The last two values that could only be changed by editing a file.
Weather was pinned to hardcoded coordinates, so the card could not be
pointed anywhere else. It is a location search now, not latitude and
longitude fields: nobody knows their own coordinates, and a control that
demands them is one nobody uses. Open-Meteo's geocoding endpoint needs
no key, the same reason the forecast already uses them. Only the search
term leaves the machine -- the stored place name is a label -- and
coordinates are rounded to four decimals, far finer than a weather
reading resolves and coarse enough to keep a precise home location out
of the settings file.
The graphics readout was hardcoded to card1. This machine has two amdgpu
cards, discrete and integrated, so that was right only by luck, and the
path is meaningless on any other machine. GPUs are enumerated with a
readable name from lspci, since sysfs exposes only numeric ids, and the
picker appears only when there is more than one to choose between. A
stored path the machine does not have is refused and reported rather
than silently measuring nothing.
Also merges the per-application notification rules UI. Its three commits
were believed integrated but the page half was not actually in the tree:
main had the service side in Notifs.qml and zero references to
setAppRule in NotificationsPage. Ancestry is not content.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Audited bar, dock, quick settings, date menu and Settings for three
things: a setting reachable in one UI but not another, a setting that
exists but is unreachable anywhere, and UI that states something false.
Night Light was fully exposed in Quick Settings and had no control
anywhere in Settings. It now has a card on Displays, where GNOME also
puts it, with on/off, schedule, times and temperature.
Adding those controls would have shipped the exact defect this audit
exists to find. NightLight declared enabled, temperature and automatic
as bindings on the store, but toggle() assigns to them, and an
assignment destroys a QML binding permanently -- so the service wrote to
the store and never read from it again. The Settings controls would have
written values the service ignored, while Quick Settings kept working.
It now follows the store. Every other service was swept for the same
pattern; this was the only one.
The night light schedule was two hardcoded literals, so the hours could
not be changed. They are schema keys now, with a row that renders 17.5
as "5:30 PM" and honours the 24-hour preference rather than showing a
decimal nobody reads as a time.
keyboardLayout was in the schema and read by input.lua but had no
control anywhere: configurable in principle, unreachable in practice. It
is surfaced on Input & Shortcuts as read-only, with the reason, because
it needs a compositor reload and a control implying instant apply would
be a smaller lie but still a lie.
Caffeine was a Quick Settings toggle mentioned only in a subtitle in
Settings. It has a real control now.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Network & Devices was 92 lines and two buttons that opened GNOME. It now
scans, joins, and pairs directly through Quickshell.Networking and
Quickshell.Bluetooth -- NetworkManager and BlueZ over DBus, no shelling
out to nmcli or bluetoothctl. That was the founding requirement for this
desktop: never having to drop to a terminal to join a network.
Scanning follows the page being visible. Wi-Fi scanning and especially
Bluetooth discovery hold the radio, and running either for a list nobody
is looking at spends airtime on nothing.
Joining a secured network gets a real password field, not the clipboard
popover's search box with different placeholder text: a Wi-Fi key typed
into a field that echoes it is readable by anyone behind you, and a
search glyph in front of a password prompt is simply wrong.
Two bugs found by looking at the rendered page, both silent:
The device lookups used enum names that do not exist --
NetworkDeviceType.Wifi rather than DeviceType.Wifi -- so both returned
null and the page reported "No Wi-Fi adapter" on a machine whose Wi-Fi
was connected. Nothing was logged; QML resolves an unknown enum member
to undefined and compares happily.
signalStrength is 0.0-1.0, not a percentage, so thresholds written for
0-100 put every network including the connected one in the bottom
bucket. The labels now use the same buckets as the icons in
quicksettings/WifiList.qml so the two cannot disagree.
The contract compares what the service resolves against what nmcli
reports, rather than only checking that nothing crashed.
Also makes the Home Assistant bridge hermetic: resolve_config read the
user's private env file even when a caller supplied an explicit
environment, so adding a real PANAMA_HOME_ASSISTANT_ENTITIES to that
file silently overrode a fixture asserting the legacy fallback. An
explicit environment is now the whole environment; production still
reads the file. Its live contract skips when no token is configured --
an absent credential is not a defect, and a suite expected to be red
stops being read -- while a configured-but-broken bridge still fails.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Resolution, refresh rate, scale, and rotation, applied through
hl.monitor{} and stored per output.
This is the only setting in Panama where a wrong value can leave the
user unable to SEE the screen well enough to undo it: a mode the panel
cannot show, or a scale that makes everything unreadable, is not
recoverable through the UI that caused it. So a change is never applied
irreversibly. It is applied, then reverted automatically after fifteen
seconds unless confirmed, and confirming is what writes it to the
settings store -- letting the countdown run leaves nothing behind.
