The Pluto library for Lua claims to be able to serialize Lua co-routines. I interpret this as meaning \'serializeable continuations\', which is an important feature for making asyncronous programming
I ran into this code on Wikipedia: (define (pyth x y k) (* x x (lambda (x2) (* y y (lambda (y2) (+ x2 y2 (lambda (x2py2)
How does CPS in curried languages like lambda calculus or Ocaml even make sense? Technically, all function have one argument. So say we have a CPS version of addition in one such language:
For example I have two async methods (get-a 10 (lambda (a) (get-b a (lambda (b) (display b))) but I want to write something similar to
I\'ve been following the new announcement regarding the new async feature that will be in c# 5.0. I have a basic understanding of continuation passing style and of the transformation the new c# compil
As the title says. I was reading Yet Another Language Geek: Continuation-Passing Style and I was sort of wondering if MapReduce can be categorized as one form o开发者_C百科f Continuation-Passing Style
using the CPS compiler-p开发者_运维知识库lugin of Scala 2.8, there are the two magic controls reset and shift. Reset delimits the continuation and shift captures the continuation.
In the context of Scheme and CPS conversion, I\'m having a little trouble deciding what administrative redexes (lambdas) exactly are:
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