Oracle BPM Suite 12c Modeling Patterns -- Table of Contents -- Oracle BPM Suite 12c Modeling Patterns -- Credits -- Disclaimer -- About the Author -- Acknowledgments -- About the Reviewers -- www.PacktPub.com -- Support files, eBooks, discount offers, and more -- Why subscribe? -- Free access for Packt account holders -- Instant updates on new Packt books -- Preface -- What this book covers -- What you need for this book -- Who this book is for -- Conventions -- Reader feedback -- Customer support -- Downloading the example code -- Errata -- Piracy -- Questions -- 1. Flow Control Patterns -- Sequence flow pattern -- Working with the sequence flow pattern -- Elucidating the sequence flow pattern -- Getting ready for executing use cases -- Exclusive choice and simple merge pattern -- Working with exclusive choice and simple merge pattern -- Knowing about the exclusive choice pattern -- Elucidating the simple merge pattern -- Multichoice and synchronizing merge pattern -- Demonstrating multichoice and synchronization with the OR gateway -- The working of multichoice and synchronization pattern -- Structured synchronizing merge pattern -- Local synchronizing merge pattern -- The parallel split and synchronization pattern -- Parallel split pattern -- Synchronization pattern -- Conditional parallel split and parallel merge pattern -- Working with conditional parallel split and merge -- Antipattern - the conditional parallel split and merge -- Multimerge pattern -- Exploring multimerge -- Discriminator and partial join pattern -- Structured discriminator pattern -- Structured partial join -- Working with a complex gateway to implement the discriminator and partial join pattern -- Testing a process by failing the complex gateway exit expression -- Testing process as success by the complex gateway exit expression -- Complex synchronization pattern.

Canceling discriminator pattern -- Canceling partial join pattern -- Summary -- 2. Multi-instance and State-based Patterns -- Multiple instances with prior design-time knowledge pattern -- Executing the multi-instance subprocess with prior design-time knowledge -- Multiple instances with prior runtime knowledge pattern -- Demonstrating MI with prior runtime knowledge -- Understanding how MI with prior runtime knowledge work -- Multiple instances without prior runtime knowledge pattern -- Working on MI without prior runtime knowledge -- Testing the use case -- Static partial join for multiple instances pattern -- Testing the use case -- Understanding how static partial join for MI works -- There's more -- Canceling partial join pattern -- Dynamic partial join for multiple instances pattern -- Working with dynamic partial join -- Understanding the functionality behind partial join for MI -- Structured loop pattern -- Working with structured loops -- Demystifying do-while -- Understanding the structured loop functionality -- Demystifying while-do -- Arbitrary cycle pattern -- Exploring arbitrary cycle -- Understanding the functionality of the arbitrary cycle -- Trigger patterns -- Transient trigger pattern -- Persistent trigger pattern -- Implicit termination pattern -- Amalgamating implicit termination in the process flow -- Explicit termination pattern -- Learning how explicit termination works -- Cancelation patterns -- Cancel multi-instance task pattern -- Summary -- 3. Invocation Patterns -- Web service pattern -- Asynchronous request-response (request-callback) pattern -- Request-response pattern -- One request, one of the two possible responses pattern -- Two request a pattern -- Exposing the BPM process using Receive and Send Tasks -- Loan Origination over Send and Receive tasks -- One-way invocation pattern.

