Websphere business monitor hypervisor edition

NET solutions in Visual Studio and integrate them into the message flow. You can develop applications that use the. NETCompute node. By using the Message Broker Toolkit, you can rapidly open Visual Studio solutions that are associated with. NETCompute node that is configured for the solution.

As a further development aid, the Visual Studio debugger can be attached to the broker execution group process. You can use the Visual Studio debugger with the broker debugger to perform step-through debugging of flows and code. The WebSphere Message Broker run time hosts and runs. Message flows that contain. NET code can only be deployed and run successfully on brokers that are on Windows platforms.

WebSphere Message Broker can also integrate with Microsoft. This method is less efficient than a direct invocation by using the. NETCompute node, but enables brokers that are not based on Windows to remotely invoke. NET business logic. Finally, by using the.

This bridge enables the creation of solutions that span the two messaging environments. Usage scenarios This solution guide highlights two usage scenarios: Creating a single interface that can connect and integrate heterogeneous data stores for transforming data Accessing a Windows Communication Foundation service from a message flow Scenario 1: Creating a single interface that can connect and integrate heterogeneous data stores for transforming data.

NETCompute node is used to evaluate messages and transform the request, providing. NET programmers with a familiar way to add logic to the message flow. A large online store, whose data warehouse is based on an SAP system, recently acquired another online store whose data warehouse is based on a home-grown database system.

After the acquisition, the store wants a clean merger with SAP as the master data warehouse and with Microsoft Dynamics CRM for their call center service representatives and any front-end user interface applications. For example, a customer wants to subscribe to a service with the online store. If the customer is an existing customer, their previous customer information must be associated with the current request.

These existing records can be on the SAP system, the database from the acquisition , or both. Therefore, these systems require one interface and a consolidated view for better customer service. This solution creates a degree view of customers in real time. Figure 3 illustrates the message flow for this scenario.

Figure 3. Message flow for scenario 1 This solution includes the following highlights: WebSphere MQ messages enter the flow through the FlowInput node and exit through the FlowOutput nodes.

The FilterRequest. NETCompute node determines whether the request is from an existing or new customer. If the request is from a new customer, the message is sent to the SAP Create node. If the request is from an existing customer, the message is sent to the SAP Retrieve node. SAP Update updates the newly created customer record with field values.

NET framework. With WCF, independent applications can interoperate across a network through a message passing interface. This scenario Figure 4 represents an application that is used by a fictional insurance company to process insurance claims. The insurance company provides insurance policy products from financial partners that are transparently under a single brand.

The insurance company developed a WCF service, called ClaimsProcessingWcfService , to make the insurance policies and claims available to client applications. Figure 4. Message flow for scenario 2 The WCF service consists of several business objects that operations can be performed on, including customers, policies, claims, and payments.

These business objects are kept in a persistent store so that details can be accessed from multiple applications and physical locations. When an operation is performed on one of these business objects, the WCF service stores the updated state of the objects and generates appropriate responses to return to the requesting application. The message flow uses the. The message flow follows this sequence: An input message is received on one of the input nodes for the flow.

The message is transformed into a Canonical Message Format that is suitable for transmission across other ESB services not shown. The WCF service executes the operation. Additional processing that is required for this operation is performed by the.

NETCompute nodes: When a new policy is created, a Microsoft Word document that contains a policy confirmation letter is generated. When an insurance claim is approved, a payment is issued by sending the appropriate data to the financial partner that underwrites the particular policy that the customer bought.

A reply message is sent to the originator of the request with the results from the operation. However, when using the. That is, message flows that contain. Table 1. It has not been the subject of rigorous review. IBM assumes no responsibility for its accuracy or completeness. BPM BlueWorks provides business users with the collateral they need to implement business strategies within their organizations based on business process management techniques.

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