tencent cloud

mTRTCCloud.getAudioEffectManager().enableVoiceEarMonitor(true)

// 开启硬件耳返
mTRTCCloud.callExperimentalAPI("{\\"api\\":\\"setSystemAudioKitEnabled\\", \\"params\\": {\\"enable\\":1}}");

TRTCCloudDef.TRTCSpeedTestParams speedTestParams = new TRTCCloudDef.TRTCSpeedTestParams();
speedTestParams.sdkAppId = SDK_APP_ID;
speedTestParams.userId = userId;
speedTestParams.userSig = userSig;
// 若实际带宽高于预期值，则测试结果即为预期值；若实际带宽低于预期值，则测试结果为实际带宽值
speedTestParams.expectedDownBandwidth = 3000; // 预期的下行带宽，取值范围 10~5000 kbps
speedTestParams.expectedUpBandwidth = 3000; // 预期的上行带宽，取值范围 10~5000 kbps
mTRTCCloud.startSpeedTest(speedTestParams);

@Override
public void onSpeedTestResult(TRTCCloudDef.TRTCSpeedTestResult result) {
    String tquality = "未定义";
    switch (result.quality) {
        case 0: tquality = "未定义";
            break;
        case 1: tquality = "当前网络非常好";
            break;
        case 2: tquality = "当前网络比较好";
            break;
        case 3: tquality = "当前网络一般";
            break;
        case 4: tquality = "当前网络较差";
            break;
        case 5: tquality = "当前网络很差";
            break;
        case 6: tquality = "当前网络不满足 TRTC 的最低要求";
            break;
    }
    if (result.success) {
        mTextTestResult.append("测速成功！" + "\\n");
        mTextTestResult.append("IP 地址：" + result.ip + "\\n");
        mTextTestResult.append("上行丢包率：" + result.upLostRate + "\\n");
        mTextTestResult.append("下行丢包率：" + result.downLostRate + "\\n");
        mTextTestResult.append("网络延迟：" + result.rtt + "ms\\n");
        mTextTestResult.append("下行带宽：" + result.availableDownBandwidth + "kbps\\n");
        mTextTestResult.append("上行带宽：" + result.availableUpBandwidth + "kbps\\n");
        mTextTestResult.append("网络质量：" + tquality + "\\n");
    } else {
        mTextTestResult.append("测速失败！" + "\\n");
        mTextTestResult.append("errMsg：" + result.errMsg + "\\n");
    }
}