Title: Message
Yes, I
fixed this a week or two ago. You need to 'cvs update'.
The
cvs commit logs should show which commit fixed it if you
want
to
just grab the patch.
Simon
-Original Message-From: Mike Thomas
[mailto:[EMAIL PROTECTED]] Sent: 12 May 2002 10:29To:
On Wed, May 08, 2002 at 07:18:17AM -0700, Sigbjorn Finne wrote:
Hi,
I'm unable to reproduce this here (with a 2002-05-07 HEAD build.)
Make sure no interface files from earlier GHC builds are in scope;
the -dshow-passes output you give hints that this _might_ be the cause.
I'm still having
I'm able to reproduce this with a stage1 build (built using
ghc-5.02.3), but not a stage2 build. Looks as if
parser/ParserCore.y is tickling a bug in 5.02.3 - try
regenerating parser/ParserCore.hs with Happy, but
stay away from the -c option - e.g.,
foo$ happy -g parser/ParserCore.y
followed
Simon Marlow [EMAIL PROTECTED] writes:
The proposal, therefore, is to extend the meaning of '-prof' to mean
'-prof -osuf p_o -hisuf p_hi' or similar.
I wasn't aware of these ('-*suf') options. Are they respected by the
linker stage? I.e. will ghc --make when invoked with -osuf and -hisuf
On Sun, May 12, 2002 at 09:22:02PM +0100, Claus Reinke wrote:
randomise l = do
map snd $ sortBy compareIdx $ zip rs l
where
n = length l
rs = take n $ randomRs (1,n) $ mkStdGen 100
compareIdx (i,_) (j,_) = i `compare` j
rsort l = sort $ randomise l
This
I notice that Prelude.catch and Exception.catch behave
differently, even
though they both have the same type signature (and name).
Exception.catch
catches exceptions that Prelude.catch does not.
Prelude.catch catches IO exceptions only, because this is what the
Haskell report specifies.
At 2002-05-13 08:44, Simon Marlow wrote:
Prelude.catch catches IO exceptions only, because this is what the
Haskell report specifies.
OK
The idea is
that if you want to use Exceptions in their full glory, you:
...
import qualified Exception
I've noticed something a bit unusual about
However, if I now comment out the functional dependency
class Encode a b {- | a - b -} where
encode :: a - b
and include the expressions
x = encode TimeExceeded ExcTTL
main = putStrLn x
then Hugs complains
ERROR codes.hs (line 37): Unresolved top-level overloading
***
I think you're running into a well-known(*) problem with Hugs's
implementation of the monomorphism restriction.
(*) actually I thought this was a well-known problem, but it doesn't
seem to be mentioned in the Hugs documentation as far as I can see.
Here's a bit of background I managed to
On Sunday 12 May 2002 03:50 am, Sebastien Carlier wrote:
the python string notation (str % tuple) would fit really well too...
putStrLn hello %s, you got %d right % (oliver, 5)
Might be nice.
What would be the type of putStrLn then?
The type of putStrLn would remain unchanged.
Brian Huffman [EMAIL PROTECTED] wrote:
Here is a printf-style function that I hacked up this morning; it uses type
classes but it doesn't need functional dependencies:
[snip]
It's very nice and even extendable, though `class Printf String'
is unfortunately not Haskell 98. But the bigger
I've been tinkering with a client-side HTTP/1.1 implementation for Haskell.
My ambition is to write a small Haskell program for checking my Hotmail
account. In the interests of finding all bugs and giving something for
nothing I've made the code available:
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