What do those data types do for compiled languages?
对于编译语言来说数据类型有什么用呢？
With dynamically compiled languages, that information is not easily accessible to you.
而对于动态编译语言，这些信息不太容易访问得到。
Here, the choices are wide ranging — from compiled languages to dynamic rules engines.
这里的选择范围很广——从编译语言到动态规则引擎。
Compiled languages rely on their runtime system to provide information about the source code.
汇编语言依赖于他们的运行系统，以提供有关源代码。
Virtually nothing, except that benchmarking dynamically compiled languages is much more subtle than you might think.
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。
By J2SE 1.4, the platform was not appreciably slower than traditional compiled languages, and it just keeps getting faster.
到J2SE 1.4时，这个平台就一点都不比传统的编译型语言慢了，并且它还在变得更快。
In more formal languages, efficiency of compiled code is a priority, and a limit is placed on language flexibility.
对于较为正式的语言，需要优先考虑已编译代码的效率，并且对语言的灵活性有所限制。
The languages tend to be interpreted rather than compiled, meaning the programs written in such languages aren't compiled before running, so tend to run slower as a result.
这类语言多为解释型而非编译型，它意味着用这类语言写的程序在运行前是没被编译过的，因此运行的缓慢得多。
This is in the event that you want to compile different versions of the same template, such as having separate templates compiled for different languages.
本参数在将一个模板编译成不同版本的情况下使用，比如针对不同的语言编译模板。
This is in the event that you want to compile different versions of the same template, such as having separate templates compiled for different languages.
本参数在将一个模板编译成不同版本的情况下使用，比如针对不同的语言编译模板。
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