package D; import B.AbstractC0057e; import B.H0; import B.InterfaceC0063h; import B.InterfaceC0067j; import B.V; import F.AbstractC0158l; import F.C0167v; import G0.C0; import G0.InterfaceC0247b0; import androidx.compose.runtime.snapshots.Snapshot; import h1.C2069a; import i0.C2245i; import i0.C2246j; import java.util.ArrayList; import java.util.List; import n.AbstractC2586m; import p0.InterfaceC2684B; import v.AbstractC3058z; import x.EnumC3207z0; import x4.AbstractC3250p; import x4.AbstractC3251q; import x4.AbstractC3252r; import x4.C3249o; /* JADX INFO: loaded from: classes.dex */ public final class u implements F.F { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final /* synthetic */ H f877a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final /* synthetic */ boolean f878b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final /* synthetic */ H0 f879c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public final /* synthetic */ Q4.i f880d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public final /* synthetic */ InterfaceC0067j f881e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public final /* synthetic */ InterfaceC0063h f882f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public final /* synthetic */ V4.C f883g; /* JADX INFO: renamed from: h, reason: collision with root package name */ public final /* synthetic */ F.J f884h; /* JADX INFO: renamed from: i, reason: collision with root package name */ public final /* synthetic */ C2245i f885i; /* JADX INFO: renamed from: j, reason: collision with root package name */ public final /* synthetic */ C2246j f886j; public u(H h5, boolean z6, H0 h0, Q4.i iVar, InterfaceC0067j interfaceC0067j, InterfaceC0063h interfaceC0063h, V4.C c6, InterfaceC2684B interfaceC2684B, F.J j4, C2245i c2245i, C2246j c2246j) { this.f877a = h5; this.f878b = z6; this.f879c = h0; this.f880d = iVar; this.f881e = interfaceC0067j; this.f882f = interfaceC0063h; this.f883g = c6; this.f884h = j4; this.f885i = c2245i; this.f886j = c2246j; } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:309:0x06f5 */ /* JADX WARN: Removed duplicated region for block: B:314:0x0708 */ /* JADX WARN: Removed duplicated region for block: B:317:0x0717 */ /* JADX WARN: Removed duplicated region for block: B:318:0x071a */ /* JADX WARN: Removed duplicated region for block: B:327:0x075c */ /* JADX WARN: Removed duplicated region for block: B:328:0x0761 */ /* JADX WARN: Removed duplicated region for block: B:330:0x0764 */ /* JADX WARN: Removed duplicated region for block: B:331:0x0769 */ /* JADX WARN: Removed duplicated region for block: B:334:0x0770 */ /* JADX WARN: Removed duplicated region for block: B:336:0x0777 */ @Override // F.F /* Code decompiled incorrectly, please refer to instructions dump. */ public final InterfaceC0247b0 a(F.G g6, long j4) throws Throwable { float fA; int i6; long j6; int i7; int i8; int i9; int i10; int i11; float f6; float f7; int i12; List arrayList; int i13; int i14; ArrayList arrayList2; x xVar; int i15; long j7; o oVar; int i16; Integer