A checkbox cell drew a box on screen but printed and exported to PDF
its value as TRUE or FALSE. The print path now draws the box as the
grid does: white with a grey outline when unchecked, green with a
white tick when checked. Other values in a checkbox cell still print
as text.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
While a formula reference is being pointed from the keyboard, Ctrl+arrow
(⌘arrow on a Mac) moved the pointed cell by one, and Ctrl+Shift+arrow
extended the pointed range by one cell, so `=COUNTIF(`, a click on the top
of a column and ⌘⇧↓ pointed at two cells instead of the column of data.
Both now go to the edge of the data region, as the same keys do on the
selection outside an edit: `point_move` takes `jump` and uses the engine's
`selection::jump`, which Ctrl+arrow on the grid already uses, so the two
agree (last filled cell of a run, else the next filled cell, else the sheet
edge). A pointed range that reaches the sheet edge is written as whole
columns or rows (`A:B`), as Excel writes it.
The editor used to read Shift from `i.modifiers`, the modifier state when
the frame's input was collected; an arrow pressed and released within one
frame (a control client's `ui.key`, an automation tool's keystroke) had
already lost it. It now reads the modifiers carried by the arrow's own key
event, as the grid's keyboard handler does.
Test: ctrl_arrows_in_point_mode_jump_to_the_edge_of_the_data (down to the
last filled cell, right across the data, down to the sheet edge, Ctrl+Up
without Shift to the next filled cell, then a plain arrow).
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
Brings in the macro interface: the Macros dialog and editor, the
Automate ribbon section, drag-and-drop of macro steps, and the
macro overlay on the grid. Ported into the split module layout on main.
Clippy gate: moved wildcard imports to explicit lists, named the
test edit tables, boxed the overlay layer tuple, switched the editor
to craft_ui::ComboBox per clippy.toml, and simplified an is_some_and
in the LP solver.
Brandon Thomas