package A4;

import B.e1;
import D.H;
import E.C0143d;
import E.D;
import F.d0;
import G.C0227b;
import K.P0;
import T0.C0594e;
import T0.C0596g;
import T0.C0600k;
import T0.C0601l;
import T0.E;
import T0.N;
import X0.I;
import androidx.compose.runtime.saveable.SaverScope;
import com.debridstream.tv.data.home.HomeMetaItem;
import e4.C;
import f1.C2013a;
import f1.C2016d;
import f1.C2023k;
import f1.C2024l;
import f1.C2025m;
import f1.C2028p;
import f1.C2029q;
import h1.m;
import h1.p;
import java.util.ArrayList;
import java.util.List;
import java.util.Map;
import kotlin.jvm.internal.o;
import o0.C2631b;
import p0.C2714u;
import p0.W;
import x.EnumC3207z0;
import x4.AbstractC3252r;

/* JADX INFO: loaded from: classes3.dex */
public final /* synthetic */ class b implements J4.e {

    /* JADX INFO: renamed from: a, reason: collision with root package name */
    public final /* synthetic */ int f96a;

    public /* synthetic */ b(int i6) {
        this.f96a = i6;
    }

    /* JADX WARN: Multi-variable type inference failed */
    @Override // J4.e
    public final Object invoke(Object obj, Object obj2) {
        c cVar;
        switch (this.f96a) {
            case 0:
                String acc = (String) obj;
                h element = (h) obj2;
                o.h(acc, "acc");
                o.h(element, "element");
                if (acc.length() == 0) {
                    return element.toString();
                }
                return acc + ", " + element;
            case 1:
                j acc2 = (j) obj;
                h element2 = (h) obj2;
                o.h(acc2, "acc");
                o.h(element2, "element");
                j jVarMinusKey = acc2.minusKey(element2.getKey());
                k kVar = k.f106a;
                if (jVarMinusKey == kVar) {
                    return element2;
                }
                e eVar = e.f99a;
                f fVar = (f) jVarMinusKey.get(eVar);
                if (fVar == null) {
                    cVar = new c(element2, jVarMinusKey);
                } else {
                    j jVarMinusKey2 = jVarMinusKey.minusKey(eVar);
                    if (jVarMinusKey2 == kVar) {
                        return new c(fVar, element2);
                    }
                    cVar = new c(fVar, new c(element2, jVarMinusKey2));
                }
                return cVar;
            case 2:
                return Integer.valueOf(Math.round((1 + (((m) obj2) != m.f16628a ? (-1.0f) * (-1) : -1.0f)) * (((Integer) obj).intValue() / 2.0f)));
            case 3:
                return Integer.valueOf(((e1) obj).a((h1.c) obj2));
            case 4:
                return Integer.valueOf(((e1) obj).c((h1.c) obj2));
            case 5:
                H h5 = (H) obj2;
                return AbstractC3252r.B(Integer.valueOf(h5.g()), Integer.valueOf(h5.h()));
            case 6:
                ((Integer) obj2).intValue();
                return new C0143d(C.a(1));
            case 7:
                D d6 = (D) obj2;
                return AbstractC3252r.B(Integer.valueOf(d6.f967d.f747b.getIntValue()), Integer.valueOf(d6.f967d.f748c.getIntValue()));
            case 8:
                Map mapPerformSave = ((d0) obj2).performSave();
                if (mapPerformSave.isEmpty()) {
                    return null;
                }
                return mapPerformSave;
            case 9:
                C0227b c0227b = (C0227b) obj2;
                return AbstractC3252r.B(Integer.valueOf(c0227b.l()), Float.valueOf(L4.a.u(c0227b.m(), -0.5f, 0.5f)), Integer.valueOf(c0227b.o()));
            case 10:
                P0 p02 = (P0) obj2;
                return AbstractC3252r.B(Float.valueOf(p02.f3721a.getFloatValue()), Boolean.valueOf(((EnumC3207z0) p02.f3726f.getValue()) == EnumC3207z0.f25984a));
            case 11:
                ((Integer) obj).getClass();
                HomeMetaItem it = (HomeMetaItem) obj2;
                o.h(it, "it");
                return W.a.V(it);
            case 12:
                C0596g c0596g = (C0596g) obj2;
                return AbstractC3252r.x(c0596g.f6510b, E.a(c0596g.f6509a, E.f6410b, (SaverScope) obj));
            case 13:
                return Integer.valueOf(((C2024l) obj2).f16389a);
            case 14:
                C2028p c2028p = (C2028p) obj2;
                return AbstractC3252r.x(Float.valueOf(c2028p.f16393a), Float.valueOf(c2028p.f16394b));
            case 15:
                SaverScope saverScope = (SaverScope) obj;
                C2029q c2029q = (C2029q) obj2;
                h1.o oVar = new h1.o(c2029q.f16396a);
                T0.D d7 = E.f6431x;
                return AbstractC3252r.x(E.a(oVar, d7, saverScope), E.a(new h1.o(c2029q.f16397b), d7, saverScope));
            case 16:
                return Integer.valueOf(((I) obj2).f8452a);
            case 17:
                C0601l c0601l = (C0601l) obj2;
                return AbstractC3252r.x(c0601l.f6525a, E.a(c0601l.f6526b, E.f6418j, (SaverScope) obj));
            case 18:
                return Float.valueOf(((C2013a) obj2).f16365a);
            case 19:
                SaverScope saverScope2 = (SaverScope) obj;
                List list = (List) obj2;
                ArrayList arrayList = new ArrayList(list.size());
                int size = list.size();
                for (int i6 = 0; i6 < size; i6++) {
                    arrayList.add(E.a((C0594e) list.get(i6), E.f6411c, saverScope2));
                }
                return arrayList;
            case 20:
                N n6 = (N) obj2;
                return AbstractC3252r.x(Integer.valueOf((int) (n6.f6483a >> 32)), Integer.valueOf((int) (4294967295L & n6.f6483a)));
            case 21:
                SaverScope saverScope3 = (SaverScope) obj;
                W w6 = (W) obj2;
                return AbstractC3252r.x(E.a(new C2714u(w6.f22884a), E.f6425r, saverScope3), E.a(new C2631b(w6.f22885b), E.f6433z, saverScope3), Float.valueOf(w6.f22886c));
            case 22:
                return Integer.valueOf(((C2023k) obj2).f16385a);
            case 23:
                return Integer.valueOf(((C2025m) obj2).f16390a);
            case 24:
                return Integer.valueOf(((C2016d) obj2).f16369a);
            case 25:
                return Integer.valueOf(((X0.C) obj2).f8434a);
            case 26:
                return Integer.valueOf(((X0.D) obj2).f8435a);
            case 27:
                h1.o oVar2 = (h1.o) obj2;
                return oVar2 == null ? false : h1.o.a(oVar2.f16634a, h1.o.f16633c) ? Boolean.FALSE : AbstractC3252r.x(Float.valueOf(h1.o.c(oVar2.f16634a)), E.a(new p(h1.o.b(oVar2.f16634a)), E.f6432y, (SaverScope) obj));
            case 28:
                C0600k c0600k = (C0600k) obj2;
                return AbstractC3252r.x(c0600k.f6523a, E.a(c0600k.f6524b, E.f6418j, (SaverScope) obj));
            default:
                long j4 = ((p) obj2).f16635a;
                if (p.a(j4, 8589934592L)) {
                    return 0;
                }
                if (p.a(j4, 4294967296L)) {
                    return 1;
                }
                return Boolean.FALSE;
        }
    }
}