Posts by Dirk Broer

1) Message boards : News : All apps have been replaced (Message 9512)
Posted 10 Jan 2024 by Dirk Broer

The Pentium J5005 and J5040 have no FMA3 instruction capability (just as the Celerons J4005, J4025, J4105 and J4125):

Pentium/Celeron Gemini Lake Instruction set extensions

AES / Advanced Encryption Standard +
AMD64 / EM64T 64-bit technology +
MMX +
SSE +
SSE2 +
SSE3 +
SSE4.1 +
SSE4.2 +
SSSE3 / Supplemental SSE3 +

People that use boards with these processors are advised to replace them with boards featuring the Intel N100 processor

Supported Extensions & Technologies:

AES / Advanced Encryption Standard
AMD64 / EM64T 64-bit technology
MMX
SSE
SSE2
SSE3
SSSE3
SSE4
SSE4.1
SSE4.2
AVX
AVX2
FMA3
SHA
VT-x
VT-d

2) Message boards : News : All apps have been replaced (Message 9511)
Posted 10 Jan 2024 by Dirk Broer

We've seen this before, with the missing -o before Gerbicz:

./llr2 -d -t4 -oGerbicz=0 -q"13288*96^204730-1"
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4, 4 threads, a = 3
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 10000 / 1348154 [0.74%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 20000 / 1348154 [1.48%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 30000 / 1348154 [2.22%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 40000 / 1348154 [2.96%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 50000 / 1348154 [3.70%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 60000 / 1348154 [4.45%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 70000 / 1348154 [5.19%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 80000 / 1348154 [5.93%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 90000 / 1348154 [6.67%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 100000 / 1348154 [7.41%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 110000 / 1348154 [8.15%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 120000 / 1348154 [8.90%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 130000 / 1348154 [9.64%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 140000 / 1348154 [10.38%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 150000 / 1348154 [11.12%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 160000 / 1348154 [11.86%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 170000 / 1348154 [12.60%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 180000 / 1348154 [13.35%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 190000 / 1348154 [14.09%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 200000 / 1348154 [14.83%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 210000 / 1348154 [15.57%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 220000 / 1348154 [16.31%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 230000 / 1348154 [17.06%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 240000 / 1348154 [17.80%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 250000 / 1348154 [18.54%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 260000 / 1348154 [19.28%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 270000 / 1348154 [20.02%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 280000 / 1348154 [20.76%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 290000 / 1348154 [21.51%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 300000 / 1348154 [22.25%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 310000 / 1348154 [22.99%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 320000 / 1348154 [23.73%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 330000 / 1348154 [24.47%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 340000 / 1348154 [25.21%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 350000 / 1348154 [25.96%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 360000 / 1348154 [26.70%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 370000 / 1348154 [27.44%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 380000 / 1348154 [28.18%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 390000 / 1348154 [28.92%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 400000 / 1348154 [29.67%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 410000 / 1348154 [30.41%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 420000 / 1348154 [31.15%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 430000 / 1348154 [31.89%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 440000 / 1348154 [32.63%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 450000 / 1348154 [33.37%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 460000 / 1348154 [34.12%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 470000 / 1348154 [34.86%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 480000 / 1348154 [35.60%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 490000 / 1348154 [36.34%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 500000 / 1348154 [37.08%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 510000 / 1348154 [37.82%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 520000 / 1348154 [38.57%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 530000 / 1348154 [39.31%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 540000 / 1348154 [40.05%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 550000 / 1348154 [40.79%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 560000 / 1348154 [41.53%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 570000 / 1348154 [42.28%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 580000 / 1348154 [43.02%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 590000 / 1348154 [43.76%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 600000 / 1348154 [44.50%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 610000 / 1348154 [45.24%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 620000 / 1348154 [45.98%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 630000 / 1348154 [46.73%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 640000 / 1348154 [47.47%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 650000 / 1348154 [48.21%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 660000 / 1348154 [48.95%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 670000 / 1348154 [49.69%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 680000 / 1348154 [50.43%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 690000 / 1348154 [51.18%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 700000 / 1348154 [51.92%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 710000 / 1348154 [52.66%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 720000 / 1348154 [53.40%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 730000 / 1348154 [54.14%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 740000 / 1348154 [54.88%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 750000 / 1348154 [55.63%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 760000 / 1348154 [56.37%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 770000 / 1348154 [57.11%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 780000 / 1348154 [57.85%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 790000 / 1348154 [58.59%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 800000 / 1348154 [59.34%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 810000 / 1348154 [60.08%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 820000 / 1348154 [60.82%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 830000 / 1348154 [61.56%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 840000 / 1348154 [62.30%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 850000 / 1348154 [63.04%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 860000 / 1348154 [63.79%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 870000 / 1348154 [64.53%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 880000 / 1348154 [65.27%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 890000 / 1348154 [66.01%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 900000 / 1348154 [66.75%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 910000 / 1348154 [67.49%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 920000 / 1348154 [68.24%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 930000 / 1348154 [68.98%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 940000 / 1348154 [69.72%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 950000 / 1348154 [70.46%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 960000 / 1348154 [71.20%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 970000 / 1348154 [71.95%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 980000 / 1348154 [72.69%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 990000 / 1348154 [73.43%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1000000 / 1348154 [74.17%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1010000 / 1348154 [74.91%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1020000 / 1348154 [75.65%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1030000 / 1348154 [76.40%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1040000 / 1348154 [77.14%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1050000 / 1348154 [77.88%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1060000 / 1348154 [78.62%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1070000 / 1348154 [79.36%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1080000 / 1348154 [80.10%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1090000 / 1348154 [80.85%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1100000 / 1348154 [81.59%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1110000 / 1348154 [82.33%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1120000 / 1348154 [83.07%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1130000 / 1348154 [83.81%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1140000 / 1348154 [84.56%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1150000 / 1348154 [85.30%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1160000 / 1348154 [86.04%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1170000 / 1348154 [86.78%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1180000 / 1348154 [87.52%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1190000 / 1348154 [88.26%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1200000 / 1348154 [89.01%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1210000 / 1348154 [89.75%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1220000 / 1348154 [90.49%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1230000 / 1348154 [91.23%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1240000 / 1348154 [91.97%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1250000 / 1348154 [92.71%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1260000 / 1348154 [93.46%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1270000 / 1348154 [94.20%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1280000 / 1348154 [94.94%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1290000 / 1348154 [95.68%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1300000 / 1348154 [96.42%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1310000 / 1348154 [97.16%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1320000 / 1348154 [97.91%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1330000 / 1348154 [98.65%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1340000 / 1348154 [99.39%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1 is not prime. RES64: 0000000000000000. OLD64: 0000000000000003 Time : 1754.982 sec.