numValueOf; Integer numValueOf2; w wVar; C0 c02; int i17; int i18; H h5 = this.f877a; h5.f784s.getValue(); boolean z6 = h5.f768b; boolean z7 = true; C0 c03 = g6.f1200b; boolean z8 = z6 || c03.U(); boolean z9 = this.f878b; AbstractC3058z.k(j4, z9 ? EnumC3207z0.f25984a : EnumC3207z0.f25985b); H0 h0 = this.f879c; int iG0 = z9 ? c03.g0(h0.b(c03.getLayoutDirection())) : c03.g0(AbstractC0057e.m(h0, c03.getLayoutDirection())); int iG02 = z9 ? c03.g0(h0.d(c03.getLayoutDirection())) : c03.g0(AbstractC0057e.l(h0, c03.getLayoutDirection())); int iG03 = c03.g0(h0.c()); int iG04 = c03.g0(h0.a()) + iG03; int i19 = iG0 + iG02; int i20 = z9 ? iG04 : i19; int i21 = z9 ? iG03 : !z9 ? iG0 : iG02; int i22 = i20 - i21; long jI = h1.b.i(-i19, -iG04, j4); o oVar2 = (o) this.f880d.invoke(); C0134e c0134e = oVar2.f842c; int iH = C2069a.h(jI); int iG = C2069a.g(jI); c0134e.f816a.setIntValue(iH); c0134e.f817b.setIntValue(iG); InterfaceC0063h interfaceC0063h = this.f882f; InterfaceC0067j interfaceC0067j = this.f881e; if (z9) { if (interfaceC0067j == null) { A.b.b("null verticalArrangement when isVertical == true"); throw new E3.v(); } fA = interfaceC0067j.a(); } else { if (interfaceC0063h == null) { A.b.b("null horizontalAlignment when isVertical == false"); throw new E3.v(); } fA = interfaceC0063h.a(); } int iG05 = c03.g0(fA); int i23 = oVar2.f841b.n().f1279b; int iG2 = z9 ? C2069a.g(j4) - iG04 : C2069a.h(j4) - i19; int i24 = i21; t tVar = new t(jI, this.f878b, oVar2, g6, i23, iG05, this.f885i, this.f886j, i24, i22, (((long) iG0) << 32) | (((long) iG03) & 4294967295L), this.f877a); Snapshot.Companion companion = Snapshot.Companion; Snapshot currentThreadSnapshot = companion.getCurrentThreadSnapshot(); J4.c readObserver = currentThreadSnapshot != null ? currentThreadSnapshot.getReadObserver() : null; Snapshot snapshotMakeCurrentNonObservable = companion.makeCurrentNonObservable(currentThreadSnapshot); try { int iG3 = h5.g(); B b5 = h5.f771e; int iL = AbstractC0158l.l(oVar2, b5.f750e, iG3); if (iG3 != iL) { i6 = i22; b5.f747b.setIntValue(iL); b5.f751f.b(iG3); } else { i6 = i22; } int iH2 = h5.h(); companion.restoreNonObservable(currentThreadSnapshot, snapshotMakeCurrentNonObservable, readObserver); List listJ = AbstractC0158l.j(oVar2, h5.f783r, h5.f780o); float fFloatValue = (c03.U() || !z8) ? h5.f774h : ((Number) h5.f788w.f1229b.f23390b.getValue()).floatValue(); boolean zU = c03.U(); if (i24 < 0) { A.b.a("invalid beforeContentPadding"); } if (i6 < 0) { A.b.a("invalid afterContentPadding"); } x4.y yVar = x4.y.f26065a; x4.z zVar = x4.z.f26066a; C0167v c0167v = h5.f779n; o oVar3 = tVar.f865b; int i25 = i23; V4.C c6 = this.f883g; if (i25 <= 0) { int iJ = C2069a.j(jI); int i26 = C2069a.i(jI); c0167v.c(iJ, i26, new ArrayList(), oVar3.f843d, tVar, zU, 1, z8, 0, 0); if (!zU) { c0167v.b(); if (!h1.l.a(0L, 0L)) { iJ = h1.b.g((int) 0, jI); i26 = h1.b.f((int) 0, jI); } } c02 = c03; wVar = new w(null, 0, false, 0.0f, c03.e(h1.b.g(iJ + i19, j4), h1.b.f(i26 + iG04, j4), zVar, new q.H0(8)), 0.0f, false, c6, g6, tVar.f867d, yVar, -i24, iG2 + i6, 0, z9 ? EnumC3207z0.f25984a : EnumC3207z0.f25985b, i6, iG05); } else { float f8 = fFloatValue; int i27 = iH2; int i28 = iG2; int i29 = i6; if (iL >= i25) { iL = i25 - 1; i27 = 0; } int iRound = Math.round(f8); int i30 = i27 - iRound; if (iL == 0 && i30 < 0) { iRound += i30; i30 = 0; } C3249o c3249o = new C3249o(); int i31 = -i24; int i32 = iL; int i33 = i31 + (iG05 < 0 ? iG05 : 0); int i34 = i30 + i33; int iMax = 0; while (true) { j6 = tVar.f867d; if (i34 >= 0 || i32 <= 0) { break; } H h6 = h5; int i35 = i32 - 1; x xVarN = tVar.n(i35, j6); c3249o.add(0, xVarN); iMax = Math.max(iMax, xVarN.f920o); i34 += xVarN.f919n; i32 = i35; h5 = h6; } H h7 = h5; if (i34 < i33) { iRound -= i33 - i34; i34 = i33; } int i36 = iRound; int i37 = i34 - i33; int i38 = i28 + i29; int i39 = i38 >= 0 ? i38 : 0; int i40 = iMax; int i41 = i32; boolean z10 = false; int i42 = -i37; int i43 = 0; while (i43 < c3249o.size()) { if (i42 >= i39) { c3249o.remove(i43); z10 = true; } else { i41++; i42 += ((x) c3249o.get(i43)).f919n; i43++; } } int iMax2 = i40; int i44 = i37; boolean z11 = z10; int i45 = i41; while (i45 < i25 && (i42 < i39 || i42 <= 0 || c3249o.isEmpty())) { int i46 = i39; x xVarN2 = tVar.n(i45, j6); int i47 = i25; int i48 = xVarN2.f919n; i42 += i48; if (i42 <= i33) { i18 = i33; if (i45 != i47 - 1) { i32 = i45 + 1; i44 -= i48; z11 = true; } i45++; i39 = i46; i25 = i47; i33 = i18; } else { i18 = i33; } iMax2 = Math.max(iMax2, xVarN2.f920o); c3249o.addLast(xVarN2); i45++; i39 = i46; i25 = i47; i33 = i18; } int i49 = i25; if (i42 < i28) { int i50 = i28 - i42; i42 += i50; int i51 = i44 - i50; while (i51 < i24 && i32 > 0) { int i52 = i32 - 1; int i53 = i50; x xVarN3 = tVar.n(i52, j6); c3249o.add(0, xVarN3); iMax2 = Math.max(iMax2, xVarN3.f920o); i51 += xVarN3.f919n; i32 = i52; i50 = i53; } int i54 = i50; int i55 = i51; i7 = i36; int i56 = i7 + i54; if (i55 < 0) { i42 += i55; i9 = i32; i10 = i56 + i55; i8 = 0; } else { i8 = i55; i9 = i32; i10 = i56; } } else { i7 = i36; i8 = i44; i9 = i32; i10 = i7; } int i57 = iMax2; int i58 = i45; if (Integer.signum(Math.round(f8)) != Integer.signum(i10) || Math.abs(Math.round(f8)) < Math.abs(i10)) { i11 = i10; f6 = f8; } else { i11 = i10; f6 = i11; } float f9 = f8 - f6; float f10 = 0.0f; if (zU && i11 > i7 && f9 <= 0.0f) { f10 = (i11 - i7) + f9; } float f11 = f10; if (i8 < 0) { A.b.a("negative currentFirstItemScrollOffset"); } int i59 = -i8; x xVar2 = (x) c3249o.first(); if (i24 > 0 || iG05 < 0) { f7 = f11; int size = c3249o.size(); x xVar3 = xVar2; int i60 = 0; while (i60 < size) { int i61 = size; int i62 = ((x) c3249o.get(i60)).f919n; if (i8 == 0 || i62 > i8 || i60 == AbstractC3252r.A(c3249o)) { break; } i8 -= i62; i60++; xVar3 = (x) c3249o.get(i60); size = i61; } xVar2 = xVar3; } else { f7 = f11; } int i63 = i8; x xVar4 = xVar2; int iMax3 = Math.max(0, i9); int i64 = i9 - 1; if (iMax3 <= i64) { arrayList = null; while (true) { if (arrayList == null) { arrayList = new ArrayList(); } i12 = i59; arrayList.add(tVar.n(i64, j6)); if (i64 == iMax3) { break; } i64--; i59 = i12; } } else { i12 = i59; arrayList = null; } int size2 = listJ.size() - 1; if (size2 >= 0) { while (true) { int i65 = size2 - 1; int iIntValue = ((Number) listJ.get(size2)).intValue(); if (iIntValue < iMax3) { if (arrayList == null) { arrayList = new ArrayList(); } arrayList.add(tVar.n(iIntValue, j6)); } if (i65 < 0) { break; } size2 = i65; } } if (arrayList == null) { arrayList = yVar; } int iMax4 = i57; int i66 = 0; for (int size3 = arrayList.size(); i66 < size3; size3 = size3) { iMax4 = Math.max(iMax4, ((x) arrayList.get(i66)).f920o); i66++; } int iMin = Math.min(((x) AbstractC3251q.n0(c3249o)).f907a, i49 - 1); int i67 = ((x) AbstractC3251q.n0(c3249o)).f907a + 1; if (i67 <= iMin) { ArrayList arrayList3 = null; while (true) { if (arrayList3 == null) { arrayList3 = new ArrayList(); } i13 = iMax4; i14 = i24; arrayList2 = arrayList3; arrayList2.add(tVar.n(i67, j6)); if (i67 == iMin) { break; } i67++; arrayList3 = arrayList2; iMax4 = i13; i24 = i14; } } else { i13 = iMax4; i14 = i24; arrayList2 = null; } if (arrayList2 != null && ((x) AbstractC3251q.n0(arrayList2)).f907a > iMin) { iMin = ((x) AbstractC3251q.n0(arrayList2)).f907a; } int size4 = listJ.size(); List arrayList4 = arrayList2; int i68 = 0; while (i68 < size4) { int i69 = i68; int iIntValue2 = ((Number) listJ.get(i68)).intValue(); if (iIntValue2 > iMin) { if (arrayList4 == null) { arrayList4 = new ArrayList(); } arrayList4.add(tVar.n(iIntValue2, j6)); } i68 = i69 + 1; } if (arrayList4 == null) { arrayList4 = yVar; } int size5 = arrayList4.size(); int iMax5 = i13; for (int i70 = 0; i70 < size5; i70++) { iMax5 = Math.max(iMax5, ((x) arrayList4.get(i70)).f920o); } boolean z12 = kotlin.jvm.internal.o.c(xVar4, c3249o.first()) && arrayList.isEmpty() && arrayList4.isEmpty(); int iG4 = h1.b.g(z9 ? iMax5 : i42, jI); if (z9) { iMax5 = i42; } int iF = h1.b.f(iMax5, jI); int i71 = z9 ? iF : iG4; boolean z13 = i42 < Math.min(i71, i28); if (z13 && i12 != 0) { A.b.c("non-zero itemsScrollOffset"); } boolean z14 = z12; ArrayList arrayList5 = new ArrayList(arrayList4.size() + arrayList.size() + c3249o.size()); if (z13) { if (!arrayList.isEmpty() || !arrayList4.isEmpty()) { A.b.a("no extra items"); } int size6 = c3249o.size(); int[] iArr = new int[size6]; for (int i72 = 0; i72 < size6; i72++) { iArr[i72] = ((x) c3249o.get(i72)).f918m; } int[] iArr2 = new int[size6]; if (z9) { if (interfaceC0067j == null) { A.b.b("null verticalArrangement when isVertical == true"); throw new E3.v(); } interfaceC0067j.b(g6, i71, iArr, iArr2); xVar = xVar4; i17 = i28; i15 = i49; j7 = jI; oVar = oVar3; i16 = i58; } else { if (interfaceC0063h == null) { A.b.b("null horizontalArrangement when isVertical == false"); throw new E3.v(); } xVar = xVar4; i17 = i28; i15 = i49; j7 = jI; oVar = oVar3; i16 = i58; interfaceC0063h.c(g6, i71, iArr, h1.m.f16628a, iArr2); } P4.g gVarM = AbstractC3250p.M(iArr2); int i73 = gVarM.f5676a; int i74 = gVarM.f5677b; int i75 = gVarM.f5678c; if ((i75 > 0 && i73 <= i74) || (i75 < 0 && i74 <= i73)) { while (true) { int i76 = iArr2[i73]; x xVar5 = (x) c3249o.get(i73); xVar5.k(i76, iG4, iF); arrayList5.add(xVar5); if (i73 == i74) { break; } i73 += i75; } } i28 = i17; } else { xVar = xVar4; i15 = i49; j7 = jI; oVar = oVar3; i16 = i58; int i77 = i12; int i78 = 0; for (int size7 = arrayList.size(); i78 < size7; size7 = size7) { x xVar6 = (x) arrayList.get(i78); i77 -= xVar6.f919n; xVar6.k(i77, iG4, iF); arrayList5.add(xVar6); i78++; } int size8 = c3249o.size(); int i79 = i12; for (int i80 = 0; i80 < size8; i80++) { x xVar7 = (x) c3249o.get(i80); xVar7.k(i79, iG4, iF); arrayList5.add(xVar7); i79 += xVar7.f919n; } int size9 = arrayList4.size(); for (int i81 = 0; i81 < size9; i81++) { x xVar8 = (x) arrayList4.get(i81); xVar8.k(i79, iG4, iF); arrayList5.add(xVar8); i79 += xVar8.f919n; } } c0167v.c(iG4, iF, arrayList5, oVar.f843d, tVar, zU, 1, z8, i63, i42); if (!zU) { c0167v.b(); if (!h1.l.a(0L, 0L)) { int i82 = z9 ? iF : iG4; long j8 = j7; iG4 = h1.b.g(Math.max(iG4, (int) 0), j8); iF = h1.b.f(Math.max(iF, (int) 0), j8); int i83 = z9 ? iF : iG4; if (i83 != i82) { int size10 = arrayList5.size(); for (int i84 = 0; i84 < size10; i84++) { ((x) arrayList5.get(i84)).f922q = i83; } } } } int i85 = iF; x xVar9 = (x) c3249o.j(); int i86 = xVar9 != null ? xVar9.f907a : 0; x xVar10 = (x) c3249o.l(); int i87 = xVar10 != null ? xVar10.f907a : 0; oVar.f841b.getClass(); int i88 = i14; int i89 = iG4; List listI = AbstractC0158l.i(this.f884h, i86, i87, arrayList5, AbstractC2586m.f21455a, i88, i89, i85, new V(tVar, 3)); if (z14) { x xVar11 = (x) AbstractC3251q.g0(arrayList5); numValueOf = xVar11 != null ? Integer.valueOf(xVar11.f907a) : null; if (z14) { x xVar12 = (x) c3249o.l(); if (xVar12 != null) { numValueOf2 = Integer.valueOf(xVar12.f907a); } if (i16 >= i15) { z7 = false; } int i90 = i15; c02 = c03; h5 = h7; wVar = new w(xVar, i63, z7, f6, c03.e(h1.b.g(i89 + i19, j4), h1.b.f(i85 + iG04, j4), zVar, new v(h7.f787v, arrayList5, listI, zU, 0)), f7, z11, c6, g6, tVar.f867d, AbstractC0158l.r(numValueOf == null ? numValueOf.intValue() : 0, numValueOf2 == null ? numValueOf2.intValue() : 0, arrayList5, listI), i31, i38, i90, !z9 ? EnumC3207z0.f25984a : EnumC3207z0.f25985b, i29, iG05); } else { x xVar13 = (x) AbstractC3251q.o0(arrayList5); numValueOf2 = xVar13 != null ? Integer.valueOf(xVar13.f907a) : null; if (i16 >= i15 && i42 <= i28) { z7 = false; } int i902 = i15; c02 = c03; h5 = h7; wVar = new w(xVar, i63, z7, f6, c03.e(h1.b.g(i89 + i19, j4), h1.b.f(i85 + iG04, j4), zVar, new v(h7.f787v, arrayList5, listI, zU, 0)), f7, z11, c6, g6, tVar.f867d, AbstractC0158l.r(numValueOf == null ? numValueOf.intValue() : 0, numValueOf2 == null ? numValueOf2.intValue() : 0, arrayList5, listI), i31, i38, i902, !z9 ? EnumC3207z0.f25984a : EnumC3207z0.f25985b, i29, iG05); } } else { x xVar14 = (x) c3249o.j(); if (xVar14 != null) { numValueOf = Integer.valueOf(xVar14.f907a); } if (z14) { } } } h5.f(wVar, c02.U(), false); C0130a c0130a = h5.f767a; return wVar; } catch (Throwable th) { companion.restoreNonObservable(currentThreadSnapshot, snapshotMakeCurrentNonObservable, readObserver); throw th; } } }