All `add*Listener` and `add*Output` methods are
deprecated in favor of `addListener`.
As for the class themselves `VideoListener` and
`AudioListener` are not used internaly by ExoPlayer,
`VideoRendererEventListener`
and `AudioRendererEventListener` are use in their
place.
As a result `VideoListener` and `AudioListener`
can be deprecated in favor `Listener`.
On the other hand `TextOutput` and `MedataOutput`
are used both in the player interface and internally in
renderers.
This means that those class can't be deprecated.
There usage in the public interface are indirectly
deprecated as their is no way to use them without
using the deprecated `add*Output`.
Thus it's not an issue that the class themselves are
not deprecated.
#minor-release
PiperOrigin-RevId: 371318268
Imported from GitHub PR https://github.com/google/ExoPlayer/pull/8858
Fix bug in text alignment inheritance where child does not correctly inherit ancestor's setting
@icbaker
Merge 70eb4bceb73b3f07e2f8d545b4fa7961189ac52a into 45616f916b28c9187b3e0f0dd18797464a079cdc
COPYBARA_INTEGRATE_REVIEW=https://github.com/google/ExoPlayer/pull/8877 from dlafayet:multirowalign-cue d942b50a40525fea5d11b35a33d3bbc512550960
PiperOrigin-RevId: 371306966
This change adds an API in the ForwardingPlayer to disable commands.
This is affecting what Player.isCommandAvailable() returns as
well as what is being advertised from the
EventListener.onAvailableCommandsChanged() callback.
For the callback case, the ForwardingPlayer needs to intercept the
callback. It does so by wrapping registered EventListener and Listener
instances, which resulted in some boiler-plate code. In addition, there
is logic on the wrapped listeners to avoid triggering a queued callback
if all listeners have been removed in the meantime. This includes the
case where new listeners are added while callbacks scheduled for the
removed listeners are still pending.
PiperOrigin-RevId: 371139703
Move VideoSize in the common module and have the Player return it.
`Listener` and `AnalyticsListener` `onVideoSizeChanged` are updated
with the old method deprecated.
`VideoRendererEventListener.onVideoSizeChanged` was also migrated to
`VideoSize` but the old method is removed, not deprecated.
This is because:
- apps calling/listening to this method is a rare and niche use-case.
- it would introduce hard to diagnostic issues where if only the caller
or the callee is updated to use the new method, the event will be lost.
This doesn't occur with the other 2 listeners as the caller is always
in ExoPlayer library and was updated to call both the old and new methods.
VideoSize is used everywhere except in `Format` as this would lead to
too much refactoring and backward compatibility breakage for little gain.
#minor-release
PiperOrigin-RevId: 371087419
Rating class should be in the same module as MediaMetadata.
Tested:
$ ./gradlew --stacktrace :exo-library-common:tDUT
$ ./gradlew --stacktrace :media2-session:tDUT
$ ./gradlew --stacktrace :media2-session-vct-current:cAT
PiperOrigin-RevId: 370902917
1. Clarify intention of getAdGroupIndexForPositionUs and
getAdGroupIndexAfterPositionUs. Both methods are used for very
specific but different purposes and encode the logic of which
ads should be played at which time, so it's helpful to clarify
this in the documentation as well.
2. Change one usage getAdGroupIndexForPositionUs to use the already
existing nextAdGroupIndex. This is also more in line with the
intended usage as clarified in step 1.
3. Update MediaPeriodQueueTest for updateQueuedPeriods to only
look for duration changes in future periods, not in the
current one, because that's not handled MediaPeriodQueue for ads
and the test is just passing by chance now. Also remove wrong
advancePlaying() calls that are already implicitly included in
the preceding enqueueNext() call.
4. Fix a minor bug where post-roll ads are not checked whether they
are played already before using them as the next ad group. Also
added a test covering this case.
#minor-release
PiperOrigin-RevId: 370664131
The ForwardingPlayer implements the Player interface and forwards all
operations to another Player instance. Apps will be able to override
methods of ForwardinPlayer in order to modify and/or suppress specific
Player funcionalities.
This commit introduces the ForwardingPlayer which simply forwards all
Player operations to another Player instance. In follow-up changes,
the ForwardingPlayer will be extended so that it eventually reaches the
feature-set offered by ControlDispatcher.
PiperOrigin-RevId: 370653167
Release is a life cycle operation that should only be called when
the player is no longer needed. It's linked to the player lifecycle
and thus very different from prepare/stop.
As a result, it should not be in the same command.
Additionally it's not clear if remote players will ever need to call release,
as the player creator is best candidate to release it.
As a result the release operation doesn't have a use case for a command.
A release command can be added later if a need is identified.
PiperOrigin-RevId: 370649214
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
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
*** 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
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
Discontinuity reasons may not be precisely obtained for remote
player. 'Remote Player' means that playback is owned by another
app or device and the same playback can be controller by other
clients simultaneously. The MediaController is an example.
If the remote playback doesn't provide discontinuity reason, then
player cannot differentiate between automatic playback transition
and seekTo() from another client.
This CL tweaks the discontinuity reason definitions, so reasons
can be obtained without remote playback's support.
This doesn't effect the local Players, such as SimpleExoPlayer.
PiperOrigin-RevId: 368579577
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
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
