Jenkins as well as klocwork complained here as data is already used for
the parameter of the function and we shadow it here locally. Does not look
like it would really harm us here but better avoid it.
The event callback will take care of freeing the object.
This issue was found thanks to clangs -fsanitize=address option - coming
to a CI job near you.
Signed-off-by: Daniel Willmann <d.willmann@samsung.com>
When creating windows directly with Ecore_Evas, instead of using
Elementary, a default smart object is provided for the frame (client
side window decorations).
Now this smart object inherits from the clipped smart object, which
means that all its member objects will be clipped to its main clipper,
being skipped when the framespace clipper checks for objects without a
clipper.
Fix a ticket, which I don't remember the number because trac doesn't
work.
At least for wayland, eglGetProcAddress seems to fail to get the
eglQueryString symbol. Not sure if it's the right fix, but brings
wayland_egl back to working again.
Fixes#2301.
It is a very tricky things to get header order right on windows. Having that
order only in .c files simplify the work a lot. So let's try to do it with
Ecore_Evas after it rewrite and split into modules.
Using the wb->buffer pointer to compare if a buffer was already sent is
bad, since the buffer pointer can be changed in a way that that
comparison is true, even if different buffers are used.
When requesting a new buffer to the wl_shm_pool, it can return the
buffer address of a previously freed buffer. This reused buffer pointer
can be the same as the last buffer sent to the compositor, and the
comparison will be true, skipping a new wl_buffer_attach.
Resource contexts/surfaces are used for creating resources within Evas_GL.
In oder to handle Evas_GL runnig from different thread than the main one,
a resource context/surface pool was used. This turned out to be unnecssary
as they are not used very frequently. So, I got rid of the pool and
made the resources create as needed.
This will update the edges info inside the Evas_Engine_Info, and make it
correctly resize to the top/left if needed.
Also call ecore_wl_window_buffer_attach() on the egl engine, since it's
needed after the ecore_wl_window_update_size().
This will force the window to correctly update its size when the event
is received by the compositor, rather than just after an
ecore_evas_resize().
It fixes the window resizing of non-elementary applications, since
the elementary window already deals with such resize by calling
ecore_evas_resize.
This can be used to reconfigure a swapper to another size, without the
need to destroy the swapper itself.
Although the shm pool is not being reused even when reconfiguring to a
smaller size, it could easily be.
This change is done right now only to keep the dx and dy offsets of a
previously requested swapper, which were not still used.
When doing double/triple buffering, and we go to merge the rectangles,
if we are triple buffering then we should not use the double-buffer
rectangles as a valid check for triple-buffer rectangles.
Signed-off-by: Christopher Michael <cp.michael@samsung.com>
When using swapping (double/triple), and we go to merge rectangles,
then we should check for a valid triple buffer (not double) before
trying to merge the 3rd buffer rectangles.
Signed-off-by: Christopher Michael <cp.michael@samsung.com>
Carsten Haitzler
Stefan Schmidt
Rafael Antognolli
Daniel Willmann
Jiyoun Park
Tom Hacohen
Cedric Bail
Chris Michael
Cedric BAIL
Igor Murzov
Sung W. Park
Henrique Dante de Almeida