3) Message boards : News : All apps have been replaced (Message 9510)
Posted 10 Jan 2024 by Dirk Broer

The Pentium J5005 and J5040 have no FMA3 instruction capability (just as the Celerons J4005, J4025, J4105 and J4125):

Pentium/Celeron Gemini Lake Instruction set extensions

AES / Advanced Encryption Standard +
AMD64 / EM64T 64-bit technology +
MMX +
SSE +
SSE2 +
SSE3 +
SSE4.1 +
SSE4.2 +
SSSE3 / Supplemental SSE3 +

4) Message boards : News : All apps have been replaced (Message 9508)
Posted 10 Jan 2024 by Dirk Broer

If you can run without Gerbiczcheck then we know if latest gwnum is running.

Didn't I already do that? If not: what should be the exact command/arguments?

remove -oGerbicz=1 from commandline

I already thought of that, but it just starts again -WITH Gerbicz test...

./llr2 -d -t4 -q"13288*96^204730-1"
Gerbicz check is requested, switching to PRP.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 192K, Pass1=768, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 192K, Pass1=768, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Too much errors ; Restarting with next larger FFT length...
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Too many errors, aborting.

5) Message boards : News : All apps have been replaced (Message 9506)
Posted 10 Jan 2024 by Dirk Broer

If you can run without Gerbiczcheck then we know if latest gwnum is running.

Didn't I already do that? If not: what should be the exact command/arguments?

6) Message boards : News : All apps have been replaced (Message 9504)
Posted 10 Jan 2024 by Dirk Broer

./llr2 -d -t4 -oGerbicz=1 -q"13288*96^204730-1"
Gerbicz check is requested, switching to PRP.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 160K, Pass1=640, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 160K, Pass1=640, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Too much errors ; Restarting with next larger FFT length...
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 192K, Pass1=768, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 192K, Pass1=768, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 192K, Pass1=768, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Continuing from last save file.
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 192K, Pass1=768, Pass2=256, clm=4, 4 threads, a = 3, L2 = 123*104
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1600 / 204730 [0.78%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 3199 / 204730 [1.56%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 4798 / 204730 [2.34%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 6397 / 204730 [3.12%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 7996 / 204730 [3.90%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 9595 / 204730 [4.68%], 0 ch13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 11194 / 204730 [5.46%], 0 c Gerbicz check failed at 12792.
Too many errors, aborting.

