Also use a different means to check that the given mark is in the text
view's buffer. This will also play nice with anonymous and NULL marks.
Suggested by Paolo Borelli.
When unsetting the old buffer always set the buffer on the layout to
NULL. More importantly, clear the pending scroll. (The scroll is
handled in an idle, when not cleared an idle handler might touch the
layout later on, possibly corrupting the BTree). Unref the buffer after
removing the selection from the clipboard, not before. Patch merged
from maemo-gtk.
In gtk_text_view_queue_scroll() we need to verify if the given mark
exists in the text view's current buffer. When not done, this can
result in corruption of the BTree data structure. Patch merged from
maemo-gtk.
Updating the IM spot location in gtk_text_view_value_changed() might
invalidate the layout, so we need to make sure that we update it before
validating the layout again. Otherwise, the layout will be invalidated
right after validating it (possibly resulting in a failed
onscreen_validated assertion). Patch merged from maemo-gtk.
Likewise to other cell renderers, GtkCellRendererToggle now properly
follows the insensitive state of the widget requesting rendering. It
does this by checking the state of the widget pointer, not by using
GtkCellRendererFlags (there exists an insensitive flags). Later on, I
think we should move to using GtkCellRendererFlags and not the state of
the widget requesting rendering. Patch merged from maemo-gtk.
If the cell view is insensitive, it needs to properly propagate this
insensitive state to the cell renderers using cell renderer flags.
Merged from maemo-gtk.
This was removed long ago by the patch in bug 101235. On a hindsight,
all other scrollable widgets are processing exposes at this point, which
completely makes sense to me, so I am putting it back.
The check for a possible implicit paint flush before queueing an
antiexposure was wrong. An implicit flush doesn't actually NULL
the implicit paint, se we have add a flag to explicitly track if
it is flushed.
Passing region into _gdk_gc_set_clip_region_internal takes ownership,
so don't use it after that. We can just as well just move the usage
above the call.
Generally you only need to work around bugs in one specific app, so we
don't want to affect the applications that application will start.
Thus we unset GDK_NATIVE_WINDOWS after reading it.
For toplevels, never apply clip as shape, instead apply shape.
This way we don't have to re-set it all the time as the window size
changes. Furthermore, this change fixes unsetting a shape on a
toplevel window which didn't actually unset the shape before.
Additionally we never apply clips as shape if the shape would just
be the same as the regular window size. This means we won't unnecessarily
add a useless shape to most native child windows (and additionally this
helps apps that do weird X stuff that don't expect these shaped windows).
