如果你已经知道LISP，你为什么还想学习F＃？ [英] If you already know LISP, why would you also want to learn F#?

问题描述

当您熟悉LISP时学习F＃的额外价值是什么？

解决方案

> 静态输入（包含类型推断）

• 代数数据类型


• 模式匹配


• 可扩展模式匹配。


• Currying（带有很好的语法）


• Monadic programming ，被称为工作流程，提供了一个不错的
  

很多这些都是编程语言世界相对最新的发展。在F＃中你会看到你不会在Lisp中看到的东西，尤其是Common Lisp，因为F＃标准还在开发中。因此，你会发现有很多东西需要学习。当然，像ADT，模式匹配，monads和currying这样的东西可以在Lisp中构建为一个库，但学习如何使用它们的方便内置的语言更好。

学习F＃用于实际应用的最大优势是与.NET集成。

What is the added value for learning F# when you are already familiar with LISP?

解决方案

• Static typing (with type inference)
• Algebraic data types
• Pattern matching
• Extensible pattern matching with active patterns.
• Currying (with a nice syntax)
• Monadic programming, called 'workflows', provides a nice way to do asynchronous programming.

A lot of these are relatively recent developments in the programming language world. This is something you'll see in F# that you won't in Lisp, especially Common Lisp, because the F# standard is still under development. As a result, you'll find there is a quite a bit to learn. Of course things like ADTs, pattern matching, monads and currying can be built as a library in Lisp, but it's nicer to learn how to use them in a language where they are conveniently built-in.

The biggest advantage of learning F# for real-world use is its integration with .NET.

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