Previously, for a regex such as /[a-sy-z]/i, we would incorrectly think
the character "u" fell into the range "a-s" because neither of the
conditions "u > s && U > s" or "u < a && U < a" would be true, resulting
in the lookup falling back to assuming the character is in the range.
Instead, first explicitly check if the character falls into the range,
rather than checking if it falls outside the range. If the explicit
checks fail, then we know the character is outside the range.
The Quake 3 port makes use of this extension to determine a more
efficient multitexturing strategy. Since LibSoftGPU supports it, let's
report the extension in LibGL. :^)
Instead of hardcoding all the property definitions in GlobalObject's
initialize() function, make it the standalone AO it is supposed to be
that can then be used by other global objects that don't inherit from
JS::GlobalObject.
This will later allow global objects not inheriting from the regular
JS::GlobalObject to pull in these functions without having to implement
them from scratch. The primary use case here is, again, a wrapper-less
HTML::Window in LibWeb :^)
Allocating these upfront now allows us to get rid of two hacks:
- The GlobalObject assigning Intrinsics private members after finishing
its initialization
- The GlobalObject defining the parseInt and parseFloat properties of
the NumberConstructor object, as they are supposed to be identical
with the global functions of the same name
This removes the requirement of having a global object that actually
inherits from JS::GlobalObject, which is now a perfectly valid scenario.
With the upcoming removal of wrapper objects in LibWeb, the HTML::Window
object will inherit from DOM::EventTarget, which means it cannot also
inherit from JS::GlobalObject.
The object is passed directly to NewObjectEnvironment, which has no
requirement for this being a JS::GlobalObject. This is needed for the
next change, which will make Realm store a plain Object as for the
global object as well.
This will allow us to move the underlying console from GlobalObject to
ConsoleObject without still having to do a 'console' property lookup on
the GlobalObject.
Now they can be dismissed by clicking anywhere outside themselves,
including on their parent windows. This is a better default for
them since they don't have title bars to flash, and it's more
consistent with other frameless windows in the system.
Also added a local test for ensuring this behavior since it is unique to
browsers. Since we don't actually use WindowProxy anywhere yet we just
test on location for now.
Since LibUnicode depends on this data it used to include
Intl/AbstractOperations which in turn includes a number of other LibJS
headers. By moving this to its own header with minimal includes we can
save on rebuilding LibUnicode for unrelated LibJS header changes.
Intrinsics, i.e. mostly constructor and prototype objects, but also
things like empty and new object shape now live on a new heap-allocated
JS::Intrinsics object, thus completing the long journey of taking all
the magic away from the global object.
This represents the Realm's [[Intrinsics]] slot in the spec and matches
its existing [[GlobalObject]] / [[GlobalEnv]] slots in terms of
architecture.
In the majority of cases it should now be possibly to fully allocate a
regular object without the global object existing, and in fact that's
what we do now - the realm is allocated before the global object, and
the intrinsics between both :^)
In OpenGL this is called the (base) internal format which is an
expectation expressed by the client for the minimum supported texel
storage format in the GPU for textures.
Since we store everything as RGBA in a `FloatVector4`, the only thing
we do in this patch is remember the expected internal format, and when
we write new texels we fixate the value for the alpha channel to 1 for
two formats that require it.
`PixelConverter` has learned how to transform pixels during transfer to
support this.
For `GL_RED_BITS`, `GL_GREEN_BITS`, `GL_BLUE_BITS` and `GL_ALPHA_BITS`
we were reporting the values we use in LibSoftGPU for textures. This
fixes these context parameters to actually report the color buffer
bits.
A GPU (driver) is now responsible for reading and writing pixels from
and to user data. The client (LibGL) is responsible for specifying how
the user data must be interpreted or written to.
This allows us to centralize all pixel format conversion in one class,
`LibSoftGPU::PixelConverter`. For both the input and output image, it
takes a specification containing the image dimensions, the pixel type
and the selection (basically a clipping rect), and converts the pixels
from the input image to the output image.
Effectively this means we now support almost all OpenGL 1.5 formats,
and all custom logic has disappeared from:
- `glDrawPixels`
- `glReadPixels`
- `glTexImage2D`
- `glTexSubImage2D`
The new logic is still unoptimized, but on my machine I experienced no
noticeable slowdown. :^)
Instead we just use a specific constructor. With this set of
constructors using curly braces for constructing is highly recommended.
As then it will not do too many implicit conversions which could lead to
unexpected loss of data or calling the much slower double constructor.
Also to ensure we don't feed (Un)SignedBigInteger infinities we throw
RangeError earlier for Durations.
This means it can take any (un)signed word of size at most Word.
This means the constructor can be disambiguated if we were to add a
double constructor :^).
This requires a change in just one test.
This allows using different options for rounding, like IEEE
roundTiesToEven, which is the mode that JS requires.
Also fix that the last word read from the bigint for the mantissa could
be shifted incorrectly leading to incorrect results.
Applications using the Vim emulation engine now support line-wise text
selection.
We already have support for character-wise text selection, by pressing
`v` from normal mode.
However now can also trigger line-wise text selection by pressing
`shift+v` from normal mode, and then using vertical motion commands
(e.g. `j` or `k`) to expand the selection. This is a standard vim
feature.
In visual line mode the following operations are supported:
* `escape`: back to normal mode
* `u`: convert to lowercase
* `U`: convert to uppercase
* `~`: toggle case
* `ctrl+d`: move down by 50% of page height
* `ctrl+u`: move up by 50% of page height
* `d` or `x`: delete selection
* `c`: change selection
* `y`: copy selection
* `page up`: move up by 100% of page height
* `page down`: move down by 100% of page height
Notably I didn't implement pressing `v` to go to regular
(character-wise) visual mode straight from visual line mode. This is
tricky to implement in the current code base, and there's an
alternative, which is to take a detour via normal mode.
This commit fixes a bug found when passing exotic values in the
grid-template-columns (or grid-template-rows) which are not yet
supported.
The bug seems to have been something like:
grid-template-columns: 0 minmax(0, calc(10px - var(--some-color)));
This was intentionally enabled with WindowModes as a new Taskbar
convenience, but on second thought, it doesn't add up visually.
Taskbar buttons show blockers' context menus when available,
which is a bit confusing when the window isn't visible. The
modeless window's disabled context menu options and inactive title
bar also contradict the button. So, this patch reenables the
restriction for now. Blocking modals you don't want to answer to
immediately can still be tucked away on another workspace.
This is an editorial change in the Temporal spec.
Now that this is spec'd as either an Object or undefined, we can change
the parameter type from arbitrary JS::Value to JS::Object*.
See: cdfcffd
