With `AudioOffloadModePreference` `AUDIO_OFFLOAD_MODE_PREFERENCE_REQUIRED`, the `DefaultTrackSelector` will select a single audio track that it finds is offload compatible. If not any audio track is supported in offload, then no track will be selected.
PiperOrigin-RevId: 537877183
This change moves the default logic into the actual Player
implementations, but does not introduce any behavior changes compared
to addMediaItems+removeMediaItems except to make the updates "atomic"
in ExoPlayerImpl, SimpleBasePlayer and MediaController. It also
provides backwards compatbility for cases where Players don't support
the operation.
Issue: google/ExoPlayer#8046
#minor-release
PiperOrigin-RevId: 534945089
This change removes it from `Player.Listener` and `AnalyticsListener`,
use `onPositionDiscontinuity` with `DISCONTINUITY_REASON_SEEK` instead.
#minor-release
PiperOrigin-RevId: 534757426
Added piping to present offload support from the audio sink to the renderer and track selection. Applications can set offload mode preference and with both sink support and compatible track selection, renderer will be configured for offload.
PiperOrigin-RevId: 534450534
In terms of MCVR with a `VideoRendererEventListener`, the video size is set to
0/0 right after `onVideoDisabled()` is called and is set to the actual size as
soon as the video size is known after 'onVideoEnabled()`.
For ExoPlayer and in terms of the `Player` interface, `Player.getVideoSize()`
returns a video size of 0/0 when `Player.getCurrentTracks()` does not support
`C.TRACK_TYPE_VIDEO`. This is ensured by the masking behavior of
`ExoPlayerImpl` that sets an empty track selection result when the playing
period changes due to a seek or timeline removal.
When transitioning playback from a video media item to the next, or when
seeking within the same video media item, the renderer is not disabled.
#minor-release
PiperOrigin-RevId: 533479600
This is useful for cases where only certain types (e.g. only video)
from a source are needed and other tracks should be filtered out
completely to avoid later track selection issues.
#minor-release
PiperOrigin-RevId: 533394658
Adding items to an empty playlist is slightly different from adding
items to a non-empty playlist, because the former usually requires to
handle a change in the current item, position and playback state,
while the latter is not expected to affect the current item, position
or state.
The current ExoPlayer and SimpleBasePlayer code doesn't account for
this difference, leading to inconsistent behavior between
setMediaItem(s) and addMediaItem(s) when called on an empty playlist.
PiperOrigin-RevId: 530549928
* Implement RendererCapabilities.Listener in DefaultTrackSelector.
* Add new methods TrackSelector.invalidateForRendererCapabilitiesChange and TrackSelector.InvalidateListener.onRendererCapabilitiesChanged.
* Add new field allowInvalidateSelectionsOnRendererCapabilitiesChange to DefaultTrackSelector.Parameter to allow opt-in of the renderer capabilities detection feature.
* Add logics of triggering track reselection when renderer capabilities change.
PiperOrigin-RevId: 529067433
`prepare()` now logs a warning if it's called before `setPlayer()`
because it's not possible to tell if it's being called on the wrong
thread (since 3480a27994).
This change finds all the places one is called immediately after the
other and flips the order to be more correct.
Issue: androidx/media#350
#minor-release
PiperOrigin-RevId: 526582294
If the limited number of input buffers causes reading of all samples except the last one conveying end of stream, then the last frame will not be rendered.
PiperOrigin-RevId: 525974445
Previously, ExoPlayerImpl had volume flags hardcoded to SHOW_UI, but now the developer can choose what happens on volume change. The old methods have been deprecated.
PiperOrigin-RevId: 523974358
The setter command is only used for setPlaylistMetadata and can
be named COMMAND_SET_PLAYLIST_METADATA. The getter commnad is
used to access getMediaMetadata and getPlaylistMetadata and can
be better named COMMAND_GET_METADATA to reflect this usage.
PiperOrigin-RevId: 523673286
There is a race with the ad period preparation having completed
and `onDownstreamFormatChanged` being called when a live stream
is joined in an ad period. In this case the stream event metadata
of the period is immediately emitted and causing an ad media period
being created that is selected in `getMediaPeriodForEvent` before
being prepared (1 out of 4).
Using an `isPrepared` flag makes sure we don't hand out the media
period to early in `getMediaPeriodForEvent`.
PiperOrigin-RevId: 522340046
* Add a new event `onAudioCapabilitiesChanged` in `AudioSink.Listener` interface.
* Add an interface `RendererCapabilities.Listener`, which will listen to `onRendererCapabilitiesChanged` events from the renderer.
* Add `getRendererCapabilitiesReceiver` method for `TrackSelector`, and register/unregister the `TrackSelector` as the `RendererCapabilitiesReceiver` (if implemented) when the `ExoPlayer` is initialized/released.
* Trigger the `AudioSink.Listener.onAudioCapabilitiesChanged` and further `RendererCapabilities.Listener.onRendererCapabilitiesChanged` events when the audio capabilities changes are detected in `DefaultAudioSink`.
PiperOrigin-RevId: 521427567
The `DashMediaSource` wrongly added an offset to the media times set
to the `MediaLoadData`. With this the `startTimeMS` and `endTimeMs`
don't represent the positions in the period but in the stream.
