package androidx.navigation; import Y4.c0; import android.app.Activity; import android.content.Context; import android.content.Intent; import android.net.Uri; import android.os.Bundle; import android.os.Parcelable; import android.util.Log; import androidx.lifecycle.C1104m; import androidx.lifecycle.EnumC1108q; import androidx.lifecycle.InterfaceC1113w; import j2.C2322C; import java.util.ArrayList; import java.util.Collection; import java.util.HashMap; import java.util.Iterator; import java.util.LinkedHashMap; import java.util.List; import java.util.ListIterator; import java.util.NoSuchElementException; import java.util.Set; import java.util.concurrent.CopyOnWriteArrayList; import java.util.concurrent.atomic.AtomicInteger; import java.util.concurrent.locks.ReentrantLock; import n2.AbstractC2612c; import x4.AbstractC3251q; import x4.AbstractC3252r; import x4.AbstractC3253s; import x4.AbstractC3257w; import x4.C3249o; /* JADX INFO: loaded from: classes.dex */ public final class H { /* JADX INFO: renamed from: A, reason: collision with root package name */ public int f12664A; /* JADX INFO: renamed from: B, reason: collision with root package name */ public final ArrayList f12665B; /* JADX INFO: renamed from: C, reason: collision with root package name */ public final Y4.N f12666C; /* JADX INFO: renamed from: D, reason: collision with root package name */ public final Y4.I f12667D; /* JADX INFO: renamed from: a, reason: collision with root package name */ public final Context f12668a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final Activity f12669b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public E f12670c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public Bundle f12671d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public Parcelable[] f12672e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public boolean f12673f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public final C3249o f12674g; /* JADX INFO: renamed from: h, reason: collision with root package name */ public final c0 f12675h; /* JADX INFO: renamed from: i, reason: collision with root package name */ public final c0 f12676i; /* JADX INFO: renamed from: j, reason: collision with root package name */ public final Y4.J f12677j; /* JADX INFO: renamed from: k, reason: collision with root package name */ public final LinkedHashMap f12678k; public final LinkedHashMap l; /* JADX INFO: renamed from: m, reason: collision with root package name */ public final LinkedHashMap f12679m; /* JADX INFO: renamed from: n, reason: collision with root package name */ public final LinkedHashMap f12680n; /* JADX INFO: renamed from: o, reason: collision with root package name */ public InterfaceC1113w f12681o; /* JADX INFO: renamed from: p, reason: collision with root package name */ public NavControllerViewModel f12682p; /* JADX INFO: renamed from: q, reason: collision with root package name */ public final CopyOnWriteArrayList f12683q; /* JADX INFO: renamed from: r, reason: collision with root package name */ public EnumC1108q f12684r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public final C1104m f12685s; /* JADX INFO: renamed from: t, reason: collision with root package name */ public final androidx.fragment.app.X f12686t; /* JADX INFO: renamed from: u, reason: collision with root package name */ public final boolean f12687u; /* JADX INFO: renamed from: v, reason: collision with root package name */ public final Y f12688v; /* JADX INFO: renamed from: w, reason: collision with root package name */ public final LinkedHashMap f12689w; /* JADX INFO: renamed from: x, reason: collision with root package name */ public kotlin.jvm.internal.p f12690x; /* JADX INFO: renamed from: y, reason: collision with root package name */ public C1140o f12691y; /* JADX INFO: renamed from: z, reason: collision with root package name */ public final LinkedHashMap f12692z; public H(Context context) { Object next; kotlin.jvm.internal.o.h(context, "context"); this.f12668a = context; Iterator it = R4.n.a0(C1127b.f12737c, context).iterator(); while (true) { if (!it.hasNext()) { next = null; break; } else { next = it.next(); if (((Context) next) instanceof Activity) { break; } } } this.f12669b = (Activity) next; this.f12674g = new C3249o(); x4.y yVar = x4.y.f26065a; this.f12675h = Y4.O.c(yVar); c0 c0VarC = Y4.O.c(yVar); this.f12676i = c0VarC; this.f12677j = new Y4.J(c0VarC); this.f12678k = new LinkedHashMap(); this.l = new LinkedHashMap(); this.f12679m = new LinkedHashMap(); this.f12680n = new LinkedHashMap(); this.f12683q = new CopyOnWriteArrayList(); this.f12684r = EnumC1108q.f12181b; this.f12685s = new C1104m(this, 1); this.f12686t = new androidx.fragment.app.X(this, 1); this.f12687u = true; Y y6 = new Y(); this.f12688v = y6; this.f12689w = new LinkedHashMap(); this.f12692z = new LinkedHashMap(); y6.a(new G(y6)); y6.a(new C1128c(this.f12668a)); this.f12665B = new ArrayList(); m1.g.k(new r(this, 0)); Y4.N nA = Y4.O.a((1 & 1) != 0 ? 0 : 1, (1 & 2) == 0 ? 16 : 0, X4.a.f8641b); this.f12666C = nA; this.f12667D = new Y4.I(nA); } public static B e(B b5, int i6, boolean z6, B b6) { E e6; if (b5.f12644f == i6 && (b6 == null || (b5.equals(b6) && kotlin.jvm.internal.o.c(b5.f12640b, b6.f12640b)))) { return b5; } if (b5 instanceof E) { e6 = (E) b5; } else { e6 = b5.f12640b; kotlin.jvm.internal.o.e(e6); } return e6.l(i6, e6, z6, b6); } public static void n(H h5, String route, K k6, int i6) { if ((i6 & 2) != 0) { k6 = null; } h5.getClass(); kotlin.jvm.internal.o.h(route, "route"); if (h5.f12670c == null) { throw new IllegalArgumentException(("Cannot navigate to " + route + ". Navigation graph has not been set for NavController " + h5 + '.').toString()); } E eJ = h5.j(h5.f12674g); C1150z c1150zN = eJ.n(route, true, eJ); if (c1150zN == null) { StringBuilder sbS = com.google.android.recaptcha.internal.a.s("Navigation destination that matches route ", route, " cannot be found in the navigation graph "); sbS.append(h5.f12670c); throw new IllegalArgumentException(sbS.toString()); } B b5 = c1150zN.f12815a; Bundle bundleG = b5.g(c1150zN.f12816b); if (bundleG == null) { bundleG = new Bundle(); } Intent intent = new Intent(); int i7 = B.l; String str = b5.f12645j; Uri uri = Uri.parse(str != null ? "android-app://androidx.navigation/".concat(str) : ""); kotlin.jvm.internal.o.d(uri); intent.setDataAndType(uri, null); intent.setAction(null); bundleG.putParcelable("android-support-nav:controller:deepLinkIntent", intent); h5.l(b5, bundleG, k6); } public static /* synthetic */ void s(H h5, C1137l c1137l) { h5.r(c1137l, false, new C3249o()); } public final void a(B b5, Bundle bundle, C1137l c1137l, List list) { Object objPrevious; Object objPrevious2; B b6 = c1137l.f12757b; boolean z6 = b6 instanceof InterfaceC1129d; C3249o c3249o = this.f12674g; if (!z6) { while (!c3249o.isEmpty() && (((C1137l) c3249o.last()).f12757b instanceof InterfaceC1129d) && q(true, ((C1137l) c3249o.last()).f12757b.f12644f, false)) { } } C3249o c3249o2 = new C3249o(); boolean z7 = b5 instanceof E; Context context = this.f12668a; Object obj = null; if (z7) { B b7 = b6; do { kotlin.jvm.internal.o.e(b7); b7 = b7.f12640b; if (b7 != null) { ListIterator listIterator = list.listIterator(list.size()); while (true) { if (listIterator.hasPrevious()) { objPrevious2 = listIterator.previous(); if (kotlin.jvm.internal.o.c(((C1137l) objPrevious2).f12757b, b7)) { break; } } else { objPrevious2 = null; break; } } C1137l c1137lJ = (C1137l) objPrevious2; if (c1137lJ == null) { c1137lJ = C1134i.j(context, b7, bundle, i(), this.f12682p); } c3249o2.addFirst(c1137lJ); if (!c3249o.isEmpty() && ((C1137l) c3249o.last()).f12757b == b7) { s(this, (C1137l) c3249o.last()); } } if (b7 == null) { break; } } while (b7 != b5); } B b8 = c3249o2.isEmpty() ? b6 : ((C1137l) c3249o2.first()).f12757b; while (b8 != null && d(b8.f12644f, b8) != b8) { b8 = b8.f12640b; if (b8 != null) { Bundle bundle2 = (bundle == null || !bundle.isEmpty()) ? bundle : null; ListIterator listIterator2 = list.listIterator(list.size()); while (true) { if (listIterator2.hasPrevious()) { objPrevious = listIterator2.previous(); if (kotlin.jvm.internal.o.c(((C1137l) objPrevious).f12757b, b8)) { break; } } else { objPrevious = null; break; } } C1137l c1137lJ2 = (C1137l) objPrevious; if (c1137lJ2 == null) { c1137lJ2 = C1134i.j(context, b8, b8.g(bundle2), i(), this.f12682p); } c3249o2.addFirst(c1137lJ2); } } if (!c3249o2.isEmpty()) { b6 = ((C1137l) c3249o2.first()).f12757b; } while (!c3249o.isEmpty() && (((C1137l) c3249o.last()).f12757b instanceof E)) { B b9 = ((C1137l) c3249o.last()).f12757b; kotlin.jvm.internal.o.f(b9, "null cannot be cast to non-null type androidx.navigation.NavGraph"); if (((E) b9).f12656m.b(b6.f12644f) != null) { break; } else { s(this, (C1137l) c3249o.last()); } } C1137l c1137l2 = (C1137l) c3249o.j(); if (c1137l2 == null) { c1137l2 = (C1137l) c3249o2.j(); } if (!kotlin.jvm.internal.o.c(c1137l2 != null ? c1137l2.f12757b : null, this.f12670c)) { ListIterator listIterator3 = list.listIterator(list.size()); while (true) { if (!listIterator3.hasPrevious()) { break; } Object objPrevious3 = listIterator3.previous(); B b10 = ((C1137l) objPrevious3).f12757b; E e6 = this.f12670c; kotlin.jvm.internal.o.e(e6); if (kotlin.jvm.internal.o.c(b10, e6)) { obj = objPrevious3; break; } } C1137l c1137lJ3 = (C1137l) obj; if (c1137lJ3 == null) { E e7 = this.f12670c; kotlin.jvm.internal.o.e(e7); E e8 = this.f12670c; kotlin.jvm.internal.o.e(e8); c1137lJ3 = C1134i.j(context, e7, e8.g(bundle), i(), this.f12682p); } c3249o2.addFirst(c1137lJ3); } for (C1137l c1137l3 : c3249o2) { Object obj2 = this.f12689w.get(this.f12688v.b(c1137l3.f12757b.f12639a)); if (obj2 == null) { throw new IllegalStateException(com.google.android.recaptcha.internal.a.n(new StringBuilder("NavigatorBackStack for "), b5.f12639a, " should already be created").toString()); } ((C1139n) obj2).a(c1137l3); } c3249o.addAll(c3249o2); c3249o.addLast(c1137l); for (C1137l c1137l4 : AbstractC3251q.t0(c3249o2, c1137l)) { E e9 = c1137l4.f12757b.f12640b; if (e9 != null) { k(c1137l4, f(e9.f12644f)); } } } public final boolean b() { C3249o c3249o; while (true) { c3249o = this.f12674g; if (c3249o.isEmpty() || !(((C1137l) c3249o.last()).f12757b instanceof E)) { break; } s(this, (C1137l) c3249o.last()); } C1137l c1137l = (C1137l) c3249o.l(); ArrayList arrayList = this.f12665B; if (c1137l != null) { arrayList.add(c1137l); } this.f12664A++; w(); int i6 = this.f12664A - 1; this.f12664A = i6; if (i6 == 0) { ArrayList arrayListE0 = AbstractC3251q.E0(arrayList); arrayList.clear(); for (C1137l c1137l2 : arrayListE0) { Iterator it = this.f12683q.iterator(); if (it.hasNext()) { if (it.next() != null) { throw new ClassCastException(); } B b5 = c1137l2.f12757b; c1137l2.a(); throw null; } this.f12666C.c(c1137l2); } ArrayList arrayListE02 = AbstractC3251q.E0(c3249o); c0 c0Var = this.f12675h; c0Var.getClass(); c0Var.k(null, arrayListE02); ArrayList arrayListT = t(); c0 c0Var2 = this.f12676i; c0Var2.getClass(); c0Var2.k(null, arrayListT); } return c1137l != null; } public final boolean c(ArrayList arrayList, B b5, boolean z6, boolean z7) { H h5; boolean z8; String str; kotlin.jvm.internal.y yVar = new kotlin.jvm.internal.y(); C3249o c3249o = new C3249o(); Iterator it = arrayList.iterator(); while (true) { if (!it.hasNext()) { h5 = this; z8 = z7; break; } X x6 = (X) it.next(); kotlin.jvm.internal.y yVar2 = new kotlin.jvm.internal.y(); C1137l c1137l = (C1137l) this.f12674g.last(); h5 = this; z8 = z7; h5.f12691y = new C1140o(yVar2, yVar, h5, z8, c3249o); x6.e(c1137l, z8); h5.f12691y = null; if (!yVar2.f20130a) { break; } z7 = z8; } if (z8) { LinkedHashMap linkedHashMap = h5.f12679m; if (!z6) { R4.f fVar = new R4.f(new R4.j(R4.n.a0(C1127b.f12739e, b5), new C1141p(this, 0))); while (fVar.hasNext()) { Integer numValueOf = Integer.valueOf(((B) fVar.next()).f12644f); C1138m c1138m = (C1138m) c3249o.j(); linkedHashMap.put(numValueOf, c1138m != null ? c1138m.f12767a : null); } } if (!c3249o.isEmpty()) { C1138m c1138m2 = (C1138m) c3249o.first(); R4.f fVar2 = new R4.f(new R4.j(R4.n.a0(C1127b.f12740f, d(c1138m2.f12768b, null)), new C1141p(this, 1))); while (true) { boolean zHasNext = fVar2.hasNext(); str = c1138m2.f12767a; if (!zHasNext) { break; } linkedHashMap.put(Integer.valueOf(((B) fVar2.next()).f12644f), str); } if (linkedHashMap.values().contains(str)) { h5.f12680n.put(str, c3249o); } } } x(); return yVar.f20130a; } public final B d(int i6, B b5) { B b6; E e6 = this.f12670c; if (e6 == null) { return null; } if (e6.f12644f == i6) { if (b5 == null) { return e6; } if (kotlin.jvm.internal.o.c(e6, b5) && b5.f12640b == null) { return this.f12670c; } } C1137l c1137l = (C1137l) this.f12674g.l(); if (c1137l == null || (b6 = c1137l.f12757b) == null) { b6 = this.f12670c; kotlin.jvm.internal.o.e(b6); } return e(b6, i6, false, b5); } public final C1137l f(int i6) { Object objPrevious; C3249o c3249o = this.f12674g; ListIterator listIterator = c3249o.listIterator(c3249o.size()); while (true) { if (!listIterator.hasPrevious()) { objPrevious = null; break; } objPrevious = listIterator.previous(); if (((C1137l) objPrevious).f12757b.f12644f == i6) { break; } } C1137l c1137l = (C1137l) objPrevious; if (c1137l != null) { return c1137l; } StringBuilder sbR = com.google.android.recaptcha.internal.a.r(i6, "No destination with ID ", " is on the NavController's back stack. The current destination is "); sbR.append(g()); throw new IllegalArgumentException(sbR.toString().toString()); } public final B g() { C1137l c1137l = (C1137l) this.f12674g.l(); if (c1137l != null) { return c1137l.f12757b; } return null; } public final E h() { E e6 = this.f12670c; if (e6 == null) { throw new IllegalStateException("You must call setGraph() before calling getGraph()"); } kotlin.jvm.internal.o.f(e6, "null cannot be cast to non-null type androidx.navigation.NavGraph"); return e6; } public final EnumC1108q i() { return this.f12681o == null ? EnumC1108q.f12182c : this.f12684r; } public final E j(C3249o c3249o) { B b5; C1137l c1137l = (C1137l) c3249o.l(); if (c1137l == null || (b5 = c1137l.f12757b) == null) { b5 = this.f12670c; kotlin.jvm.internal.o.e(b5); } if (b5 instanceof E) { return (E) b5; } E e6 = b5.f12640b; kotlin.jvm.internal.o.e(e6); return e6; } public final void k(C1137l c1137l, C1137l c1137l2) { this.f12678k.put(c1137l, c1137l2); LinkedHashMap linkedHashMap = this.l; if (linkedHashMap.get(c1137l2) == null) { linkedHashMap.put(c1137l2, new AtomicInteger(0)); } Object obj = linkedHashMap.get(c1137l2); kotlin.jvm.internal.o.e(obj); ((AtomicInteger) obj).incrementAndGet(); } /* JADX WARN: Removed duplicated region