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You Will Learn How To
- Deploy backup and recovery strategies to safeguard Oracle 10g databases
- Perform recovery operations to maintain consistent and available data
- Failover to hot standby databases for high availability
- Exploit automated backup and recovery techniques with Recovery Manager
- Implement flashback and logmining to roll back user and logical errors
- Tune the Oracle 10g server by controlling memory allocation, disk I/O and locking/latch contention
Course Benefits The guaranteed continuous operation of databases is a critical requirement of any successful organization. Oracle Database 10 g includes an increased range of features to ensure optimal performance, plus protection and recovery from failure. In this course, you apply techniques to solve a range of issues, including media and site failures, invalid user input, lock contention, and poor memory and storage allocation.
Who Should Attend Those interested in safeguarding Oracle 10 g databases. Knowledge of database administration at the level of Course 594, " Oracle Database 10g Administration," is assumed.
Hands-On Training You gain extensive experience using Oracle 10 g. Exercises include:
- Implementing a backup strategy with Recovery Manager
- Recovering the database from serious errors
- Enabling fast recovery by rolling backup files forward
- Transporting tablespaces across databases
- Setting up LogMiner to recover bad transactions
- Creating hot standby databases
- Optimizing query performance
- Controlling shared pool usage
- Diagnosing lock contention with Database Control 10g
Course 518 Content The Oracle 10g Architecture
- Instances and databases
- The System Global Area (SGA) and background processes
- Automated storage configurations
Implementing Backup and Recovery Strategies
Protecting the database
- Choosing appropriate backup strategies
- Identifying points of possible failure
- Safeguarding redo logs and control files
- Managing archive logs
Performing backups
- Generating full database backups
- Implementing partial online backups
- Backing up and creating control files
Transporting tablespaces
- Establishing a consistent dataset
- Migrating across hardware platforms
Achieving full database recovery
- Recovering tablespaces and datafiles
- Reconstructing datafiles without backups
- Repairing online redo logs
- Flashing back the entire database
Disaster Recovery Using Hot Standby Databases
Configuring the standby environment
- Creating and synchronizing the standby database
- Maintaining a read-only standby database
- Preserving the performance of the primary database
- Physical vs. logical standby databases
Moving operations to the standby
- Failing over and switching to the standby facility
- Achieving No-Data-Loss recovery
Automating Backup and Recovery with Recovery Manager (RMAN)
Setting up Oracle Recovery Manager
- Creating the Recovery Catalog
- Registering databases for recovery
- Configuring channels and redundancy
Recovery Manager backups
- Full and incremental backups
- Scripting the backup activity
- Maintaining the catalogue
- Listing and reporting on backups
Performing automated recovery
- Restoring and recovering data from backup sets and image copies
- Rolling forward image copies with incremental backups
- Tuning backup processes with block change tracking
Analyzing Redo Log Files with LogMiner
Configuring LogMiner
- Creating the LogMiner dictionary
- Manually listing log files to be analyzed
- Automatically choosing log files using continuous mining
- Adding supplemental log data
Interpreting LogMiner information
- Auditing changes to specific columns
- Performing fine-grained recovery from logical corruptions
Tuning the Oracle 10g Server
Tuning the SGA
- Maximizing the use of the shared pool
- Tuning the buffer cache with the Buffer Cache Advisor
- Reducing I/O with multiple buffer pools
- Monitoring latch contention
- Configuring Startup with triggers
Automating memory management
- Managing Program Global Area (PGA)
- Enabling dynamic memory allocation
Optimizing transactions and queries
- Determining block contention
- Compressing table data
- Monitoring latch contention and waits
Applying Diagnostic Techniques
- Managing the workload repository
- Identifying contention with the Automatic Database Diagnostic Monitor (ADDM)
- Examining the alert log
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Training Dates
For AnyWare enrolments, please register at least 10 days prior to the start of the course.
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Course participants diagnosing the root cause of high contention.
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Inovant
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