Dave Bayer wrote:
The code is very fast for its size; I haven't seen Haskell code posted
on the web that comes close, and it is faster than any of my other tries
(I posted this code to
http://www.haskell.org/haskellwiki/Prime_numbers). Effectively, it
steals a heap data structure out of thin a
Jonathan Cast wrote:
On Tuesday 10 July 2007, Dave Bayer wrote:
On Jul 9, 2007, at 6:52 PM, Donald Bruce Stewart wrote:
bayer:
Learning Haskell, the Prelude.ShowS type stood out as odd, exploiting
the implementation of lazy evaluation to avoid explicitly writing an
efficient concatenable li
On Tuesday 10 July 2007, Dave Bayer wrote:
> On Jul 9, 2007, at 6:52 PM, Donald Bruce Stewart wrote:
> > bayer:
> >> Learning Haskell, the Prelude.ShowS type stood out as odd, exploiting
> >> the implementation of lazy evaluation to avoid explicitly writing an
> >> efficient concatenable list data
On Jul 9, 2007, at 6:52 PM, Donald Bruce Stewart wrote:
bayer:
Learning Haskell, the Prelude.ShowS type stood out as odd, exploiting
the implementation of lazy evaluation to avoid explicitly writing an
efficient concatenable list data structure.
See also
http://hackage.haskell.org/cgi-b
bayer:
> Learning Haskell, the Prelude.ShowS type stood out as odd, exploiting
> the implementation of lazy evaluation to avoid explicitly writing an
> efficient concatenable list data structure. This felt like cheating,
> or at least like using a screwdriver as a crowbar, to be less
> judg
On Monday 09 July 2007, Dave Bayer wrote:
> Learning Haskell, the Prelude.ShowS type stood out as odd, exploiting
> the implementation of lazy evaluation to avoid explicitly writing an
> efficient concatenable list data structure. This felt like cheating,
> or at least like using a screwdriver as a
Learning Haskell, the Prelude.ShowS type stood out as odd, exploiting
the implementation of lazy evaluation to avoid explicitly writing an
efficient concatenable list data structure. This felt like cheating,
or at least like using a screwdriver as a crowbar, to be less
judgmental.
Recentl
