There's a preliminary InstallShield for GHC 4.07 at
http://www.haskell.org/ghc/dist/4.07/ghc-4-07.exe
Please play!
--
http://sc3d.org/rrt/ | wit, n. educated insolence (Aristotle)
I think it's a legitimate problem with the new driver. I hit it myself
on Friday. I think that the _Capitalised entity naming scheme is
being misinterpreted by pre-4.07 ghc's.
... and I see that Sven has already fixed it. Cool.
J
Please correct me if I'm wrong, but SOEGraphics is
only implemented on top of the Graphics lib, right?
I don't know if the recent revision of the Graphics
library that Alastair made fixes this, but the implementation
makes (or at least it used to) a couple of crucial assumptions
about how
Firstly, thanks everyone for helping me with the make files. I
especially appreciated the suggestion that I use hmake, which is a very
nice program.
My current problem is the GHC-Hugs incompatibility. As many of you
know, some standard Hugs files do not compile under GHC, and so GHC has
its
By importing Concurrent in your Haskell code you should
get at the 'standard' Conc. Haskell primitives, including
99% of what ConcBase exports. 'runOrBlockIO' isn't supported,
but I doubt you'll really need (or want) to use that.
In short, if you've got code that imports ConcBase, change that
Jon Fairbairn wrote:
Am I alone in thinking that the prelude is desperately in
need of restructuring?
No. Personally I think it should be got rid of entirely, or rather
trimmed down to the absolute bare minimum required for the syntax.
By the way I think Sven's proposals are thoroughly
Michael Marte wrote:
I have a simple problem but it seems to be quite involved: I want to print
floating point numbers with a given number of decimal points.
First, I found out that both ghc and hugs do not consider the precision
argument to showPrec.
What precision argument?
On Mon, 26 Jun 2000, Michael Marte wrote:
I always thought that the Int argument to showsPrec is the precision.
So what is it good for? The library report does not explain it.
I sometimes use it to distinguish between the top
and the lower levels of nested data structures,