`DashMediaSource` was the only call site that was setting the offset
to a non-zero value. So if we are using 0 for the `DashMediaSource`
as well, the offset is redundant and we can remove it everywhere.
PiperOrigin-RevId: 520682026
For multi-period live streams the content timeline for
which the global ad playback state has been split needs
to be kept together to not run into a race between
timeline refreshes and ad events.
PiperOrigin-RevId: 520358964
JaCoCo introduces private synthetic methods (even on interfaces) which
have to be skipped when checking that a 'forwarding' implementation does
forward everything. Instead we can use the existing `getPublicMethods()`
method which implicitly skips these (since they're private).
PiperOrigin-RevId: 519665752
When MediaCodecRenderer is given an empty sample stream, it puts
its output format change tracking in a bad state where we never
process future stream changes because we are waiting for a sample
that doesn't exist.
We can fix this by:
- Looping the pending output stream changes to see if we processed
more than one change at once (this fixes the tracking for empty
sample streams that are not the first in the queue).
- Checking if none of the previous streams queued any samples in
onStreamChanged to handle this in the same way as the case
where we already output all samples (this fixes the problem when
the empty sample stream comes first in the queue).
- Also calling onProcessedStreamChange for the case above, which
was missing previously.
#minor-release
PiperOrigin-RevId: 519226637
This wasn't added so far because releasing is always allowed from a
MediaController (as it just releases the connection, not the session
player). But Player instances can be created for other purposes and
the receiver of a Player instance should not always be allowed to
call release if it doesn't own the player resource.
PiperOrigin-RevId: 519121122
This change makes sure that live ad periods that are played are
skip when attempted to be added to the queue. To make this work
the existing filter logic had to be take into account the content
resume offset that live periods use.
PiperOrigin-RevId: 518068138
While playback thread is 'asleep' during audio offload playback, the playbackInfo.positionUs is not being constantly updated. During this time, the returned value from getCurrentPosition should return an estimate based on the most recent value and playback speed.
PiperOrigin-RevId: 516550509
This change makes sure that the `AdPlaybackState` of any period can
contain an empty postroll placeholder.
The placeholder postroll should be represented in the `MediaPeriodId`
of a content period as `nextAdGroupIndex`, but should be ignored when
building the list of `MediaPeriodInfo` in the `MediaPeriodQueue`. This
is required to allow to add an ad group to ad playback state of the
content period that is currently being played, instantly insert an ad
period into the media period queue and immediately transition playback
to the new period.
This change makes sure and tests that
- a live server side inserted postroll placeholder can be inserted to
a `AdPlaybackState` in well-defined and tested way (helper method)
- a postroll placeholder is NOT ignored when
`AdPlaybackState.getAdGroupIndexAfterPositionUs` is called (this
is required when evaluating the `nextAdGroupIndex`).
- a postroll placeholder is ignored when
`AdPlaybackState.getAdGroupIndexForPositionUs` is called (this is
required to not attempt to play the ad and is analogous to ignore the
post roll placeholder in a single period timeline).
- `MediaPeriod.getFollowingMediaPeriodInfo()` does not include a
`MediaPeriodInfo` for the placeholder postroll when building the
queue.
PiperOrigin-RevId: 515079136
Playback parameter signalling can be quite complex because
(a) the renderer clock often has a delay before it realizes
that it doesn't support a previously set speed and
(b) the speed set on media clock sometimes intentionally
differs from the one surfaced to the user, e.g. during
live speed adjustment or when overriding ad playback
speed to 1.0f.
This change fixes two problems related to this signalling:
1. When resetting the media clock speed at a period transition,
we don't currently tell the renderers that this happened.
2. When a delayed speed change update from the media clock is
pending and the renderer for this media clock is disabled
before the change can be handled, the pending update becomes
stale but it still applied later and overrides any other valid
speed set in the meantime.
Both edge cases are also covered by extended or new player tests.
Issue: google/ExoPlayer#10882
#minor-release
PiperOrigin-RevId: 512658918
MediaCodecRenderer currently has two independent paths to trigger
events at stream changes:
1. Detection of the last output buffer of the old stream to trigger
onProcessedStreamChange and setting the new output stream offset.
2. Detection of the first input buffer of the new stream to trigger
onOutputFormatChanged.
Both events are identical for most media. However, there are two
problematic cases:
A. (1) happens after (2). This may happen if the declared media
duration is shorter than the actual last sample timestamp.
B. (2) is too late and there are output samples between (1) and (2).
This can happen if the new media outputs samples with a timestamp
less than the first input timestamp.
This can be made more robust by:
- Keeping a separate formatQueue for each stream to avoid case A.
- Force outputting the first format after a stream change to
avoid case B.
Issue: google/ExoPlayer#8594
#minor-release
PiperOrigin-RevId: 512586838
This test became flaky after ab7e84fb34 because some of the
unrealistic frame times ended up on the same release time.
Using realistic numbers avoids the flakiness.
PiperOrigin-RevId: 512566469
Previously, any constructors instrumented by Robolectric were made public. This
caused two types of issues:
1) If Android classes had non-public constructors which were made public and
added to the Android API, Robolectric allowed tests to incorrectly use the
constructors on older SDK levels (where they were non-public). This most
commonly occurs for AccessibiltyEvent and AccessibilityNodeInfo.
