This reverts commit 9836116cab.
This is based on discussion today i had.
There would be a separate minimal spinner class instead
which facilates ways to extend it.
Text on path (textpath) allows application to make text follow a path.
The path can be a efl_gfx_path or a circle.
Thank hermet for initializing this work.
@feature
Fake: This should never have had the fake_canvas_set API. It already can
not work after efl_finalize. And Ecore_Evas isn't part of EO API so it
doesn't make sense at this point to try to expose the fake window as
part of EO API.
Socket: This is the only type of window that implements socket_listen.
So we can just move this function to a new subclass.
NOTE: Socket & plug are currently broken, even in 1.20 (at least for me)!
Ref T5322
it turns out to be very handy to have a interface for the moving and
border elements, that is unconnected to the way of how widgets are
registering themself.
This for example enables us to get a simple focus manager that just
redirects the call into a internal 2 dimensional data struct
This allows user to set size hints to be respected and
request panes to ignore combined min size.
If this flag is set, the minimum size set by efl_gfx_size_hint_min_set()
is respected forcefully.
@feature
refer T5359
I recently added an undef EAPI which wasn't in fact the best idea ever.
The EAPI needs to remain defined as is for elementary modules and
edje_externals.
Ping @vtorri
See ad6e3ce3df
Some names have not been changed, hopefully making a distinction
between legacy APIs and internal code (elm_layout_blah) and valid EO
usages.
This means many internal functions are still elm_layout_ as their
sole purpose is to support the legacy API.
Ref T5315
This will help to focus on creating efl_ui_widget class work.
And, we need to change all the Elm_Widget_Item related logics to
factory or something else.
Originally it was its own object.
There are some valid claims that there is no justification for it to
remain an object.
Furthermore, it's apparent that it added little benefit: changes of
each cursors, in practice, triggered a query for all objects of the
same textblock. There wasn't real advantage to have a finer resolution
of controlling the cursors with their own events.
This ports back a lot of code, and changes a lot of other code in the
higher-up widgets, such as Efl.Ui.Text and co.
The usage was replaces from:
efl_canvas_text_cursor_char_next(cur_obj)
to
efl_canvas_text_cursor_char_next(text_obj, cur_obj)
that is, it is an operations on the TEXT OBJECT, rather than on the
(now removed) cursor object.
So, one less efl object to worry about now.
Hopefully, the port went smooth.
This patch adds support for map with more than 4 points.
However, we only support points with multiples of 4.
This also adds efl_gfx_map_point_count_set/get APIs to
set number of points.
@feature
The expected usage is efl_text_set(efl_part(layout, part), text);
Same for text_get.
Also, added an example how to make API easier with providing
efl_text_set/get for the widget itself, in efl_ui_button. Please see
this example.
All windows should be standard, really. Except when using legacy
elm_win_add() or if type_set() was called with a specific type.
I dislike type_set...
Ref T5322
This is a copy of the "Flip Page" map usage example that relies
on the new set of APIs for EO. This was used to test the API
and show its usage.
The calculation being done in absolute values, this does not
really exploit the new API, but instead proves that it is on
par feature-wise.
The performance is worse than with legacy, because of extra list
walkings, map calculations, small struct allocations and eo calls.
This fixes the shadow of the page which was broken with the legacy
API (as color_get did not recalc the map).
A better implementation can probably be done without having
to rely so much on absolute coordinates.
The Efl.Ui.Focus.Manager abstracts the creation of a localization graph
and a logical tree. The localization graph is used to find a object
right left up or down of a given object. The logical tree is used to
iterate throuw the containers which are used to build a ui.
Those managers can be used bound to some layer in the ui, so for
example the window is a layer, the content of a scroller is a layer.
With those layers, we can make sure that movements of a scroller for
example just means that this graph of objects in the scroller needs to
be recalculated, and not the complete ui.
The advantage of having this to layer bound datastructures is that you
can easily debug those graphs, since the complete layer of this
managerobject can be calculated completly.
Efl.Model.Container and Efl.Model.Item to efl/interfaces are used
to create Efl.Model objects with predefined property values.
This is useful to any situation where we want an Efl.Model with
explicit defined property values.
Efl.Ui.View and Efl.Ui.Factory are used to connect Efl.Models with
Widgets, Elm.Layout and Efl.Ui.Image has changed to use news interfaces
Signed-off-by: Cedric BAIL <cedric@osg.samsung.com>
For c source and headers lookup a simple syntax definition.
Use a very simple text processing line by line to tokenise.
Simple but it gets us one step closer to cross-language syntax
This adds a test window for the efl_gfx_filter (also known as
evas filters). The builtin examples are not incredibly pretty
but they showcase some of the most basic features. They also
show that some of the filters need to be improved.
Note that the code contains a lot of FIXME due to the incompleteness
of our EO API. Also, Efl.Ui.Text still has quite a few issues (sizing,
lack of a working change event, ...) so the UI doesn't even look as
designed (a label is missing). Hopefully this should get fixed over
time.
Oh and this is mostly using EO APIs but that's a terrible idea as
evas_object_text is not going to be exposed in EO land... except
it's the only object implementing filter support (with image).
Non-editable behavior resembles a label. It doesn't allow changing the
text in any interactive form. The blinking cursor is also hidden.
Selection, however, it allowed.
Among the changes, I added a test which you can run using:
"elementary_test -to "efl ui text label".
Use Efl.Part for window to manipulate the background.
Two part names are used in EDC:
- elm.rect.background
- elm.swallow.background
For apps the part name is only "background".
To set a solid color background (alpha is ok):
efl_gfx_color_set(efl_part(win, "background"), r, g, b, a);
To set an image:
efl_file_set(efl_part(win, "background"), "image.jpg", NULL);
To set an object:
efl_content_set(efl_part(win, "background"), subobj);
The solid bg is invisible by default, will become visible and use
COPY render mode if a color is set. Standard window uses the
swallow part.
@feature
Remove Elm_Url and use efl_net_dialer_http with an efl_io_copier to
fetch stuff.
The code was also slightly improved, particularly in elm_photocam
destruction be explicit and clear the grid before deleting... this
will ensure any pending preload are stopped before we remove the
backing memory.