package A1; import C3.AbstractC0055q; import C3.W; import D0.C0071h; import E1.AbstractC0101h; import E1.InterfaceC0100g; import L0.T; import L0.o0; import N1.C0198b; import T3.X; import T3.Y; import T3.Z; import T3.f0; import T3.g0; import T3.r0; import android.content.ClipDescription; import android.content.Intent; import android.media.AudioDeviceInfo; import android.media.AudioRouting; import android.media.AudioTrack; import android.media.LoudnessCodecController; import android.media.MediaCodec; import android.net.Uri; import android.os.Bundle; import android.os.Handler; import android.os.Looper; import android.view.Choreographer; import androidx.lifecycle.C0518x; import androidx.lifecycle.EnumC0509n; import androidx.lifecycle.V; import com.google.android.gms.internal.measurement.AbstractC0707u1; import com.google.android.gms.internal.measurement.C0611b; import com.google.android.gms.internal.measurement.X1; import com.google.crypto.tink.shaded.protobuf.C0748n; import com.martsnew.tv.service.MediaService; import d3.R0; import e3.C0867a; import java.io.BufferedReader; import java.io.ByteArrayInputStream; import java.io.ByteArrayOutputStream; import java.io.EOFException; import java.io.IOException; import java.lang.reflect.InvocationTargetException; import java.lang.reflect.Method; import java.nio.ByteBuffer; import java.security.GeneralSecurityException; import java.security.InvalidAlgorithmParameterException; import java.util.ArrayDeque; import java.util.ArrayList; import java.util.Arrays; import java.util.Collections; import java.util.HashMap; import java.util.HashSet; import java.util.Iterator; import java.util.List; import java.util.Map; import java.util.NoSuchElementException; import java.util.Set; import java.util.concurrent.ConcurrentHashMap; import java.util.concurrent.CopyOnWriteArrayList; import java.util.concurrent.atomic.AtomicReference; import javax.crypto.Cipher; import javax.crypto.spec.SecretKeySpec; import n4.u0; import u0.C1578n; import u0.C1579o; import v0.C1666e; import v0.InterfaceC1668g; import x0.AbstractC1709a; import x4.C1717b; /* JADX INFO: loaded from: classes.dex */ public final class y implements E, A6.e, O.g, S3.a { /* JADX INFO: renamed from: q, reason: collision with root package name */ public final /* synthetic */ int f362q; /* JADX INFO: renamed from: r, reason: collision with root package name */ public Object f363r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public Object f364s; /* JADX INFO: renamed from: t, reason: collision with root package name */ public Object f365t; public /* synthetic */ y(int i, boolean z8) { this.f362q = i; } public static final y q(g0 g0Var) throws GeneralSecurityException { if (g0Var.z() <= 0) { throw new GeneralSecurityException("empty keyset"); } ArrayList arrayList = new ArrayList(g0Var.z()); for (f0 f0Var : g0Var.A()) { f0Var.getClass(); try { try { H3.b bVarA = O3.k.f5155b.a(O3.q.c(f0Var.A().B(), f0Var.A().C(), f0Var.A().A(), f0Var.C(), f0Var.C() == r0.f6589u ? null : Integer.valueOf(f0Var.B()))); int iOrdinal = f0Var.D().ordinal(); if (iOrdinal != 1 && iOrdinal != 2 && iOrdinal != 3) { throw new GeneralSecurityException("Unknown key status"); } arrayList.add(new H3.h(bVarA)); } catch (GeneralSecurityException unused) { arrayList.add(null); } } catch (GeneralSecurityException e8) { throw new A6.b("Creating a protokey serialization failed", e8); } } return new y(g0Var, Collections.unmodifiableList(arrayList)); } public static final y y(H3.f fVar, N3.b bVar) throws GeneralSecurityException, IOException { byte[] bArr = new byte[0]; ByteArrayInputStream byteArrayInputStream = (ByteArrayInputStream) fVar.f3080b; try { T3.N nA = T3.N.A(byteArrayInputStream, C0748n.a()); byteArrayInputStream.close(); if (nA.y().size() == 0) { throw new GeneralSecurityException("empty keyset"); } try { g0 g0VarE = g0.E(bVar.b(nA.y().g(), bArr), C0748n.a()); if (g0VarE.z() > 0) { return q(g0VarE); } throw new GeneralSecurityException("empty keyset"); } catch (com.google.crypto.tink.shaded.protobuf.B unused) { throw new GeneralSecurityException("invalid keyset, corrupted key material"); } } catch (Throwable th) { byteArrayInputStream.close(); throw th; } } public void A(int i) throws InvalidAlgorithmParameterException { if (i != 16 && i != 32) { throw new InvalidAlgorithmParameterException(String.format("Invalid key size %d; only 128-bit and 256-bit AES keys are supported", Integer.valueOf(i * 8))); } this.f363r = Integer.valueOf(i); } @Override // A1.E public void b(x0.t tVar, T0.o oVar, M m8) { this.f364s = tVar; m8.a(); m8.b(); T0.F fJ = oVar.j(m8.f102d, 5); this.f365t = fJ; fJ.e((C1579o) this.f363r); } @Override // O.g public Uri c() { return (Uri) this.f365t; } public /* bridge */ /* synthetic */ Object clone() { switch (this.f362q) { case 29: y yVar = new y(((C0611b) this.f363r).clone()); ArrayList arrayList = (ArrayList) this.f365t; int size = arrayList.size(); int i = 0; while (i < size) { Object obj = arrayList.get(i); i++; ((ArrayList) yVar.f365t).add(((C0611b) obj).clone()); } return yVar; default: return super.clone(); } } @Override // S3.a public byte[] d(int i, byte[] bArr) throws GeneralSecurityException { byte[] bArrQ; if (i > 16) { throw new InvalidAlgorithmParameterException("outputLength too large, max is 16 bytes"); } if (!I1.a.b(1)) { throw new GeneralSecurityException("Can not use AES-CMAC in FIPS-mode."); } Cipher cipher = (Cipher) U3.i.f6713b.f6715a.a("AES/ECB/NoPadding"); cipher.init(1, (SecretKeySpec) this.f363r); int iMax = Math.max(1, (int) Math.ceil(((double) bArr.length) / 16.0d)); if (iMax * 16 == bArr.length) { bArrQ = AbstractC0707u1.p((iMax - 1) * 16, 0, 16, bArr, (byte[]) this.f364s); } else { byte[] bArrCopyOfRange = Arrays.copyOfRange(bArr, (iMax - 1) * 16, bArr.length); if (bArrCopyOfRange.length >= 16) { throw new IllegalArgumentException("x must be smaller than a block."); } byte[] bArrCopyOf = Arrays.copyOf(bArrCopyOfRange, 16); bArrCopyOf[bArrCopyOfRange.length] = -128; bArrQ = AbstractC0707u1.q(bArrCopyOf, (byte[]) this.f365t); } byte[] bArrDoFinal = new byte[16]; for (int i5 = 0; i5 < iMax - 1; i5++) { bArrDoFinal = cipher.doFinal(AbstractC0707u1.p(0, i5 * 16, 16, bArrDoFinal, bArr)); } return Arrays.copyOf(cipher.doFinal(AbstractC0707u1.q(bArrQ, bArrDoFinal)), i); } @Override // A1.E public void e(x0.o oVar) { long jD; AbstractC1709a.k((x0.t) this.f364s); int i = x0.v.f18553a; x0.t tVar = (x0.t) this.f364s; synchronized (tVar) { try { long j8 = tVar.f18551c; jD = j8 != -9223372036854775807L ? j8 + tVar.f18550b : tVar.d(); } finally { } } long jE = ((x0.t) this.f364s).e(); if (jD == -9223372036854775807L || jE == -9223372036854775807L) { return; } C1579o c1579o = (C1579o) this.f363r; if (jE != c1579o.f17363s) { C1578n c1578nA = c1579o.a(); c1578nA.f17325r = jE; C1579o c1579o2 = new C1579o(c1578nA); this.f363r = c1579o2; ((T0.F) this.f365t).e(c1579o2); } int iA = oVar.a(); ((T0.F) this.f365t).c(iA, oVar); ((T0.F) this.f365t).a(jD, 1, iA, 0, null); } @Override // O.g public ClipDescription f() { return (ClipDescription) this.f364s; } @Override // O.g public Object g() { return null; } /* JADX WARN: Type inference failed for: r1v3, types: [O6.a, P6.h] */ @Override // A6.e public Object getValue() throws IllegalAccessException, NoSuchMethodException, InvocationTargetException { InterfaceC0100g interfaceC0100g = (InterfaceC0100g) this.f365t; if (interfaceC0100g != null) { return interfaceC0100g; } Bundle bundle = (Bundle) ((P6.h) this.f364s).a(); q.e eVar = AbstractC0101h.f2079b; P6.d dVar = (P6.d) this.f363r; Method method = (Method) eVar.get(dVar); if (method == null) { method = X1.m(dVar).getMethod("fromBundle", (Class[]) Arrays.copyOf(AbstractC0101h.f2078a, 1)); eVar.put(dVar, method); P6.g.d(method, "navArgsClass.java.getMet…hod\n }"); } Object objInvoke = method.invoke(null, bundle); if (objInvoke == null) { throw new NullPointerException("null cannot be cast to non-null type Args of androidx.navigation.NavArgsLazy"); } InterfaceC0100g interfaceC0100g2 = (InterfaceC0100g) objInvoke; this.f365t = interfaceC0100g2; return interfaceC0100g2; } @Override // O.g public Uri h() { return (Uri) this.f363r; } public I3.i i() throws GeneralSecurityException { P.g gVar; I3.k kVar = (I3.k) this.f363r; if (kVar == null || (gVar = (P.g) this.f364s) == null) { throw new GeneralSecurityException("Cannot build without parameters and/or key material"); } if (kVar.f3341b != ((V3.a) gVar.f5246r).f6860a.length) { throw new GeneralSecurityException("Key size mismatch"); } I3.j jVar = I3.j.f3327e; I3.j jVar2 = kVar.f3344e; if (jVar2 != jVar && ((Integer) this.f365t) == null) { throw new GeneralSecurityException("Cannot create key without ID requirement with parameters with ID requirement"); } if (jVar2 == jVar && ((Integer) this.f365t) != null) { throw new GeneralSecurityException("Cannot create key with ID requirement with parameters without ID requirement"); } if (jVar2 == jVar) { V3.a.a(new byte[0]); } else if (jVar2 == I3.j.f3326d) { V3.a.a(ByteBuffer.allocate(5).put((byte) 0).putInt(((Integer) this.f365t).intValue()).array()); } else { if (jVar2 != I3.j.f3325c) { throw new IllegalStateException("Unknown AesEaxParameters.Variant: " + ((I3.k) this.f363r).f3344e); } V3.a.a(ByteBuffer.allocate(5).put((byte) 1).putInt(((Integer) this.f365t).intValue()).array()); } return new I3.i(); } public I3.m j() throws GeneralSecurityException { P.g gVar; I3.n nVar = (I3.n) this.f363r; if (nVar == null || (gVar = (P.g) this.f364s) == null) { throw new GeneralSecurityException("Cannot build without parameters and/or key material"); } if (nVar.f3349b != ((V3.a) gVar.f5246r).f6860a.length) { throw new GeneralSecurityException("Key size mismatch"); } I3.j jVar = I3.j.f3330h; I3.j jVar2 = nVar.f3352e; if (jVar2 != jVar && ((Integer) this.f365t) == null) { throw new GeneralSecurityException("Cannot create key without ID requirement with parameters with ID requirement"); } if (jVar2 == jVar && ((Integer) this.f365t) != null) { throw new GeneralSecurityException("Cannot create key with ID requirement with parameters without ID requirement"); } if (jVar2 == jVar) { V3.a.a(new byte[0]); } else if (jVar2 == I3.j.f3329g) { V3.a.a(ByteBuffer.allocate(5).put((byte) 0).putInt(((Integer) this.f365t).intValue()).array()); } else { if (jVar2 != I3.j.f3328f) { throw new IllegalStateException("Unknown AesGcmParameters.Variant: " + ((I3.n) this.f363r).f3352e); } V3.a.a(ByteBuffer.allocate(5).put((byte) 1).putInt(((Integer) this.f365t).intValue()).array()); } return new I3.m(); } public I3.p k() throws GeneralSecurityException { P.g gVar; I3.q