This removes the internal function pointer for scale_update. This makes
all relevant classes implement the scale API in EO.
This removes the duplicate function in Efl.Canvas.Object and only uses
the one from Efl.Ui.Base interface.
This *seems* to be working as expected. Fingers crossed!
PS: I don't like the name Efl.Ui.Base. It's an interface for a few
common API's between Gfx, Canvas and UI levels... Maybe scale simply
doesn't belong there.
This prevents legacy EO classes from being exposed through .eo.h headers
or .eo in share/eolian/includes. Also removes a slew of useless xxx_eo.h
intermediate headers.
Notes:
- elm_systray has no proper API: it's not clear if the EO API should be
released (in which case it needs to be renamed to efl_something) and
there is no legacy API to create a systray object.
- Some files have been placed in a "FIXME" section, as I believe they
are necessary within EO land, but at the same time still don't
conform to the interfaces (eg. name starts with elm_).
- elm_interface_scrollable is required by photocam. This means photocam
needs to be adapted to fit the EO scroller API (still to be
completed, I believe).
Bugs:
- This breaks most C++ examples. I KNOW. And I'm working on it.
Ref T5301
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.
Wherever the EO API is used, i.e. efl_add() is used to create evas
objects, we can skip the calls to set fill/expand.
This new set of defaults indeed saves ~60 loc in the tests (out of 115
objects created). I found only 3 cases where the align had to be set
manually (to the old default of 0.5).
See 1a1b8bc451
And e8b7f5f255
Ref T5301
eo_prefix are set to "efl_text".
Also, "Efl.Text.Format" is shortened to now include the "_format"
prefix.
"Efl.Text.Font" keeps the "_font" prefix, for better readability.
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
Wait a second though, this implementation is not only incomplete
(no support for box vs. gaussian blur), it's also insanely bad in
terms of performance. Small radii may work fine, but at least blurs
render properly in GL with this patch (no more glReadPixels!).
The shader needs a lot of love, including in particular:
- support for 1D box blur single pass
- support for 1D gaussian (or sine) blur
- use linear interpolation and N-tap filters
- separation of 2D blur in two passes (high-level logic)
- potentially separation of large 1D blurs in 2 or more passes
knowing that 2sigma == sigma + sigma when it comes to the gaussian
bell curve.
Alright, so this is a massive patch that is the result of
trying to get rid of unused or poorly implemented classes in
ector. Originally ector was meant to support VG but extend to
things like filters as well. At the moment, ector's design
makes it quite hard to plug in the filters.
For now I think it's easier to implement the GL support for
the filters directly in the engine, where I hope to interfere
as little as possible.
This massive patch keeps only the required minimum to support
a versatile gl buffer that can be mapped, drawn or rendered to (FBO).
It's extremely inefficient as it relies on glReadPixels and lots
of texture uploads, as well as conversions between ARGB and Alpha.
Another type of GL buffer is a wrap around an existing GL image,
but that one is read-only (map or draw: no write map, no FBO).
No, all the filters run fine, and the high-level implementation
(evas_filters.c) does not need to know whether the underlying engine
is SW or GL. One problem though appears with the blending or blurring
of some Alpha buffers, the colors are wrong.
This patch removes more lines than it adds so it must be good ;)
Just because I can. It's the filter code editor after all, deserves
a filter of its own. Plus, it tests that we can embed a filter
in the default style, and edit text with a filter and everything
works as expected. Yay!
This will be triggered in the rare case when a textblock's
insets are changed (ie. the padding due to filters or style).
This fixes invalid sizing in the test case in elm (due to a
lack of event after program_set).
@feature
This is a function that allows passing variables from C or EDC
to the filter's Lua code. Useful in particular for color classes
from EDC.
This data would be the global data but we could eventually add
a markup tag to specify a data value per filter instance. For now
a single data value per tb object should be more than enough though.
This makes gfx filters padding work just like the standard style
padding, which means the tb user must offset the object position
by -l, -t and increase the object size by l+r,t+b.
This is only for testing purposes for now. Eventually we need
to fix the following things:
- terrible performance (cache buffers)
- force redraws based on filter padding
- expand textblock padding based on max filter padding
- add sources, data and a filter name/code hash
- test! :)
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).
I added a way to respect the object's alignment when adding them
to a stacked box, but that alignment should only be used when the
box align is set to fill, otherwise both aligns would conflict.
See 3df7b717c9
Amitesh Singh
Jean-Philippe Andre
Daniel Hirt
Chris Michael