这些文件包含客户机／服务器应用程序的源代码和已编译的版本，因此，只要把它们放到 CLASSPATH 中，就可以使用了。
These files contain both source and compiled versions of the client/server application, so you can begin using them as soon as they're in your CLASSPATH.
事实上，没有中断客户机处理，可以在调用间升级和重新编译服务器上的类和方法。
In fact, classes and methods on the server can be upgraded and recompiled between calls, without interrupting client processing.
经过编译的代码应当包括已经使用GWT编译的客户端代码——记住，在服务器端使用一些客户机类以帮助数据传输。
The compiled code should include the client-side code you've already compiled using GWT — remember, you use some of those client classes on the server side to facilitate data transfer.
代码下载中包含的Antbuild.xml将处理从WSDL生成客户机和服务器代码、编译代码，以及生成服务AAR文件。
The Ant build.xml included in the code download handles generating both client and server code from the WSDL, compiling the code, and generating the service AAR file.
用IDL编译器编译idl文件，生成客户机和服务器stub对象文件以及头文件。
An IDL file is compiled with the IDL compiler which generates the client and server stub object files along with a header file.
为了深入了解编译器做了什么，请用 -XX:+PrintCompilation 标志调用JVM，这个标志会使编译器（客户机或服务器）每次运行的时候打印一条短消息。
To get some insight into what the compiler is doing, try invoking the JVM with the -XX:+PrintCompilation flag, which causes the compiler (client or server) to print a short message every time it runs.
有了GWT，编译器仅仅是一种交付整个客户机/服务器应用程序架构的机制。
With GWT, the compiler is just a mechanism for delivering an entire client/server application architecture. The features include
为了让事情变得更复杂，HotSpot 提供了两个编译器：客户机编译器和服务器编译器。
To make things more complicated, HotSpot comes with two compilers: the client compiler and the server compiler.
默认采用客户机编译器；在启动J VM时，您可以指定- server开关，选择服务器编译器。
The default is to use the client compiler; you can select the server compiler by specifying the -server switch when starting the JVM.
默认采用客户机编译器；在启动J VM时，您可以指定- server开关，选择服务器编译器。
The default is to use the client compiler; you can select the server compiler by specifying the -server switch when starting the JVM.
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