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Applied SOA Patterns on the Oracle Platform

Applied SOA Patterns on the Oracle Platform

By : Popov
4.3 (4)
Buy this Book
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Applied SOA Patterns on the Oracle Platform

Applied SOA Patterns on the Oracle Platform

4.3 (4)
By: Popov
Buy this Book

Overview of this book

Applied SOA Patterns on the Oracle Platform is aimed at architects practicing SOA or traditional integration, and also at technical team leaders implementing Oracle Fusion under SCRUM or WF methodology.
Table of Contents (11 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. SOA Ecosystem – Interconnected Principles, Patterns, and Frameworks
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1. SOA Ecosystem – Interconnected Principles, Patterns, and Frameworks
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The characteristics, goals, and benefits of SOA
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An example of architecting for tactical goals
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Summary
2
2. An Introduction to Oracle Fusion – a Solid Foundation for Service Inventory
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2. An Introduction to Oracle Fusion – a Solid Foundation for Service Inventory
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The Oracle SOA technology platform
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Summary
3
3. Building the Core – Enterprise Business Flows
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3. Building the Core – Enterprise Business Flows
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Oracle SOA's dynamic Orchestration platform
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Oracle Enterprise Business Flows SOA patterns
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Summary
4
4. From Traditional Integration to Composition – Enterprise Business Services
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4. From Traditional Integration to Composition – Enterprise Business Services
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The Dynamic Service Collaboration platform
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From Message Broker to Service Broker
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Oracle Enterprise Business Service's SOA patterns
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Summary
5
5. Maintaining the Core – Service Repository
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5. Maintaining the Core – Service Repository
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Flexible taxonomy for Service Repository
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Creating a lightweight taxonomy for dynamic service invocations
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Managing Service Repository
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Summary
6
6. Finding the Compromise – the Adapter Framework
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6. Finding the Compromise – the Adapter Framework
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Optimizing the Adapter Framework
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Establishing the Adapter Framework
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Summary
7
7. Gotcha! Implementing Security Layers
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7. Gotcha! Implementing Security Layers
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Where are we now?
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Summary
8
8. Taking Care – Error Handling
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8. Taking Care – Error Handling
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Associating SOA patterns with OFM standard tools
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Basis for proactive Fault Management
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OFM Fault Management frameworks
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Complex exception handling
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Automated recovery concepts
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Summary
9
9. Additional SOA Patterns – Supporting Composition Controllers
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9. Additional SOA Patterns – Supporting Composition Controllers
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Processing complex events
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High service performance combined with High Availability
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Monitoring service activities
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SOA as a cloud foundation
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Summary
10
Index
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Index

Automated recovery concepts

Combining the design rules and patterns from Chapter 3, Building the Core – Enterprise Business Flows, Chapter 4, From Traditional Integration to Composition – Enterprise Business Services, and Chapter 5, Maintaining the Core – the Service Repository, and from this one, we can assume the following:

  1. The Service Repository with all the service metadata elements is properly maintained. We have clear associations between services, endpoints, and Audit messages under the roof of processes. Simply put, every process has a distinct service invocations footprint. Technically, it can be presented as a master tModel for a task-orchestrated service if we look at the UDDI analogy.

    Tip

    The preceding assumption is too bold. In dynamic compositions, the sequence of service invocations and even the number of invocations (that is, footprint) can be different for the same abstractly defined process. The key here is to watch out for the services with specific service roles, sometimes...

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