Message boards : Number crunching : Stats of 1 machine?
Author | Message |
---|---|
Cureseekers~BioInf Send message Joined: 26 Dec 05 Posts: 8 Credit: 381,514 RAC: 0 |
I have some Linux commandline based computers working for Rosetta. But i cant see the daily output from these machines. (cant connect to them remotely)There is only an 'daily average' on the info page, but sometimes this is far from reality. If you clik om the results link for the computer in question, you get al list of all running and returned results. There is a way to build a script for this, and extract the resuls pro day from the site. After that you can creat some graphical output or just save it in Excel or something. But are there any other solutions around? Or is there someone who already created this? I really like to see the output of every computer, so if they fail i can see it within one day.... For illustration, i mean stats of this kind a page: https://boinc.bakerlab.org/rosetta/results.php?hostid=119950 |
Webmaster Yoda Send message Joined: 17 Sep 05 Posts: 161 Credit: 162,253 RAC: 0 |
I really like to see the output of every computer, so if they fail i can see it within one day.... You could have a look at BOINCstats, in particular this page for your computers. It does not show individual work units but it does give a good overview of how much work each of your computers has done in the last 24 hours, week and month (and if you click on the stats for a single computer you get even more info) *** Join BOINC@Australia today *** |
Paul D. Buck Send message Joined: 17 Sep 05 Posts: 815 Credit: 1,812,737 RAC: 0 |
Join BOINC Synergy and you get similar information. Actually you don't have to join ... but I thought, what the heck ... Seriously, there are a number of Teams that also slice and dice the numbers. I use a combination of BOINC Synergy and Willy's site as neither does everything I like, want, or think I need. so, I look at some things on Willy's site, other things on BOINC Synergy ... |
Message boards :
Number crunching :
Stats of 1 machine?
©2024 University of Washington
https://www.bakerlab.org