Functional Programming & Proofs
Introduction (2): Functional Programming
- Everything is a function (fun as value)
let f x = x*(x+1);;
let y = f 2;; // y: int = 6
let f = fun x -> x*(x+1);;
(fun x -> x*(x+1)) 2;; // THIS IS A KEYPOINT
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docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide
docteur dr laurent thiry uha mulhouse france functional programming fsharp proof theory coq coqide