If we are in a shared interrupt handler, the called handlers might
indicate it was not their interrupt, so we should not increment the
call counter of these handlers.
This will just hexdump the given value.
Note that not all formatters respect this, the ones that do are:
- (Readonly)Bytes: formatter added in this commit
- StringView / char const*
- integral types
Namely the Proxy revocation, Promise resolving, Promise then/catch
finally, and Promise GetCapabilitiesExecutor functions.
They were all missing an explicit 'Attribute::Configurable' argument
and therefore incorrectly used the default attributes (writable,
enumerable, configurable).
Components are a group of build targets that can be built and installed
separately. Whether a component should be built can be configured with
CMake arguments: -DBUILD_<NAME>=ON|OFF, where <NAME> is the name of the
component (in all caps).
Components can be marked as REQUIRED if they're necessary for a
minimally functional base system or they can be marked as RECOMMENDED
if they're not strictly necessary but are useful for most users.
A component can have an optional description which isn't used by the
build system but may be useful for a configuration UI.
Components specify the TARGETS which should be built when the component
is enabled. They can also specify other components which they depend on
(with DEPENDS).
This also adds the BUILD_EVERYTHING CMake variable which lets the user
build all optional components. For now this defaults to ON to make the
transition to the components-based build system easier.
The list of components is exported as an INI file in the build directory
(e.g. Build/i686/components.ini).
Fixes#8048.
From the specification:
It is a Syntax Error if StringValue of IdentifierName is the same
String value as the StringValue of any ReservedWord except for yield
or await.
It is a Syntax Error if this phrase is contained in strict mode code
and the StringValue of IdentifierName is: "implements", "interface",
"let", "package", "private", "protected", "public", "static", or
"yield".
It was previously writing directly to the underlying buffer instead of
using these methods. This has a benefit of dealing with BigInt64 and
BigUint64 for us already.
This is to make use of the new Value conversion methods.
This also moves the clamped u8 tag to ArrayBuffer from TypedArray and
the conversion to these methods, as the spec does it here.
js only accepted a single script file to run before this. With this
patch, multiple scripts can be run in the same execution environment,
allowing the user to specify a "preamble script" to be executed before
the main script.
This commit expands on 5eef07d232 by
automatically trying to coerce Type::String PropertyNames into numbers
when a caller checks if the PropertyName is_number/is_string.
This has several benefits:
- We no longer have to duplicate the number coercion code to every
function that accepts a PropertyNumber. (Or more likely, forget to.)
- This keeps the lazy nature of only doing the coercion when and if
there is a semantic difference to the different PropertyName types,
which means this shouldnt cause any performance drop.
- Since this coercion changes the state of the PropertyName itself the
result is essentially cached and can speed up any repeat uses of the
same PropertyName instance.
This now matches the spec's OrdinaryObjectCreate() across the board:
instead of implicitly setting the created object's prototype to
%Object.prototype% and then in many cases setting it to a nullptr right
away, it now has an 'Object* prototype' parameter with _no default
value_. This makes the code easier to compare with the spec, very clear
in terms of what prototype is being used as well as avoiding unnecessary
shape transitions.
Also fixes a couple of cases were we weren't setting the correct
prototype.
There's no reason to assume that the object would not be empty (as in
having own properties), so let's follow our existing pattern of
Type::create(...) and simply call it 'create'.
Using String() like we did before depends on objects having either
toString, valueOf, or @@toPrimitive, which is not the case for objects
with no prototype.
Remove the confusingly-named inflate_for_shadow() function and inline
its logic into render_to_cache(). And remove the m_shadow_offset
member variable since it was only needed locally in one place.
Also improve some variable names to make it more understandable what
is going on.