for block: B:14:0x0040 */ /* JADX WARN: Removed duplicated region for block: B:52:0x0101 */ /* JADX WARN: Removed duplicated region for block: B:87:0x01f0 */ /* JADX WARN: Removed duplicated region for block: B:89:0x01f5 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final void l(B b5, Bundle bundle, K k6) { boolean zQ; LinkedHashMap linkedHashMap; boolean z6; int iNextIndex; B b6; int iNextIndex2; LinkedHashMap linkedHashMap2 = this.f12689w; Iterator it = linkedHashMap2.values().iterator(); while (it.hasNext()) { ((C1139n) it.next()).f12774d = true; } kotlin.jvm.internal.y yVar = new kotlin.jvm.internal.y(); if (k6 != null) { String str = k6.f12706h; boolean z7 = k6.f12703e; boolean z8 = k6.f12702d; if (str != null) { zQ = p(str, z8, z7); } else { int i6 = k6.f12701c; zQ = i6 != -1 ? q(z8, i6, z7) : false; } } Bundle bundleG = b5.g(bundle); if (k6 != null && k6.f12700b && this.f12679m.containsKey(Integer.valueOf(b5.f12644f))) { yVar.f20130a = u(b5.f12644f, bundleG, k6); linkedHashMap = linkedHashMap2; z6 = false; } else { Y y6 = this.f12688v; if (k6 == null || !k6.f12699a) { linkedHashMap = linkedHashMap2; z6 = false; if (!z6) { C1137l c1137lJ = C1134i.j(this.f12668a, b5, bundleG, i(), this.f12682p); X xB = y6.b(b5.f12639a); List listQ = AbstractC2612c.q(c1137lJ); this.f12690x = new C2322C(yVar, this, b5, bundleG); xB.d(listQ, k6); this.f12690x = null; } } else { C3249o c3249o = this.f12674g; C1137l c1137l = (C1137l) c3249o.l(); ListIterator listIterator = c3249o.listIterator(c3249o.size()); while (true) { if (listIterator.hasPrevious()) { if (((C1137l) listIterator.previous()).f12757b == b5) { iNextIndex = listIterator.nextIndex(); break; } } else { iNextIndex = -1; break; } } if (iNextIndex != -1) { if (b5 instanceof E) { int i7 = E.f12655q; List listD0 = R4.n.d0(R4.n.b0(R4.n.a0(C1127b.l, (E) b5), C1127b.f12741j)); if (c3249o.size() - iNextIndex == listD0.size()) { List listSubList = c3249o.subList(iNextIndex, c3249o.size()); ArrayList arrayList = new ArrayList(AbstractC3253s.G(listSubList, 10)); Iterator it2 = listSubList.iterator(); while (it2.hasNext()) { arrayList.add(Integer.valueOf(((C1137l) it2.next()).f12757b.f12644f)); } if (arrayList.equals(listD0)) { C3249o c3249o2 = new C3249o(); while (AbstractC3252r.A(c3249o) >= iNextIndex) { C1137l c1137l2 = (C1137l) AbstractC3257w.U(c3249o); v(c1137l2); C1137l c1137l3 = new C1137l(c1137l2.f12756a, c1137l2.f12757b, c1137l2.f12757b.g(bundle), c1137l2.f12759d, c1137l2.f12760e, c1137l2.f12761f, c1137l2.f12762j); c1137l3.f12759d = c1137l2.f12759d; c1137l3.b(c1137l2.f12765n); c3249o2.addFirst(c1137l3); linkedHashMap2 = linkedHashMap2; } linkedHashMap = linkedHashMap2; for (C1137l c1137l4 : c3249o2) { E e6 = c1137l4.f12757b.f12640b; if (e6 != null) { k(c1137l4, f(e6.f12644f)); } c3249o.addLast(c1137l4); } for (C1137l c1137l5 : c3249o2) { X xB2 = y6.b(c1137l5.f12757b.f12639a); B b7 = c1137l5.f12757b; if (b7 == null) { b7 = null; } if (b7 != null) { AbstractC1131f.f(C1127b.f12743m); xB2.c(b7); C1139n c1139nB = xB2.b(); ReentrantLock reentrantLock = c1139nB.f12771a; reentrantLock.lock(); try { ArrayList arrayListE0 = AbstractC3251q.E0((Collection) ((c0) c1139nB.f12775e.f8871a).getValue()); ListIterator listIterator2 = arrayListE0.listIterator(arrayListE0.size()); while (true) { if (listIterator2.hasPrevious()) { if (kotlin.jvm.internal.o.c(((C1137l) listIterator2.previous()).f12761f, c1137l5.f12761f)) { iNextIndex2 = listIterator2.nextIndex(); break; } } else { iNextIndex2 = -1; break; } } arrayListE0.set(iNextIndex2, c1137l5); c0 c0Var = c1139nB.f12772b; c0Var.getClass(); c0Var.k(null, arrayListE0); reentrantLock.unlock(); } catch (Throwable th) { reentrantLock.unlock(); throw th; } } } z6 = true; } } linkedHashMap = linkedHashMap2; z6 = false; } else if (c1137l == null || (b6 = c1137l.f12757b) == null || b5.f12644f != b6.f12644f) { } if (!z6) { } } } } x(); Iterator it3 = linkedHashMap.values().iterator(); while (it3.hasNext()) { ((C1139n) it3.next()).f12774d = false; } if (zQ || yVar.f20130a || z6) { b(); } else { w(); } } public final void m(String route, J4.c cVar) { kotlin.jvm.internal.o.h(route, "route"); n(this, route, AbstractC1131f.f(cVar), 4); } public final boolean o() { if (!this.f12674g.isEmpty()) { B bG = g(); kotlin.jvm.internal.o.e(bG); if (q(true, bG.f12644f, false) && b()) { return true; } } return false; } /* JADX WARN: Removed duplicated region for block: B:48:0x00ca */ /* JADX WARN: Removed duplicated region for block: B:51:0x00da A[LOOP:0: B:6:0x001d->B:51:0x00da, LOOP_END] */ /* JADX WARN: Removed duplicated region for block: B:63:0x00e1 A[EDGE_INSN: B:63:0x00e1->B:53:0x00e1 BREAK A[LOOP:0: B:6:0x001d->B:51:0x00da], SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final boolean p(String route, boolean z6, boolean z7) { boolean z8; Object objPrevious; Object objA; Object objA2; C3249o c3249o = this.f12674g; boolean z9 = false; if (c3249o.isEmpty()) { return false; } ArrayList arrayList = new ArrayList(); ListIterator listIterator = c3249o.listIterator(c3249o.size()); while (true) { if (!listIterator.hasPrevious()) { z8 = z9; objPrevious = null; break; } objPrevious = listIterator.previous(); C1137l c1137l = (C1137l) objPrevious; B b5 = c1137l.f12757b; Bundle bundleA = c1137l.a(); b5.getClass(); kotlin.jvm.internal.o.h(route, "route"); boolean z10 = true; if (kotlin.jvm.internal.o.c(b5.f12645j, route)) { z8 = z9; if (!z6) { arrayList.add(this.f12688v.b(c1137l.f12757b.f12639a)); if (!z10) { } } } else { C1150z c1150zJ = b5.j(route); if (b5.equals(c1150zJ != null ? c1150zJ.f12815a : null)) { if (bundleA != null) { Bundle bundle = c1150zJ.f12816b; if (bundle == null) { z8 = z9; } else { Set setKeySet = bundle.keySet(); kotlin.jvm.internal.o.g(setKeySet, "matchingArgs.keySet()"); for (String key : setKeySet) { if (bundleA.containsKey(key)) { C1132g c1132g = (C1132g) c1150zJ.f12815a.f12643e.get(key); U u6 = c1132g != null ? c1132g.f12748a : null; z8 = z9; if (u6 != null) { kotlin.jvm.internal.o.g(key, "key"); objA = u6.a(bundle, key); } else { objA = null; } if (u6 != null) { kotlin.jvm.internal.o.g(key, "key"); objA2 = u6.a(bundleA, key); } else { objA2 = null; } if (u6 == null || u6.f(objA, objA2)) { z9 = z8; } } else { z8 = z9; } } z8 = z9; } } else { z8 = z9; c1150zJ.getClass(); } z10 = z8; break; } z10 = z9; z8 = z10; if (!z6 || !z10) { arrayList.add(this.f12688v.b(c1137l.f12757b.f12639a)); } if (!z10) { break; } z9 = z8; } } C1137l c1137l2 = (C1137l) objPrevious; B b6 = c1137l2 != null ? c1137l2.f12757b : null; if (b6 != null) { return c(arrayList, b6, z6, z7); } Log.i("NavController", "Ignoring popBackStack to route " + route + " as it was not found on the current back stack"); return z8; } public final boolean q(boolean z6, int i6, boolean z7) { B b5; C3249o c3249o = this.f12674g; if (c3249o.isEmpty()) { return false; } ArrayList arrayList = new ArrayList(); Iterator it = AbstractC3251q.u0(c3249o).iterator(); while (true) { if (!it.hasNext()) { b5 = null; break; } b5 = ((C1137l) it.next()).f12757b; X xB = this.f12688v.b(b5.f12639a); if (z6 || b5.f12644f != i6) { arrayList.add(xB); } if (b5.f12644f == i6) { break; } } if (b5 != null) { return c(arrayList, b5, z6, z7); } int i7 = B.l; Log.i("NavController", "Ignoring popBackStack to destination " + AbstractC1131f.a(this.f12668a, i6) + " as