This improves a rare error message when a function is called on an
efl_part() that does not implement it. Example: calling a swallow
function on a non-swallow part.
This isn't entirely fool-proof but should already help quite a bit.
This also changes how the efl_part proxies are stored: the variable
is not reset to NULL every time we use it, instead we check it in
the del intercept.
Note: _part_reuse_error() can not be enabled inside
_internal_proxy_get because there are valid use cases such as:
func1(efl_part(obj, part), func2(efl_part(obj, part), ...), ...)
Here we use two efl_part() at the same time, on the same object,
but we haven't entered "func1" yet when we are reaching the second
call to efl_part(). This is completely valid and there is pretty
much no way to detect this.
I think I will improve this later with a core function on
Efl.Object like "debug_string".
Ref T5584
This effectively replaces edje_object_part_external_object_get
and allows all function calls except those from Efl.Object.
Is this good enough? Or do we need access to the real object?
This refactors even more the edje part eo internals. But now
common part APIs can easily be implemented in edje_part.c
The API now looks like:
efl_gfx_geometry_get(efl_part(edje, "part"), &x, &y, &w, &h)
1. Make internal part "real_part_set" an internal function (EO)
2. Use a common class rather than an interface:
- Cost: 1 extra call to efl_data_scope_get() as we don't have
the data inside the EO function call implementation.
- Gain: Ability to implement common code, such as part_geometry_get
This splits the current Efl.Part implementation for the edje container
objects. These are now split to a edje_part.c, edje_part_helper.h and
separate sources for swallow, box and table.
It's going to make things a bit easier for porting the rest of the
logic.
Jean-Philippe Andre
Daniel Hirt