split.
1) When source split is enabled, both the panels are calibrated
in a single coordinate system. So only one ROI is generated
for the whole panel extending equally from the midpoint and
populated for the left side.
2) Fixes a bug in mdpcomp where ROI generated for the frame is
reset when a strategy fails.
Change-Id: I47fa0e827985dd76d06dcbe464ef832cfc57a671
1. Add support to set HDMI to 3D mode
2. Add binder API to force 3D mode
3. Switch to 3D mode based on metadata
4. Configure pipes appropriately
5. Only side-by-side and top-bottom formats are currently supported
Change-Id: Iae579ecfa45aae088ff543d4143e5025e8c682fa
ping-pong split needs source split to be enabled to stage two
pipes of a layer in the same Z order. This change adds partial
update support to generate ROI when source split is enabled.
When configured, ping-pong-split splits the layer mixer output equally
across two DSI's. To meet this limitation, the generated ROI is
adjusted to have equal widths from the panel mid point.
Change-Id: Ic307a1d5b902af9e352b0dfc6f5ab474ecd9c8a4
Default display mode needs to applied exactly on boot
completion. Hence we check for the exact instance of
boot completion by checking the property of boot
animation exit. We keep on checking till the property
is found to be set and program the default mode over
a dynamic link to libmm-qdcm.so
Change-Id: Ic68667a12e4058f29bc2203382baf59ef34ab038
MDP pipe width should be used to find the number of overlay
pipes needed for configuring a hwc layer. Split display should
use the max mixer width supported by the H/W to check against display
resolution to detect split displays.
Change-Id: I76f97b33ea4a11270a6e33a3942bce0c4b4bae1f
1. Add support for UBWC allocation in the Gralloc APIs for aligned
width, aligned height and buffer size. A client can request for UBWC
allocation by sending UBWC specific HAL pixel format or by setting
GRALLOC_USAGE_PRIVATE_ALLOC_UBWC flag in the usage flags.
2. Gralloc allocates UBWC aligned buffer, only if format is supported
by GPU and MDP and no CPU usage flags are set. Otherwise it allocates
linear buffer.
3. If UBWC conditions are met, gralloc sets PRIV_FLAGS_UBWC_ALIGNED
in private handle flags to tell client that allocated buffer has UBWC
alignment. This flag remains unset by default.
4. Add helper functions in gralloc to calculate UBWC meta buffer size
for RGB* formats.
5. Add UBWC HAL pixel format HAL_PIXEL_FORMAT_YCbCr_420_SP_VENUS_UBWC
which has been defined by Video module.
6. Add AdrenoMemInfo api to query, if GPU supports UBWC for a format.
7.MDP driver expects UBWC specific pixel format defined by MDP header.
Change-Id: I5b4344bc90aa498dbdb7bb8100e70ed7728e6ea5
- With SELinux, the HAL should write to sysfs nodes from
"/sys/devices/virtual/graphics" instead of "/sys/class/graphics"
- Change HAL to use that file path.
Change-Id: I867a1f94c8f13afe5bbbcb5a61f93599938210d9
Not necessarily the max width supported by the MDP pipe and mixer
need to be same. HWC has to make the decision for using one OR
two pipes per layer only based on the max width supported by the
pipe not the mixer.
Change-Id: I5a2495d07de1b6f54ef64d9140c909f0f4cef914
In the configureSourceSplit() helper (nothing to do with SourceSplit
feature) BWC is being set in all rotator cases.
Remove that since we use that function when layers are forced split,
and we cannot have BWC.
Change-Id: I082005746f1a04766d10381412c399a8946e712d
- HPD has to be set only once during boot up.
- This also helps in use case where HPD is turned off
(on purpose)through by adb shell for power testing
and on suspend/resume, it gets re-enabled.
Change-Id: I7bf6fdd08e719432029c5d6e5756685d36cdca43
** Now, there are two ways for the clients to request
change in the refresh-rate of the target.
