If RTSP Setup Request with UDP receives HTTP Error Status 461 UnsupportedTransport, then client will retry with TCP.
Issue: google/ExoPlayer#11069
PiperOrigin-RevId: 518807829
(cherry picked from commit ecf4d8b89193e8e3bb3ad3dbc9c7983fd26765ae)
Segment timelines are technically allowed to be empty, but not all places
add the necessary checks.
Issue: google/ExoPlayer#11014
PiperOrigin-RevId: 514722205
(cherry picked from commit 788132b9dc9f5dd9aa46f413b16f43433c9c7702)
The `@CallSuper` annotation should help catch cases where subclasses are
calling `delegate.addListener` instead of `super.addListener` but it
will also (unintentionally) prevent subclasses from either completely
no-opping the listener registration, or implementing it themselves in a
very custom way. I think that's probably OK, since these cases are
probably unusual, and they should be able to suppress the warning/error.
Issue: androidx/media#258
#minor-release
PiperOrigin-RevId: 513848402
(cherry picked from commit 5d23a92923324ecab338d14e865bcc26316aab00)
This was just for testing and finishing this class is not useful
as it can't wrap an existing MediaPlayer without owning it to
track its state.
PiperOrigin-RevId: 524851654
The actual csd data contains NAL units so it should always start with
a NAL unit start code (00 00 00 01).
This issue was not caught before because in the code there was no
validation to check whether its a valid NAL unit.
PiperOrigin-RevId: 524849867
The sessions may have different application threads for their players,
and the service with its notification provider runs on the main thread.
To ensure everything runs on the correct thread, this change labels
methods where needed and fixes thread access in some places.
Issue: androidx/media#318
PiperOrigin-RevId: 524849598
This check was a leftover from when the metadata was generated from
the MediaItem only. Since we moved to the actual MediaMetadata fields,
the check is completely unnecessary and prevents accessing metadata
when the GET_CURRENT_MEDIA_ITEM command is not available.
#minor-release
PiperOrigin-RevId: 524837587
*** Original commit ***
Fix double initialisation of createIsoLanguageReplacementMap
In the absence of any lock `createIsoLanguageReplacementMap`
method was getting called twice due to race condition.
Used Suppliers.memoize() which is by default thread safe.
***
PiperOrigin-RevId: 524794650
Reusing the loader wrappers allows us to use the current RTSP connection
without having to set up a new RTSP connection. Consequently, the Extractors,
RTP readers are also preserved.
PiperOrigin-RevId: 524663012
In `ExternalTextureManager` in seemingly rare cases end of stream is signaled
at the point where a frame is currently pending processing. In that case the
video end of stream signal was lost. If the muxer timeout was enabled this
case would result in throwing an exception, but otherwise the operation would
get stuck
Add code to signal end of stream in `onInputFrameProcessed` as well, so that we
signal end of stream when the pending frame is handled.
Tested by running
`TransformerEndToEndTest.loopingTranscodedVideo_producesExpectedResult` several
times.
PiperOrigin-RevId: 524361069
This happens when the input is an image. The output will always be video so the
outputPlayer and outputVideoTextView will always present.
PiperOrigin-RevId: 524329436
MediaMuxer does not support out-of-order video frames API 25. Use
a test file with frames in order in
loopingTranscodedAudio_producesExpectedResult. This is necessary for
tests that transmux video samples.
PiperOrigin-RevId: 524309318
A passthrough effect allows for testing having an intermediate
effect injected, which uses different OpenGL shaders from having no
effects.
PiperOrigin-RevId: 524276991
In the absence of any lock `createIsoLanguageReplacementMap`
method was getting called twice due to race condition.
Used Suppliers.memoize() which is by default thread safe.
PiperOrigin-RevId: 524007754
The overrides specified by a MediaController may not use the exact
same TrackGroup instances as known to the Player because the groups
have been bundled to and from the controller. This bundling may
alter the instance slightly depending on the version used on each
side of the communication and the fields set (e.g. Format.metadata
is not supported for bundling).
