package androidx.fragment.app; import F1.AbstractC0195y; import F1.ViewTreeObserverOnPreDrawListenerC0188q; import android.animation.Animator; import android.content.Context; import android.graphics.Rect; import android.util.Log; import android.view.View; import android.view.ViewGroup; import android.view.animation.Animation; import com.debridstream.tv.R; import java.lang.reflect.Field; import java.util.ArrayList; import java.util.Iterator; import java.util.LinkedHashMap; import java.util.LinkedHashSet; import java.util.ListIterator; import java.util.Set; import n.C2578e; import x4.AbstractC3251q; import x4.AbstractC3257w; /* JADX INFO: renamed from: androidx.fragment.app.o, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public final class C1058o { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final ViewGroup f11677a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final ArrayList f11678b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final ArrayList f11679c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public boolean f11680d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public boolean f11681e; public C1058o(ViewGroup container) { kotlin.jvm.internal.o.h(container, "container"); this.f11677a = container; this.f11678b = new ArrayList(); this.f11679c = new ArrayList(); } public static void a(View view, ArrayList arrayList) { if (!(view instanceof ViewGroup)) { if (arrayList.contains(view)) { return; } arrayList.add(view); return; } ViewGroup viewGroup = (ViewGroup) view; int i6 = F1.H.f1370a; if (viewGroup.isTransitionGroup()) { if (arrayList.contains(view)) { return; } arrayList.add(view); return; } int childCount = viewGroup.getChildCount(); for (int i7 = 0; i7 < childCount; i7++) { View childAt = viewGroup.getChildAt(i7); if (childAt.getVisibility() == 0) { a(childAt, arrayList); } } } public static void e(C2578e c2578e, View view) { Field field = F1.F.f1367a; String strB = AbstractC0195y.b(view); if (strB != null) { c2578e.put(strB, view); } if (view instanceof ViewGroup) { ViewGroup viewGroup = (ViewGroup) view; int childCount = viewGroup.getChildCount(); for (int i6 = 0; i6 < childCount; i6++) { View childAt = viewGroup.getChildAt(i6); if (childAt.getVisibility() == 0) { e(c2578e, childAt); } } } } public static final C1058o h(ViewGroup container, AbstractC1050g0 fragmentManager) { kotlin.jvm.internal.o.h(container, "container"); kotlin.jvm.internal.o.h(fragmentManager, "fragmentManager"); kotlin.jvm.internal.o.g(fragmentManager.F(), "fragmentManager.specialEffectsControllerFactory"); Object tag = container.getTag(R.id.special_effects_controller_view_tag); if (tag instanceof C1058o) { return (C1058o) tag; } C1058o c1058o = new C1058o(container); container.setTag(R.id.special_effects_controller_view_tag, c1058o); return c1058o; } public final void b(int i6, int i7, o0 o0Var) { synchronized (this.f11678b) { B1.d dVar = new B1.d(); G g6 = o0Var.f11684c; kotlin.jvm.internal.o.g(g6, "fragmentStateManager.fragment"); D0 d0F = f(g6); if (d0F != null) { d0F.c(i6, i7); return; } final D0 d02 = new D0(i6, i7, o0Var, dVar); this.f11678b.add(d02); final int i8 = 0; d02.f11513d.add(new Runnable(this) { // from class: androidx.fragment.app.C0 /* JADX INFO: renamed from: b, reason: collision with root package name */ public final /* synthetic */ C1058o f11508b; { this.f11508b = this; } @Override // java.lang.Runnable public final void run() { switch (i8) { case 0: C1058o this$0 = this.f11508b; kotlin.jvm.internal.o.h(this$0, "this$0"); D0 