Posts by bcavnaugh
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1) Message boards : Number crunching : Tasks running 100 for 17 Hours (Message 8146)
Posted 19 Mar 2022 by Profile bcavnaugh
One did complete

Stderr output

<core_client_version>7.16.20</core_client_version>
<![CDATA[
<stderr_txt>
20:35:27 (235200): wrapper (7.5.26012): starting
20:35:27 (235200): wrapper: running llr.exe ( -d -oPgenInputFile=input.prp -oPgenOutputFile=primes.txt -oDiskWriteTime=10 -oOutputIterations=50000 -oResultsFileIterations=99999999)
Base factorized as : 19*37
Base prime factor(s) taken : 37
Starting N+1 prime test of 1902*703^298250-1
Using zero-padded FMA3 FFT length 448K, Pass1=448, Pass2=1K, a = 3

1902*703^298250-1, bit: 50000 / 2820675 [1.77%]. Time per bit: 22.311 ms.
1902*703^298250-1, bit: 100000 / 2820675 [3.54%]. Time per bit: 23.258 ms.
1902*703^298250-1, bit: 150000 / 2820675 [5.31%]. Time per bit: 22.240 ms.
1902*703^298250-1, bit: 200000 / 2820675 [7.09%]. Time per bit: 23.705 ms.
1902*703^298250-1, bit: 250000 / 2820675 [8.86%]. Time per bit: 23.563 ms.
1902*703^298250-1, bit: 300000 / 2820675 [10.63%]. Time per bit: 23.537 ms.
1902*703^298250-1, bit: 350000 / 2820675 [12.40%]. Time per bit: 23.417 ms.
1902*703^298250-1, bit: 400000 / 2820675 [14.18%]. Time per bit: 23.423 ms.
1902*703^298250-1, bit: 450000 / 2820675 [15.95%]. Time per bit: 24.154 ms.
1902*703^298250-1, bit: 500000 / 2820675 [17.72%]. Time per bit: 23.798 ms.
1902*703^298250-1, bit: 550000 / 2820675 [19.49%]. Time per bit: 23.287 ms.
1902*703^298250-1, bit: 600000 / 2820675 [21.27%]. Time per bit: 23.133 ms.
1902*703^298250-1, bit: 650000 / 2820675 [23.04%]. Time per bit: 23.226 ms.
1902*703^298250-1, bit: 700000 / 2820675 [24.81%]. Time per bit: 23.122 ms.
1902*703^298250-1, bit: 750000 / 2820675 [26.58%]. Time per bit: 23.659 ms.
1902*703^298250-1, bit: 800000 / 2820675 [28.36%]. Time per bit: 22.845 ms.
1902*703^298250-1, bit: 850000 / 2820675 [30.13%]. Time per bit: 23.728 ms.
1902*703^298250-1, bit: 900000 / 2820675 [31.90%]. Time per bit: 23.116 ms.
1902*703^298250-1, bit: 950000 / 2820675 [33.67%]. Time per bit: 23.231 ms.
1902*703^298250-1, bit: 1000000 / 2820675 [35.45%]. Time per bit: 23.582 ms.
1902*703^298250-1, bit: 1050000 / 2820675 [37.22%]. Time per bit: 23.281 ms.
1902*703^298250-1, bit: 1100000 / 2820675 [38.99%]. Time per bit: 23.319 ms.
1902*703^298250-1, bit: 1150000 / 2820675 [40.77%]. Time per bit: 23.632 ms.
1902*703^298250-1, bit: 1200000 / 2820675 [42.54%]. Time per bit: 23.302 ms.
1902*703^298250-1, bit: 1250000 / 2820675 [44.31%]. Time per bit: 23.006 ms.
1902*703^298250-1, bit: 1300000 / 2820675 [46.08%]. Time per bit: 23.358 ms.
