package C2; import A6.n; import C3.E; import C3.G; import C3.W; import E1.C0108o; import E1.C0111s; import F7.C0118b; import F7.C0119c; import F7.ExecutorC0117a; import F7.M; import F7.V; import L0.n0; import N1.C0203d0; import N1.p0; import N1.t0; import O1.C0225a; import O1.ServiceConnectionC0237m; import O3.k; import O3.l; import O3.m; import O3.q; import O3.r; import O3.s; import O3.t; import O3.u; import P2.w; import Q4.a0; import T0.H; import T3.f0; import T3.r0; import W.C0336c; import W.C0342i; import W.C0345l; import W.K; import W.O; import W.U; import Z6.AbstractC0385z; import Z6.C0375o; import Z6.C0379t; import Z6.InterfaceC0382w; import Z6.d0; import a.AbstractC0386a; import android.content.SharedPreferences; import android.graphics.Bitmap; import android.graphics.Rect; import android.graphics.Typeface; import android.os.Bundle; import android.os.Message; import android.util.Log; import android.util.SparseIntArray; import android.view.View; import android.view.ViewGroup; import androidx.leanback.widget.R0; import androidx.lifecycle.P; import androidx.lifecycle.T; import androidx.lifecycle.Y; import c0.C0575l; import com.google.android.gms.internal.measurement.AbstractC0707u1; import com.google.android.gms.internal.measurement.C0621d; import com.google.android.gms.internal.measurement.C0631f; import com.google.android.gms.internal.measurement.C0636g; import com.google.android.gms.internal.measurement.C0666m; import com.google.android.gms.internal.measurement.C0674n2; import com.google.android.gms.internal.measurement.C0676o; import com.google.android.gms.internal.measurement.C0692r1; import com.google.android.gms.internal.measurement.C0700t; import com.google.android.gms.internal.measurement.C1; import com.google.android.gms.internal.measurement.CallableC0622d0; import com.google.android.gms.internal.measurement.InterfaceC0671n; import com.google.android.gms.internal.measurement.J3; import com.google.android.gms.internal.measurement.X1; import com.google.android.gms.internal.measurement.o4; import com.martsnew.domain.model.Shortcut; import com.rubensousa.dpadrecyclerview.layoutmanager.PivotLayoutManager; import d0.C0760a; import d0.C0761b; import d3.C; import d3.C0785g0; import d3.C0817r0; import d3.I; import d3.Z; import d5.AbstractC0844a; import e6.C0890b; import e6.C0891c; import f5.C0924A; import f5.C0926C; import f5.C0949j; import f5.C0957r; import f6.C0966a; import h0.ComponentCallbacksC1023x; import h0.S; import h5.AbstractC1033b; import j5.C1074e; import j5.C1075f; import j5.C1076g; import java.io.InterruptedIOException; import java.nio.ByteBuffer; import java.nio.charset.StandardCharsets; 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.LinkedList; import java.util.List; import java.util.Objects; import java.util.concurrent.ConcurrentHashMap; import java.util.concurrent.ExecutorService; import java.util.concurrent.LinkedBlockingDeque; import java.util.concurrent.RejectedExecutionException; import java.util.concurrent.SynchronousQueue; import java.util.concurrent.ThreadPoolExecutor; import java.util.concurrent.TimeUnit; import java.util.zip.Inflater; import k5.C1104d; import k7.p; import n4.u0; import o5.C1372k; import o6.x; import o7.i; import org.json.JSONArray; import org.json.JSONException; import org.json.JSONObject; import q1.C1444a; import q1.C1455l; import q1.InterfaceC1447d; import q1.InterfaceC1456m; import r0.AbstractC1483b; import r0.C1484c; import t1.C1533a; import x0.AbstractC1709a; import x0.o; import x0.v; import y1.C1738a; /* JADX INFO: loaded from: classes.dex */ public final class a implements InterfaceC1456m { /* JADX INFO: renamed from: q, reason: collision with root package name */ public final /* synthetic */ int f1156q; /* JADX INFO: renamed from: r, reason: collision with root package name */ public Object f1157r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public Object f1158s; /* JADX INFO: renamed from: t, reason: collision with root package name */ public Object f1159t; /* JADX INFO: renamed from: u, reason: collision with root package name */ public Object f1160u; public /* synthetic */ a(int i, boolean z8) { this.f1156q = i; } private final /* synthetic */ void G() { } private final /* synthetic */ void H() { } public static final Message b(a aVar, ArrayList arrayList, int i) { Object obj; aVar.getClass(); ArrayList arrayList2 = new ArrayList(); int size = arrayList.size(); int i5 = 0; while (i5 < size) { Object obj2 = arrayList.get(i5); i5++; if (((Message) obj2).what == i) { arrayList2.add(obj2); } } Iterator it = arrayList2.iterator(); if (it.hasNext()) { Object next = it.next(); if (it.hasNext()) { long when = ((Message) next).getWhen(); do { Object next2 = it.next(); long when2 = ((Message) next2).getWhen(); if (when < when2) { next = next2; when = when2; } } while (it.hasNext()); } obj = next; } else { obj = null; } return (Message) obj; } public void A() { byte[] bArr = l7.b.f14412a; ArrayList arrayList = new ArrayList(); synchronized (this) { try { Iterator it = ((ArrayDeque) this.f1157r).iterator(); P6.g.d(it, "readyAsyncCalls.iterator()"); while (it.hasNext()) { o7.f fVar = (o7.f) it.next(); if (((ArrayDeque) this.f1159t).size() >= 64) { break; } if (fVar.f15961r.get() < 5) { it.remove(); fVar.f15961r.incrementAndGet(); arrayList.add(fVar); ((ArrayDeque) this.f1159t).add(fVar); } } J(); } catch (Throwable th) { throw th; } } int size = arrayList.size(); for (int i = 0; i < size; i++) { o7.f fVar2 = (o7.f) arrayList.get(i); ExecutorService executorServiceL = l(); fVar2.getClass(); i iVar = fVar2.f15962s; a aVar = iVar.f15969q.f14184q; byte[] bArr2 = l7.b.f14412a; try { try { ((ThreadPoolExecutor) executorServiceL).execute(fVar2); } catch (RejectedExecutionException e8) { InterruptedIOException interruptedIOException = new InterruptedIOException("executor