List of Figures

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Chapter 1: Introduction to Patterns for E-Business

Figure 1-1: The Patterns for e-business layered asset model

Figure 1-2: Patterns representing a Custom design

Figure 1-3: Custom design with Self-Service, Information Aggregation, Access Integration and Application Integration

Figure 1-4: Self-Service--Directly Integrated Single Channel

Figure 1-5: Self-Service--Decomposition

Figure 1-6: Directly Integrated Single Channel application pattern--Runtime pattern

Figure 1-7: Directly Integrated Single Channel application pattern--Runtime pattern- Variation 1

Figure 1-8: Directly Integrated Single Channel application pattern- Windows® 2000 Product mapping

Chapter 2: Fundamental Concepts in Process Integration

Figure 2-1: Intra-enterprise integration

Figure 2-2: Inter-enterprise integration

Figure 2-3: Collaboration topologies

Figure 2-4: Definition of interaction

Figure 2-5: Decomposition of complex interactions

Figure 2-6: Decomposition of connectors

Figure 2-7: Relationship between connectors and adapters

Figure 2-8: Coupling adapters

Figure 2-9: Parallel interaction

Figure 2-10: Serial interaction

Figure 2-11: Classification of interactions

Figure 2-12: Classification of Process-focused Application Integration patterns

Figure 2-13: Classification of Extended Enterprise patterns

Chapter 3: Application Integration Pattern

Figure 3-1: Application pattern diagram conventions

Figure 3-2: Direct Connection application pattern

Figure 3-3: Message Connection variation

Figure 3-4: Call Connection variation

Figure 3-5: Broker application pattern

Figure 3-6: Router variation

Figure 3-7: Serial Process application pattern

Figure 3-8: Serial Workflow variation

Figure 3-9: Parallel Process application pattern

Figure 3-10: Parallel Workflow variation

Chapter 4: Extended Enterprise Pattern

Figure 4-1: Extended Enterprise context

Figure 4-2: Application pattern diagram conventions

Figure 4-3: Exposed Direct Connection application pattern

Figure 4-4: Message Connection variation

Figure 4-5: Call Connection variation

Figure 4-6: Exposed Broker application pattern

Figure 4-7: Router variation

Figure 4-8: Exposed Serial Process application pattern

Chapter 5: Runtime Patterns and Product Mappings

Figure 5-1: Broker Runtime pattern

Figure 5-2: Product mapping for Application Integration--Broker

Figure 5-3: Application Integration--Broker- Router variation Runtime pattern

Figure 5-4: Product mapping for Router

Figure 5-5: Exposed Broker Runtime pattern

Figure 5-6: Extended Enterprise--Exposed Broker product mapping

Figure 5-7: Exposed Broker--Router

Figure 5-8: Exposed Broker--Router- Web Services Gateway Product mapping

Chapter 6: Business Scenarios Used in this Book

Figure 6-1: ABC Electronics wholesale ordering process flow

Figure 6-2: ABC Electronics current IT infrastructure

Figure 6-3: ABC Electronics- Stage I and II architecture overview diagram

Figure 6-4: Stage I use case model

Figure 6-5: Stage II use case model

Figure 6-6: ABC Electronics- Stage III and IV architecture overview diagram

Figure 6-7: Stage III use case model

Figure 6-8: Stage IV use case model

Chapter 7: Technology Options

Figure 7-1: The evolving WS-Security roadmap

Figure 7-2: Integrated JMS Provider

Chapter 8: Router Solutions using Web Services Gateway

Figure 8-1: IBM Web Services Gateway

Figure 8-2: WSIF transformation

Figure 8-3: Basic Router implementation

Figure 8-4: Enhanced Router implementation

Figure 8-5: Extended enterprise implementation

Figure 8-6: Extended enterprise implementation

Figure 8-7: Product mapping for Router (using WebSphere Web Services Gateway)

