Effective partition management is a game-changer for Oracle databases, especially when dealing with large volumes of data. It not only simplifies maintenance but also boosts performance by organizing data into manageable chunks. In this guide, we’ll walk through the practical steps oracledbhelp used to implement partitioning, automate routine tasks, and ensure the database remains efficient and scalable.
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ASM
- Creating ASM Instance and diskgroups manually without DBCA
- 20 ASM Realtime | Interview Questions
- How to make a cold backup for database running on ASM ( using RMAN )
- Moving a Single Datafile from File System to ASM System (METHOD 1)
- Moving a Single Datafile from File System to ASM System (METHOD 2)
- Things to consider while adding new disk/ Rebalancing existing Disk Group
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Dataguard
- Dataguard Modes
- Dataguard Modes - II
- Oracle DataGuard Setup
- invalid archived log deletion policy
- recover from the Loss of a Datafile on a Standby Database ?
- MRP terminated with ORA-00600: internal error code, arguments
- Recover archive gaps in standby database - using 2 methodss
- Gap Resolution in Dataguard
- Convert Physical Standby to Snapshot Standby and Vice Versa
- Re-create Redo-logs on Standby/ Primary
- Pre-check for DataGuard switchover Process
- ORA-19815: WARNING: db_recovery_file_dest_size
- How do you purge old archivelogs which are applied on Standby DB
- Pre-check For SWITCHOVER using DG Broker
- https://oracle-dba-help.blogspot.com/2016/03/data-guard-modes.html
- ORA-01274 : RENAME THE UNKNOW FILE IN THE STANDBY DATABASE
- Database Creation in Easy 6 Steps
- Oracle Networking
- Tablespace management
- Housekeep : Quick Tips for DBA
- Health check for DB
- ORA-12537 While Connecting To Database Via Listener
- How to identify the applied patche-set of your Oracle Home
- Accessing a schema without knowing the password
- ORA-12505: TNS:listener does not currently know of SID given in connect descriptor
- Session Related Scripts
- How to check ORA Error on DB Server – Beginner Tip
- Working with Redo Logs
- Decommission of Oracle Database
- Roles in Oracle - Managing Users
- Oracle Release Number Format
- Troubleshooting Handy-Guide
- Understanding the Upgradation Process
- Query to find the session creating more redo
- Audit in Oracle
- Troubleshooting Internal Errors and Error-Look-up Tool on MOS
- Troubleshooting Issues with Undo Tablespace
- User Management
- User Management - II
- Data Pump Gets Better
- MEMORY_TARGET Parameter
- Oracle 21c: INCLUDE and EXCLUDE in Data Pump
- Behind the Scenes of COMMIT
- Data Guard Redo Transport Encryption
- Oracle 19C with ADG DML Redirection
- 19c PDB Refreshable Clones
- Solving the Mysterious Database Connection Timeouts
- How to identify the applied patche-set of your Oracle Home
- Topic need to get clear to become expert in Oracle DBA
- Working with Redo Logs
- Oracle Database Block corruption
- What happens during Instance Recovery
- Oracle Datapump Scenarios
- Troubleshooting Issues with Undo Tablespace
- General Tips to Prepare for an Oracle DBA Job Interview
- RMAN Questions
- Installing PostgreSQL Server on CentOS, RHEL 6 / 7 Systems
- Creating a database in Postgres
- Initialize multiple Postgres instance on the same RHEL server
- How to stop starting of clusters while starting up services
- Setup a streaming replication
- Switchover- master server and warm standby (with streaming replication)
- All About Physical Replication and Log shipping
- PostgreSQL Upgrade and troubleshooting
- Timeline Switch issue
- Query to identify the lag in replication
- Drop table : ERROR: must be owner of relation table_name
- PgBadger
- PgCenter
- PgTune
- Internals of Toast Table
- Influencing Query Execution Plan
- Create Extension ERROR
- Find Uptime in PostgreSQL
- Set DB Timezone
- Clear RAM Cache, Buffer
- Read-Only User in Postgres
- Everything you need to know about Streaming Replication
- Ora2Pg Migrate Oracle to Postgres
- Total Page Cost
- PostgreSQL 13 - Everything you need to know
- Startup Failure - .conf file
- All About Postgres Upgrade
- Basic Guide
- Session Related Scripts
- AWR :: Beginners Guide
- All About ASH - Active Session History
- Wait Events : checkpoint busy waits or archiver busy waits
- Find sessions performing sort operations : TEMP Tablespace occupants
