It is the code Jason wrote:
mpz_nextprime -> mpz_next_likely_prime ->mpz_likely_prime (by JM).
At one point I switched over to the other implementation, but Jason
raised the trial factoring bound and the problems seemed to go away.
So it is currently using his code. But on win32 it is problematic
I just got the FLINT 1 test suite working on Windows with TCC and
built it against the mpir.dll I wrote. It runs flawlessly (apart from
the mpz_nextprime issue which I reported separately). So that suggests
that MPIR is working well.
(BTW, the whole of FLINT 1 takes 4s to build using TCC, includin
On Tue, Dec 1, 2009 at 12:07 PM, Bill Hart wrote:
> mpz_nextprime seems to report lots of composites as primes on 32 bit
> machines, including some even numbers! Is this the same issue as we
> had on 64 bit machines?
Is that the old built-in function or the new one Jason developed?
Jeff.
--
Yo
mpz_nextprime seems to report lots of composites as primes on 32 bit
machines, including some even numbers! Is this the same issue as we
had on 64 bit machines?
Bill.
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