Maybe this is what you are looking for:
http://www.haskell.org/haskellwiki/Idiom_brackets
-chris
On 9 mei 2010, at 18:39, Xiao-Yong Jin wrote:
Hi,
Is it possible to have a function accept variable number of
arguments, such that 'f' can be instantiated to different
concrete types as
f
Thanks, Chris and Bartek. It was quite a read. I finally
arrived at an implementation as follows.
--8---cut here---start-8---
{-# LANGUAGE MultiParamTypeClasses
, FunctionalDependencies
, FlexibleInstances
,
Hi,
Is it possible to have a function accept variable number of
arguments, such that 'f' can be instantiated to different
concrete types as
f :: Applicative a = (e1 - f) - a e1 - A f
f g a = pure g * a
f :: Applicative a = (e1 - e2 - f) - a e1 - a e2 - A f
f g a b = pure g * a * b
Thanks,
hello,
Is it possible to have a function accept variable number of
arguments, such that 'f' can be instantiated to different
concrete types as
f :: Applicative a = (e1 - f) - a e1 - A f
f g a = pure g * a
f :: Applicative a = (e1 - e2 - f) - a e1 - a e2 - A f
f g a b = pure g * a * b
f