The contract tests that property specifically: it applies a scale, waits
out the countdown, and asserts the display came back and that nothing
was stored. A regression there is not a broken feature, it is a user
staring at a blank monitor.
Modes are grouped by resolution with refresh rates beside them. The
panel reports 35, many differing only in refresh-rate rounding -- 60.00
and 59.94 -- which as a flat list of buttons is noise rather than
choice; equal rounded pairs collapse, leaving 21.
Only mode, scale, and transform are configurable. Colour management and
bit depth stay in monitors.lua because they carry a documented screencopy
tradeoff that a settings page cannot explain at the moment you would be
changing it.
Also replaces the display policy rows with the schema-bound ones, so the
page no longer restates labels that PreferenceSchema already holds.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Every bind in keybinds.lua now goes through a small wrapper that
substitutes the chord from a stored override. Only the chord is taken
from settings; the action is always the Lua value written in that file,
so an override can move a shortcut but can never make one do something
else. That is the property that makes reading them from a file the user
can edit safe, and it is why the alternative -- storing dispatchers --
was not considered.
Overrides are keyed by the shipped chord rather than the description.
Keying by description moved every bind that shared one: rebinding
SUPER+C also moved the XF86Calculator hardware key onto the same chord,
silently costing it. Chords are unique; descriptions are not.
Applying needs hyprctl reload rather than a live hl.bind. Hyprland
reports Lua-defined binds with dispatcher "__lua" and a bytecode offset,
so the action cannot be reconstructed from outside to re-bind it; reload
re-runs the config, which re-reads the settings file.
The capture control ignores modifier-only presses, because every chord
passes through them and holding Super would otherwise be captured the
moment the modifier went down. It refuses a bare letter, which would
swallow ordinary typing, and refuses a key with no keysym name rather
than storing something that would fail to bind. Rebinding onto a chord
already in use is refused rather than shadowing the existing shortcut.
The refactor was verified by snapshotting all 113 binds before and
after: the keymap is byte-identical, and identical again after applying
an override and resetting it.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
The Dock's pinned applications were a sixteen-entry literal in
Settings.qml, so changing what sits in the Dock meant editing QML. They
are now an ordered list in the shared store, with move up, move down,
unpin, and a filtered picker for adding installed applications. Keeping
them in the shared store rather than a file of their own means they are
covered by Restore defaults like everything else.
This needed a "json" schema type for values the schema stores and resets
but does not validate field by field. It exists so structured settings
can live in the one file rather than growing a fourth preference store;
the owning service validates the contents.
Snapshots make the settings app safe to experiment with. The whole
configuration is one file, so a backup is a copy and a restore is an
overwrite, and restoring snapshots what it replaces so it is itself
undoable. A snapshot is validated as JSON before it can be restored over
a working configuration, and a name that is not a plain snapshot
filename from the backup directory is refused.
Snapshot names carry milliseconds. At one-second resolution a save
followed promptly by a restore produced the same filename twice, and the
restore's own safety snapshot overwrote the file it was about to read --
found by the contract, which restores immediately after saving.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Wires the schema entries and routing the codex agent needs for default
applications, weather, vitals refresh, notification timing, and capture,
so its pages can be written against keys that already exist.
Capture directories and encoder arguments are enums rather than free
text. Both are handed to a recorder process, and a settings page has no
reason to expose an arbitrary string there.
ApplicationsPage.qml is a placeholder so the page id can be routed,
registered, and searchable before the real page lands. It is owned by
the other agent and expected to be replaced wholesale.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Continues the settings expansion toward replacing GNOME Settings for
everything Panama actually owns.
Wallpaper. A thumbnail grid rather than a path field: the value of this
setting is the picture, so typing a path to something you cannot see is
the worst version of it. Two things about hyprpaper 0.8 shaped this. Its
IPC is much smaller than older documentation suggests -- preload,
listloaded, unload, and reload all answer "invalid hyprpaper request",
so setting is a single call with no preload. And the "<empty>,<path>"
form that used to mean every output is silently ignored, so a wallpaper
set that way appears to succeed and never changes; outputs are walked
explicitly instead. hyprpaper.conf lives in the repo through the
~/.config/hypr symlink and so cannot hold machine state, which is why
the choice lives in the shared settings store and is re-applied at
startup.
Power & Lock. hypridle has no IPC for reconfiguration and its config is
hyprlang rather than the shared JSON, so scripts/panama-idle generates a
config from the settings store and restarts the daemon. The generated
file lives under XDG_STATE_HOME for the same symlink reason, with a
systemd drop-in pointing hypridle at it. Management is a real state and
the page says which one you are in rather than showing sliders that
quietly do nothing. Zero means never for all three timers, which a naive
template would render as "immediately".
Date & Time. Deliberately not stored in Panama's settings: the timezone
and network time belong to the machine and are shared with sessions that
never see this file. Storing a copy would create a second answer to a
question the system already answers. Reads and writes timedatectl
directly; a cancelled polkit prompt surfaces as an error rather than as
a value that appears to have been accepted.