7) Message boards : News : All apps have been replaced (Message 9502)
Posted 10 Jan 2024 by Dirk Broer

residues are 0, not correct, Gerbicz=1 must be -Gerbicz=1

How are the CPU temps? Without Gerbiczcheck running you cant find hardware errors.

with -Gerbics=1 I get
./llr2 -d -t4 -Gerbicz=1 -q "13288*96^204730-1"
Invalid switch
Usage: llr [-aN] [-bdhmoqv] [-wDIR] [input file name]
-aN Use an alternate set of INI and output files.
-bN Run in the background.
-d Print detailed information to stdout.
-h Print this.
-m Menu to configure llr.
-okeyword=value Set an option in .ini file.
-q"expression" Test a single k*b^n+c or b^n-b^m+c number.
-v Print the version number.
-wDIR Run from a different working directory.

also without space between q and expression
./llr2 -d -t4 -Gerbicz=1 -q"13288*96^204730-1"
Invalid switch
Usage: llr [-aN] [-bdhmoqv] [-wDIR] [input file name]
-aN Use an alternate set of INI and output files.
-bN Run in the background.
-d Print detailed information to stdout.
-h Print this.
-m Menu to configure llr.
-okeyword=value Set an option in .ini file.
-q"expression" Test a single k*b^n+c or b^n-b^m+c number.
-v Print the version number.
-wDIR Run from a different working directory.

re-testing ./llr2 -d -t4 Gerbicz=1 -q "13288*96^204730-1" saw a rise in CPU temps from 36 degrees Celsius to 59 in thermal zones 0, 6 and 7 (or all cpu cores).

8) Message boards : News : All apps have been replaced (Message 9500)
Posted 10 Jan 2024 by Dirk Broer