it was not found on the current back stack"); return false; } public final void r(C1137l c1137l, boolean z6, C3249o c3249o) { NavControllerViewModel navControllerViewModel; Y4.J j4; Set set; C3249o c3249o2 = this.f12674g; C1137l c1137l2 = (C1137l) c3249o2.last(); if (!kotlin.jvm.internal.o.c(c1137l2, c1137l)) { throw new IllegalStateException(("Attempted to pop " + c1137l.f12757b + ", which is not the top of the back stack (" + c1137l2.f12757b + ')').toString()); } AbstractC3257w.U(c3249o2); C1139n c1139n = (C1139n) this.f12689w.get(this.f12688v.b(c1137l2.f12757b.f12639a)); boolean z7 = true; if ((c1139n == null || (j4 = c1139n.f12776f) == null || (set = (Set) ((c0) j4.f8871a).getValue()) == null || !set.contains(c1137l2)) && !this.l.containsKey(c1137l2)) { z7 = false; } EnumC1108q enumC1108q = c1137l2.f12763k.f12191c; EnumC1108q enumC1108q2 = EnumC1108q.f12182c; if (enumC1108q.compareTo(enumC1108q2) >= 0) { if (z6) { c1137l2.b(enumC1108q2); c3249o.addFirst(new C1138m(c1137l2)); } if (z7) { c1137l2.b(enumC1108q2); } else { c1137l2.b(EnumC1108q.f12180a); v(c1137l2); } } if (z6 || z7 || (navControllerViewModel = this.f12682p) == null) { return; } navControllerViewModel.clear(c1137l2.f12761f); } public final ArrayList t() { ArrayList arrayList = new ArrayList(); Iterator it = this.f12689w.values().iterator(); while (it.hasNext()) { Iterable iterable = (Iterable) ((c0) ((C1139n) it.next()).f12776f.f8871a).getValue(); ArrayList arrayList2 = new ArrayList(); for (Object obj : iterable) { C1137l c1137l = (C1137l) obj; if (!arrayList.contains(c1137l) && c1137l.f12765n.compareTo(EnumC1108q.f12183d) < 0) { arrayList2.add(obj); } } AbstractC3257w.L(arrayList2, arrayList); } ArrayList arrayList3 = new ArrayList(); for (Object obj2 : this.f12674g) { C1137l c1137l2 = (C1137l) obj2; if (!arrayList.contains(c1137l2) && c1137l2.f12765n.compareTo(EnumC1108q.f12183d) >= 0) { arrayList3.add(obj2); } } AbstractC3257w.L(arrayList3, arrayList); ArrayList arrayList4 = new ArrayList(); for (Object obj3 : arrayList) { if (!(((C1137l) obj3).f12757b instanceof E)) { arrayList4.add(obj3); } } return arrayList4; } public final boolean u(int i6, Bundle bundle, K k6) { B bH; C1137l c1137l; B b5; int i7 = 0; LinkedHashMap linkedHashMap = this.f12679m; if (!linkedHashMap.containsKey(Integer.valueOf(i6))) { return false; } String str = (String) linkedHashMap.get(Integer.valueOf(i6)); AbstractC3257w.Q(linkedHashMap.values(), new C1143s(i7, str)); C3249o c3249o = (C3249o) kotlin.jvm.internal.F.b(this.f12680n).remove(str); ArrayList arrayList = new ArrayList(); C1137l c1137l2 = (C1137l) this.f12674g.l(); if (c1137l2 == null || (bH = c1137l2.f12757b) == null) { bH = h(); } if (c3249o != null) { for (C1138m c1138m : c3249o) { B bE = e(bH, c1138m.f12768b, true, null); Context context = this.f12668a; if (bE == null) { int i8 = B.l; throw new IllegalStateException(("Restore State failed: destination " + AbstractC1131f.a(context, c1138m.f12768b) + " cannot be found from the current destination " + bH).toString()); } arrayList.add(c1138m.a(context, bE, i(), this.f12682p)); bH = bE; } } ArrayList arrayList2 = new ArrayList(); ArrayList arrayList3 = new ArrayList(); for (Object obj : arrayList) { if (!