And the crowd goes wild
go Jeff go!!
go Jeff go!!
:-)
----- Original Message -----
From: <[EMAIL PROTECTED]>
To: <[EMAIL PROTECTED]>
Sent: Monday, December 06, 1999 1:50 PM
Subject: [REBOL] re-entrancy Re:
>
> Howdy John C:
>
> > Jeff asks:
> >
> > Maybe I am missing the point, but what's wrong with:
> >
> > composite: func ['f 'g][func [x] compose [(f) (g) x]]
> >
> > Jeff's code doesn't work in this case:
> >
> > funny-func: composite
> > func [x] [x + 1] func [y] [y * 2]
>
> Yes, but it works fine for this case:
>
> funny-func: composite (func [x][x + 1]) (func [y][y + 1])
>
> funny-func 2
> == 4
>
> HahHAhahahAhahah!! 1!!! !1 !!1!1!!!!!!! I WIN!!! !1!! 1!! ! !
>
> :-) ;-) :-)
>
>
> > Nor does the technique generalize:
> >
> > mapper: func ['f] [func [block] compose [foreach element
> > block [(f)
> > element]]]
>
> Sure it does, with one little difference:
>
>
> mapper: func ['f][func [block] compose/deep [
> foreach element block [(f) element]]
> ]
>
> l: mapper (func [x][prin odd? x])
> l [1 2 3 4 5]
> truefalsetruefalsetrue
>
>
> HahaHAHhahHAHAhA!! I WIN AGAIN1!! ! 1 1!! ! ! ! ! !!1 1
>
> (Just playing around. No offense meant! (-: )
>
> Jolly good jovial rejoinders to you, mate!
>
> -jeff
>
>
