package G0; import B.AbstractC0057e; import B.C0050a0; import B.C0054c0; import B.EnumC0091v0; import B.InterfaceC0067j; import B.M0; import I0.AbstractC0303l; import androidx.compose.runtime.collection.MutableVector; import h1.C2069a; import java.util.ArrayList; import java.util.Arrays; import java.util.Iterator; import java.util.List; import java.util.NoSuchElementException; import n.AbstractC2588o; import n.C2566A; import n.C2567B; import n.C2584k; import o.AbstractC2628a; import w4.C3137A; import x4.AbstractC3251q; /* JADX INFO: renamed from: G0.f0, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public final class C0255f0 implements InterfaceC0245a0 { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final C0054c0 f1966a; public C0255f0(C0054c0 c0054c0) { this.f1966a = c0054c0; } public final boolean equals(Object obj) { if (this == obj) { return true; } return (obj instanceof C0255f0) && kotlin.jvm.internal.o.c(this.f1966a, ((C0255f0) obj).f1966a); } public final int hashCode() { return this.f1966a.hashCode(); } @Override // G0.InterfaceC0245a0 public final int maxIntrinsicHeight(InterfaceC0274t interfaceC0274t, List list, int i6) { ArrayList arrayListI = AbstractC0303l.i(interfaceC0274t); C0054c0 c0054c0 = this.f1966a; c0054c0.getClass(); List list2 = (List) AbstractC3251q.h0(1, arrayListI); InterfaceC0273s interfaceC0273s = list2 != null ? (InterfaceC0273s) AbstractC3251q.g0(list2) : null; List list3 = (List) AbstractC3251q.h0(2, arrayListI); InterfaceC0273s interfaceC0273s2 = list3 != null ? (InterfaceC0273s) AbstractC3251q.g0(list3) : null; long jB = h1.b.b(i6, 0, 13); C0050a0 c0050a0 = c0054c0.f258f; c0050a0.a(interfaceC0273s, interfaceC0273s2, jB); List list4 = (List) AbstractC3251q.g0(arrayListI); if (list4 == null) { list4 = x4.y.f26065a; } return C0054c0.f(list4, i6, interfaceC0274t.g0(c0054c0.f255c), interfaceC0274t.g0(c0054c0.f257e), c0050a0); } @Override // G0.InterfaceC0245a0 public final int maxIntrinsicWidth(InterfaceC0274t interfaceC0274t, List list, int i6) { ArrayList arrayListI = AbstractC0303l.i(interfaceC0274t); C0054c0 c0054c0 = this.f1966a; c0054c0.getClass(); List list2 = (List) AbstractC3251q.h0(1, arrayListI); InterfaceC0273s interfaceC0273s = list2 != null ? (InterfaceC0273s) AbstractC3251q.g0(list2) : null; List list3 = (List) AbstractC3251q.h0(2, arrayListI); c0054c0.f258f.a(interfaceC0273s, list3 != null ? (InterfaceC0273s) AbstractC3251q.g0(list3) : null, h1.b.b(0, i6, 7)); List list4 = (List) AbstractC3251q.g0(arrayListI); if (list4 == null) { list4 = x4.y.f26065a; } int iG0 = interfaceC0274t.g0(c0054c0.f255c); int size = list4.size(); int i7 = 0; int iMax = 0; int i8 = 0; int i9 = 0; while (i7 < size) { int iK = ((InterfaceC0273s) list4.get(i7)).K(i6) + iG0; int i10 = i7 + 1; if (i10 - i8 == Integer.MAX_VALUE || i10 == list4.size()) { iMax = Math.max(iMax, (i9 + iK) - iG0); i8 = i7; i9 = 0; } else { i9 += iK; } i7 = i10; } return iMax; } /* JADX WARN: Multi-variable type inference failed */ @Override // G0.InterfaceC0245a0 /* JADX INFO: renamed from: measure-3p2s80s */ public final InterfaceC0247b0 mo1measure3p2s80s(InterfaceC0249c0 interfaceC0249c0, List list, long j4) { Z z6; MutableVector mutableVector; Z z7; int i6; q0 q0Var; C2584k c2584k; B.T t6; char c6; int iG; int i7; Z z8; long j6; C2584k c2584k2; Integer num; Z z9; C2584k c2584k3; B.T t7; long jA; long jA2; q0 q0VarQ; final int i8 = 0; final int i9 = 1; ArrayList arrayListI = AbstractC0303l.i(interfaceC0249c0); final C0054c0 c0054c0 = this.f1966a; c0054c0.getClass(); boolean zIsEmpty = arrayListI.isEmpty(); x4.z zVar = x4.z.f26066a; if (!zIsEmpty) { int iG2 = C2069a.g(j4); final C0050a0 c0050a0 = c0054c0.f258f; if (iG2 != 0) { List list2 = (List) AbstractC3251q.e0(arrayListI); if (list2.isEmpty()) { return interfaceC0249c0.e(0, 0, zVar, new q.H0(8)); } List list3 = (List) AbstractC3251q.h0(1, arrayListI); Z z10 = list3 != null ? (Z) AbstractC3251q.g0(list3) : null; List list4 = (List) AbstractC3251q.h0(2, arrayListI); Z z11 = list4 != null ? (Z) AbstractC3251q.g0(list4) : null; list2.size(); c0050a0.getClass(); EnumC0091v0 enumC0091v0 = EnumC0091v0.f389a; long jI = AbstractC0057e.I(AbstractC0057e.o(10, AbstractC0057e.n(j4, enumC0091v0))); if (z10 != null) { AbstractC0057e.u(z10, c0054c0, jI, new J4.c() { // from class: B.Z @Override // J4.c public final Object invoke(Object obj) { int iQ0; int iN0; int iQ02; int iN02; G0.q0 q0Var2 = (G0.q0) obj; switch (i8) { case 0: if (q0Var2 != null) { c0054c0.getClass(); iQ0 = q0Var2.q0(); iN0 = q0Var2.n0(); } else { iQ0 = 0; iN0 = 0; } new C2584k(C2584k.a(iQ0, iN0)); c0050a0.getClass(); break; default: if (q0Var2 != null) { c0054c0.getClass(); iQ02 = q0Var2.q0(); iN02 = q0Var2.n0(); } else { iQ02 = 0; iN02 = 0; } new C2584k(C2584k.a(iQ02, iN02)); c0050a0.getClass(); break; } return C3137A.f25453a; } }); } if (z11 != null) { AbstractC0057e.u(z11, c0054c0, jI, new J4.c() { // from class: B.Z @Override // J4.c public final Object invoke(Object obj) { int iQ0; int iN0; int iQ02; int iN02; G0.q0 q0Var2 = (G0.q0) obj; switch (i9) { case 0: if (q0Var2 != null) { c0054c0.getClass(); iQ0 = q0Var2.q0(); iN0 = q0Var2.n0(); } else { iQ0 = 0; iN0 = 0; } new C2584k(C2584k.a(iQ0, iN0)); c0050a0.getClass(); break; default: if (q0Var2 != null) { c0054c0.getClass(); iQ02 = q0Var2.q0(); iN02 = q0Var2.n0(); } else { iQ02 = 0; iN02 = 0; } new C2584k(C2584k.a(iQ02, iN02)); c0050a0.getClass(); break; } return C3137A.f25453a; } }); } Iterator it = list2.iterator(); long jN = AbstractC0057e.n(j4, enumC0091v0); MutableVector mutableVector2 = new MutableVector(new InterfaceC0247b0[16], 0); int iH = C2069a.h(jN); int iJ = C2069a.j(jN); int iG3 = C2069a.g(jN); C2566A c2566a = AbstractC2588o.f21461a; C2566A c2566a2 = new C2566A(); ArrayList arrayList = new ArrayList(); int iCeil = (int) Math.ceil(interfaceC0249c0.Y(c0054c0.f255c)); int iCeil2 = (int) Math.ceil(interfaceC0249c0.Y(c0054c0.f257e)); long jA3 = h1.b.a(0, iH, 0, iG3); long jI2 = AbstractC0057e.I(AbstractC0057e.o(14, jA3)); if (it.hasNext()) { try { z6 = (Z) it.next(); } catch (IndexOutOfBoundsException unused) { z6 = null; } mutableVector = mutableVector2; z7 = z6; } else { mutableVector = mutableVector2; z7 = null; } if (z7 != null) { if (AbstractC0057e.q(AbstractC0057e.p(z7)) == 0.0f) { AbstractC0057e.p(z7); q0VarQ = z7.Q(jI2); i6 = iJ; jA2 = C2584k.a(q0VarQ.q0(), q0VarQ.n0()); } else { i6 = iJ; int iG4 = z7.G(Integer.MAX_VALUE); jA2 = C2584k.a(iG4, z7.j0(iG4)); q0VarQ = null; } c2584k = new C2584k(jA2); q0Var = q0VarQ; } else { i6 = iJ; q0Var = null; c2584k = null; } ArrayList arrayList2 = arrayList; q0 q0Var2 = q0Var; Integer numValueOf = c2584k != null ? Integer.valueOf((int) (c2584k.f21452a >> 32)) : null; Integer numValueOf2 = c2584k != null ? Integer.valueOf((int) (c2584k.f21452a & 4294967295L)) : null; Z z12 = z7; int[] iArr = new int[16]; int[] iArr2 = new int[16]; C2584k c2584k4 = c2584k; C2567B c2567b = new C2567B(); C0050a0 c0050a02 = c0054c0.f258f; B.U u6 = new B.U(c0050a02, jN, iCeil, iCeil2); Integer num2 = numValueOf2; B.T tB = u6.b(it.hasNext(), 0, C2584k.a(iH, iG3), c2584k4, 0, 0, 0, false, false); if (tB.f180b) { t6 = tB; u6.a(t6, c2584k4 != null, -1, 0, iH, 0); } else { t6 = tB; } Z z13 = z12; int i10 = iH; int i11 = iCeil; x4.z zVar2 = zVar; Integer num3 = num2; B.T t8 = t6; int i12 = i6; int i13 = 0; int i14 = 0; int i15 = 0; int i16 = 0; int i17 = 0; int i18 = 0; int i19 = 0; C0054c0 c0054c02 = c0054c0; int[] iArrCopyOf = iArr2; q0 q0VarQ2 = q0Var2; int[] iArrCopyOf2 = iArr; int i20 = 0; while (!t8.f180b && z13 != null) { kotlin.jvm.internal.o.e(numValueOf); int iIntValue = numValueOf.intValue(); kotlin.jvm.internal.o.e(num3); C2567B c2567b2 = c2567b; int i21 = i16 + iIntValue; int iMax = Math.max(i13, num3.intValue()); int i22 = i10 - iIntValue; int i23 = i20 + 1; c0050a02.getClass(); ArrayList arrayList3 = arrayList2; arrayList3.add(z13); c2566a2.i(i20, q0VarQ2); boolean z14 = z13.S() instanceof M0; int i24 = i23 - i17; if (it.hasNext()) { try { z8 = (Z) it.next(); } catch (IndexOutOfBoundsException unused2) { z8 = null; } } else { z8 = null; } if (z8 != null) { if (AbstractC0057e.q(AbstractC0057e.p(z8)) == 0.0f) { AbstractC0057e.p(z8); q0VarQ2 = z8.Q(jI2); j6 = jI2; jA = C2584k.a(q0VarQ2.q0(), q0VarQ2.n0()); } else { j6 = jI2; int iG5 = z8.G(Integer.MAX_VALUE); jA = C2584k.a(iG5, z8.j0(iG5)); q0VarQ2 = null; } c2584k2 = new C2584k(jA); } else { j6 = jI2; q0VarQ2 = null; c2584k2 = null; } Z z15 = z8; Integer numValueOf3 = c2584k2 != null ? Integer.valueOf(((int) (c2584k2.f21452a >> 32)) + i11) : null; Integer numValueOf4 = c2584k2 != null ? Integer.valueOf((int) (c2584k2.f21452a & 4294967295L)) : null; boolean zHasNext = it.hasNext(); long jA4 = C2584k.a(i22, iG3); if (c2584k2 == null) { num = numValueOf4; z9 = z15; c2584k3 = null; } else { kotlin.jvm.internal.o.e(numValueOf3); int iIntValue2 = numValueOf3.intValue(); kotlin.jvm.internal.o.e(numValueOf4); num = numValueOf4; z9 = z15; c2584k3 = new C2584k(C2584k.a(iIntValue2, num.intValue())); } B.T