Age | Commit message (Collapse) | Author |
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Using %degrees on OpenBSD resulted in garbage values if sysctl doesn't
know about any cpu temperature sensors.
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Change from ceiled value to floored value to be consistent with the
FreeBSD kernel
https://svnweb.freebsd.org/base?view=revision&revision=300421
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Add 'format_above_threshold' option for 'cpu_temperature' module
Add 'format_above_threshold' option for 'cpu_usage' module
Add 'format_above_threshold' option for 'load' module
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when THERMAL_ZONE is not defined.
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From here on, we’ll use clang-format to automatically format the source.
This has worked well in i3, so we are introducing it for i3status.
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This patch fixes CPU temperature gauge for DragonFly BSD.
Commit 0eeded8 assumed that fetching CPU temperature for DragonFly
BSD was similar to that of FreeBSD but this assumption is false.
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This patch fixes a bug in which multiple (conflicting) CPU temps may be
included in the output for the "cpu temperature" module.
The bug is due to the way that the code parsed the envsys(4)-returned data,
and would manifest itself on x86-based NetBSD machines, since those use
cputemp(4) as well as acpitz(4), thereby creating multiple envsys(4) entries
with identical descriptions but which refer to different physical sensors.
Instead of matching the description attribute of each device returned by
envsys(4) against the target format, this patch throws away non-matching keys
in the first instruction inside the dict walk. This has the benefit of sparing
unnecessary CPU cycles, and preventing other sensors from being included
erroneously.
Additionally, the THERMAL_ZONE format is now joined with OpenBSD in that it
uses acpitz(4) explicitly. This is prefered since it is much older (dating
back to NetBSD 2.0), and does not exclude x86-based users (as with cputemp(4)).
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* strncmp(s1, s2, strlen(s2)) → BEGINS_WITH(s1, s2)
* strncmp(s1, s2, strlen(s1)) → strcmp(s1, s2)
* Prefer case-insensitive comparison for options
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This patch inlines the creation of the thermal zone string in order
to force computation on each invocation. This is necessary to be able
to read the values of several temperature sensors.
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On GNU/Hurd, THERMAL_ZONE is undefined. This makes compilation fail as
outwalk is declared inside of #ifdef THERMAL_ZONE, but it's used outside
of it (by OUTPUT_FULL_TEXT).
This moves the declaration outside the #ifdef to allow for successful
compilation on Hurd again.
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- Temperature sensors can now set a 'max_threshold' value to color the output red if exceeded.
- Allow for arbitrary temperature sensors nodes to be selected with 'path' on OpenBSD.
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readings
The acpitz(4) values are eventually used by the kernel to determine if the machine
is getting too hot.
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i3status (Thanks Artemis)
The former made i3bar crash, the latter is helpful for debugging.
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This hardcodes all the JSON parts. Strings are not properly escaped currently.
The best/easiest way to fix this is by actually using libyajl.
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Fixes FTBFS on hurd-i386
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We finally switched to libconfuse for a configuration file format
which does not require much work for the programmer nor for the user.
Plus, it avoids the Not-Invented-Here syndrome of yet another config
file format.
Furthermore, as a consequence of providing format strings for every
"module" (ipv6, wireless, …), we directly print the output and thus
we needed to drop support for wmii. This allowed us to get rid of
quite some complexity.
Documentation about the new configuration file and options will
follow. This commit is the beginning of what will be i3status v2.0.
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