4 core and

Please help me.

I have and i7.

And i would just test one number from start to end who make that ?


[Jun 15 09:11] Trial factoring M65756297 to 2^69 is 57.03% complete. Time: 53.542 sec.
[Jun 15 09:11] Trial factoring M65756297 to 2^69 is 57.25% complete. Time: 53.468 sec.
[Jun 15 09:12] Trial factoring M65756297 to 2^69 is 57.47% complete. Time: 53.838 sec.
[Jun 15 09:13] Trial factoring M65756297 to 2^69 is 57.69% complete. Time: 53.870 sec.

[Jun 15 09:09] Trial factoring M70943417 to 2^67 is 7.90% complete. Time: 56.609 sec.
[Jun 15 09:10] Trial factoring M70943417 to 2^67 is 8.85% complete. Time: 56.588 sec.
[Jun 15 09:11] Trial factoring M70943417 to 2^67 is 9.79% complete. Time: 55.928 sec.
[Jun 15 09:12] Trial factoring M70943417 to 2^67 is 10.74% complete. Time: 55.863 sec.
[Jun 15 09:13] Trial factoring M70943417 to 2^67 is 11.68% complete. Time: 57.179 sec.

[Jun 15 09:07] Trial factoring M69536947 to 2^66 is 87.61% complete. Time: 56.011 sec.
[Jun 15 09:08] Trial factoring M69536947 to 2^66 is 89.46% complete. Time: 55.916 sec.
[Jun 15 09:09] Trial factoring M69536947 to 2^66 is 91.31% complete. Time: 56.105 sec.
[Jun 15 09:10] Trial factoring M69536947 to 2^66 is 93.17% complete. Time: 55.898 sec.
[Jun 15 09:11] Trial factoring M69536947 to 2^66 is 95.02% complete. Time: 55.638 sec.
[Jun 15 09:12] Trial factoring M69536947 to 2^66 is 96.87% complete. Time: 55.655 sec.
[Jun 15 09:13] Trial factoring M69536947 to 2^66 is 98.72% complete. Time: 55.963 sec.
[Jun 15 09:13] M69536947 no factor from 2^65 to 2^66, Wd1: 9B7BCEC4
[Jun 15 09:13] Starting trial factoring of M70943449 to 2^67
[Jun 15 09:13] Trial factoring M70943449 to 2^67.

[Jun 15 09:08] Trial factoring M69557731 to 2^66 is 41.09% complete. Time: 55.632 sec.
[Jun 15 09:09] Trial factoring M69557731 to 2^66 is 42.94% complete. Time: 55.639 sec.
[Jun 15 09:10] Trial factoring M69557731 to 2^66 is 44.79% complete. Time: 55.811 sec.
[Jun 15 09:11] Trial factoring M69557731 to 2^66 is 46.65% complete. Time: 55.776 sec.
[Jun 15 09:12] Trial factoring M69557731 to 2^66 is 48.50% complete. Time: 55.753 sec.
[Jun 15 09:13] Trial factoring M69557731 to 2^66 is 50.35% complete. Time: 55.749 sec.
[Jun 15 09:14] Trial factoring M69557731 to 2^66 is 52.21% complete. Time: 55.852 sec.

[Mini-Geek]

Originally Posted by naintroll

And i would just test one number from start to end who make that ?

Do you mean that you want to run the LL test, which tests the number for primality, or that you want to do all the work for one number from start to end yourself?
To run LL tests, set Prime95 to request those instead of TF in Test > Worker Windows.
To do all the work for a number, go to http://www.mersenne.org/manual_assignment/, log in, choose "Smallest available first-time tests", and specify which exponent(s) you want to do using the exponent range boxes (if you leave those blank, it will give you the smallest LL test available). If you want more than one, change the "Number of CPUs..." field to how many you want. Then if the number is available, it will give you a line to put in your worktodo.txt file. Copy/paste that to the end of the worktodo.txt file for the worker number that you want to run it, then restart Prime95 to make it see the change.

Normal GIMPS assignments have the separate parts of testing a single number (trial factoring, P-1 to find small factors, the LL test to check primality, and a second LL test to double check that the first one was right) assigned and done separately.