package C0; import I0.AbstractC0300j0; import O1.C0564d; import O1.C0570j; import O1.C0573m; import V4.C0763h0; import V4.C0781t; import V4.InterfaceC0765i0; import X3.f0; import X3.r0; import android.graphics.Typeface; import android.util.SparseArray; import android.view.autofill.AutofillId; import android.view.autofill.AutofillManager; import androidx.lifecycle.g0; import androidx.lifecycle.h0; import androidx.lifecycle.i0; import d2.AbstractC1866c; import d2.C1867d; import f2.C2034c; import j0.C2314k; import j0.InterfaceC2310g; import java.nio.ByteBuffer; import java.security.GeneralSecurityException; import java.security.InvalidAlgorithmParameterException; import java.util.ArrayList; import java.util.Arrays; import java.util.Collections; import java.util.HashMap; import java.util.HashSet; import java.util.List; import java.util.concurrent.ConcurrentHashMap; import java.util.concurrent.Executor; import m3.AbstractC2467b; import m4.K0; import m4.S0; import m4.c2; import m4.i2; import m4.k2; import n.C2578e; import n.C2592t; import p.AbstractC2658b; import p.c0; import p.d0; import q.AbstractC2798s; import t3.InterfaceC2949b; import v4.InterfaceC3128a; import w4.C3137A; import x3.C3218c; import x3.C3223h; import x4.AbstractC3251q; import y3.InterfaceC3267d; /* JADX INFO: loaded from: classes.dex */ public final class J implements InterfaceC2310g, InterfaceC2949b { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final /* synthetic */ int f532a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public Object f533b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public Object f534c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public Object f535d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public Object f536e; public /* synthetic */ J(int i6, boolean z6) { this.f532a = i6; } public void a(Object obj, Object obj2, f0 f0Var, boolean z6) { byte[] bArrArray; if (((ConcurrentHashMap) this.f534c) == null) { throw new IllegalStateException("addPrimitive cannot be called after build"); } if (obj == null && obj2 == null) { throw new GeneralSecurityException("at least one of the `fullPrimitive` or `primitive` must be set"); } if (f0Var.C() != X3.Z.ENABLED) { throw new GeneralSecurityException("only ENABLED key is allowed"); } ConcurrentHashMap concurrentHashMap = (ConcurrentHashMap) this.f534c; Integer numValueOf = Integer.valueOf(f0Var.A()); if (f0Var.B() == r0.RAW) { numValueOf = null; } L3.b bVarA = S3.i.f6231b.a(S3.o.a(f0Var.z().A(), f0Var.z().B(), f0Var.z().z(), f0Var.B(), numValueOf)); int iOrdinal = f0Var.B().ordinal(); if (iOrdinal == 1) { bArrArray = ByteBuffer.allocate(5).put((byte) 1).putInt(f0Var.A()).array(); } else if (iOrdinal == 2) { bArrArray = ByteBuffer.allocate(5).put((byte) 0).putInt(f0Var.A()).array(); } else if (iOrdinal != 3) { if (iOrdinal != 4) { throw new GeneralSecurityException("unknown output prefix type"); } bArrArray = ByteBuffer.allocate(5).put((byte) 0).putInt(f0Var.A()).array(); } else { bArrArray = L3.b.f4165a; } L3.k kVar = new L3.k(obj, obj2, bArrArray, f0Var.C(), f0Var.B(), f0Var.A(), f0Var.z().A(), bVarA); ArrayList arrayList = new ArrayList(); arrayList.add(kVar); byte[] bArr = kVar.f4179c; L3.l lVar = new L3.l(bArr != null ? Arrays.copyOf(bArr, bArr.length) : null); List list = (List) concurrentHashMap.put(lVar, Collections.unmodifiableList(arrayList)); if (list != null) { ArrayList arrayList2 = new ArrayList(); arrayList2.addAll(list); arrayList2.add(kVar); concurrentHashMap.put(lVar, Collections.unmodifiableList(arrayList2)); } if (z6) { if (((L3.k) this.f535d) != null) { throw new IllegalStateException("you cannot set two primary primitives"); } this.f535d = kVar; } } public T3.k b() { Integer num = (Integer) this.f533b; if (num == null) { throw new GeneralSecurityException("key size is not set"); } if (((Integer) this.f534c) == null) { throw new GeneralSecurityException("tag size is not set"); } if (((T3.d) this.f535d) == null) { throw new GeneralSecurityException("hash type is not set"); } if (((T3.d) this.f536e) == null) { throw new GeneralSecurityException("variant is not set"); } if (num.intValue() < 16) { throw new InvalidAlgorithmParameterException(String.format("Invalid key size in bytes %d; must be at least 16 bytes", (Integer) this.f533b)); } Integer num2 = (Integer) this.f534c; int iIntValue = num2.intValue(); T3.d dVar = (T3.d) this.f535d; if (iIntValue < 10) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; must be at least 10 bytes", num2)); } if (dVar == T3.d.f6675g) { if (iIntValue > 20) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; can be at most 20 bytes for SHA1", num2)); } } else if (dVar == T3.d.f6676h) { if (iIntValue > 28) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; can be at most 28 bytes for SHA224", num2)); } } else if (dVar == T3.d.f6677i) { if (iIntValue > 32) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; can be at most 32 bytes for SHA256", num2)); } } else if (dVar == T3.d.f6678j) { if (iIntValue > 48) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; can be at most 48 bytes for SHA384", num2)); } } else { if (dVar != T3.d.f6679k) { throw new GeneralSecurityException("unknown hash type; must be SHA256, SHA384 or SHA512"); } if (iIntValue > 64) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; can be at most 64 bytes for SHA512", num2)); } } return new T3.k(((Integer) this.f533b).intValue(), ((Integer) this.f534c).intValue(), (T3.d) this.f536e, (T3.d) this.f535d); } /* JADX WARN: Type inference failed for: r0v0, types: [java.lang.Object, java.util.Collection, java.util.List] */ public void c(C0116q c0116q, boolean z6) { ?? r02 = c0116q.f627a; int size = r02.size(); for (int i6 = 0; i6 < size; i6++) { if (((C0124z) r02.get(i6)).b()) { n(c0116q); return; } } AbstractC0300j0 abstractC0300j0 = (AbstractC0300j0) this.f533b; if (abstractC0300j0 == null) { throw new IllegalStateException("layoutCoordinates not set"); } AbstractC0123y.i(c0116q, abstractC0300j0.e0(0L), new H(0, this, (K) this.f536e), false); if (((G) this.f534c) == G.f524b) { if (z6) { int size2 = r02.size(); for (int i7 = 0; i7 < size2; i7++) { ((C0124z) r02.get(i7)).a(); } } C0109j c0109j = c0116q.f628b; if (c0109j != null) { c0109j.f606b = !r5.f539c; } } } /* JADX WARN: Removed duplicated region for block: B:7:0x0013 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Object d(C4.c cVar) { C0570j c0570j; J j4; C0564d c0564d; if (cVar instanceof C0570j) { c0570j = (C0570j) cVar; int i6 = c0570j.f5418d; if ((i6 & Integer.MIN_VALUE) != 0) { c0570j.f5418d = i6 - Integer.MIN_VALUE; } else { c0570j = new