Build description = STABLE on i386-unknown-linux
(cam-02-unx.europe.corp.microsoft.com)
Build location= /playpen/simonmar/nightly/STABLE
Build config file = /home/simonmar/nightly/site/msrc/conf-STABLE-cam-02-unx
Nightly build started on cam-02-unx at Mon Apr 14 18:10:01 BST 2008.
checki
Mon Apr 14 10:32:25 PDT 2008 Simon Marlow <[EMAIL PROTECTED]>
* FIX BUILD (Windows): Copy the ln trick used by the GMP build
M ./libffi/Makefile -2 +7
A ./libffi/ln
View patch online:
http://darcs.haskell.org/ghc/_darcs/patches/20080414173225-760e2-a090d82c73d8709311350db23150312035927
Build description = HEAD on i386-unknown-linux
(cam-02-unx.europe.corp.microsoft.com)
Build location= /playpen/simonmar/nightly/HEAD
Build config file = /home/simonmar/nightly/site/msrc/conf-HEAD-cam-02-unx
Nightly build started on cam-02-unx at Mon Apr 14 18:00:01 BST 2008.
checking out
Hi Dana,
You probably solved this already.
It looks to me like you did it all right, maybe just failed to do
"make boot" after your changes.
Cheers
pepe
On 10/04/2008, at 17:06, Dana N. Xu wrote:
I create a new directory, named /verify, under the directory /
compiler.
May I know how to exp
On 4/14/08, Tim Chevalier <[EMAIL PROTECTED]> wrote:
> But I'm not so sure that it's sound in general. What if you had a coercion
> like:
> :CoT (t:::*) (forall a . a -> t :=: a -> T)
> where T :: *?
> Then if you wrote (:CoT (u::?)), that would mean
> forall a . a -> ? :=: a -> T
>
Oops, ty
On 4/14/08, Simon Peyton-Jones <[EMAIL PROTECTED]> wrote:
> Sorry Tim, it was the weekend. Here's your example, I think:
>
> :TFunctor :: (*->*) -> *
> (->) :: ? -> ? -> *
> r :: *
>
> Hence
> (->) r :: ? -> *
>
> You are concerned about the kind-correctness of
>
> :
Fri Apr 11 09:21:37 PDT 2008 [EMAIL PROTECTED]
* Revive the static argument transformation
This patch revives the Static Argument Transformation, thanks to
Max Bolingbroke. It is enabled with
-fstatic-argument-transformation
or-O2
Headline nofib results
Fri Apr 11 07:24:18 PDT 2008 [EMAIL PROTECTED]
* Transfer strictness and arity info when abstracting over type variables
See Note [transferPolyIdInfo] in Id.lhs, and test
eyeball/demand-on-polymorphic-floatouts.hs
Max Bolingbroke discovered that we were gratuitiously losing st
Sorry Tim, it was the weekend. Here's your example, I think:
:TFunctor :: (*->*) -> *
(->) :: ? -> ? -> *
r :: *
Hence
(->) r :: ? -> *
You are concerned about the kind-correctness of
:TFunctor ((->) r)
Well, that's correct if
(? -> *) is a sub-kind of (* ->
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