MIME types are case-insensitive, but none of the many existing
comparisons across our code base take this into account. The
code can be made more robust by normalizing all MIME types at the
moment they are first set into a class/builder and adding toLowerCase
as part of the normalization.
Most concretely, this fixes an issue with playing HLS streams via
the IMA SDK where the stream MIME type is indicated with all lower
case "application/x-mpegurl", which failed the MIME type comparison
in DefaultMediaSourceFactory.
PiperOrigin-RevId: 582317261
Skip wearable devices, which don't have the same CDD requirements on codecs from Android 5 (API 21).
Limit an existing skipping case to pre API 33 devices, so that we can catch failures on Android 13 (API 33) onwards, and add OnePlus 9 Pro which also times out calculating SSIM. Remove TODOs for removing test/SSIM skipping now they are restricted to API version.
PiperOrigin-RevId: 581985554
This device over-reports encoding capabilities, so skip the test.
This is a Pixel device that was upgraded to Android 12 (API 31/32) so the issue should only affect devices that didn't take OTAs.
PiperOrigin-RevId: 581981073
The dump file diff as part of this change is because using AudioGraph
means the 2nd item is automatically edited to match the AudioFormat of
the 1st item {44.1KHz mono}, rather than {48KHz stereo}.
Manually verified that for the 2nd item, data output:
* Before: 66936 bytes (16734 frames) output = 348_625us of audio.
* After: 30750 bytes (15375 frames) output = 348_639us of audio.
The small final buffer is caused by SonicAudioProcessor outputting all
pending data when EOS queued, and is WAI.
PiperOrigin-RevId: 580494578
Changes includes:
1. Add resume flow.
2. Change demo app code to resume export.
3. Changes in test infra to trigger resume.
4. E2E Test cases
PiperOrigin-RevId: 579895744
When transmuxing, we usually only need to offset the timestamp by the position of a mediaItem in a sequence.
Trim optimization introduces another type of offset: for the transmux of the second part of the video we need to offset the timestamps by the total duration already trancoded by transformer.
PiperOrigin-RevId: 576134656
Move remote 8K file to local and trim to 320ms.
Trim done with ffmpeg:
`ffmpeg -i {remote_file} -t 0.3 -c:v copy -c:a copy 8k24fps_300ms.mp4`
PiperOrigin-RevId: 569449962
MediaCodecRenderer has already been updated to not rely on the
input stream to mark its samples as decode-only and instead use
a simple time-based comparison to achieve the same effect.
This change makes the same update for all other renderers that
either use the flag directly or forward to a "decoder" instance.
PiperOrigin-RevId: 568232212
If getProgress is blocking whilst the internal thread calls endInternal
(for error or success), the condition is never opened. Related to this,
onCompleted and onError are therefore never surfaced to the app.
progressState is accessed from application and internal threads, so
should be marked volatile to prevent a thread caching the value.
PiperOrigin-RevId: 565720184
When we switch from MUXER_MODE_MUX_PARTIAL_VIDEO to MUXER_MODE_APPEND_VIDEO
`muxedPartialVideo` will already be `true` so `endTrack` method will pass
through this `if(muxedPartialVideo)` check which is incorrect.
PiperOrigin-RevId: 565398117
The logic that handles components' boundaries are grouped together in private
methods, like handling VideoCompositor's output textures.
PiperOrigin-RevId: 565131579
For pause and resume feature we need to use same `MuxerWrapper`
for `remuxing processed video` and then to `process remaining video`.
In order to use same `MuxerWrapper` across `different Exports`
we need to preserve its state.
PiperOrigin-RevId: 564728396
Modifying dumping to not required "released" to be called.
Track index is an arbitrary value based on the order of addTrack calls.
Samples are dumped by track (rather than as soon as they are written),
so it's preferable to use a value that provides more context.
By using the track type as a key, dump files will be more deterministic
and will have more similarities when branched.