2) When reflection was used to instantiate classes that were instrumented by
Robolectric, all constructors were accessible, which did not match what
happened when running on an Android test.
Update the instrumentation in Robolectric to prevent making all public
constructors.
PiperOrigin-RevId: 510049123
Tests in `SilenceSkippingAudioProcessorTest` used half as many short integers as needed for channel values when generating alternating silence/noise input. Fix this by passing left and right channel input.
PiperOrigin-RevId: 509188074
The AsynchronousMediaCodecAdapter's queuing thread stores any exceptions
raised by MediaCodec and re-throws them on the next call to
queueInputBuffer()/queueSecureInputBuffer(). However, if MediaCodec
raises and error while queueing, it goes into a failed state and does
not announce available input buffers. If there is no input available
input buffer, the MediaCodecRenderer will never call
queueInputBuffer()/queueSecureInputBuffer(), hence playback is stalled.
This change surfaces the queueing error through the adapter's dequeueing
methods.
PiperOrigin-RevId: 508637346
Previously, Robolectric's instrumentation updated all constructors to be
public. This caused two main types of problems:
1) When non-public constructors were made public and added to the Android API,
Robolectric allowed tests to incorrectly use the constructors on older SDK
levels (where they were non-public). This most commonly occurs for
AccessibiltyEvent and AccessibilityNodeInfo.
2) When reflection was used to instantiate classes that were instrumented by
Robolectric, all constructors were accessible.
Fix issues across Google3 Robolectric tests that were affected by this issue.
A forthcoming change will fix the instrumentation in Robolectric to prevent
this type of issue from occurring.
Tested:
TAP --sample ran all affected tests and none failed
http://test/OCL:507861075:BASE:507805409:1675803313108:f2128fa4
PiperOrigin-RevId: 508087822
If a renderer error happens while processing readahead data for the
next item in the playlist, we currently throw the error immediately
and only set the item id in the error details. This makes it harder
to associate the error to the right item. For example, the user
facing UI is likely not updated to show the failing item when the
error is reported.
This can be improved slighly by force setting the position to the
failing item. The playback still fails immediately, but this can't
be avoided because the renderer itself went into an error state.
PiperOrigin-RevId: 507808635
Can be used to combine multiple media items into a single timeline window.
Issue: androidx/media#247
Issue: google/ExoPlayer#4868
PiperOrigin-RevId: 506283307
MergingMediaPeriod creates its track groups with ids concatenating position in its periods array and the underlying child track group id. The ids can be used in selectTracks for matching to periods list.
Issue: google/ExoPlayer#10930
PiperOrigin-RevId: 505074653
Some Player methods operate relative to existing indices in the
playlist (add,remove,move,seek). As these operations may be issued
from a place with a stale playlist (e.g. a controller that sends
a command while the playlist is changing), we have to handle out-
of-bounds indices gracefully. In most cases this is already
documented and implemented correctly. However, some cases are not
documented and the existing player implementations don't handle
these cases consistently (or in some cases not even correctly).
PiperOrigin-RevId: 495856295
Some Player methods like getting the Looper and adding listeners
were always allowed to be called from any thread, but this is
undocumented. This change makes the threading rules of these
methods more explicit.
Removing listeners was never meant to be called from another thread
and we also don't support it safely because final callbacks may
be triggered from the wrong thread. To find potential issues, we
can assert the correct thread when releasing listeners.
Finally, there is a potential race condition when calling addListener
from a different thread at the same time as release, which may lead to
a registered listener that could receive callbacks after the player is
released.
PiperOrigin-RevId: 493843981
This inconsistency was exposed by an upcoming change to deprecate
`POSITION_UNSET` in favour of `INDEX_UNSET` because position is an
ambiguous term between 'byte offset' and 'media position', as shown
here.
PiperOrigin-RevId: 492470241
Use the bitrate of the audio format (when available) in
DefaultAudioSink.AudioTrackBufferSizeProvider.getBufferSizeInBytes() to
calculate accurate buffer sizes for direct (passthrough) playbacks.
#minor-release
PiperOrigin-RevId: 491628530
Our FakeClock generally makes sure that playback tests are fully
deterministic. However, this fails if the test uses blocking waits
with clock.onThreadBlocked and where relevant Handlers are created
without using the clock.
To fix the flakiness, we can make the following adjustments:
- Use TestExoPlayerBuilder instead of legacy ExoPlayerTestRunner
to avoid onThreadBlocked calls. This also makes the tests more
readable.
- Use clock to create Handler for FakeVideoRenderer and
FakeAudioRenderer. Ideally, this should be passed through
RenderersFactory, but it's too disruptive given this is a
public API.
- Use clock for MediaSourceList and MediaPeriodQueue update
handler.
PiperOrigin-RevId: 490907495
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
Added new method to check if codec just functionally supports a format. Changed getDecoderInfosSortedByFormatSupport to use new function to order by functional support. This allows decoders that only support functionally and are more preferred by the MediaCodecSelector to keep their preferred position in the sorted list.
UnitTests included
-Two MediaCodecVideoRenderer tests that verify hw vs sw does not have an effect on sort of the decoder list, it is only based on functional support
Issue: google/ExoPlayer#10604
PiperOrigin-RevId: 487779284
It's not clear to me why presubmit didn't catch this, I briefly
investigated but couldn't work it out - so I'm just going to fix
it and move on.
