Introduction to High Availability Best Practices
Understand Oracle Clusterware
Understand Oracle ASM
Understand Oracle RAC
Understand Oracle Data Guard
Design a Maximum Availability Architecture in your environment
Converting a Single Instance to an Oracle RAC Database
Scenario 1: Convert a single instance on a non-clustered enviornment to RAC
Scenario 2: Convert a single instance on a clustered environment to RAC
Configuring Oracle Net Services in a Data Guard Environment with RAC
Review of Oracle Net Services
Configuring Oracle Net Services in a Data Guard Environment
Deploying a Physical Standby Database in an Oracle RAC environment Using SQL and RMAN Commands
Preparing the Primary Database
Configuring Oracle Net Services
Preparing the Standby Hosts
Starting the standby database instance
Executing the DUPLICATE TARGET DATABASE FOR STANDBY FROM ACTIVE DATABASE RMAN command
Completing the RAC Configuration
Starting the transport and application of redo
Configuring Oracle Data Guard in an Oracle RAC environment
Data Guard Broker Configuration
Redo Transport and Apply Services
Data Guard Deployment Options
Role Transition Services
Flashback Database
Fast-Start Failover
Managing Physical Standby Files After Structural Changes on the Primary Database
Scenario 1: Creating a tablespace
Scenario 2: Dropping or deleting a tablespace or data file
Scenario 3: Using Transportable Tablespaces
Scenario 4: Moving an Online Data File
Scenario 5: Adding or Dropping a redo log file group
Scenario 6: NOLOGGING Operations
Scenario 7: Refreshing the Password File
Scenario 8: Resetting the TDE Master Encryption Key
Effective Client Failover Using Application Continuity
Connecting to the appropriate environment
Fast Notification of Clients
Automatic Client Failover
Handling In-Flight Transactions
Replaying Incomplete Requests
RAC and Application Continuity
Data Guard and Application Continuity
Effective Service Failover and Workload Management Using Global Data Services
Concept Review
Global Data Services Overview
Global Service Overview
Client Connectivity in GDS
Global Data Services Deployment
Performing Database Recovery in an Oracle Data Guard environment
Basic concept of the Oracle Database Recovery
Recovery Considerations in Oracle Data Guard (Media Failures)
Recovery Considerations in Oracle Data Guard (Logical Failures)
Performing Data Guard Standby-First Patch Apply
Background: Data Guard Support for Heterogeneous Configuration
Phases of Data Guard Standby-First Patch Apply
Disassociating a Snapshot Standby Database from a Data Guard Configuration
Snapshot Standby Databases Overview
Disassociating a Snapshot Standby from a Data Guard Configuration
Rolling Database Upgrade Using Transient Logical Standby
Phase 1: Completing Prerequisites
Phase 2: Preparing for Upgrade
Phase 3: Performing Pre-Upgrade Tasks
Phase 4: Upgrading Transient Logical Standby
Phase 5: Performing Post-Upgrade Tasks
Phase 6: Preparing Original Primary Database for Upgrade
Phase 7: Performing the Final Upgrade Tasks
Description:
In the Oracle Database 12c: RAC and Data Guard Integration Workshop, you’ll learn how to practice deploying,
configuring, administering, maintaining, and using noteworthy features associated with Oracle Database 12c RAC and
Data Guard.
Learn To:
Understand High Availability Best Practices.
Perform RAC and Data Guard Deployment.
Perform RAC and Data Guard Configuration.
Implement Effective Client Failover and Workload in a RAC/Data Guard environment.
Perform Recovery in a RAC/Data Guard environment.
Perform Planned Maintenance in a RAC/Data Guard environment.
Benefits To You
Students benefit from this course by having the ability to practice interesting deployment, configuration, administration,
and maintenance tasks that exercise a broad range of features associated with Oracle Database 12c RAC and Data
Guard. There is an emphasis on hand-on practice using guided exercises, with accompanying lectures to set the scene.
The course enables students to familiarize themselves with noteworthy features and topics, which would otherwise be
difficult to explore because of the time and complexity required to configure a test environment and "ramp-up" with the
technology. By providing this opportunity, it is envisaged that users will gain the understanding and confidence required
to apply the technology to real-world scenarios inside their own workplace.