qVar = (I3.q) this.f363r; if (qVar == null || (gVar = (P.g) this.f364s) == null) { throw new GeneralSecurityException("Cannot build without parameters and/or key material"); } if (qVar.f3357b != ((V3.a) gVar.f5246r).f6860a.length) { throw new GeneralSecurityException("Key size mismatch"); } I3.j jVar = I3.j.f3332k; I3.j jVar2 = qVar.f3358c; if (jVar2 != jVar && ((Integer) this.f365t) == null) { throw new GeneralSecurityException("Cannot create key without ID requirement with parameters with ID requirement"); } if (jVar2 == jVar && ((Integer) this.f365t) != null) { throw new GeneralSecurityException("Cannot create key with ID requirement with parameters without ID requirement"); } if (jVar2 == jVar) { V3.a.a(new byte[0]); } else if (jVar2 == I3.j.f3331j) { V3.a.a(ByteBuffer.allocate(5).put((byte) 0).putInt(((Integer) this.f365t).intValue()).array()); } else { if (jVar2 != I3.j.i) { throw new IllegalStateException("Unknown AesGcmSivParameters.Variant: " + ((I3.q) this.f363r).f3358c); } V3.a.a(ByteBuffer.allocate(5).put((byte) 1).putInt(((Integer) this.f365t).intValue()).array()); } return new I3.p(); } public P3.a l() throws GeneralSecurityException { P.g gVar; V3.a aVarA; P3.e eVar = (P3.e) this.f363r; if (eVar == null || (gVar = (P.g) this.f364s) == null) { throw new GeneralSecurityException("Cannot build without parameters and/or key material"); } if (eVar.f5466b != ((V3.a) gVar.f5246r).f6860a.length) { throw new GeneralSecurityException("Key size mismatch"); } P3.d dVar = P3.d.f5455f; P3.d dVar2 = eVar.f5468d; if (dVar2 != dVar && ((Integer) this.f365t) == null) { throw new GeneralSecurityException("Cannot create key without ID requirement with parameters with ID requirement"); } if (dVar2 == dVar && ((Integer) this.f365t) != null) { throw new GeneralSecurityException("Cannot create key with ID requirement with parameters without ID requirement"); } if (dVar2 == dVar) { aVarA = V3.a.a(new byte[0]); } else if (dVar2 == P3.d.f5454e || dVar2 == P3.d.f5453d) { aVarA = V3.a.a(ByteBuffer.allocate(5).put((byte) 0).putInt(((Integer) this.f365t).intValue()).array()); } else { if (dVar2 != P3.d.f5452c) { throw new IllegalStateException("Unknown AesCmacParametersParameters.Variant: " + ((P3.e) this.f363r).f5468d); } aVarA = V3.a.a(ByteBuffer.allocate(5).put((byte) 1).putInt(((Integer) this.f365t).intValue()).array()); } return new P3.a((P3.e) this.f363r, aVarA); } public P3.e m() throws GeneralSecurityException { Integer num = (Integer) this.f363r; if (num == null) { throw new GeneralSecurityException("key size not set"); } if (((Integer) this.f364s) == null) { throw new GeneralSecurityException("tag size not set"); } if (((P3.d) this.f365t) != null) { return new P3.e(num.intValue(), ((Integer) this.f364s).intValue(), (P3.d) this.f365t); } throw new GeneralSecurityException("variant not set"); } public P3.j n() throws GeneralSecurityException { P.g gVar; V3.a aVarA; P3.k kVar = (P3.k) this.f363r; if (kVar == null || (gVar = (P.g) this.f364s) == null) { throw new GeneralSecurityException("Cannot build without parameters and/or key material"); } if (kVar.f5476b != ((V3.a) gVar.f5246r).f6860a.length) { throw new GeneralSecurityException("Key size mismatch"); } P3.d dVar = P3.d.f5463o; P3.d dVar2 = kVar.f5478d; if (dVar2 != dVar && ((Integer) this.f365t) == null) { throw new GeneralSecurityException("Cannot create key without ID requirement with parameters with ID requirement"); } if (dVar2 == dVar && ((Integer) this.f365t) != null) { throw new GeneralSecurityException("Cannot