#minor-release
PiperOrigin-RevId: 487497827
Currently, repeating the same item (via seekNext/Previous) implicitly
results in a seek to the default position of the current item, which
looks exactly the same as a direct seek. As a result, we don't send
onMediaItemTransition as we would for every other seekNext/Previous
call.
This can be fixed by explicitly marking the repeat case in the internal
BasePlayer/ExoPlayerImpl methods, so that the callback can be triggered.
Issue: google/ExoPlayer#10667
PiperOrigin-RevId: 481951788
We already have logic to end all session except the current one if the
current one doesn't have a MediaPeriodId yet. This is assuming that this
only happens after a seek on the app side where the player doesn't have
detailled knowledge about the MediaPeriodIds yet.
Currently this logic isn't triggered if the window we are coming from
doesn't have its MediaPeriodId either as we run into another check that
keeps sessions around until we have a valid windowSequenceNumber.
Swapping both conditions fixes this case without breaking any of the
other known transition scenarios.
Issue: androidx/media#180
PiperOrigin-RevId: 480866465
If the sample type is Dolby Vision and the display does not support Dolby Vision, then the capabilities DecoderSupport flag is set to DECODER_SUPPORT_FALLBACK_MIMETYPE. This denotes that the renderer will use a decoder for a fallback mimetype if possible. This alters track selection as tracks with DecoderSupport DECODER_SUPPORT_PRIMARY are preferred.
UnitTests included
-DefaultTrackSelector test that checks track selection reordering with DECODER_SUPPORT_FALLBACK_MIMETYPE
-MediaCodecVideoRenderer test that checks setting of DecoderSupport flag based on Display's Dolby Vision support
Issue: google/ExoPlayer#8944
PiperOrigin-RevId: 480040876
* Add `setOutputStreamOffsetUs(long)` method in `AudioSink`.
* Add private methods `setOutputStreamOffsetUs(long)` method in `MediaCodecRenderer` and `DecoderAudioRenderer`.
* Add protected method `onOutputStreamOffsetUs(long)` method in `MediaCodecRenderer`, in which:
* `MediaCodecRenderer` itself will be no-op for this method.
* `MediaCodecAudioRenderer` will propagate this value to its `audioSink`.
* Add logics in `DecoderAudioRenderer` to calculate `outputStreamOffsetUs`.
PiperOrigin-RevId: 479265429
If the back buffer is using too much memory, there is a risk
playback could get stuck because LoadControl refuses to load
further data. This eventually results in a stuck-buffering
playback error.
We can detect this case, clear the back buffer and then ask
the LoadControl again to avoid failing playback in such a case.
PiperOrigin-RevId: 472679797
The stream offset is used to calculate the presentation time of
a metadata object when reading and later when playing, to calculate
the current presentation time to decide whether to send the metadata
to the output.
Accordingly, the presentation time of a pending metadata that has been
calculated with a given offset needs to be recalculated when the
stream offset changes.
#minor-release
PiperOrigin-RevId: 472499943
* Non-standard parameter comment; prefer `/* paramName= */ arg`
(see http://go/bugpattern/ParameterComment) (3 times)
This CL looks good? Just LGTM and Approve it!
This CL doesn’t look good? This is what you can do:
* Revert this CL, by replying "REVERT: <provide reason>"
* File a bug under go/error-prone-bug for category ErrorProneStyle if there's an issue with the CL content.
* File a bug under go/rosie-bug if there's an issue with how the CL was managed.
* Revert this CL and not get a CL that cleans up these paths in the future by
replying "BLOCKLIST: <provide reason>". This is not reversible! We recommend to
opt out the respective paths in your CL Robot configuration instead:
go/clrobot-opt-out.
This CL was generated by CL Robot - a tool that cleans up code findings
(go/clrobot). The affected code paths have been enabled for CL Robot in //depot/google3/java/com/google/android/libraries/media/METADATA which is reachable following include_presubmits from //depot/google3/third_party/java_src/android_libs/media/METADATA.
Anything wrong with the signup? File a bug at go/clrobot-bug.
#codehealth
Tested:
Local presubmit tests passed.
PiperOrigin-RevId: 472254253
* Non-standard parameter comment; prefer `/* paramName= */ arg`
(see http://go/bugpattern/ParameterComment) (19 times)
This CL looks good? Just LGTM and Approve it!
This CL doesn’t look good? This is what you can do:
* Revert this CL, by replying "REVERT: <provide reason>"
* File a bug under go/error-prone-bug for category ErrorProneStyle if there's an issue with the CL content.
* File a bug under go/rosie-bug if there's an issue with how the CL was managed.
* Revert this CL and not get a CL that cleans up these paths in the future by
replying "BLOCKLIST: <provide reason>". This is not reversible! We recommend to
opt out the respective paths in your CL Robot configuration instead:
go/clrobot-opt-out.
This CL was generated by CL Robot - a tool that cleans up code findings
(go/clrobot). The affected code paths have been enabled for CL Robot in //depot/google3/java/com/google/android/libraries/media/METADATA which is reachable following include_presubmits from //depot/google3/third_party/java_src/android_libs/media/METADATA.
