Hm. The primary reason I got interested in fp is that I really like SQL, I think it is very easy for the human mind. And LINQ is built on top of functional programming, the Gigamonkeys book buils a similar query language on top of functional programming and macros, so it seems perhaps fp should be used that way, taking it as far as possible towards making query languages in it.
But I guess it always depends on what you want to do. My philosophy of programming is automation based. That means, if I need to do something once, I do it by hand, if a thousand times I write code. This, the ability to repeat operations many times, is what makes automating human work possible and from this I derived that the most important imperative structure is the loop. The loop is what turns something that was a mere set of rules into a powerfol data processing machinery, doing an operation many more times than I care to do it. With SQL, LINQ and other queries, we are essentially optimizing the loop as such. For example the generator expression in Python is a neat little functional loop-replacement, mini-query language.
Hm. The primary reason I got interested in fp is that I really like SQL, I think it is very easy for the human mind. And LINQ is built on top of functional programming, the Gigamonkeys book buils a similar query language on top of functional programming and macros, so it seems perhaps fp should be used that way, taking it as far as possible towards making query languages in it.
But I guess it always depends on what you want to do. My philosophy of programming is automation based. That means, if I need to do something once, I do it by hand, if a thousand times I write code. This, the ability to repeat operations many times, is what makes automating human work possible and from this I derived that the most important imperative structure is the loop. The loop is what turns something that was a mere set of rules into a powerfol data processing machinery, doing an operation many more times than I care to do it. With SQL, LINQ and other queries, we are essentially optimizing the loop as such. For example the generator expression in Python is a neat little functional loop-replacement, mini-query language.