package c.a.q.o0;

import c.a.q.o0.e;
import co.discord.media_engine.InboundRtpVideo;
import co.discord.media_engine.OutboundRtpAudio;
import co.discord.media_engine.OutboundRtpVideo;
import co.discord.media_engine.ReceiverReport;
import co.discord.media_engine.Stats;
import co.discord.media_engine.Transport;
import com.discord.rtcconnection.KrispOveruseDetector;
import com.discord.rtcconnection.mediaengine.MediaEngineConnection;
import com.discord.utilities.logging.Logger;
import d0.z.d.k;
import d0.z.d.m;
import f0.e0.c;
import java.util.Iterator;
import java.util.Map;
import java.util.Objects;
import kotlin.Pair;
import kotlin.Unit;
import kotlin.jvm.functions.Function1;
/* compiled from: RtcStatsCollector.kt */
public final /* synthetic */ class a extends k implements Function1<Stats, Unit> {
    public a(d dVar) {
        super(1, dVar, d.class, "onStatsReceived", "onStatsReceived(Lco/discord/media_engine/Stats;)V", 0);
    }

    /* Return type fixed from 'java.lang.Object' to match base method */
    /* JADX DEBUG: Method arguments types fixed to match base method, original types: [java.lang.Object] */
    @Override // kotlin.jvm.functions.Function1
    public Unit invoke(Stats stats) {
        e eVar;
        Throwable th;
        long j;
        OutboundRtpVideo outboundRtpVideo;
        ReceiverReport[] receiverReports;
        Stats stats2 = stats;
        m.checkNotNullParameter(stats2, "p1");
        d dVar = (d) this.receiver;
        dVar.a.add(stats2);
        if (dVar.a.size() > dVar.i) {
            dVar.a.removeFirst();
        }
        dVar.f.update(stats2);
        e eVar2 = dVar.g;
        synchronized (eVar2) {
            try {
                m.checkNotNullParameter(stats2, "stats");
                long currentTimeMillis = eVar2.q.currentTimeMillis();
                Transport transport = stats2.getTransport();
                eVar2.f(null, Integer.valueOf((transport == null || (receiverReports = transport.getReceiverReports()) == null) ? 0 : receiverReports.length), currentTimeMillis);
                if (!eVar2.k.a() && (outboundRtpVideo = stats2.getOutboundRtpVideo()) != null) {
                    eVar2.a(eVar2.l, new e.h((long) outboundRtpVideo.getResolution().getHeight(), currentTimeMillis, new e.a(outboundRtpVideo.getFramesEncoded(), outboundRtpVideo.getFramesSent(), outboundRtpVideo.getPacketsSent(), (long) outboundRtpVideo.getPacketsLost(), 0, outboundRtpVideo.getBytesSent(), outboundRtpVideo.getNackCount(), outboundRtpVideo.getPliCount())));
                    if (eVar2.l.d == null && outboundRtpVideo.getFramesEncoded() > 0) {
                        eVar2.e.notifyAsync(g.i);
                        eVar2.l.d = Long.valueOf(currentTimeMillis - eVar2.g);
                        Logger.i$default(eVar2.p, "VideoQuality: outboundStats.timeToFirstFrame: " + eVar2.l.d, null, 2, null);
                    }
                    eVar2.b(outboundRtpVideo.getBitrateTarget());
                }
                if (!eVar2.i.a()) {
                    Iterator<Map.Entry<String, InboundRtpVideo>> it = stats2.getInboundRtpVideo().entrySet().iterator();
                    while (it.hasNext()) {
                        Map.Entry<String, InboundRtpVideo> next = it.next();
                        String key = next.getKey();
                        InboundRtpVideo value = next.getValue();
                        Map<String, e.C0043e> map = eVar2.m;
                        e.C0043e eVar3 = map.get(key);
                        if (eVar3 == null) {
                            eVar3 = new e.C0043e();
                            map.put(key, eVar3);
                        }
                        e.C0043e eVar4 = eVar3;
                        try {
                            eVar = eVar2;
                            try {
                                eVar.a(eVar4, new e.h((long) value.getResolution().getHeight(), currentTimeMillis, new e.a((long) value.getFramesDecoded(), (long) value.getFramesReceived(), (long) value.getPacketsReceived(), (long) value.getPacketsLost(), (long) value.getFramesDropped(), value.getBytesReceived(), value.getNackCount(), value.getPliCount())));
                                if (eVar4.d == null && value.getFramesDecoded() > 0) {
                                    byte[] bArr = c.a;
                                    m.checkParameterIsNotNull(key, "$this$toLongOrDefault");