C0570j(this, cVar); } } Object objD = c0570j.f5416b; B4.a aVar = B4.a.f492a; int i7 = c0570j.f5418d; if (i7 == 0) { AbstractC2467b.l(objD); List list = (List) this.f535d; O1.O o6 = (O1.O) this.f536e; if (list == null || list.isEmpty()) { c0570j.f5415a = this; c0570j.f5418d = 1; objD = O1.O.d(o6, false, c0570j); if (objD != aVar) { j4 = this; c0564d = (C0564d) objD; } } else { O1.Y yE = o6.e(); C0573m c0573m = new C0573m(o6, this, null); c0570j.f5415a = this; c0570j.f5418d = 2; objD = yE.b(c0573m, c0570j); if (objD != aVar) { j4 = this; c0564d = (C0564d) objD; } } return aVar; } if (i7 == 1) { j4 = c0570j.f5415a; AbstractC2467b.l(objD); c0564d = (C0564d) objD; } else { if (i7 != 2) { throw new IllegalStateException("call to 'resume' before 'invoke' with coroutine"); } j4 = c0570j.f5415a; AbstractC2467b.l(objD); c0564d = (C0564d) objD; } ((O1.O) j4.f536e).f5360g.x(c0564d); return C3137A.f25453a; } public AbstractC2798s e(AbstractC2798s abstractC2798s, AbstractC2798s abstractC2798s2) { if (((AbstractC2798s) this.f536e) == null) { this.f536e = abstractC2798s.c(); } AbstractC2798s abstractC2798s3 = (AbstractC2798s) this.f536e; if (abstractC2798s3 == null) { kotlin.jvm.internal.o.n("targetVector"); throw null; } int i6 = 0; for (int iB = abstractC2798s3.b(); i6 < iB; iB = iB) { AbstractC2798s abstractC2798s4 = (AbstractC2798s) this.f536e; if (abstractC2798s4 == null) { kotlin.jvm.internal.o.n("targetVector"); throw null; } float fA = abstractC2798s.a(i6); float fA2 = abstractC2798s2.a(i6); c0 c0Var = (c0) ((l2.c) this.f533b).f20267b; double dB = c0Var.b(fA2); double d6 = d0.f22723a; float f6 = c0Var.f22713a * c0Var.f22714b; abstractC2798s4.e((Math.signum(fA2) * ((float) (Math.exp((d6 / (d6 - 1.0d)) * dB) * ((double) f6)))) + fA, i6); i6++; } AbstractC2798s abstractC2798s5 = (AbstractC2798s) this.f536e; if (abstractC2798s5 != null) { return abstractC2798s5; } kotlin.jvm.internal.o.n("targetVector"); throw null; } public AbstractC2798s f(long j4, AbstractC2798s abstractC2798s, AbstractC2798s abstractC2798s2) { if (((AbstractC2798s) this.f535d) == null) { this.f535d = abstractC2798s.c(); } AbstractC2798s abstractC2798s3 = (AbstractC2798s) this.f535d; if (abstractC2798s3 == null) { kotlin.jvm.internal.o.n("velocityVector"); throw null; } int iB = abstractC2798s3.b(); for (int i6 = 0; i6 < iB; i6++) { AbstractC2798s abstractC2798s4 = (AbstractC2798s) this.f535d; if (abstractC2798s4 == null) { kotlin.jvm.internal.o.n("velocityVector"); throw null; } abstractC2798s.getClass(); long j6 = j4 / 1000000; p.b0 b0VarA = ((c0) ((l2.c) this.f533b).f20267b).a(abstractC2798s2.a(i6)); long j7 = b0VarA.f22701c; abstractC2798s4.e((((Math.signum(b0VarA.f22699a) * AbstractC2658b.a(j7 > 0 ? j6 / j7 : 1.0f).f22696b) * b0VarA.f22700b) / j7) * 1000.0f, i6); } AbstractC2798s abstractC2798s5 = (AbstractC2798s) this.f535d; if (abstractC2798s5 != null) { return abstractC2798s5; } kotlin.jvm.internal.o.n("velocityVector"); throw null; } public androidx.lifecycle.b0 g(kotlin.jvm.internal.g gVar, String key) { androidx.lifecycle.b0 viewModel; androidx.lifecycle.b0 b0VarCreate; kotlin.jvm.internal.o.h(key, "key"); synchronized (((C2034c) this.f536e)) { try { i0 i0Var = (i0) this.f533b; i0Var.getClass(); viewModel = (androidx.lifecycle.b0) i0Var.f12176a.get(key); if (gVar.d(viewModel)) { Object