1902*703^298250-1, bit: 1350000 / 2820675 [47.86%]. Time per bit: 23.691 ms.
1902*703^298250-1, bit: 1400000 / 2820675 [49.63%]. Time per bit: 23.544 ms.
1902*703^298250-1, bit: 1450000 / 2820675 [51.40%]. Time per bit: 23.089 ms.
1902*703^298250-1, bit: 1500000 / 2820675 [53.17%]. Time per bit: 23.863 ms.
1902*703^298250-1, bit: 1550000 / 2820675 [54.95%]. Time per bit: 22.802 ms.
1902*703^298250-1, bit: 1600000 / 2820675 [56.72%]. Time per bit: 23.750 ms.
1902*703^298250-1, bit: 1650000 / 2820675 [58.49%]. Time per bit: 23.554 ms.
1902*703^298250-1, bit: 1700000 / 2820675 [60.26%]. Time per bit: 23.052 ms.
1902*703^298250-1, bit: 1750000 / 2820675 [62.04%]. Time per bit: 22.702 ms.
1902*703^298250-1, bit: 1800000 / 2820675 [63.81%]. Time per bit: 23.200 ms.
1902*703^298250-1, bit: 1850000 / 2820675 [65.58%]. Time per bit: 23.419 ms.
1902*703^298250-1, bit: 1900000 / 2820675 [67.35%]. Time per bit: 23.284 ms.
1902*703^298250-1, bit: 1950000 / 2820675 [69.13%]. Time per bit: 23.145 ms.
1902*703^298250-1, bit: 2000000 / 2820675 [70.90%]. Time per bit: 23.006 ms.
1902*703^298250-1, bit: 2050000 / 2820675 [72.67%]. Time per bit: 23.630 ms.
1902*703^298250-1, bit: 2100000 / 2820675 [74.45%]. Time per bit: 23.580 ms.
1902*703^298250-1, bit: 2150000 / 2820675 [76.22%]. Time per bit: 22.959 ms.
1902*703^298250-1, bit: 2200000 / 2820675 [77.99%]. Time per bit: 23.984 ms.
1902*703^298250-1, bit: 2250000 / 2820675 [79.76%]. Time per bit: 23.219 ms.
1902*703^298250-1, bit: 2300000 / 2820675 [81.54%]. Time per bit: 24.151 ms.
1902*703^298250-1, bit: 2350000 / 2820675 [83.31%]. Time per bit: 23.219 ms.
1902*703^298250-1, bit: 2400000 / 2820675 [85.08%]. Time per bit: 23.083 ms.
1902*703^298250-1, bit: 2450000 / 2820675 [86.85%]. Time per bit: 23.232 ms.
1902*703^298250-1, bit: 2500000 / 2820675 [88.63%]. Time per bit: 23.493 ms.
1902*703^298250-1, bit: 2550000 / 2820675 [90.40%]. Time per bit: 23.387 ms.
1902*703^298250-1, bit: 2600000 / 2820675 [92.17%]. Time per bit: 23.384 ms.
1902*703^298250-1, bit: 2650000 / 2820675 [93.94%]. Time per bit: 23.570 ms.
1902*703^298250-1, bit: 2700000 / 2820675 [95.72%]. Time per bit: 23.000 ms.
1902*703^298250-1, bit: 2750000 / 2820675 [97.49%]. Time per bit: 23.586 ms.
16:19:36 (7296): wrapper (7.5.26012): starting
16:19:36 (7296): wrapper: running llr.exe ( -d -oPgenInputFile=input.prp -oPgenOutputFile=primes.txt -oDiskWriteTime=10 -oOutputIterations=50000 -oResultsFileIterations=99999999)
Base factorized as : 19*37
Base prime factor(s) taken : 37
Resuming N+1 prime test of 1902*703^298250-1 at bit 2742145 [97.21%]
Using zero-padded FMA3 FFT length 448K, Pass1=448, Pass2=1K, a = 3