rejected"); interruptedIOException.initCause(e8); iVar.l(interruptedIOException); fVar2.f15960q.x(iVar, interruptedIOException); iVar.f15969q.f14184q.p(fVar2); } } catch (Throwable th2) { iVar.f15969q.f14184q.p(fVar2); throw th2; } } } public void B(Message message) { LinkedBlockingDeque linkedBlockingDeque = (LinkedBlockingDeque) this.f1159t; if (!linkedBlockingDeque.offer(message)) { Log.d("SessionLifecycleClient", "Failed to enqueue message " + message.what + ". Dropping."); return; } Log.d("SessionLifecycleClient", "Queued message " + message.what + ". Queue size " + linkedBlockingDeque.size()); } public void C(O3.a aVar) throws GeneralSecurityException { aVar.getClass(); s sVar = new s(q.class, aVar.f5141a); HashMap map = (HashMap) this.f1157r; if (!map.containsKey(sVar)) { map.put(sVar, aVar); return; } O3.a aVar2 = (O3.a) map.get(sVar); if (aVar2.equals(aVar) && aVar.equals(aVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal parser for already existing object of type: " + sVar); } public void D(O3.c cVar) throws GeneralSecurityException { t tVar = new t(cVar.f5143a, q.class); HashMap map = (HashMap) this.f1158s; if (!map.containsKey(tVar)) { map.put(tVar, cVar); return; } O3.c cVar2 = (O3.c) map.get(tVar); if (cVar2.equals(cVar) && cVar.equals(cVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal serializer for already existing object of type: " + tVar); } public void E(l lVar) throws GeneralSecurityException { lVar.getClass(); s sVar = new s(r.class, lVar.f5157a); HashMap map = (HashMap) this.f1160u; if (!map.containsKey(sVar)) { map.put(sVar, lVar); return; } l lVar2 = (l) map.get(sVar); if (lVar2.equals(lVar) && lVar.equals(lVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal parser for already existing object of type: " + sVar); } public void F(m mVar) throws GeneralSecurityException { t tVar = new t(mVar.f5158a, r.class); HashMap map = (HashMap) this.f1159t; if (!map.containsKey(tVar)) { map.put(tVar, mVar); return; } m mVar2 = (m) map.get(tVar); if (mVar2.equals(mVar) && mVar.equals(mVar2)) { return; } throw new GeneralSecurityException("Attempt to register non-equal serializer for already existing object of type: " + tVar); } /* JADX WARN: Removed duplicated region for block: B:7:0x0013 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Object I(G6.c cVar) throws Throwable { O o8; i7.a aVar; a aVar2; i7.a aVar3; Throwable th; a aVar4; if (cVar instanceof O) { o8 = (O) cVar; int i = o8.f6956x; if ((i & Integer.MIN_VALUE) != 0) { o8.f6956x = i - Integer.MIN_VALUE; } else { o8 = new O(this, cVar); } } Object obj = o8.f6954v; F6.a aVar5 = F6.a.f2580q; int i5 = o8.f6956x; n nVar = n.f457a; try { if (i5 == 0) { C1.N(obj); if (((C0375o) this.f1157r).N()) { return nVar; } o8.f6952t = this; aVar = (i7.d) this.f1158s; o8.f6953u = aVar; o8.f6956x = 1; if (aVar.b(o8) != aVar5) { aVar2 = this; } return aVar5; } if (i5 != 1) { if (i5 != 2) { throw new IllegalStateException("call to 'resume' before 'invoke' with coroutine"); } aVar3 = o8.f6953u; aVar4 = o8.f6952t; try { C1.N(obj); ((C0375o) aVar4.f1157r).R(nVar); aVar3.a(null); return nVar; } catch (Throwable th2) { th = th2; aVar3.a(null); throw th; } } i7.a aVar6 = o8.f6953u; aVar2 = o8.f6952t; C1.N(obj); aVar = aVar6; if (((C0375o) aVar2.f1157r).N()) { aVar.a(null); return nVar; } o8.f6952t = aVar2; o8.f6953u = aVar; o8.f6956x = 2; if (aVar2.k(o8) != aVar5) { aVar3 = aVar; aVar4 = aVar2; ((C0375o) aVar4.f1157r).R(nVar); aVar3.a(null); return nVar; } return aVar5; } catch (Throwable th3) { aVar3 = aVar; th = th3; aVar3.a(null); throw th; } } public synchronized int J() { return ((ArrayDeque) this.f1159t).size() + ((ArrayDeque) this.f1160u).size(); } public void K(int i) { ArrayList arrayList = new ArrayList(); ((LinkedBlockingDeque) this.f1159t).drainTo(arrayList); Message messageObtain = Message.obtain(null, i, 0, 0); P6.g.d(messageObtain, "obtain(null, messageCode, 0, 0)"); arrayList.add(messageObtain); AbstractC0385z.r(AbstractC0385z.b((E6.i) this.f1158s), null, new a0(this, arrayList, null), 3); } public Bundle L(String str, Bundle bundle) { HashMap map = (HashMap) this.f1159t; return bundle != null ? (Bundle) map.put(str, bundle) : (Bundle) map.remove(str); } public a M() { return new a(this, (C0700t) this.f1157r); } /* JADX WARN: Removed duplicated region for block: B:37:0x0090 */ /* JADX WARN: Removed duplicated region for block: B:40:0x0095 */ /* JADX WARN: Removed duplicated region for block: B:59:0x011b A[Catch: NumberFormatException | JSONException -> 0x0123, NumberFormatException | JSONException -> 0x0123, TRY_LEAVE, TryCatch #0 {NumberFormatException | JSONException -> 0x0123, blocks: (B:10:0x0031, B:44:0x009d, B:44:0x009d, B:45:0x00ab, B:45:0x00ab, B:47:0x00b8, B:47:0x00b8, B:49:0x00ca, B:49:0x00ca, B:50:0x00d3, B:50:0x00d3, B:51:0x00d7, B:51:0x00d7, B:53:0x00e4, B:53:0x00e4, B:55:0x00f6, B:55:0x00f6, B:56:0x00ff, B:56:0x00ff, B:57:0x0103, B:57:0x0103, B:58:0x010f, B:58:0x010f, B:59:0x011b, B:59:0x011b), top: B:71:0x0031, outer: #1 }] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Bundle N() { byte b8; if (((Bundle) this.f1157r) == null) { C0785g0 c0785g0 = (C0785g0) this.f1159t; SharedPreferences sharedPreferencesJ = c0785g0.J(); C0817r0 c0817r0 = (C0817r0) c0785g0.f5146q; String string = sharedPreferencesJ.getString((String) this.f1160u, null); if (string != null) { try { Bundle bundle = new Bundle(); JSONArray jSONArray = new JSONArray(string); for (int i = 0; i < jSONArray.length(); i++) { try { JSONObject jSONObject = jSONArray.getJSONObject(i); String string2 = jSONObject.getString("n"); String string3 = jSONObject.getString("t"); int iHashCode = string3.hashCode(); if (iHashCode == 100) { if (string3.equals("d")) { b8 = 1; } if (b8 == 0) { } } else if (iHashCode == 108) { if (string3.equals("l")) { b8 = 2; } if (b8 == 0) { } } else if (iHashCode == 115) { if (string3.equals("s")) { b8 = 0; } if (b8 == 0) { } } else if (iHashCode != 3352) { b8 = (iHashCode == 3445 && string3.equals("la")) ? (byte) 4 : (byte) -1; if (b8 == 0) { bundle.putString(string2, jSONObject.getString("v")); } else if (b8 == 1) { bundle.putDouble(string2, Double.parseDouble(jSONObject.getString("v"))); } else if (b8 == 2) { bundle.putLong(string2, Long.parseLong(jSONObject.getString("v"))); } else if (b8 == 3) { J3.b(); if (c0817r0.f12148w.R(null, I.f11529X0)) { JSONArray jSONArray2 = new JSONArray(jSONObject.getString("v")); int length = jSONArray2.length(); int[] iArr = new int[length]; for (int i5 = 0; i5 < length; i5++) { iArr[i5] = jSONArray2.optInt(i5); } bundle.putIntArray(string2, iArr); } } else if (b8 != 4) { Z z8 = c0817r0.f12150y; C0817r0.k(z8); z8.f11875v.c(string3, "Unrecognized persisted bundle type. Type"); } else { J3.b(); if (c0817r0.f12148w.R(null, I.f11529X0)) { JSONArray jSONArray3 = new JSONArray(jSONObject.getString("v")); int length2 = jSONArray3.length(); long[] jArr = new long[length2]; for (int i8 = 0; i8 < length2; i8++) { jArr[i8] = jSONArray3.optLong(i8); } bundle.putLongArray(string2, jArr); } } } else { if (string3.equals("ia")) { b8 = 3; } if (b8 == 0) { } } } catch (NumberFormatException | JSONException unused) { Z z9 = c0817r0.f12150y; C0817r0.k(z9); z9.f11875v.b("Error reading value from SharedPreferences. Value dropped"); } } this.f1157r = bundle; } catch (JSONException unused2) { Z z10 = c0817r0.f12150y; C0817r0.k(z10); z10.f11875v.b("Error loading bundle from SharedPreferences. Values will be lost"); } } if (((Bundle) this.f1157r) == null) { this.f1157r = (Bundle) this.f1158s; } } Bundle bundle2 = (Bundle) this.f1157r; w.f(bundle2); return new Bundle(bundle2); } public InterfaceC0671n O(a aVar, C0692r1... c0692r1Arr) { InterfaceC0671n interfaceC0671nR = InterfaceC0671n.f9919g; for (C0692r1 c0692r1 : c0692r1Arr) { interfaceC0671nR = C1.R(c0692r1); AbstractC0707u1.u((a) this.f1159t); if ((interfaceC0671nR instanceof C0676o) || (interfaceC0671nR instanceof C0666m)) { interfaceC0671nR = ((C0700t) this.f1158s).a(aVar, interfaceC0671nR); } } return interfaceC0671nR; } public InterfaceC0671n P(InterfaceC0671n interfaceC0671n) { return ((C0700t) this.f1157r).a(this, interfaceC0671n); } public void Q(Bundle bundle) { Iterator it; JSONObject jSONObject; boolean zR; Z z8; Bundle bundle2 = bundle == null ? new Bundle() : new Bundle(bundle); C0785g0 c0785g0 = (C0785g0) this.f1159t; SharedPreferences sharedPreferencesJ = c0785g0.J(); C0817r0 c0817r0 = (C0817r0) c0785g0.f5146q; SharedPreferences.Editor editorEdit = sharedPreferencesJ.edit(); int size = bundle2.size(); String str = (String) this.f1160u; if (size == 0) { editorEdit.remove(str); } else { JSONArray jSONArray = new JSONArray(); Iterator it2 = bundle2.keySet().iterator(); while (it2.hasNext()) { String next = it2.next(); Object obj = bundle2.get(next); if (obj != null) { try { jSONObject = new JSONObject(); jSONObject.put("n", next); J3.b(); zR = c0817r0.f12148w.R(null, I.f11529X0); z8 = c0817r0.f12150y; } catch (JSONException e8) { e = e8; it = it2; } if (zR) { it = it2; try { } catch (JSONException e9) { e = e9; Z z9 = c0817r0.f12150y; C0817r0.k(z9); z9.f11875v.c(e, "Cannot serialize bundle value to SharedPreferences"); } if (obj instanceof String) { jSONObject.put("v", obj.toString()); jSONObject.put("t", "s"); } else if (obj instanceof Long) { jSONObject.put("v", obj.toString()); jSONObject.put("t", "l"); } else if (obj instanceof int[]) { jSONObject.put("v", Arrays.toString((int[]) obj)); jSONObject.put("t", "ia"); } else if (obj instanceof long[]) { jSONObject.put("v", Arrays.toString((long[]) obj)); jSONObject.put("t", "la"); } else if (obj instanceof Double) { jSONObject.put("v", obj.toString()); jSONObject.put("t", "d"); } else { C0817r0.k(z8); z8.f11875v.c(obj.getClass(), "Cannot serialize bundle value to SharedPreferences. Type"); it2 = it; } jSONArray.put(jSONObject); it2 = it; } else { it = it2; jSONObject.put("v", obj.toString()); if (obj instanceof String) { jSONObject.put("t", "s"); } else if (obj instanceof Long) { jSONObject.put("t", "l"); } else if (obj instanceof Double) { jSONObject.put("t", "d"); } else { C0817r0.k(z8); z8.f11875v.c(obj.getClass(), "Cannot serialize bundle value to SharedPreferences. Type"); it2 = it; } jSONArray.put(jSONObject); it2 = it; } } } editorEdit.putString(str, jSONArray.toString()); } editorEdit.apply(); this.f1157r = bundle2; } public InterfaceC0671n R(C0621d c0621d) { InterfaceC0671n interfaceC0671nA = InterfaceC0671n.f9919g; Iterator itP = c0621d.p(); while (itP.hasNext()) { interfaceC0671nA = ((C0700t) this.f1157r).a(this, c0621d.n(((Integer) itP.next()).intValue())); if (interfaceC0671nA instanceof C0631f) { break; } } return interfaceC0671nA; } public InterfaceC0671n S(String str) { HashMap map = (HashMap) this.f1159t; if (map.containsKey(str)) { return (InterfaceC0671n) map.get(str); } a aVar = (a) this.f1158s; if (aVar != null) { return aVar.S(str); } throw new IllegalArgumentException(AbstractC0844a.l(str, " is not defined")); } public void T(String str, InterfaceC0671n interfaceC0671n) { if (((HashMap) this.f1160u).containsKey(str)) { return; } HashMap map = (HashMap) this.f1159t; if (interfaceC0671n == null) { map.remove(str); } else { map.put(str, interfaceC0671n); } } public void U(String str, InterfaceC0671n interfaceC0671n) { a aVar; HashMap map = (HashMap) this.f1159t; if (!map.containsKey(str) && (aVar = (a) this.f1158s) != null && aVar.V(str)) { aVar.U(str, interfaceC0671n); } else { if (((HashMap) this.f1160u).containsKey(str)) { return; } if (interfaceC0671n == null) { map.remove(str); } else { map.put(str, interfaceC0671n); } } } public boolean V(String str) { if (((HashMap) this.f1159t).containsKey(str)) { return true; } a aVar = (a) this.f1158s; if (aVar != null) { return aVar.V(str); } return false; } /* JADX