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  • Book Overview & Buying Oracle BPM Suite 12c Modeling Patterns
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Oracle BPM Suite 12c Modeling Patterns

Oracle BPM Suite 12c Modeling Patterns

By : Vivek Acharya
4 (4)
Buy this Book
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Oracle BPM Suite 12c Modeling Patterns

Oracle BPM Suite 12c Modeling Patterns

4 (4)
By: Vivek Acharya
Buy this Book

Overview of this book

This book is an invaluable resource if you are an Enterprise architect, solution architect, developer, process analyst, or application functional and technical consultant who uses Business Process Management and BPMN to model and implement Enterprise IT applications, SaaS, and cloud applications.
Table of Contents (12 chapters)
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Preface
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Preface
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What this book covers
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What you need for this book
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Who this book is for
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Conventions
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Reader feedback
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Customer support
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1
1. Flow Control Patterns
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1. Flow Control Patterns
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Sequence flow pattern
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Getting ready for executing use cases
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Exclusive choice and simple merge pattern
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Multichoice and synchronizing merge pattern
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The parallel split and synchronization pattern
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Conditional parallel split and parallel merge pattern
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Multimerge pattern
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Discriminator and partial join pattern
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Complex synchronization pattern
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Summary
2
2. Multi-instance and State-based Patterns
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2. Multi-instance and State-based Patterns
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Multiple instances with prior design-time knowledge pattern
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Multiple instances with prior runtime knowledge pattern
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Multiple instances without prior runtime knowledge pattern
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Static partial join for multiple instances pattern
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Canceling partial join pattern
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Dynamic partial join for multiple instances pattern
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Structured loop pattern
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Arbitrary cycle pattern
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Trigger patterns
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Implicit termination pattern
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Explicit termination pattern
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Cancelation patterns
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Summary
3
3. Invocation Patterns
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3. Invocation Patterns
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Web service pattern
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One-way invocation pattern
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Publish-subscribe pattern – initiating the business process through an event
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Multievent instantiation pattern – process instantiation over multiple events
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Human task initiator pattern – initiating processes through human tasks
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Guaranteed delivery pattern – process instantiation over JMS – Queue/Topic
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Understanding multiple start events
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Summary
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4. Human Task Patterns
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4. Human Task Patterns
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Learning about human tasks
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Milestone pattern
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Routing pattern
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Task assignment pattern
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List builder pattern
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Parallel routing pattern
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Serial routing pattern
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Single routing pattern
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Notify/FYI pattern
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Task aggregation pattern
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Dispatching pattern
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Escalation pattern
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Rule-based reassignment and delegation pattern
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Ad hoc routing pattern
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Request information feature
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Reassignment and delegation pattern
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Force completion pattern
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Routing rule pattern
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Deadlines
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Escalation, expiry, and renewal feature
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Exclusion feature
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Error assignee and reviewers
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Notifications
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Content access policy and task actions
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Enterprise content management for task documents
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Summary
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5. Interaction Patterns
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5. Interaction Patterns
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Defining use cases to demonstrate interaction patterns
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Conversation pattern
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Asynchronous interaction pattern
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Synchronous request-response pattern
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Subprocess interaction patterns
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Embedded subprocess interaction pattern
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Event-driven interaction pattern
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Summary
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6. Correlation Patterns
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6. Correlation Patterns
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Correlation mechanism
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Message-based correlation pattern
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Cancel instance pattern
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Update task pattern
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Query pattern
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Suspend process pattern
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Suspend activity pattern
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Cancel activity pattern
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Summary
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7. Exception Handling Patterns
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7. Exception Handling Patterns
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Classifying exceptions
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Business process state
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Reassigned Exception Handling Pattern
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Allocated Exception Handling Pattern
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Changing the Boundary Catch Event from Interrupting to Non-interrupting
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Force-Terminate Exception Handling Pattern
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Force-Error Exception Handling Pattern
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Force-Complete Exception Handling Pattern
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Invoked Exception Handling Pattern
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Invoked State Exception Handling Pattern
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Continue Execution Exception Handling Pattern
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Force-Terminate Execution Exception Handling Pattern
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Force-Error Execution Exception Handling Pattern
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External Exception Handling Pattern
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Process-Level Exception Handling Pattern
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System-Level exception handling pattern
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External Triggers
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Summary
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8. Adaptive Case Management
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8. Adaptive Case Management
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Defining adaptive case management
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Exploring ACM use case scenarios
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Case stage
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Event pattern
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Milestone pattern
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Case interaction pattern
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Localization feature
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Holistic view pattern
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Ad hoc feature
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Summary
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9. Advanced Patterns
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9. Advanced Patterns
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Strategic Alignment Pattern
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Capturing the business context
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Emulating Process Behavior
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The Debugger feature
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Round Trip and Business-IT Collaboration
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Summary
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A. Installing Oracle BPM Suite 12c
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A. Installing Oracle BPM Suite 12c
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Installing JDK
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Installing BPM suite
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Configuring the default domain
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Enabling the demo user community
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Custom domain creation
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The BPM/SOA configuration
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Summary
11
Index
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Index

Static partial join for multiple instances pattern

In multiple instances with a runtime knowledge pattern, the number of multiple instances to be created (say, M) is determined before the first instance of the multiple instances gets initiated. The process moves to the subsequent tasks/activities only when all the tokens of the multiple instances (M) get completed, that is, all the instances of the set of multiple instances (M) get synchronized.

In static partial join patterns, the number of multiple instances to be created (say, M) is determined before the first instance of the multiple instances gets initiated. This is the same as in multiple instances with a prior runtime knowledge pattern; however, the process moves to subsequent tasks/activities only when N instances have been completed, where N is less than M. This pattern allows the process to continue only when a given number of instances have been completed; it's not necessary to wait for all the instances in the MultiInstance set...

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