List of Figures

• 1-1 Active-Active and Active-Passive High Availability Solutions
• 1-2 Geographically Distributed Disaster Recovery
• 2-1 Oracle Fusion Middleware Environment
• 2-2 Oracle WebLogic Server Domain
• 2-3 Oracle Fusion Middleware Enterprise Deployment Architecture
• 2-4 Example Active-Passive Cold Failover Cluster Deployment
• 2-5 Production and Standby Site for Oracle Fusion Middleware Disaster Recovery Topology
• 3-1 Startup of Cluster with Migratable Servers
• 3-2 Automatic Migration of a Failed Server
• 3-3 Manual Whole Server Migration
• 4-1 Multi Data Source Configuration
• 5-1 Oracle Fusion Middleware SOA Suite and Components
• 5-2 Oracle SOA Infrastructure Stack Diagram
• 5-3 Basic Single-Node SOA Service Infrastructure Architecture
• 5-4 Oracle SOA Service Infrastructure Application Startup and Shutdown Lifecyle
• 5-5 Monitoring and Controlling the Oracle SOA Service Infrastructure Application
• 5-6 Oracle SOA Service Infrastructure High Availability Architecture
• 5-7 Cluster-Wide Deployment of Oracle SOA Composites
• 5-8 Oracle BPEL PM Single-Instance Architecture
• 5-9 Startup and Shutdown Lifecycle of Oracle BPEL PM
• 5-10 Enterprise Manager BPEL Engine Recovery
• 5-11 Oracle BPEL PM Configuration Properties
• 5-12 BPEL PM Instance Recovery using Oracle Enterprise Manager
• 5-13 BPM Suite Single-Instance Architecture
• 5-14 BPM Suite Infrastructure Stack Diagram
• 5-15 BPM Suite Components and Interfaces
• 5-16 Displaying the BPMN Service Engine Properties Page
• 5-17 Launching the BPMN MBean Browser
• 5-18 Oracle BPMN Service Engine Single-Instance Architecture
• 5-19 Startup and Shutdown Lifecycle of Oracle BPMN Service Engine
• 5-20 BPMN Service Engine Home Page in Enterprise Manager
• 5-21 BPMN Service Recovery Page in Enterprise Manager
• 5-22 Oracle BPM Suite Web Applications
• 5-23 Oracle BPM Suite Analytical Infrastructure
• 5-24 Oracle Mediator Startup Lifecyle
• 5-25 Mediator Instance Recovery using Oracle Enterprise Manager
• 5-26 Oracle B2B Request Flow
• 5-27 Oracle WSM Single-Instance Architecture
• 5-28 Oracle User Messaging Service Single-Instance Architecture
• 5-29 Configuring Oracle User Messaging Service using Oracle Enterprise Manager Fusion Middleware Control
• 5-30 Oracle JCA Adapters Single-Instance Architecture
• 5-31 Oracle Business Activity Monitoring Single-Instance Architecture
• 5-32 Oracle Business Activity Monitoring Startup/Shutdown Lifecycle
• 5-33 Startup and Shutdown of Oracle Business Activity Monitoring using WebLogic Server
• 5-34 Startup and Shutdown of Oracle Business Activity Monitoring using Fusion Middleware Control
• 5-35 Oracle Enterprise Manager Fusion Middleware Control
• 5-36 Configuring Oracle Business Activity Monitoring
• 5-37 Oracle Business Activity Monitoring Configuration Properties
• 5-38 Oracle BAM High Availability Architecture
• 5-39 Oracle Service Bus Functional Features
• 5-40 Oracle Service Bus Single Instance Architecture
• 5-41 Oracle Service Bus High Availability Architecture
• 5-42 Oracle SOA Service Infrastructure High Availability Architecture
• 5-43 Configure RAC Multi Data Source Component Schema Screen
• 5-44 Assign Servers to Machines Screen
• 5-45 Setting the Hostname Using the Start Server Tab of Oracle WebLogic Server Administration Console
• 5-46 Migration Status Screen in Oracle WebLogic Server Administration Console
• 5-47 Oracle SOA Service Infrastructure, Component Services Engines, and Oracle Service Bus High Availability Architecture
• 5-48 Configure RAC Multi Data Source Component Schema Screen
• 5-49 Assign Servers to Machines Screen
• 5-50 Setting the Hostname Using the Start Server Tab of Oracle WebLogic Server Administration Console
• 5-51 Migration Status Screen in Oracle WebLogic Server Administration Console
• 5-52 Migration Status Screen in Oracle WebLogic Server Administration Console
• 5-53 Oracle BAM High Availability Architecture
• 6-1 Overview of Oracle ADF Architecture
• 6-2 Simple Oracle ADF Architecture
• 6-3 Basic Single-Node Oracle ADF Architecture
