This function did alot of nothing, gtk_cell_area_focus() simply returns whether
the focus stays in the area (column) or not, seems not to cause regressions to
just call it directly instead.
Added a few apis,
- GtkCellAreaContext get_preferred_height_for_width &
width for height apis and vfuncs, this lets the icon view
request the collective (and aligned) height for width for
a said row.
- gtk_cell_area_copy_context() this creates a duplicate of
an already created and requested context, this way the icon
view uses a global context to request the widths of all rows
and then makes a copy with all the stored alignments and
uses a separate copy to calculate the height and alignments
of each row separately.
Instead this is now enforced in gtk_tree_view_get_cell_area_height().
There are rows for which a height in between 0 and expander_size is
allowed, for example separator rows.
This argument allows the caller to specify that only an editable
cell should start editing but an activatable cell should not toggle
it's state, this is important for public apis like
gtk_tree_view_set_cursor_on_cell() which are only intended to
programatically bring attention to the editing of a specific
row or cell but not actually change any data.
GtkTreeView & CellAreaScaffold updated for the last minute api change.
No longer need to detect if we're currently resetting the context since
the context properly now avoids re-triggering the reset by properly
avoiding to notify properties that dont change as a result of the reset.
This allows us to reduce code allocation code paths in subclasses, as
a result GtkCellArea implements the ->render() vfunc and the subclass
only decides the cell area and background area distributions in a single
code path.
This allows us to add a check before executing
->get_preferred_height_for_width() to ensure we always
request for at least the minimum required size (and lets
us remove the warning in gtkcontainer.c telling implementors
to do this check manually from thier container implementations).
This fix is incorrect, treeviews dont rely on the expander size for drawing
separator rows (added XXX comment in line), need to fix this somewhere else
- Dont try fetching a cell renderer for an event when the event
coordinate is outside the cell area allocation (can happen
on the y axis, not all events are button events).
- Dont remove focus-line-width (inner area) an extra time from
GtkCellArea->event
- Dont remove focus-line-width from the cell area at all for the
editable widget... use the whole area including the focus line
(compared with git master behaviour and now it looks right, check
the multiline editable string in testtreeedit).
This fixes autosize columns... result can be viewable by checking
tests/testtreeview and setting the second column to autosize and then
expanding/colapsing some rows.
Now we bookkeep the treeview assigned padding asides from the
requested width stored in the GtkCellAreaContext, this removes
the need for bookkeeping the deepest expanded depth in gtktreeview.c
At allocation time, just remove the padding from the allocated width
of the column and feed the rest to the underlying cell area.
The recent improvements to error reporting caused gtk_css_provider_load...
to always return TRUE and leave the error unset. Error messages were instead
dumped out with g_message, which is not helpful.
This commit changes things back to the way they were before:
If a GError is passed in, parsing will fail at the first error, reporting
it in the given GError. If no GError is passed in, we keep going and
just issue the warning messages. This fixes the parser tests.
gtk_cell_area_foreach_alloc() itterates over an allocated list of cells
and calls a callback with the cell's allocation until the callback returns
TRUE.
- Removed vfunc get_cell_allocation() and implemented
gtk_cell_area_get_cell_allocation() using foreach_alloc()
- Added gtk_cell_area_get_cell_at_position() using foreach_alloc()
- Removed GtkCellAreaBox ->event() implementation and implemented
mouse "click" cell activation in GtkCellArea class directly using
gtk_cell_area_get_cell_at_position().
