files (UNIX)
- Quick I/O data files (UNIX)
- RMAN incremental backups
- Proxy backup examples
- About configuring Snapshot Client with NetBackup for Oracle
- Restoring NetBackup for Oracle from a snapshot backup
- About configuring NetBackup for Oracle block-level incremental backups on UNIX
- About Snapshot Client effects
- About Oracle support for Replication Director
- NetBackup Dedupe Direct for Oracle
- About NetBackup Dedupe Direct for Oracle plug-in
- Verifying the operating system and platform compatibility
- Before you install NetBackup Dedupe Direct for Oracle plug-in
- Installing NetBackup Dedupe Direct for Oracle plug-in on the Oracle database server
- Using NetBackup Dedupe Direct for Oracle plug-in
- Configuring the NetBackup Dedupe Direct for Oracle plug-in
- NetBackup Dedupe Direct for Oracle rman.cfg file parameters
- Configuring External Certificate Authority (ECA)
- ECA msdp_app.cfg file parameters
- Configuring Oracle RAC
- Disabling Oracle stream handler
- Performing the RMAN backup directly to MSDP server
- Performing the RMAN restore directly from the MSDP storage server
- Creating an SLP to import the Oracle backups to NetBackup on Flex WORM
- Uninstalling the NetBackup Dedupe Direct for Oracle plug-in
- Other Oracle configuration
- Troubleshooting
- About troubleshooting NetBackup for Oracle
- About NetBackup for Oracle troubleshooting steps
- NetBackup debug logs and reports
- Enabling the debug logs manually (Windows)
- Enabling the debug logs manually (UNIX)
- About the NetBackup for Oracle log files
- Setting the debug level on a Windows client
- Setting the debug level on a UNIX client
- About RMAN utility logs
- Troubleshooting RMAN backup or restore errors
- Troubleshooting NetBackup for Oracle with Snapshot Client
- Error: Unable to re-create online log
- Minimizing timeout failures on large database restores
- Minimizing the loading and unloading of tapes for database backups
- Enabling the debug logs manually for NetBackup Dedupe Direct for Oracle plug-in
- Appendix A. Deduplication best practices
- Optimizing and deduplicating stream-based and proxy copy Oracle backups
- Oracle stream handler
- Configuring a stream-based Oracle backup
- Example RMAN script for a stream-based backup
- Editing the RMAN script and configuring NetBackup for Oracle for a proxy copy backup
- Example RMAN script for a proxy copy backup
- Appendix B. Snapshot Client support of SFRAC
- Appendix C. Script-based Block-Level Incremental (BLI) Backups without RMAN on UNIX and Linux systems
- About script-based Block-Level Incremental (BLI) Backups without RMAN
- About BLI backup and restore operations
- Verifying installation requirements for BLI backups without RMAN
- Creating NetBackup policies for script-based BLI backup
- Number of policies required for BLI backup
- About BLI policy attributes
- About the BLI client list
- Backup selections list for BLI backups
- About schedules for BLI backup policies
- Example Oracle BLI backup policy
- Setting the maximum jobs per client global attribute
- About BLI backup methods
- Creating notify scripts for BLI backups
- Performing backups and restores
- About troubleshooting backup or restore errors
- Appendix D. XML Archiver
- NetBackup for Oracle XML export and XML import
- About the environment variables set by a user in the XML export parameter file
- About XML export shell scripts
- Performing an XML export archive
- Browsing XML export archives using bporaimp parameters
- Browsing XML export archives using bplist
- Restoring an XML export archive
- Troubleshooting XML export or XML import errors
- Additional XML export and import logs
- Appendix E. Register authorized locations
About Oracle Copilot
This feature enhances the Oracle Intelligent Policy by giving you two options for protecting an Oracle database using a share on a NetBackup appliance or universal shares. The first option gives you better control of backups when Oracle database backups are placed in shares (including NetBackup appliance share and universal shares) by the DBA. The second option lets you choose an appliance share or universal shares as the destination for the first backup copy. Now you do not have to rely on the DBA to create backups in the share.
The option provides a single NetBackup Appliance share or universal shares for the DBA and is protected using the Oracle Intelligent Policy. The backup occurs on the storage server as an off-host backup and all data movement occurs on the storage server and does not affect the Oracle client. Since the OIP protects the shares, the backups are visible when the DBA uses RMAN or Oracle Enterprise Manager.
The option enhances the OIP to allow the NetBackup Administrator to choose an appliance share or universal shares as the destination for the first backup copy. When the policy runs the first time, an RMAN script is generated that creates a full set of Oracle data file copies. The data file copies reside in the shares. The next time that the full schedule runs, the backup is accelerated if the option is selected. The RMAN script that is generated performs an incremental backup and the changed blocks are merged into the data files. This incremental backup creates an updated full set of Oracle data file copies. After the new full copy is created in the database backup shares, an SLP is used to make additional copies of the full backup. The first copy is always a remote_vxfs snapshot. For NetBackup appliance share, the remote_vxfs snapshot creates the vxfs_checkpoint snapshot. For universal shares, there are several vpfs snapshots created.
On the Attributes tab, the feature is automatically selected when you configure an OIP with selected in the Backup Selections tab. The first time that the full schedule runs it creates a full set of data file copies. After the first full schedule, only the changes are backed up as a backup set and merged with the existing full backup. Basically, an incremental merge is performed. Oracle's Block Change Tracking feature should be enabled for faster incremental backups.
When using Oracle Copilot to protect your database, NetBackup does not protect extended attributes, extent attributes, or Access Control Lists associated with the database's data files.
Oracle Copilot works with both NetBackup appliance share and MSDP universal shares, which comes from BYO, Flex, and Flex Scale. Oracle Copilot with universal shares supports instant access. See the chapter Oracle Copilot with Instant Access.
Note:
Create a share on the appliance using the procedures in the Managing shares section of the NetBackup 52xx and 5330 Appliance Administrator's Guide. If you enter a share path that is not located on an appliance, nothing is backed up.
Note:
The NetBackup appliance media server can only be configured in a pure IPv4 or dual stack IPv4/IPv6 mode.