On Tue, Jan 29, 2002 at 07:15:51AM -0800, Simon Peyton-Jones wrote:
> It's high on my to-do list because it so nearly Works Right,
> but I have to make it possible to detect when you have
> got to a data constructor, or a field thereof.
>
> The more people who ask the faster it will get done...
"Koen Claessen" <[EMAIL PROTECTED]> writes:
>
..
> I have sucessfully installed the latest GHC on my (new)
> Windows laptop.
>
> I have also installed cygwin a while ago, and I really like
> it. (I am doing all my work from a cygwin shell.)
>
> The problem is that control-C is interpreted diff
> If you want to build GHC in different ways, eg. with
> ticky-ticky profiling
> on, you can do it by setting "GhcLibWays=t". This make two
> versions of
> all the library .o files and .a files, a normal one, and a ticky-ticky
> one.
>
> My question is: can you stop it from making the normal
Hi,
If you want to build GHC in different ways, eg. with ticky-ticky profiling
on, you can do it by setting "GhcLibWays=t". This make two versions of
all the library .o files and .a files, a normal one, and a ticky-ticky
one.
My question is: can you stop it from making the normal one?
Thanks f
It's high on my to-do list because it so nearly Works Right,
but I have to make it possible to detect when you have
got to a data constructor, or a field thereof.
The more people who ask the faster it will get done...
Simon
| -Original Message-
| From: Till Mossakowski [mailto:[EMAIL
Previous versions of ghc seemed to have supported some
style of polytypic programming:
http://haskell.cs.yale.edu/ghc/docs/latest/set/generic-classes.html
When will this feature become available again?
Is it availabe in older ghc versions?
Or is there some alternative way of doing polytypic prog
Hi all,
This message should maybe have been posted to a cygwin
mailing list, but I figured I would get a quicker answer
here.
I have sucessfully installed the latest GHC on my (new)
Windows laptop.
I have also installed cygwin a while ago, and I really like
it. (I am doing all my work from a cy