舍尔德·维舍尔的书库提供更多的函数式编程工具。
Sjoerd Visscher's library offers far more tools for doing functional programming.
这个名字是函数式编程的协定。
我们曾经经过函数式编程的年代吗?
Android上的函数式编程。
Scala完全支持函数式编程(FP)。
(更多)函数式分类器。
这是函数式编程语言中常见的一个强大特性。
This is a powerful feature common in functional programming languages.
从那以后,我学会了利用列表和函数式编程。
Since then, I've learned to embrace lists and functional programming.
欢迎关注函数式思维。
这是我以后使用这个函数式,会采用的名字?
This is the name to which I'm going to refer when I want to use this function. All right?
XSLT是一种函数式语言而不是过程性语言。
是否应当将php作为函数式编程语言来使用?
函数式编程扩展了该任务、包括更具体的细节。
Functional programming is expanding that mandate, encompassing more-specific details.
函数式语言的这一功能很重要,原因至少有两个。
This capability is important in functional languages for at least two reasons.
这就是我的切入点—电锯使用者与函数式程序员。
That's where I come in - chainsaw cranker and functional programmer.
对于其他函数式语言,像LISP,存在并行扩展。
There are concurrent extensions for other functional languages like LISP.
在过去的几年中,人们对函数式编程语言的兴趣高涨。
In the past couple of years, interest in functional programming has skyrocketed.
函数式编程不只是一组工具或者语言,更是一种心态。
Functional programming is more a mindset than a particular set of tools or languages.
并且通过更深入学习函数式编程,您可拓宽编程知识。
And by learning more about functional programming, you broaden yourself as a developer.
混合范式-函数式编程。
另一使用函数式技巧的地方是SpinWait对象。
Another place where functional techniques are being used is the SpinWait object.
函数式和并发编程-ErikMeijer主持。
Functional and Concurrent Programming - Hosted by Erik meijer.
您可以参考这个故事,但是要把电锯替换为函数式编程。
You can probably relate to this story, but with functional programming instead of a chainsaw.
在这一部分中,我讨论的是函数式编程的基石之一:不变性。
In this installment, I discuss one of the building blocks of functional programming: immutability.
它更接近与依赖函数调用的函数式语言,而非面向对象语言。
It is more of a functional languages relying on function calls rather than OOP.
本系列文章的目标之一是说明一种看待传统问题的函数式方法。
One of the goals of this series is to illustrate a functional way of looking at typical problems.
LISP是函数式程序设计语言,但这不是动态语言的必要条件。
LISP is a functional programming language, but that is not a necessary condition for a dynamic language.
在本期文章中,我继续探讨了函数式思维中的一些特性。
This installment completes my survey of features in the functional-thinking world.
适合采用高阶函数来解决的问题不仅限于函数式语言中。
The problems amenable to solution by using higher-order functions aren't unique to functional languages.
这反过来揭示了函数式语言的根本性转变:关注结果,而不是步骤。
This in turn exposes a fundamental shift in thinking in functional languages: Focus on results, not steps.
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