./llr2 -d -t4 Gerbicz=1 -q"13288*96^204730-1"
Starting probable prime test of 13288*96^204730-1 = 13288*3^204730*2^1023650-1
Using FFT length 160K, Pass1=640, Pass2=256, clm=4, 4 threads, a = 3
13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 10000 / 1348154 [0.74%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 20000 / 1348154 [1.48%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 30000 / 1348154 [2.22%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 40000 / 1348154 [2.96%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 50000 / 1348154 [3.70%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 60000 / 1348154 [4.45%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 70000 / 1348154 [5.19%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 80000 / 1348154 [5.93%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 90000 / 1348154 [6.67%]. T13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 100000 / 1348154 [7.41%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 110000 / 1348154 [8.15%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 120000 / 1348154 [8.90%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 130000 / 1348154 [9.64%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 140000 / 1348154 [10.38%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 150000 / 1348154 [11.12%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 160000 / 1348154 [11.86%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 170000 / 1348154 [12.60%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 180000 / 1348154 [13.35%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 190000 / 1348154 [14.09%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 200000 / 1348154 [14.83%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 210000 / 1348154 [15.57%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 220000 / 1348154 [16.31%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 230000 / 1348154 [17.06%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 240000 / 1348154 [17.80%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 250000 / 1348154 [18.54%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 260000 / 1348154 [19.28%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 270000 / 1348154 [20.02%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 280000 / 1348154 [20.76%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 290000 / 1348154 [21.51%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 300000 / 1348154 [22.25%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 310000 / 1348154 [22.99%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 320000 / 1348154 [23.73%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 330000 / 1348154 [24.47%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 340000 / 1348154 [25.21%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 350000 / 1348154 [25.96%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 360000 / 1348154 [26.70%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 370000 / 1348154 [27.44%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 380000 / 1348154 [28.18%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 390000 / 1348154 [28.92%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 400000 / 1348154 [29.67%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 410000 / 1348154 [30.41%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 420000 / 1348154 [31.15%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 430000 / 1348154 [31.89%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 440000 / 1348154 [32.63%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 450000 / 1348154 [33.37%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 460000 / 1348154 [34.12%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 470000 / 1348154 [34.86%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 480000 / 1348154 [35.60%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 490000 / 1348154 [36.34%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 500000 / 1348154 [37.08%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 510000 / 1348154 [37.82%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 520000 / 1348154 [38.57%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 530000 / 1348154 [39.31%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 540000 / 1348154 [40.05%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 550000 / 1348154 [40.79%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 560000 / 1348154 [41.53%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 570000 / 1348154 [42.28%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 580000 / 1348154 [43.02%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 590000 / 1348154 [43.76%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 600000 / 1348154 [44.50%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 610000 / 1348154 [45.24%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 620000 / 1348154 [45.98%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 630000 / 1348154 [46.73%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 640000 / 1348154 [47.47%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 650000 / 1348154 [48.21%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 660000 / 1348154 [48.95%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 670000 / 1348154 [49.69%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 680000 / 1348154 [50.43%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 690000 / 1348154 [51.18%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 700000 / 1348154 [51.92%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 710000 / 1348154 [52.66%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 720000 / 1348154 [53.40%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 730000 / 1348154 [54.14%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 740000 / 1348154 [54.88%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 750000 / 1348154 [55.63%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 760000 / 1348154 [56.37%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 770000 / 1348154 [57.11%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 780000 / 1348154 [57.85%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 790000 / 1348154 [58.59%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 800000 / 1348154 [59.34%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 810000 / 1348154 [60.08%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 820000 / 1348154 [60.82%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 830000 / 1348154 [61.56%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 840000 / 1348154 [62.30%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 850000 / 1348154 [63.04%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 860000 / 1348154 [63.79%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 870000 / 1348154 [64.53%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 880000 / 1348154 [65.27%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 890000 / 1348154 [66.01%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 900000 / 1348154 [66.75%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 910000 / 1348154 [67.49%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 920000 / 1348154 [68.24%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 930000 / 1348154 [68.98%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 940000 / 1348154 [69.72%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 950000 / 1348154 [70.46%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 960000 / 1348154 [71.20%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 970000 / 1348154 [71.95%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 980000 / 1348154 [72.69%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 990000 / 1348154 [73.43%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1000000 / 1348154 [74.17%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1010000 / 1348154 [74.91%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1020000 / 1348154 [75.65%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1030000 / 1348154 [76.40%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1040000 / 1348154 [77.14%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1050000 / 1348154 [77.88%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1060000 / 1348154 [78.62%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1070000 / 1348154 [79.36%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1080000 / 1348154 [80.10%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1090000 / 1348154 [80.85%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1100000 / 1348154 [81.59%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1110000 / 1348154 [82.33%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1120000 / 1348154 [83.07%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1130000 / 1348154 [83.81%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1140000 / 1348154 [84.56%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1150000 / 1348154 [85.30%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1160000 / 1348154 [86.04%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1170000 / 1348154 [86.78%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1180000 / 1348154 [87.52%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1190000 / 1348154 [88.26%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1200000 / 1348154 [89.01%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1210000 / 1348154 [89.75%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1220000 / 1348154 [90.49%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1230000 / 1348154 [91.23%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1240000 / 1348154 [91.97%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1250000 / 1348154 [92.71%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1260000 / 1348154 [93.46%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1270000 / 1348154 [94.20%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1280000 / 1348154 [94.94%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1290000 / 1348154 [95.68%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1300000 / 1348154 [96.42%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1310000 / 1348154 [97.16%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1320000 / 1348154 [97.91%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1330000 / 1348154 [98.65%].13288*96^204730-1 = 13288*3^204730*2^1023650-1, bit: 1340000 / 1348154 [99.39%]. 13288*96^204730-1 = 13288*3^204730*2^1023650-1 is not prime. RES64: 0000000000000000. OLD64: 0000000000000003 Time : 1116.646 sec.

Overheating could be a possibility, as most J5005's and the like are passively cooled.

9) Message boards : News : All apps have been replaced (Message 9498)
Posted 10 Jan 2024 by Dirk Broer

./llr -d -q"13288*96^204730-1"
Starting probable prime test of 13288*96^204730-1
Using Pentium4 FFT length 160K, Pass1=640, Pass2=256, a = 3
13288*96^204730-1 is not prime. RES64: EDDE501C3B66633F. OLD64: C99AF054B23329BB Time : 3423.282 sec.

10) Message boards : News : All apps have been replaced (Message 9492)
Posted 10 Jan 2024 by Dirk Broer

I'll test with the llr2 app tomorrow (it is 02:00 here now), where to find the llr app?