1902*703^298250-1, bit: 2750000 / 2820675 [97.49%]. Time per bit: 130.595 ms.
1902*703^298250-1, bit: 2800000 / 2820675 [99.26%]. Time per bit: 5.090 ms.


1902*703^298250-1 is not prime. RES64: 17BB545F6A9208F1. OLD64: E5B85E83FD248463 Time : 64405.114 sec.
16:26:38 (7296): llr.exe exited; CPU time 413.375000
16:26:38 (7296): called boinc_finish(0)

</stderr_txt>
]]>
2) Message boards : Number crunching : Tasks running 100 for 17 Hours (Message 8145)
Posted 19 Mar 2022 by Profile bcavnaugh
I am going to abort them and turn off HT and see if the rest of the tasks will run and complete.
Hosts
https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=6978
https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=68132


https://srbase.my-firewall.org/sr5/forum_thread.php?id=6&postid=698

you can always check your stderr.txt in slot dir to calculate the runtime in total

After restarting with HT the tasks started over.
They should not have to run 17 Hours to complete.
I will wait to see how long the Short tasks now take.
Here is one of the runs
20:35:05 (11352): wrapper (7.5.26012): starting
20:35:05 (11352): wrapper: running llr.exe ( -d -oPgenInputFile=input.prp -oPgenOutputFile=primes.txt -oDiskWriteTime=10 -oOutputIterations=50000 -oResultsFileIterations=99999999)
Base factorized as : 19*37
Base prime factor(s) taken : 37
Starting N+1 prime test of 758*703^297552-1
Using zero-padded FMA3 FFT length 448K, Pass1=448, Pass2=1K, a = 3

758*703^297552-1, bit: 50000 / 2814073 [1.77%]. Time per bit: 26.795 ms.
758*703^297552-1, bit: 100000 / 2814073 [3.55%]. Time per bit: 26.308 ms.
758*703^297552-1, bit: 150000 / 2814073 [5.33%]. Time per bit: 27.097 ms.
758*703^297552-1, bit: 200000 / 2814073 [7.10%]. Time per bit: 26.106 ms.
758*703^297552-1, bit: 250000 / 2814073 [8.88%]. Time per bit: 26.497 ms.
758*703^297552-1, bit: 300000 / 2814073 [10.66%]. Time per bit: 27.626 ms.
758*703^297552-1, bit: 350000 / 2814073 [12.43%]. Time per bit: 26.841 ms.
758*703^297552-1, bit: 400000 / 2814073 [14.21%]. Time per bit: 26.013 ms.
758*703^297552-1, bit: 450000 / 2814073 [15.99%]. Time per bit: 26.704 ms.
758*703^297552-1, bit: 500000 / 2814073 [17.76%]. Time per bit: 26.661 ms.
758*703^297552-1, bit: 550000 / 2814073 [19.54%]. Time per bit: 26.440 ms.
758*703^297552-1, bit: 600000 / 2814073 [21.32%]. Time per bit: 26.406 ms.
758*703^297552-1, bit: 650000 / 2814073 [23.09%]. Time per bit: 25.856 ms.
758*703^297552-1, bit: 700000 / 2814073 [24.87%]. Time per bit: 27.084 ms.
758*703^297552-1, bit: 750000 / 2814073 [26.65%]. Time per bit: 25.425 ms.
758*703^297552-1, bit: 800000 / 2814073 [28.42%]. Time per bit: 25.672 ms.
758*703^297552-1, bit: 850000 / 2814073 [30.20%]. Time per bit: 26.623 ms.
758*703^297552-1, bit: 900000 / 2814073 [31.98%]. Time per bit: 26.609 ms.
758*703^297552-1, bit: 950000 / 2814073 [33.75%]. Time per bit: 27.091 ms.
758*703^297552-1, bit: 1000000 / 2814073 [35.53%]. Time per bit: 26.606 ms.
758*703^297552-1, bit: 1050000 / 2814073 [37.31%]. Time per bit: 26.533 ms.
758*703^297552-1, bit: 1100000 / 2814073 [39.08%]. Time per bit: 26.849 ms.
758*703^297552-1, bit: 1150000 / 2814073 [40.86%]. Time per bit: 25.959 ms.
758*703^297552-1, bit: 1200000 / 2814073 [42.64%]. Time per bit: 27.298 ms.
758*703^297552-1, bit: 1250000 / 2814073 [44.41%]. Time per bit: 27.425 ms.
758*703^297552-1, bit: 1300000 / 2814073 [46.19%]. Time per bit: 25.425 ms.
758*703^297552-1, bit: 1350000 / 2814073 [47.97%]. Time per bit: 25.562 ms.
758*703^297552-1, bit: 1400000 / 2814073 [49.74%]. Time per bit: 25.964 ms.
758*703^297552-1, bit: 1450000 / 2814073 [51.52%]. Time per bit: 26.646 ms.
758*703^297552-1, bit: 1500000 / 2814073 [53.30%]. Time per bit: 25.772 ms.
758*703^297552-1, bit: 1550000 / 2814073 [55.08%]. Time per bit: 27.427 ms.
758*703^297552-1, bit: 1600000 / 2814073 [56.85%]. Time per bit: 26.181 ms.
758*703^297552-1, bit: 1650000 / 2814073 [58.63%]. Time per bit: 25.116 ms.
758*703^297552-1, bit: 1700000 / 2814073 [60.41%]. Time per bit: 26.883 ms.
758*703^297552-1, bit: 1750000 / 2814073 [62.18%]. Time per bit: 26.331 ms.
758*703^297552-1, bit: 1800000 / 2814073 [63.96%]. Time per bit: 26.972 ms.
758*703^297552-1, bit: 1850000 / 2814073 [65.74%]. Time per bit: 25.115 ms.
758*703^297552-1, bit: 1900000 / 2814073 [67.51%]. Time per bit: 26.664 ms.
758*703^297552-1, bit: 1950000 / 2814073 [69.29%]. Time per bit: 26.763 ms.
758*703^297552-1, bit: 2000000 / 2814073 [71.07%]. Time per bit: 26.566 ms.
758*703^297552-1, bit: 2050000 / 2814073 [72.84%]. Time per bit: 26.806 ms.
758*703^297552-1, bit: 2100000 / 2814073 [74.62%]. Time per bit: 26.683 ms.
758*703^297552-1, bit: 2150000 / 2814073 [76.40%]. Time per bit: 26.752 ms.
758*703^297552-1, bit: 2200000 / 2814073 [78.17%]. Time per bit: 27.012 ms.
758*703^297552-1, bit: 2250000 / 2814073 [79.95%]. Time per bit: 26.156 ms.
758*703^297552-1, bit: 2300000 / 2814073 [81.73%]. Time per bit: 26.435 ms.
758*703^297552-1, bit: 2350000 / 2814073 [83.50%]. Time per bit: 24.675 ms.
758*703^297552-1, bit: 2400000 / 2814073 [85.28%]. Time per bit: 26.937 ms.
16:18:04 (1204): wrapper (7.5.26012): starting
16:18:04 (1204): wrapper: running llr.exe ( -d -oPgenInputFile=input.prp -oPgenOutputFile=primes.txt -oDiskWriteTime=10 -oOutputIterations=50000 -oResultsFileIterations=99999999)
Base factorized as : 19*37
Base prime factor(s) taken : 37
Resuming N+1 prime test of 758*703^297552-1 at bit 2424321 [86.14%]
Using zero-padded FMA3 FFT length 448K, Pass1=448, Pass2=1K, a = 3