obj = (androidx.lifecycle.d0) this.f534c; if (obj instanceof g0) { kotlin.jvm.internal.o.e(viewModel); ((g0) obj).a(viewModel); } kotlin.jvm.internal.o.f(viewModel, "null cannot be cast to non-null type T of androidx.lifecycle.viewmodel.ViewModelProviderImpl.getViewModel"); } else { C1867d c1867d = new C1867d((AbstractC1866c) this.f535d); c1867d.f15010a.put(h0.f12174b, key); androidx.lifecycle.d0 factory = (androidx.lifecycle.d0) this.f534c; kotlin.jvm.internal.o.h(factory, "factory"); try { try { b0VarCreate = factory.create(gVar, c1867d); } catch (AbstractMethodError unused) { b0VarCreate = factory.create(e4.C.D(gVar), c1867d); } } catch (AbstractMethodError unused2) { b0VarCreate = factory.create(e4.C.D(gVar)); } viewModel = b0VarCreate; i0 i0Var2 = (i0) this.f533b; i0Var2.getClass(); kotlin.jvm.internal.o.h(viewModel, "viewModel"); androidx.lifecycle.b0 b0Var = (androidx.lifecycle.b0) i0Var2.f12176a.put(key, viewModel); if (b0Var != null) { b0Var.clear$lifecycle_viewmodel_release(); } } } catch (Throwable th) { throw th; } } return viewModel; } @Override // v4.InterfaceC3128a public Object get() { return new C3223h((Executor) ((InterfaceC3128a) this.f533b).get(), (InterfaceC3267d) ((InterfaceC3128a) this.f534c).get(), (C3218c) ((o4.f) this.f535d).get(), (z3.c) ((InterfaceC3128a) this.f536e).get()); } public void h(k4.r0 r0Var) { synchronized (this.f533b) { try { if (((k4.r0) this.f535d) != null) { return; } this.f535d = r0Var; boolean zIsEmpty = ((HashSet) this.f534c).isEmpty(); if (zIsEmpty) { ((S0) this.f536e).f20766E.d(r0Var); } } catch (Throwable th) { throw th; } } } public void i(S3.a aVar) throws GeneralSecurityException { aVar.getClass(); S3.q qVar = new S3.q(S3.o.class, aVar.f6218a); HashMap map = (HashMap) this.f534c; if (!map.containsKey(qVar)) { map.put(qVar, aVar); return; } S3.a aVar2 = (S3.a) map.get(qVar); if (aVar2.equals(aVar) && aVar.equals(aVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal parser for already existing object of type: " + qVar); } public void j(S3.b bVar) throws GeneralSecurityException { S3.r rVar = new S3.r(bVar.f6220a, S3.o.class); HashMap map = (HashMap) this.f533b; if (!map.containsKey(rVar)) { map.put(rVar, bVar); return; } S3.b bVar2 = (S3.b) map.get(rVar); if (bVar2.equals(bVar) && bVar.equals(bVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal serializer for already existing object of type: " + rVar); } public void k(S3.j jVar) throws GeneralSecurityException { jVar.getClass(); S3.q qVar = new S3.q(S3.p.class, jVar.f6233a); HashMap map = (HashMap) this.f536e; if (!map.containsKey(qVar)) { map.put(qVar, jVar); return; } S3.j jVar2 = (S3.j) map.get(qVar); if (jVar2.equals(jVar) && jVar.equals(jVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal parser for already existing object of type: " + qVar); } public void l(S3.k kVar) throws GeneralSecurityException { S3.r rVar = new S3.r(kVar.f6234a, S3.p.class); HashMap map = (HashMap) this.f535d; if (!map.containsKey(rVar)) { map.put(rVar, kVar); return; } S3.k kVar2 = (S3.k) map.get(rVar); if (kVar2.equals(kVar) && kVar.equals(kVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal serializer for already existing object of type: " + rVar); } /* JADX WARN: Removed duplicated region for block: B:7:0x0013 