- Generate ADDM task and generate its report for Tuning
- Database Performance Tuning Scripts -Keep Handy
- Buffer Busy Wait
- Simulating the Deadlock
- Latches
- Steps to Schedule any RMAN Jobs In Windows Server
- ORA-01194: file 1 needs more recovery to be consistent
- Loss of Current Online Redo-Log
- RMAN "baby Steps"
- Recovery of ControlFiles
- Loss of Datafile
- Recovery from complete loss of all online redo log files
- Block Change Tracking
- RMAN Questions
- Instance Recovery
- Redundancy and Recovery window in RMAN
- Cold Backup
- Database Cloning
- Contact
- Drop Database using RMAN
- PITR to older Incarnation
Monday, 28 July 2025
Sunday, 6 July 2025
Effortless Database Maintenance with Oracle Fleet Patching and Provisioning
Oracle Fleet Patching and Provisioning (FPP), previously known as Rapid Home Provisioning (RHP), is a powerful feature introduced in Oracle 19c designed to streamline and automate the software lifecycle management process. FPP simplifies the mass deployment, patching, and upgrading of Oracle software, offering a centralized approach to managing Oracle Homes, databases, and clusters. Whether you're handling Oracle Grid Infrastructure (GI) or databases from version 11g onwards, FPP provides the tools to efficiently manage these environments.
Core Features of Oracle FPP
- Zero-Downtime Oracle GI Patching: For RAC databases with two or more nodes, FPP allows patching to be performed with zero downtime, ensuring continuous availability during maintenance operations.
- Automated PDB Relocation: This feature optimizes patching by enabling individual Pluggable Databases (PDBs) to be relocated and patched more efficiently, reducing the overall impact on the system.
- Support for Oracle Restart: Starting with Oracle 19c, FPP facilitates patching and upgrading operations for Oracle Restart configurations, enhancing its versatility across different Oracle setups.
- Direct Transfer Method: From version 19c onwards, FPP eliminates the need for temporary NFS mount points for software home transfers, making the process more straightforward and reducing setup complexity.
- Local Mode Automation: Introduced in Oracle 18c, FPP enables the automation of database and GI home updates in a local mode, removing the necessity for an FPP server or client within the architecture.
- Zero-Downtime Upgrades: By automating the entire upgrade process, FPP minimizes the effort, risk, and application downtime traditionally associated with database upgrades.
Modes of Operation
Oracle FPP operates in two primary modes:
- Central Server Mode: In this mode, the FPP server acts as a central repository for "gold images"—standardized and tested versions of Oracle software. These images can be deployed across multiple nodes in a data center to create new clusters and databases, or to patch, upgrade, and scale existing installations.
- FPP Client Mode: Built into Oracle GI (12c and later), FPP clients can retrieve and apply gold images from the FPP server. This mode supports the automated application of maintenance operations, ensuring that each client remains consistent with the centrally managed standards.
Comprehensive Provisioning Capabilities
Oracle FPP supports the provisioning of Oracle Database Homes for versions 11g and later. After provisioning, a single FPP command can initiate the creation of various database configurations:
Oracle RAC One Node or multi-node clusters
- Single instance databases with or without GI or Oracle Restart
- Multitenant container databases
- Admin or policy-managed databases
Patching and Upgrade Strategies
FPP promotes "out-of-place" patching as the best practice. This method involves creating a patched environment in a new directory, allowing the database home to be seamlessly switched to the updated version. In the event of any issues post-upgrade, rollback is simple since the old home remains intact and available.
Conclusion
Oracle Fleet Patching and Provisioning is an essential tool for any organization looking to simplify and automate the management of Oracle database environments. With features like zero-downtime patching, automated PDB relocation, and direct transfer methods, FPP significantly reduces the operational overhead and risks associated with database maintenance. Whether you're managing a single database or an entire fleet, FPP ensures your Oracle infrastructure remains secure, up-to-date, and highly available.