758*703^297552-1, bit: 2450000 / 2814073 [87.06%]. Time per bit: 30.263 ms.
758*703^297552-1, bit: 2500000 / 2814073 [88.83%]. Time per bit: 4.650 ms.
758*703^297552-1, bit: 2550000 / 2814073 [90.61%]. Time per bit: 4.728 ms.
3) Message boards : Number crunching : Tasks running 100 for 17 Hours (Message 8143)
Posted 19 Mar 2022 by Profile bcavnaugh
I am going to abort them and turn off HT and see if the rest of the tasks will run and complete.
Hosts
https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=6978
https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=68132
4) Message boards : Number crunching : Trial Factoring (Message 8136)
Posted 19 Mar 2022 by Profile bcavnaugh
That is strange, you got the right app but there must be something different, maybe something missing in cc_config

It is, the cc files are all the same, I am now going back to an Old Driver.
But I do not see 455, So going back it not so simple after all.
Maybe time to update the Application to a driver that is at least in the last 6 Months.

NVIDIA Studio Driver WHQL 472.84 December 13, 2021
NVIDIA Studio Driver WHQL 472.47 November 10, 2021
NVIDIA Studio Driver WHQL 472.39 October 26, 2021
NVIDIA Studio Driver WHQL 472.12 September 20, 2021
NVIDIA Studio Driver WHQL 471.68 August 10, 2021
NVIDIA Studio Driver WHQL 471.41 July 19, 2021
NVIDIA Studio Driver WHQL 471.11 June 23, 2021
NVIDIA Studio Driver WHQL 462.59 May 11, 2021
NVIDIA Studio Driver WHQL 462.31 April 14, 2021
NVIDIA Studio Driver WHQL 461.92 March 17, 2021
NVIDIA Studio Driver WHQL 461.72 February 25, 2021
NVIDIA Studio Driver WHQL 461.40 January 26, 2021
NVIDIA Studio Driver WHQL 460.89 December 15, 2020
NVIDIA Studio Driver WHQL 457.30 November 17, 2020
NVIDIA Studio Driver WHQL 456.71 October 20, 2020
NVIDIA Studio Driver WHQL 456.38 September 17, 2020
NVIDIA Studio Driver WHQL 452.06 August 18, 2020
NVIDIA Studio Driver WHQL 451.77 July 16, 2020
NVIDIA Studio Driver WHQL 451.48 June 24, 2020
NVIDIA Studio Driver WHQL 442.92 April 16, 2020

