The g_print documentation explicitly says not to do this, since
g_print is meant to be redirected by applications. Instead use
g_message for logging that can be triggered via GTK_DEBUG.
GtkWidget uses gtk_container_foreach() to iterate over children and
check whether they need their allocation reset.
However, that leaves out internal children, such as scrollbars of a
GtkScrolledWindow. Use gtk_container_forall() instead.
Setting label-yalign should affect the border gadget, but we need to
compensate for its position by moving the child down or up, depending on
the border gadget's position, so the child never moves.
https://bugzilla.gnome.org/show_bug.cgi?id=762123
It just looks wrong if the file chooser comes up with
"Other Locations" ellipsized. Treat it like the other
fixed entries. We only want to ellipsize bookmarks, because
their length is unpredictable.
We now draw real Windows 95 buttons.
Also split out a draw_edge() function that is supposed to emulate
Windows' DrawEdge() function. I guess we'll need it in other places,
too.
So far, this only reworks the tabs at top implementation.
Windows doesn't have support for theming tabs at left/right/bottom
so we need to figure out what to do there. Wine falls back to
unthemed code.
This is necessary for GtkNotebook so that the stack is always drawn
before the header.
And that is necessary so that the active tab can use negative
margins to overdraw the border of the stack to create a gap and
simulate old GTK2-style visuals for notebooks.
:active is reserved for "mouse button down on node", so we have to use
something else. And stack switcher and radio buttons use :checked for
the active widget, so it makes sense to use :checked for the active tab,
too.
Themes have been adapted.
TODO: Implement :active for tabs.
This is a hack because we can't really rtesize the buttons.
Instead, we draw the background only over the area that they would
be drawn if they were drawn by Windows. The button is still selectable
outside of this area, but what can you do...
The way we were adjusting baselines if min-height forces
a size increase was not quite working as intended. Redo
it in a simpler way: just split up the excess and count
half of it for above the baseline and half below.
This fixes button labels in dialogs appearing too low.
It is clearly not the intention that the baseline of icons is at
the very top. The visible effect of this was that spin buttons were
higher than expeted, because the box gadget was trying to line up
the baseline of the text with the top of the buttons, forcing extra
height to be requested.
Just don't set a baseline at all for now.
That would imply the pixelcache monitors the style context for changes
and it doesn't do that.
Its only use case was opacity checks, so add
gtk_pixel_cache_se_is_opaque() instead.
We were updating the whole places sidebar when the trash changed.
This effectively removes all rows and create new ones for every trash
state change.
Although when using GtkTreeView it was somehow ok, with the new
implementation with GtkListBox this effectively locks the UI while the
trash operations are being performed.
When performing operations for i.e. 100 files, the UI can be locked
for more than 1 minute since gvfs-trash usually takes time.
To fix this just update the icon of the trash when the state of the
trash change instead of the whole sidebar.
https://bugzilla.gnome.org/show_bug.cgi?id=762677