PiperOrigin-RevId: 563700982
That said, only SDR is supported for now, so this will always throw if
HDR is input. This will also throw if different ColorInfo values are input
because color SDR mixing (ex. between sRGB and BT709) is not yet supported.
PiperOrigin-RevId: 563457729
For pause and resume feature we will need to build `ExportResult`
from multiple internal Exports. Keeping the `ExportResultBuider` in
`Transformer` class will allow using same builder across different
internal exports.
PiperOrigin-RevId: 563392443
When checking the color transfer, there is no reason that the file should have
exactly two tracks, and this assertion means that this method can't be used
as-is for checking video-only files, for example.
PiperOrigin-RevId: 562813111
Overlays may be overlaid over:
* In VideoFrameProcessor, videos or images (or texture input).
* In Compositor, other videos.
In Compositor, Overlays may consist of video, so it could be confusing
for videoFrameAnchor to contrast with overlayAnchor.
Also, rename overlayAnchor to overlayFrameAnchor, since it's modifying
the anchor in the overlay's frame, so this name seems slightly more precise.
PiperOrigin-RevId: 562004292
Implement VideoCompositor support of:
* Different input and output sizes
* CompositorSettings, to customize output size based on input texture sizes
* OverlaySettings, to place an input frame in an arbitrary position on
the output frame.
Also, refactor Overlay's matrix logic to make it more reusable between
Compositor and Overlays
PiperOrigin-RevId: 561931854
For pause and resume feature we will remux the previously processed
video in the first export and then in the second export we will resume
processing remaining video. For the second export we will have to
set initial timestamp offset so that video samples from the second
export are in continuation to the previously muxed samples.
PiperOrigin-RevId: 561689651
For pause and resume we need to perform multiple intermediate exports.
So moved start() logic into a separate so that it can be reused from
different places with different Compositions and MuxerWrapper.
PiperOrigin-RevId: 561675472
Switch to SparseArray<List> rather than a Map<Integer, List>.
Track indices now determine sample list dumping, reducing flakiness.
PiperOrigin-RevId: 561658586
For pause/resume feature, same MuxerWrapper needs to be
used across intermediate exports. So pass the MuxerWrapper
from Transformer.java
More specifically, when resume() is called
1. Create a MuxerWrapper and remux the previous
video samples (Export 1).
2. User the same MuxerWrapper and start processing
remaining video samples (Export 2).
PiperOrigin-RevId: 561325867
More specifically, this CL
- Defines a VideoGraph interface
- Adds a factory method, to hide the constructors
- Separate out an initialize method that does the real work (following that constructor should not do real work)
- The VideoGraph takes in a list of composition effects. For now, we only use the `Presentation`, if there is one in the list. This means we can take any number of Presentations now, but only the first one will be used.
- Moves the VideoFrameProcessingWrapper to its own file
PiperOrigin-RevId: 561059653
For pause and resume feature we need to find the timestamp of
the last sync sample in an MP4 file. The Mp4ExtractorWrapper
provides an easy to use API on top of Mp4Extractor.
PiperOrigin-RevId: 560113112
The first call to method `registerInputStream` doesn't block.
Later successive calls to the method blocks until the previous register call
finishes.
PiperOrigin-RevId: 559694490
Covers all permutations&combinations of:
* AV asset.
* AV asset with effects.
* AV asset with silence.
* AV asset with silence and effects.
Note that the video is not relevant (therefore transmuxed), but is
needed for silence generation.
PiperOrigin-RevId: 558734593
We will need to build upon original composition
for pause and resume feature and will have to set modified sequences.
In the next CL, will add method to set sequences on builder and will
probably remove it from the constructor parameter (to avoid providing
two APIs for same thing).
PiperOrigin-RevId: 558127334
I wasn't able to reproduce the error in the bug by running videoTranscoding_withTextureInput_completesWithCorrectFrameCountAndDuration
100 times, but I figured this added debug info may help the next time the
issue is seen.