This issue can be solved by creating unique track group ids for
each group on the session side before bundling. On the way back,
the groups in the track selection parameters can be mapped backed
to their original instances based on this id.
#minor-release
Issue: androidx/media#296
PiperOrigin-RevId: 523986626
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
Previously `ChannelMixingAudioProcessor` output float because it was
implemented using the audio mixer's float mixing support.
Move the implementation over to just using the `ChannelMixingMatrix` and make
it publicly visible in the common module so it can be used by apps for both
playback and export.
Also resolve a TODO that no longer had a bug attached by implementing support
for putting multiple mixing matrices to handle different input audio channel
counts, and fix some nits in the test code.
Tested via unit tests and manually configuring a `ChannelMixingAudioProcessor`
in the transformer demo app and playing an audio stream that identifies
channels, and verifying that they are remapped as expected.
PiperOrigin-RevId: 523653901
It's currently not possible to even subclass MediaController because
the constructor is package-private. To avoid any accidental usage or
future indirect subclassing, all methods can be marked as final.
PiperOrigin-RevId: 523648114
This change selects the best suited media button receiver
component and pending intent when creating the legacy
session. This is important to ensure that a service can
be started with a media button event from BT headsets
after the app has been terminated.
The `MediaSessionLegacyStub` selects the best suited
receiver to be passed to the `MediaSessionCompat`
constructor.
1. When the app has declared a broadcast receiver for
`ACTION_MEDIA_BUTTON` in the manifest, this broadcast
receiver is used.
2. When the session is housed in a service, the service
component is used as a fallback.
3. As a last resort a receiver is created at runtime.
When the `MediaSessionLegacyStub` is released, the media
button receiver is removed unless the app has provided a
media button receiver in the manifest. In this case we
assume the app supports resuming when the BT play intent
arrives at `MediaSessionService.onStartCommand`.
#minor-release
Issue: androidx/media#167
Issue: androidx/media#27
Issue: androidx/media#314
PiperOrigin-RevId: 523638051
It is not possible to provide a safe deprecation path because
BaseTrackSelection can't easily know which of the methods is
implemented by subclasses.
PiperOrigin-RevId: 523471578
Change what format is logged from MediaCodecAudioRenderer when
AudioSink throws InitializationException. We printed the
AudioSink's format, which most of the times is audio/raw (PCM)
and not the renderer's format. With this change both formats are
logged.
#minor-release
Issue: google/ExoPlayer#11066
PiperOrigin-RevId: 523456840
In addition to the changes in 3a5c4277a7
This change essentially reverts 30e5bc9837 (Merged Jul 2022).
From this CL on, `VideoFrameProcessor` takes in non-offset, monotonically
increasing timestamps. For example, with one 5s and one 10s video,
- `VideoFrameProcessor`'s input should start from 0
- On switching to the second video (10s), the timestamp of the first frame in
the second video should be at 5s.
In ExoPlayer however, `streamOffset` is managed differently and thus needs
correction before sending the frames to `VideoFrameProcessor`:
- The timestamp of the first video is offset by a large int, so the first frame
of the first media item has timestamp (assuming) 10000000000000000
- The last frame of the first media item has 10000005000000000
- At this point the stream off set is updated to 10000005000000000
- The pts of the first frame of the second video starts from 0 again.
PiperOrigin-RevId: 523444236
Simplify the audio encoder input timestamp calculation. The new calculation
avoids drifting by tracking the total number of bytes encoded rather than
tracking the timestamp and remainder separately, and also makes the timestamps
match the decoder output buffer timestamps.
Also switch one of the export tests that was passing through AMR samples over
to using WAVE audio. The problem with using AMR is that the compressed samples
are not necessarily an integer number of audio frames and the shadow decoder
would pass them from input to output, so the audio encoder was receiving
non-integer numbers of audio frames.
Tested by logging the timestamps at the decoder output and encoder input with
forcing transcoding audio, and verifying that after this change the audio
timestamps are no longer off by one.
PiperOrigin-RevId: 523409869