(a) Using metadata of the input-buffer.
(b) Using binder api added as part of this change.
** configureDynRefreshRate binder api provides three
op-modes which can be used as following:
(a) "DISABLE_METADATA_DYN_REFRESH_RATE" can be used by the
clients, to disallow display-hal from honoring refresh-rate
change requests, made by video-clients using the metadata.
For ex: This can be used during streaming use-cases
(Dash-playback, playback at WFD-sink,etc) where the idea
is not to change the refresh-rate, though video-client
requests for it using metadata, as video-clients cannot
distinguish between streaming and non-streaming usecases.
Usage:
adb shell service call display.qservice 18 i32 0 i32 0
(b) "ENABLE_METADATA_DYN_REFRESH_RATE" can be used by the
clients after DISABLE_METADATA_DYN_REFRESH_RATE, to once
again allow display-hal to be able to change refresh-rate
based on requests made by the video-clients using metadata.
For ex: This can be used by clients( Dash-playback,
WFD, etc) once they are done with their use-case.
WFD-framework will also use this when the wfd-session is
paused.
Usage:
adb shell service call display.qservice 18 i32 1 i32 0
(c) "SET_BINDER_DYN_REFRESH_RATE" can be used by the clients
to change the refresh-rate of the target using binder-api,
provided they have disallowed display from honoring the
refresh-rate requests made using metadata.
In other words, changing refresh-rate through this binder
api and using metadata approach cannot co-exist together.
Usage:
adb shell service call display.qservice 18 i32 2 i32 45
-- The refresh-rate set here will correspond to 45fps.
** Added property "persist.metadata_dynfps.disable" that
can be used by OEM's, to disable setting of refresh-rate
using the metadata.
Change-Id: I767fa174dcf1cfd061a578e96cd68af28e7dd36b
Add missing 60p to the standard refresh rate table to avoid fps
fluctation b/w 59 and 60 while playing a 60 fps clip
Change-Id: I8cdc28a604ead0970e5cc6e8d64835b0c646e1d3
CRs-fixed: 755186
Check for planeAlpha along with HWC_BLENDING_NONE as the latter
is set if the layer is Opaque irrespective of planeAlpha value.
Change-Id: Iaee7efe662189ba3a2562f79c2d109da831ac94d
- External displays can be secure or non-secure based on HDCP
- Propogate this to the SF with the getDisplayConfig
- Non-virtual displays(pri and hdmi) are considered to be secure
- For WFD using V4L2 archiecture, read the HDCP status from the
sysfs and update accordingly
Change-Id: I4aaf303f0770201b8ca4f8a1c578bed61054bcfb
Due to h/w limitations hwc cannot use bwc when video-mode panels are
active in system. Disable bwc when HDMI intf is active.
For video-mode primary the driver disables the feature via
capabilities node.
Change-Id: I5b101dffe443a8ca2a508c6ca1b0966006bbe284
Remove support for toggling BWC via property and add support to
toggle BWC over binder. This will take effect only on targets where
the driver enables BWC.
Example to disable BWC:
adb shell service call display.qservice 17 i32 0
Where 17 is the code to toggle BWC, 0 to disable.
Change-Id: Ie534ab4643a72d47f5a985fe0b32e134bf0e7af3
When a layer has 90 or 270 degree orientation flag set, the source buffer will be
rotated before MDP scales it up or down, if applicable. So while
checking the layer for scaling for configuration decisions in
HWC, we need to consider its orientation flags.
Change-Id: Ia35f5868eb0e4e47659484de28b14ae3560c18aa
1. Modify gralloc library to allocate buffers for RGBA_4444 and
RGBA_5551 formats
2. Modify copybit library to add composition support for RGBA_4444
and RGBA_5551 layers
3. Modify hwc library to add MDP composition and rotator support for
RGBA_4444 and RGBA_5551 layers.
