Then I glean the service and port in the WSDL implementation that provides an endpoint for this binding.
然后，我在WSDL实现中收集服务和端口，该实现为这个绑定提供一个端点。
If these are the same, then I've found the service and binding which refer to my chosen port.
如果这些是相同的，那么我就已经找到了引用我选择的端口的服务和绑定。
Certain things are still not possible, such as binding to port 80, or writing to a random directory outside of your application container.
不过，的确有些是事情是办不到的，比如绑定80端口，或将数据写到你的应用容器之外的一个任意目录。
In other words, I need to make sure that the binding I choose in the interface WSDL contains the same port I have already chosen (in the code snippet above).
换言之，我需要确保我在接口WSDL中选择的绑定包含我已经选择的同一个端口(在上面的代码片断中)。
The binding references the port type that it binds.
绑定会引用它绑定的端口类型。
The resulting Port Component binding dialog entries are shown in Figure 12.
所得的端口组件绑定对话框条目如图 12所示
This is where we define a communication endpoint for the service by specifying a port address for the binding.
在这里，我们通过为该绑定指定端口地址来为服务定义通信端点。
I do this by finding the binding in the WSDL interface which corresponds to the chosen port.
我通过在对应于选定的端口的WSDL接口中查找绑定来查找服务名称和端口名称。
Besides the separation of concerns, that separation of WSDL port type from the WSDL binding in two documents allows for any number of bindings for a given port type.
除了分开关注之外，将WSDL端口类型与两个文件之中的WSDL绑定隔离开来，支持给定端口类型下任意数量的绑定。
The AP adapter is bound to the next available NDIS port when virtualization starts, and the binding remains the same until virtualization ends when wireless Hosted Network is disabled.
AP网卡会被绑定到虚拟化启动之后下一个可用的NDIS端口，该绑定关系将一直保持不变，直到禁用无线承载网络，虚拟化结束为止。
For instance, if a standard RMI-IIOP binding for WSDL was available through JAX-RPC, then you could simply choose the right port for the job in your WSDL.
例如，如果WSDL的标准rmi - IIOP绑定可以通过JAX - RPC实现，那么您就可以简单地选择正确的端口来完成您的WSDL中的工作。
There will of course be a new binding, a new service and a new port, as shown in Figure 21, Figure 22, and Figure 23 respectively.
当然将会分别使用一个新绑定、一个新服务和一个新端口，如图21、 图22 和 图23 所示。
The WSDL file for the service must have a binding and port definition for each protocol that is to be supported.
服务的WSDL文件必有具有每个受支持的协议的绑定和端口定义。
The binding attribute of a port must correspond to the name of a that was defined earlier.
端口的绑定属性必须对应于前面定义过的的名称。
The VSTA adapter is bound to the next available NDIS port when it is initialized by the corresponding IHV service and the binding remains the same until it is released by the IHV service.
同样，VSTA会被绑定到IHV服务将其初始化后的下一个可用NDIS端口，直到IHV服务将其释放，该绑定关系才会结束。
Figure 14 shows the WSDL port type created, Figure 15 shows the binding, Figure 16 shows the service, and Figure 17 shows the port.
图14显示了创建的WSDL端口类型，图15显示了绑定，图16显示了服务，图17显示了端口。
Binding: Binds the abstract port type, along with its messages and operations, to a transport protocol and message format.
binding：将抽象的端口类型与其消息和操作绑定到传输协议和消息格式。
Binding: defines protocol details and message format specifications for operations and messages defined by a port type.
Binding：定义了由一种端口类型定义的操作和消息的协议细节和消息格式规范。
Step 4.a. Modify the Web services deployment descriptors to create a port component and binding for the Web router module.
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。
In the "Deployment" dialog, the WSDL file, service name, and port name default to values based on the service binding file you selected earlier.
在“Deployment”对话框中，WSDL文件、服务名和端口名缺省设置为您在前面根据服务绑定文件选择的值。
For example, if your import has a Web service binding, you will specify an endpoint and a port.
例如，如果导入中有一项Web服务绑定，就需要为其指定端点及端口。
Will reference this HTTPR binding, and the service port address location will be an HTTPR uri. For example?
将会引用这个HTTPR绑定，服务端口地址的定位将是一个HTTPRuri。
The switch case in the tcp_usrreq function checks for the binding of a local port with the socket.
tcp_usrreq函数中的切换实例检查套接字与本地端口的绑定。
Step 4.b. Modify the Web Services Description Language (WSDL) file with the necessary port and binding configurations.
步骤4 .b.使用必要的端口和绑定配置修改WebServicesDescriptionLanguage (WSDL)文件。
Definition of the Web service WS-Security configuration and binding for the incoming messages and attach them to the inbound service port.
定义传入消息的WebServiceWS - Security配置和绑定并附加它们到入站服务端口。
service and port: Define, together, the name of an actual service and, by providing a single address for binding, assign an individual endpoint for the service.
service和port：通过为绑定提供单一地址，定义实际服务的名称并为该服务指定一个端点。
It USES the port type and binding specified earlier, and basically gives the web address or URI for a particular provider of the described service.
它使用了先前指定的端点类型和绑定，并大致给出了所描述服务的特殊提供商的Web地址或uri。
In the port section of the document I define a URI where the service can be accessed using the SOAP binding.
在文档的port部分中，我定义了使用SOAP绑定可以访问服务的URI。
Change the listener binding for MDBs (this is the same as method 1 step 2), and specify MQListener as the listener port.
更改mdb的侦听器绑定(这个操作与方法1中的第2步相同)，并指定MQListener作为侦听器端口。
To ensure the desired port protocol is used, configure the preferred port in the Web services client binding configuration in the WebSphere Administration Console.
要确保使用所需的端口协议，请在WebSphere管理控制台的Webservicesclientbindingconfiguration中配置首选端口。
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