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Object m(C4.c cVar) throws Throwable { O1.T t6; J j4; e5.a aVar; e5.a aVar2; Throwable th; J j6; if (cVar instanceof O1.T) { t6 = (O1.T) cVar; int i6 = t6.f5375e; if ((i6 & Integer.MIN_VALUE) != 0) { t6.f5375e = i6 - Integer.MIN_VALUE; } else { t6 = new O1.T(this, cVar); } } Object obj = t6.f5373c; B4.a aVar3 = B4.a.f492a; int i7 = t6.f5375e; C3137A c3137a = C3137A.f25453a; try { if (i7 == 0) { AbstractC2467b.l(obj); if (((C0781t) this.f534c).E()) { return c3137a; } t6.f5371a = this; e5.c cVar2 = (e5.c) this.f533b; t6.f5372b = cVar2; t6.f5375e = 1; if (cVar2.e(t6) != aVar3) { j4 = this; aVar = cVar2; } return aVar3; } if (i7 != 1) { if (i7 != 2) { throw new IllegalStateException("call to 'resume' before 'invoke' with coroutine"); } aVar2 = t6.f5372b; j6 = t6.f5371a; try { AbstractC2467b.l(obj); aVar2 = aVar2; ((C0781t) j6.f534c).G(c3137a); ((e5.c) aVar2).g(null); return c3137a; } catch (Throwable th2) { th = th2; ((e5.c) aVar2).g(null); throw th; } } e5.a aVar4 = t6.f5372b; j4 = t6.f5371a; AbstractC2467b.l(obj); aVar = aVar4; if (((C0781t) j4.f534c).E()) { ((e5.c) aVar).g(null); return c3137a; } t6.f5371a = j4; t6.f5372b = aVar; t6.f5375e = 2; if (j4.d(t6) != aVar3) { aVar2 = aVar; j6 = j4; ((C0781t) j6.f534c).G(c3137a); ((e5.c) aVar2).g(null); return c3137a; } return aVar3; } catch (Throwable th3) { aVar2 = aVar; th = th3; ((e5.c) aVar2).g(null); throw th; } } public void n(C0116q c0116q) { if (((G) this.f534c) == G.f524b) { AbstractC0300j0 abstractC0300j0 = (AbstractC0300j0) this.f533b; if (abstractC0300j0 == null) { throw new IllegalStateException("layoutCoordinates not set"); } AbstractC0123y.i(c0116q, abstractC0300j0.e0(0L), new I((K) this.f536e, 1), true); } this.f534c = G.f525c; } public String toString() { switch (this.f532a) { case 9: return "horizontal=" + ((androidx.leanback.widget.X) this.f534c) + "; vertical=" + ((androidx.leanback.widget.X) this.f533b); default: return super.toString(); } } public /* synthetic */ J(Object obj, Object obj2, Object obj3, Object obj4, int i6) { this.f532a = i6; this.f533b = obj; this.f534c = obj2; this.f535d = obj3; this.f536e = obj4; } public J(V4.C c6, Z z6, O1.L l) { this.f532a = 4; this.f533b = c6; this.f534c = l; this.f535d = W.a.I(Integer.MAX_VALUE, 6, null); this.f536e = new B(13); InterfaceC0765i0 interfaceC0765i0 = (InterfaceC0765i0) c6.getCoroutineContext().get(C0763h0.f8306a); if (interfaceC0765i0 != null) { interfaceC0765i0.invokeOnCompletion(new H(8, z6, this)); } } public J(i0 store, androidx.lifecycle.d0 factory, AbstractC1866c defaultExtras) { this.f532a = 10; kotlin.jvm.internal.o.h(store, "store"); kotlin.jvm.internal.o.h(factory, "factory"); kotlin.jvm.internal.o.h(defaultExtras, "defaultExtras"); this.f533b = store; this.f534c = factory; this.f535d = defaultExtras; this.f536e = new C2034c(); } public J(J0.A a6, C2314k c2314k) { this.f532a = 11; this.f533b = a6; this.f534c = c2314k; AutofillManager autofillManagerH = coil.decode.a.h(a6.getContext().getSystemService(coil.decode.a.n())); if (autofillManagerH != null) { this.f535d = autofillManagerH; a6.setImportantForAutofill(1); M0.a aVarG = A4.g.G(a6); AutofillId autofillIdI = aVarG != null ? G1.c.i(aVarG.f4197a) : null; if (autofillIdI != null) { this.f536e = autofillIdI; return; } throw