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This patch moves the following things to being GC-allocated:
- Bindings::CallbackType
- HTML::EventHandler
- DOM::IDLEventListener
- DOM::DOMEventListener
- DOM::NodeFilter
Note that we only use PlatformObject for things that might be exposed
to web content. Anything that is only used internally inherits directly
from JS::Cell instead, making them a bit more lightweight.
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These will be used to host JS objects that don't belong in one of the
web-facing global objects.
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This will be inherited by "legacy platform objects", i.e objects that
need to hijack indexed and/or named property access as described in the
IDL spec: https://webidl.spec.whatwg.org/#dfn-legacy-platform-object
Instead of overriding JS::Object virtuals, subclasses only need to
implement a very simple interface for property queries.
Note that this code is taken verbatim from code generator output.
I didn't write any of this now, so it's effectively "moved" code.
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This represents the "platform object" concept from the IDL spec, which
refers to an object that implements an IDL interface.
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Everything is now setup to create the LibLocale library and link it
where needed.
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The UCD only cares about a few locales for special casing rules (az, lt,
and tr). Unfortunately, LibUnicode cannot use LibLocale once the
libraries are separate because LibLocale will need to use LibUnicode for
many more things; thus there would be a circular dependency. Instead,
just generate the small enum needed for this one use case.
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These are still included in LibUnicode, but this updates their location
and the include paths of other files which include them.
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This is generated by GenerateLocaleData, which will soon be in the
Locale namespace. Move it out of CurrencyCode.h, as that will continue
to live in the Unicode namespace.
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They are still included into LibUnicode, but this moves their generated
location to be under LibLocale.
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Currently, LibUnicodeData contains the generated UCD and CLDR data. Move
the UCD data to the main LibUnicode library, and rename LibUnicodeData
to LibLocaleData. This is another prepatory change to migrate to
LibLocale.
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To prepare for placing all CLDR generated data in a new library,
LibLocale, this moves the code generators for the CLDR data to the
LibLocale subfolder.
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The generated locale data contains an enum also named Variant, as
variants are part of locale strings. This hasn't been an issue, but as
includes are reordered, the order in which the enum and AK::Variant are
included may cause an ambiguity error.
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This patch adds the ability to select multiple entries in a column using
a rubber band selection. Currently the implementation is lacking support
for expanding a selection using the ctrl modifier.
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This patch extracts logic for getting colum at an event position and for
getting an index in a column at an event position from
index_at_event_position into separate functions.
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This patch adds a hyperlink that can be hovered over and clicked on to
open the WebServer's index page in Browser.
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Previously we would simply compute the basename of the hovered url's
path and display it as the resource that will be opened. This patch adds
a fallback for non file urls to simply show the full url, making http
urls show up properly.
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Before this, any Widgets added through e.g. GML appeared after the
ResizeCorner, which didn't make sense. (see FileManager)
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The variable `print_verbose` (which prints verbose information about the
USB devices connected to the system) was uninitialized in `lsusb`. This
was causing the verbose information to be printed if `-v` was NOT seen
on the command line.
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Vectorscopes are a standard tool in professional video/film color
grading. *Very* simply, the Vectorscope shows image colors with hue as
the angle and saturation as the radius; brightness for each point in the
scope is determined by the number of "color vectors" at that point. More
specifically, the Vectorscope shows a 2D UV histogram of the image,
where U and V are the chroma ("color") channels of the image.
Co-authored-by: MacDue <macdue@dueutil.tech>
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This function is able to draw rectangles of floating-point pixel
precision.
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This operates via the HSV color space; I'm not 100% sure whether the
conversions are lossless.
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This propagates layer edits as well as undo stack operations to whoever
needs to perform updates when the image changes.
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When we add more scopes, this will facilitate code sharing.
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The histogram is perfectly fine with being drawn at any size, but the
code currently fixes its height to 65. Once the histogram is in a
subclass and several GML things around it change, the fixed height
breaks, so we move the height specification to GML. Additionally, the
container is specified to shrink as much as possible, alleviating a
hard-coded UI size. The user can now change histogram height in GML,
which is a lot more obvious.
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Instead just treat it like a normal GC cell edge.
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Allow *handle, !handle, handle.ptr(), assignment from compatible
pointer types, etc. This is in preparation for using Handles in
more generated code.
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These are two new smart pointers that are really just raw pointers under
the hood. The initial benefit is all in the names, they allow us to
declare that we're pointing at something in the GC heap.
Later we may also find ways to add debugging logic or static analysis to
these types.
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