2. Multi-instance and State-based Patterns | Oracle BPM Suite 12c Modeling Patterns

Book Overview & Buying
Table Of Contents

Oracle BPM Suite 12c Modeling Patterns

By : Vivek Acharya

4 (4)

Buy this Book

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.

Preface

What this book covers

What you need for this book

Who this book is for

Conventions

Reader feedback

Customer support

Free Chapter

1. Flow Control Patterns

Sequence flow pattern

Getting ready for executing use cases

Exclusive choice and simple merge pattern

Multichoice and synchronizing merge pattern

The parallel split and synchronization pattern

Conditional parallel split and parallel merge pattern

Multimerge pattern

Discriminator and partial join pattern

Complex synchronization pattern

Summary

2. Multi-instance and State-based Patterns

Multiple instances with prior design-time knowledge pattern

Multiple instances with prior runtime knowledge pattern

Multiple instances without prior runtime knowledge pattern

Static partial join for multiple instances pattern

Canceling partial join pattern

Dynamic partial join for multiple instances pattern

Structured loop pattern

Arbitrary cycle pattern

Trigger patterns

Implicit termination pattern

Explicit termination pattern

Cancelation patterns

Summary

3. Invocation Patterns

Web service pattern

One-way invocation pattern

Publish-subscribe pattern – initiating the business process through an event

Multievent instantiation pattern – process instantiation over multiple events

Human task initiator pattern – initiating processes through human tasks

Guaranteed delivery pattern – process instantiation over JMS – Queue/Topic

Understanding multiple start events

Summary

4. Human Task Patterns

Learning about human tasks

Milestone pattern

Routing pattern

Task assignment pattern

List builder pattern

Parallel routing pattern

Serial routing pattern

Single routing pattern

Notify/FYI pattern

Task aggregation pattern

Dispatching pattern

Escalation pattern

Rule-based reassignment and delegation pattern

Ad hoc routing pattern

Request information feature

Reassignment and delegation pattern

Force completion pattern

Routing rule pattern

Deadlines

Escalation, expiry, and renewal feature

Exclusion feature

Error assignee and reviewers

Notifications

Content access policy and task actions

Enterprise content management for task documents

Summary

5. Interaction Patterns

Defining use cases to demonstrate interaction patterns

Conversation pattern

Asynchronous interaction pattern

Synchronous request-response pattern

Subprocess interaction patterns

Embedded subprocess interaction pattern

Event-driven interaction pattern

Summary

6. Correlation Patterns

Correlation mechanism

Message-based correlation pattern

Cancel instance pattern

Update task pattern

Query pattern

Suspend process pattern

Suspend activity pattern

Cancel activity pattern

Summary

7. Exception Handling Patterns

Classifying exceptions

Business process state

Reassigned Exception Handling Pattern

Allocated Exception Handling Pattern

Changing the Boundary Catch Event from Interrupting to Non-interrupting

Force-Terminate Exception Handling Pattern

Force-Error Exception Handling Pattern

Force-Complete Exception Handling Pattern

Invoked Exception Handling Pattern

Invoked State Exception Handling Pattern

Continue Execution Exception Handling Pattern

Force-Terminate Execution Exception Handling Pattern

Force-Error Execution Exception Handling Pattern

External Exception Handling Pattern

Process-Level Exception Handling Pattern

System-Level exception handling pattern

External Triggers

Summary

8. Adaptive Case Management

Defining adaptive case management

Exploring ACM use case scenarios

Case stage

Event pattern

Milestone pattern

Case interaction pattern

Localization feature

Holistic view pattern

Ad hoc feature

Summary

9. Advanced Patterns

Strategic Alignment Pattern

Capturing the business context

Emulating Process Behavior

The Debugger feature

Round Trip and Business-IT Collaboration

Summary

A. Installing Oracle BPM Suite 12c

Installing JDK

Installing BPM suite

Configuring the default domain

Enabling the demo user community

Custom domain creation

The BPM/SOA configuration

Summary

Index

Signature	Arbitrary Cycle Pattern
Classification	Iteration Pattern
Intent	The arbitrary cycle pattern offers a looping construct that allows multiple entry and exit points in and out of the loop.
Motivation	This unstructured loop (iteration/cycle) pattern offers the flexibility to have multiple entry and exit points in the process. The arbitrary cycle pattern provides a mechanism to repeat the process parts in an unstructured way.
Applicability	Exclusive gateways can be used in nonblock structured process models.
Implementation	When a modeler is working on defining an "As-Is" process, there are requirements to shuffle from one activity to another. There are cases in which a task or an activity performed initially in the process needs to be changed/altered after reaching a certain stage in the process. This translates to the fact that one can work on the process in an...

Oracle BPM Suite 12c Modeling Patterns

By : Vivek Acharya

Oracle BPM Suite 12c Modeling Patterns

By: Vivek Acharya

Overview of this book

Arbitrary cycle pattern

Confirmation

Buy this book with your credits?

Submit Your Feedback

Create a Free Account To Continue Reading

Sign in to activate your 7-day free access