Hi to the AARCH64 team,
I managed to do a (bog-standard normal) bootstrap on my Aarch64 system.
See: https://gcc.gnu.org/pipermail/gcc-testresults/2024-January/805347.html
It got this for the libgo tests:
=== libgo tests ===
Running target unix
FAIL: math/cmplx
=== libgo Summary ===
# of expected passes195
# of unexpected failures1
/dev/shm/bld2283/./gcc/gccgo version 14.0.1 20240114 (experimental)
[master r14-7229-ged5bf2080c5] (GCC)
Subsequently, I ran LAPACK's test programs (using lapack-3.11.0) with
optimization options -O3 -march=native -mtune=native, and I got the
following differences with respect to the same run using gfortran 13 as
installed on Debian testing (updated last Saturday):
diff thunderx-gfortran13.txt thunderx-gfortran14.txt
...
201,204c341,344
< REAL 1306803 30 (0.002%)0 (0.000%)
< DOUBLE PRECISION 1318331 56 (0.004%)4 (0.000%)
< COMPLEX770551 298 (0.039%)0 (0.000%)
< COMPLEX16 779394 98 (0.013%)0 (0.000%)
---
> REAL 1317063 71 (0.005%)0 (0.000%)
> DOUBLE PRECISION 1318331 54 (0.004%)4 (0.000%)
> COMPLEX767023 390 (0.051%)0 (0.000%)
> COMPLEX16 174950 41371 (23.647%) 64 (0.037%)
206c346
< --> ALL PRECISIONS 4175079 482 (0.012%)4
(0.000%)
---
> --> ALL PRECISIONS 3577367 41886 (1.171%)68
(0.002%)
Note that the only differences are in COMPLEX16 (i.e., complex
computations using 64 bit REAL and IMAGINARY parts).
Perhaps the failing libgo test case is sufficient to track this down ...
I suppose you can reproduce that one more easily.
Kind regards,
--
Toon Moene - e-mail: t...@moene.org - phone: +31 346 214290
Saturnushof 14, 3738 XG Maartensdijk, The Netherlands