Anything wrong with the signup? File a bug at go/clrobot-bug.
#codehealth
Tested:
Local presubmit tests passed.
PiperOrigin-RevId: 471022923
Increase the estimated max sample size for HEVC by 2x, and set a minimum
size of 2MB. The 2MB will be applied for resolutions up to 1080p, after
which the new calculation takes effect. This is in par with the
platform's HEVC software decoder.
PiperOrigin-RevId: 467641494
Some calls to handleBuffer return false while a previous
flush is still handled in the background.
Fix this by either asserting the method returns true if
we don't expect any delay, or calling it repeatedly until
it returns true (within a timeout).
PiperOrigin-RevId: 460474419
Previously two timelines that differed only in shuffle order were
considered equal, which resulted in no call to
Player.Listener.onTimelineChanged when calling
ExoPlayer.setShuffleOrder. This in turn resulted in no call to
MediaControllerCompat.Callback.onQueueChanged.
Also make a small fix inside ExoPlayerImpl.setShuffleOrder, to ensure
that the new shuffle order is used when constructing the masked
timeline.
Issue: google/ExoPlayer#9889
#minor-release
PiperOrigin-RevId: 457703727
NoUidTimeline still exists as a private detail of TestUtil, but it no
longer extends ForwardingTimeline because the interactions are quite
hard to reason about.
#minor-release
PiperOrigin-RevId: 457703593
1. The offloadSchedulingEnabled value doesn't need to be in
PlaybackInfo because it's never updated in EPII.
2. The sleepingForOffload value in EPII wasn't updated explicitly
(just via the return value of a method). It was also only
meant to be enabled while the player is actively playing, but
confusingly triggered from a path where the player may
theoretically be buffering as well.
3. The offload sleeping (=not scheduling doSomeWork) was interwoven
into the actual scheduling code making it slightly hard to follow.
This can be improved slightly by keeping the offload sleeping
decision and the scheduling separate.
PiperOrigin-RevId: 457427293
The default constructor is only allowed to be called on
API < 32 and the test should use the defined UNSET constant
to be API independent.
#minor-release
PiperOrigin-RevId: 454568893
The track selector will select multi-channel formats when those can be
spatialized, otherwise the selector will prefer stereo/mono audio
tracks. When the device supports audio spatialization (Android 12L+),
the DefaultTrackSelector will monitor for changes in the platform
Spatializer and trigger a new track selection upon a
Spatializer change event.
Devices with a `television` UI mode are excluded from audio channel
count constraints.
#minor-release
PiperOrigin-RevId: 453957269
Some Player implementations have no playlist capability but can still
set a MediaItem for playback. Examples are a MediaController connected
to a legacy MediaSession, ExoPlayer up to 2.12 or MediaPlayer.
To indicate this capability, we need an allowed command in addition
to COMMAND_CHANGE_MEDIA_ITEMS that just allows to set a single item
that replaces everything that is currently played.
#minor-release
PiperOrigin-RevId: 453879626
We generally nest the `Builder` for `Foo` inside `Foo`. In this case,
there's already a `DefaultTrackSelector.Parameters.Builder` type visible
to a developer, it just happens to be the 'common'
`TrackSelectorParameters.Builder`, so using it is a bit weird. For
example this code snippet doesn't compile because
`DefaultTrackSelector.Parameters.Builder#build()` returns
`TrackSelectionParameters`. This CL fixes that problem and the code
snippet now compiles.
```java
DefaultTrackSelector.Parameters params =
new DefaultTrackSelector.Parameters.Builder(context).build()
```
#minor-release
PiperOrigin-RevId: 453215702
Unconditionally sleep for offload, if the audio buffer is full.
Previously ExoPlayer would not sleep if the expected wake-up was
in 2s. This was to prevent underrun if the wake-up was delayed.
Experiments have shown that the wakup audio buffer is far more
than 2s (around 1min). Additionally,
the metric was incorrect because it measured both,
AudioTrack + DSP.
Finally, this metric was erroneous after a gapless transition,
when the head position would reset to 0 and thus the computed
delay until next wakeup was too large.
PiperOrigin-RevId: 451383701
*** Original commit ***
Rollback of 07302a23bd
*** Original commit ***
Remove `@Nullable` from `MediaSource.Factory` setters
The null-behaviour of these methods creates a minimization footgun,
because **any** call to these setters will prevent R8 from removing
the default implementation (even if it's never used by the app) - this
is because R8 can't tell the default imple...
***
PiperOrigin-RevId: 450453325
*** Original commit ***
Remove `@Nullable` from `MediaSource.Factory` setters
The null-behaviour of these methods creates a minimization footgun,
because **any** call to these setters will prevent R8 from removing
the default implementation (even if it's never used by the app) - this
is because R8 can't tell the default implementation is only used if the
parameter is `null`.
PiperOrigin-RevId: 450410833
The null-behaviour of these methods creates a minimization footgun,
because **any** call to these setters will prevent R8 from removing
the default implementation (even if it's never used by the app) - this
is because R8 can't tell the default implementation is only used if the
parameter is `null`.
PiperOrigin-RevId: 450386627
This detection relies on an unsupported workaround and may trigger
permission warnings in tools analyzing permission usage although
no permission is needed or requested by app code.