Change-Id: I30dbc4e5e2c010835fa7e7663f996f67779a1803
- Clients(SecureUI/WFD FW) will use this API to set status of the
Secondary display
- Status can be offline/pause/resume
- Secondary display will be hdmi/wfd, HWC will free up pipes for
these displays
Change-Id: I25d5e070b60c38daeb102349bed14bb6de0a5684
For PROTECTED but NON SECURE layers set MDP_SMP_FORCE_ALLOC flag
to allow SMP allocation and prevent GPU fallback
In Such cases if video resolution changes dynamically
it fails to display layer due to GPU fallback.
Use this flag for FB layer composition and depricate
MDP_BACKEND_COMPOSITION flag.
Change-Id: I9ab7cbdd2e12b56dfa67d5b4b3ff6b2dcd0096be
We are adding support for HDMI as Primary to the display HAL.
The HAL must be able to support boot-up use cases and cable
connect/disconnect events as follows:
1. Boot up with HDMI cable connected
For this scenario we read the best mode supported by the
HDMI TV and set that as the current and default mode for
subsequent boot up.
2. Boot up without HDMI cable connected
We read a default resolution from the driver by reading vscreen
and reporting this as the display resolution to SF.
3. Switch the display to active state when we receive first frame
When HDMI is primary we should rely on the first valid
draw call in order to activate the display
4. Update handling of uevents when HDMI is primary
a) Do not send hot plug when the cable is connected/disconnected.
b) Use the correct display ID in uevents when HDMI is primary
5. Handle display timeout when HDMI is Primary
When HDMI is connected as primary we clean up resources
and call commit to generate a black frame on the interface.
However, we do not call blank since we need the timing
generator and HDMI core to remain turned on.
6. Clear pipe resource when HDMI is disconnected
When HDMI is primary, we need to make sure that SF/HWC does
not have any open fd's when the cable is disconnected.
We clear all pipe resources and call a display commit to ensure
that all the fd's are closed. This will ensure that the HDMI
core turns off and that we receive an event the next time the
cable is connected.
Change-Id: Ice70add583a3859f99bfa2e384fbbb6df4df92e1
Use MDP rotator to rotate GPU rendered RGB layers buffers, if the
buffer is not intended for secure display.
Change-Id: Id756f3f1561a32a5d404c45ea8846b2b907af56b
1. Set tagged video layer to be full screen on external, if the
deviation between aspect ratio of external and aspect ratio of
video layer is within the tolerance level.
2. Set sys.hwc.windowbox_aspect_ratio_tolerance property to change the
tolerance level.
Example:
Set sys.hwc.windowbox_aspect_ratio_tolerance to 5 for +/- 5%
tolerance level
Change-Id: I5b3e962dfa1c9fc19036e42cb4599d0490b04da9
1. Remove AIV video mode composition stratergy and reuse video only
composition stratergy to achieve the same functionality.
2. Drop all non AIV layers from the external list at the start of MDP
composition prepare and fall back to video only composition.
Change-Id: I34760e2df57cfbb923a6be0182e632c9ddd6aa07
1. This feature is targeted to remove any window/pillar boxing on
external display when zoom mode is enabled.
2. Preserve the aspect ratio of the external display by cropping and
upscaling the tagged video layer during video playback on external.
3. User can tag the layers to be displayed on external display.
4. Set sys.hwc.windowbox_feature to true to enable this feature
Assumptions & Limitation:
1. Tagged layers for external display will also be displayed on
primary display along with untagged layers
2. When zoom in mode is enabled, source crop left and source crop
top of a tagged video layer is always assumed to be set to
positive integer value. So pinch zoom feature or zooming in top
left corner of the video use case cannot be supported.
3. Except tagged video layers, all other tagged UI layers will
use GPU for composition on external display, So all tagged UI
layers cannot be secure layer.
4. Rotation animation cannot be supported for this feature.
Change-Id: I8b934cf616ec23b4359d0120f9a291178a2781c6
