The old behavior of restarting the timer after every second click could
result in double-click-chains (or triple+ clicks), which does not feel
like the right behavior.
By resetting the double-clicking timer, you need to perform a new full
double-click to make the arrows change color again.
The ScummVM modern remastered theme contains SVG images that are
rendered through NanoSVG. Somehow, the ScummVM logo gets all messed up,
but all other SVGs render nicely.
It takes a lot of time to debug NanoSVG, so disable loading SVGs in
themes for now so BMPs are used instead.
Both LibGUI and ScummVM have a GUI::Widget class. This interferes with
normal operation of LibGUI, since the wrong GUI::Widget::~Widget() is
invoked when SerenitySDLWidget (from the SDL2 port) is destructed.
By adding `-fvisibility=hidden` to the compiler flags, we set the
symbol visibility to hidden by default and the correct destructor is
invoked again.
On my machine, this script took about 3.4 seconds, and was responsible
for essentially all of the time taken by the precommit hook.
The script is a faithful 1:1 reimplementation, even the regexes are
identical. And yet, it takes about 0.02 seconds, making the pre-commit
hook lightning fast again. Apparently python is just faster in this
case.
Fun fact:
- Just reading all ~4000 files took bash about 1.2 seconds
- Checking the license took another 1.8 seconds in total
- Checking for math.h took another 0.4 seconds in total
- Checking for '#pragma once' took another 0.4 seconds in total
The timing is highly load-dependent, so they don't exactly add up to 3.4
seconds. However, it's good enough to determine that bash is no longer
fit for the purpose of this script.
This was a hack to percentages within tables relative to the nearest
table-row ancestor instead of the nearest table container.
That didn't actually make sense, so this patch simply removes the hack
in favor of containing_block()->width().
We create a base class called GenericFramebufferDevice, which defines
all the virtual functions that must be implemented by a
FramebufferDevice. Then, we make the VirtIO FramebufferDevice and other
FramebufferDevice implementations inherit from it.
The most important consequence of rearranging the classes is that we now
have one IOCTL method, so all drivers should be committed to not
override the IOCTL method or make their own IOCTLs of FramebufferDevice.
All graphical IOCTLs are known to all FramebufferDevices, and it's up to
the specific implementation whether to support them or discard them (so
we require extensive usage of KResult and KResultOr, together with
virtual characteristic functions).
As a result, the interface is much cleaner and understandable to read.
As suggested by @ccapitalK, it makes the interface more neat and clean.
The proper order is to get ScanoutID first, then ResourceID and after it
everything else that is needed to complete the operation successfully.
A VirtIO graphics adapter is really the VirtIO GPU, so the virtualized
hardware has no distinction between both components so there's no
need to put such distinction in software.
We might need to split things in the future, but when we do so, we must
take proper care to ensure that the interface between the components
is correct and use the usual codebase patterns.
We never used that type method except in initialization in
GraphicsManagement, and we used it there to query whether the device is
VGA compatible or not.
In #10434 an issue with leading whitespace in new lines after
a <br> element was fixed by checking whether the last fragment
of LineBox is empty.
However, this introduced a regression by which whitespace following
inline elements was swallowed, so `<b>Test</b> 123` would appear
like `Test123`.
By asking specifically if we are handling a forced linebreak
instead of implicity asking for a property that may be shared by
other Node types, we can maintain the correct behavior in regards
to leading whitespace on new lines, as well as trailing whitespace
of inline elements.
This ensures we paint the left button as clicked when the left mouse
button is pressed (and vice-versa with the right one) when the right
mouse button is set as the primary one in the mouse settings.
The Screen constructor already calls open_device(), so there's no need
to call it again right after creating a new Screen in apply_layout().
This makes the first screen compose happen ~50ms earlier on my machine.
This function only did one thing: call Screen::set_resolution().
We always call that function when opening the underlying device anyway,
so this was completely redundant.
This makes the first screen compose happen ~60ms earlier on my machine.
'bootmode' now only controls which set of services are started by
SystemServer, so it is more appropriate to rename it to system_mode, and
no longer validate it in the Kernel.
Bootmode used to control framebuffers, panic behavior, and SystemServer.
This patch factors framebuffer control into a separate flag.
Note that the combination 'bootmode=self-test fbdev=on' leads to
unexpected behavior, which can only be fixed in a later commit.
