• 其组装图应与图12所示类似。

    The Assembly Diagram should look like Figure 12.

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  • 模拟组装图的损坏或缺少部分。

    Emulating broken or missing parts of an assembly diagram.

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  • 图37显示这个用例的组装图连接。

    Figure 37 shows the assembly diagram wiring for this use case.

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  • 现在组装图应与图11所示类似。

    Your assembly diagram should now look like this Figure 11.

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  • 图47显示了这个用例的组装图连接。

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

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  • 图42显示了这个用例的组装图连接。

    Figure 42 shows the assembly diagram wiring for this use case.

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  • 事件排序应用程序的组装图。

    Assembly diagram of the event sequencing application.

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  • 确保最后的组装图与下面的图13类似。

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

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  • 将新的导出添加到组装图。

    Add a new export to the assembly diagram.

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  • 现在,组装图应如图24所示。

    Your assembly diagram will now look like Figure 24.

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  • 图10显示了完成所有向导步骤后的组装图。

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

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  • 返回到组装图,并将BPEL流程组件放在其中。

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

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  • 打开OrderProcessing模块组装图。

    Open the OrderProcessing module assembly diagram.

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  • 现在,组装图中的中介应该与图10所示类似。

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

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  • 正如您前面看到的,两个组件是自动生成并放入组装图的。

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

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  • 在保存了中介流之后,返回到组装图并对它进行保存。

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

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  • 保存组装图。

    Save the Assembly diagram.

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  • 保存该中介流,返回到组装图,按照前面的描述合并实现。

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

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  • 现在,屏幕上的组装图应类似于图14中的组装图。

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

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  • 图25显示了OrderToShipment模块组装图中的两个中介组件。

    Figure 25 shows the two mediation components in the assembly diagram of the OrderToShipment module.

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  • 系统将为您创建的模块生成新的组装图,您可使用组装编辑器来编辑此图。

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

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  • 您会看到其组装图与图2中所示的StaticRoute中介的组装图非常相似。

    You see that the Assembly Diagram appears just like that of the StaticRoute mediation in Figure 2.

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  • 图1显示了由创建中介模块得到的IntegrationDeveloper组装图。

    Figure 1 shows the Integration Developer assembly diagram that results from creating the mediation module.

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  • 在图1中,组装图中的中介组件(ProviderMediation)包含该图下面部分中“放大的”流。

    In Figure 1, the mediation component (ProviderMediation) in the assembly diagram contains the "zoomed-in" flow in the lower part of the graphic.

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  • 一些实际DSL 包括:交通和道路标志、平装家具组装图、象棋游戏(和大多数其他台式游戏)以及电路设计。

    Some real-life DSLs are: traffic and road signs, flat-pack furniture assembly plans, a chess game (and most other table games), and electronic circuits design.

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  • 与GlobalAirlinesBP模块不同,这里您可以先从完成组装图开始,因为此时已了解所有外部依赖关系。

    Unlike the GlobalAirlinesBP module, you start out here by completing the assembly diagram first, because all of the external dependencies are already known at this time.

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  • 已完成的组装应与图9中所示类似。

    Your completed assembly should look similar to that shown in Figure 9.

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  • 此CBS组装中包括的建议角色为(图1)。

    The suggested roles involved in this CBS assembly are (Figure 1).

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  • 图1是系统组装的一个示例;它说明了如何使用服务和引用连接各个子系统和模块。

    Figure 1 is an example of system assembly; it illustrates how sub systems and modules are wired using services and references.

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  • 图1显示了SCA模块,该模块是SCA的基本组装模型。

    Figure 1 shows the SCA module, which is the basic assembly model for SCA.

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