com.google.android.recaptcha.internal.a.g("Required value was null."); } throw new IllegalStateException("Autofill service could not be located."); } public J(K k6) { this.f532a = 0; this.f536e = k6; this.f534c = G.f523a; } public J(int i6) { this.f532a = i6; switch (i6) { case 9: androidx.leanback.widget.X x6 = new androidx.leanback.widget.X(); this.f533b = x6; androidx.leanback.widget.X x7 = new androidx.leanback.widget.X(); this.f534c = x7; this.f535d = x7; this.f536e = x6; break; case 13: i2 i2Var = i2.f21060b; this.f534c = c2.o(); this.f535d = c2.o(); this.f536e = c2.o(); this.f533b = i2Var; break; case 17: this.f533b = new C2578e(0); this.f534c = new SparseArray(); this.f535d = new C2592t((Object) null); this.f536e = new C2578e(0); break; default: this.f533b = new HashMap(); this.f534c = new HashMap(); this.f535d = new HashMap(); this.f536e = new HashMap(); break; } } public J(S3.s sVar) { this.f532a = 5; this.f533b = new HashMap(sVar.f6252a); this.f534c = new HashMap(sVar.f6253b); this.f535d = new HashMap(sVar.f6254c); this.f536e = new HashMap(sVar.f6255d); } public J(Typeface typeface, U1.b bVar) { int i6; int i7; int i8; int i9; this.f532a = 6; this.f536e = typeface; this.f533b = bVar; this.f535d = new T1.q(1024); int iA = bVar.a(6); if (iA != 0) { int i10 = iA + bVar.f6861a; i6 = ((ByteBuffer) bVar.f6864d).getInt(((ByteBuffer) bVar.f6864d).getInt(i10) + i10); } else { i6 = 0; } this.f534c = new char[i6 * 2]; int iA2 = bVar.a(6); if (iA2 != 0) { int i11 = iA2 + bVar.f6861a; i7 = ((ByteBuffer) bVar.f6864d).getInt(((ByteBuffer) bVar.f6864d).getInt(i11) + i11); } else { i7 = 0; } for (int i12 = 0; i12 < i7; i12++) { T1.r rVar = new T1.r(this, i12); U1.a aVarB = rVar.b(); int iA3 = aVarB.a(4); Character.toChars(iA3 != 0 ? ((ByteBuffer) aVarB.f6864d).getInt(iA3 + aVarB.f6861a) : 0, (char[]) this.f534c, i12 * 2); U1.a aVarB2 = rVar.b(); int iA4 = aVarB2.a(16); if (iA4 != 0) { int i13 = iA4 + aVarB2.f6861a; i8 = ((ByteBuffer) aVarB2.f6864d).getInt(((ByteBuffer) aVarB2.f6864d).getInt(i13) + i13); } else { i8 = 0; } if (i8 > 0) { U1.a aVarB3 = rVar.b(); int iA5 = aVarB3.a(16); if (iA5 != 0) { int i14 = iA5 + aVarB3.f6861a; i9 = ((ByteBuffer) aVarB3.f6864d).getInt(((ByteBuffer) aVarB3.f6864d).getInt(i14) + i14); } else { i9 = 0; } ((T1.q) this.f535d).a(rVar, 0, i9 - 1); } else { throw new IllegalArgumentException("invalid metadata codepoint length"); } } } public J(k2 k2Var, K0 k02) { this.f532a = 12; this.f536e = k2Var; this.f533b = k02; k4.V v3 = (k4.V) k2Var.f21087b; String str = (String) k2Var.f21088c; k4.U uB = v3.b(str); this.f535d = uB; if (uB != null) { this.f534c = uB.b(k02); return; } throw new IllegalStateException(Z0.o.o("Could not find policy '", str, "'. Make sure its implementation is either registered to LoadBalancerRegistry or included in META-INF/services/io.grpc.LoadBalancerProvider from your jar files.")); } public J(l2.c cVar) { this.f532a = 15; this.f533b = cVar; } public J(Class cls) { this.f532a = 2; this.f534c = new ConcurrentHashMap(); this.f533b = cls; this.f536e = V3.a.f8217b; } public J(O1.O o6, List list) { this.f532a = 3; this.f536e = o6; this.f533b = e5.d.a(); this.f534c = V4.E.b(); this.f535d = AbstractC3251q.C0(list); } public J(S0 s02) { this.f532a = 14; this.f536e = s02; this.f533b = new Object(); this.f534c = new HashSet(); } }