11) Message boards : News : All apps have been replaced (Message 9490)
Posted 9 Jan 2024 by Dirk Broer

I see a LLR2 app at https://github.com/patnashev/llr2/releases

should I use that for both

./llr -d -q"13288*96^204730-1"

and

./llr2 -d -q"13288*96^204730-1"

?

12) Message boards : News : All apps have been replaced (Message 9488)
Posted 9 Jan 2024 by Dirk Broer

cd Downloads
./PRST -d -fermat "13288*96^204730-1"
Using FFT length 160K, Pass1=640, Pass2=256, clm=4.
Fermat probabilistic test of 13288*96^204730-1, a = 3, complexity = 1360059.
13288*96^204730-1 Gerbicz-Li check enabled, L2 = 302*279.
13288*96^204730-1 Value initialization error.
13288*96^204730-1 Arithmetic error, restarting at 0.0%.
13288*96^204730-1 Value initialization error.
13288*96^204730-1 Arithmetic error, restarting at 0.0%.
13288*96^204730-1 Value initialization error.
13288*96^204730-1 Arithmetic error, restarting at 0.0%.
Restarting using FFT length 192K, Pass1=768, Pass2=256, clm=4
13288*96^204730-1 Value initialization error.
13288*96^204730-1 Arithmetic error, restarting at 0.0%.
Restarting using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4
13288*96^204730-1 Value initialization error.
13288*96^204730-1 Arithmetic error, restarting at 0.0%.
Restarting using zero-padded FFT length 256K, Pass1=1K, Pass2=256, clm=4
13288*96^204730-1 Value initialization error.
13288*96^204730-1 Arithmetic error, restarting at 0.0%.
13288*96^204730-1 Too many restarts, aborting.

13) Message boards : News : All apps have been replaced (Message 9487)
Posted 9 Jan 2024 by Dirk Broer

22068*115^208783+1

cd Downloads
[dirk@Asrock-J5005-iTX Downloads]$ ./PRST -d -fermat "22068*115^208783+1"
Using negacyclic FFT length 192K, Pass1=768, Pass2=256, clm=4.
Fermat probabilistic test of 22068*115^208783+1, a = 3, complexity = 1442551.
22068*115^208783+1 Gerbicz-Li check enabled, L2 = 397*225.
22068*115^208783+1 Value initialization error.
22068*115^208783+1 Arithmetic error, restarting at 0.0%.
22068*115^208783+1 Value initialization error.
22068*115^208783+1 Arithmetic error, restarting at 0.0%.
22068*115^208783+1 Value initialization error.
22068*115^208783+1 Arithmetic error, restarting at 0.0%.
Restarting using zero-padded FFT length 224K, Pass1=896, Pass2=256, clm=4
22068*115^208783+1 Value initialization error.
22068*115^208783+1 Arithmetic error, restarting at 0.0%.
Restarting using zero-padded Pentium4 FFT length 240K, Pass1=320, Pass2=768, clm=4
22068*115^208783+1 Value initialization error.
22068*115^208783+1 Arithmetic error, restarting at 0.0%.
Restarting using zero-padded FFT length 256K, Pass1=1K, Pass2=256, clm=4
22068*115^208783+1 Value initialization error.
22068*115^208783+1 Arithmetic error, restarting at 0.0%.
22068*115^208783+1 Too many restarts, aborting.

14) Message boards : News : All apps have been replaced (Message 9485)
Posted 9 Jan 2024 by Dirk Broer

pls also try to retest 22068*115^208783+1

I'll try -with the t option (t=4?)- next run. The previous is still running.

15) Message boards : News : All apps have been replaced (Message 9482)
Posted 9 Jan 2024 by Dirk Broer

What should I expect to be the outcome when all is well, and what will be the outcome if it isn't?
For now i have this as output:
>
to be augmented with this comment after a few minutes

Unknown option 13288*96^204730-1

I've added the missing " now, so it is
./PRST -d -fermat "13288*96^204730-1"

16) Message boards : News : All apps have been replaced (Message 9480)
Posted 9 Jan 2024 by Dirk Broer

Still 1 (0x1) Unknown error number
with https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=222534

[dirk@Asrock-J5005-iTX ~]$ cd Downloads
[dirk@Asrock-J5005-iTX Downloads]$ PRST.exe -boinc -fermat "13288*96^204730-1"
bash: PRST.exe: command not found
[dirk@Asrock-J5005-iTX Downloads]$ dir
banner.go
Oracle_VM_VirtualBox_Extension_Pack-7.0.10.vbox-extpack
PRST-11-test.zip
PRST.exe

Sierpinski Bases +1 should work but cant find any output on prst11 test?

