Thanks, I got it to work now. (The problem? I was defining MEMDEBUG2,
and this does not seem to work for 32 bits. I filed an issue here:
https://github.com/JuliaLang/julia/issues/10942)
On 04/21/2015 08:02 PM, Jameson Nash wrote:
On a proper multi-arch system, I believe those binaries should be
content to live side-by-side (that's how my Ubuntu system is
configured anyhow). Failing that, perhaps look into creating a linux
container or chroot?
On Tue, Apr 21, 2015 at 10:57 PM Jim Garrison <[email protected]> wrote:
Thank you, that is a very good point. Let me be a bit more
specific then.
Has anybody had success building both 32-bit Julia and 64-bit
Julia on a
single (multiarch 64-bit) Linux installation? Looking at 32-bit
.travis.yml, it replaces many packages (e.g. binutils, gcc) with their
i386 versions. I would instead like to build a 32-bit Julia without
hosing my machine in that way.
On 04/21/2015 07:27 PM, Jameson Nash wrote:
> Yes, the i686 tests on travis are actually run on a 64-bit linux
host.
>
