On 3/26/25 20:49, Jørgen Kvalsvik wrote:
On 3/26/25 14:54, Jan Hubicka wrote:
Hello,
I apologize for late reply here. I went thru the paper in gereater
detail. While I originally though the usual path-profiling can be
reasonably merged with the prime math profiling, so it is useful both
for opt
On 3/26/25 14:54, Jan Hubicka wrote:
Hello,
I apologize for late reply here. I went thru the paper in gereater
detail. While I originally though the usual path-profiling can be
reasonably merged with the prime math profiling, so it is useful both
for optimizaiton and coverage testing, I think it
Hello,
I apologize for late reply here. I went thru the paper in gereater
detail. While I originally though the usual path-profiling can be
reasonably merged with the prime math profiling, so it is useful both
for optimizaiton and coverage testing, I think it is better to not do
that - the require
Ping. Should I apply these changes and re-submit, or would you like to
see more changes?
Thanks,
Jørgen
On 1/5/25 22:06, Jørgen Kvalsvik wrote:
On 1/5/25 20:53, Jørgen Kvalsvik wrote:
On 1/5/25 20:25, Jan Hubicka wrote:
ALGORITHM
Since the numbers of paths grows so fast, we need a good
algo
On 1/5/25 20:53, Jørgen Kvalsvik wrote:
On 1/5/25 20:25, Jan Hubicka wrote:
ALGORITHM
Since the numbers of paths grows so fast, we need a good
algorithm. The naive approach of generating all paths and discarding
redundancies (see reference_prime_paths in the diff) simply doesn't
complete for ev
On 1/5/25 20:25, Jan Hubicka wrote:
ALGORITHM
Since the numbers of paths grows so fast, we need a good
algorithm. The naive approach of generating all paths and discarding
redundancies (see reference_prime_paths in the diff) simply doesn't
complete for even pretty simple functions with a few ten
> ALGORITHM
>
> Since the numbers of paths grows so fast, we need a good
> algorithm. The naive approach of generating all paths and discarding
> redundancies (see reference_prime_paths in the diff) simply doesn't
> complete for even pretty simple functions with a few ten thousand
> paths (granted
