对数控g代码解释器的功能、结构进行了详细分析。
The function, structure and procedure of G code interpreter for computer numerical control (CNC) system is analyzed in details.
系统地分析了线切割数控系统中代码解释器的结构及其内部数据流向，并给出了结构功能图。
This paper analyses the construction of numeric control software of WEDM and the interior data stream, and gets the construction figure of the interpret system.
RecipeJAUS运行时环境基本上就是一个线程管理器加上一个用于加载和执行RecipeJAUS信息包序列的RecipeJAUS代码解释器。
The RecipeJAUS runtime environment is a essentially a thread manager coupled with a RecipeJAUS code interpreter that loads and executes a RecipeJAUS packet sequence.
即使该文件在服务器上是受保护的，但因为代码是在本地解释的，所以以为无法得到这个文件是愚蠢的。
Even if the file is protected on the server, because the code is interpreted locally it would be foolish to assume that it cannot be gotten.
或者，在使用解释语言的情况下，调试器可以直接解释代码。
Or, in the case of interpreted languages, the debugger may interpret code directly.
如果来自客户机的更新后数据是XML，那么应用服务器中需要用更多代码向应用程序数据对象解释修改后的XML。
If the updated data from the client is XML, then more code is needed in the application server to interpret the modified XML back to application data objects.
这个方法存在的问题是，它需要处理程序代码始终知道解析器位于文档的哪个位置，并需要它正确地解释组件。
The problem with this approach is that it requires your handler code to always know where the parser is in the document, and to interpret the components appropriately.
如果您要使用一个解析器来解释某些语言中的代码，那么您应该向解析器返回一些内容来告知它您得到了什么记号。
If you're using a parser to interpret code in a new language, you will need to return something to the parser to tell it what tokens you've found.
另一方面，AOT编译代码启动时的性能比解释的性能高很多，但是无法达到JIT编译器所能达到的最高性能。
AOT-compiled code, on the other hand, starts much higher than interpreted performance but is unlikely to be as high as can be achieved via the JIT compiler.
解释的代码仍旧需要由现有的基于跟踪或者回调的调试器处理。
Code that is interpreted still needs to be handled by the existing trace or hook based debuggers.
当支持样式的浏览器程序解释页面时，它会对样式表中的规则和HTML代码中的元素进行匹配，并根据规则显示页面。
When a style-capable browser program interprets the page, it matches the rules in the style sheet with the styled elements in your HTML code to display the page.
动态编译器通过最终编译所有由JIT编译代码频繁调用的那些解释过的方法来减少这项开销，但是如果不使用动态编译器，则这项开销就不可避免。
A dynamic compiler mitigates this cost by eventually compiling all the interpreted methods that are frequently called by JIT compiled code, but without a dynamic compiler, this cost can't be hidden.
为了消除解释的高性能代价，JIT编译器选择将频繁执行的代码直接转换为CPU的本地指令。
To eliminate interpretation's high performance cost, a JIT compiler selects frequently executed code to be translated directly to the CPU's native instructions.
MMI是一个非常有效的解释器，利用宿主平台上的程序集代码来达到最优的优化。
The MMI is a highly effective interpreter, hand crafted in assembly code of a host platform to achieve best possible optimizations.
解释服务器响应的代码如清单14所示。
The code for interpreting the server response is shown in Listing 14.
这些元素的解释器代码调用输出器切换到新目的地，然后还原到原始目的地。
The interpreter code for these elements calls the outputter to switch to a new destination and subsequently to revert to the original destination.
清单3显示了在命令行上用PHP解释器运行代码的效果。
Listing 3 shows what happens when you run the code on the command line with the PHP interpreter.
我们将解释该编辑器如何基于源代码的结构对文本颜色及字体样式进行改变。
We'll explain how the editor changes text color and font style based on the structure of the source code.
我们实现了一个基本的解释器，通过简单的启发式方法在编译期计算代码中不常经过的路径。
A basic interpreter has been implemented and is now used to evaluate cold paths, determined at compilation time using simple heuristics.
下面详细解释一下这个构造器的代码。
但大部分代码用于设置图形和解释从服务器返回的Ajax数据。
But most of the code is setting up the graphics and interpreting the Ajax data returned from the server.
原因应该和在编译字节码之前，scala解释器把脚本中的语句转换为合法的scala代码的方法有关。
The reason has to do with the way the interpreter converts statements in scripts to valid Scala code before compiling to byte code.
Pythondictionary中映射的次序是任意的，对于不同的 Python安装可能会有变化，甚至多次使用同一 Python解释器运行相同代码也会有变化。
The order of mappings in a Python dictionary is arbitrary and can vary across different Python installations or even from running the same code more than once using the same Python interpreter.
Python解释器支持Python代码的交互式执行。
The Python interpreter supports interactive execution of Python code.
在这些例子中，我使用了Guile解释器，通过它可以实时地使用Scheme，提供Scheme代码并立即看到结果。
In these examples, I use the Guile interpreter, which allows me to work with Scheme in real time, providing Scheme code and seeing the results immediately.
现在，让我们检查所有代码，并解释这个例子如何实现聊天服务器预定功能。
Now let's walk through the code and explain how the example fulfills the defined expectation of what a chat server is and does. The first line allows access to the contents of the net module.
在您将清单1中的代码输入Jython解释器交互控制台后，控制台上会显示结果。
When you input the code from Listing 1 into the Jython interpreter interaction console, the result is shown on the console.
你们有没有自己的解释器来运行它，还是需要还原成原始的Ruby代码？
Do you have your own interpreter that runs it or do you restore the original Ruby source code?
如果想要在Eclipse中为解释器类编辑代码，还需要将这些.jar文件添加到Eclipse项目的类路径中。
If you intend to edit the code for the interpreter class in Eclipse, you also want to add these.jar files to your Eclipse project's classpath.
Perl解释器将POD标记文本视为注释，因此将POD文档散布在代码中。
POD markup text is considered a comment by the Perl interpreter, so you may have POD documentation distributed throughout your code.
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