Here is one for the record books;
I was cleaning up the old driver and I start by removing the NVIDIA Audio Driver and restarting the computer, well I tested TF and lo and behold it is now running.....
https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=1985
https://srbase.my-firewall.org/sr5/results.php?hostid=1985&offset=0&show_names=0&state=4&appid=20
So I never really use this Audio Driver so I guess I will stop installing it.
5) Message boards : Number crunching : Trial Factoring (Message 8133)
Posted 18 Mar 2022 by Profile bcavnaugh
How do you fix this Error?
03/17/2022 18:25:57 | SRBase | [error] Missing coprocessor for task TF_73-74_289-299M_wu_77396_0; aborting

TF ran fine before.
NVIDIA NVIDIA GeForce RTX 2080 Ti (4095MB) driver: 472.84 OpenCL: 3.0
Host https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=1985
Thanks
I did install a newer driver
NVIDIA NVIDIA GeForce RTX 2080 Ti (4095MB) driver: 511.09 OpenCL: 3.0
Still a No Go


https://srbase.my-firewall.org/sr5/forum_thread.php?id=6&postid=5765

I prefer 410.x to 455.x for CUDA 10/11, the 2080 doesnt run on newer CUDA versions

Thanks,
That is odd only because my other hosts are running them fine on 511.09 OpenCL: 3.0/

2080
https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=217357

3090
[/url]https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=217218[url]
I will change drivers and see what gives
6) Message boards : Number crunching : Trial Factoring (Message 8119)
Posted 18 Mar 2022 by Profile bcavnaugh
How do you fix this Error?
03/17/2022 18:25:57 | SRBase | [error] Missing coprocessor for task TF_73-74_289-299M_wu_77396_0; aborting

TF ran fine before.
NVIDIA NVIDIA GeForce RTX 2080 Ti (4095MB) driver: 472.84 OpenCL: 3.0
Host https://srbase.my-firewall.org/sr5/show_host_detail.php?hostid=1985
Thanks
I did install a newer driver
NVIDIA NVIDIA GeForce RTX 2080 Ti (4095MB) driver: 511.09 OpenCL: 3.0
Still a No Go
7) Message boards : Number crunching : 2 GPUs, 2 tasks on one card, not utilizing gpu 1, (Message 8005)
Posted 13 Nov 2021 by Profile bcavnaugh
Seems this is also an issue with NVIDIA Graphics Cards as well.
While 2 tasks are running one card shows 2055MHz 97% usage and the other card shows 300MHz and 0% usage.

2] NVIDIA NVIDIA GeForce RTX 2080 Ti (4095MB) driver: 472.12 OpenCL: 3.0

Went with this for now
<cc_config>
<options>
<exclude_gpu>
<url>http://srbase.my-firewall.org/sr5/</url>
<type>NVIDIA</type>
<device_num>0</device_num>
<app>TF</app>
</exclude_gpu>
<use_all_gpus>1</use_all_gpus>
</options>
</cc_config>
8) Message boards : Number crunching : Need to reset a user Password (Message 3102)
Posted 4 Dec 2016 by Profile bcavnaugh
How can I have a users password reset?
Thank
9) Message boards : News : issues with domain address and change (Message 2922)
Posted 27 Sep 2016 by Profile bcavnaugh
I still get the message to update my address by removing the project.
I even get this message on a NEW Computer.
I use BAM! to manage what BOINC Projects to run and their is no way I have found to change this on BAM!

Where is this "update input file links to the new url." input file?

My account_srbase.myfirewall.org_sr5.xml file shows:
<master_url>http://srbase.myfirewall.org/sr5/</master_url>
<authenticator>REMOVED</authenticator>
<project_name>SRBase</project_name>
<project_preferences>


I have changed
<master_url>http://srbase.my-firewall.org/sr5/</master_url>
But still get the message:

SRBase: Notice from BOINC
This project is using an old URL. When convenient, remove the project, then add http://srbase.my-firewall.org/sr5/
27-Sep-16 11:26:55



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