Instead, inherit style from toplevel (because that's the default way,
not because it makes lots of sense).
This way, popovers don't inherit the styling from the widget that popped
them up, which is a problem in selected listbox rows, selection-mode
headerbars.
It also doesn't inherit styling where we might want it, like the osd.
But we can only have one of the two things.
This behavior has been made optional on add_popover() time, text handles
will keep being able to overflow the window, in order to allow text
selection on views too close to the window edge.
Regular GtkPopovers are reinstaurated to the previous size positioning
logic though, that is, limited by the visible area of the window.
This will be the widget that the popover relates to (::pointing-to in
GtkPopover, ::parent in GtkTextHandle).
Additional API to check the popover/parent relationship between widgets
has been added, which will be useful wherever this is necessary in a
generic manner.
https://bugzilla.gnome.org/show_bug.cgi?id=750993
Due to popover modality itself, there's quite high chances the popover
stealing focus has been triggered from within, so stay friendly to it.
Hiding the popover here will only hide the grabbing popover too if this
happens.
https://bugzilla.gnome.org/show_bug.cgi?id=750741
The check used to hide the popover if the pointed area fell partly out of
the widget allocation, textviews now can trigger that with text selections
too close to the visible edge, as a small extra area around is now reserved.
The check has been changed to only hide the popover if the pointed area
falls completely outside the widget allocation.
Add a new API, gtk_popover_set_default_widget, that can be
used to make a widget act as default while the popover is
shown. This is useful in dialog-like popovers.
http://bugzilla.gnome.org/show_bug.cgi?id=747664
cairo_rectangle_int_t was replaced by GdkRectangle in commit
552c29b488, but the type of the pointing-to
property was not changed.
To avoid breaking old code that sets or gets the property with a GValue
of type CAIRO_GOBJECT_TYPE_RECTANGLE_INT, transformation functions between
CAIRO_GOBJECT_TYPE_RECTANGLE_INT and GDK_TYPE_RECTANGLE are registered on
the first call to gdk_rectangle_get_type().
https://bugzilla.gnome.org/show_bug.cgi?id=723394
These have the same visual effect and timing than the gnome-shell ones.
During the hide animation, the popover has been made to take focus
elsewhere, and refuse to take any pointer/keyboard input until the popover
is shown again.
This has been based on work from Timm Bäder.
https://bugzilla.gnome.org/show_bug.cgi?id=741405
On the wayland backend, set up GDK_WINDOW_SUBSURFACE windows
for popovers. In the popover code, the popover-relative-to-parent
calculation had to be tweaked, and it's been made to always prefer
the given popover position, since there's no sizing limitations.
https://bugzilla.gnome.org/show_bug.cgi?id=738891
All popover sides have extra margins to possibly hold the tail, this is
accounted for in gtk_popover_get_rect_coords(), and should be accounted
for too in the tail position calculation.
This fixes the gtk_render_frame_gap() warnings seen when a popover is
pushed far too close to window sides.
If the previous focus widget is unmapped (eg. hidden, scheduled for
destruction, etc), make the popover forget about it and grant focus
back to the window itself.
gtk_window_propagate_key_event() will run unstopped from the focus widget up to the
popover if GDK_EVENT_PROPAGATE was returned along the chain, resulting in infinite
recursion. This could be just triggered by pressing some modifier key on an entry...
This is the expected behavior while the popover keeps the grab, leaving
this up to the toplevel implementation gives place to key handlers
connected there to handle the event otherwise, and maybe redirect key
events somewhere else.
During size request, all sides' margins are ensured to be as big
as TAIL_HEIGHT, just to avoid possible relocation loops if the
popover doesn't fit in its original position. This must be
accounted for in size_allocate() as well.
- gtk_style_context_get_background_color()
- gtk_style_context_get_border_color()
Those functions shouldn't be used anymore, because they don't represent
anything from the CSS styling we support. The background color often
isn't used due to background images and there are actually 4 different
border colors (1 for each side) - if there isn't also a border image in
use.
A popover can go unmanaged for 2 reasons, when the widget it points to
gets destroyed, or transitionally in gtk_popover_set_relative_to(). In
both of these cases it makes sense to only unset popover information
about the previous widget managing it, if the popover is meant to
survive the unmanaging through extra refs.
Also, the focus widget prior to a modal popover being shown is considered
information about the relative_to widget, unset it on
gtk_popover_update_relative_to() with the rest.
https://bugzilla.gnome.org/show_bug.cgi?id=736193
There was some confusion between unflipped and flipped positions.
Both final_position and current_position are meant to be unflipped,
and get_effective_position() needs to be applied to them to get
a flipped position. _gtk_window_set_popover_position() also expects
an unflipped position.
https://bugzilla.gnome.org/show_bug.cgi?id=735014
Popovers may get relocations optimized away if only x/y changed
in the GtkAllocation. So make sure the toplevel updates popover
positions on all situations.
https://bugzilla.gnome.org/show_bug.cgi?id=729140
The focus widget might be unset, just to be set again on a widget inside
the popover. Have the popover wait till the focus is actually moved outside
before dismissing.
Make the relative_to widget the parent for a GtkPopover's
GtkActionGroup. This, for example, makes the menu model of a
GtkMenuButton find action groups attached to the button.
https://bugzilla.gnome.org/show_bug.cgi?id=729915
Now that popovers may snap to any side with enough space, make enough
room on every side when requesting size, so that there's no w/h differences
at the time of setting the child allocation.
https://bugzilla.gnome.org/show_bug.cgi?id=729097
Instead of using GtkMenuTracker to flatten the sections into a single
linear menu, handle the sections ourselves by nesting boxes.
Each section gets an inner and outer box. The inner box numbers its
children in the way that the tracker instructs. The outer box
containes the inner box and the separator, if appropriate.
Having the two separate boxes will allow us to change the orientation of
the inner box if we want to pack widgets horizontally within a section.
Add the possibility of a GtkMenuTracker that performs no section
merging. Instead, it will report an item in the form of a separator for
subsections. It is then possible to get a separate tracker for the
subsection contents by using gtk_menu_tracker_new_for_item_link().
We have some API in GtkMenuTracker and GtkMenuTrackerItem that is
specifically designed to deal with submenus.
Generalise these APIs to take a 'link_name' parameter that we always
give as G_MENU_SUBMENU for now. In the future, this will allow creating
trackers for other types of links, such as sections.