(((C1137l) obj).f12757b instanceof E)) { arrayList3.add(obj); } } for (C1137l c1137l3 : arrayList3) { List list = (List) AbstractC3251q.o0(arrayList2); if (kotlin.jvm.internal.o.c((list == null || (c1137l = (C1137l) AbstractC3251q.n0(list)) == null || (b5 = c1137l.f12757b) == null) ? null : b5.f12639a, c1137l3.f12757b.f12639a)) { list.add(c1137l3); } else { arrayList2.add(AbstractC3252r.C(c1137l3)); } } kotlin.jvm.internal.y yVar = new kotlin.jvm.internal.y(); for (List list2 : arrayList2) { X xB = this.f12688v.b(((C1137l) AbstractC3251q.e0(list2)).f12757b.f12639a); Bundle bundle2 = bundle; this.f12690x = new C1142q(yVar, arrayList, new kotlin.jvm.internal.A(), this, bundle2, 0); xB.d(list2, k6); this.f12690x = null; bundle = bundle2; } return yVar.f20130a; } public final void v(C1137l child) { kotlin.jvm.internal.o.h(child, "child"); C1137l c1137l = (C1137l) this.f12678k.remove(child); if (c1137l == null) { return; } LinkedHashMap linkedHashMap = this.l; AtomicInteger atomicInteger = (AtomicInteger) linkedHashMap.get(c1137l); Integer numValueOf = atomicInteger != null ? Integer.valueOf(atomicInteger.decrementAndGet()) : null; if (numValueOf != null && numValueOf.intValue() == 0) { C1139n c1139n = (C1139n) this.f12689w.get(this.f12688v.b(c1137l.f12757b.f12639a)); if (c1139n != null) { c1139n.b(c1137l); } linkedHashMap.remove(c1137l); } } public final void w() { AtomicInteger atomicInteger; Y4.J j4; Set set; ArrayList arrayListE0 = AbstractC3251q.E0(this.f12674g); if (arrayListE0.isEmpty()) { return; } B b5 = ((C1137l) AbstractC3251q.n0(arrayListE0)).f12757b; ArrayList arrayList = new ArrayList(); if (b5 instanceof InterfaceC1129d) { Iterator it = AbstractC3251q.u0(arrayListE0).iterator(); while (it.hasNext()) { B b6 = ((C1137l) it.next()).f12757b; arrayList.add(b6); if (!(b6 instanceof InterfaceC1129d) && !(b6 instanceof E)) { break; } } } HashMap map = new HashMap(); for (C1137l c1137l : AbstractC3251q.u0(arrayListE0)) { EnumC1108q enumC1108q = c1137l.f12765n; B b7 = c1137l.f12757b; if (b5 != null && b7.f12644f == b5.f12644f) { EnumC1108q enumC1108q2 = EnumC1108q.f12184e; if (enumC1108q != enumC1108q2) { C1139n c1139n = (C1139n) this.f12689w.get(this.f12688v.b(b7.f12639a)); if (kotlin.jvm.internal.o.c((c1139n == null || (j4 = c1139n.f12776f) == null || (set = (Set) ((c0) j4.f8871a).getValue()) == null) ? null : Boolean.valueOf(set.contains(c1137l)), Boolean.TRUE) || ((atomicInteger = (AtomicInteger) this.l.get(c1137l)) != null && atomicInteger.get() == 0)) { map.put(c1137l, EnumC1108q.f12183d); } else { map.put(c1137l, enumC1108q2); } } B b8 = (B) AbstractC3251q.g0(arrayList); if (b8 != null && b8.f12644f == b7.f12644f) { if (arrayList.isEmpty()) { throw new NoSuchElementException("List is empty."); } arrayList.remove(0); } b5 = b5.f12640b; } else if (arrayList.isEmpty() || b7.f12644f != ((B) AbstractC3251q.e0(arrayList)).f12644f) { c1137l.b(EnumC1108q.f12182c); } else { if (arrayList.isEmpty()) { throw new NoSuchElementException("List is empty."); } B b9 = (B) arrayList.remove(0); if (enumC1108q == EnumC1108q.f12184e) { c1137l.b(EnumC1108q.f12183d); } else { EnumC1108q enumC1108q3 = EnumC1108q.f12183d; if (enumC1108q != enumC1108q3) { map.put(c1137l, enumC1108q3); } } E e6 = b9.f12640b; if (e6 != null && !arrayList.contains(e6)) { arrayList.add(e6); } } } for (C1137l c1137l2 : arrayListE0) { EnumC1108q enumC1108q4 = (EnumC1108q) map.get(c1137l2); if (enumC1108q4 != null) { c1137l2.b(enumC1108q4); } else { c1137l2.c(); } } } /* JADX WARN: Type inference failed for: r0v2, types: [J4.a, kotlin.jvm.internal.l] */ public final void x() { int i6; boolean z6 = false; if (this.f12687u) { C3249o c3249o = this.f12674g; if (c3249o == null || !c3249o.isEmpty()) { Iterator it = c3249o.iterator(); i6 = 0; while (it.hasNext()) { if (!(((C1137l) it.next()).f12757b instanceof E) && (i6 = i6 + 1) < 0) { throw new ArithmeticException("Count overflow has happened."); } } } else { i6 = 0; } if (i6 > 1) { z6 = true; } } androidx.fragment.app.X x6 = this.f12686t; x6.f14498a = z6; ?? r02 = x6.f14500c; if (r02 != 0) { r02.invoke(); } } }