WARN: Can't fix incorrect switch cases order, some code will duplicate */ /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:69:0x0208 */ /* JADX WARN: Removed duplicated region for block: B:96:0x02ac A[PHI: r17 0x02ac: PHI (r17v10 int) = (r17v1 int) (r17v1 int) (r17v4 int) (r17v4 int) (r17v4 int) (r17v6 int) (r17v7 int) (r17v8 int) (r17v1 int) (r17v1 int) binds: [B:95:0x02a9, B:123:0x0331, B:119:0x031b, B:120:0x031d, B:121:0x031f, B:115:0x02fc, B:112:0x02f2, B:103:0x02db, B:98:0x02b6, B:100:0x02b9] A[DONT_GENERATE, DONT_INLINE]] */ @Override // q1.InterfaceC1456m /* Code decompiled incorrectly, please refer to instructions dump. */ public void a(byte[] bArr, int i, int i5, C1455l c1455l, x0.d dVar) { ArrayList arrayList; o oVar; int i8; int i9; w0.b bVar; int i10; int i11; int i12; w0.b bVar2; int i13; w0.b bVar3; W wP; Rect rect; int i14; int i15 = 128; int i16 = 3; int i17 = 2; int i18 = 0; int i19 = 1; int i20 = 4; switch (this.f1156q) { case 22: int i21 = 4; o oVar2 = (o) this.f1158s; oVar2.D(i + i5, bArr); oVar2.F(i); if (((Inflater) this.f1160u) == null) { this.f1160u = new Inflater(); } Inflater inflater = (Inflater) this.f1160u; int i22 = v.f18553a; if (oVar2.a() > 0 && (oVar2.f18539a[oVar2.f18540b] & 255) == 120) { o oVar3 = (o) this.f1157r; if (v.F(oVar2, oVar3, inflater)) { oVar2.D(oVar3.f18541c, oVar3.f18539a); } } C1533a c1533a = (C1533a) this.f1159t; c1533a.f16950d = 0; c1533a.f16951e = 0; c1533a.f16952f = 0; c1533a.f16953g = 0; c1533a.f16954h = 0; c1533a.i = 0; o oVar4 = c1533a.f16947a; oVar4.C(0); c1533a.f16949c = false; ArrayList arrayList2 = new ArrayList(); while (oVar2.a() >= i16) { int i23 = oVar2.f18541c; int iT = oVar2.t(); int iZ = oVar2.z(); int i24 = oVar2.f18540b + iZ; if (i24 > i23) { oVar2.F(i23); arrayList = arrayList2; i10 = i18; i9 = i19; i8 = i15; bVar2 = null; } else { int[] iArr = c1533a.f16948b; if (iT != i15) { switch (iT) { case 20: if (iZ % 5 == i17) { oVar2.G(i17); Arrays.fill(iArr, i18); int i25 = iZ / 5; int i26 = i18; while (i26 < i25) { int iT2 = oVar2.t(); int i27 = i15; double dT = oVar2.t(); int i28 = i19; double dT2 = oVar2.t() - 128; int[] iArr2 = iArr; double dT3 = oVar2.t() - 128; iArr2[iT2] = v.i((int) ((dT3 * 1.772d) + dT), 0, 255) | (oVar2.t() << 24) | (v.i((int) ((1.402d * dT2) + dT), 0, 255) << 16) | (v.i((int) ((dT - (0.34414d * dT3)) - (dT2 * 0.71414d)), 0, 255) << 8); i26++; iArr = iArr2; arrayList2 = arrayList2; oVar2 = oVar2; i19 = i28; i15 = i27; } i13 = i15; arrayList = arrayList2; oVar = oVar2; c1533a.f16949c = i19; } else { i13 = i15; arrayList = arrayList2; oVar = oVar2; } break; case 21: int i29 = i21; if (iZ < i29) { i21 = i29; } else { oVar2.G(i16); int i30 = iZ - 4; if (((oVar2.t() & i15) != 0 ? i19 : i18) == 0) { i21 = 4; } else if (i30 < 7) { i21 = 4; } else { int iW = oVar2.w(); if (iW < 4) { i21 = 4; } else { c1533a.f16954h = oVar2.z(); c1533a.i = oVar2.z(); oVar4.C(iW - 4); i21 = 4; i30 = iZ - 11; } } int i31 = oVar4.f18540b; int i32 = oVar4.f18541c; if (i31 < i32 && i30 > 0) { int iMin = Math.min(i30, i32 - i31); oVar2.e(oVar4.f18539a, i31, iMin); oVar4.F(i31 + iMin); } } i13 = i15; arrayList = arrayList2; oVar = oVar2; break; case 22: if (iZ >= 19) { c1533a.f16950d = oVar2.z(); c1533a.f16951e = oVar2.z(); oVar2.G(11); c1533a.f16952f = oVar2.z(); c1533a.f16953g = oVar2.z(); } i13 = i15; arrayList = arrayList2; oVar = oVar2; break; } i8 = i13; i10 = 0; i9 = 1; bVar = null; } else { int i33 = i15; arrayList = arrayList2; oVar = oVar2; if (c1533a.f16950d == 0 || c1533a.f16951e == 0 || c1533a.f16954h == 0 || c1533a.i == 0 || (i11 = oVar4.f18541c) == 0 || oVar4.f18540b != i11 || !c1533a.f16949c) { i8 = i33; i9 = 1; bVar = null; } else { oVar4.F(0); int i34 = c1533a.f16954h * c1533a.i; int[] iArr3 = new int[i34]; int i35 = 0; while (i35 < i34) { int iT3 = oVar4.t(); if (iT3 != 0) { iArr3[i35] = iArr[iT3]; i35++; } else { int iT4 = oVar4.t(); if (iT4 != 0) { int iT5 = (iT4 & 64) == 0 ? iT4 & 63 : ((iT4 & 63) << 8) | oVar4.t(); i12 = i33; int i36 = (iT4 & i12) == 0 ? iArr[0] : iArr[oVar4.t()]; int i37 = iT5 + i35; Arrays.fill(iArr3, i35, i37, i36); i35 = i37; } i33 = i12; } i12 = i33; i33 = i12; } i8 = i33; i9 = 1; Bitmap bitmapCreateBitmap = Bitmap.createBitmap(iArr3, c1533a.f16954h, c1533a.i, Bitmap.Config.ARGB_8888); float f3 = c1533a.f16952f; float f7 = c1533a.f16950d; float f8 = f3 / f7; float f9 = c1533a.f16953g; float f10 = c1533a.f16951e; bVar = new w0.b(null, null, null, bitmapCreateBitmap, f9 / f10, 0, 0, f8, 0, Integer.MIN_VALUE, -3.4028235E38f, c1533a.f16954h / f7, c1533a.i / f10, false, -16777216, Integer.MIN_VALUE, 0.0f); } i10 = 0; c1533a.f16950d = 0; c1533a.f16951e = 0; c1533a.f16952f = 0; c1533a.f16953g = 0; c1533a.f16954h = 0; c1533a.i = 0; oVar4.C(0); c1533a.f16949c = false; } oVar2 = oVar; oVar2.F(i24); bVar2 = bVar; } ArrayList arrayList3 = arrayList; if (bVar2 != null) { arrayList3.add(bVar2); } arrayList2 = arrayList3; i18 = i10; i15 = i8; i19 = i9; i16 = 3; i17 = 2; } dVar.a(new C1444a(-9223372036854775807L, -9223372036854775807L, arrayList2)); break; default: o oVar5 = (o) this.f1158s; oVar5.D(i + i5, bArr); oVar5.F(i); if (((Inflater) this.f1160u) == null) { this.f1160u = new Inflater(); } Inflater inflater2 = (Inflater) this.f1160u; int i38 = v.f18553a; if (oVar5.a() > 0 && (oVar5.f18539a[oVar5.f18540b] & 255) == 120) { o oVar6 = (o) this.f1157r; if (v.F(oVar5, oVar6, inflater2)) { oVar5.D(oVar6.f18541c, oVar6.f18539a); } } C1738a c1738a = (C1738a) this.f1159t; c1738a.f18880c = false; c1738a.f18884g = null; c1738a.f18885h = -1; c1738a.i = -1; int iA = oVar5.a(); if (iA < 2 || oVar5.z() != iA) { bVar3 = null; } else { int[] iArr4 = c1738a.f18881d; if (iArr4 != null && c1738a.f18879b) { oVar5.G(oVar5.z() - 2); int iZ2 = oVar5.z(); while (oVar5.f18540b < iZ2 && oVar5.a() > 0) { int iT6 = oVar5.t(); int[] iArr5 = c1738a.f18878a; switch (iT6) { case 