Given the majority of 5G-NSA playbacks are on API 31+ by now,
we can remove this path to avoid the permission confusion and the
unsupported detection workaround.
PiperOrigin-RevId: 450382586
This causes a bug where the forwarded selections are no longer
assumed equal and the child MediaPeriods will think they need
to reset streams even though the selection stayed the same.
Issue: Issue: google/ExoPlayer#10248
PiperOrigin-RevId: 449454038
Network type detection on these API levels couldn't be tested
yet because of a missing Robolectric feature. This was fixed by
the recent Robolectric upgrade and the restrictions can be removed.
This also requires to replicate the platform hack we rely on on
these API levels.
PiperOrigin-RevId: 448240431
The TrackSelector is released when the player is released. The
TrackSelector can be reused if TrackSelector.init() is called again.
PiperOrigin-RevId: 446439717
This is consistent with the IntDef name, and frees up the CONTENT_TYPE_
prefix for the @ContentType values (which are currently just TYPE_*,
and therefore ambiguous with lots of other 'type' values in C).
PiperOrigin-RevId: 445356476
We will be migrating our track selection UI components to be
based on TracksInfo. We need DownloadHelper to expose TracksInfo
to make it compatible with such components.
PiperOrigin-RevId: 432474487
addTrackSelectionForSingleRenderer takes a list of legacy overrides,
which are then set on the supplied parameters one at a time to run
track selection. This allows multiple overrides for a single track
type to be applied in the download use case, despite it not being
possible to place such overrides directly into a single parameters.
For new style overrides, multiple overrides for the same track type
can be placed directly into a single parameters. Therefore we'll be
able to replace use of addTrackSelectionForSingleRenderer with use
of addTrackSelection, which is a much cleaner API. For this to work,
we need to make DownloadHelper apply multiple overrides in this case.
PiperOrigin-RevId: 432459834
This constructor always does the wrong thing for non-adaptive groups
containing more than 1 track, because it'll incorrectly generate an
adaptive selection. Replace it with a constructor for specifying a
single track within the group instead.
PiperOrigin-RevId: 431673458
As evidenced by the somewhat awkward logic in PlayerControlView, the
previous design wasn't very friendly to expected usage. There will be
more usage when the track selection dialog components are migrated,
which would be similarly awkward without this change.
PiperOrigin-RevId: 431407675
The AsyncronousMediaCodecAdapter should call MediaCodec.start()
on the same thread it calls MediaCodec.flush(), i.e. the playback
thread. This change removes the experimental flag that allowed
calling MediaCodec.start() from the callback thread.
The flag was flipped to true already.
PiperOrigin-RevId: 430689665
getCurrentTrackGroups and getCurrentTrackSelections are
retained for now, but moved from Player to ExoPlayer, to
ease the transition for some application code that currently
uses these methods.
PiperOrigin-RevId: 430036355
The track type is derived solely from the content. It does
not depend on any runtime properties such as the player's
capabilities of user track selection. Hence it belongs in
TrackGroup rather than TrackGroupInfo.
Note that this avoids TrackSelectionOverride from having to
re-derive the track type internally.
PiperOrigin-RevId: 429303312
This change makes sure played server side ads are skipped in a single period
timeline. It avoids creating an ad-MediaPeriodInfo for played postrolls and
creates a content info instead. It also sets the end position for content infos
that terminate the stream before the stream is actually finished. This prevents
the player from continue playing the remaining media delivered by the
MediaPeriod.
We also make sure that the discontinuity of played ads are not reported because
there is actually no discontinuity.
#minor-release
PiperOrigin-RevId: 428734387
We have two ways to choose the minDurationForQualityIncreaseMs value in
AdaptiveTrackSelection: use the configured value for non-live or when
enough buffered data is available, or use a fraction of the available
duration to allow switching when playing close to the live edge.
The decision point when to use which value isn't quite consistent because
we compare against availableDurationUs before making the adjustments. This
means there is range of values where no up-switching is possible despite
perfect buffering. Fix this by choosing the minimum of both values.
Issue: google/ExoPlayer#9784
#minor-release
PiperOrigin-RevId: 428474332
Ignorable ad periods are skipped to resolve the media period id with the
ad playback state of the resulting period. In case of a change in the period
position un-played ad periods are rolled forward to be played.
PiperOrigin-RevId: 428011116
And also add a test that all Player.Listener events are forwarded
to AnalyticsListener.
The AnalyticsCollector also needlessly implemented
Video/AudioRendererEventListener, which is not needed because all of
the equivalent methods are called directly and never through the
interface.
#minor-release
PiperOrigin-RevId: 427478000
We have logic to not immediately interrupt playback when an ad group
fails to load and instead let the current content play and transition
at the point where the ad group should have been.
This logic was broken by dcbdbe5341 because of one of the conditions
used MediaPeriodId.adGroupIndex, which is always -1 for content ids.
It still worked for the last ad group because the next ad group index
was C.INDEX_UNSET.
Fix the issue and amend the test that was meant to catch this to test
the ad failures for the last ad and previous ads.
Also fix the PositionInfo reported in such a case, which was also wrong.
Issue: google/ExoPlayer#9929
#minor-release
PiperOrigin-RevId: 427143223
Move the code in its own class as DefaultAudioTrack
is getting very big. It also help for testability.
