This way, the footer actions collapse into a menu when there's not enough space
to show them all, instead of being cut off.
BUG: 460793
FIXED-IN: 5.26.2
Writing is what our guard is supposed to prevent, let's try to mmap it
for writing. It seems FreeBSD still allows PROT_READ for sealed-for-writing
mmaps.
When text input gets enabled, the sequence should be
1. enable
2. request to show the panel
3. panel gets added and shown
And showing the panel again after hiding is an important case to cover as
well.
QXkbCommon fails to map `Ё` to `~` when pressing `Shift+grave` and
sequenceEdit seems to have focus now.
On the other hand, does it make sense to bind global shortcuts with key
sequences such as "Shift+`"? The system settings doesn't even allow typing
in such key sequences.
All these properties have XCB_ATOM_STRING type. From the ICCCM spec
[2.7.1]
STRING as a type or a target specifies the ISO Latin-1 character
set plus the control characters TAB (octal 11) and NEWLINE (octal 12).
testDbusInterface fails with Qt 6 build because QCOMPARE detects the
type difference between QString and QByteArray.
Since these properties being byte arrays has caused reasonable amount of
discomfort, let's make them QStrings. It will fix the test and make some
scripted effect code more cleaner.
PointerInputTest::testWarpingBetweenWindows() compares
QVariant(QPointF) with QPoint. While this works in Qt 5, Qt 6 seems to
take the type into account when comparing the two.
TestXdgShellWindow::testPointerInputTransform() compares
QVariant(QPointF) with QPoint. While this works in Qt 5, Qt 6 seems to
take the type into account when comparing the two.
The CI now has the ability to limit the passing unit test requirements
to more specific platform configurations, so the not yet working Qt 6
unit tests shouldn't block this anymore.
In some cases, stateCommitted may fire after a new surface being focused
and in correctly set input method to be inactive. This can be reproduced
by switch client between an active text input v3 client and text input
v2 client.
RenderGeometry is a list of vertices that should be rendered. It's
needed so we can convert WindowQuadList to device coordinates and do
clipping in device coordinates. The intention is also to use it to
replace arbitrary float arrays in effects eventually.
This rounds the position of geometry in the OpenGL scene, which means
things that are fractionally scaled and end up between pixel boundaries
are instead aligned to pixels. This doesn't fully solve the fractional
scaling blurriness, as we still need the application to provide a buffer
with the correct size. If we do have a buffer with the correct size, we
will now render properly aligned. For example, internal clients should
now be correct.
The Workspace requires at least one output and no output has 0x0 size.
This fixes a crash in confineToBoundingBox() where qBound() asserts that
the min value is less than the max value, in our case the x coordinate
of the left edge of the workspace is less than the x coordinate of the
right edge of the workspace.
