在铁路航测制图中，利用AUTOLISP (VLISP)表处理语言进行二次开发可以将许多繁琐、易出错的工作简单化、程序化。
The development using the language of AUTOLISP (VLISP) can make lots of multifarious and fallible work simplified and programmed in the Aerophotography and mapping of railway.
XSLT是功能强大的语言，它高级到甚至可以处理最复杂的操作，但它也非常冗长，以至于调试和维护大型样式表非常困难。
XSLT is a powerful language, sophisticated enough to handle even the most complex manipulation, but it is also very verbose and that makes it more difficult to debug and maintain large stylesheets.
在这里介绍的典型示例是一个应用程序，它处理以地理标记语言（Geography Markup Language，GML）编码的地理数据，GML 是表示地理数据的标准化XML词汇表。
The typical example introduced here is an application that processes geographic data encoded in Geography Markup Language (GML), a standardized XML vocabulary for representing geographic data.
目前的多项式处理系统均采用表加工语言LISP或科学计算语言FORTRAN等，在一般串行机上实现。
At present nearly all systems of polynomial manipulation are written by LISP or FORTRAN, and run on a serial computer.
表4-1列出了C 语言标准库提供的一系列处理C 风格字符串的库函数。
The Standard C library provides a set of functions, listed in Table 4.1, that operate on C-style strings.
表4-1列出了C 语言标准库提供的一系列处理C 风格字符串的库函数。
The Standard C library provides a set of functions, listed in Table 4.1, that operate on C-style strings.
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