The "text-overflow" property affects text that may get clipped if it is
larger than its container and does not do any line breaks.
The ellipsis character gets added to the end and the rest of the text
gets trunctated if the property is set to "ellipsis".
This patch implements this behavior in the InlineFormattingContext. :^)
The "text-overflow" property is also added to the
getComputedStyle-print-all test.
To avoid expensive lookups, we now cache a weak pointer from document to
the last known node navigable. Before using the cache, we validate that
the document is still the navigable's active document.
This patch moves the data members of URL to an internal URL::Data struct
that is also reference-counted. URL then uses a CopyOnWrite<T> template
to give itself copy-on-write behavior.
This means that URL itself is now 8 bytes per instance, and copying is
cheap as long as you don't mutate.
This shrinks many data structures over in LibWeb land. As an example,
CSS::ComputedValues goes from 3024 bytes to 2288 bytes per instance.
This shrinks each instance of PercentageOr by 8 bytes and avoids virtual
dispatch when resolving calc() values. It's a win-win!
Many data structures shrink as a result. An example is ComputedValues
which goes from 3376 bytes to 3024 bytes per instance.
We were saving to source declarations for *every* property, even though
we only ever looked it up for animation-name.
This patch gets rid of the per-property source pointer and we now keep
a single pointer to the animation-name source only.
This shrinks StyleProperties from 6512 bytes to 4368 bytes per instance.
Navigables are re-used for navigations within the same tab. Its current
ownership of the cursor position is a bit ad-hoc, so nothing in the spec
indicates when to reset the cursor, nor do we manually do so. So when a
cursor update happens on one page, that cursor is retained on the next
page.
Instead, let's have the document own the cursor. Each navigation results
in a new document, thus we don't need to worry about resetting cursors.
This also makes many of the callsites feel nicer. We were previously
often going from the node, to the document, to the navigable, to the
cursor. This patch removes the navigable hop.
Currently, the feel of scrolling containers in the Inspector is a bit
awkward. We make the entire split-view container scrollable, then we
absolutely position the tab control buttons to force them to not scroll.
The result is that the scroll bar is painted over the tab controls, and
the tab content that we actually want to scroll has to scroll under the
tab controls. This never looked quite right.
It was basically:
<div tab-container> <!-- Scrollable -->
<div tab-controls /> <!-- Pinned to not be scrollable -->
<div tab-content /> <!-- The part we actually want to scroll -->
</div>
This patch moves the "scrollability" to just the tab content. We then
don't need to go out of our way to ensure only the content is actually
scrollable.
So we now have:
<div tab-container> <!-- Not scrollable -->
<div tab-controls /> <!-- Not pinned, uses normal layout -->
<div tab-content /> <!-- Scrollable -->
</div>
Previously, the legacy `-webkit-foo` properties would all be top of the
list, when they are generally not useful to inspect. Instead, put them
at the bottom, so that users can still see them if they want to, but
they're not in the way.
Adds additional padding to the end-side of the scrollable overflow
rectangle as necessary to enable a scroll position that satisfies
the requirements of `place-content: end` alignment.
The spec does not define activation behavior of ctrl/cmd clicks, so we
have to go a bit ad-hoc here. When an anchor element is clicked with the
cmd (on macOS) or ctrl (on other platforms) modifier pressed, we will
skip activation of that element and pass the event on to the chrome. We
still dispatch the event to allow scripts to cancel the event.
ICU 72 began using non-ASCII spaces in some formatted date-time strings.
Every major browser has found that this introduced major breakage in web
compatibility, as many sites and tools expect ASCII spaces. This patch
removes these non-ASCII spaces in the same manner as the major engines.
Such behavior is also tested by WPT.
This removes the --enable-callgrind-profiling flag, and replaces it with
a --profile-process=<process-name> flag. For example:
ladybird --profile-process=WebContent
ladybird --profile-process=RequestServer
This allows profiling any helper process with callgrind.
This removes the --debug-web-content flag, and replaces it with a
--debug-process=<process-name> flag. For example:
ladybird --debug-process=WebContent
ladybird --debug-process=RequestServer
This allows attaching gdb to any helper process.
Overflow clipping is currently implemented as:
1. Create clip frame for each box with hidden overflow
2. Calculate clip rect for each clip frame by intersecting padding boxes
of all boxes with hidden overflow in containing block chain
3. Assign enclosing clip frame (closest clip frame in containing block
chain) to each PaintableBox
4. Apply clip rect of enclosing clip frame in Paintable::before_paint()
It breaks when any CSS transform other than simple translation is lying
between box with hidden overflow and a clipped box, because clip
rectangle will be applied when transform has already changed.
The fix is implemented by relying on the following rule:
"For elements whose layout is governed by the CSS box model, any value
other than none for the transform also causes the element to establish
a containing block for all descendants."
It means everything nested into a stacking context with CSS transform
can't escape its clip, so it's safe to apply its clip for all children.
Adds missing clip of border-radius for clip frame. While we have already
accounted for the border-radius of containing blocks, the box itself was
not being clipped.
Remove `for_each_section_of_type` in favor of making the module's
sections defined as distinct fields. This means it is no longer possible
to have two of the same section (which is invalid in WebAssembly, for
anything other than custom sections).
Now that the implementation is in FormAssociatedElement, the
implementation in HTMLInputElement is effectively just a passthrough,
with some minor differences to handle small behavioural quirks between
the two (such as the difference in nullability of types).
Previously we were assuming that the attribute return value was never
nullable and going to be returned in an Optional<IntegralType>, causing
complile errors for something such as: `attribute unsigned long?`.
Mirroring the pre-existing `generate_from_integral` function. This will
allow us to fix a bug that all of these if statements have in common -
no handling of nullable types.
This also adjusts the type casted for each integral to fully match that
stated by the spec.
