This actually goes to a stub function which stops the SPE processor, signals the PPE, and the PPE actually performs the function call.
这实际上会转入到一个stub函数，该函数可以停止SPE处理器、发信号给PPE，而由PPE实际执行函数调用。
Localization transparency is achieved through providing a function stub to the invoking application.
通过向调用的应用程序提供功能存根达到定位透明性。
After possibly converting the return values, the client stub finally returns to the client function.
在转换返回值之后，客户端存根最终返回到客户端函数。
At the server side, the transport protocol delivers the message to the server stub, which then unpacks the request message and calls the actual function on the object.
在服务器端，传输协议将消息传送给服务器存根，随后服务器存根解包请求消息并调用对象中真正的函数。
The function stub, when called, accesses a middleware layer that transports the call and its associated data to the invoked application.
功能存根，当它被调用时，访问一个中间件层，该层向被调用的应用程序传输调用及其相关的数据。
Operation: From each operation element a function stub in the data access library is generated, and each operation parameter becomes an EGL parameter.
操作：每个操作元素在数据存取库中产生出一个功能桩模块，并且每个操作参数变成一个EGL参数。
The closure captures the information about the actual Web service method stub to be invoked (the function object called obj) as well as the stream for the log output.
闭包捕获真正被调用的Web服务方法存根(称为obj的函数对象)以及流作为日志输出。
As explained earlier, the stub method takes a callback function as its final argument, which is used to capture the list of courses in the response.
正如先前所介绍的，存根方法会采用回调函数作为其最后的实参，该实参用来捕获响应中的球场列表。
In the other process, another special object (called a stub object) receives this buffer, unpacks the parameters again, and calls the function that the caller meant to call in the first place.
在其它进程里，另外特殊的对象(叫做存根对象)接收这个缓冲，解包出来参数，调用参数第一位置里指定的函数。
The content in the third chapter is the realization of RMI-IIOP's complier, including compiler's function as well as that of stub and skeleton.
第三章的内容是RMI—IIOP编译器的设计与实现，其中包括编译器的功能，存根和骨架在远程调用中的作用，以及编译器的详细设计过程。
The content in the third chapter is the realization of RMI-IIOP's complier, including compiler's function as well as that of stub and skeleton.
第三章的内容是RMI—IIOP编译器的设计与实现，其中包括编译器的功能，存根和骨架在远程调用中的作用，以及编译器的详细设计过程。
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