assembly diagram

Previous versions of Integration Developer introduced the concept of showing a table with all qualifiers for an assembly diagram.

The destination of a selector can be a component inside the assembly diagram of the same module or an export of another module.

A wire is simply a connection in the assembly diagram that indicates which reference is connected to which component.

These components appear in the assembly diagram for your project, as shown in Figure 20.

As you can see above, two components were automatically generated and placed onto the assembly diagram.

The assembly diagram on your screen should now look like the assembly diagram in Figure 14.

Any service that you create becomes a component that you can drop into an assembly diagram (see the next section).

View the Binding properties of the import by selecting the CustomerServiceImport1 in the assembly diagram, as shown in Figure 9.

You can then drag the implementation from the Business Integration view to the assembly diagram to create a component automatically.

Emulating broken or missing parts of an assembly diagram.

To enable QoS parameters, use dynamic invocation support, and define an Import on the Assembly Diagram with the particular QoS required.

Each interface specified within the assembly diagram can have an associated SCA preferred interaction style defined.

Inspect the assembly diagram and take special note of the WSDL Reference Name associated with the target service (UserServicePartner).

Now place the mediation flow component itself on the assembly diagram, and connect it to the imports and exports.

The Assembly Diagram for this design pattern is shown in Figure 2 below.

In previous releases, business object maps were only used in the assembly diagram.

As with the state machine, the partners available depend on the references in the assembly diagram; there is one partner for each reference.

Add an import to the assembly diagram, rename it to PostCode, and then add an the I_PostCode interface to the import.

Now, set up the assembly diagram to test the relationship via the interface map component.

To clean up the assembly diagram, drag the components around to match Figure 31, or just right-click the editor and select LayoutContents.

Save the mediation flow, return to the Assembly Diagram, and merge the implementation as described above.

Switch back to your assembly diagram and create a Selector component.

Your assembly diagram should now look like this Figure 11.

To use the selector you just created, you need to add it to the assembly diagram of the selector module.

You use an assembly diagram to wire your service components together within a module.

Switch back to the assembly diagram and create the CustomerCheck component in the same manner as the ProcessOrder component.

The two invoke activities are hard-wired to target implementations in the assembly diagram.

Figure 3 shows the Assembly diagram that illustrates all the components that provide the payment for online orders.

Wire the test module to the mock service module by expanding the MT_TestArchiveRetrievalApp module, and open its assembly diagram.

Click Ctrl-S to save the Assembly Diagram and close the Assembly Editor.

An export is created in the assembly diagram editor; it represents your FTP inbound service.

In the assembly diagram, connect the mediation component with the JMS import.

However, the component that the reference is looking for does not yet exist on the assembly diagram.

The assembly diagram is annotated to show the main drivers of granularity.

Open your assembly diagram and create a business process called OrderUpdateProcess.

Return to the assembly diagram and drop the BPEL process component there.

After saving the mediation flow, return to the Assembly Diagram and save it.

Open Assembly diagram, and add Echo for both interface and reference.

Open up the assembly diagram.

Drag and drop a Dynamic Assembler component (Figure 10) into the assembly diagram and rename it as CreditDA.

and E111 drawn cooler floating head assembly diagram, parts diagram, parts diagram.

Now we'll add the rule group to your assembly diagram and test it.

You've now finished configuring the assembly diagram.

Figure 1 shows the assembly diagram for the LoanApproveSM business process in WebSphere Process Server.

Right click the canvas in the assembly diagram and select Test Module.

A new assembly diagram is created for each module you create, which you work with using the assembly editor.

Return to the Assembly Diagram and save the mediation.

Figure 26 shows the assembly diagram wiring to accomplish this integration.

Drag-and-drop a Web service component onto the assembly diagram.

The wizard closes and the import is added to the CreateEmployee assembly diagram.

When you have added it to your assembly diagram, you can quickly test your new component.

Right-click on the TravelBooking component in the Assembly Diagram.

Figure 1 shows the assembly diagram of the process application.

Figure 47 shows the assembly diagram wiring for this use case.

Figure 3 shows the assembly diagram of the echo Web service.

Figure 10 shows the assembly diagram after the wizard steps are complete.

Make sure the final assembly diagram looks similar to Figure 13 below.

The mediation in the Assembly Diagram should now look like Figure 10.

Figure 3 shows the assembly diagram for the sample.

Your final assembly diagram should look like Figure 22.

The assembly diagram should look like Figure 11.

The Assembly Diagram should look like Figure 12.

Your assembly diagram now looks similar to Figure 2.

In order to remove the redundancy, revise the structure of the generated assembly diagram manually.

See the Assembly Diagram view for this module in Figure 1.

Repeat steps 10-13 for each service component in the assembly diagram.

Open the assembly diagram, if it is not already open, and drag a new SCA component with no implementation type onto the canvas.

Select the MT_MockCustomer Assembly Diagram and double-click to open the editor.

Open the publisher assembly diagram, right-click in the diagram and click Test Module.

Now, open the assembly diagram for the module in the Assembly editor.

You can edit these preset values in the assembly diagram based on your business need. To see and edit the qualifiers used in a module

Assembly diagram of the event sequencing application

Now you need to define the high-level interactions between the components in the assembly diagram

To add components to the assembly diagram, complete the following steps

Right-click on the export on the Assembly Diagram and select Test Component (see Figure 16)

Make the following modifications to the assembly diagram

Figure 1: SCA Assembly diagram for simple Client and Service

Add a new export to the assembly diagram