Git log should be enough for the credit :)
This code was merged into efl upstream by devilhorn's aggressive synchronization between efl upstream and tizen.
But that commit didn't have the author's credit.
However We will never forget the contribution of Gwanglim Lee <gl77.lee@samsung.com>.
when the window alpha mode is changed, the x window is re-created.
but if the window is going on the show state(not visible yet but waiting for visible from xserver) this window never be visible.
so here it make the window visible also if the window is going on the visible state.
parsing problem with opengl_strtok() which would free the previous
token "p", but in some cases it would be a const string. this should
fix CID 1039653
this fixes CID 1039884 which isn't a real problem as the callback del
never dereferences the data pointer - just uses it as a value, but
this is really to ensure that it doesn't come back if the code were to
change.
stable release - cherry-pick me!
the evas gif loader used way too much cpu to decode animated gifs
because in the rewrite that made it correct, it did not store the
current gif file handle and state, thus each frame it would have to
decode all frames before that one before finally decoding the final
one. that means to decode frame 200, it decoded frame 1, 2, 3, 4 etc.
all the way up to 199 THEN decoded 200 on top, so decode cost became
progressively more then further through the animation you were.
this fixes that by storing state and file handle and allowing you to
iterate through.
There's no need to call it on text_input_leave too, otherwise this would
be called twice, the one from text_input_leave possibly being called
after the focus was regain already by a text input, causing the bug
described in T237.
This fixes T237.
In my config, running terminology with the GL engine and under
cserve2, some image could not be loaded. The tex argument
in evas_gl_preload_target_[un]register was NULL, leading to
an immediate crash.
This fixes Phab #T611. Previously, windows which were opaque would
become transparent after being hidden and then shown. We fix that by a
call to ecore_wl_window_alpha_set when the window gets shown. This
patch also brings the wayland_egl hide code more inline with the shm
hide code by testing if the surface does not match the existing one.
Signed-off-by: Chris Michael <cp.michael@samsung.com>
Properly fix efl wayland elm window resize problem.
This adds support for min, max, step, aspect, and base size properties
when resizing a canvas under EFL Wayland.
This Also Properly fixes raster's report for EFL Wayland elm windows not
resizing properly. Previously, when resizing an elm window in wayland,
a portion of the window would draw outside the frame.
Signed-off-by: Chris Michael <cp.michael@samsung.com>
Before fixing this issue, the cursor of preedit appears the in front of preedit string.
The cursor of preedit string will appear in the proper position.
outside the window).
Be sure that the EEs requested geometry gets updated in our
common_resize function After min/max have been taken into account.
Elm is using ecore_evas_request_geometry_get in it's resize_job code
(Why...I have no clue lol. Does not seem like a good thing to check).
Signed-off-by: Chris Michael <cp.michael@samsung.com>
Ecore_wl_window_resize essentially tells the shell to start the resize
process. We should have the evas engine info's resize_edge updated
Before we start that process so that Evas knows where the resize is
occuring from
Signed-off-by: Chris Michael <cp.michael@samsung.com>
This callback must be manually destroyed and removed on
ecore_evas_hide(), because it won't be delivered anymore after the
surface is destroyed. If the callback still exists, the engine will find
it and avoid doing a new redraw until it is finally called.
Maybe the correct thing to do is to keep this callback in the
Ecore_Wl_Window struct, and have some functions to set/unset it, so it
gets destroyed when the window is hidden. Or when the surface is
destroyed.
We must unset it, so the Evas engine knows that it has to do all the
setup to destroy the EGL surfaces associated with it. And in the case of
an ecore_evas_show, recreate everything again.
When an Ecore_Evas is hidden, it will destroy the buffer swapper. When
it's shown again, it will try to attach a new buffer, that can be same
buffer. If that global var is still pointing to the old buffer, it can
match to it again and avoid sending a new buffer. So, just put this sent
buffer var in the buffer swapper, and it will get set to NULL when the
swapper is destroyed and created again.
This should fix an intermitent problem of ecore_evas_show() not always
working after an ecore_evas_hide() on the wayland_shm engine.
Fix phab T392.
Notice that it should reopen T359, as it wasn't really fixed, but a
rotation with resize was being used when a non-resized rotation was
requested. The cause of the "protruding surfaces" is likely the fact
that Elementary is setting the opaque regions manually, instead of
leaving it to Ecore_Evas. This must be fixed either inside Elementary
itself, or adding the "surface extents" (shadow/non-visible surface
parts) info to Ecore_Evas too.
Carsten Haitzler
Guillaume Friloux
Jihoon Kim
Daniel Juyung Seo
ChunEon Park
Rafael Antognolli
Jean-Philippe Andre
Chris Michael
Cedric Bail
Stanislav Vorobiov