create key with ID requirement with parameters without ID requirement"); } if (dVar2 == dVar) { aVarA = V3.a.a(new byte[0]); } else if (dVar2 == P3.d.f5462n || dVar2 == P3.d.f5461m) { aVarA = V3.a.a(ByteBuffer.allocate(5).put((byte) 0).putInt(((Integer) this.f365t).intValue()).array()); } else { if (dVar2 != P3.d.f5460l) { throw new IllegalStateException("Unknown HmacParameters.Variant: " + ((P3.k) this.f363r).f5478d); } aVarA = V3.a.a(ByteBuffer.allocate(5).put((byte) 1).putInt(((Integer) this.f365t).intValue()).array()); } return new P3.j((P3.k) this.f363r, aVarA); } public void o(T0.o oVar, M m8) { int i = 0; while (true) { T0.F[] fArr = (T0.F[]) this.f364s; if (i >= fArr.length) { return; } m8.a(); m8.b(); T0.F fJ = oVar.j(m8.f102d, 3); C1579o c1579o = (C1579o) ((List) this.f363r).get(i); String str = c1579o.f17358n; AbstractC1709a.c("Invalid closed caption MIME type provided: " + str, "application/cea-608".equals(str) || "application/cea-708".equals(str)); String str2 = c1579o.f17346a; if (str2 == null) { m8.b(); str2 = m8.f103e; } C1578n c1578n = new C1578n(); c1578n.f17309a = str2; c1578n.f17319l = u0.E.m("video/mp2t"); c1578n.f17320m = u0.E.m(str); c1578n.f17313e = c1579o.f17350e; c1578n.f17312d = c1579o.f17349d; c1578n.H = c1579o.f17340I; c1578n.f17323p = c1579o.f17361q; I1.a.w(c1578n, fJ); fArr[i] = fJ; i++; } } public void p(C2.b bVar, ByteArrayOutputStream byteArrayOutputStream) { HashMap map = (HashMap) this.f364s; HashMap map2 = (HashMap) this.f363r; A4.f fVar = new A4.f(byteArrayOutputStream, map2, map, (A4.e) this.f365t); x4.d dVar = (x4.d) map2.get(C2.b.class); if (dVar != null) { dVar.a(bVar, fVar); } else { throw new C1717b("No encoder for " + C2.b.class); } } public long r() { T0.j jVar = (T0.j) this.f365t; if (jVar != null) { return jVar.f6428t; } return -1L; } /* JADX WARN: Removed duplicated region for block: B:67:0x0140 */ /* JADX WARN: Removed duplicated region for block: B:68:0x0144 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Object s(Class cls) throws GeneralSecurityException { Class clsA; Object objC; Object objB; AtomicReference atomicReference = H3.n.f3093a; try { clsA = O3.j.f5153b.a(cls); } catch (GeneralSecurityException unused) { clsA = null; } if (clsA == null) { throw new GeneralSecurityException("No wrapper found for ".concat(cls.getName())); } int i = H3.o.f3097a; g0 g0Var = (g0) this.f363r; int iB = g0Var.B(); Iterator it = g0Var.A().iterator(); int i5 = 0; boolean z8 = false; boolean z9 = true; while (true) { boolean zHasNext = it.hasNext(); Z z10 = Z.f6580s; if (!zHasNext) { if (i5 == 0) { throw new GeneralSecurityException("keyset must contain at least one ENABLED key"); } if (!z8 && !z9) { throw new GeneralSecurityException("keyset doesn't contain a valid primary key"); } C2.a aVar = new C2.a(clsA); if (((ConcurrentHashMap) aVar.f1157r) == null) { throw new IllegalStateException("setAnnotations cannot be called after build"); } aVar.f1160u = (R3.a) this.f365t; for (int i8 = 0; i8 < g0Var.z(); i8++) { f0 f0VarY = g0Var.y(i8); if (f0VarY.D().equals(z10)) { try { Y yA = f0VarY.A(); AtomicReference atomicReference2 = H3.n.f3093a; objC = H3.n.c(yA.B(), yA.C(), clsA); } catch (GeneralSecurityException e8) { if (!e8.getMessage().contains("No key manager found for key type ") && !e8.getMessage().contains(" not supported by key manager of type ")) { throw e8; } objC = null; } List list = (List) this.f364s; if (list.get(i8) != null) { try { objB = H3.n.b(((H3.h) list.get(i8)).f3082a, clsA); } catch (GeneralSecurityException