When starting a search over a very populated filesystem, it
is possible that typing the first chars will return a too
high number of results. Even though iterating through the
cursor is in itself very fast, extracting the GIO information
from those many files at once is not going to be as fast.
In order to increase interactivity (i.e. not make things
possibly sluggish) iterate the cursor in an idle function
and add search results to the filechooser model little by little.
If the user keeps typing (as it is likely will happen), there
will be better chances to cancel and proceed to the next
query timely. If not, the results will be there soon enough.
As fancy as property paths are, recursive resolution of files
to a location increases the big O complexity enough that it's
not a great option on large homedirs with many indexed files.
Ensure the files are from the right location through a URI
prefix match, which does hits an index. This may dramatically
improve performance on large indexed trees.
Testing this query in an isolated testcase with a total
1434099 indexed files shows that it can run more than 1500 times
per second in this computer (an average of 15200 queries in
several 10 second runs), which presumably is a tad faster than
anyone can type.
Closes: https://gitlab.gnome.org/GNOME/gtk/-/issues/4133
Cursor themes have recently started to reduce their coverage of
'legacy' cursor names, and reduced to the standard names. Support
this for the few cursor types that are still used in GTK.
Print backend can be disposed together with all its printers
as a reaction to user stopping enumeration of printers.
Adding a weak pointer help us to detect that the backend
was disposed and hence the backend and its printers should not
be used anymore.
Fixes#6265
The GtkFileChooserEntry widget creates a file filter instance, but never
sinks its floating reference. Newer versions of GLib correctly warn if
an instance with a floating reference gets finalized.
Fixes: #6527
It is at least theoretically possible that gtk_entry_get_pixel_ranges
will return no ranges, and we should handle that without an
out-of-bounds access or segfault.
This fixes https://bugzilla.mozilla.org/show_bug.cgi?id=1871627
All GTK3/4 apps on non-GNOME desktops aren't resizable if they are
tiled.
This patch makes the non-tiled edges resizable if we have per-edge
tiling, but not per-edge resizing information.
We might want to make all edges resizable, but that might not be fine
for tiling compositors.
The first time this function is called, has_xdg_output() returns
true, but haven't yet received all the xdg-output events, so wait
for that to be done. Otherwise, the logical size is 0, and nothing
useful comes from that.
This is the gtk3 version of !6722.
This fixes a problem that is apparent in
https://bugzilla.mozilla.org/show_bug.cgi?id=1869724, but that also
reproduces on any GTK application as described in
https://bugzilla.mozilla.org/show_bug.cgi?id=1869724#c16.
xdg_output sizes might be physical if the compositor doesn't scale them,
it seems. So to report the correct logical geometry in GDK pixels, we
need to detect this case. We do this by checking whether the wl_output
size matches the xdg_output size.
Some of the listeners connected during the initial roundtrip assume a
non-NULL selection, when they finally invoke functions such as
gdk_wayland_selection_ensure_offer(),
gdk_wayland_selection_ensure_primary_offer() or
gdk_wayland_selection_set_offer(). The GdkWaylandSelection should
therefore be initialized before the second series of roundtrips, as the
compositor may have already sent a selection by then.
[NSView frame] returns a rectangle in the superview's coordinates, and the
superview of an NSWindow's content view (which is the only NSView that
GdkQuartz instantiates) is an undocumented NSThemeFrame. While it happens
to have the same origin as the content view and the same size as the
window's frame this isn't documented and so could change without notice.
Convert the window frame coordinates to the view's coordinate system to
ensure consistency.
Use the view's bounds instead of its frame: The bounds rectangle is in the
view's coordinate system. Use the parent NSWindow's frame instead of the
private NSThemeFrame's. This ensures that all coordinate comparisons have
the same reference.
Finally, the macOS coordinate systems origin is at the bottom left, so the
title bar is between the content view's height and the window's height,
not in negative y in the view's coordinates. Adjust the y comparisons
accordingly.
Fixes#6297
