The fun pattern of `union { struct { u32 a : 1; u64 b : 7; }; u8 x; }`
produces complete garbage on windows, this commit fixes the two
instances of those that exist in AK.
This commit also makes sure that the generated unions have the correct
size (whereas FloatExtractor<f32> previously did not!) by adding some
nice static_asserts.
This patch updates various parts of the script fetching implementation
to match the current specification.
Notably, the implementation of changes to the import assertions /
attributes proposal are not part of this patch(series).
This patch updates the priority member of fetch requests to be
an enum. The implementation defined struct previously named Priority
has been renamed to InternalPriority in line with the spec.
This patch replaces the use of JS::SafeFunction for the
OnFetchScriptComplete in various script fetching functions with
JS::HeapFunction. The same applies for callbacks in ModuleMap.
This also removes DescendantFetchingContext, which stashed the
on complete function in fetch_descendants_of_a_module_script
for multiple calls to fetch_internal_module_script_graph
previously.
The time zones were stored as a static Span until commit 0bc401a1d6, and
are now stored in a Vector. By continuing to tell the ItemListModel that
the container is a Span, we create a temporary Span in its constructor,
which the model tries to hold a constant reference to. Use the default
Vector container type now instead to prevent creating such temporaries.
The previous implementation created invalid HTTP requests in cases
where the request method was POST or when the request contained a
body. There were two bugs for these cases:
1) the 'Content-Type' header was sent twice
2) a stray CRLF was appended to the request
This works by walking a backtrace until the currently executing
native executable is found, and then mapping the native address
to its bytecode instruction.
Previously we didn't always set the bitmap_intersect correctly when
applying an object-position. This lead to images not correctly being
centered when the axis that it should move along was not the specified
axis.
Previously we assumed a default precision of 6, which made the printed
values quite odd in some cases.
This commit changes that default to print them with just enough
precision to produce the exact same float when roundtripped.
This commit adds some new tests that assert exact format outputs, which
have to be modified if we decide to change the default behaviour.
Previously, all SVG <text> elements were zero-sized boxes, that were
only actually positioned and sized during painting. This led to a number
of problems, the most visible of which being that text could not be
scaled based on the viewBox.
Which this patch, <text> elements get a correctly sized layout box,
that can be hit-tested and respects the SVG viewBox.
To share code with SVGGeometryElement's the PathData (from the prior
commit) has been split into a computed path and computed transforms.
The computed path is specific to geometry elements, but the computed
transforms are shared between all SVG graphics elements.
This removes the awkward hack to recompute the layout transform at paint
time, and makes it possible for path sizes to be computed during layout.
For example, it's possible to use relative units in SVG shapes (e.g.
<rect>), which can be resolved during layout, but would be hard to
resolve again during painting.
For example, serenityos.org does not contain a <link rel="icon"> element
to indicate its favicon. Before navigables, we implemented attempting to
load a fallback favicon in a rather ad-hoc manner. This implements the
full spec steps to do so after the HTML document is parsed.
If we invoke the exit native function from within the exit builtin, the
native call will then invoke global destructors. This ultimately ends up
deleting the JS::NativeFunction that defines the exit builtin, thus we
try to delete the AK::Function held inside the NativeFunction while that
AK::Function is executing. This is explicitly forbidden by AK::Function.
Instead, simply set a flag to exit the REPL after the builtin executes.