unused2) { objB = null; } if (f0VarY.B() != g0Var.B()) { aVar.e(objB, objC, f0VarY, true); } else { aVar.e(objB, objC, f0VarY, false); } } else { objB = null; if (f0VarY.B() != g0Var.B()) { } } } } ConcurrentHashMap concurrentHashMap = (ConcurrentHashMap) aVar.f1157r; if (concurrentHashMap == null) { throw new IllegalStateException("build cannot be called twice"); } H3.k kVar = (H3.k) aVar.f1159t; R3.a aVar2 = (R3.a) aVar.f1160u; Class cls2 = (Class) aVar.f1158s; y yVar = new y(concurrentHashMap, kVar, aVar2, cls2); aVar.f1157r = null; AtomicReference atomicReference3 = H3.n.f3093a; HashMap map = ((O3.p) O3.j.f5153b.f5154a.get()).f5164b; if (!map.containsKey(cls)) { throw new GeneralSecurityException("No wrapper found for " + cls); } H3.m mVar = (H3.m) map.get(cls); if (cls2.equals(mVar.a()) && mVar.a().equals(cls2)) { return mVar.b(yVar); } throw new GeneralSecurityException("Input primitive type of the wrapper doesn't match the type of primitives in the provided PrimitiveSet"); } f0 f0Var = (f0) it.next(); if (f0Var.D() == z10) { if (!f0Var.E()) { throw new GeneralSecurityException(String.format("key %d has no key data", Integer.valueOf(f0Var.B()))); } if (f0Var.C() == r0.f6586r) { throw new GeneralSecurityException(String.format("key %d has unknown prefix", Integer.valueOf(f0Var.B()))); } if (f0Var.D() == Z.f6579r) { throw new GeneralSecurityException(String.format("key %d has unknown status", Integer.valueOf(f0Var.B()))); } if (f0Var.B() == iB) { if (z8) { throw new GeneralSecurityException("keyset contains multiple primary keys"); } z8 = true; } if (f0Var.A().A() != X.f6574u) { z9 = false; } i5++; } } } public List t(byte[] bArr) { List list = (List) ((ConcurrentHashMap) this.f363r).get(new H3.l(bArr)); return list != null ? list : Collections.EMPTY_LIST; } public String toString() { switch (this.f362q) { case 3: StringBuilder sb = new StringBuilder(32); sb.append((String) this.f363r); sb.append('{'); R0 r02 = (R0) ((R0) this.f364s).f11693s; String str = ""; while (r02 != null) { R0 r03 = (R0) r02.f11692r; sb.append(str); if (r03 == null || !R0.class.isArray()) { sb.append(r03); } else { String strDeepToString = Arrays.deepToString(new Object[]{r03}); sb.append((CharSequence) strDeepToString, 1, strDeepToString.length() - 1); } r02 = (R0) r02.f11693s; str = ", "; } sb.append('}'); return sb.toString(); case Z.g.BYTES_FIELD_NUMBER /* 8 */: StringBuilder sb2 = new StringBuilder("NavDeepLinkRequest{"); Uri uri = (Uri) this.f363r; if (uri != null) { sb2.append(" uri="); sb2.append(String.valueOf(uri)); } String str2 = (String) this.f364s; if (str2 != null) { sb2.append(" action="); sb2.append(str2); } String str3 = (String) this.f365t; if (str3 != null) { sb2.append(" mimetype="); sb2.append(str3); } sb2.append(" }"); String string = sb2.toString(); P6.g.d(string, "sb.toString()"); return string; case 10: return H3.o.a((g0) this.f363r).toString(); default: return super.toString(); } } public boolean u() throws IOException { String strTrim; if (((String) this.f365t) == null) { ArrayDeque arrayDeque = (ArrayDeque) this.f364s; if (!arrayDeque.isEmpty()) { String str = (String) arrayDeque.poll(); str.getClass(); this.f365t = str; return true; } do { String line = ((BufferedReader) this.f363r).readLine(); this.f365t = line; if (line == null) { return false; } strTrim = line.trim(); this.f365t = strTrim; } while (strTrim.isEmpty()); } return true; } public void v(z0.h hVar, Uri uri, Map map, long j8, long j9, T t6) throws o0 { boolean z8; boolean z9 = true; T0.j