This allows us to release both codecs used in SSIM when one fails to
configure() or start().
Tested and confirmed that on Samsung Galaxy Z Flip 4, running all
TransformationTest.java tests, tests after transform8k24() fails to start the
2nd codec:
* Before this CL, all fail.
* After this CL, all pass.
PiperOrigin-RevId: 490461560
This avoids that apps have to depend on the legacy compat support
library when they want to make this conversion.
Also add a version to both helper methods that takes a Looper to
give apps the option to use an existing Looper, which should be
much faster than spinning up a new thread for every method call.
Issue: androidx/media#171
PiperOrigin-RevId: 490441913
When receiving the `onTimelineChanged` callback, we convert the timeline to the list of `QueueItem`s, where decoding a bitmap is needed for building each of the `QueueItem`s. The strategy is similar to what we did in <unknown commit> for list of `MediaBrowserCompat.MediaItem` - set the queue item list until the bitmaps decoding for all the `MediaItem`s are completed.
PiperOrigin-RevId: 490283587
This exception is a bit shorter and more clear (and is more clear that this is a
test issue, as opposed to the prior issue that was thrown as an ExoPlayer
DataSourceException, which may seem like a legitimate Transformer failure)
PiperOrigin-RevId: 490252772
Following naming conventions throughout AndroidTestUtil, REMOTE files should have REMOTE instead of ASSET. Update the URI and FORMAT names accordingly.
PiperOrigin-RevId: 490237673
ExoPlayer is unable to detect the presence of subtitle tracks in some
MPEG-TS files that don't fully declare them. It's possible for a
developer to provide the list instead, but doing so is quite awkward
without this helper method. This is consistent for how
`DefaultExtractorsFactory` allows other aspects of the delegate
`Extractor` implementations to be customised.
* Issue: google/ExoPlayer#10175
* Issue: google/ExoPlayer#10505
#minor-release
PiperOrigin-RevId: 490214619
The only reason this is required at the moment is to set the
process UID field in the token, that is supposed to make it easier
for controller apps to identify the session. However, if this
visibility is not provided, it shouldn't stop us from creating
the controller for this session.
Also docuement more clearly what UID means in this context.
PiperOrigin-RevId: 490184508
This tag is only understood by Dackka, which is used to generate the media3 javadoc.
PiperOrigin-RevId: 489233200
(cherry picked from commit 0388631ee2)
These flags ensure that any errors cause the script to exit (instead of
just carrying on) (`-e`) and that any unrecognised substitution variables
cause an error instead of silently resolving to an empty string (`-u`).
Issues like Issue: google/ExoPlayer#10791 should be more quickly resolved with
`set -e` because the script will clearly fail with an error like
`make: command not found` which would give the user a clear pointer
towards the cause of the problem.
#minor-release
PiperOrigin-RevId: 490001419
When we currently call SessionToken.createSessionToken with a legacy
token, we call the package manager to get the process UID. This
requires visiblity to the target package, which may not be available
unless the target runs a service known to the controller app.
However, when connecting to a Media3, this UID doesn't have to be
known, so we can move the call closer to where it's needed to
avoid the unncessary visibility check.
In addition, a legacy session may reply with unknown result code
to the session token request, which we should handle as well.
One of the constructor can be removed since it was only used from
a test.
PiperOrigin-RevId: 489917706
Previously, FrameProcessor never had the usecase in which the output surface
is replaced, while previewing introduced this usecase.
When switching output surfaces, we need to destroy the EGL Surface linked to the
surface that is being swapped out, because an EGL surface is linked to the EGL
display (which is not destroyed even when releasing FrameProcessor).
A GL exception will be thrown in the following scenario if we don't destroy the
EGL surface:
1. Creates a Surface, the surface is identified by address 0x11
2. Sets Surface(0x11) on FrameProcessor. Eventually an EGL surface is created
to wrap Surface(0x11)
3. Release FrameProcess, this releases the EGL context
4. Instantiate a new FrameProcessor, sets Surface(0x11) as the output
5. When FrameProcessor creates an EGL surface to wrap Surface(0x11), GL throws
an exception, becasue Surface(0x11) has previouly been connected to an EGL
surface.
PiperOrigin-RevId: 489590072
This adds the full Builders and State representation needed to
implement all Player getter methods and listener invocations.
PiperOrigin-RevId: 489503319
When estimating the AudioTrack min buffer size, we must use a PCM
frame of 1 when doing direct playback (passthrough). The code was
passing -1 (C.LENGTH_UNSET).
PiperOrigin-RevId: 489238392
I considered moving this enforcement inside the ExoPlayerImpl
implementation, but it might lead to app crashes in cases that apps
(incorrectly) call a released player, but it wasn't actually causing a
problem.
PiperOrigin-RevId: 489233917
* Transforms the `ListenableFuture<LibraryResult<MediaItem>>` and `ListenableFuture<LibraryResult<List<MediaItem>>>` to `ListenableFuture<MediaBrowserCompat.MediaItem>` and `ListenableFuture<List<MediaBrowserCompat.MediaItem>>`, and the result will be sent out when `ListenableFuture` the `MediaBrowserCompat.MediaItem` (or the list of it) is fulfilled.
* Add `artworkData` to the tests in `MediaBrowserCompatWithMediaLibraryServiceTest`.
PiperOrigin-RevId: 489205547
The method allows clients to specify a pre-existing thread
to use for playback. This can be used to run multiple ExoPlayer
instances on the same playback thread.
PiperOrigin-RevId: 488980749
This better matches the callback name (onSurfaceSizeChanged) and
probably cause less confusion with getVideoSize.
PiperOrigin-RevId: 488669786
(cherry picked from commit 1143edc59a)
Util.getAudioTrackChannelConfig() maps a channel count to a
channel mask that is passed to AudioTrack. The method expected that
playback of 8-channel audio is possible from Android 5.1 and playback of
12-channel audio is only possible from Android 12L. However, there is no
restriction on the upper number of channels that can be passed to the
AudioTrack. google/ExoPlayer#10701 is an example where the audio decoder
outputs 12 channels on an Android 10.
This change removes the restrictions for 8 and 12 channels. Note, we still
do not support playback of arbitrary number of channels as it would require
further changes to DefaultAudioSink.
#minor-release
Issue: google/ExoPlayer#10701
PiperOrigin-RevId: 488659831
(cherry picked from commit 491b13622e)
When we currently trigger the iteration finished event during the
release, we don't mark the event as triggered. This means that
someone can trigger another release from within the callback,
which then tries to resend the event.
Issue: google/ExoPlayer#10758
PiperOrigin-RevId: 488645089
(cherry picked from commit 1def68bf3c)
We currently skip this calculation entirely, but it can be added by
calculating the window duration using the wrapped window's duration
and the provided AdPlaybackState.
Issue: google/ExoPlayer#10764
PiperOrigin-RevId: 488614767
(cherry picked from commit 7a7d08343a)
