Why standard interpreted languages?
为何使用标准解释语言？
In reality, many of the largest sites on the Internet use interpreted languages.
实际上，Internet上的许多大型网站都使用的是解释性语言。
Or, in the case of interpreted languages, the debugger may interpret code directly.
或者，在使用解释语言的情况下，调试器可以直接解释代码。
Are there any interpreted languages in which you can dynamically modify the interpreter?
有什么解释语言中可以动态修改的翻译吗？
Interpreted languages always have an advantage over compiled languages because they can execute code at times that compiled languages can't.
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。
Some examples include the Apache web server, database systems, such as mysql and postgresql, and interpreted languages, such as perl and python.
例如Apacheweb服务器、数据库系统（比如mysql和postgresql）以及解释语言（perl 和 python）。
Both languages borrow from the script concept of using interpreted language for simple tasks.
两种语言都借用脚本概念，即对简单任务使用解释语言。
Such languages are often interpreted: the component implementation technically consists of an interpreter that is parameterized with the program it should run.
这样的语言通常是解释型的：组件在技术上的实现包括一个解释器，用来对运行的程序进行参数化。
However, this often led to confusion because models expressed in such languages could be -- and often were -- interpreted differently by different individuals.
然而，由于模型在这种语言中很可能――并且通常是――被不同的商家解释成不同的含义，因此经常导致概念混淆。
Many dynamically typed languages are interpreted, so you can see changes immediately after making them.
很多动态类型语言是解释性的，所以在编写程序后可以立即看到变化。
Many scripting languages and environments are available to the architect, each of which provides a flexible, usually interpreted, platform for quickly creating and executing code.
对于架构师来说，可以使用许多脚本编写语言和环境，它们都为迅速地创建和执行代码提供灵活的、解释性的平台。
At one end of the spectrum, there are high-level, fully-interpreted scripting languages such as Tcl and the UNIX shells.
在领域的一端，是高级，全解释型的脚本语言例如Tcl和UNIX shell。
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。
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。
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