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.
It's mostly only used inside ecore_wayland library anyway.
The only bit needed outside of the library is the "seat" pointer, but a
new function was added to retrieve such pointer from Ecore_Wl_Input.
This struct is only used inside ecore_wayland itself, so there's no real
reason to expose it. Apparently, hiding it doesn't break anything,
except for the ecore_imf wayland module, which was easily fixed.
If anyone notices a breakage, please let me know.
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as other ones like sticky, withdrawn, iconic, etc, etc are not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>
after several days of beating head on desk, i gave up trying to find
the exact cause of some gifs not rendering right as animated gifs due
to the loader. it had something to do with dispose mode handling and
which frame it was applied to. i noticed the structure made it also
hard to fix, so this re-structures the entire thing with cleaner code,
less code AND more comments, with a limited memory cache (512k) for
previous frames per image (to avoid eating up huge memory blobs for
big/long animations - though at the expense of cpu), and with some
notes for future fixes - like fixing the "load 2 copies of the same
animated gif" issue... that's another day.
this does fix https://phab.enlightenment.org/T443 along with many
other things.
At the end of the ecore_wl_init() function, send a sync request to the
server, and add a callback listener to the "done" event. When this event
is received, we are sure that all the registry bind requests done so
far were processed already, and that the registry and globals are
available and can be used.
Now, on the functions that request interfaces or registry, we call
_ecore_wl_init_wait(), which will check if the callback was received
already (that means that all requests inside the init were processed).
If it was not yet, then we wait until receiving that callback, before
returning the requested data.
Simply call the appropriate cache2 functions when possible
and check for usage of cache2 whenever an evas_cache_ function
is called.
This effectively adds cserve2 image (data) load support for the
GL engines. Fonts were already working out-of-the-box.
Let's reuse the logic from scalecache and call cserve2
functions when the scalecache should be used.
So, now, cserve2 server will not scale any image... This is
too computationally intensive for the server's main thread.
This is not optimal but makes a hell of a lot more sense for
the moment. (since cserve2 manages the SHM segments)
Pass around "animated" flag for images that can be animated.
Fallback to local cache if the image is animated.
Implementing support for animated images in cserve2 does
not seem to make a lot of sense considering each frame must
be requested independently in real time,... and to be honest
there doesn't seem to be any valid use case anyway :)
cserve2 can't handle virtual files (mmap-only), by design.
Proper support can be added later on, but for now we might want
to just fallback to the normal cache functions.
Fixes photocam test
Evas GL direct rendering mode didn't properly take into account
the image object's clipping information and clip the region that
it was directly rendering to. Hence there were issues with the
direct rendering region drawing over the objects that are sitting
on top of it.
Also, cleaned up the direct rendering coordinate computation code
and a nasty dependency with image object that should have been
removed a long time ago. Basically the evas-gl engine was directly
accessing the image object data structure for its data when it
really should have just passed along necessary information.
This reverts commit 9bfb730ff5.
wrong! on deiconify this will now FORCE a ACTIVATE request to the wm
(which asks the wm to focus the window/hilight it and make it active.
might switch desktops or whatever). this is wrong. de-icoifying a
windows does NOT mean ALSO activating it!. the log message also doesnt
say what "go back to normal state"... means.... do they expect/INSIST
windows MUSt be focused after de-iconification? that's wrong as it's a
window management FOCUS policy, not something to do in the lib.
Is there a title for the commiter with the longest revert of a revert list?
I screwed this one up. Had other local changes that sneaked in.
Resetting and doing it right now.
This reverts commit ee155b771d.
You can bet on reverting makes people speed up the process in fixing it.
Revert the revert here now that Cedric fixed it in eina.
This reverts commit 875e7cf74d.
This patch brings in constant E crash for me. It seems to be timing
related which somehow leads to a mem corruption. Revert it for now
to allow people using E while Cedric looks into it.
This reverts commit 12d34309c7.
This add finally support for JPEG 2000, but be aware that libopenjpeg
is very badly managed. There is currently only version 1.5.x that does
provide the right files, is usable by a third party and portable. You
can seriously forget any other version.
NB: We will still create all new canvases as alpha by setting it in evas,
however this allows the 'state' of ecore_evas_alpha_set/get to retain
it's original functionality and thus accurately report what a client
application May have set alpha value too.
NB: Fixes Phab Ticket T350
Signed-off-by: Chris Michael <cp.michael@samsung.com>