Open a command window and change to the tcpmon directory.
打开一个命令窗口，并转到tcpmon目录。
Following is the screenshot of the TCPMON with SOAP Request and Response.
下面是带SOAP请求和响应的TCPMON的屏幕截图。
For more information on tcpmon refer to the Resources section of this paper.
要获取关于tcpmon的更多信息，请参阅本文的参考资料部分。
Using tcpmon, verify that the SOAP messages shown in Figure 19 through 22 exist.
使用tcpmon，验证图19- 22所示的SOAP消息是否存在。
Use the tcpmon tool to capture and verify communications between the client, provider and trust service.
请使用tcpmon工具来捕获并验证客户端、提供者和信任服务之间的通信。
You can then edit the build.properties file and change the host-port value to the listening port for TCPMon.
随后可以编辑build . properties文件并将host - port值修改为TCPMon的侦听端口。
To see the actual WS-Security information in the messages, you need to use a tool such as TCPMon (see Resources).
要查看消息中的实际WS-Security信息，需要使用TCPMon 之类的工具（见参考资料）。
Another method of tracing what data are exchanged between the services is the 'tcpmon' tool that comes with Apache Axis.
另一种跟踪服务之间交换的数据的方法是使用Apache Axis附带的“tcpmon”工具。
The tcpmon class writes any SOAP envelope that comes to port 8070 to the tracing window and sends it to localhost port 8080.
tcpmon类把任何发往端口8070的SOAP信封都写到跟踪窗口并将其发送到本地主机端口(localhost port) 8080。
When the SOAP response comes back from port 8080, tcpmon writes the response to the tracing window and sends it back to the client.
当SOAP响应从端口8080返回时，tcpmon把该响应写到跟踪窗口并将其发送回客户机。
TCPMon (optional) -- It's always easier to understand what's going on in a web service application when you can actually see the messages.
TCPMon（可选）——如果能实际看到消息，则更容易理解Web服务应用程序内的运行情况。
First get TCPMon set up and accepting connections from the client on one port, which it then forwards to the server running on a different port (or a different host).
首先设置TCPMon并在一个端口上接受来自客户机的连接，该连接随后转发给运行在另一个端口上的服务器(或另一个主机)。
The tcpmon tool lets you set up additional listeners, and by configuring these in the ROLES.php file, you can separately monitor all of the services in the application.
tcpmon工具让您设置更多的侦听器，通过在 ROLES.php文件中配置它们，您可以分别监视该应用程序中所有的服务。
Now start the application in the test environment, and you will notice that all requests to the Supplier service are now routed through the tcpmon tool, as shown in Figure 10.
现在，请在测试环境中启动该应用程序，您将注意到所有发向供应商服务的请求现在通过tcpmon工具来路由，如图 10所示。
The SSL protected communication will not be visible in tcpmon, but the SAML token included in the client request to the provider should be visible in tcpmon, like in Figure 19.
SSL保护的通信在tcpmon中不可见，但包含在发送给提供者的客户端请求中的SAML令牌在tcpmon中应该是可见的，如图19所示。
Listing 1 shows an example of how to create a stub with the service endpoint changed (from whatever it was in the WSDL) to the default Tcpmon port 8800 on the client system (localhost).
清单1给出了一个示例，说明如何使用更改为客户机系统(localhost)上的缺省Tcpmon端口8800的服务端点(其在WSDL中的任意设定值)创建存根。
To start the tcpmon tool from within application Developer, find the class org.apache.axis.utils.tcpmon in the axis.jar file (which is stored in our application in the \ WEB-INF \ lib directory).
为了在ApplicationDeveloper中启动tcpmon工具，请找到axis . jar文件中的or g . apache . axis . utils . tcpmon类(它被存储在我们的应用程序中，位于\WEB - INF \lib目录下)。
To do this, you'd first need to get TCPMon set up and accepting connections from the client on one port, which it then forwards to the server running on a different port (or a different host).
为此，首先需要设置TCPMon并在一个端口上接受来自客户机的连接，这个端口随后将连接转发给运行在不同端口(或不同主机)上的服务器。
To do this, you'd first need to get TCPMon set up and accepting connections from the client on one port, which it then forwards to the server running on a different port (or a different host).
为此，首先需要设置TCPMon并在一个端口上接受来自客户机的连接，这个端口随后将连接转发给运行在不同端口(或不同主机)上的服务器。
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