Currently, the drm backend will create and destroy a KMS FB for each
frame. However, the bos for a gbm surface are reused (at least with
mesa) so we can store the fb_id on it and destroy it only on the bo's
destroy callback.
To use the same path for scanning out client buffers, some refactor
was needed. Previously, the bo for the client buffer was destroyed
early so that gbm_surface_release_buffer() would not be called with
it, since at the page flip handler output->scanout_buffer can be
NULL even if the current frame is a client buffer.
This was solved by adding a drm_fb structure that holds a gbm_bo,
an fb_id, and information about the fb coming from a client buffer
or not. A drm_fb is created in such a way that it is destroyed
whenever the bo it references is destroyed. The fields current_*
and next_* in drm_output are changed into only two pointers to
drm_fb's.
Going from fullscreen to toplevel will restore the surface position
immediately. This will move the fullscreen surface to where the toplevel
surface was before, which will flicker for a frame of two before the
resized, non-fullscreen buffer is attached.
Instead, only change the surface geometry when we get the new buffer.
We check that we get surface.enter_output and move the pointer into
the window and make sure we get input_device.pointer_enter with
the right coordinates.
There's a lot of code for a very simple test here, so we need to
figure out how to reuse most of the event handling and such. It's also
not clear that a custom, text based protocol is practical here, we might
just use a wayland extension after all.
Simple clients were relying on AM_CFLAGS and AM_CPPFLAGS set for
toytoolkit clients. With toytoolkit clients disabled, the build fails
with missing wayland-client.h.
Move AM_CFLAGS and AM_CPPFLAGS outside of conditional sections, since
they are meant to be global settings.
Let simple clients override AM_CPPFLAGS with their own
SIMPLE_CLIENT_CFLAGS, which the configure script already sets up for us,
but was unused until now.
Signed-off-by: Pekka Paalanen <ppaalanen@gmail.com>
Previously, simple-shm was rendering an image that looked like stride
gone wrong somewhere, and was quite confusing if you did not know it was
supposed to look like that.
Replace the drawing code. Two circles, inner and outer, now delimit
three co-centric areas. The outmost area from surface borders to outer
circle contains horizontal gradients that move (animate) to the left.
The area between outer and inner circles contains vertical gradients
that move upwards. The center disc has circular gradients moving towards
the center.
The circles are not ellipses.
Diagnostics:
The X-channel is manipulated so, that if a compositor takes the XRGB
image, and uses the X channel as alpha instead of ignoring it, the whole
image will be crossed out by two lines that either quickly saturate to
white or show through with additive blending. Does not work on black
background.
Signed-off-by: Pekka Paalanen <ppaalanen@gmail.com>
To ful-fill user experience, add the fading-in animation
when mapping a window.
v2: update that westom_surface_damage to repaint
remove that transform part in fade struct
Signed-off-by: Juan Zhao <juan.j.zhao@intel.com>
We're able now to create shell_surfaces inside Weston. This makes possible the
glue needed between shell and xserver-launcher.
On the desktop-shell, it was split the protocol part from shell_surface
specific functions to make this possible.
Signed-off-by: Tiago Vignatti <tiago.vignatti@intel.com>
We set up an emtpy region for the initial NULL-cursor, and then going
from no buffer to a 32x32 buffer didn't trigger the undeffing of the input
region. So when something sets a cursor of a different size, the cursor
surface input region gets initialized and starts swallowing events.
This patch makes the main modifier configurable. We used to hardcode super
(windows key) for most bindings, but now that can be changed.
The change affects two key bindings: rotation moves to mod+right click
and backlight moves to from ctrl+f9/f10 to mod+f9/f10.
Signed-off-by: Tiago Vignatti <tiago.vignatti@intel.com>
These new protocol events allow us to tell which outputs a surface is on, and
potentially update where we allocate our buffers from.
Signed-off-by: Casey Dahlin <cdahlin@redhat.com>
- Added ping_timer_destroy() to simplify cleanup.
- Changed timeout and fade step to more realistic values.
- Renamed ping_timeout_fade_frame() to unresponsive_fade_frame().
If a client is not responding, lower the brightness and
saturation to indicate it's stalled. The surface is restored
to it's original color values if the client later becomes
responsive.
Switching display mode may happen when:
1. The fullscreen surface is at top most in fullscreen layer and with
"driver" method. Shell will switch output mode to match the surface
size. If no matched mode found, fall back to "fill" method.
2. The top fullscreen surface is destroyed or unset. Switch back to the
origin mode.
Daniel Stone
Kristian Høgsberg
Ander Conselvan de Oliveira
Cooper Yuan
Alex Wu
Scott Moreau
Pekka Paalanen
Juan Zhao
Tiago Vignatti
Casey Dahlin