_ecore_evas_x_gl_window_new() to ensure eglDestroySurface is called
before XDestroyWindow call.
In case of gl engine, eglDestroySurface should be called before
XDestroyWindow.
Special thanks to Changwoo Kim <ce2010.kim@samsung.com> for the idea.
exceptional case.
As ECORE_EVAS_GL_SYNC_DRAW_DONE is an environment variable, that could
have unexpected value like 2 or 3. So set gl_sync_draw_done to 1 only
when the env variable is 1.
structure.
- moved gl_sync_draw_done for a better structure packing.
- changed gl_sync_draw_done type from int to char which is enough.
- added more description to gl_sync_draw_done
There was a corner case which gl_sync_draw_done is set to -1. So send
comp_sync_draw_size_done when the gl_sync_draw_done is not 1. It can be -1 or 0.
This is a manual cherry-pick from tizen.org.
Thanks to original author Jiyoun Park.
commit 4be6c821df4ccd418dbe44f7e6fecbcd7dd66d74
Author: Jiyoun Park <jy0703.park@samsung.com>
Date: Thu Jul 4 18:04:11 2013 +0900
fix lockup issue (N_SE-44214)
because this sync draw done cannot be send
Change-Id: Id05978e925d5b44d6ca9af0a1684bbb255b9ec5b
this makes efl ignore certain env vars for thnigs and entirely removes
user modules (that no one ever used) etc. etc. to ensure that *IF* an
app is setuid, there isn't a priv escalation path that is easy.
in SOME cases a wm may deny a resize request entirely and keep the
window size the same. it does so with a configurenotify of the SAME
size as before. problem is we never passed this onto the app with a
resize callback of the original size before request to the new size.
this does that now.
cherry-pick me!
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.
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>
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.
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.
This reduces code duplication for ecore_evas resize routines inside
wayland engines by using a common _ecore_evas_wl_common_resize
function as the resize code for both engines was the same anyway.
Signed-off-by: Chris Michael <cp.michael@samsung.com>
These two APIs will save the title and class_name inside
Ecore_Wl_Window, so if they are called before the shell surface is
created, the stored names will be used later when the window is finally
shown (shell surface is created).
This way we are also hiding the shell surface from ecore_evas modules.
This is a configure event info, so put it in the right place. Some
places adding edges info were also removed, which means that they were
redundant.
Tested with <Meta> + middle click resize, and with window border resize,
on all the edges. Apparently, nothing breaks.
Previously, a "maximize" of an efl client would not actually resize to
the provided size as it would account for framespace width & height.
This fixes that so now "maximize" is Actually maximized.
Signed-off-by: Chris Michael <cp.michael@samsung.com>
needed.
NB: Currently, this will only work for fullscreen or maximized states
as other ones like sticky, withdrawn, iconic, etc, etc are not
supported via wayland protocol yet.
Signed-off-by: Chris Michael <cp.michael@samsung.com>