• 6-4 Basic Single-Node Oracle WebCenter Architecture
• 6-5 Oracle WebCenter Two-Node High Availability Architecture
• 6-6 Configure RAC Multi Data Source Component Schema Screen
• 6-7 Assign Servers to Machines Screen
• 7-1 Oracle Data Integrator Single Instance Architecture
• 7-2 Oracle Data Integrator Agent Startup Cycle
• 7-3 Agent Configuration in the Master Repository Displayed in Oracle Data Integrator Studio
• 7-4 Oracle Data Integrator High Availability Architecture
• 8-1 Oracle Fusion Middleware 11g Oracle Identity Management High Availability Architecture
• 8-2 Oracle Internet Directory in a Non-High Availability Architecture
• 8-3 Oracle Internet Directory Cluster Configuration High Availability Architecture
• 8-4 Oracle Virtual Directory in a Non-High Availability Architecture
• 8-5 Oracle Virtual Directory in a High Availability Environment
• 8-6 Oracle Directory Integration Platform Architecture
• 8-7 Oracle Directory Integration Platform and Oracle Directory Services Manager in a High Availability Architecture
• 8-8 Oracle Directory Services Manager Architecture
• 8-9 Oracle Directory Services Manager and Oracle Directory Integration Platform in a High Availability Architecture
• 8-10 Collocated Components Architecture
• 8-11 Collocated Components in a High Availability Architecture
• 8-12 Oracle Access Manager Single Instance Architecture
• 8-13 Oracle Access Manager High Availability Architecture
• 8-14 Oracle Identity Manager Component Architecture
• 8-15 Oracle Identity Manager High Availability Architecture
• 8-16 Oracle Adaptive Access Manager Single Instance Architecture
• 8-17 Oracle Adaptive Access Manager High Availability Architecture
• 8-18 Oracle Identity Federation Non-High Availability Architecture
• 8-19 Oracle Identity Federation in a High Availability Architecture
• 9-1 Oracle HTTP Server Architecture
• 9-2 Oracle HTTP Server High Availability Architecture
• 9-3 Web Server Acceleration
• 9-4 Request Flow to Oracle Web Cache within the Web Tier
• 9-5 Load Balancing
• 9-6 Failover
• 9-7 Session Binding
• 9-8 Oracle Web Cache Cluster Architecture
• 10-1 Maximum High Availability Multimaster Replication Deployment
• 11-1 Oracle I/PM Components for a Single Instance
• 11-2 Oracle I/PM High Availability Architecture Diagram
• 11-3 Oracle Universal Content Management Single Instance Architecture
• 11-4 Oracle Universal Content Management Two-Node Cluster
• 11-5 Oracle ECM High Availability Architecture
• 11-6 Migration Status Screen in the Administration Console
• 12-1 Administration Server Cold Failover Cluster Topology 1
• 12-2 Administration Server Cold Failover Cluster Topology 2
• 12-3 Cold Failover Cluster Example Topology 1
• 12-4 Cold Failover Cluster Example Topology 2
• 12-5 Cold Failover Cluster Example Topology 3
• 12-6 Cold Failover Cluster Example Start Topology
• 12-7 Possible Destination Topologies
• 13-1 CRS Topology Example 1
• 13-2 CRS Topology Example 2
• 14-1 Oracle Portal, Forms, Reports, and Discoverer Architecture
• 14-2 Oracle Portal High Availability Deployment
• 14-3 Oracle Reports High Availability Deployment
• 14-4 Oracle Forms High Availability Deployment
• 14-5 Discoverer Topology for a Single Instance
• 14-6 Runtime Interaction Between Discoverer Components
• 14-7 Discoverer Topology for Multiple Instances
• 15-1 Oracle BI EE Single Instance Architecture
• 15-2 A Highly Available Oracle BI EE and EPM Deployment
• 15-3 Oracle Essbase Single Instance Architecture
• 15-4 Provider Services Single Instance Architecture
• 15-5 Workspace Single Instance Architecture
• 15-6 Financial Reporting Single Instance Architecture
• 15-7 About Oracle BI EE Office Server Page
• 15-8 New Connection Dialog for Oracle BI for Microsoft Office
• 15-9 Test Connection Successful Message
• 15-10 Oracle BI Task Pane in Microsoft Excel
• 15-11 Oracle BI Publisher Single Instance Architecture
• 15-12 Oracle BI Publisher High Availability Architecture
• 15-13 Oracle RTD Single Instance Architecture
• 15-14 Oracle RTD High Availability Architecture