On Wed, Nov 7, 2012 at 3:08 PM, Kirk, Benjamin (JSC-EG311) <
benjamin.kir...@nasa.gov> wrote:
> So --enable-tecplot is the old behavior.
> --enable-tecio controls this woe.
>
I see. Thanks for the info, it does indeed work with --disable-tecio.
BTW, perhaps you can comment on the following: I think I have gotten to
the bottom of our troubles with building our own compilers from source on
Mac. If I download and build libtool from source, and change the top-level
Makefile's link command to:
@libtool --tag=CXX --quiet --mode=link $(libmesh_CXX)
$(libmesh_CXXSHAREDFLAG) -o $(mesh_library) $(objects) $(libmesh_LDFLAGS)
i.e. just *prepend* "libtool --tag=CXX --quiet --mode=link" to what we
already have there, most of the random segfaults we were seeing are
magically gone! It works 100% if I also build the triangle shared library
in contrib with the same method.
This libtool trick has been tested with both GCC 4.6.x and 4.7.x series
compilers, so I don't think the issue was ever compiler-related, just
shared-library-creation related.
Some questions:
.) Do you know what magic libtool could possibly be doing here?
.) On the automake branch, I still get the (system-level) segfaults with my
hand-built compilers. Do you know how automake builds shared libraries?
Is there any way I could try this libtool trick with the automake branch
of libmesh as well?
--
John
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