tencent cloud

// Monitor the onNetworkQuality callback and perceive the alterations in the current network status
if (type == TRTCCloudListener.onNetworkQuality) {
    if (type == TRTCCloudDef.TRTC_QUALITY_UNKNOWN) {
      // TODO
    } else if (type == TRTCCloudDef.TRTC_QUALITY_Excellent) {
      // TODO
    } else if (type == TRTCCloudDef.TRTC_QUALITY_Good) {
      // TODO
    } else if (type == TRTCCloudDef.TRTC_QUALITY_Poor) {
      // TODO
    } else if (type == TRTCCloudDef.TRTC_QUALITY_Bad) {
      // TODO
    } else if (type == TRTCCloudDef.TRTC_QUALITY_Vbad) {
      // TODO
    } else if (type == TRTCCloudDef.TRTC_QUALITY_Down) {
      // TODO
    }
    // Get the network quality of remote users
    for (var info in param['remoteQuality']) {
        // TODO
    }
}


// Sample code to start network speed test. Requires sdkAppId and UserSig (refer to the basic feature for how to obtain these)
// This is an example starting from log in to begin testing
_onLogin(String userId, String userSig) async {
  TRTCSpeedTestParams params = TRTCSpeedTestParams(
    // sdkAppID is the actual app's AppID obtained from the console
    sdkAppId: sdkAppId,
    userId: userId,
    userSig: userSig,
    scene: TRTCSpeedTestScene.delayBandwidthTesting,
    // Expected upstream bandwidth in Kbps. Value range: 10–5000. 0 indicates not to test
    expectedDownBandwidth: 500,
    // Expected downstream bandwidth in Kbps. Value range: 10–5000. 0 indicates not to test
    expectedUpBandwidth: 500,
  );
  int? returnValue = await trtcCloud.startSpeedTestWithParams(params);
  trtcCloud.registerListener(speedTestListener);
}

speedTestListener(type, param) {
  if (type == TRTCCloudListener.onSpeedTestResult) {
    var result = param['result'];

    bool success = result['success'];
    String errMsg = result['errMsg'];
    String ip = result['ip'];
    int quality = result['quality'];
    double upLostRate = result['upLostRate'];
    double downLostRate = result['downLostRate'];
    int rtt = result['rtt'];
    int availableDownBandwidth = result['availableDownBandwidth'];
    int availableUpBandwidth = result['availableUpBandwidth'];
    int upJitter = result['upJitter'];
    int downJitter = result['downJitter'];
  }
}