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
Panama Settings
The control centre for everything Panama owns. Anything the system owns — hardware, accounts, printers — is delegated to GNOME Settings and labelled as such rather than half-reimplemented.
Adding a setting
One schema entry. That is the whole job.
// config/PreferenceSchema.qml
{
key: "blurSize", type: "int", def: 8, min: 1, max: 20, step: 1,
unit: "px", group: "effects",
label: "Blur radius",
detail: "Larger is softer and costs more frame time",
hypr: { path: ["decoration", "blur", "size"], option: "decoration:blur:size", readAs: "int" }
}
// the page
SliderRow { setting: "blurSize" }
Persistence, validation, clamping, reset, search indexing, and — with a hypr
block — live application to the compositor and the startup replay all derive
from that entry. There is nothing else to register.
If it is compositor-backed, add the matching prefs.get("blurSize", 8) in
hypr/looks.lua so the Hyprland config still stands alone with no settings
file.
The rows
| Component | For |
|---|---|
SettingsPage |
The page scaffold: title, lede, optional pinned header |
ToggleRow { setting } |
A boolean |
SliderRow { setting } |
A number; zeroLabel renders 0 as "Never"/"Instant"/"None" |
ChoiceRow { setting } |
An enum, as a segmented control |
ActionRow |
A button: opens a GNOME panel, runs a one-shot |
TextRow |
A genuinely read-only fact |
TextRow is for facts, not for settings that were merely expensive to wire.
Before Stage 3 more than half of all rows were static text standing in for
controls; that is the failure this vocabulary exists to prevent.
Rows write through SystemSettings.commitPreference(key, value), which routes
compositor-backed keys through apply-and-verify and local keys straight to the
store. A row never needs to know which kind it holds.
Things that will bite you
readAs describes the answer, not the setting. hyprctl getoption returns
the value in a different JSON field per type — int, bool, float, str,
and css for gaps (a four-value box). Declaring the wrong one does not fail
loudly: it makes every write to that key look rejected, and the user sees an
error for a change that worked. tests/quickshell/schema-hypr-shape-contract.sh
asks the compositor for the real shape of every mapped option.
Never trust an exit code from hyprctl. keyword refuses to work on a
Lua-configured Hyprland, prints the refusal to stdout, and exits 0. eval exits
0 on syntax and runtime errors too. The only trustworthy signal that a write
landed is reading the value back.
The Settings window is tiled. implicitWidth is a hint; the layout decides,
and it ranges from a half-screen split to the full display. SliderRow stacks
its control under the label below 520px. Test narrow.
Binding an anchor to undefined does not reliably release it. Switching
layouts that way left a slider anchored to both edges with the label squeezed
into what was left. Position explicitly instead.
Inside a SettingsCard, parent is the card's internal Column. So
parent.modelData in a nested Repeater is undefined and the rows silently
never appear — you get a card with a heading and nothing under it. Address the
outer model through an explicit id.
A TapHandler declared as a child of SettingRow lands in the trailing
slot, because that is the row's default property, so only the right-hand edge
becomes clickable. Use activatable: true with onActivated for a whole-row
target.
A copy of the Quickshell config shares the live shell's ID. Quickshell
derives the Shell ID from config content, not path, so
cp -a config/dot/quickshell $tmp && qs -p $tmp kill kills the running
desktop, and qs -p $tmp ipc call … can drive it. Harnesses that point at a
single distinct .qml file are safe; copying the whole directory is not.
Where state lives
| File | Holds |
|---|---|
~/.config/panama/settings.json |
Everything in the schema. Read by the shell and by hypr/prefs.lua |
$XDG_STATE_HOME/panama/panama-home.json |
Home accessory favourites and aliases |
$XDG_STATE_HOME/panama/backups/ |
Settings snapshots |
$XDG_STATE_HOME/panama/hypridle.conf |
Generated idle config |
SystemSettings.restoreDefaults() spans all of them. A reset that silently
skipped one would be worse than having no reset, because nothing would say so.
Not stored by Panama
Timezone and network time are read from and written to timedatectl directly.
They belong to the machine and are shared with sessions that never see Panama's
file; storing a copy would create a second answer to a question the system
already answers.