A computer on the stub domain attempts to connect to a computer outside the network, such as a Web server.
在存根域中的一台计算机试图连接外部网络中的一台计算机，例如一台网络服务器。
Every remote method call involves transferring data from the client EJB stub to the server and back to the client EJB stub generating network traffic.
每个远程方法调用都包括将数据从客户机ejb存根传送到服务器，然后再传送回产生网络流量的客户机ejb存根。
The client stub reads the network messages from the kernel through the use of RPC runtime routines.
客户端存根通过使用RPC运行时例程从内核中读取网络消息。
The purpose of the stub is to package the arguments to the remote procedure, possibly put them into a standard format, and then build one or more network messages.
存根的目的是将参数打包到远程过程中，可能将这些参数放入标准模式中，然后构建一个或多个网络消息。
This test asserts that the network client is only used once by simply throwing an error from the network stub after the first use of it.
测试断言，网络客户端只被调用了一次，第一次使用之后网络stub就简单地抛出错误。
When a computer on the stub domain that has an inside local address wants to communicate outside the network, the packet goes to one of the NAT routers by way of normal routing to the default-gateway.
当一台在存根域 (网络) 中被分配了内部本地地址的计算机想要和外部网络通信时，数据包就会像通常一样被路由到其默认网关，此时网管充当NAT路由器功能。
Some computers on the stub domain communicate a lot outside the network.
在存根域 (网络)中的一些计算机需要经常和外部网络通信。
On the server machine side, as the network message is received by the network routines in the kernel, it's sent to the server stub by the use of RPC run time.
在服务器计算机端，当内核中的网络例程接收到网络消息后，它使用RPC运行时将该消息发送到服务器存根。
Most of the network traffic in a stub domain is local, it doesn't travel off the internal network.
存根域中的大多数流量都只在内部传送，不会离开这个内部网络。
After the call is completed, the return value is returned to the ORB over the network, and the ORB hands it back to the stub.
调用完成后，返回值通过网络返给OR B, OR B再交给存根。
Once RPC call is executed, the results are put back by the server stub and server runtime to the network which reaches the client.
执行RPC调用之后，服务器stub和服务器运行时把结果发送回客户机。
The network topology is created following the Transit-Stub model, consisting of nearly 1200 network nodes, with 16 proxies in the proxy overlay and up to 1024 clients in the multicast groups.
按照变迁-存根拓扑模型创建网络拓扑，网络节点1200个，代理覆盖中设置16个代理，组播组中最多1024个客户端。
The feasibility and convenience of the approach was tested through the complete design process of NTL single-stub series-matching and NTL double-stub parallel matching network.
为了验证解法的有效性和简便性，以NTL单支节串联匹配和双支节并联匹配为例，给出了完整的设计与验证过程。
The feasibility and convenience of the approach was tested through the complete design process of NTL single-stub series-matching and NTL double-stub parallel matching network.
为了验证解法的有效性和简便性，以NTL单支节串联匹配和双支节并联匹配为例，给出了完整的设计与验证过程。
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