package B; import G0.InterfaceC0247b0; import G0.InterfaceC0249c0; import G0.InterfaceC0273s; import java.util.List; import n.C2584k; import q.AbstractC2761L; import w4.C3137A; import x4.AbstractC3251q; /* JADX INFO: renamed from: B.c0, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public final class C0054c0 implements L0 { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final InterfaceC0063h f253a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final InterfaceC0067j f254b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final float f255c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public final K f256d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public final float f257e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public final C0050a0 f258f; public C0054c0(InterfaceC0063h interfaceC0063h, InterfaceC0067j interfaceC0067j, float f6, K k6, float f7, C0050a0 c0050a0) { this.f253a = interfaceC0063h; this.f254b = interfaceC0067j; this.f255c = f6; this.f256d = k6; this.f257e = f7; this.f258f = c0050a0; } public static int f(List list, int i6, int i7, int i8, C0050a0 c0050a0) { boolean z6; boolean z7; C2584k c2584k; boolean z8 = true; boolean zIsEmpty = list.isEmpty(); long jA = C2584k.a(0, 0); if (!zIsEmpty) { int i9 = Integer.MAX_VALUE; U u6 = new U(c0050a0, h1.b.a(0, i6, 0, Integer.MAX_VALUE), i7, i8); InterfaceC0273s interfaceC0273s = (InterfaceC0273s) AbstractC3251q.h0(0, list); int iJ0 = interfaceC0273s != null ? interfaceC0273s.j0(i6) : 0; int iG = interfaceC0273s != null ? interfaceC0273s.G(iJ0) : 0; int i10 = 0; if (u6.b(list.size() > 1, 0, C2584k.a(i6, Integer.MAX_VALUE), interfaceC0273s == null ? null : new C2584k(C2584k.a(iG, iJ0)), 0, 0, 0, false, false).f180b) { c0050a0.getClass(); Y y6 = Y.f225a; jA = jA; } else { int size = list.size(); int i11 = i6; int i12 = 0; int i13 = 0; int i14 = 0; int i15 = 0; int i16 = 0; while (true) { if (i14 >= size) { break; } int i17 = i11 - iG; int i18 = i14 + 1; int iMax = Math.max(i13, iJ0); InterfaceC0273s interfaceC0273s2 = (InterfaceC0273s) AbstractC3251q.h0(i18, list); iJ0 = interfaceC0273s2 != null ? interfaceC0273s2.j0(i6) : 0; int iG2 = interfaceC0273s2 != null ? interfaceC0273s2.G(iJ0) + i7 : 0; if (i14 + 2 < list.size()) { i14 = i18; z6 = z8; } else { i14 = i18; z6 = false; } int i19 = i14 - i16; int i20 = i12; long jA2 = C2584k.a(i17, i9); if (interfaceC0273s2 == null) { z7 = z8; c2584k = null; } else { z7 = z8; c2584k = new C2584k(C2584k.a(iG2, iJ0)); } C2584k c2584k2 = c2584k; int i21 = iG2; T tB = u6.b(z6, i19, jA2, c2584k2, i20, i10, iMax, false, false); if (tB.f179a) { int i22 = iMax + i8 + i10; u6.a(tB, interfaceC0273s2 != null ? z7 : false, i20, i22, i17, i19); int i23 = i21 - i7; i12 = i20 + 1; if (tB.f180b) { i15 = i14; i10 = i22; break; } i11 = i6; i16 = i14; iG = i23; i10 = i22; i13 = 0; } else { iG = i21; i11 = i17; i12 = i20; i13 = iMax; } i15 = i14; z8 = z7; i9 = Integer.MAX_VALUE; } jA = C2584k.a(i10 - i8, i15); } } return (int) (jA >> 32); } @Override // B.L0 public final void a(int i6, int[] iArr, int[] iArr2, InterfaceC0249c0 interfaceC0249c0) { this.f253a.c(interfaceC0249c0, i6, iArr, interfaceC0249c0.getLayoutDirection(), iArr2); } @Override // B.L0 public final int b(G0.q0 q0Var) { return q0Var.q0(); } @Override // B.L0 public final long c(int i6, int i7, int i8, boolean z6) { P0 p02 = N0.f161a; return !z6 ? h1.b.a(i6, i7, 0, i8) : W0.e.q(i6, i7, 0, i8); } @Override // B.L0 public final int d(G0.q0 q0Var) { return q0Var.n0(); } @Override // B.L0 public final InterfaceC0247b0 e(final G0.q0[] q0VarArr, InterfaceC0249c0 interfaceC0249c0, final int i6, final int[] iArr, int i7, final int i8, final int[] iArr2, final int i9, final int i10, final int i11) { h1.m mVar = h1.m.f16628a; return interfaceC0249c0.e(i7, i8, x4.z.f26066a, new J4.c() { // from class: B.b0 { h1.m mVar2 = h1.m.f16628a; } @Override // J4.c public final Object invoke(Object obj) { AbstractC0057e abstractC0057e; h1.m mVar2 = h1.m.f16628a; G0.p0 p0Var = (G0.p0) obj; int[] iArr3 = iArr2; int i12 = iArr3 != null ? iArr3[i9] : 0; int i13 = i10; for (int i14 = i13; i14 < i11; i14++) { G0.q0 q0Var = q0VarArr[i14]; kotlin.jvm.internal.o.e(q0Var); C0054c0 c0054c0 = this; c0054c0.getClass(); Object objS = q0Var.S(); M0 m02 = objS instanceof M0 ? (M0) objS : null; if (m02 == null || (abstractC0057e = m02.f156c) == null) { abstractC0057e = c0054c0.f256d; } p0Var.l(q0Var, iArr[i14 - i13], abstractC0057e.h(i8, q0Var.n0(), mVar2, q0Var, i6) + i12, 0.0f); } return C3137A.f25453a; } }); } public final boolean equals(Object obj) { if (this == obj) { return true; } if (!(obj instanceof C0054c0)) { return false; } C0054c0 c0054c0 = (C0054c0) obj; c0054c0.getClass(); return this.f253a.equals(c0054c0.f253a) && this.f254b.equals(c0054c0.f254b) && h1.f.c(this.f255c, c0054c0.f255c) && this.f256d.equals(c0054c0.f256d) && h1.f.c(this.f257e, c0054c0.f257e) && kotlin.jvm.internal.o.c(this.f258f, c0054c0.f258f); } public final int hashCode() { return this.f258f.hashCode() + AbstractC2761L.a(Integer.MAX_VALUE, AbstractC2761L.a(Integer.MAX_VALUE, com.google.android.recaptcha.internal.a.b(this.f257e, (this.f256d.hashCode() + com.google.android.recaptcha.internal.a.b(this.f255c, (this.f254b.hashCode() + ((this.f253a.hashCode() + (Boolean.hashCode(true) * 31)) * 31)) * 31, 31)) * 31, 31), 31), 31); } public final String toString() { StringBuilder sb = new StringBuilder("FlowMeasurePolicy(isHorizontal=true, horizontalArrangement="); sb.append(this.f253a); sb.append(", verticalArrangement="); sb.append(this.f254b); sb.append(", mainAxisSpacing="); AbstractC2761L.k(this.f255c, sb, ", crossAxisAlignment="); sb.append(this.f256d); sb.append(", crossAxisArrangementSpacing="); AbstractC2761L.k(this.f257e, sb, ", maxItemsInMainAxis=2147483647, maxLines=2147483647, overflow="); sb.append(this.f258f); sb.append(')'); return sb.toString(); } }