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
Rework the interface for ID3v2 text frames by:
- Switching from a mutable array to ImmutableList
- Never leaving the array empty, instead filling it with "" if there
are no values
This makes the surface safer and more in line with the rest of the
module.
These aren't caught by presubmit because the classes are annotated
`@VisibleForTesting` and are therefore stripped out by Metalava. However
Metalava doesn't run when we're generating javadoc for real.
#minor-release
PiperOrigin-RevId: 487476260
This uses `@hide` on `protected final` methods to hide them from Dackka
javadoc generation, since these methods are inaccessible to developers
anyway. These symbols will still (currently) be included in artefacts
distributed on Maven (because we don't run Metalava as part of
generating these artefacts).
In some cases I had to change the visibility/finality of methods to make
them `protected final` before adding the `@hide` annotation (but
the impact should be very low, since most of these methods were either
already unusable by app developers, or they shouldn't have been used).
#minor-release
PiperOrigin-RevId: 487472907
This makes two types of fix:
1. Align parameter names on overridden methods where the superclass
has `@param` javadoc.
2. Use `@hide` on `protected final` methods that refer to package-private
types. This will hide these symbols from Dackka javadoc generation
but not (currently) from the artefacts distributed on Maven. These
methods are currently unusable outside their package anyway (e.g. by
external developers) because of the dependency on a package-private
type.
This also changes some HLS, SmoothStreaming, and IMA code where I've renamed
parameters of overridden methods to be consistent across the type
hierarchy.
#minor-release
PiperOrigin-RevId: 487472665
Imported from GitHub PR Issue: google/ExoPlayer#10762
This ensure that ffmpeg error code are properly translated to values that the ExoPlayer decoder understand.
The main gain is that it allows the decoder to properly ignore more cases of invalid data and recover.
The second gain is that the other errors are now proper ExoPlayer errors and no more obscure buffer ones.
Fixes: Issue: google/ExoPlayer#10760
Merge 82ceeb77d6df71f5ffb0474db66a36fd6eb8e51a into 972e169bd85b14848dcae75e34f9e95fe87e1f4b
COPYBARA_INTEGRATE_REVIEW=go/exoghi/10762 from Tolriq:ffmpeg_error_code 82ceeb77d6df71f5ffb0474db66a36fd6eb8e51a
PiperOrigin-RevId: 487189910
This change makes adding ad events in live streams more robust by allowing ad
groups to grow in number of ads if more ad events are received than initially
announced by the SDK.
With the IMA prefetch feature, an AdPod can grow in size in certain conditions
like from initially 2 ads to 4 ads being part of the ad group. With this change,
if an additional ad event arrives while the ad group is still being played,
the ad group is expanded. If the event arrives late and the ad group is already
completed, a new group is created for the remaining ads.
This also covers the case where we join the live stream while an ad is being
played and we missed at least one LOADED event from the SDK. Ads of the group
before the first LOADED event are ignored in such a case.
PiperOrigin-RevId: 484214760
* Non-standard parameter comment; prefer `/* paramName= */ arg`
(see http://go/bugpattern/ParameterComment)
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#codehealth
Tested:
Local presubmit tests passed.
PiperOrigin-RevId: 472252461
We create an empty CueGroup in many places as default or
where none is needed. Instead, we can define a constant
for this purpose and reuse it.
PiperOrigin-RevId: 467944841
The specified CMake version doesn't work with the latest
Android Studio releases. Updating to a more recent version
fixes the problem.
Issue: google/ExoPlayer#9933
PiperOrigin-RevId: 467634063
From NDK 23.1.7779620 and above, the arm64-v8a ABI needs additional
build flags to correctly link the ffmpeg libraries.
Issue: google/ExoPlayer#9933
PiperOrigin-RevId: 467161973
In some cases, the IMA SDK fails to call the expected loadAd
event to load the next ad to play. This is (potentially) the
only remaining case where playback can get stuck due to missing
calls from IMA as the player doesn't even have a MediaSource at
this stage and is only waiting for IMA to provide the ad URL.
We can reuse the existing adPreloadTimeoutMs that was added for
a similar purpose (when preloading the first ad in the group).
The JavaDoc matches this purpose as well and the default timeout
is appropriate since we expect to get the loadAd call immediately.
Issue: google/ExoPlayer#10510
PiperOrigin-RevId: 466953617
Leaving the media item that has been passed in unchanged, ensures that the
media item in the timeline is equal to the media item that the user has
passed into the player. The value of the tag is the uid of the window,
meaning this is redundant information.
#minor-release
PiperOrigin-RevId: 460542246
Leaving the media item that has been passed in unchanged, ensures that the
media item in the timeline is equal to the media item that the user has
passed into the player. The value of the tag is the uid of the window,
meaning this is redundant information.
#minor-release
PiperOrigin-RevId: 460542246
(cherry picked from commit 9d87c0db78f899ff05e8a26a3e6b4a9667fa81d2)
I don't think it's useful to keep these in numerical order, it makes
more sense to keep them grouped into a 'logical' ordering.
#minor-release
PiperOrigin-RevId: 460453464
The media item needs to be assigned to `Window.mediaItem` in `CastTimeline.setWindow`. For this the `MediaItem` needs to be available in the timeline.
When a `MediaItem` is passed to the `set/addMediaItems` method, we can't yet know the Cast `MediaQueueItem.itemId` that is generated on the device and arrives with an async update of the `RemoteMediaClient` state. Hence in the `CastTimelineTracker`, we need to store the `MediaItem` by Casts's `MediaItem.contentId`. When we then receive the updated queue, we look the media item up by the content ID to augment the `ItemData` that is available in the `CastTimeline`.
Issue: androidx/media#25
Issue: google/ExoPlayer#8212
#minor-release
PiperOrigin-RevId: 460325235
I don't think it's useful to keep these in numerical order, it makes
more sense to keep them grouped into a 'logical' ordering.
#minor-release
PiperOrigin-RevId: 460453464
(cherry picked from commit 1b1e0f890da4de6055491730595f72afdde0811a)
The media item needs to be assigned to `Window.mediaItem` in `CastTimeline.setWindow`. For this the `MediaItem` needs to be available in the timeline.
When a `MediaItem` is passed to the `set/addMediaItems` method, we can't yet know the Cast `MediaQueueItem.itemId` that is generated on the device and arrives with an async update of the `RemoteMediaClient` state. Hence in the `CastTimelineTracker`, we need to store the `MediaItem` by Casts's `MediaItem.contentId`. When we then receive the updated queue, we look the media item up by the content ID to augment the `ItemData` that is available in the `CastTimeline`.
Issue: androidx/media#25
Issue: google/ExoPlayer#8212
#minor-release
PiperOrigin-RevId: 460325235
(cherry picked from commit 02e1484ebc14a97829c9f5836333412c01205f57)
This is to be consistent with what cast `QueueMediaItem` is doing. If a contentId is
not available the contentUrl is used as the ID.
#minor-release
PiperOrigin-RevId: 459133323
This is to be consistent with what cast `QueueMediaItem` is doing. If a contentId is
not available the contentUrl is used as the ID.
#minor-release
PiperOrigin-RevId: 459133323
(cherry picked from commit 84c801a723f56c9c0fcdf10ab8bbab35bfd9f333)
