gkrellm-freq currently works incorrectly if the system has more than one CPU or CPU core.
The attached patch improves gkrellm-freq by calculating average CPU frequency across all CPUs or CPU cores.
Created attachment 412602 [details]
Complete sources with a patch
CC: ing Hans de Goede, because I see no activity here for two straight months.
Reassigning the component, since gkrellm developers do not care.
Created attachment 437317 [details]
A patch to enable proper multicore reporting in gkrellm-gkfreq
Not sure why I was Cc'd here, removing. FWIW gkrellm-freq 2.0 is available which I suppose has support for up to 8 CPUs, see bug 621503 and http://sourceforge.net/projects/gkrellm-gkfreq/files/2.0/gkrellm-gkfreq-2.0.txt/view
(In reply to comment #5)
> Not sure why I was Cc'd here, removing. FWIW gkrellm-freq 2.0 is available
> which I suppose has support for up to 8 CPUs, see bug 621503 and
What an atrocity, an applet for _every_ CPU core, both virtual and real.
What if I have a system with two six cores Xeon CPUs with HT enabled - that will yield 24 virtual cores, so an end user should then have 24 indicators. No, thank you.
First of all thanks for the patches and sorry for the lack of response. As yuo may have guessed gkrellm-freq is pretty much unsupported in Fedora atm. Matthias has not been really active lately. He is still around and sometimes does some stuff, so hence his packages have not been orphaned but he is not really active either.
So as you are interested in gkrellm-freq, maybe you want to maintain it ? If you are already a Fedora packager, picking up another package is easy. If not I can help you become a Fedora packager if you want.
About the patch, as said a newer upstream release already has support for this, so it seems to make more sense to upgrade to this new upstream release. I understand you don't like the upstream implementation of this support, but I think this is best discussed with the upstream author. Have you send your patch upstream? I think it would be best if upstream would add an option to make multiple cpu support use either one applet per core, or use your methodology so that the user can easily configure which one he wants. But that is something to discuss with upstream.
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My approach and upstream approach are both very inconvenient - mine is not very informative, theirs requires too much vertical space.
CPU speed IMO should be represented graphically, e.g. using bars.
1-2 pixels wide green bar 3-4 pixels high may represent the lowest frequency, 7-9 pixels high red bar could mean the maximum frequency. Yellow in between.