Add functionality to begin parsing grid-template-columns and
grid-template-rows. There are still things to be added, like parsing
functions, but I would say a couple of the major points are already
adressed like length, percentage, and flexible-length.
This works the same as in the Cube demo, and now allows enjoying
the eyes without any obstructions :^)
The window frame can now be disabled with the -h/--hide-window
command-line option, or via toggle in the GUI.
This was a cludge for ComboBox ListView windows when they were first
implemented. The behavior is no longer needed and not very ergonomic
when moving Normal windows around.
But do allow them to remain minimizable by a parent. This is a nice
ergonomics fix to allow a parent window to quickly minimize and
restore all its modal children.
And apply modal effects on move_to_front_and_make_active()
Instead of building a vector of windows every time we want to
loop over a group of related modals, simply recurse through
their ancestory. This lineage is now called a modal chain. Modal
chains begin at the first modeless parent, and a new chain
starts at every modeless child. This lets apps spawn child windows
independent of the main window's modal effects, restore state,
and workspace, yet still remain descendants.
Looping through a modal chain is recursive and includes the
modeless window which begins it.
with the CaptureInput WindowMode. This mode will serve the same
function as accessories: redirecting input while allowing parent
windows to remain active.
with the RenderAbove WindowMode. This mode will ensure child
windows always draw above their parents, even when focus is lost.
RenderAbove modals are automatically themed the same as the old
ToolWindows. Fixes ToolWindows rendering above ALL normal windows,
regardless of parent. We can't rely on WindowType to create these
sort of effects because of WindowManager's strict display hierarchy.
Previously, Windows only understood blocking modality: Windows were
either modal, i.e., in a blocking state, or not. Windows could also
be set as Accessories or ToolWindows, attributes which technically
applied modes to their parents but were implemented ad hoc. This patch
redefines these modal effects as WindowModes and sets up some helpers.
This will let us simplify a lot of modal logic in the upcoming patches
and make it easier to build new modal effects in the future.
Windows can now set 1 of 5 modes before reification:
-Modeless: No modal effect; begins a new modal chain
-Passive: Window joins its modal chain but has no effect
-RenderAbove: Window renders above its parent
-CaptureInput: Window captures the active input role from its parent
-Blocking: Window blocks all interaction with its modal chain
States like fullscreen and tiling are dynamic and don't alter behavior
in modal chains, so they aren't included.
Superceded by to_floating_cursor_position() as a more accurate way
to reposition windows on untile. Effectively made set_size_around()
dead code, so the remnants can be removed.
Positioning windows outside visible coordinates is valid if sometimes
curious behavior, but it shouldn't be considered misbehavior by default.
There are multiple ways to recover windows with obscured title bars,
and this function papers over actual resize bugs and is no longer
needed to normalize window size, so let's remove it for now.
The new layout system conveniently calculates these for us now.
In the case of Mandelbrot where it needs to be overriden, make
sure to disable obey min widget size first. In EmojiInputDialog's
case, the window needs to be resized instead to center correctly.
And remove unnecessary workarounds to the old limit of {50, 50} and
the cautious but arbitrary limit of {1, 1} for other WindowTypes.
Null rects are already the default when calculating minimum window
size and are the least restrictive but valid value.
Also returns early during minimum size calculations for frameless
windows, and verifies against negative minimum sizes and failure to
disable widget min size before setting a minimum window size. Layout
automatically overrides this setting each relayout otherwise.
SignedBigInteger can immediately use this by just negating the double if
the sign bit is set.
For simple cases (below 2^53) we can just convert via an u64, however
above that we need to extract the top 53 bits and use those as the
mantissa.
This function currently does not behave exactly as the JS spec specifies
however it is much less naive than the previous implementation.
Although this is much more complicated it does not seem to impact
performance that much even when looking only at values in which the
previous casting to i32 was correct.
I believe this to be safe, as the main thing that LockRefPtr provides
over RefPtr is safe copying from a shared LockRefPtr instance. I've
inspected the uses of RefPtr<PhysicalPage> and it seems they're all
guarded by external locking. Some of it is less obvious, but this is
an area where we're making continuous headway.
The primary motivation for this is to make `generate-emoji-txt.sh` more
useful for generating a compact list of new emoji being added (e.g.
for use in commit messages / PRs) if it's run with an emoji image
directory that contains only the new emojis.
