Themes should not enforce min sizes on blocks in continuous mode; in
this case, the filled block should be as large as it needs to be to
reflect the current value, and no larger or smaller than that. So, the
fact that the minimal size was selected on just levelbar block is wrong:
we should also require the levelbar.discrete class to apply min sizes.
The widget should enforce whatever correct minimum size results from the
above fix, by reapplying commit 78b4885fe8
Except: we should not allocate/draw the filled block if the value is 0,
as in this case, the LevelBar should be empty, not have a min-size fill.
https://bugzilla.gnome.org/show_bug.cgi?id=783649
Container:border-width caused the x/y coords converted to iters to be
offset inwards by that width, breaking positioning/selecting by gesture.
So, subtract :border-width in widget_to_text_window_coords(). This fixes
gesture positions, & plays fine with :margin & CSS margin/border/padding
N.B.: This is not to endorse :border-width. It’s gone in GTK+ 4 & weird
on a TextView: it’d be more intuitive to – if you must! – set it on the
TV parent. Really, please just use CSS instead. Still, it’s easy to fix.
https://bugzilla.gnome.org/show_bug.cgi?id=759725
Various disconnections had the wrong flags and/or data, so we failed to
disconnect a pile of signals, shown by 0 returned by the disconnect_*()
functions. Fix this, and use the nicer disconnect_by_*() while here.
set_transient_for(toplevel) was only called in list_setup(). It was easy
to make a test showing a NULL :transient-for instead of the correct one.
So, move the call from list_setup() to popup_for_device(). Also do that
for window_group_add_window(), which means not calling it redundantly.
(I tried using a ComboBox:parent-set handler, but the Inspector’s CB
didn’t like that: it calls popup_for_device() twice and closes on button
release. Anyway, using popup() is much more concise than a new handler.)
The screen for the list-mode popup_window was only being set in
set_popup_widget(), i.e. when changing modes, so if the ComboBox was
moved to a different screen later, the popup would appear on the
original one, which is wrong.
Worse, this (somehow) broke opening some combos in the Inspector.
Fix this by moving the call to set_screen() to popup_for_device(), so
the popup_window is put on the correct screen each time around.
https://bugzilla.gnome.org/show_bug.cgi?id=468868https://bugzilla.gnome.org/show_bug.cgi?id=786771
This is so that it is easier for one building GTK+ with Visual Studio to
build the introspection files as well in one shot. Note that this is
not built by default, so one needs to select the gtk3-introspect
explicitly to build (and clean up) the introspection files.
For this to work, one needs to ensure the following:
-A complete build of GObject-Introspection in $(GlibEtcInstallRoot),
that is built with the same installation of the Python interpretor that
is used here (see PythonDir and PythonDirX64 in
gtk3-version-paths.[vsprops|props]).
-Introspection files for ATK, GDK-Pixbuf and Pango, also in their proper
locations under $(GlibEtcInstallRoot), which should be built with the
same G-I installation.
The build/win32/detectenv-msvc.mak needs to be updated for Visual Studio
2017, and we ought to add quotes to surround the copy destination path
for the introspection files, so that we do not bail out in the copy
process (cmd.exe's copy command does not like '+' in them that are not
quoted).
This is to make this more in-line with what is in the G-I projects, so
that we could use this to build the introspection files for GTK+-3.22.x
directly from the project files. This is intended to follow the MSVC
versions used to build the official CPython Windows binaries, i.e.:
-3.3.x, 3.4.x: for MSVC 2010, 2012, 2013, which is built with 2010
-3.5.x, 3.6.x: for 2015 and 2017, which is built with 2015.
Under X, we were not setting the right drag cursor initially,
because at current_action == action == 0, initially. Fix this
by explicitly using the right cursor when grabbing.
Add integration of the libcloudproviders DBus API to the
GtkPlacesSidebar by showing name and sync status of the cloud providers.
The exported menu is rendered as a GtkPopover.
The sidebar will be updated if the list of cloudproviders changes e.g.
by adding or removing an account. If any cloud provider changes detailed
information like sync status only the individual sidebar row gets
updated.
Co-authored-by: Carlos Soriano <csoriano@gnome.org>
https://bugzilla.gnome.org/show_bug.cgi?id=786123
Bad actors, such as our very own FileChooserButton, may connect to the
:popped-up property and alter the model as the menu becomes in/visible.
We were getting an iter to the model while popped-up, then doing
popdown(), then using the iter, which may have just been invalidated by
the errant notify::popped-up handler. If so, we quickly crash fatally.
This is clearly bonkers, but until such patterns are removed, we have to
work around them. So, set_active() from the clicked item while it is
known to be valid, by moving the call to set_active() before popdown().
While here, change set_active_iter(iter) to set_active_internal(path) to
avoid pointlessly going through the iter to get the path we already have
https://bugzilla.gnome.org/show_bug.cgi?id=729651
Just adding/removing to/from the BoxGadget is not sufficient; that
leaves the GdkWindow hanging around, taking input, changing the cursor,
and all sorts of other nefarious shenanigans.
Resolve by ensuring the child’s GdkWindow is unmapped if collapsed.
Note: the reflexive solution is just to set_visible(child, expanded),
but it is best to avoid messing with the child’s :visible property.
https://bugzilla.gnome.org/show_bug.cgi?id=776937
.update_position() enforces that non-Wayland platforms must position a
Popover within its parent Window. We use the allocation of the Window
to translate the position and check for overshoot on each of its sides.
Calling Widget.get_allocation() of a CSD Window includes its shadows.
But shadows were not excluded from the area in which we can position.
Thus, Popovers could get positioned in the shadow of CSD windows, where,
at least on X11, no input is received. Therefore, positioning a Popover
over a shadow meant its child widgets within that area became unusable.
Fix by calling Window.get_shadow() and including it in the overshoot on
each side. This adjusts for how the allocation includes shadows, making
overshoots with and without shadows the same. Thus, we avoid considering
shadows as viable for positioning, favouring a side where input works.
https://bugzilla.gnome.org/show_bug.cgi?id=786209
