转换创建组件端口和协作角色之间的UML绑定。
The transformation creates UML bindings between component ports and collaboration roles.
软件组件之间通过端口的交互已经被获取为汇集和委托连接器。
The interaction of software components through ports has been captured as an assembly and delegate connector.
转换利用为业务过程所需或提供的服务指定接口的端口来填充所生成的组件。
The transformation populates the generated components with ports that specify interfaces for services required or provided by the business process.
转换还通过端口对组件进行组装，每一个表现界面或者是被服务所提供，或者是被服务所需要。
The transform also populates the component with ports, each representing interfaces either provided or required by the service.
另外，还有一个新的WSDL编辑器和校验器，为查看和管理WSDL端口、绑定、消息和服务以及遵从ws - I的工具提供了一个基于组件的面板。
In addition, there is a new WSDL Editor and Validator providing a panel based component for viewing and administering WSDL ports, binding, messages, and services, as well as WS-I conformance tools.
例如，您应记住，服务提供者通常是由带有uml端口的UM l组件来表示的。
For example, remember that service providers are typically represented by UML components with UML ports.
所得的端口组件绑定对话框条目如图12所示
The resulting Port Component binding dialog entries are shown in Figure 12.
高亮显示新创建的端口组件。
通常，服务提供者是由UM l组件表示的，服务将作为这些组件的uml端口。
Service providers are typically represented at UML components and then services as UML ports on these components.
所得的端口组件条目如图11所示
The resulting Port Component entries are shown in Figure 11.
这需要手动创建中间 POJO（介绍的WSDL端口类型），它可以引用J 类型的组件。
This requires manually creating an intervening POJO (WSDL port type described) that has a reference to the J-type component.
端口是在组件类型上定义的一个通信端点，当拥有端口的组件被实例化时，端口也会一同被实例化。
A port is a communication endpoint defined on a component type that is instantiated whenever the owning component is instantiated.
一个端口组件直接和一个WSDL端口相关。
每一个webservice - description元素必须有一个名字、一个到WSDL文件的引用、一个到JAX - RPC映射文件的引用和一个或多个端口组件。
Each webservice-description element must contain a name, a reference to a WSDL file, a reference to a JAX-RPC mapping file and one or more port components.
步骤4 .a.修改Web服务部署描述符来为web路由器模块创建端口组件和绑定。
Step 4.a. Modify the Web services deployment descriptors to create a port component and binding for the Web router module.
使用单独的ConnectionFactories适当地设置侦听器端口和应用程序组件。
Use separate ConnectionFactories, set up appropriately, for listener ports and for application components.
在图中显示的Web服务的其他组件是在wsdl：port元素中定义的端口。
The remaining component for a web service shown in the figure is the port defined by the WSDL: port element.
Productions组件通过其时序安排端口提供Scheduling接口，如图10所示。
The Productions component provides the scheduling interface through its scheduling port, as shown in Figure 10.
WS - Resource的定制端口类型(也称为服务方法)是适配器组件的AddressServiceManager的一部分。
The custom port types of the WS-Resource (also referred to as service methods) are generated as part of the AddressServiceManager of the adapter component.
货品计价端口也能够为各组件相连接的使用，指定由Invoicer组件所提供的可能的绑定。
The invoicing port can also specify the possible bindings provided by the Invoicer component for use in connecting with other components.
解析由一个端口组件引用声明的端口访问。
Resolving port access declared by a port component reference.
对WebSphereESB及其中介流组件而言，可以将导出视为esb的入站端口，而将导入视为出站端口。
Translating this into the world of WebSphere ESB and its mediation flow component, you can think of an export as the inbound port of the ESB, and of an import as the outbound port.
经过几番修改，我引入了端口(Port)的概念(实际上在组件技术以及UML中，这是一个众所周知的概念，但是相对于我的客户而言，却是一个新名词)。
After some tinkering around, I introduced the concept of ports (this is actually a well-known concept in component technology and also UML, but was relatively new to my customer).
在这种情况下，语音组件只能假定客户机SIP组件正在默认的sip端口号5060上进行侦听，这也是样例应用程序中假定的侦听端口号。
In this case the voice component would have to assume that the client SIP component was listening at the default SIP port number 5060, which is what is assumed in the sample application.
一种可自动分配通信端口地址的系统，包括一机板以及一插槽组件。
The system capable of distributing communication port address automatically includes one mainboard and one slot assembly.
多端口组件网络方法是一种新的系统级统一建模方法，通过该方法形成的多端口三维组建库可以实现MEMS器件的快速设计与仿真。
The multi-port-element network method is a new unitive modeling of system-level. The fast design and simulation of MEMS devices can be achieved by 3D multi-port-elements library.
多端口组件网络方法是一种新的系统级统一建模方法，通过该方法形成的多端口三维组建库可以实现MEMS器件的快速设计与仿真。
The multi-port-element network method is a new unitive modeling of system-level. The fast design and simulation of MEMS devices can be achieved by 3D multi-port-elements library.
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