jadeqert.blogg.se - Video downlink and monitor

#VIDEO DOWNLINK AND MONITOR CODE#
#VIDEO DOWNLINK AND MONITOR DOWNLOAD#

The total audio freeze time is a percentage of the total time when the audio is available.

The total time is the cumulative duration after the remote user joins the channel.

Agora defines totalFrozenTime = The number of times the audio freezes × 2 × 1000 (ms).

The total freeze time (ms) of the remote audio streams after the remote user joins the channel. The average bitrate of the received remote audio streams in the reported interval. The sample rate of the received remote audio streams in the reported interval.

In a reported interval, audio freeze occurs when the audio frame loss rate reaches 4%.

Stages 2 + 3 + 4 + 5 in the figure above.

The frame loss rate of the received remote audio streams in the reported interval. The network delay from the receiver to the network jitter buffer. The network delay from the sender to the receiver. You can see the quality of the audio stream sent by each remote user/host (see Quality Rating), the number of channels (mono or dual), and the following parameters. The onRemoteAudioStats callback reports the audio statistics of each remote user/host in the current call.

#VIDEO DOWNLINK AND MONITOR CODE#

You can troubleshoot with the error code when exceptions occur. When the state of the local audio stream changes (including the state of the audio recording and encoding), the SDK triggers the onLocalAudioStateChanged callback to report the current state.

The larger value between audio’s and video’s downlink packet loss rate.

The packet loss rate from Agora’s edge server to the local client.

The packet loss rate before using the anti-packet-loss method.

The larger value between audio’s and video’s uplink packet loss rate.

The packet loss rate from the local client to Agora’s edge server. The network delay here does not distinguish between the audio and video delay, and is the data obtained by the UDP packet.This refers to half of the average round-trip delay, and not the one-way network delay from the client to Agora’s edge server or vice versa.The network delay from the local client to Agora’s edge server. The bitrate sent/received of the video packet. The bitrate sent/received of the audio packet. The actual bitrate sent/received in the reported interval. The total number of video bytes sent/received. The total number of audio bytes sent/received. The number of bytes accumulated since joining the channel. You can see the duration, the number of users in the channel, the system CPU usage, the application CPU usage, and the following parameters of the current call. The onRtcStats callback reports call statistics. The average round-trip delay refers to the average value of multiple round-trip delays in the reported interval.The higher the ratio of the actual transmission bitrate to the target transmission bitrate, the better the call quality and the higher the network quality.In the LIVE_BROADCASTING profile, if you are the host, you receive network quality reports of all hosts (including yours) in the channel once every two seconds if you are the audience, you receive the report of all hosts and yourself once every two seconds.In the COMMUNICATION profile, you receive network quality reports of all the users (including yours) in the channel once every two seconds.The uplink last mile quality rating is based on the actual transmission bitrate, the uplink network packet loss rate, the average round-trip delay, and the uplink network jitter while the downlink last mile quality rating is based on the downlink network packet loss rate, the average round-trip delay, and the downlink network jitter. Last mile refers to the network from your device to Agora’s edge server. The onNetworkQuality callback reports the uplink and downlink last mile network quality of each user/host in the current call, see Quality Rating for details.

#VIDEO DOWNLINK AND MONITOR DOWNLOAD#

You can download the sample project to try it out or refer to the source code. Sample project Īgora provides an open-source sample project that implements the in-call statistics monitoring function on GitHub. For details, see Start a Call or Start Interactive Live Streaming. Ensure that you implement a video call or interactive video streaming in your project.