Yes, I think it was my fault.
Incidentally, mail about *building* ghc should go to [EMAIL PROTECTED]
Simon
| -Original Message-
| From: [EMAIL PROTECTED]
[mailto:glasgow-haskell-users-
| [EMAIL PROTECTED] On Behalf Of Wolfgang Thaller
| Sent: 03 March 2006 00:40
| To: Ashley Yakeley
|
Hi,
I'm having problems building ghc-6.4.1 with gcc-4.1.0 on x86_64 (amd64).
It builds fine with gcc-4.1 on 32bit ix86. gcc-4.1.0 is the default compiler
in Fedora Core 5, which will be released soon.
Below is part of the buildlog where it is failing during stage2 linking.
Jens
Cyril,
- How to generate an import library at all? Section 11.5.1 of the ghc
manual says that the --mk-dll option will cause ghc to create such a
library, but ghc 6.4.1 does not do this, at least not on Windows. Or did
you use the Microsoft lib.exe? (lib.exe /def Foo.def generates an import
This means that ghc 6.6 starting from current build can optimize
EXE sizes by throwing away all unused functions
This is a forwarded message
===8==Original message text===
Date: Thu, 2 Mar 2006 09:07:34 -0800
From: Simon Marlow [EMAIL PROTECTED]
Subject: patch applied
Michael,
- How to generate an import library at all?
Check this out:
http://www.haskell.org/haskellwiki/GHC/FAQ#How_do_I_link_Haskell_with_C.2B.2B_code_compiled_by_Visual_Studio.3F
- Assuming I have obtained an import library, how to use in the
Microsoft world, i.e.
how to bridge the gap
The memory allocated by the runtime system is never freed.
I've submitted a fix fir this.
-- Lennart
Michael Marte wrote:
Hello *,
before filing a bug report, I want others to comment on my problem.
Maybe it's my fault, not ghc's.
I wrapped up some Haskell modules in a Win32 DLL.
Lennart,
do you imply that you have fixed the problem causing the crashes?
May I safely assume that DLLs produced by ghc 6.4.2 will not crash upon
being freed?
I played around a little bit more and found two configurations that do
not crash, at least not when freeing the DLL in the course of
John Meacham wrote:
is there an option to get ghc to keep going if it encounters an error
building a file with --make? as in, I'd like it to continue compiling as
much as it can only skipping what actually depends on the file that
failed rather than completly aborting everything.
Certainly
Bulat Ziganshin wrote:
This means that ghc 6.6 starting from current build can optimize
EXE sizes by throwing away all unused functions
well, not exactly, although that would be a useful enhancement.
Currently it only helps when building libraries.
Cheers,
Simon
Cyril,
I know the Haskell Wiki page you pointed to; it does not answer my
specific questions.
The decision which compiler to use is not up to me and, as the Wiki page
points out, there is no other way to use Haskell modules from within a
Visual Studio C++ compiled application than via a
Hello Simon,
Friday, March 3, 2006, 4:51:04 PM, you wrote:
is there an option to get ghc to keep going if it encounters an error
building a file with --make? as in, I'd like it to continue compiling as
much as it can only skipping what actually depends on the file that
failed rather than
Michael,
Sorry, I might have had wrong assumptions about what you want to do.
I presume you have a C++ application compiled via Visual Studio 6
that invokes a Haskell DLL. If that's correct, read on; if not,
please tell me again what your setting is.
To link your Haskell DLL with the C++
On Friday 03 March 2006 15:10, Bulat Ziganshin wrote:
it will also be great to make syntax analysis of all source files
before compiling them. typical situation - after correcting program i
run --make, long wait while some modules will be compiled and only
after that ghc complains about some
In GHC, how can I allocate a chunk of memory aligned to some block
size (say, 512 or 1024 bytes)? I tried to specify it in the
alignment method in the Storable typeclass, but that does not seem
to work. Is Storable.alignment really used in GHC? If so, is there a
code example that allocates aligned
[1] Extending the Haskell Foreign Function Interface with Concurrency
[2] Haskell on a Shared-Memory Multiprocessor
I read the above two papers [1,2] and I have been trying to write an
application that uses both FFI and SMP. The first paper [1] shows how
FFI is implemented on uniprocessor
I wrote a very simple Fudgets program (just copies stdin to stdout, no
graphics involved)
leaktest.hs --
module Main where
import Graphics.UI.Fudgets.Fudgets
main = fudlogue (stdoutF == stdinF)
and ran it like this:
yes | leaktest
I found out that the program grows
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