3: i14 = i20; if (oVar5.a() >= 2) { int iT7 = oVar5.t(); int iT8 = oVar5.t(); iArr5[3] = C1738a.a(iArr4, iT7 >> 4); iArr5[2] = C1738a.a(iArr4, iT7 & 15); iArr5[1] = C1738a.a(iArr4, iT8 >> 4); iArr5[0] = C1738a.a(iArr4, iT8 & 15); c1738a.f18880c = true; i20 = i14; } break; case 4: i14 = i20; if (oVar5.a() >= 2 && c1738a.f18880c) { int iT9 = oVar5.t(); int iT10 = oVar5.t(); iArr5[3] = C1738a.c(iArr5[3], iT9 >> 4); iArr5[2] = C1738a.c(iArr5[2], iT9 & 15); iArr5[1] = C1738a.c(iArr5[1], iT10 >> 4); iArr5[0] = C1738a.c(iArr5[0], iT10 & 15); i20 = i14; } break; case 5: if (oVar5.a() >= 6) { int iT11 = oVar5.t(); int iT12 = oVar5.t(); int i39 = (iT11 << i20) | (iT12 >> 4); int iT13 = ((iT12 & 15) << 8) | oVar5.t(); int iT14 = oVar5.t(); int iT15 = oVar5.t(); i14 = i20; c1738a.f18884g = new Rect(i39, (iT14 << i20) | (iT15 >> 4), iT13 + 1, (((iT15 & 15) << 8) | oVar5.t()) + 1); i20 = i14; } break; case Z.g.STRING_SET_FIELD_NUMBER /* 6 */: if (oVar5.a() >= i20) { c1738a.f18885h = oVar5.z(); c1738a.i = oVar5.z(); } break; } } } if (c1738a.f18881d != null && c1738a.f18879b && c1738a.f18880c && (rect = c1738a.f18884g) != null && c1738a.f18885h != -1 && c1738a.i != -1 && rect.width() >= 2 && c1738a.f18884g.height() >= 2) { Rect rect2 = c1738a.f18884g; int[] iArr6 = new int[rect2.height() * rect2.width()]; H h8 = new H(); oVar5.F(c1738a.f18885h); h8.p(oVar5); c1738a.b(h8, true, rect2, iArr6); oVar5.F(c1738a.i); h8.p(oVar5); c1738a.b(h8, false, rect2, iArr6); bVar3 = new w0.b(null, null, null, Bitmap.createBitmap(iArr6, rect2.width(), rect2.height(), Bitmap.Config.ARGB_8888), rect2.top / c1738a.f18883f, 0, 0, rect2.left / c1738a.f18882e, 0, Integer.MIN_VALUE, -3.4028235E38f, rect2.width() / c1738a.f18882e, rect2.height() / c1738a.f18883f, false, -16777216, Integer.MIN_VALUE, 0.0f); } } if (bVar3 != null) { wP = G.p(bVar3); } else { E e8 = G.f1197r; wP = W.f1225u; } dVar.a(new C1444a(-9223372036854775807L, 5000000L, wP)); break; } } public void c(ComponentCallbacksC1023x componentCallbacksC1023x) { if (((ArrayList) this.f1157r).contains(componentCallbacksC1023x)) { throw new IllegalStateException("Fragment already added: " + componentCallbacksC1023x); } synchronized (((ArrayList) this.f1157r)) { ((ArrayList) this.f1157r).add(componentCallbacksC1023x); } componentCallbacksC1023x.f13257A = true; } @Override // q1.InterfaceC1456m public /* synthetic */ InterfaceC1447d d(byte[] bArr, int i, int i5) { int i8 = this.f1156q; return AbstractC0844a.a(this, bArr, i5); } public void e(Object obj, Object obj2, f0 f0Var, boolean z8) throws GeneralSecurityException { byte[] bArrArray; if (((ConcurrentHashMap) this.f1157r) == 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.D() != T3.Z.f6580s) { throw new GeneralSecurityException("only ENABLED key is allowed"); } ConcurrentHashMap concurrentHashMap = (ConcurrentHashMap) this.f1157r; Integer numValueOf = Integer.valueOf(f0Var.B()); if (f0Var.C() == r0.f6589u) { numValueOf = null; } H3.b bVarA = k.f5155b.a(q.c(f0Var.A().B(), f0Var.A().C(), f0Var.A().A(), f0Var.C(), numValueOf)); int iOrdinal = f0Var.C().ordinal(); if (iOrdinal == 1) { bArrArray = ByteBuffer.allocate(5).put((byte) 1).putInt(f0Var.B()).array(); } else if (iOrdinal == 2) { bArrArray = ByteBuffer.allocate(5).put((byte) 0).putInt(f0Var.B()).array(); } else if (iOrdinal != 3) { if (iOrdinal != 4) { throw new GeneralSecurityException("unknown output prefix type"); } bArrArray = ByteBuffer.allocate(5).put((byte) 0).putInt(f0Var.B()).array(); } else { bArrArray = H3.b.f3072a; } H3.k kVar = new H3.k(obj, obj2, bArrArray, f0Var.D(), f0Var.C(), f0Var.B(), f0Var.A().B(), bVarA); ArrayList arrayList = new ArrayList(); arrayList.add(kVar); byte[] bArr = kVar.f3086c; H3.l lVar = new H3.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 (z8) { if (((H3.k) this.f1159t) != null) { throw new IllegalStateException("you cannot set two primary primitives"); } this.f1159t = kVar; } } public void f(String str) { Objects.requireNonNull(str, "baseUrl == null"); p pVar = new p(); pVar.c(null, str); k7.q qVarA = pVar.a(); if ("".equals(qVarA.f14126f.get(r0.size() - 1))) { this.f1159t = qVarA; } else { throw new IllegalArgumentException("baseUrl must end in /: " + qVarA); } } public V g() { if (((k7.q) this.f1159t) == null) { throw new IllegalStateException("Base URL required."); } k7.w wVar = (k7.w) this.f1158s; if (wVar == null) { wVar = new k7.w(); } ExecutorC0117a executorC0117a = M.f2622a; C0118b c0118b = M.f2624c; ArrayList arrayList = new ArrayList((ArrayList) this.f1160u); List listA = c0118b.a(executorC0117a); arrayList.addAll(listA); List listB = c0118b.b(); int size = listB.size(); ArrayList arrayList2 = (ArrayList) this.f1157r; ArrayList arrayList3 = new ArrayList(arrayList2.size() + 1 + size); arrayList3.add(new C0119c(0)); arrayList3.addAll(arrayList2); arrayList3.addAll(listB); k7.q qVar = (k7.q) this.f1159t; List listUnmodifiableList = Collections.unmodifiableList(arrayList3); List listUnmodifiableList2 = Collections.unmodifiableList(arrayList); listA.size(); return new V(wVar, qVar, listUnmodifiableList, listUnmodifiableList2); } public P3.k h() throws GeneralSecurityException { Integer num = (Integer) this.f1158s; if (num == null) { throw new GeneralSecurityException("key size is not set"); } if (((Integer) this.f1157r) == null) { throw new GeneralSecurityException("tag size is not set"); } if (((P3.d) this.f1159t) == null) { throw new GeneralSecurityException("hash type is not set"); } if (((P3.d) this.f1160u) == 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.f1158s)); } Integer num2 = (Integer) this.f1157r; int iIntValue = num2.intValue(); P3.d dVar = (P3.d) this.f1159t; if (iIntValue < 10) { throw new GeneralSecurityException(String.format("Invalid tag size in bytes %d; must be at least 10 bytes", num2)); } if (dVar == P3.d.f5456g) { 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 == P3.d.f5457h) { 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 == P3.d.i) { 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 == P3.d.f5458j) { 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 != P3.d.f5459k) { 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 P3.k(((Integer) this.f1158s).intValue(), ((Integer) this.f1157r).intValue(), (P3.d) this.f1160u, (P3.d) this.f1159t); } public void i(int i) { boolean zJ; LinkedList linkedList = (LinkedList) this.f1160u; m6.f fVar = (m6.f) linkedList.peekLast(); if (fVar != null) { if (fVar.f14678c != Integer.signum(i)) { linkedList.removeLast(); } } Iterator it = linkedList.iterator(); P6.g.d(it, "iterator(...)"); while (it.hasNext()) { Object next = it.next(); P6.g.d(next, "next(...)"); m6.f fVar2 = (m6.f) next; C0966a c0966a = (C0966a) this.f1157r; View view = fVar2.f14676a; int iE = c0966a.e(view, fVar2.f14677b); if (iE != 0 && Integer.signum(iE) == fVar2.f14678c) { t0 t0VarE = ((i6.c) this.f1159t).e(view); if (t0VarE == null) { zJ = true; } else { ViewGroup.LayoutParams layoutParams = t0VarE.f4654a.getLayoutParams(); P6.g.c(layoutParams, "null cannot be cast to non-null type androidx.recyclerview.widget.RecyclerView.LayoutParams"); zJ = ((C0203d0) layoutParams).f4520q.j(); } if (zJ) { } } it.remove(); } } public void j(Object obj, ArrayList arrayList, HashSet hashSet) { if (arrayList.contains(obj)) { return; } if (hashSet.contains(obj)) { throw new RuntimeException("This graph contains cyclic dependencies"); } hashSet.add(obj); ArrayList arrayList2 = (ArrayList) ((q.i) this.f1159t).get(obj); if (arrayList2 != null) { int size = arrayList2.size(); for (int i = 0; i < size; i++) { j(arrayList2.get(i), arrayList, hashSet); } } hashSet.remove(obj); arrayList.add(obj); } /* JADX WARN: Removed duplicated region for block: B:7:0x0013 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Object k(G6.c cVar) throws Throwable { C0342i c0342i; a aVar; C0336c c0336c; if (cVar instanceof C0342i) { c0342i = (C0342i) cVar; int i = c0342i.f6997w; if ((i & Integer.MIN_VALUE) != 0) { c0342i.f6997w = i - Integer.MIN_VALUE; } else { c0342i = new C0342i(this, cVar); } } Object objG = c0342i.f6995u; F6.a aVar2 = F6.a.f2580q; int i5 = c0342i.f6997w; if (i5 == 0) { C1.N(objG); List list = (List) this.f1159t; K k8 = (K) this.f1160u; if (list == null || list.isEmpty()) { c0342i.f6994t = this; c0342i.f6997w = 1; objG = K.g(k8, false, c0342i); if (objG != aVar2) { aVar = this; c0336c = (C0336c) objG; } } else { U uH = k8.h(); C0345l c0345l = new C0345l(k8, this, null); c0342i.f6994t = this; c0342i.f6997w = 2; objG = uH.b(c0345l, c0342i); if (objG != aVar2) { aVar = this; c0336c = (C0336c) objG; } } return aVar2; } if (i5 == 1) { aVar = c0342i.f6994t; C1.N(objG); c0336c = (C0336c) objG; } else { if (i5 != 2) { throw new IllegalStateException("call to 'resume' before 'invoke' with coroutine"); } aVar = c0342i.f6994t; C1.N(objG); c0336c = (C0336c) objG; } ((K) aVar.f1160u).f6942h.c(c0336c); return n.f457a; } public synchronized ExecutorService l() { ThreadPoolExecutor threadPoolExecutor; try { if (((ThreadPoolExecutor) this.f1158s) == null) { TimeUnit timeUnit = TimeUnit.SECONDS; SynchronousQueue synchronousQueue = new SynchronousQueue(); String str = l7.b.f14418g + " Dispatcher"; P6.g.e(str, "name"); this.f1158s = new ThreadPoolExecutor(0, Integer.MAX_VALUE, 60L, timeUnit, synchronousQueue, new l7.a(str, false)); } threadPoolExecutor = (ThreadPoolExecutor) this.f1158s; P6.g.b(threadPoolExecutor); } catch (Throwable th) { throw th; } return threadPoolExecutor; } public ComponentCallbacksC1023x m(String str) { h0.W w4 = (h0.W) ((HashMap) this.f1158s).get(str); if (w4 != null) { return w4.f13125c; } return null; } public ComponentCallbacksC1023x n(String str) { for (h0.W w4 : ((HashMap) this.f1158s).values()) { if (w4 != null) { ComponentCallbacksC1023x componentCallbacksC1023xN = w4.f13125c; if (!str.equals(componentCallbacksC1023xN.f13297u)) { componentCallbacksC1023xN = componentCallbacksC1023xN.f13267M.f13069c.n(str); } if (componentCallbacksC1023xN != null) { return componentCallbacksC1023xN; } } } return null; } public void o(ArrayDeque arrayDeque, Object obj) { synchronized (this) { if (!arrayDeque.remove(obj)) { throw new AssertionError("Call wasn't in-flight!"); } } A(); } public void p(o7.f fVar) { fVar.f15961r.decrementAndGet(); o((ArrayDeque) this.f1159t, fVar); } public ArrayList q() { ArrayList arrayList = new ArrayList(); for (h0.W w4 : ((HashMap) this.f1158s).values()) { if (w4 != null) { arrayList.add(w4); } } return arrayList; } public ArrayList r() { ArrayList arrayList = new ArrayList(); for (h0.W w4 : ((HashMap) this.f1158s).values()) { if (w4 != null) { arrayList.add(w4.f13125c); } else { arrayList.add(null); } } return arrayList; } @Override // q1.InterfaceC1456m public /* synthetic */ void reset() { int i = this.f1156q; } public int s(p0 p0Var) { P6.g.e(p0Var, "state"); C0890b c0890b = (C0890b) this.f1158s; if (c0890b.b()) { return c0890b.f12500b; } if (p0Var.b() < 1) { return 0; } return ((i6.c) this.f1157r).j(p0Var.b() - 1) + 1; } public List t() { ArrayList arrayList; if (((ArrayList) this.f1157r).isEmpty()) { return Collections.EMPTY_LIST; } synchronized (((ArrayList) this.f1157r)) { arrayList = new ArrayList((ArrayList) this.f1157r); } return arrayList; } public String toString() { switch (this.f1156q) { case 10: return "horizontal=" + ((R0) this.f1157r) + "; vertical=" + ((R0) this.f1158s); default: return super.toString(); } } public int u(p0 p0Var) { P6.g.e(p0Var, "state"); C0890b c0890b = (C0890b) this.f1158s; if (c0890b.a()) { return c0890b.f12500b; } if (p0Var.b() < 1) { return 0; } return ((i6.c) this.f1157r).j(p0Var.b() - 1) + 1; } public androidx.lifecycle.W v(P6.d dVar, String str) { androidx.lifecycle.W w4; androidx.lifecycle.W wA; P6.g.e(str, "key"); synchronized (((C) this.f1160u)) { try { androidx.lifecycle.Z z8 = (androidx.lifecycle.Z) this.f1158s; z8.getClass(); w4 = (androidx.lifecycle.W) z8.f8821a.get(str); if (dVar.d(w4)) { Y y8 = (Y) this.f1157r; if (y8 instanceof T) { T t6 = (T) y8; P6.g.b(w4); O3.e eVar = t6.f8810d; if (eVar != null) { C0225a c0225a = t6.f8811e; P6.g.b(c0225a); P.a(w4, c0225a, eVar); } } P6.g.c(w4, "null cannot be cast to non-null type T of androidx.lifecycle.viewmodel.ViewModelProviderImpl.getViewModel"); } else { C1484c c1484c = new C1484c((AbstractC1483b) this.f1159t); c1484c.f16348a.put(P.f8801e, str); Y y9 = (Y) this.f1157r; try { try { wA = y9.c(dVar, c1484c); } catch (AbstractMethodError unused) { wA = y9.b(X1.m(dVar), c1484c); } } catch (AbstractMethodError unused2) { wA = y9.a(X1.m(dVar)); } w4 = wA; androidx.lifecycle.Z z9 = (androidx.lifecycle.Z) this.f1158s; z9.getClass(); P6.g.e(w4, "viewModel"); androidx.lifecycle.W w6 = (androidx.lifecycle.W) z9.f8821a.put(str, w4); if (w6 != null) { w6.b(); } } } catch (Throwable th) { throw th; } } return w4; } public boolean w() { C0890b c0890b = (C0890b) this.f1158s; return c0890b.f12512o && c0890b.f12514q != Integer.MAX_VALUE; } /* JADX WARN: Removed duplicated region for block: B:26:0x006f */ /* JADX WARN: Removed duplicated region for block: B:28:0x0078 */ /* JADX WARN: Removed duplicated region for block: B:40:0x00c4 */ /* JADX WARN: Removed duplicated region for block: B:42:0x00cd */ /* JADX WARN: Removed duplicated region for block: B:7:0x0013 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public Object x(boolean z8, G6.c cVar) throws Throwable { C1372k c1372k; a aVar; a aVar2; X4.c cVar2; X4.c cVar3; a aVar3; X4.c cVar4; if (cVar instanceof C1372k) { c1372k = (C1372k) cVar; int i = c1372k.f15776x; if ((i & Integer.MIN_VALUE) != 0) { c1372k.f15776x = i - Integer.MIN_VALUE; } else { c1372k = new C1372k(this, cVar); } } Object objA = c1372k.f15774v; F6.a aVar4 = F6.a.f2580q; int i5 = c1372k.f15776x; int i8 = 4; if (i5 == 0) { C1.N(objA); C0926C c0926c = (C0926C) this.f1158s; if (z8) { c1372k.f15772t = this; c1372k.f15776x = 1; c0926c.getClass(); x xVar = AbstractC1033b.f13423a; objA = AbstractC1033b.a(new C0957r(c0926c, null), c1372k); if (objA != aVar4) { aVar2 = this; cVar2 = (X4.c) objA; if (!(cVar2 instanceof X4.a)) { } } } else { c1372k.f15772t = this; c1372k.f15776x = 2; c0926c.getClass(); x xVar2 = AbstractC1033b.f13423a; objA = AbstractC1033b.a(new C0949j(c0926c, null), c1372k); if (objA != aVar4) { aVar = this; cVar3 = (X4.c) objA; if (!(cVar3 instanceof X4.a)) { } } } return aVar4; } if (i5 == 1) { aVar2 = c1372k.f15772t; C1.N(objA); cVar2 = (X4.c) objA; if (!(cVar2 instanceof X4.a)) { return C1.j(((X4.a) cVar2).f7227a); } if (!(cVar2 instanceof X4.b)) { throw new A6.b(); } C1075f c1075f = (C1075f) aVar2.f1159t; List list = (List) ((X4.b) cVar2).f7228a; c1075f.getClass(); List listU = u0.u(c1075f, list); g6.o oVar = g6.o.f12958a; return new C1104d(new Shortcut(i8, oVar.o(), oVar.p()), listU); } if (i5 != 2) { if (i5 != 3) { throw new IllegalStateException("call to 'resume' before 'invoke' with coroutine"); } cVar4 = c1372k.f15773u; aVar3 = c1372k.f15772t; C1.N(objA); C1076g c1076g = (C1076g) aVar3.f1157r; List list2 = (List) ((X4.b) cVar4).f7228a; c1076g.getClass(); List listU2 = u0.u(c1076g, list2); g6.o oVar2 = g6.o.f12958a; return new C1104d(new Shortcut(i8, oVar2.o(), oVar2.p()), listU2); } aVar = c1372k.f15772t; C1.N(objA); cVar3 = (X4.c) objA; if (!(cVar3 instanceof X4.a)) { return C1.j(((X4.a) cVar3).f7227a); } if (!(cVar3 instanceof X4.b)) { throw new A6.b(); } C0926C c0926c2 = (C0926C) aVar.f1158s; List list3 = (List) ((X4.b) cVar3).f7228a; C1074e c1074e = (C1074e) aVar.f1160u; c1074e.getClass(); List listU3 = u0.u(c1074e, list3); c1372k.f15772t = aVar; c1372k.f15773u = (X4.b) cVar3; c1372k.f15776x = 3; c0926c2.getClass(); x xVar3 = AbstractC1033b.f13423a; if (AbstractC1033b.a(new C0924A(c0926c2, listU3, null), c1372k) != aVar4) { aVar3 = aVar; cVar4 = cVar3; C1076g c1076g2 = (C1076g) aVar3.f1157r; List list22 = (List) ((X4.b) cVar4).f7228a; c1076g2.getClass(); List listU22 = u0.u(c1076g2, list22); g6.o oVar22 = g6.o.f12958a; return new C1104d(new Shortcut(i8, oVar22.o(), oVar22.p()), listU22); } return aVar4; } public void y(h0.W w4) { ComponentCallbacksC1023x componentCallbacksC1023x = w4.f13125c; String str = componentCallbacksC1023x.f13297u; HashMap map = (HashMap) this.f1158s; if (map.get(str) != null) { return; } map.put(componentCallbacksC1023x.f13297u, w4); if (h0.P.L(2)) { Log.v("FragmentManager", "Added fragment to active set " + componentCallbacksC1023x); } } public void z(h0.W w4) { ComponentCallbacksC1023x componentCallbacksC1023x = w4.f13125c; if (componentCallbacksC1023x.f13274T) { ((S) this.f1160u).h(componentCallbacksC1023x); } HashMap map = (HashMap) this.f1158s; if (map.get(componentCallbacksC1023x.f13297u) == w4 && ((h0.W) map.put(componentCallbacksC1023x.f13297u, null)) != null && h0.P.L(2)) { Log.v("FragmentManager", "Removed fragment from active set " + componentCallbacksC1023x); } } public a(a aVar, C0700t c0700t) { this.f1156q = 13; this.f1159t = new HashMap(); this.f1160u = new HashMap(); this.f1158s = aVar; this.f1157r = c0700t; } public a(C0785g0 c0785g0, String str) { this.f1156q = 14; this.f1159t = c0785g0; w.c(str); this.f1160u = str; this.f1158s = new Bundle(); } public a(C0890b c0890b, C0966a c0966a, i6.c cVar) { this.f1156q = 19; this.f1158s = c0890b; this.f1157r = c0966a; this.f1159t = cVar; this.f1160u = new LinkedList(); } public a(C0926C c0926c, C1076g c1076g, C1075f c1075f, C1074e c1074e) { this.f1156q = 20; P6.g.e(c0926c, "movieRepository"); P6.g.e(c1076g, "continueWatchMapper"); P6.g.e(c1075f, "continueLocalWatchMapper"); P6.g.e(c1074e, "continueWatchEntityMapper"); this.f1158s = c0926c; this.f1157r = c1076g; this.f1159t = c1075f; this.f1160u = c1074e; } public a(PivotLayoutManager pivotLayoutManager) { this.f1156q = 17; this.f1158s = pivotLayoutManager; this.f1157r = new SparseIntArray(); this.f1159t = new SparseIntArray(); this.f1160u = new SparseIntArray(); } public a(InterfaceC0382w interfaceC0382w, C0111s c0111s, W.H h8) { this.f1156q = 9; this.f1158s = interfaceC0382w; this.f1157r = h8; this.f1159t = AbstractC0386a.e(Integer.MAX_VALUE, 6, null); this.f1160u = new P.g(10); d0 d0Var = (d0) interfaceC0382w.u().K(C0379t.f7546r); if (d0Var != null) { d0Var.Q(new C0108o(c0111s, 3, this)); } } public a(PivotLayoutManager pivotLayoutManager, C0890b c0890b, i6.c cVar, C0891c c0891c, m6.d dVar) { this.f1156q = 15; this.f1158s = c0890b; this.f1157r = cVar; this.f1159t = c0891c; this.f1160u = dVar; } public a(androidx.lifecycle.Z z8, Y y8, AbstractC1483b abstractC1483b) { this.f1156q = 21; P6.g.e(z8, "store"); P6.g.e(abstractC1483b, "defaultExtras"); this.f1158s = z8; this.f1157r = y8; this.f1159t = abstractC1483b; this.f1160u = new C(14); } public a(String str, String str2, StackTraceElement[] stackTraceElementArr, a aVar) { this.f1156q = 23; this.f1160u = str; this.f1158s = str2; this.f1157r = stackTraceElementArr; this.f1159t = aVar; } public a(E6.i iVar) { this.f1156q = 7; P6.g.e(iVar, "backgroundDispatcher"); this.f1158s = iVar; this.f1159t = new LinkedBlockingDeque(20); this.f1160u = new ServiceConnectionC0237m(1, this); } public a(u uVar) { this.f1156q = 5; this.f1158s = new HashMap(uVar.f5176a); this.f1157r = new HashMap(uVar.f5177b); this.f1159t = new HashMap(uVar.f5178c); this.f1160u = new HashMap(uVar.f5179d); } public a(List list) { int i; this.f1156q = 26; this.f1158s = new o(); this.f1157r = new o(); C1738a c1738a = new C1738a(); this.f1159t = c1738a; String strTrim = new String((byte[]) list.get(0), StandardCharsets.UTF_8).trim(); int i5 = v.f18553a; for (String str : strTrim.split("\\r?\\n", -1)) { if (str.startsWith("palette: ")) { String[] strArrSplit = str.substring(9).split(",", -1); c1738a.f18881d = new int[strArrSplit.length]; for (int i8 = 0; i8 < strArrSplit.length; i8++) { int[] iArr = c1738a.f18881d; try { i = Integer.parseInt(strArrSplit[i8].trim(), 16); } catch (RuntimeException unused) { i = 0; } iArr[i8] = i; } } else if (str.startsWith("size: ")) { String[] strArrSplit2 = str.substring(6).trim().split("x", -1); if (strArrSplit2.length == 2) { try { c1738a.f18882e = Integer.parseInt(strArrSplit2[0]); c1738a.f18883f = Integer.parseInt(strArrSplit2[1]); c1738a.f18879b = true; } catch (RuntimeException e8) { AbstractC1709a.C("VobsubParser", "Parsing IDX failed", e8); } } } } } public a(Typeface typeface, C0761b c0761b) { int i; int i5; int i8; int i9; this.f1156q = 11; this.f1160u = typeface; this.f1158s = c0761b; this.f1159t = new c0.p(1024); int iA = c0761b.a(6); if (iA != 0) { int i10 = iA + c0761b.f1390q; i = ((ByteBuffer) c0761b.f1393t).getInt(((ByteBuffer) c0761b.f1393t).getInt(i10) + i10); } else { i = 0; } this.f1157r = new char[i * 2]; int iA2 = c0761b.a(6); if (iA2 != 0) { int i11 = iA2 + c0761b.f1390q; i5 = ((ByteBuffer) c0761b.f1393t).getInt(((ByteBuffer) c0761b.f1393t).getInt(i11) + i11); } else { i5 = 0; } for (int i12 = 0; i12 < i5; i12++) { C0575l c0575l = new C0575l(this, i12); C0760a c0760aB = c0575l.b(); int iA3 = c0760aB.a(4); Character.toChars(iA3 != 0 ? ((ByteBuffer) c0760aB.f1393t).getInt(iA3 + c0760aB.f1390q) : 0, (char[]) this.f1157r, i12 * 2); C0760a c0760aB2 = c0575l.b(); int iA4 = c0760aB2.a(16); if (iA4 != 0) { int i13 = iA4 + c0760aB2.f1390q; i8 = ((ByteBuffer) c0760aB2.f1393t).getInt(((ByteBuffer) c0760aB2.f1393t).getInt(i13) + i13); } else { i8 = 0; } AbstractC0386a.f("invalid metadata codepoint length", i8 > 0); C0760a c0760aB3 = c0575l.b(); int iA5 = c0760aB3.a(16); if (iA5 != 0) { int i14 = iA5 + c0760aB3.f1390q; i9 = ((ByteBuffer) c0760aB3.f1393t).getInt(((ByteBuffer) c0760aB3.f1393t).getInt(i14) + i14); } else { i9 = 0; } ((c0.p) this.f1159t).a(c0575l, 0, i9 - 1); } } public a(W w4, y0.i iVar, y0.i iVar2, y0.i iVar3) { Object objK; this.f1156q = 25; if (w4 != null) { objK = G.k(w4); } else { E e8 = G.f1197r; objK = W.f1225u; } this.f1158s = objK; this.f1157r = iVar; this.f1159t = iVar2; this.f1160u = iVar3; } public a(Class cls) { this.f1156q = 2; this.f1157r = new ConcurrentHashMap(); this.f1158s = cls; this.f1160u = R3.a.f6057b; } public a(K k8, List list) { this.f1156q = 8; this.f1160u = k8; this.f1158s = i7.e.a(); this.f1157r = AbstractC0385z.a(); this.f1159t = B6.k.x0(list); } public a(int i) { this.f1156q = i; switch (i) { case 5: this.f1158s = new HashMap(); this.f1157r = new HashMap(); this.f1159t = new HashMap(); this.f1160u = new HashMap(); break; case 10: R0 r02 = new R0(); this.f1158s = r02; R0 r03 = new R0(); this.f1157r = r03; this.f1159t = r03; this.f1160u = r02; break; case 12: C0700t c0700t = new C0700t(0); this.f1158s = c0700t; a aVar = new a((a) null, c0700t); this.f1159t = aVar; this.f1157r = aVar.M(); C0674n2 c0674n2 = new C0674n2(1); this.f1160u = c0674n2; aVar.U("require", new o4(c0674n2)); ((HashMap) c0674n2.f9927a).put("internal.platform", new CallableC0622d0()); aVar.U("runtime.counter", new C0636g(Double.valueOf(0.0d))); break; case 16: this.f1157r = new ArrayList(); this.f1158s = new HashMap(); this.f1159t = new HashMap(); break; case 18: this.f1157r = new ArrayDeque(); this.f1159t = new ArrayDeque(); this.f1160u = new ArrayDeque(); break; case 22: this.f1158s = new o(); this.f1157r = new o(); this.f1159t = new C1533a(); break; case 27: this.f1158s = new L.b(10); this.f1159t = new q.i(0); this.f1157r = new ArrayList(); this.f1160u = new HashSet(); break; default: this.f1157r = new ArrayList(); this.f1160u = new ArrayList(); break; } } public a(n0 n0Var, boolean[] zArr) { this.f1156q = 3; this.f1158s = n0Var; this.f1157r = zArr; int i = n0Var.f3883a; this.f1159t = new boolean[i]; this.f1160u = new boolean[i]; } }