# Changelog

## 1.0.3

- Keep a separate automatic `Default` profile for every connected display
  topology instead of replacing defaults saved for other docks or monitor sets.
- Verify position, orientation, mirroring, enabled state, mode, refresh rate,
  and scale after applying a layout.
- Restore the complete previous layout when a preview, automatic profile, or
  rollback-scheduler operation fails.
- Report confirmation, restoration, and profile-save failures accurately in
  the panel, and retry automatic profile matching after transient failures.
- Reject duplicate outputs, overlapping layouts, malformed modes, and invalid
  mirror targets before changing display state.
- Add automated manifest, helper, model, shell syntax, and CI checks.

## 1.0.2

- Verify resolution, refresh rate, and scale after Hyprland applies a layout.
- Report hardware-rejected display modes instead of saving them as successful.
- Automatically restore the previous layout when post-apply verification fails.

## 1.0.1

- Bound the popup to a responsive 760-pixel viewport instead of scaling its
  design dimensions with the global text-size preference.
- Reworked header, settings, action, and confirmation rows with responsive
  layouts so controls remain balanced and readable at large text sizes.
- Fixed preview completion handling so successful scale and layout changes
  present the confirmation controls instead of silently rolling back.
- Apply monitor changes through Hyprland's current Lua `hl.monitor` API; the
  legacy `keyword monitor` path could report success without changing state.
- Present a display's sole advertised resolution as its disabled native mode,
  while keeping distinct refresh rates selectable.
- Normalize EDID mode labels before calling Hyprland so values such as
  `3440x1440@59.97Hz` apply as native modes instead of silently falling back.
- Removed the illustrative preview while an accurate application screenshot is
  prepared.

## 1.0.0

- Initial release with visual display arrangement, per-display mode, rotation,
  scale, mirroring, safe rollback, identification, and topology profiles.