Previously calculating multiline text width would return invalid value,
this change makes it so that we are returning the longest line width.
We are now also reusing same width() implementation for both UTF-8 and
UTF-32 strings.
Just like the initial Temporal.TimeZone commit, this patch adds the
Instant object itself, its constructor and prototype (currently empty),
and two required abstract operations.
The issue was that the desktop IconView has Gfx::FrameShape::NoFrame as
its frame shape, but with a non-zero frame_thickness().
This caused us to not render a frame, but to include one in the
selection boundary calculations.
Fix this by setting the desktop icon view's frame thickness to 0.
Fixes#8525.
Now that pthread_cond_t works correctly thanks to Sergey, we can use
them to wake up the BackgroundAction worker thread instead of making
a Unix pipe. :^)
Unsigned options are used to return underflowed values for negative
inputs. With this change, we can verify that unsigned options only
accept unsigned inputs as arguments.
This patch adds the concept of a window being "Pinnable" (always drawn
on top of other windows). This can be toggled through a new checkable
action in the top left corner's window menu.
- Clamp the checkerboard scanline prologue length to the total width
of the (clipped) rect we're filling.
- Use fast_u32_fill() for the prologue and epilogue as well.
Let's give ourselves the tools needed to update less than the entire
image every time we paint.
This patch adds plumbing so that Layer invalidations have a modified
rect that gets passed on to Image, and then on to ImageEditor.
LibGUI widgets fully contain their child widgets, so there's no pass
the paint event on to our children if we get a paint event that doesn't
intersect with our rect.
While Gfx::Painter was already dutifully clipping out any attempts at
painting, this avoids even more pointless work.
It's perfectly acceptable for the segment's vaddr to not be page aligned
as long as the segment itself is page-aligned. We'll just map a few more
bytes at the start of the segment that will be unused by the library.
We didn't notice this problem because because GCC either always uses
0 for the .text segment's vaddr or at least aligns the vaddr to the
page size.
LibELF would also fail to load really small libraries (i.e. smaller than
4096 bytes).
Using LibELF to do the initial relocations doesn't work when building
SerenityOS with Clang. We seem to be accessing a global symbol that
hasn't been relocated yet somewhere along the path to
ELF::DynamicObject::create().
Here we got our first Temporal object :^)
This patch adds the TimeZone object itself, its constructor and
prototype (currently empty), and a bunch of required abstract operations
Add a JS_ENUMERATE_TEMPORAL_OBJECTS macro and use it to generate:
- Forward declarations
- CommonPropertyNames class name members
- Constructor and prototype GlobalObject members, getters, visitors,
and initialize_constructor() calls
This will be home to various functions:
- Temporal.now.timeZone()
- Temporal.now.instant()
- Temporal.now.plainDateTime()
- Temporal.now.plainDateTimeISO()
- Temporal.now.zonedDateTime()
- Temporal.now.zonedDateTimeISO()
- Temporal.now.plainDate()
- Temporal.now.plainDateISO()
- Temporal.now.plainTimeISO()
Currently empty, but we gotta start somewhere! This is the start of
implementing the Temporal proposal (currently stage 3).
I have decided to start a new subdirectory (Runtime/Temporal/) as well
as a new C++ namespace (JS::Temporal) for this so we don't have to
prefix all the files and classes with "Temporal" - there will be a lot.
https://tc39.es/proposal-temporal/
