We're normally going from a fixed size to a floating state when we're
using the saved size, meaning we're practically always going towards a
state where the shadow margin will non-empty. However, if we don't
include any margin when creating a new configure request, we'll end up
resizing to a slightly smaller size as gtk will cut off the margin from
the configure request when changing the window widget size.
This wasn't visible when e.g. going from maximized to floating, as we'd
add the shadow margin at a later point, which would effectively "grow"
the widnow size, but when we're going from tiled to floating, we both
start and end with a non-empty shadow margin, meaning we'd shrink ever
so slightly every time going between tiled and floating.
We should never save a size when we're tiled, just as we shouldn't when
we're maximized. This fixes returning to the correct floating size after
having been tiled or maximized.
If a window is configured with a fixed size (it's tiled, maximized, or
fullscreen), ignore any resize call that doesn't respect this. The set
size will instead be saved, when appropriate, so that the new size is
used when e.g. unmaximizing.
This makes it possible to call 'gtk_window_resize()' while the window is
maximized, without the window actually changing size until it's
unmaximized. Changing size to a non-maximized size is a violation of the
xdg-shell protocol.
An application may want to set a fallback size of a window while still
mapping maximized. This is done by calling gtk_window_resize() before
gtk_window_maximize() and before gtk_window_show(). When the window is
mapped, it should have a maximized size, and if it eventually is
unmaximized, it should fall back to the size from the earlier
gtk_window_resize() call.
What happens before this commit is that the initial window size ends up
respecting the first gtk_window_resize() dimensions, and not the window
dimension configured by the Wayland display server (i.e. maximized
dimensions).
Fix this by postponing any configure events until we received our
configuration from the display server. If we got one with a fixed size
(e.g. we're maximized, tiled etc), we use that, otherwise we look at the
one that was previously configured by gtk which corresponds to the
"preferred" size when not being maximized.
This fixes Firefox being started in a maximized state when using the
Wayland backend.
Closes: https://gitlab.gnome.org/GNOME/gtk/-/issues/2538
In addition to the traditional library directory lib and the 64-bit
multilib directory lib64, this will cover Debian-style multiarch
(lib/x86_64-linux-gnu etc.), Arch Linux 32-bit (lib32), x32 and
various others.
Signed-off-by: Simon McVittie <smcv@debian.org>
As general rule, all buttons that launch a menu should
not grab focus on click, because otherwise when the menu
is closed the focus goes back to the button instead of
the previously focused widget, which is the one the user
was interacting with.
GtkScaleButton and GtkVolumeButton set focus-on-click
to FALSE for this same reason.
Fixes#2557
As general rule, all buttons that launch a menu should
not grab focus on click, because otherwise when the menu
is closed the focus goes back to the button instead of
the previously focused widget, which is the one the user
was interacting with.
So this is also the case for the 'New Folder' button on
the filechooser.
Fixes#2557
because otherwise this second[1] popover will not be
able to save the filechooser default widget (the 'save'
button) because the first popover has not yet restablish
it (as will be done on popover's unmap handler).
[1] second because 'Rename' popover is launched from inside
the 'file properties' popover.
Fixes#2555
If we have never seen a GtkTextTag in the GtkTextTagTable with the
invisible bit set, then we do not need to go through the process of
checking the accumulated tags.
Not using invisible tags is overwhelmingly the common case.