d03 = d02; if (this$0.f11678b.contains(d03)) { int i9 = d03.f11510a; View view = d03.f11512c.mView; kotlin.jvm.internal.o.g(view, "operation.fragment.mView"); Z0.o.a(i9, view); } break; default: C1058o this$02 = this.f11508b; kotlin.jvm.internal.o.h(this$02, "this$0"); D0 d04 = d02; this$02.f11678b.remove(d04); this$02.f11679c.remove(d04); break; } } }); final int i9 = 1; d02.f11513d.add(new Runnable(this) { // from class: androidx.fragment.app.C0 /* JADX INFO: renamed from: b, reason: collision with root package name */ public final /* synthetic */ C1058o f11508b; { this.f11508b = this; } @Override // java.lang.Runnable public final void run() { switch (i9) { case 0: C1058o this$0 = this.f11508b; kotlin.jvm.internal.o.h(this$0, "this$0"); D0 d03 = d02; if (this$0.f11678b.contains(d03)) { int i92 = d03.f11510a; View view = d03.f11512c.mView; kotlin.jvm.internal.o.g(view, "operation.fragment.mView"); Z0.o.a(i92, view); } break; default: C1058o this$02 = this.f11508b; kotlin.jvm.internal.o.h(this$02, "this$0"); D0 d04 = d02; this$02.f11678b.remove(d04); this$02.f11679c.remove(d04); break; } } }); } } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:181:0x058f */ /* JADX WARN: Removed duplicated region for block: B:185:0x059a */ /* JADX WARN: Removed duplicated region for block: B:188:0x05a8 */ /* JADX WARN: Removed duplicated region for block: B:190:0x05c2 */ /* JADX WARN: Removed duplicated region for block: B:256:0x07cc */ /* JADX WARN: Removed duplicated region for block: B:287:0x089c */ /* JADX WARN: Removed duplicated region for block: B:316:0x095c A[LOOP:10: B:314:0x0956->B:316:0x095c, LOOP_END] */ /* JADX WARN: Removed duplicated region for block: B:319:0x097c */ /* JADX WARN: Removed duplicated region for block: B:417:? A[RETURN, SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final void c(ArrayList arrayList, final boolean z6) { int i6; float f6; String str; Object next; int i7; Object objPrevious; ArrayList arrayList2; String str2; LinkedHashMap linkedHashMap; ArrayList arrayList3; String str3; boolean z7; ArrayList arrayList4; n.d0 d0Var; int i8; String str4; Object obj; ArrayList arrayList5; View view; ArrayList arrayList6; View view2; w4.k kVar; Rect rect; View view3; boolean z8; String str5; boolean z9; Iterator it = arrayList.iterator(); while (true) { i6 = 2; f6 = 0.0f; str = "operation.fragment.mView"; if (!it.hasNext()) { next = null; break; } next = it.next(); D0 d02 = (D0) next; View view4 = d02.f11512c.mView; kotlin.jvm.internal.o.g(view4, "operation.fragment.mView"); if (view4.getAlpha() != 0.0f || view4.getVisibility() != 0) { int visibility = view4.getVisibility(); if (visibility == 0) { if (d02.f11510a != 2) { break; } } else { if (visibility != 4 && visibility != 8) { throw new IllegalArgumentException(Z0.o.l("Unknown visibility ", visibility)); } } } } final D0 d03 = (D0) next; ListIterator listIterator = arrayList.listIterator(arrayList.size()); while (true) { if (!listIterator.hasPrevious()) { i7 = 1; objPrevious = null; break; } objPrevious = listIterator.previous(); float f7 = f6; D0 d04 = (D0) objPrevious; i7 = 1; View view5 = d04.f11512c.mView; kotlin.jvm.internal.o.g(view5, "operation.fragment.mView"); if (view5.getAlpha() != f7 || view5.getVisibility() != 0) { int visibility2 = view5.getVisibility(); if (visibility2 == 0) { continue; f6 = f7; } else if (visibility2 != 4 && visibility2 != 8) { throw new IllegalArgumentException(Z0.o.l("Unknown visibility ", visibility2)); } } if (d04.f11510a == 2) { break; } else { f6 = f7; } } final D0 d05 = (D0) objPrevious; String str6 = "FragmentManager"; if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "Executing operations from " + d03 + " to " + d05); } ArrayList arrayList7 = new ArrayList(); ArrayList arrayList8 = new ArrayList(); ArrayList arrayListE0 = AbstractC3251q.E0(arrayList); G g6 = ((D0) AbstractC3251q.n0(arrayList)).f11512c; Iterator it2 = arrayList.iterator(); while (it2.hasNext()) { int i9 = i6; C c6 = ((D0) it2.next()).f11512c.mAnimationInfo; C c7 = g6.mAnimationInfo; c6.f11490b = c7.f11490b; c6.f11491c = c7.f11491c; c6.f11492d = c7.f11492d; c6.f11493e = c7.f11493e; i6 = i9; } int i10 = i6; Iterator it3 = arrayList.iterator(); while (it3.hasNext()) { D0 d06 = (D0) it3.next(); B1.d dVar = new B1.d(); d06.d(); LinkedHashSet linkedHashSet = d06.f11514e; linkedHashSet.add(dVar); arrayList7.add(new C1053j(d06, dVar, z6)); B1.d dVar2 = new B1.d(); d06.d(); linkedHashSet.add(dVar2); arrayList8.add(new C1055l(d06, dVar2, z6, (!z6 ? d06 == d05 : d06 == d03) ? 0 : i7)); d06.f11513d.add(new RunnableC1045e(arrayListE0, d06, this)); } LinkedHashMap linkedHashMap2 = new LinkedHashMap(); ArrayList arrayList9 = new ArrayList(); for (Object obj2 : arrayList8) { if (!((C1055l) obj2).b()) { arrayList9.add(obj2); } } ArrayList arrayList10 = new ArrayList(); for (Object obj3 : arrayList9) { if (((C1055l) obj3).c() != null) { arrayList10.add(obj3); } } z0 z0Var = null; for (C1055l c1055l : arrayList10) { z0 z0VarC = c1055l.c(); if (z0Var != null && z0VarC != z0Var) { throw new IllegalArgumentException(("Mixing framework transitions and AndroidX transitions is not allowed. Fragment " + c1055l.f11649a.f11512c + " returned Transition " + c1055l.f11651c + " which uses a different Transition type than other Fragments.").toString()); } z0Var = z0VarC; } ViewGroup viewGroup = this.f11677a; if (z0Var == null) { for (C1055l c1055l2 : arrayList8) { linkedHashMap2.put(c1055l2.f11649a, Boolean.FALSE); c1055l2.a(); } arrayList2 = arrayList7; str2 = " to "; str3 = "FragmentManager"; arrayList3 = arrayListE0; linkedHashMap = linkedHashMap2; } else { View view6 = new View(viewGroup.getContext()); Rect rect2 = new Rect(); ArrayList arrayList11 = new ArrayList(); ArrayList arrayList12 = new ArrayList(); arrayList2 = arrayList7; C2578e c2578e = new C2578e(0); Iterator it4 = arrayList8.iterator(); str2 = " to "; Object obj4 = null; View view7 = null; int i11 = 0; while (it4.hasNext()) { Object obj5 = obj4; Object obj6 = ((C1055l) it4.next()).f11653e; if (obj6 == null || d03 == null || d05 == null) { view6 = view6; arrayList12 = arrayList12; z0Var = z0Var; view7 = view7; arrayListE0 = arrayListE0; str = str; c2578e = c2578e; rect2 = rect2; linkedHashMap2 = linkedHashMap2; obj4 = obj5; } else { Object objR = z0Var.r(z0Var.f(obj6)); View view8 = view7; G g7 = d05.f11512c; ArrayList arrayList13 = arrayListE0; ArrayList sharedElementSourceNames = g7.getSharedElementSourceNames(); String str7 = str; kotlin.jvm.internal.o.g(sharedElementSourceNames, "lastIn.fragment.sharedElementSourceNames"); G g8 = d03.f11512c; LinkedHashMap linkedHashMap3 = linkedHashMap2; ArrayList sharedElementSourceNames2 = g8.getSharedElementSourceNames(); View view9 = view6; kotlin.jvm.internal.o.g(sharedElementSourceNames2, "firstOut.fragment.sharedElementSourceNames"); ArrayList sharedElementTargetNames = g8.getSharedElementTargetNames(); Rect rect3 = rect2; kotlin.jvm.internal.o.g(sharedElementTargetNames, "firstOut.fragment.sharedElementTargetNames"); int size = sharedElementTargetNames.size(); ArrayList arrayList14 = arrayList12; int i12 = 0; while (i12 < size) { int i13 = size; int iIndexOf = sharedElementSourceNames.indexOf(sharedElementTargetNames.get(i12)); ArrayList arrayList15 = sharedElementTargetNames; if (iIndexOf != -1) { sharedElementSourceNames.set(iIndexOf, sharedElementSourceNames2.get(i12)); } i12++; size = i13; sharedElementTargetNames = arrayList15; } ArrayList sharedElementTargetNames2 = g7.getSharedElementTargetNames(); kotlin.jvm.internal.o.g(sharedElementTargetNames2, "lastIn.fragment.sharedElementTargetNames"); if (z6) { g8.getEnterTransitionCallback(); g7.getExitTransitionCallback(); kVar = new w4.k(null, null); } else { g8.getExitTransitionCallback(); g7.getEnterTransitionCallback(); kVar = new w4.k(null, null); } if (kVar.f25469a != null) { throw new ClassCastException(); } if (kVar.f25470b != null) { throw new ClassCastException(); } int i14 = 0; for (int size2 = sharedElementSourceNames.size(); i14 < size2; size2 = size2) { c2578e.put(sharedElementSourceNames.get(i14), sharedElementTargetNames2.get(i14)); i14++; } if (AbstractC1050g0.H(i10)) { Log.v("FragmentManager", ">>> entering view names <<<"); for (Iterator it5 = sharedElementTargetNames2.iterator(); it5.hasNext(); it5 = it5) { Log.v("FragmentManager", "Name: " + it5.next()); } Log.v("FragmentManager", ">>> exiting view names <<<"); for (Iterator it6 = sharedElementSourceNames.iterator(); it6.hasNext(); it6 = it6) { Log.v("FragmentManager", "Name: " + it6.next()); } } C2578e c2578e2 = new C2578e(0); View view10 = g8.mView; kotlin.jvm.internal.o.g(view10, "firstOut.fragment.mView"); e(c2578e2, view10); c2578e2.m(sharedElementSourceNames); c2578e.m(c2578e2.keySet()); final C2578e c2578e3 = new C2578e(0); View view11 = g7.mView; kotlin.jvm.internal.o.g(view11, "lastIn.fragment.mView"); e(c2578e3, view11); c2578e3.m(sharedElementTargetNames2); c2578e3.m(c2578e.values()); x0 x0Var = s0.f11720a; int i15 = c2578e.f21416c - 1; int i16 = -1; while (i16 < i15) { int i17 = i16; if (!c2578e3.containsKey((String) c2578e.j(i15))) { c2578e.h(i15); } i15--; i16 = i17; } Set setKeySet = c2578e.keySet(); C2578e c2578e4 = c2578e; int i18 = 16; AbstractC3257w.O(c2578e2.entrySet(), new C0.Z(setKeySet, i18), false); AbstractC3257w.O(c2578e3.entrySet(), new C0.Z(c2578e4.values(), i18), false); if (c2578e4.isEmpty()) { arrayList11.clear(); arrayList14.clear(); arrayList12 = arrayList14; view7 = view8; arrayListE0 = arrayList13; str = str7; linkedHashMap2 = linkedHashMap3; view6 = view9; rect2 = rect3; c2578e = c2578e4; obj4 = null; } else { if (z6) { g8.getEnterTransitionCallback(); } else { g7.getEnterTransitionCallback(); } ViewTreeObserverOnPreDrawListenerC0188q.a(viewGroup, new Runnable(d03, z6, c2578e3) { // from class: androidx.fragment.app.h /* JADX INFO: renamed from: b, reason: collision with root package name */ public final /* synthetic */ D0 f11630b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final /* synthetic */ boolean f11631c; @Override // java.lang.Runnable public final void run() { D0 d07 = this.f11629a; D0 d08 = this.f11630b; x0 x0Var2 = s0.f11720a; G inFragment = d07.f11512c; kotlin.jvm.internal.o.h(inFragment, "inFragment"); G outFragment = d08.f11512c; kotlin.jvm.internal.o.h(outFragment, "outFragment"); if (this.f11631c) { outFragment.getEnterTransitionCallback(); } else { inFragment.getEnterTransitionCallback(); } } }); arrayList11.addAll(c2578e2.values()); if (sharedElementSourceNames.isEmpty()) { view7 = view8; } else { View view12 = (View) c2578e2.get(sharedElementSourceNames.get(0)); z0Var.n(objR, view12); view7 = view12; } arrayList14.addAll(c2578e3.values()); if (sharedElementTargetNames2.isEmpty() || (view3 = (View) c2578e3.get(sharedElementTargetNames2.get(0))) == null) { rect = rect3; } else { rect = rect3; ViewTreeObserverOnPreDrawListenerC0188q.a(viewGroup, new RunnableC1052i(z0Var, view3, rect)); i11 = i7; } z0Var.p(objR, view9, arrayList11); z0 z0Var2 = z0Var; z0Var2.l(objR, null, null, objR, arrayList14); Boolean bool = Boolean.TRUE; linkedHashMap3.put(d03, bool); linkedHashMap3.put(d05, bool); view6 = view9; arrayList12 = arrayList14; z0Var = z0Var2; arrayListE0 = arrayList13; str = str7; c2578e = c2578e4; rect2 = rect; linkedHashMap2 = linkedHashMap3; obj4 = objR; } } } n.d0 d0Var2 = c2578e; Object obj7 = obj4; View view13 = view7; ArrayList arrayList16 = arrayListE0; linkedHashMap = linkedHashMap2; Rect rect4 = rect2; String str8 = str; ArrayList arrayList17 = arrayList12; z0 z0Var3 = z0Var; View view14 = view6; ArrayList arrayList18 = new ArrayList(); Iterator it7 = arrayList8.iterator(); Object objJ = null; Object objJ2 = null; while (it7.hasNext()) { C1055l c1055l3 = (C1055l) it7.next(); boolean zB = c1055l3.b(); Iterator it8 = it7; D0 d07 = c1055l3.f11649a; if (zB) { linkedHashMap.put(d07, Boolean.FALSE); c1055l3.a(); } else { Object objF = z0Var3.f(c1055l3.f11651c); int i19 = (obj7 == null || !(d07 == d03 || d07 == d05)) ? 0 : i7; if (objF != null) { ArrayList arrayList19 = arrayList11; ArrayList arrayList20 = new ArrayList(); ArrayList arrayList21 = arrayList17; G g9 = d07.f11512c; String str9 = str6; View view15 = g9.mView; D0 d08 = d05; String str10 = str8; kotlin.jvm.internal.o.g(view15, str10); a(view15, arrayList20); if (i19 != 0) { if (d07 == d03) { arrayList20.removeAll(AbstractC3251q.H0(arrayList19)); } else { arrayList20.removeAll(AbstractC3251q.H0(arrayList21)); } } if (arrayList20.isEmpty()) { z0Var3.a(objF, view14); view = view14; arrayList5 = arrayList20; obj = objF; } else { z0Var3.b(arrayList20, objF); z0Var3.l(objF, objF, arrayList20, null, null); obj = objF; arrayList5 = arrayList20; view = view14; if (d07.f11510a == 3) { arrayList6 = arrayList16; arrayList6.remove(d07); ArrayList arrayList22 = new ArrayList(arrayList5); str8 = str10; arrayList22.remove(g9.mView); z0Var3.k(obj, g9.mView, arrayList22); ViewTreeObserverOnPreDrawListenerC0188q.a(viewGroup, new RunnableC1063u(arrayList5, i7)); } if (d07.f11510a != i10) { arrayList18.addAll(arrayList5); if (i11 != 0) { z0Var3.m(obj, rect4); } view2 = view13; } else { view2 = view13; z0Var3.n(obj, view2); } linkedHashMap.put(d07, Boolean.TRUE); if (c1055l3.f11652d) { objJ2 = z0Var3.j(objJ2, obj); } else { objJ = z0Var3.j(objJ, obj); } it7 = it8; view13 = view2; arrayList16 = arrayList6; view14 = view; arrayList11 = arrayList19; arrayList17 = arrayList21; str6 = str9; d05 = d08; i7 = 1; i10 = 2; } str8 = str10; arrayList6 = arrayList16; if (d07.f11510a != i10) { } linkedHashMap.put(d07, Boolean.TRUE); if (c1055l3.f11652d) { } it7 = it8; view13 = view2; arrayList16 = arrayList6; view14 = view; arrayList11 = arrayList19; arrayList17 = arrayList21; str6 = str9; d05 = d08; i7 = 1; i10 = 2; } else if (i19 == 0) { linkedHashMap.put(d07, Boolean.FALSE); c1055l3.a(); } } it7 = it8; } ArrayList arrayList23 = arrayList11; String str11 = str6; ArrayList arrayList24 = arrayList17; D0 d09 = d05; arrayList3 = arrayList16; Object objI = z0Var3.i(objJ, objJ2, obj7); if (objI != null) { ArrayList arrayList25 = new ArrayList(); for (Object obj8 : arrayList8) { if (!