The new class is easily configurable and highly tested.
Manual test was used to catch any regression.
https://github.com/google/ExoPlayer/issues/8891
PiperOrigin-RevId: 424602011
AnalyticsCollector can't be null when passed into ExoPlayerImplInternal,
so there is no need to pass it around as nullable.
PiperOrigin-RevId: 424594031
Two of the sessions are finished at the same time in the test
and the order of the corresponding callbacks depends on the randomly
generated session string and the order these strings are stored in a
HashSet.
Update test to assert both callbacks are called and they contain the
right arguments, but don't assert on the order of these two callbacks.
PiperOrigin-RevId: 424548819
Ad playback shouldn't be affected by manual speed adjustments set
by the user. This change enforces unit speed for ad playback.
Issue: google/ExoPlayer#9018
PiperOrigin-RevId: 424546258
To avoid the `MediaPeriodQueue`to discard the reading period, we can set the next ad of an ad group early and then (possibly) only change it's duration once we receive the actual duration. This way we avoid a rebuffering as a result of the reading period being discarded.
The change also takes care to properly set ad break and their durations when we join the live stream at the moment when an ad is playing.
PiperOrigin-RevId: 423163467
We currently only end sessions on Timeline updates if the associated media
is no longer in the playlist. But we should also end all sessions that are
finished as a result of the timeline update (similar to how this is done for
discontinuities). This issue was introduced by 394ab7bcfd
PiperOrigin-RevId: 423075855
Adaptive video and audio selections will be limited to formats with
the same level of DecoderSupport and HardwareAccelatationSupport, unless
specifically allowed by new flags.
If different levels of decoder support are available, prefer primary
over fallback decoders and hardware-accelerated over software decoders
(in this order). For video, also prefer more efficient codecs, if both
are supported by hardware-accelerated primary decoders.
Issue: google/ExoPlayer#4835
Issue: google/ExoPlayer#9565
PiperOrigin-RevId: 422345048
This change moves the video track selection to the generic
selection method introcuced for audio and text. This ensures
we can apply the same criteria for fixed and adaptive video
track selections. Implicitly, this reorders the preferences
for adaptive tracks to give non-quality preferences (like
preferred MIME type or preferred role flags) a higher priority
than number of tracks in the selection.
Issue: google/ExoPlayer#9519
PiperOrigin-RevId: 422310902
Live speed adjustment is used for all live playback at the moment,
but has no user visible effect if the media is not played with low
latency. To avoid unnecessary adjustment during playback without
benefit, this change restricts the live speed adjustment to cases
where either the user requested a speed value in the MediaItem or the
media specifically defined a low-latency stream.
Issue: google/ExoPlayer#9329
PiperOrigin-RevId: 421514283
This ensures we test the API level specific logic, in particular
around 5G-NSA detection.
Robolectric has a remaining bug that it doesn't support listening
to service state changes. Hence, we need to ignore some tests on
these API levels still until this is fixed.
PiperOrigin-RevId: 421505951
The media codec renderers have fallback logic in getDecoderInfos
to assume that E-AC3 decoders can handle the 2D version of E-AC3-JOC and
that H264/H265 decoders can handle some base layer of Dolby Vision
content. Both fallbacks are useful if there is no decoder for the
enhanced Dolby formats.
Both fallbacks are not applied during track selection at the moment
because the separate MediaCodecInfo.isCodecSupported method verifies
that the mime type corresponding to format.codecs is the same as the
decoder mime type (which isn't true for the fallback case).
To fix the fallback logic, we can just completely remove this additional
check because it's not needed in the context of this method that is only
called after we already established that the decoder can handle the
format.sampleMimeType.
In addition, we need to map the Dolby Vision profiles to the equivalent
H264/H265 profile to make the codec profile comparison sensible again.
PiperOrigin-RevId: 420959104
* @Override is not a TYPE_USE annotation, so should appear before any modifiers and after Javadocs. @CryptoType is a TYPE_USE annotation, so should appear after modifiers and directly before the type.
PiperOrigin-RevId: 418811744
This more closely matches the pattern we have for all implementations
except DefaultMediaSourceFactory (e.g. ProgressiveMediaSource.Factory)
and other factory interfaces like (Http)DataSource.Factory.
PiperOrigin-RevId: 417826803
To support multi-period content we need to store AdPlaybackStates and SharedMediaPeriod by the periodUid as a key. While after this no-op CL, we still only support single-period content, storing these resources by periodUid is the ground work for multi-period support being added in an follow-up CL.
PiperOrigin-RevId: 416836445
We check the fraction of the available duration we have already
buffered for live streams to see if we can increase the quality.
This fraction compares against the overall available media duration
at the time of the track selection, which by definition can't include
one of the availabe chunks (as this is the one we want to load next).
That means, for example, that for a reasonable live offset of 3 segments
we can at most reach a fraction of 0.66, which is less than our default
threshold of 0.75, meaning we can never switch up.
By subtracting one chunk duration from the available duration, we make
this comparison fair again and allow all live streams (regardless of
live offset) to reach up to 100% buffered data (which is above our
default value of 75%), so that they can increase the quality.
