编码器接口显示计算机名和端口号。
The encoder interface displays the computer name and port number.
编码器接口显示计算机名和端口号。
Stores and displays information about your computer configuration.
在图1中，接口显示为指向服务和引用中的直线。
In Figure 1, the interface is shown as a line going into the service and reference.
当测试执行时，该用户接口显示消息被发送和接收的测试过程。
As the test was executing, this user interface displayed the test progress as messages were sent and received.
流程接口显示了两个可选输出条件，以便与可选输出进行匹配。
The process interface shows two alternative output criteria to match the alternative outputs.
右窗格中会出现几个选项卡，由该控件实现的接口显示在“注册表”选项卡中。
Several tabs appear in the right pane and the interfaces implemented by the control display on the Registry TAB.
第一级和第二级的维护方便与否也很重要。已被证实可用的软件接口显示了完全满足这些需求。
The proven software interface between the digester management system and the basic level-1 control has been shown to full fill all these demands.
为了简单起见，这个例子中没有显示对任何接口方法的调用。
For the sake of simplicity, this example does not show calls to any interface methods.
这时将显示为此接口定义的元素和类型（图8）。
The elements and types that are defined for this interface will display (Figure 8).
您将注意到对话框右边变化为显示基本的配置接口。
You will notice that the right side of the dialog changes to show the basic configuration interface.
清单2显示了完整的业务接口。
单击在两个接口之间创建的连接，以显示每个接口的参数。
Click the connection that is created between the two interfaces to display the parameters of each interface.
高级查询统计有自己的图形用户接口，用于可视化显示信息。
Advanced query statistics has its own graphical user interface for visually displaying the information.
在图1中显示的是这个演示所用的接口。
MQ cmds类中的配置文件控制使用MQSC命令或其他命令接口定义、删除或显示进程或名称列表的能力。
Profiles in the MQCMDS class control the ability to define, delete, alter, or display a process or namelist using MQSC commands, or some other command interface.
该模型还将显示带有接口机制（如EAI集线器或干线）的HLDM 的实现。
This model will also show realization of the HLDM within interface mechanisms such as an EAI hub or backbone.
上面的窗格显示出正在进行的接口操作，而下面的窗格则显示了与该操作关联的流。
The upper pane indicates the interface operation you are working on, and the lower pane shows the flows associated with that operation.
图2显示了解决这些差异的接口映射。
Figure 2 shows you an interface map that resolves these differences.
图7显示了如何使用接口映射编辑器来构造接口映射。
Figure 7 shows how we would construct an interface map using the interface mapping editor.
以下两个命令中的任何一个都将显示网络接口。
Either of the following two commands will display the network interfaces.
决策表编辑器的Interface部分显示接口的输入和输出变量，如图11所示。
The interface section of the decision table editor displays the input and output variables of the interface, as shown in Figure 11.
清单5显示了FeedParser接口的一个SAX实现。
Listing 5 shows a SAX implementation of the FeedParser interface.
清单1显示了ThreadLocal接口。
清单13显示了CustomBinder接口。
下表显示了CustomerProcess接口的详细信息。
The following tables shows the details of the CustomerProcess interface.
清单5显示服务接口的locale属性。
图13显示了Shipping接口。
lsattr(稍后将用于查看硬件参数)是另一个常用于显示接口统计信息的命令。
Lsattr (used earlier to view the hardware parameters) is another command you will be using frequently to display statistics on your interfaces.
图7显示了RetrieveMilesStatus接口的请求部分。
Figure 7 shows the request part of the RetrieveMilesStatus interface.
图7显示了RetrieveMilesStatus接口的请求部分。
Figure 7 shows the request part of the RetrieveMilesStatus interface.
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