What you want is called cross-compilation, and in general is a
non-trivial thing to do. You have to set up a toolchain on your x86 boxes
able to compile for ARM, use it to compile SAGE and finally move the binary
over to the Raspberry.
I mucked around with it on Gentoo a long time ago (I think it
On Friday, September 12, 2014 11:15:19 AM UTC+2, bluescarni wrote:
What you want is called cross-compilation, and in general is a
non-trivial thing to do. You have to set up a toolchain on your x86 boxes
able to compile for ARM, use it to compile SAGE and finally move the binary
over to
That's too bad. How about using distcc from the PI to leverage the
cross-compiler on the x86 machines though?
On 12 September 2014 11:57, Jean-Pierre Flori jpfl...@gmail.com wrote:
On Friday, September 12, 2014 11:15:19 AM UTC+2, bluescarni wrote:
What you want is called cross-compilation,
His main issue seems to be that Sage uses gcc and won't easily compile with
some ancient compiler on a dead platform?
On the other hand, I agree with the superior logic in Thus, with the
exception of awk, Java, and sh, we must reject virtually all scripting
languages, including icon,
I just received this email which links to a report about global
digital math libraries and also a long and opinionated document by
somebody named Nelson Beebe. Since Sage is mentioned a few times in
both documents, I thought I would forward them, since maybe some Sage
developers might
On Thursday, September 11, 2014 6:24:27 PM UTC-7, wstein wrote:
Hi Sage Devs,
I just received this email which links to a report about global
digital math libraries and also a long and opinionated document by
somebody named Nelson Beebe.
I think this is an odd way of referring to
Viviane, Travis and I recently met David Bailey in Davis (just before the
meeting at ICERM) and he seemed genuinely
interested in Sage and mathematical experimentation in Sage (and other
platforms). See also
https://groups.google.com/forum/#!topic/sage-devel/cSW3LEtmuy4
Best,
Anne
On