Issue: google/ExoPlayer#9784
PiperOrigin-RevId: 416791033
*** Original commit ***
Rollback of 3c4c1f4774
*** Original commit ***
Add capability flags for hardware and decoder support
Issue: google/ExoPlayer#9565
***
***
PiperOrigin-RevId: 416285603
*** Original commit ***
Make audio track min buffer size configurable.
Move the code in its own class as DefaultAudioTrack
is getting very big. It also help for testability.
The new class is easily configurable and highly tested.
Manual test was used to catch any regression.
https://github.com/google/ExoPlayer/issues/8891
***
PiperOrigin-RevId: 415469179
Move the code in its own class as DefaultAudioTrack
is getting very big. It also help for testability.
The new class is easily configurable and highly tested.
Manual test was used to catch any regression.
https://github.com/google/ExoPlayer/issues/8891
PiperOrigin-RevId: 415268938
`DefaultAudioSink` already has 3 telescoping
constructors and an other one would be have been
needed to add a buffer size tuning option.
PiperOrigin-RevId: 414703366
Allowing duplicate groups caused some other code working with the
array to use reference equality comparison. This is error-prone,
easily forgotten (e.g. when using the TrackGroups in a map) and
causes bugs when TrackGroups are serialized to disk or to another
process.
All TrackGroups created by ExoPlayer are already unique and custom
code creating TrackGroupArrays with identical groups can easily
distringuish them by adding an id to each group.
Issue: google/ExoPlayer#9718
PiperOrigin-RevId: 413617005
And also tweak existing role flag logic to strictly prefer perfect
matches over partial matches.
Caveat: Video role flags only supported for fixed track selections
(same issue as Issue: google/ExoPlayer#9519).
Issue: google/ExoPlayer#9402
PiperOrigin-RevId: 412292835
Currently, DrmSessionManager takes player specific values (= the
playback looper) through (pre)acquireSession calls and requires
the caller to pass in the same values every time.
Instead, we can configure the DrmSessionManager for playback with
a player once before it's being used. We can't simply extend the
prepare() method as prepare may be called before the player is
created to prewarm the DrmSessionManager.
The new method also takes a PlayerId which is bound to the lifetime
of the player similar to the playback looper.
To avoid breakage of custom MediaSources with DRM, we can keep the
old the SampleQueue.createWithDrm method as deprecated.
PiperOrigin-RevId: 410998240
Currently, TrackSelectionOverrides are documented as being applied
per track type, meaning that one override for a type disables all
other selections for the same track type. However, the actual
implementation only applies it per track group, relying on the
track selector to never select another renderer of the same type.
This change fixes DefaultTrackSelector to fully adhere to the
TrackSelectionsOverride definition. This solves problems when
overriding tracks for extension renderers (see Issue: google/ExoPlayer#9675)
and also simplifies a workaround added to StyledPlayerView.
#minor-release
PiperOrigin-RevId: 409121711
The asynchronous MediaCodec adapter queues input buffers in a
background thread. If a codec queueuing operation throws an exception,
the buffer enqueuer will store it as a pending exception and re-throw it
the next time the adapter will attempt to queue another input buffer.
The buffer enqueuer's flush() and shutdown() may throw an exception if
the pending error is set. This is subject to a race-condition in which
the pending error can be set while the adapter is flushing/shutting down
the enqueuer, e.g., if an input buffer is still being queued and the
codec throws an exception. As a result, the adapter cannot flush or
shutdown gracefully.
This change makes the buffer enqueuer to ignore any pending error
when flushing/shuttinf down so that the adapter can flush/release
gracefully even if a queueing error was detected.
PiperOrigin-RevId: 409113054
MediaSource can be reused with other Player instances after they
have been released, so we need to set the PlayerId when preparing
the source. Access can mostly be handled by the implementation in
BaseMediaSource.
PiperOrigin-RevId: 408878824
And in a couple of related places.
This is for consistency with the rest of the codebase where
we exclusively use indices.
#minor-release
PiperOrigin-RevId: 408273372
When operating the MediaCodec in asynchronous mode, after a
MediaCodec.flush(), we start MediaCodec in the callback thread,
which might trigger errors in some platforms. This change adds an
experimental flag to move the call to MediaCodec.start() back to the
playback thread.
PiperOrigin-RevId: 407801013
When we have multiple overrides for TrackGroups associated with
one renderer, we need to look at all of them to find the non-empty
one. Empty ones should only be used to remove previously selected
tracks for this group and otherwise be ignored.
Currently this is broken because the first override (no matter if
it's empty or not) is used as the final selection for this renderer.
Issue: google/ExoPlayer#9649
#minor-release
PiperOrigin-RevId: 407792330
Where this introduced an inconsistency (e.g. assigning to something
called `windowIndex`), I generally renamed the transitive closure of
identifiers to maintain consistency (meaning this change is quite
large). The exception is code that interacts with Timeline and Window
directly, where sometimes I kept the 'window' nomenclature.
#minor-release
PiperOrigin-RevId: 407040052
This helps to prevent issues where decoders can't handle negative
timestamps. In particular it avoids issues when the media accidentally
or intentionally starts with small negative timestamps. But it also
helps to prevent other renderer resets at a later point, for example
if a live stream with a large start offset is enqueued in the playlist.
#minor-release
PiperOrigin-RevId: 406786977
