The keyword accessors all have the same function body in the spec,
except for the Intl.Locale method they invoke. This generates those
properties in the same manner as RegExp.prototype.
Intl.Locale.prototype.calendar
Intl.Locale.prototype.caseFirst
Intl.Locale.prototype.collation
Intl.Locale.prototype.hourCycle
Intl.Locale.prototype.numberingSystem
The exception is Intl.Locale.prototype.numeric, which will be defined
separately because it is a boolean value.
This isn't particularly testable yet without the Intl.Locale constructor
but having this defined will make testing the constructor possible. So
more specific tests for this prototype will come later.
In the IsStructurallyValidLanguageTag AO, we of course cannot assume the
variants are canonicalized to lower-case yet, because canonicalization
hasn't happened yet.
ErrorType::IntlInvalidCode has almost exactly the same message as
ErrorType::OptionIsNotValidValue. Remove it, as all uses of the former
are semantically interchangeable with the latter.
Add a method to remove an extension type from the locale's extension set
and methods to convert a locale and language to a string without
canonicalization. Each of these will be used by LibJS.
This now verifies that width and height are a power of 2. The previous
check was nonsensical, probably because it was written against a spec
with improper text formatting, turning 2^x into 2*x :^)
Prior to version 1.1 OpenGL only allowed the numbers 1,2,3 and 4 to be
used as internal texture formats. Symbolic constants were introduced
first with the EXT_texture extension and then later adopted into the
core profile.
`ArgsParser` and `AboutDialog` had the same procedure to read the
version from `/res/version.ini`. Now they use the `SERENITY_VERSION`
string by default.
This commit refactored the version-reading utility to the new
`Core::Version` namespace.
Before, `AboutDialog` and `ArgsParser` read from a build-time created
file called `/res/version.ini`. This caused problems with utilities
unveiling specific paths leaving the version file unaccessible.
This commit hard-codes a serenity version in `LibCore`, and use it in
`ArgsParser` and `AboutDialog`.
The previous version contained the hash of the last GIT commit, this is
omitted for the default use for the sake of simplicity.
The DOM specification says that the primary use case for these is to
give Promises abort semantics. It is also a prerequisite for Fetch,
as it is used to make Fetch abortable.
a
Only one place used this argument and it was to hold on to a strong ref
for the object. Since we already do that now, there's no need to keep
this argument around since this can be easily captured.
This commit contains no changes.
Core::deferred_invoke is a way of executing an action after previously
queued events have been processed. It removes the requirement of
having/being a Core::Object subclass in order to defer invocation
through Core::Object::deferred_invoke.
Core::Object::deferred_invoke now delegates to Core::deferred_invoke.
The version with the Object& argument is still present but will be
removed in the following commits.
This commit additionally fixes a new places where the
DeferredInvocationEvent was dispatched to the event loop directly, and
replaces them with the Core::deferred_invoke equivalent.
These suffered the same visual defect as scrollbars when styled
as normal buttons: against backgrounds with the same color as
their highlighting, aspect was lost.
The first attempt in #9037 used a special label as a view, if it wanted
to communicate any kind of error, but that sure did look a bit ugly.
Here, we are just showing a message box right before setting the new
path as:
- the contents of the previous directory will be visible in background,
which I find pretty nice, and
- I don't have to deal with adding a path history vector to reopen
the previous directory (which might not even exist then). :^)
CLDR contains a set of likely subtag data where, given a locale, you can
resolve what is the most likely language, script, or territory of that
locale. This data is needed for resolving territory aliases. These
aliases might contain multiple territories, and we need to resolve which
of those territories is most likely correct for a locale.
Note that the likely subtag data is quite huge (a few thousand entries).
As an optimization encouraged by the spec, we only generate the smallest
subset of this data that we actually need (about 150 entries).
