dmitry boyarintsev schrieb:
Hello All
I've been trying to modify the patch:
http://bugs.freepascal.org/view.php?id=15163
so it can be accepted.
But I've ran into a strange bug.
I'm using r14593 compiler + int_asm_darwin.patch applied (from the link
above).
Go to ogbase.pas and
Could anyone direct me to the right person for these please? Some of them
are FPC-user related vs. -developer related but I like to ask them all in
one
post.
a) How do we use fpc/laz to make Mach-O fat binaries?
b) Which versions was the first to support Intel Macs and which
version was the
On Sun, Jan 10, 2010 at 4:23 PM, Florian Klaempfl
flor...@freepascal.org wrote:
Could you use a compiler with line info?
make OPT=-g -gl?
___
fpc-devel maillist - fpc-devel@lists.freepascal.org
http://lists.freepascal.org/mailman/listinfo/fpc-devel
On 10 Jan 2010, at 14:45, London Disney wrote:
a) How do we use fpc/laz to make Mach-O fat binaries?
Compile the different versions separately and then combine them using the
lipo tool.
b) Which versions was the first to support Intel Macs and which
2.2.0
version was the first to
On 10 Jan 2010, at 15:03, Paul Ishenin wrote:
dmitry boyarintsev wrote:
make OPT=-g -gl?
I usually do make OPT=-gw but your options will work too.
There is no support yet for DWARF in the lineinfo unit on Mac OS X.
Jonas
___
fpc-devel maillist
That's great help Jonas; thanks.
As with my question (c), yes I mean what in the compiler did you
need to modify or focus on the most ?
It's a bit broad may be but I think you only need to really
worry about the code-generation for, say, G5 64-bit ABI
and instruction set ? The rest of the code
that will answer. thanks again.
On Sun, Jan 10, 2010 at 2:33 PM, Jonas Maebe jonas.ma...@elis.ugent.bewrote:
On 10 Jan 2010, at 15:26, London Disney wrote:
As with my question (c), yes I mean what in the compiler did you
need to modify or focus on the most ?
As far as adding
On Sun, 10 Jan 2010, Honza wrote:
Hi all,
as a side effect of some other task, there is available an initial
unit for unmarshalling data from GIR files, which are installed with
the various gobject-introspection-* packages. Result of such load is a
(tree) data structure with the same