I'm afraid Linux works more differently from Windows than think. I've made PRST.exe an executable file, but Linux can't make chocolate of it, even when I improve the command to

[dirk@Asrock-J5005-iTX ~]$ cd Downloads
[dirk@Asrock-J5005-iTX Downloads]$ ./PRST.exe -boinc -fermat "13288*96^204730-1"
bash: ./PRST.exe: cannot execute binary file: Exec format error
[dirk@Asrock-J5005-iTX Downloads]$

goto properties-permissions-allow executing file as program, you can only use a linux app to run on linux not from windows

https://github.com/patnashev/prst/releases

This is a Manjaro Linux system that gives the "1 (0x1) Unknown error number" message. If PRST.exe -boinc -fermat "13288*96^204730-1" does not work under Linux, how am I suppose to test it?

17) Message boards : News : All apps have been replaced (Message 9478)
Posted 9 Jan 2024 by Dirk Broer

Still 1 (0x1) Unknown error number
with https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=222534

[dirk@Asrock-J5005-iTX ~]$ cd Downloads
[dirk@Asrock-J5005-iTX Downloads]$ PRST.exe -boinc -fermat "13288*96^204730-1"
bash: PRST.exe: command not found
[dirk@Asrock-J5005-iTX Downloads]$ dir
banner.go
Oracle_VM_VirtualBox_Extension_Pack-7.0.10.vbox-extpack
PRST-11-test.zip
PRST.exe

Sierpinski Bases +1 should work but cant find any output on prst11 test?

I'm afraid Linux works more differently from Windows than think. I've made PRST.exe an executable file, but Linux can't make chocolate of it, even when I improve the command to

[dirk@Asrock-J5005-iTX ~]$ cd Downloads
[dirk@Asrock-J5005-iTX Downloads]$ ./PRST.exe -boinc -fermat "13288*96^204730-1"
bash: ./PRST.exe: cannot execute binary file: Exec format error
[dirk@Asrock-J5005-iTX Downloads]$

18) Message boards : News : All apps have been replaced (Message 9476)
Posted 9 Jan 2024 by Dirk Broer

Still 1 (0x1) Unknown error number
with https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=222534

[dirk@Asrock-J5005-iTX ~]$ cd Downloads
[dirk@Asrock-J5005-iTX Downloads]$ PRST.exe -boinc -fermat "13288*96^204730-1"
bash: PRST.exe: command not found
[dirk@Asrock-J5005-iTX Downloads]$ dir
banner.go
Oracle_VM_VirtualBox_Extension_Pack-7.0.10.vbox-extpack
PRST-11-test.zip
PRST.exe

19) Message boards : News : All apps have been replaced (Message 9185)
Posted 23 Oct 2023 by Dirk Broer

by the new prst app. There are some issues with similar CPUs and Riesel Bases (-1), Sierpinski Base is fine:

GenuineIntel Intel(R) Celeron(R) J4125 CPU @ 2.00GHz [Family 6 Model 122 Stepping 8]
GenuineIntel Intel(R) Celeron(R) CPU N3150 @ 1.60GHz [Family 6 Model 76 Stepping 3]
GenuineIntel Intel(R) Pentium(R) Silver J5005 CPU @ 1.50GHz [Family 6 Model 122 Stepping 1]

1 (0x1) Unknown error number

The gwnum must have a bug, already reported to the dev.

If you have such errors with these CPUs, disable work for -1 bases until this is fixed.

Just a hunch: You do know that these CPU's have a thing in common? No L3 cache. If your code for -1 bases explicitely makes use of L3 cache than they will fail.

20) Message boards : News : All apps have been replaced (Message 9161)
Posted 15 Oct 2023 by Dirk Broer

I am glad it is just GWNUM (or the Intel CPU design itself?) that is at error here, it happened just when I added some extra libraries for multiple and arbitrary precision on my J5005....

BTW: The new Sierpinski Base app runs like a dream on one of my Ryzen 7 5700G machines, kudos.

P.S.: Get well soon!

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