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sample-videortc's Issues

Unbearably slow performance when rendering on a large display device (monitor, TV, etc.)

I've done a lot of experiments and here is what I found so far.

First, there are two sets of variables that I tweaked a lot during these experiments:

(1) Rendering Size. Namely the size of SurfaceViewRenderer. This is defined in activity_call.xml and default to "wrap_content", which is the size of the display device. In my case, this is a 27 inch monitor.
(2) Capturing Size. Pass to PeerConnectionClient.PeerConnectionParameters. Default to 1280 x 720.

When starting the call, the stream will be captured and flown into a sink view which at this point is the main view, being rendered in Rendering Size.

The frame rate at this moment is about

_Capturing Size_	_Rendering Size_		FPS
1280 x 720		1280 x 720			9
640 x 360		Full Screen			9
1280 x 720		Full Screen			3
1920 x 1080		Full Screen			1

Note this is purely local. No call has been even made. What is shown is what is captured and sent out directly from the local camera. The whole scenario has nothing to do with the network.

NOTES:
(1) I am using the Raspberry PI camera V1.2. I also tried a USB web cam and the result is about the same.
(2) I even increased GPU memory from 256 MB to 512 MB (config.txt). No effect.
(3) The same device, when running Raspbian, has no problem running a simple Python application using picamera module. The app simply opens preview mode and renders local camera in high resolution at full screen. I don't have an exact FPS number. But it is so smooth that by my estimate is it's easily 24 FPS.

I have a question

I used your demo,But the following two lines are reported incorrectly.

remoteProxyRenderer.setTarget(isSwappedFeeds ? pipRenderer : fullscreenRenderer);

Error: Incompatible type: type error in conditional expression
SurfaceViewRenderer cannot be converted to Callbacks

Security Policy violation Binary Artifacts

This issue was automatically created by Allstar.

Security Policy Violation
Project is out of compliance with Binary Artifacts policy: binaries present in source code

Rule Description
Binary Artifacts are an increased security risk in your repository. Binary artifacts cannot be reviewed, allowing the introduction of possibly obsolete or maliciously subverted executables. For more information see the Security Scorecards Documentation for Binary Artifacts.

Remediation Steps
To remediate, remove the generated executable artifacts from the repository.

Artifacts Found

  • app/libs/autobanh.jar

Additional Information
This policy is drawn from Security Scorecards, which is a tool that scores a project's adherence to security best practices. You may wish to run a Scorecards scan directly on this repository for more details.


Allstar has been installed on all Google managed GitHub orgs. Policies are gradually being rolled out and enforced by the GOSST and OSPO teams. Learn more at http://go/allstar

This issue will auto resolve when the policy is in compliance.

Issue created by Allstar. See https://github.com/ossf/allstar/ for more information. For questions specific to the repository, please contact the owner or maintainer.

feature request

Hello,
is it possible to screencast the desktop screen instead of video.
In other words, instead of biderectionnal video call, I need to make a screen mirroring from windows/linux laptop to android thing or raspberry pi?

Can't seem to connect to a room

Running this code in Ubuntu/Android Studio 4.0.

Starting the video call resulted in a room being created with an ID, however it is quickly followed by an error message that video call using WebRTC has stopped.

After several tries, I get a connection error:
Room IO error: java.io.IOException: non-200 response when requesting TURN server from https://networktraversal.googleapis.com/v1alpha/iceconfig?key=AlzaSyArJnQRd2kEen3RoVrsQOLxP1TnJJ-y8d8:HTTP/1.1 429 Too many requests.

After a few more tries I get a connection to a room (which I can also join from a web browser), however there is an additional connection error "failed to create a new AudioRecord instance".

The Android emulator is not able to display my connecting webcam (Webcam0) even though it is working fine in the web browser.

Running error

    factory = new PeerConnectionFactory(options, encoderFactory, decoderFactory);

error: 对于PeerConnectionFactory(Options,VideoEncoderFactory,VideoDecoderFactory), Can't find a suitable constructor

constructor
PeerConnectionFactory.PeerConnectionFactory(Options,AudioDeviceModule,VideoEncoderFactory,VideoDecoderFactory,AudioProcessingFactory,FecControllerFactoryFactoryInterface)
Not applicable (actual parameter list and formal parameter list are different in length)

constructor
PeerConnectionFactory.PeerConnectionFactory(long)Not applicable (actual parameter list and formal parameter list are different in length)

Performance too slow 1 fps

Raspberry Pi 3 Model B V1.2
Android version: 8.1.0
Android Things version: 1.0.5
Raspberry Pi Camera Rev 1.3

CameraStatistics: CameraStatistics: Camera fps: 1.

If I gone SurfaceViewRenderer view in layout. I got log:
CameraStatistics: CameraStatistics: Camera fps: 30.
I assume the cost to render view too much.

After another client connect to room:

libjingle: (rtp_video_stream_receiver.cc:287): Packet received on SSRC: 1778618134 with payload type: 100, timestamp: 2951056785, sequence number: 21127, arrival time: 1540374348420
libjingle: (webrtcvideoengine.cc:2056): VideoSendStream stats: 1339369, {input_fps: 1, encode_fps: 1, encode_ms: 1792, encode_usage_perc: 64, target_bps: 1700000, media_bps: 820184, preferred_media_bitrate_bps: 1700000, suspended: false, bw_adapted: false} {ssrc: 2090405752, width: 1280, height: 720, key: 2, delta: 6, total_bps: 838312, retransmit_bps: 0, avg_delay_ms: 1835, max_delay_ms: 1905, cum_loss: 0, max_ext_seq: 12970, nack: 0, fir: 0, pli: 1}
libjingle: (webrtcvideoengine.cc:2521): VideoReceiveStream stats: 1339369, {ssrc: 1778618134, total_bps: 62016, width: 1280, height: 720, key: 4, delta: 601, network_fps: 30, decode_fps: 20, render_fps: 20, decode_ms: 61, max_decode_ms: 72, cur_delay_ms: 118, targ_delay_ms: 118, jb_delay_ms: 36, min_playout_delay_ms: 34, discarded: 0, sync_offset_ms: 5047, cum_loss: 0, max_ext_seq: 21105, nack: 0, fir: 0, pli: 0}
libjingle: (webrtcvideoengine.cc:1382): Call stats: 1339369, {send_bw_bps: 2126724, recv_bw_bps: 0, max_pad_bps: 0, pacer_delay_ms: 0, rtt_ms: 2}
libjingle: (remote_ntp_time_estimator.cc:74): RTP timestamp: 1812570972 in NTP clock: 3749363148643 estimated time in receiver clock: 1339542 converted to NTP clock: 3749363148654
CameraStatistics: CameraStatistics: Camera fps: 1.

Should I upgrade hardware that stronger than Raspberry Pi 3 to make a streaming device?

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