We remove other source related listeners if a MediaSource is
removed from the playlist or the player/source is released.
This isn't currently done for the DRM listener.
#minor-release
PiperOrigin-RevId: 370482571
MediaCodecRenderer is calling its protected methods
resetCodecStateForRelease() and resetCodecStateForFlush() from its
constructor. Classess that override the methods (eg.
DebugMediaCodecVideoRenderer) need to checks if the methods
are called from the superclass constructor thus their members are not
initialized yet.
With this change, the MCR constructor does not call the two
methods and sets the respective state directly on its fields.
PiperOrigin-RevId: 370445978
Remove references to deprecated methods. I didn't replace the DRM info
with references to non-deprecated methods because I'm not sure it
belongs at class level. The methods themselves are already documented
in detail.
PiperOrigin-RevId: 370421087
Add method getAvailableCommands() in Player interface to return
the available commands. Method isCommandAvailable() moved to
BasePlayer since it can be implelented by calling
getAvailableCommands().
PiperOrigin-RevId: 370059328
A subsequent change will make the UI module access
SphericalGLSurfaceView and VideoDecoderGLSurfaceView
using reflection, now we're at the point where we only
need to reflect the constructors.
PiperOrigin-RevId: 369630102
*** Original commit ***
Rollback of e60609e344
*** Original commit ***
Prevent creation of new sessions if the Timeline is empty.
We currently create sessions based on the placeholder window
index. This shouldn't be needed as we now set a non-empty
timeline as soon as the first MediaItem...
***
PiperOrigin-RevId: 369609523
The protected visibility causes problems in Kotlin (Issue: #8830) and
also prevents a subclass of AdaptiveTrackSelection.Factory that isn't
nested inside a subclass of AdaptiveTrackSelection (in both Java and
Kotlin).
#minor-release
PiperOrigin-RevId: 369468841
*** Original commit ***
Prevent creation of new sessions if the Timeline is empty.
We currently create sessions based on the placeholder window
index. This shouldn't be needed as we now set a non-empty
timeline as soon as the first MediaItem is added to the playlist.
Once this check is part of the session manager, we can also remove
the equivalent workarounds from the various code integrations.
***
PiperOrigin-RevId: 369452067
This method shouldn't be used anymore since the thread enforcement
is the default already. We still keep it for now to ease the transition
for apps that use ExoPlayer on multiple threads and want to temporarily
disable the enforcement while the threading problems are fixed.
PiperOrigin-RevId: 369440789
We currently create sessions based on the placeholder window
index. This shouldn't be needed as we now set a non-empty
timeline as soon as the first MediaItem is added to the playlist.
Once this check is part of the session manager, we can also remove
the equivalent workarounds from the various code integrations.
PiperOrigin-RevId: 369432853
The original cl has been fixed by not implementing
VideoListener but Player.Listener in
StyledPlayerView.
VideoFrameMetadataListener and CameraMotionListener are still part
of the Player interface as a good way to break the UI dependency
on them has not yet been finalised.
PiperOrigin-RevId: 369417682
This change moves the responsibility of creating, configuring and starting the MediaCodec from the MediaCodecRender to the MediaCodecAdapter.Factory.
This move allows ExoPlayer's client to decide how and when codecs are created and/or reused.
To allow the move, this CL replaces MediaCodecRenderer.ConfigureCodec with MediaCodecRenderer.getCodecConfiguration
PiperOrigin-RevId: 369273887
*** Original commit ***
Move VideoComponent in ExoPlayer
VideoFrameMetadataListener and CameraMotionListener are still part
of the Player interface as a good way to break the UI dependency
on them has not yet been finalised.
***
PiperOrigin-RevId: 369194309
VideoFrameMetadataListener and CameraMotionListener are still part
of the Player interface as a good way to break the UI dependency
on them has not yet been finalised.
PiperOrigin-RevId: 368863829
Before this change:
- SimpleExoPlayer.prepare(mediaSource) ended up calling
ExoPlayerImpl.setMediaSourcesInternal() with startWindowIndex=0 and
resetToDefaultPosition=false.
- ExoPlayerImpl.prepare(mediaSource) ended up calling
ExoPlayerImpl.setMediaSourcesInternal() with
startWindowIndex=C.INDEX_UNSET and resetToDefaultPosition=true.
This was functionaly equivalent but a bit confusing.
#minor-release
PiperOrigin-RevId: 368818143
Even when fixed to the US locale (and thus avoiding surprising behaviour
in e.g. Turkish locale with "i" and "I") there are unexpected behaviours
when upper and lower casing non-ASCII characters.
For example it's sometimes not symmetric, e.g.:
"ẞ".toLowerCase() -> "ß"
"ß".toUpperCase() -> "SS"
In all the ExoPlayer usages we are either dealing with known-ASCII
strings (e.g. MIME types) or comparing against ASCII constant strings
anyway, so it seems easier to just use Guava's ASCII-only class in these
cases.
Util.toUpperInvariant() is null-tolerant, while Ascii.toLowercase() is
not. Most usages in this change are clearly non-null. The BandwidthMeter
usages aren't annotated @Nullable, but the current code *would* work if
countryCode was null in both cases. These methods will now throw NPE if
they're passed null.