tB2 = u6.b(zHasNext, i24, jA4, c2584k3, i18, i19, iMax, false, false); if (tB2.f179a) { int iMin = Math.min(Math.max(i12, i21), iH); int i25 = i19 + iMax; t7 = tB2; int i26 = i18; u6.a(t7, c2584k2 != null, i26, i25, i22, i24); int i27 = i15 + 1; if (iArrCopyOf.length < i27) { iArrCopyOf = Arrays.copyOf(iArrCopyOf, Math.max(i27, (iArrCopyOf.length * 3) / 2)); kotlin.jvm.internal.o.g(iArrCopyOf, "copyOf(...)"); } iArrCopyOf[i15] = iMax; i15++; iG3 = (iG3 - i25) - iCeil2; int i28 = i14 + 1; if (iArrCopyOf2.length < i28) { iArrCopyOf2 = Arrays.copyOf(iArrCopyOf2, Math.max(i28, (iArrCopyOf2.length * 3) / 2)); kotlin.jvm.internal.o.g(iArrCopyOf2, "copyOf(...)"); } iArrCopyOf2[i14] = i23; i14++; i18 = i26 + 1; i19 = i25 + iCeil2; numValueOf = numValueOf3 != null ? Integer.valueOf(numValueOf3.intValue() - i11) : null; i12 = iMin; i10 = iH; i17 = i23; i13 = 0; i21 = 0; } else { t7 = tB2; i10 = i22; numValueOf = numValueOf3; i13 = iMax; } arrayList2 = arrayList3; t8 = t7; i20 = i23; jI2 = j6; num3 = num; z13 = z9; i16 = i21; c2567b = c2567b2; } C2567B c2567b3 = c2567b; ArrayList arrayList4 = arrayList2; int size = arrayList4.size(); q0[] q0VarArr = new q0[size]; for (int i29 = 0; i29 < size; i29++) { q0VarArr[i29] = c2566a2.b(i29); } int[] iArr3 = new int[i14]; int[] iArr4 = new int[i14]; int iMax2 = i12; int i30 = 0; int i31 = 0; int i32 = 0; while (i31 < i14) { int i33 = i14; int i34 = iArrCopyOf2[i31]; if (i31 < 0 || i31 >= i15) { AbstractC2628a.d("Index must be between 0 and size"); throw null; } int i35 = iArrCopyOf[i31]; C2567B c2567b4 = c2567b3; if (c2567b4.b(i31)) { i7 = i33; iG = i35; c6 = 65535; } else { c6 = 65535; if (C2069a.g(jA3) == Integer.MAX_VALUE) { i7 = i33; iG = Integer.MAX_VALUE; } else { iG = C2069a.g(jA3) - i32; i7 = i33; } } int i36 = C2069a.i(jA3); c2567b3 = c2567b4; int iH2 = C2069a.h(jA3); int i37 = i7; int i38 = i15; int[] iArr5 = iArrCopyOf; ArrayList arrayList5 = arrayList4; int i39 = i11; MutableVector mutableVector3 = mutableVector; int[] iArr6 = iArr3; C0054c0 c0054c03 = c0054c02; InterfaceC0247b0 interfaceC0247b0T = AbstractC0057e.t(c0054c03, iMax2, i36, iH2, iG, i39, interfaceC0249c0, arrayList5, q0VarArr, i30, i34, iArr6, i31); int width = interfaceC0247b0T.getWidth(); int height = interfaceC0247b0T.getHeight(); iArr4[i31] = height; i32 += height; iMax2 = Math.max(iMax2, width); mutableVector3.add(interfaceC0247b0T); i31++; c0054c02 = c0054c03; i11 = i39; i30 = i34; iArr3 = iArr6; mutableVector = mutableVector3; zVar2 = zVar2; iArrCopyOf = iArr5; i14 = i37; i15 = i38; arrayList4 = arrayList5; iArrCopyOf2 = iArrCopyOf2; } MutableVector mutableVector4 = mutableVector; int[] iArr7 = iArr3; C0054c0 c0054c04 = c0054c02; x4.z zVar3 = zVar2; if (mutableVector4.getSize() == 0) { iMax2 = 0; i32 = 0; } InterfaceC0067j interfaceC0067j = c0054c04.f254b; int size2 = ((mutableVector4.getSize() - 1) * interfaceC0249c0.g0(interfaceC0067j.a())) + i32; int i40 = C2069a.i(jN); int iG6 = C2069a.g(jN); if (size2 < i40) { size2 = i40; } if (size2 <= iG6) { iG6 = size2; } interfaceC0067j.b(interfaceC0249c0, iG6, iArr4, iArr7); int iJ2 = C2069a.j(jN); int iH3 = C2069a.h(jN); if (iMax2 < iJ2) { iMax2 = iJ2; } if (iMax2 <= iH3) { iH3 = iMax2; } return interfaceC0249c0.e(iH3, iG6, zVar3, new B.V(mutableVector4, 0)); } c0050a0.getClass(); B.Y y6 = B.Y.f225a; B.Y y7 = B.Y.f225a; } return interfaceC0249c0.e(0, 0, zVar, new q.H0(8)); } @Override // G0.InterfaceC0245a0 public final int minIntrinsicHeight(InterfaceC0274t interfaceC0274t, List list, int i6) { ArrayList arrayListI = AbstractC0303l.i(interfaceC0274t); C0054c0 c0054c0 = this.f1966a; c0054c0.getClass(); List list2 = (List) AbstractC3251q.h0(1, arrayListI); InterfaceC0273s interfaceC0273s = list2 != null ? (InterfaceC0273s) AbstractC3251q.g0(list2) : null; List list3 = (List) AbstractC3251q.h0(2, arrayListI); InterfaceC0273s interfaceC0273s2 = list3 != null ? (InterfaceC0273s) AbstractC3251q.g0(list3) : null; long jB = h1.b.b(i6, 0, 13); C0050a0 c0050a0 = c0054c0.f258f; c0050a0.a(interfaceC0273s, interfaceC0273s2, jB); List list4 = (List) AbstractC3251q.g0(arrayListI); if (list4 == null) { list4 = x4.y.f26065a; } return C0054c0.f(list4, i6, interfaceC0274t.g0(c0054c0.f255c), interfaceC0274t.g0(c0054c0.f257e), c0050a0); } /* JADX WARN: Multi-variable type inference failed */ @Override // G0.InterfaceC0245a0 public final int minIntrinsicWidth(InterfaceC0274t interfaceC0274t, List list, int i6) { int i7; int[] iArr; C0050a0 c0050a0; List list2; int i8; C2584k c2584k; long jA; int i9; int i10; int i11; C2584k c2584k2; char c6 = 2; int i12 = 1; ArrayList arrayListI = AbstractC0303l.i(interfaceC0274t); C0054c0 c0054c0 = this.f1966a; c0054c0.getClass(); List list3 = (List) AbstractC3251q.h0(1, arrayListI); InterfaceC0273s interfaceC0273s = list3 != null ? (InterfaceC0273s) AbstractC3251q.g0(list3) : null; List list4 = (List) AbstractC3251q.h0(2, arrayListI); c0054c0.f258f.a(interfaceC0273s, list4 != null ? (InterfaceC0273s) AbstractC3251q.g0(list4) : null, h1.b.b(0, i6, 7)); List list5 = (List) AbstractC3251q.g0(arrayListI); if (list5 == null) { list5 = x4.y.f26065a; } int iG0 = interfaceC0274t.g0(c0054c0.f255c); int iG02 = interfaceC0274t.g0(c0054c0.f257e); boolean zIsEmpty = list5.isEmpty(); long jA2 = C2584k.a(0, 0); if (zIsEmpty) { return 0; } int size = list5.size(); int[] iArr2 = new int[size]; int size2 = list5.size(); int[] iArr3 = new int[size2]; int size3 = list5.size(); int i13 = 0; while (i13 < size3) { char c7 = c6; InterfaceC0273s interfaceC0273s2 = (InterfaceC0273s) list5.get(i13); int iG = interfaceC0273s2.G(i6); iArr2[i13] = iG; iArr3[i13] = interfaceC0273s2.j0(iG); i13++; c6 = c7; } int size4 = list5.size(); C0050a0 c0050a02 = c0054c0.f258f; if (Integer.MAX_VALUE < size4) { c0050a02.getClass(); B.Y y6 = B.Y.f225a; } if (Integer.MAX_VALUE >= list5.size()) { c0050a02.getClass(); B.Y y7 = B.Y.f225a; } int iMin = Math.min(Integer.MAX_VALUE, list5.size()); int i14 = 0; for (int i15 = 0; i15 < size; i15++) { i14 += iArr2[i15]; } int size5 = ((list5.size() - 1) * iG0) + i14; if (size2 == 0) { throw new NoSuchElementException(); } int i16 = iArr3[0]; int i17 = size2 - 1; if (1 <= i17) { int i18 = 1; i7 = 0; while (true) { int i19 = iArr3[i18]; if (i16 < i19) { i16 = i19; } if (i18 == i17) { break; } i18++; } } else { i7 = 0; } if (size == 0) { throw new NoSuchElementException(); } int i20 = iArr2[i7]; int i21 = size - 1; if (1 <= i21) { int i22 = 1; while (true) { int i23 = iArr2[i22]; if (i20 < i23) { i20 = i23; } if (i22 == i21) { break; } i22++; } } int i24 = size5; while (i20 <= i24 && i16 != i6) { int i25 = (i20 + i24) / 2; if (list5.isEmpty()) { i8 = i12; list2 = list5; jA = jA2; iArr = iArr3; c0050a0 = c0050a02; } else { int i26 = i7; iArr = iArr3; c0050a0 = c0050a02; B.U u6 = new B.U(c0050a0, h1.b.a(i26, i25, i26, Integer.MAX_VALUE), iG0, iG02); InterfaceC0273s interfaceC0273s3 = (InterfaceC0273s) AbstractC3251q.h0(i26, list5); int i27 = interfaceC0273s3 != null ? iArr[i26] : i26; int i28 = interfaceC0273s3 != null ? iArr2[i26] : i26; boolean z6 = list5.size() > i12 ? i12 : 0; long jA3 = C2584k.a(i25, Integer.MAX_VALUE); if (interfaceC0273s3 == null) { i8 = i12; list2 = list5; c2584k = null; } else { list2 = list5; i8 = i12; c2584k = new C2584k(C2584k.a(i28, i27)); } int i29 = 0; if (u6.b(z6, 0, jA3, c2584k, 0, 0, 0, false, false).f180b) { c0050a0.getClass(); B.Y y8 = B.Y.f225a; jA = jA2; } else { int size6 = list2.size(); int i30 = i25; int i31 = i28; int i32 = 0; int i33 = 0; int i34 = 0; int i35 = 0; int i36 = i27; int i37 = 0; while (true) { if (i34 >= size6) { break; } int i38 = i30 - i31; int i39 = size6; int i40 = i34 + 1; int iMax = Math.max(i33, i36); InterfaceC0273s interfaceC0273s4 = (InterfaceC0273s) AbstractC3251q.h0(i40, list2); i36 = interfaceC0273s4 != null ? iArr[i40] : 0; if (interfaceC0273s4 != null) { i9 = i40; i10 = iArr2[i40] + iG0; } else { i9 = i40; i10 = 0; } boolean z7 = i34 + 2 < list2.size() ? i8 : 0; int i41 = i9 - i35; int i42 = i32; long jA4 = C2584k.a(i38, Integer.MAX_VALUE); if (interfaceC0273s4 == null) { i11 = i10; c2584k2 = null; } else { i11 = i10; c2584k2 = new C2584k(C2584k.a(i10, i36)); } B.T tB = u6.b(z7, i41, jA4, c2584k2, i42, i29, iMax, false, false); if (tB.f179a) { int i43 = iMax + iG02 + i29; u6.a(tB, interfaceC0273s4 != null ? i8 : 0, i42, i43, i38, i41); int i44 = i11 - iG0; i32 = i42 + 1; if (tB.f180b) { i29 = i43; i37 = i9; break; } i31 = i44; i30 = i25; i29 = i43; i35 = i9; i33 = 0; } else { i30 = i38; i32 = i42; i33 = iMax; i31 = i11; } size6 = i39; i34 = i9; i37 = i34; } jA = C2584k.a(i29 - iG02, i37); } } i16 = (int) (jA >> 32); int i45 = (int) (jA & 4294967295L); if (i16 > i6 || i45 < iMin) { i20 = i25 + 1; if (i20 > i24) { return i20; } } else { if (i16 >= i6) { return i25; } i24 = i25 - 1; } size5 = i25; list5 = list2; c0050a02 = c0050a0; iArr3 = iArr; i12 = i8; i7 = 0; } return size5; } public final String toString() { return "MultiContentMeasurePolicyImpl(measurePolicy=" + this.f1966a + ')'; } }