Accessibility. Pointer size and text scale have to agree across three
consumers with no shared configuration -- the compositor, GTK, and the
shell -- so the store is the source of truth and the values are pushed
outward to gsettings and hyprctl setcursor.
Search now indexes the schema instead of the twelve page labels. "gaps",
"wallpaper", and "screenshot" previously found nothing on an app that
has all three, which is the clearest way a settings app feels smaller
than it is. Shortcuts are indexed by what they do. A contract asserts
every non-internal schema label is reachable, so a new setting cannot be
added in an undiscoverable state.
The GNOME delegation allow-list was widened to the panel names
gnome-control-center actually reports; the previous list contained
"users", which is not one of them and so opened nothing.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Stage 3 and 4 of docs/superpowers/plans/2026-08-17-panama-cohesion.md.
Add SettingsPage plus ToggleRow, SliderRow, ChoiceRow, ActionRow, and
TextRow. A row names a schema key and needs nothing else: label, detail,
range, and unit come from PreferenceSchema, and writes go through
SystemSettings.commitPreference, which routes compositor-backed keys
through apply-and-verify and local keys straight to the store. The page
scaffold that was copy-pasted eleven times is now one component.
Rebuild Appearance around a live preview of the real desktop, scaled by
the ratio between the preview and the actual monitor so a 10px gap on a
4500px display looks as small as it is. Rebuild Desktop & Dock and Input
& Shortcuts on the shared rows, replacing the read-only text that stood
in for controls that were merely expensive to add.
Generate the shortcut list from hyprctl binds. The page held a
hand-typed nineteen entries against a real keymap of a hundred and
thirteen; it could not show the rest and went stale whenever a bind
changed. Every bind now carries its own description -- backfilled for
the twenty-nine that lacked one -- and keybinds-contract.sh fails if any
bind lacks one, since undescribed binds are dropped from the page.
Make Restore defaults span every store Panama owns. Resetting only the
schema store left the Home accessory arrangement customised while
claiming to restore defaults, which is worse than no reset because it is
silent. Done through HomePreferences' existing public aliases rather
than a new API.
Four defects found while building:
cursor:inactive_timeout is answered by getoption as float, not int. A
wrong readAs does not fail loudly; it makes every write to that key look
rejected, and the user saw an error for a change that worked.
schema-hypr-shape-contract.sh now checks all 23 mapped options against
the running compositor.
The Settings window is tiled, so implicitWidth is only a hint and rows
must survive roughly 400px. SliderRow stacks its control under the label
below 520px.
Binding an anchor to undefined to switch layouts does not reliably
release it. Both row layouts are positioned explicitly.
Concurrent compositor writes are queued and merged rather than refused.
The startup replay of every compositor-backed preference routinely
overlaps a UI change, and refusing left the store and the compositor
disagreeing.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Panama had grown into three configuration surfaces that only agreed because
they had been typed to agree: looks.lua hardcoded values, DesktopPreferences
independently defaulted the same values, and SystemSettings replayed them at
startup. Nothing kept them in sync, and the Lua side read no shared state at
all. This lands the first three stages of docs/superpowers/plans/2026-08-17-panama-cohesion.md.
Fix silently failing Hyprland writes. On a Lua-configured Hyprland, hyprctl
keyword refuses the write, prints the refusal to stdout, and still exits 0, so
the HDR, VRR, and direct-scanout toggles persisted their value and reported
success while the compositor never changed. Writes now go through hyprctl eval,
which has the same hazard on syntax and runtime errors, so success is defined
as reading the value back and finding it equal. The existing contract passed
throughout the outage because it re-applied the values already in place; the
new one flips each value to something it does not hold.
Derive preferences from a schema. Every setting used to be restated four times
-- a property alias, a JSON adapter property, a change handler, and a line in
reset -- where omitting any one failed silently. PreferenceSchema.qml is now
the single source, and persistence, validation, reset, and the Hyprland mapping
all derive from it. Unknown keys on disk survive a write so a rollback does not
discard a newer build's settings, and a corrupt file falls back to shipped
defaults. The store moved to ~/.config/panama/settings.json, migrating from the
old state directory without deleting it.
Share that file with Hyprland. prefs.lua reads it at config time with every
shipped literal kept as the fallback, so the config still stands alone. The Lua
is the default, the JSON is the truth, and Settings is the editor. The
compositor-adjustable surface goes from 3 keys to 23.
Also fixes two test-hygiene bugs found by running the suite end to end for the
first time: settings-pages-contract could see the window settings-window-contract
leaves behind, and the new write contract was persisting its deliberately-wrong
values into the user's real store.
Claude-Session: https://claude.ai/code/session_01BRvzt4H8XXLPVH5MyYdk9L
Gabriel Brown