jVar = new T0.j(hVar, j8, j9); this.f365t = jVar; if (((T0.m) this.f364s) != null) { return; } T0.m[] mVarArrF = ((T0.p) this.f363r).f(uri, map); int length = mVarArrF.length; C3.E e8 = C3.G.f1197r; AbstractC0055q.c(length, "expectedSize"); C3.D d8 = new C3.D(length); if (mVarArrF.length == 1) { this.f364s = mVarArrF[0]; } else { int length2 = mVarArrF.length; int i = 0; while (true) { if (i >= length2) { break; } T0.m mVar = mVarArrF[i]; try { if (mVar.f(jVar)) { this.f364s = mVar; jVar.f6430v = 0; break; } else { d8.d(mVar.m()); z8 = ((T0.m) this.f364s) != null || jVar.f6428t == j8; } } catch (EOFException unused) { z8 = ((T0.m) this.f364s) != null || jVar.f6428t == j8; } catch (Throwable th) { if (((T0.m) this.f364s) == null && jVar.f6428t != j8) { z9 = false; } AbstractC1709a.j(z9); jVar.f6430v = 0; throw th; } AbstractC1709a.j(z8); jVar.f6430v = 0; i++; } if (((T0.m) this.f364s) == null) { StringBuilder sb = new StringBuilder("None of the available extractors ("); B3.f fVar = new B3.f(", "); Iterator it = AbstractC0055q.r(C3.G.l(mVarArrF), new I3.y(2)).iterator(); StringBuilder sb2 = new StringBuilder(); fVar.a(sb2, it); sb.append(sb2.toString()); sb.append(") could read the stream."); String string = sb.toString(); uri.getClass(); W wG = d8.g(); o0 o0Var = new o0(string, null, false, 1); C3.G.k(wG); throw o0Var; } } ((T0.m) this.f364s).l(t6); } public String w() { if (!u()) { throw new NoSuchElementException(); } String str = (String) this.f365t; this.f365t = null; return str; } public void x(EnumC0509n enumC0509n) { V v7 = (V) this.f365t; if (v7 != null) { v7.run(); } V v8 = new V((C0518x) this.f363r, enumC0509n); this.f365t = v8; ((Handler) this.f364s).postAtFrontOfQueue(v8); } public void z(MediaCodec mediaCodec) { LoudnessCodecController loudnessCodecController; if (!((HashSet) this.f363r).remove(mediaCodec) || (loudnessCodecController = (LoudnessCodecController) this.f365t) == null) { return; } loudnessCodecController.removeMediaCodec(mediaCodec); } public /* synthetic */ y(Object obj, Object obj2, Object obj3, int i) { this.f362q = i; this.f363r = obj; this.f364s = obj2; this.f365t = obj3; } public y(Set set, String str, String str2) { this.f362q = 20; C0867a c0867a = C0867a.f12437a; Set setUnmodifiableSet = set == null ? Collections.EMPTY_SET : Collections.unmodifiableSet(set); Map map = Collections.EMPTY_MAP; this.f364s = str2; this.f365t = c0867a; HashSet hashSet = new HashSet(setUnmodifiableSet); Iterator it = map.values().iterator(); if (!it.hasNext()) { this.f363r = Collections.unmodifiableSet(hashSet); } else { it.next().getClass(); throw new ClassCastException(); } } public y(C0611b c0611b) { this.f362q = 29; this.f363r = c0611b; this.f364s = c0611b.clone(); this.f365t = new ArrayList(); } public y(MediaService mediaService) { this.f362q = 27; this.f363r = new C0518x(mediaService); this.f364s = new Handler(); } /* JADX WARN: Multi-variable type inference failed */ public y(P6.d dVar, O6.a aVar) { this.f362q = 7; this.f363r = dVar; this.f364s = (P6.h) aVar; } public y(List list) { this.f362q = 1; this.f363r = list; this.f364s = new T0.F[list.size()]; this.f365t = new C0198b(new G(0, this)); } public y(int i, String str) { this.f362q = i; switch (i) { case 3: R0 r02 = new R0(8, false); this.f364s = r02; this.f365t = r02; this.f363r = str; break; default: C1578n c1578n = new C1578n(); c1578n.f17319l = u0.E.m("video/mp2t"); c1578n.f17320m = u0.E.m(str); this.f363r = new C1579o(c1578n); break; } } public y(byte[] bArr) throws GeneralSecurityException { this.f362q = 25; U3.o.a(bArr.length); SecretKeySpec secretKeySpec = new SecretKeySpec(bArr, "AES"); this.f363r = secretKeySpec; if (I1.a.b(1)) { Cipher cipher = (Cipher) U3.i.f6713b.f6715a.a("AES/ECB/NoPadding"); cipher.init(1, secretKeySpec); byte[] bArrL = u0.l(cipher.doFinal(new byte[16])); this.f364s = bArrL; this.f365t = u0.l(bArrL); return; } throw new GeneralSecurityException("Can not use AES-CMAC in FIPS-mode."); } @Override // O.g public void a() { } public y(int i) { this.f362q = i; switch (i) { case 24: this.f363r = new String[20][]; this.f364s = new int[20][]; this.f365t = new int[20][]; break; case 26: this.f363r = new androidx.leanback.widget.C(1); androidx.leanback.widget.C c3 = new androidx.leanback.widget.C(0); this.f364s = c3; this.f365t = c3; break; case 29: this.f363r = new C0611b("", 0L, null); this.f364s = new C0611b("", 0L, null); this.f365t = new ArrayList(); break; default: I0.l lVar = I0.l.f3231q; this.f363r = new HashSet(); this.f364s = lVar; break; } } public y(T0.p pVar) { this.f362q = 16; this.f363r = pVar; } public y(Intent intent) { this.f362q = 8; Uri data = intent.getData(); String action = intent.getAction(); String type = intent.getType(); this.f363r = data; this.f364s = action; this.f365t = type; } public y(Runnable runnable) { this.f362q = 17; this.f364s = new CopyOnWriteArrayList(); this.f365t = new HashMap(); this.f363r = runnable; } public y(InterfaceC1668g[] interfaceC1668gArr) { this.f362q = 4; D0.J j8 = new D0.J(); v0.j jVar = new v0.j(); jVar.f18051c = 1.0f; jVar.f18052d = 1.0f; C1666e c1666e = C1666e.f18015e; jVar.f18053e = c1666e; jVar.f18054f = c1666e; jVar.f18055g = c1666e; jVar.f18056h = c1666e; ByteBuffer byteBuffer = InterfaceC1668g.f18020a; jVar.f18058k = byteBuffer; jVar.f18059l = byteBuffer.asShortBuffer(); jVar.f18060m = byteBuffer; jVar.f18050b = -1; InterfaceC1668g[] interfaceC1668gArr2 = new InterfaceC1668g[interfaceC1668gArr.length + 2]; this.f363r = interfaceC1668gArr2; System.arraycopy(interfaceC1668gArr, 0, interfaceC1668gArr2, 0, interfaceC1668gArr.length); this.f364s = j8; this.f365t = jVar; interfaceC1668gArr2[interfaceC1668gArr.length] = j8; interfaceC1668gArr2[interfaceC1668gArr.length + 1] = jVar; } public y(P.g gVar) { this.f362q = 28; this.f362q = 28; this.f363r = gVar; this.f364s = Choreographer.getInstance(); this.f365t = new U.e(1, this); } public y(ConcurrentHashMap concurrentHashMap, H3.k kVar, R3.a aVar, Class cls) { this.f362q = 11; this.f363r = concurrentHashMap; this.f364s = kVar; this.f365t = aVar; } public y(g0 g0Var, List list) { this.f362q = 10; this.f363r = g0Var; this.f364s = list; this.f365t = R3.a.f6057b; } public y(ArrayDeque arrayDeque, BufferedReader bufferedReader) { this.f362q = 9; this.f364s = arrayDeque; this.f363r = bufferedReader; } public y(AudioTrack audioTrack, C0071h c0071h) { this.f362q = 5; this.f363r = audioTrack; this.f364s = c0071h; this.f365t = new AudioRouting.OnRoutingChangedListener() { // from class: D0.B @Override // android.media.AudioRouting.OnRoutingChangedListener public final void onRoutingChanged(AudioRouting audioRouting) { AudioDeviceInfo routedDevice; A1.y yVar = this.f1429a; if (((B) yVar.f365t) == null || (routedDevice = audioRouting.getRoutedDevice()) == null) { return; } ((C0071h) yVar.f364s).b(routedDevice); } }; audioTrack.addOnRoutingChangedListener((D0.B) this.f365t, new Handler(Looper.myLooper())); } public y(D0.F f3) { this.f362q = 6; this.f365t = f3; this.f363r = new Handler(Looper.myLooper()); this.f364s = new D0.E(this); } }