Something like (untested)...
xs - zipWith ($) forkIO (map (\f - f x y) funs)
tids - sequence xs
what does zipWith ($) do ?
_
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On 8/31/05, Dinh Tien Tuan Anh [EMAIL PROTECTED] wrote:
Something like (untested)...
xs - zipWith ($) forkIO (map (\f - f x y) funs)
tids - sequence xs
what does zipWith ($) do ?
$ is function application, so zipWith ($) will zip a list of
functions with a list of arguments, by
2005/8/31, Sebastian Sylvan [EMAIL PROTECTED]:
On 8/31/05, Dinh Tien Tuan Anh [EMAIL PROTECTED] wrote:
Something like (untested)...
xs - zipWith ($) forkIO (map (\f - f x y) funs)
tids - sequence xs
what does zipWith ($) do ?
$ is function application, so zipWith ($) will
Hi Joel,
I've been working on a library to parse binary data files (java bytecode
in my case), and I ended up writing my own DataReader monad for the
purpose of reading binary streams. It offers two main features:
* It keeps track of how many bytes you've read. This is necessary for
On Tue, Aug 30, 2005 at 01:31:22PM +0200, Joel Reymont wrote:
Can I beg for examples?
This is from some old code, slightly polished for presentation - the
code for parsing DNS domain name label in DNS packets:
parseLabel :: CharParser st Label
parseLabel = (? label) $ do
len -
Hello, all.
I'm experimenting with concurrent haskell using GHC 6.4.
I wrote these fuctions as described in Tackling the Awkward Squad:
par_io :: IO a - IO a - IO a
par_io t1 t2 = do c - newEmptyMVar :: IO (MVar a)
id1 - forkIO $ wrapper c t1
id2 - forkIO $
On 18-Aug-2005, Keean Schupke [EMAIL PROTECTED] wrote:
I was wondering if anyone has any comments on my
implementation of unify? For example can the algorithm be simplified
from my nieve attempt? Most importantly is it correct?
type Subst = [(Vname,Term)]
data Term = Func Fname
