When formatting a currency style pattern with compact notation, we were
(trying to) doubly insert the currency symbol into the formatted string.
We would first look up the currency pattern in GetNumberFormatPattern
(for the en locale, this is "¤#,##0.00", which our generator transforms
to "{currency}{number}").
When we hit the "{number}" field, NumberFormat will do a second lookup
for the compact pattern to use for the number being formatted. By using
the currency compact patterns, we receive a second pattern that also has
the currency symbol (for the en locale, if formatting the number 1000,
this is "¤0K", which our generator transforms to
"{currency}{number}{compactIdentifier:0}". This second lookup is not
supposed to have currency symbols (or any other symbols), thus we hit a
VERIFY_NOT_REACHED().
Instead, we are meant to use the decimal compact pattern, and allow the
currency symbol to be handled by only the outer currency pattern.
Some replaced elements can have intrinsic aspect ratios but no
intrinsic size. In these cases, the tentative sizes are undefined, and
can therefore sometimes be zero. However, when resolving the size
constraints, we are already guaranteed to have an intrinsic aspect
ratio, so let's use that instead to calculate the resolved sizes.
Previously, we would run through all the constraints in the spec one by
one, but if we check and resolve each constraint in the order they are
defined in the spec, only the first four will ever match.
This leads me to believe that these constraints are meant to be
mutually exclusive instead, meaning that we must check the most
specific constraints first and return upon the first resolution that
matches.
This allows us to retain perfect precision for aspect ratios derived
from either the intrinsic sizes of replaced elements, or the
`aspect-ratio` CSS property.
We currently only use frame pointer-based backtrace generation.
This option is necessary for RISC-V as otherwise the compiler doesn't
save `fp` most of the time.
I made this flag not riscv64 exclusive, as we should do everything
to make that kind of backtrace generation work.
(https://discord.com/channels/830522505605283862/1139481927594803260/1148020960499351643)
Instead of allocating a DeprecatedString just so we can call strtoull()
on it, we now collect the relevant token characters in a vector and add
a null terminator manually.
2% speed-up on Kraken/imaging-darkroom.js :^)
We should not GC allocate in the constructors of GC-allocated objects
because a new allocation might trigger garbage collection, which in
turn might access not fully initialized objects.
There's a particularly awkward case where the static position of an
abspos child of a flex container is dependent on its height. This can
happen when `align-items: center` is in effect, as we have to adjust
the abspos child's Y position by half of its height.
This patch solves the issue by reordering operations in the abspos
height resolution algorithm, to make sure that height is resolved
before the static position is calculated.
It is unlikely this is needed anymore, and as pointed out things should
now safely return OOM if the bitmap is too large to allocate.
Also, no recently added decoders respected this limit anyway.
Fixes#20872
Using flex layout inside button solves the issue with wrongly calculated
height when it has: pseudo element and whitespaces inside.
Also using flex instead of a table layout allows for the same vertical
alignment but with fewer layout nodes: a flex container and anonymous
wrapper for content instead of a table wrapper, table, row, and cell.
This template app from Android Studio should hopefully be more fun to
work on than the Qt wrapped application we were using before. :^)
It currently builds the native code using gradle rules, and has a stub
WebViewImplementationNative class that will wrap a c++ class of the same
name that inhertis from WebView::ViewImplementation. Spawning helper
processes and creating proper views in Kotlin is next on the list.
All supported targets use an LP64 ABI, where both `long` and `long long`
are 64 bits wide. We set `LONG_WIDTH` to 32, which caused an error when
compiling gnulib's `vasnprintf` routine.
We might consider using built-in macros to avoid such issues in the
future.
While macOS backtrace(3) puts a space directly after the mangled symbol
name, some versions of glibc put a + directly after it. This new logic
accounts for both situations when trying to demangle.
Co-Authored-By: Andreas Kling <kling@serenityos.org>
This ports an implementation of the FTS functions that can be used to
traverse the file system. They are non-standard, but provided by glibc
and most BSD systems. This ported library implements FTS for musl-based
Linux systems and happens to work on Serenity.
We would start the timer to send playback time updates to the element
before playback had started, so in cases where the `HTMLMediaElement`
(incorrectly) creates both an `AudioTrack` and `VideoTrack`, it will
not cause the seek bar to flicker between the current video position
and zero.
Which for now will just call the DeprecatedString version of this
function. This is intended to be used in porting code over to using the
new String equivalent with the end goal of removing the DeprecatedString
version of this function.
This allows us to port a whole heap of IDL interfaces from
DeprecatedString to String.
NewAKString is effectively the default for any new IDL interface, so
let's mark this as the default behavior. It also makes it much easier to
figure out whatever interfaces are still left to port over to new AK
String.
Currently, they are not extremely useful, but the plan is to store
all function-local state in JSSpecCompiler::Function and all
"translation unit" state in ExecutionContext.
Currently, every public DOM::Element method which changes an attribute
fires this handler itself. This was missed in commit 720f7ba, so any
user of that API would not fire the internal handler.
To fix this, and prevent any missing invocations in the future, invoke
the handler from from Attr::handle_attribute_changes. This method is
reached for all attribute changes, including adding/removing attributes.
This ensures the handler will always be fired, and reduces the footprint
of this ad-hoc behavior.
Note that our ad-hoc handler is not the "attribute change steps" noted
by the spec. Those are overridden only by a couple of specific elements,
e.g. HTMLSlotElement. However, we could easily make our ad-hoc handler
hook into those steps in the future.
Instead of trying to keep a live reference to the bytecode interpreter's
current instruction stream iterator, we now simply copy the current
iterator whenever pushing to the ExecutionContext stack.
This fixes a stack-use-after-return issue reported by ASAN.
The arguments are passed on registers, so if we pass only 3 defined
arguments then the fourth argument for the prctl syscall could have
garbage value within it.
To avoid possible bugs, always pass 3 arguments to a raw syscall prctl
call in addition to the prctl sub-option (the first argument).
Before, when looking in /bin in File Manager, the About application's
icon was missing. Now it is a serenity_app instead of serenity_bin the
icon is visible!