Figure 8-8: Exposed Broker--Router variation Runtime pattern and product mapping

Figure 8-9: Exposed Broker--Router variation Runtime pattern and product mapping

Figure 8-10: Web Services Gateway implementation, stage 1

Figure 8-11: Web Services Gateway implementation, stage 2

Figure 8-12: Web Services Gateway implementation, stage 3

Figure 8-13: Web service development for target application

Figure 8-14: Wholesale application

Figure 8-15: Generated files

Figure 8-16: Register the business

Figure 8-17: Add a technical model

Figure 8-18

Figure 8-19: Create a session bean for the filter

Figure 8-20: Create a session bean for the filter

Figure 8-21: Developing a filter with WebSphere Studio

Figure 8-22: Installing the filter application - panel 3

Figure 8-23: Initial gateway configuration

Figure 8-24: Add a channel

Figure 8-25: Add a UDDI reference

Figure 8-26: Deploying a service - part 1

Figure 8-27: Deploying a service - part 2

Figure 8-28: Service for Wholesale1

Figure 8-29: Service for Wholesale2

Figure 8-30: Two target services for one service

Figure 8-31: Deploy the filter to the gateway

Figure 8-32: Adding a filter to a service

Figure 8-33: View the WSDL

Figure 8-34: Create a WSDL file in WebSphere Studio

Figure 8-35: Web service development for source application

Figure 8-36: Using the Web Service Explorer to test the Web service

Figure 8-37: Generated client binding files and deployment descriptors

Figure 8-38: Renaming the classes

Figure 8-39: Service references for Web services

Figure 8-40: Deploying Web services using the WebSphere administrative console

Figure 8-41: Tracing SOAP messages using TCPMon

Figure 8-42: Tracing SOAP messages using WebSphere Studio TCP/IP Monitor Server

Figure 8-43: WS-Security flow in a non-gateway environment

Figure 8-44: WS-Security flow in a gateway environment

Figure 8-45: Tivoli Performance Viewer

Figure 8-46: Microsoft Network Monitor

Chapter 9: Broker Solutions using WebSphere Business Integration Message Broker

Figure 9-1: WebSphere Business Integration Message Broker architecture

Figure 9-2: Basic Broker implementation

Figure 9-3: Extended enterprise implementation

Figure 9-4: Extended enterprise implementation

Figure 9-5: Product mapping for Application Integration--Broker

Figure 9-6: Exposed Broker Runtime pattern and product mapping

Figure 9-7: Step 2- Passthru message flow

Figure 9-8: Step 2- Passthru message flow

Figure 9-9: Step 2- Passthru message flow

Figure 9-10: Aggregation design

Figure 9-11: Real-time flow design

Figure 9-12: Aggregation design

Figure 9-13: Step 1- direct access to Web service

Figure 9-14: Passthru message flow

Figure 9-15: HTTPInput node properties

Figure 9-16: HttpRequest node properties

Figure 9-17: Add message flows to the broker archive file

Figure 9-18: Deploy the archive

Figure 9-19: Use setEndpoint to point the client to the message flow

Figure 9-20: Use getEndpoint to ensure the endpoint is correct

Figure 9-21: Test the message flow

Figure 9-22: Adding an endpoint to the Web Services Explorer

Figure 9-23: Invoke the Web service using the new end point

Figure 9-24: Overview of the complete Aggregation flow

Figure 9-25: Aggregation message flow - part 1

Figure 9-26: Aggregation message flow - part 2

Figure 9-27: Aggregation message flow - part 3

Figure 9-28: Aggregation message flow - part 4

Figure 9-29: Aggregation message flow - part 5

Figure 9-30: Aggregation message flow - part 6

Figure 9-31: Aggregation message flow - part 7

Figure 9-32: WebSphere bindings for the message-driven bean

Figure 9-33: Real-time message flow

Figure 9-34: Real-timeOptimizedFlow node settings

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