PiperOrigin-RevId: 368816287
This is necessary to migrate apps which are using
ExoPlayer.Builder.experimentalSetForegroundModeTimeoutMs
from ExoPlayerImpl to SimpleExoPlayer.
PiperOrigin-RevId: 368657557
Even when fixed to the US locale (and thus avoiding surprising behaviour
in e.g. Turkish locale with "i" and "I") there are unexpected behaviours
when upper and lower casing non-ASCII characters.
For example it's sometimes not symmetric, e.g.:
"ẞ".toLowerCase() -> "ß"
"ß".toUpperCase() -> "SS"
In all the ExoPlayer usages we are either dealing with known-ASCII
strings (e.g. MIME types) or comparing against ASCII constant strings
anyway, so it seems easier to just use Guava's ASCII-only class in these
cases.
This change also includes some null-twiddling, because
Util.toLowerInvariant() is null tolerant, while Ascii.toLowerCase() is
not. Most of the usages were already non-null, and it was easy enough to
change the remaining ones to be so by simple reordering of statements.
I'll make an equivalent change for Util.toUpperInvariant() next.
PiperOrigin-RevId: 368419813
Previously, we had separate MSG_SET_SURFACE and
MSG_SET_VIDEO_DECODER_OUTPUT_BUFFER_RENDERER messages for
setting different types of supported output. Use of these
constants to switch between outputs during use of a player
was confusing because not all video renderers support both
message types.
To switch from VideoDecoderOutputBufferRenderer to a Surface,
it was sufficient just to send MSG_SET_SURFACE, since all
video renderers support this and clear any other output that
might be set. Conversely, to switch in the opposite direction,
just sending a MSG_SET_VIDEO_DECODER_OUTPUT_BUFFER_RENDERER was
not sufficient, because not all video renderers handle this
message to clear any previous output. Hence it was necessary to
explicitly clear a previously set surface using a separate
MSG_SET_SURFACE message. Passing two messages to switch the
output may prevent renderers from implementing the output switch
efficiently.
This change passes all outputs using a single message type, and
requires that all renderers treat unsupported outputs as though
null were passed (i.e., they clear any existing output). There
are some other miscellaneous improvements:
1. Non-surface outputs are now passed to onRenderedFirstFrame.
This fixes a bug in SimpleExoPlayer's onRenderedFirstFrame,
where previously it could not correctly equality check the
output corresponding to the event to its current output in
the VideoDecoderOutputBufferRenderer case.
2. Fix SimpleExoPlayer to report surface size changes for the
VideoDecoderOutputBufferRenderer case. Even though the
surface is rendered to indirectly in this case, we can still
query (and listen to changes to) the surface's size.
PiperOrigin-RevId: 368215850
If this condition isn't true, the player may enter a cycle of discarding
and reloading the same format. As minDurationToRetainAfterDiscard is a
parameter likely left at its default, and minDurationForQualityIncrease
is likely adjusted more often, we correct the value in the problematic
case and log a warning instead of asserting it outright to prevent
unnecessary app breakages.
Issue: #8807
PiperOrigin-RevId: 368207417
There is no use case left where we couldn't use a better
alternative (either looping in the player, using the Player
playlist API, or ConcatenatingMediaSource for advanced cases)
PiperOrigin-RevId: 367990981
Prior to this change, there were some unrealistic quirks in
our Robolectric tests. For example, onRenderedFirstFrame would
be called when using FakeVideoRenderer, despite no output to
render the frame to ever being set. This change improves the
realism of these tests. These changes are required for some
improvements being made to how outputs are set on video
renderers.
PiperOrigin-RevId: 367652169
This was added in 9609af3c23 as part of a LSC.
The RequiresNonNull annotation doesn't work anymore (it doesn't
recognize the outer class member and instead tries to find
the same variable on the inner class). So instead of suppressing
the warning of the non-fulfilled precondition, we can just
check the non-nullness directly and remove the precondition.
PiperOrigin-RevId: 367593941
The main change here is that VideoDecoderGLSurfaceView now implements
VideoDecoderOutputBufferRenderer directly. This avoids SimpleExoPlayer
having to cast to VideoDecoderGLSurfaceView, which will be necessary
if VideoDecoderGLSurfaceView is moved to the UI module. Instead, the
player can cast directly to VideoDecoderOutputBufferRenderer, which
could be moved to the Common module.
The renderer is also moved to be an inner class, since it's not used
anywhere else and since doing this makes it a little easier to move
things around.
PiperOrigin-RevId: 367398147
We added a source that allows mixed placeholder and non-placeholder
periods, but have no way to denote that in the Timeline because the
placeholder flag only exists on Window level. This causes a bug if
the first item in a concatenation has a window-period offset and the
player can't detect whether it's still a placeholder or not.
Adding this flag to Period allows the player to detect this reliably.
In addition we need to make sure that re-resolving pending positions
only happens for the first placeholder period where the window-offset
can actually change. As all subsequent periods have to start at position
0, so they don't need to be re-resolved (and shouldn't).
PiperOrigin-RevId: 367171518
This reverts
<unknown commit>
Which was a temporary workaround for Issue: #1874
Also add a loop to ensure we process as many metadata items as
applicable in each render() call.
PiperOrigin-RevId: 366965504