PiperOrigin-RevId: 558118443
In addition to this being how Alpha should be handled, tests do fail under
API 29 without this CL. Unfortunately while these tests do fail under API 29
without this CL, we currently only run this test on API 33 emulators, so we
didn't catch this failure earlier (until compositor tests on mh failed on all
devices under API 29 and succeeded on all at or over 29).
PiperOrigin-RevId: 557781757
Rename AudioMixerImpl to DefaultAudioMixer.
Removes the AudioMixerImpl specific getOutputAudioFormat, as the caller
defines and sets this.
PiperOrigin-RevId: 555887722
To ensure that for each output bitmap from the compostor, the right input
timestamps were used.
Only applied on a subset of tests to avoid needing to upload+maintain
too many files/size in the test binary, especially when it would test
duplicate behavior
PiperOrigin-RevId: 555222530
This means we now require 2+ input frames per input, and compare the primary
stream timestamp with secondary stream timestamps in order to select the
correct output timestamp. We also must release frames and back-pressure as
soon as possible to avoid blocking upstream VFPs.
Also, improve signalling of VFP onReadyToAcceptInputFrame
PiperOrigin-RevId: 553448965
ExoPlayer queues the EOS buffer to the decoder with offset/size/timestamp all
equal to zero, and a EOS flag.
69769c77b3 set TIME_END_OF_SOURCE on the EOS buffer from the extractor.
Queueing the EOS buffer to the decoder with TIME_END_OF_SOURCE causes some
decoders to output wrong timestamps in its output.
This CL replicates what ExoPlayer does in Transformer.
PiperOrigin-RevId: 553104213
This allows for custom implementations of this interface, like
a TestVideoCompositor or partner-implemented implementation
PiperOrigin-RevId: 552541631
After this change, every queued bitmap is treated as an individual input stream
(like a new MediaItems).
This change merges the FrameDropTest and FrameDropPixelTest into one (while maintaining all the test cases)
- This is accomplished by generating bitmaps with timestamps on it in FrameDropTest and compare them with goldens (one may call this a pixel test, please lmk if you want this to be renamed)
- The most part of the change comes from DefaultVideoFrameProcessorVideoFrameRenderingTest. The overall working is
- We bypass the input manager
- The TestFrameGenerator generates frames based on timestamps. In this case, we generate frames with timestamps on it
- The generated frame is sent to texture output and in turn saved to bitmaps
- We then compare the generated bitmap with the goldens
PiperOrigin-RevId: 551795770
Move shared test logic to the test runner.
This does increase indirection, which isn't usually preferable in tests.
However, we will have many different tests that would use logic
like this, so this allows us to reduce repetition.
PiperOrigin-RevId: 551536438
This should make no functional difference because `SampleExporter` always
checks for H.265 and H.264 first. However, in case we ever change that code,
these are used in priority order so it's better to order them accordingly.
PiperOrigin-RevId: 550894935
When generating silence for AudioProcessingPipeline, audio never
queued EOS downstream.
Linked to this, when silence followed an item with audio, the silence
was added to SilentAudioGenerator before the mediaItem reconfiguration
occurred. If the silence had effects, the APP would be flushed after
silence queued EOS, resetting APP.isEnded back to false, so AudioGraph
never ended.
Regression tests reproduce failure without fix, but pass with it.
PiperOrigin-RevId: 550853714
For each event, the timestamp and presentation time is logged. The trace can
then be dumped to a tsv file and easily imported in a spreadsheet.
PiperOrigin-RevId: 550839156
signalEndOfInputStream is needed for when streams have different amounts of
frames, so that if the primary stream finishes after a secondary stream, it
can end without waiting indefinitely for the secondary stream's matching
timestamps.
onEnded mirrors this API on the output side, which will be necessary to
know when to call signalEndOfInput on downstream components (ex. on downstream)
VideoFrameProcessors
PiperOrigin-RevId: 549969933
