但是XSLT语言的语法和处理模型与传统编程语言有很大不同,因此要掌握XSLT的所有细微之处需要花费一些时间。
But the XSLT language has such a different syntax and processing model from classical programming languages that it takes time to grasp all of XSLT's subtle nuances.
他以自然语言处理和语法检查为例说明了概率方法可能更合适于验证工作,并且在计算花销上也更小。
He USES the example of natural language processing and grammar checking to show that probabilistic approach may work a lot better and be computationally cheaper.
事实上,真正发生的事情是:在函数语言中,就像变量和常量一样,函数是一级概念,所以语法上也是一样地处理。
In fact, this is precisely what's taking place: in a functional language, functions are first-class concepts, like variables and constants, and so are syntactically treated as such.
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