((C1055l) obj8).b()) { arrayList25.add(obj8); } } for (C1055l c1055l4 : arrayList25) { Object obj9 = c1055l4.f11651c; D0 d010 = c1055l4.f11649a; D0 d011 = d09; boolean z10 = obj7 != null && (d010 == d03 || d010 == d011); if (obj9 != null || z10) { Field field = F1.F.f1367a; if (viewGroup.isLaidOut()) { str4 = str11; z0Var3.o(objI, c1055l4.f11650b, new RunnableC1052i(c1055l4, d010)); } else { if (AbstractC1050g0.H(2)) { str4 = str11; Log.v(str4, "SpecialEffectsController: Container " + viewGroup + " has not been laid out. Completing operation " + d010); } else { str4 = str11; } c1055l4.a(); } } else { str4 = str11; } str11 = str4; d09 = d011; } str3 = str11; d05 = d09; Field field2 = F1.F.f1367a; if (viewGroup.isLaidOut()) { s0.a(4, arrayList18); ArrayList arrayList26 = new ArrayList(); int size3 = arrayList24.size(); int i20 = 0; while (i20 < size3) { ArrayList arrayList27 = arrayList24; View view16 = (View) arrayList27.get(i20); Field field3 = F1.F.f1367a; arrayList26.add(AbstractC0195y.b(view16)); AbstractC0195y.d(view16, null); i20++; arrayList24 = arrayList27; } ArrayList arrayList28 = arrayList24; if (AbstractC1050g0.H(2)) { Log.v(str3, ">>>>> Beginning transition <<<<<"); Log.v(str3, ">>>>> SharedElementFirstOutViews <<<<<"); for (Iterator it9 = arrayList23.iterator(); it9.hasNext(); it9 = it9) { Object sharedElementFirstOutViews = it9.next(); kotlin.jvm.internal.o.g(sharedElementFirstOutViews, "sharedElementFirstOutViews"); View view17 = (View) sharedElementFirstOutViews; Log.v(str3, "View: " + view17 + " Name: " + AbstractC0195y.b(view17)); } Log.v(str3, ">>>>> SharedElementLastInViews <<<<<"); for (Iterator it10 = arrayList28.iterator(); it10.hasNext(); it10 = it10) { Object sharedElementLastInViews = it10.next(); kotlin.jvm.internal.o.g(sharedElementLastInViews, "sharedElementLastInViews"); View view18 = (View) sharedElementLastInViews; Log.v(str3, "View: " + view18 + " Name: " + AbstractC0195y.b(view18)); } } z0Var3.c(viewGroup, objI); int size4 = arrayList28.size(); ArrayList arrayList29 = new ArrayList(); int i21 = 0; while (i21 < size4) { ArrayList arrayList30 = arrayList23; View view19 = (View) arrayList30.get(i21); Field field4 = F1.F.f1367a; int i22 = i21; String strB = AbstractC0195y.b(view19); arrayList29.add(strB); if (strB == null) { i8 = size4; arrayList4 = arrayList29; arrayList23 = arrayList30; d0Var = d0Var2; } else { arrayList4 = arrayList29; AbstractC0195y.d(view19, null); d0Var = d0Var2; String str12 = (String) d0Var.get(strB); arrayList23 = arrayList30; int i23 = 0; while (true) { i8 = size4; if (i23 >= size4) { break; } if (str12.equals(arrayList26.get(i23))) { AbstractC0195y.d((View) arrayList28.get(i23), strB); break; } else { i23++; size4 = i8; } } } i21 = i22 + 1; d0Var2 = d0Var; size4 = i8; arrayList29 = arrayList4; } ArrayList arrayList31 = arrayList23; ViewTreeObserverOnPreDrawListenerC0188q.a(viewGroup, new y0(size4, arrayList28, arrayList26, arrayList31, arrayList29)); z7 = false; s0.a(0, arrayList18); z0Var3.q(obj7, arrayList31, arrayList28); } boolean zContainsValue = linkedHashMap.containsValue(Boolean.TRUE); Context context = viewGroup.getContext(); ArrayList arrayList32 = new ArrayList(); boolean z11 = z7; for (C1053j c1053j : arrayList2) { if (c1053j.b()) { c1053j.a(); } else { kotlin.jvm.internal.o.g(context, "context"); M mC = c1053j.c(context); if (mC == null) { c1053j.a(); } else { final Animator animator = (Animator) mC.f11528b; if (animator == null) { arrayList32.add(c1053j); } else { final D0 d012 = c1053j.f11649a; z8 = z11; boolean zC = kotlin.jvm.internal.o.c(linkedHashMap.get(d012), Boolean.TRUE); G g10 = d012.f11512c; if (zC) { if (AbstractC1050g0.H(2)) { Log.v(str3, "Ignoring Animator set on " + g10 + " as this Fragment was involved in a Transition."); } c1053j.a(); z11 = z8; } else { LinkedHashMap linkedHashMap4 = linkedHashMap; if (d012.f11510a == 3) { str5 = " has started."; z9 = true; } else { str5 = " has started."; z9 = false; } if (z9) { arrayList3.remove(d012); } View view20 = g10.mView; viewGroup.startViewTransition(view20); String str13 = str5; ViewGroup viewGroup2 = viewGroup; boolean z12 = zContainsValue; animator.addListener(new C1056m(this, view20, z9, d012, c1053j)); animator.setTarget(view20); animator.start(); if (AbstractC1050g0.H(2)) { Log.v(str3, "Animator from operation " + d012 + str13); } c1053j.f11650b.a(new B1.c() { // from class: androidx.fragment.app.f @Override // B1.c public final void onCancel() { D0 operation = d012; kotlin.jvm.internal.o.h(operation, "$operation"); animator.end(); if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "Animator from operation " + operation + " has been canceled."); } } }); viewGroup = viewGroup2; zContainsValue = z12; linkedHashMap = linkedHashMap4; z11 = true; } } } } z8 = z11; z11 = z8; } boolean z13 = z11; ViewGroup viewGroup3 = viewGroup; boolean z14 = zContainsValue; for (C1053j c1053j2 : arrayList32) { D0 d013 = c1053j2.f11649a; G g11 = d013.f11512c; if (z14) { if (AbstractC1050g0.H(2)) { Log.v(str3, "Ignoring Animation set on " + g11 + " as Animations cannot run alongside Transitions."); } c1053j2.a(); } else if (z13) { if (AbstractC1050g0.H(2)) { Log.v(str3, "Ignoring Animation set on " + g11 + " as Animations cannot run alongside Animators."); } c1053j2.a(); } else { View view21 = g11.mView; kotlin.jvm.internal.o.g(context, "context"); M mC2 = c1053j2.c(context); if (mC2 == null) { throw new IllegalStateException("Required value was null."); } Animation animation = (Animation) mC2.f11527a; if (animation == null) { throw new IllegalStateException("Required value was null."); } if (d013.f11510a != 1) { view21.startAnimation(animation); c1053j2.a(); } else { viewGroup3.startViewTransition(view21); N n6 = new N(animation, viewGroup3, view21); n6.setAnimationListener(new AnimationAnimationListenerC1057n(d013, this, view21, c1053j2)); view21.startAnimation(n6); if (AbstractC1050g0.H(2)) { Log.v(str3, "Animation from operation " + d013 + " has started."); } } c1053j2.f11650b.a(new C1049g(view21, this, c1053j2, d013)); } } for (D0 d014 : arrayList3) { View view22 = d014.f11512c.mView; int i24 = d014.f11510a; kotlin.jvm.internal.o.g(view22, "view"); Z0.o.a(i24, view22); } arrayList3.clear(); if (AbstractC1050g0.H(2)) { return; } Log.v(str3, "Completed executing operations from " + d03 + str2 + d05); return; } str3 = str11; d05 = d09; } z7 = false; boolean zContainsValue2 = linkedHashMap.containsValue(Boolean.TRUE); Context context2 = viewGroup.getContext(); ArrayList arrayList322 = new ArrayList(); boolean z112 = z7; while (r12.hasNext()) { } boolean z132 = z112; ViewGroup viewGroup32 = viewGroup; boolean z142 = zContainsValue2; while (r0.hasNext()) { } while (r0.hasNext()) { } arrayList3.clear(); if (AbstractC1050g0.H(2)) { } } public final void d() { if (this.f11681e) { return; } ViewGroup viewGroup = this.f11677a; Field field = F1.F.f1367a; if (!viewGroup.isAttachedToWindow()) { g(); this.f11680d = false; return; } synchronized (this.f11678b) { try { if (!this.f11678b.isEmpty()) { ArrayList arrayListE0 = AbstractC3251q.E0(this.f11679c); this.f11679c.clear(); for (D0 d02 : arrayListE0) { if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "SpecialEffectsController: Cancelling operation " + d02); } d02.a(); if (!d02.f11516g) { this.f11679c.add(d02); } } j(); ArrayList arrayListE02 = AbstractC3251q.E0(this.f11678b); this.f11678b.clear(); this.f11679c.addAll(arrayListE02); if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "SpecialEffectsController: Executing pending operations"); } Iterator it = arrayListE02.iterator(); while (it.hasNext()) { ((D0) it.next()).d(); } c(arrayListE02, this.f11680d); this.f11680d = false; if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "SpecialEffectsController: Finished executing pending operations"); } } } catch (Throwable th) { throw th; } } } public final D0 f(G g6) { Object next; Iterator it = this.f11678b.iterator(); while (true) { if (!it.hasNext()) { next = null; break; } next = it.next(); D0 d02 = (D0) next; if (kotlin.jvm.internal.o.c(d02.f11512c, g6) && !d02.f11515f) { break; } } return (D0) next; } public final void g() { if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "SpecialEffectsController: Forcing all operations to complete"); } ViewGroup viewGroup = this.f11677a; Field field = F1.F.f1367a; boolean zIsAttachedToWindow = viewGroup.isAttachedToWindow(); synchronized (this.f11678b) { try { j(); Iterator it = this.f11678b.iterator(); while (it.hasNext()) { ((D0) it.next()).d(); } for (D0 d02 : AbstractC3251q.E0(this.f11679c)) { if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "SpecialEffectsController: " + (zIsAttachedToWindow ? "" : "Container " + this.f11677a + " is not attached to window. ") + "Cancelling running operation " + d02); } d02.a(); } for (D0 d03 : AbstractC3251q.E0(this.f11678b)) { if (AbstractC1050g0.H(2)) { Log.v("FragmentManager", "SpecialEffectsController: " + (zIsAttachedToWindow ? "" : "Container " + this.f11677a + " is not attached to window. ") + "Cancelling pending operation " + d03); } d03.a(); } } catch (Throwable th) { throw th; } } } public final void i() { Object objPrevious; synchronized (this.f11678b) { try { j(); ArrayList arrayList = this.f11678b; ListIterator listIterator = arrayList.listIterator(arrayList.size()); while (true) { if (!listIterator.hasPrevious()) { objPrevious = null; break; } objPrevious = listIterator.previous(); D0 d02 = (D0) objPrevious; View view = d02.f11512c.mView; kotlin.jvm.internal.o.g(view, "operation.fragment.mView"); char c6 = 4; if (view.getAlpha() != 0.0f || view.getVisibility() != 0) { int visibility = view.getVisibility(); if (visibility == 0) { c6 = 2; } else if (visibility != 4) { if (visibility != 8) { throw new IllegalArgumentException("Unknown visibility " + visibility); } c6 = 3; } } if (d02.f11510a == 2 && c6 != 2) { break; } } D0 d03 = (D0) objPrevious; G g6 = d03 != null ? d03.f11512c : null; this.f11681e = g6 != null ? g6.isPostponed() : false; } catch (Throwable th) { throw th; } } } public final void j() { for (D0 d02 : this.f11678b) { int i6 = 2; if (d02.f11511b == 2) { View viewRequireView = d02.f11512c.requireView(); kotlin.jvm.internal.o.g(viewRequireView, "fragment.requireView()"); int visibility = viewRequireView.getVisibility(); if (visibility != 0) { i6 = 4; if (visibility != 4) { if (visibility != 8) { throw new IllegalArgumentException(Z0.o.l("Unknown visibility ", visibility)); } i6 = 3; } } d02.c(i6, 1); } } } }