Implementing one-way invocation using a timer -- Implementing one-way invocation using an e-mail -- The Loan Origination process over e-mail -- Testing the flow to instantiate a process over e-mail -- Publish-subscribe pattern - initiating the business process through an event -- Loan origination over an event -- Multievent instantiation pattern - process instantiation over multiple events -- Loan origination over multiple event occurrence -- Human task initiator pattern - initiating processes through human tasks -- Loan origination via the human task form -- Testing the process -- Guaranteed delivery pattern - process instantiation over JMS - Queue/Topic -- Loan origination over JMS - Queue/Topic -- Creating JMS resources -- Creating a JMS server -- Creating a JMS module -- Creating a JMS subdeployment -- Creating a Connection Factory -- Creating a queue -- Creating a topic -- Configuring the connection pool -- Redeploying the JMS adapter -- Creating the publisher process -- Developing the consumer process -- Testing the process -- Publish-subscribe pattern using topics -- Understanding multiple start events -- Summary -- 4. Human Task Patterns -- Learning about human tasks -- Milestone pattern -- Modeling in a human task versus a BPMN process -- Routing pattern -- Task assignment pattern -- List builder pattern -- Absolute or nonhierarchical list builders -- Hierarchical list builders -- Rule-based list builders -- Parallel routing pattern -- Getting ready to test sample use cases -- Parallel routing pattern with name and expression list builders -- Parallel routing pattern with approval group list builder -- Parallel routing pattern with lane participant list builder -- Parallel routing pattern with rule-based list builder -- Parallel routing pattern with management chain -- Serial routing pattern.

Serial routing pattern with list builder - name and expression -- Participant identification type - users -- Participant identification type - groups -- Participant identification type - application role -- Serial routing pattern with list builder - approval group -- Serial routing pattern with list builder - management chain -- Serial routing pattern with list builder - job level -- Modifying participant lists using list modification -- Substituting participants using list substitution -- Serial routing pattern with list builder - position -- Serial routing pattern with list builder - supervisory -- Serial routing pattern with list builder - rules -- Single routing pattern -- Single approver pattern with list builder - name and expression -- Single approver pattern with list builder - approval group -- Single approver pattern with list builder - management chain -- Notify/FYI pattern -- FYI approver pattern with list builder - job level -- FYI approver pattern with list builder - name and expression -- 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 -- Enabling early completion in parallel subtasks -- Routing rule pattern -- Deadlines -- Escalation, expiry, and renewal feature -- Exclusion feature -- Error assignee and reviewers -- Notifications -- Configuring driver properties and attributes -- Configuring the notification definition -- Content access policy and task actions -- Enterprise content management for task documents -- Summary -- 5. Interaction Patterns -- Defining use cases to demonstrate interaction patterns -- The BackOffice process -- The Loan origination process -- The CatchFraudDetails and Feedback processes -- Conversation pattern.

Asynchronous interaction pattern -- Interacting with an asynchronous process using the Message Throw and Catch events -- Interacting with an asynchronous service using the Message Throw and Catch Events -- Enabling external services interaction -- Interacting with an asynchronous process and service using Send and Receive Tasks -- Attaching boundary events on Send and Receive Tasks -- Interacting with a process defined with Receive Task as a start activity -- Synchronous request-response pattern -- The business catalog -- Subprocess interaction patterns -- Reusable process interaction pattern -- Use case scenario for reusable process interaction pattern -- Embedded subprocess interaction pattern -- Interrupting a boundary event -- Boundary event on an activity -- Event-driven interaction pattern -- Defining an event-based interaction pattern scenario -- Summary -- 6. Correlation Patterns -- Correlation mechanism -- Types of correlations -- Components of correlation -- Configuring the environment -- Defining correlation properties -- Defining correlation keys and configuring the correlation definition -- Understanding the correlation behavior -- Message-based correlation pattern -- Testing the message-based correlation pattern -- Cancel instance pattern -- Understanding the components -- Testing cancelation pattern -- Restart instance pattern -- Testing the Loan Origination process to restart a loan -- Testing the restart scenario -- Update task pattern -- Demonstrating the update task functionality -- Query pattern -- Testing the query pattern -- Suspend process pattern -- Suspend activity pattern -- Cancel activity pattern -- How a boundary event based activity correlation works -- Testing the cancelation pattern on an activity -- Summary -- 7. Exception Handling Patterns -- Classifying exceptions -- Business process state.

Reassigned Exception Handling Pattern.