编译语言，要比它快一些。
A compiled language is usually much faster in terms of its execution.
对于编译语言来说数据类型有什么用呢？
你还得选择（3），你是否将在编译语言或不。
You'd have to go with option (3), whether you rewrote it in a compilable language or not.
而对于动态编译语言，这些信息不太容易访问得到。
With dynamically compiled languages, that information is not easily accessible to you.
但是，在非编译语言，例如php中，会发生什么？
But what happens in a language that doesn't compile, such as PHP?
是一种编译语言，可以产生快速有效的可执行文件。
C is a compiled language, which creates fast and efficient executable files.
这里的选择范围很广——从编译语言到动态规则引擎。
Here, the choices are wide ranging — from compiled languages to dynamic rules engines.
为了进一步扩展NB就发明了它逻辑上的继承者，C，一个编译语言。
Further extensions to NB created its logical successor, c, a compiled language.
我想说的第三件事情是，这个语言是编译语言，还是解释语言。
And the third one I want to point out is, whether this is an interpreted versus a compiled language.
实际上，除了评测动态编译语言要比您可能想到的要微妙得多之外，什么也没得到。
Virtually nothing, except that benchmarking dynamically compiled languages is much more subtle than you might think.
重写剧本在编译语言，这可能你获得足够的时间让它运行每一个合理的要求。
Rewrite the script in a compilable language, which might gain you enough time to make running it for every request reasonable.
解释语言始终比编译语言具有更大的优势，因为它们可以执行编译语言无法执行的代码。
Interpreted languages always have an advantage over compiled languages because they can execute code at times that compiled languages can't.
而在编译语言里，你就会经过一个中间的步骤，在这种语言里输入源码后，先经过过滤器，或者编译器检查后，它会创建一个叫做目标代码的东西。
In a compiled language, you have an intermediate step, in which you take the source code, it runs through what's called a checker or a compiler or both, and it creates what's called object code.
而在编译语言里，你就会经过一个中间的步骤，在这种语言里输入源码后，先经过过滤器，或者编译器检查后，它会创建一个叫做目标代码的东西。
In a compiled language, you have an intermediate step, in which you take the source code, it runs through what's called a checker or a compiler or both, and it creates what's called object code.
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