                                    try {
                                        j = Long.parseLong(key);
                                    } catch (NumberFormatException unused) {
                                        j = 0;
                                    }
                                    Long l = eVar.n.get(Long.valueOf(value.getSsrc()));
                                    if (l != null) {
                                        eVar.e.notifyAsync(new h(value));
                                        eVar4.d = Long.valueOf(currentTimeMillis - l.longValue());
                                        Logger.i$default(eVar.p, "VideoQuality: inbound.timeToFirstFrame: " + eVar4.d + " (userId: " + j + ", ssrc: " + value.getSsrc() + ')', null, 2, null);
                                    } else {
                                        Logger.e$default(eVar.p, "VideoQuality: inbound.timeToFirstFrame: Unable to locate start time. (userId: " + j + ", ssrc: " + value.getSsrc() + ')', null, null, 6, null);
                                    }
                                }
                                eVar2 = eVar;
                                it = it;
                                stats2 = stats2;
                                dVar = dVar;
                                currentTimeMillis = currentTimeMillis;
                            } catch (Throwable th2) {
                                th = th2;
                                throw th;
                            }
                        } catch (Throwable th3) {
                            th = th3;
                            eVar = eVar2;
                            throw th;
                        }
                    }
                }
                KrispOveruseDetector krispOveruseDetector = dVar.h;
                Objects.requireNonNull(krispOveruseDetector);
                m.checkNotNullParameter(stats2, "stats");
                if (krispOveruseDetector.d.getType() == MediaEngineConnection.Type.DEFAULT && krispOveruseDetector.d.b()) {
                    OutboundRtpAudio outboundRtpAudio = stats2.getOutboundRtpAudio();
                    if (outboundRtpAudio != null && outboundRtpAudio.getNoiseCancellerIsEnabled()) {
                        OutboundRtpAudio outboundRtpAudio2 = krispOveruseDetector.b;
                        if (outboundRtpAudio2 != null) {
                            Pair<Boolean, Long> a = krispOveruseDetector.a(outboundRtpAudio2, stats2.getOutboundRtpAudio(), 8.0d);
                            boolean booleanValue = a.component1().booleanValue();
                            long longValue = a.component2().longValue();
                            if (booleanValue) {
                                krispOveruseDetector.d.f(KrispOveruseDetector.Status.CPU_OVERUSE);
                            } else if (longValue == 0) {
                                int i = krispOveruseDetector.f2154c + 1;
                                krispOveruseDetector.f2154c = i;
                                if (i > 2) {
                                    krispOveruseDetector.d.f(KrispOveruseDetector.Status.FAILED);
                                }
                            } else {
                                krispOveruseDetector.f2154c = 0;
                            }
                        }
                        krispOveruseDetector.b = stats2.getOutboundRtpAudio();
                    }
                    OutboundRtpAudio outboundRtpAudio3 = stats2.getOutboundRtpAudio();
                    if (outboundRtpAudio3 != null && outboundRtpAudio3.getVoiceActivityDetectorIsEnabled()) {
                        OutboundRtpAudio outboundRtpAudio4 = krispOveruseDetector.a;
                        if (outboundRtpAudio4 != null && krispOveruseDetector.a(outboundRtpAudio4, stats2.getOutboundRtpAudio(), 4.0d).component1().booleanValue()) {
                            krispOveruseDetector.d.f(KrispOveruseDetector.Status.VAD_CPU_OVERUSE);
                        }
                        krispOveruseDetector.a = stats2.getOutboundRtpAudio();
                    }
                }
                return Unit.a;
            } catch (Throwable th4) {
                th = th4;
                eVar = eVar2;
                throw th;
            }
        }
    }
}