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Fix the conky.conf.in comment to name all three samplers and the README
to say the cache sampler runs every 15 minutes. Rewrite the disks layout
comment to match per_row = n (no wrapping), drop the stale "seventeenth
bar" note, and record in the spec that the cache age marker is
deliberately deferred with the epoch-line upgrade path.
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Thresholds colour every quantity that has a comfortable range: ok below
the first, warning between, critical above. 25/75 for filesystems, cache
and CPU load; per-sensor pairs for temperatures, because 70C is
unremarkable on a CPU and alarming on an NVMe.
The per-core row becomes an equaliser: sixteen vertical bars rising from
a baseline, coloured by load. Disks become idea2's rings, an icon at the
centre and the arc coloured by usage. Cache highlights its largest
subdirectory.
This needs a `warning` role the dashboard does not currently expose.
udt-palette already resolves it in every scheme, mapping yellow (or
Nord's aurora_yellow) to it globally, and other generators already read
it, so adding it is one word in gen_conky's role tuple plus a
placeholder and a palette line. No scheme file changes.
Three new primitives in lib/card.lua rather than per-widget drawing:
bar, ring, and a threshold helper so all four cards agree on the rule
instead of each re-deriving it.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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Four cards: CPU/RAM with every temperature, GPU, filesystems, and the
user cache. Three were asked for; cache became its own card because it
is a different refresh cycle and sharing the disks card would have made
the densest card in the dashboard.
Two findings that shaped it, both from probing the hardware rather than
assuming:
- The Arc B580 exposes no utilisation figure. The xe driver has no
gpu_busy_percent, intel_gpu_top refuses the device outright, and
gputop prints per-process rows with ANSI escapes, which is not an
interface to build on. The card shows temperatures and fan speed and
no load bar, rather than inventing a number.
- /data is on a spinning disk with no hwmon chip, so there is no sda
temperature to show. Reading SMART would need smartctl as root and
would spin up a sleeping disk each poll.
Also: the four NFS mounts are two filesystems behind two servers, so
showing all four printed every number twice. One mount per server.
Both new samplers follow the weather fetch's cache-and-read pattern,
which exists precisely so an unreachable NFS server costs a stale cache
instead of freezing the draw hook.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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