package K2; import A1.C0005f; import B6.u; import B6.w; import D0.x; import Z6.AbstractC0385z; import a5.C0405d; import android.content.SharedPreferences; import android.graphics.Bitmap; import android.graphics.BitmapFactory; import android.graphics.drawable.Drawable; import android.text.SpannableStringBuilder; import android.util.Base64; import android.util.Pair; import android.util.SparseIntArray; import android.view.View; import android.view.ViewGroup; import android.widget.CompoundButton; import androidx.lifecycle.W; import androidx.lifecycle.Y; import androidx.lifecycle.Z; import c7.InterfaceC0591B; import c7.K; import com.google.android.gms.internal.measurement.C1; import com.martsnew.data.model.response.LoginResponse; import d4.n; import d4.p; import d4.q; import d5.AbstractC0844a; import e5.C0887g; import g6.o; import h0.C0997E; import java.util.ArrayList; import java.util.Arrays; import java.util.Collections; import java.util.HashMap; import java.util.Iterator; import java.util.LinkedHashMap; import java.util.List; import java.util.Map; import java.util.Set; import java.util.TreeMap; import java.util.TreeSet; import k7.A; import k7.C; import k7.C1111c; import k7.F; import k7.InterfaceC1110b; import k7.y; import m2.C1161a; import q1.InterfaceC1447d; import r0.AbstractC1483b; import w1.C1695a; import w1.C1697c; import w2.C1698a; import w2.C1699b; import w2.InterfaceC1701d; import w2.InterfaceC1703f; import x0.v; /* JADX INFO: loaded from: classes.dex */ public final class e implements A6.e, d4.c, InterfaceC1110b, InterfaceC1447d { /* JADX INFO: renamed from: q, reason: collision with root package name */ public Object f3552q; /* JADX INFO: renamed from: r, reason: collision with root package name */ public Object f3553r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public Object f3554s; /* JADX INFO: renamed from: t, reason: collision with root package name */ public Object f3555t; /* JADX INFO: renamed from: u, reason: collision with root package name */ public Object f3556u; public e(Map map) { P6.g.e(map, "initialState"); this.f3552q = w.q0(map); this.f3553r = new LinkedHashMap(); this.f3554s = new LinkedHashMap(); this.f3555t = new LinkedHashMap(); this.f3556u = new C0997E(1, this); } public static int[] P(int i, ArrayList arrayList, SparseIntArray sparseIntArray) { Collections.sort(arrayList); sparseIntArray.clear(); int[] iArr = new int[i]; int size = arrayList.size(); int i5 = 0; int i8 = 0; while (i8 < size) { Object obj = arrayList.get(i8); i8++; d dVar = (d) obj; int i9 = dVar.f3550q; iArr[i5] = i9; sparseIntArray.append(i9, dVar.f3551r); i5++; } return iArr; } public static final void l(e eVar, String str, String str2) { C0405d c0405d = (C0405d) eVar.f3552q; LoginResponse loginResponseW = C1.w(c0405d); if (loginResponseW != null) { loginResponseW.f10852b.f10967a.f10971a = str; } if (loginResponseW != null) { loginResponseW.f10852b.f10968b.f10971a = str2; } String strK = o.f12958a.K(); SharedPreferences.Editor editorEdit = c0405d.f7619a.edit(); editorEdit.putString(strK, c0405d.f7620b.a(LoginResponse.class).d(loginResponseW)); editorEdit.apply(); } public static ArrayList v(int i, int i5, List list) { int i8 = (i - i5) / 2; ArrayList arrayList = new ArrayList(); c cVar = new c(); cVar.f3539g = i8; int size = list.size(); for (int i9 = 0; i9 < size; i9++) { if (i9 == 0) { arrayList.add(cVar); } arrayList.add((c) list.get(i9)); if (i9 == list.size() - 1) { arrayList.add(cVar); } } return arrayList; } public void A(int i) { long[] jArr = (long[]) this.f3555t; if (jArr == null) { this.f3555t = new long[Math.max(i, 10)]; } else if (jArr.length < i) { this.f3555t = Arrays.copyOf((long[]) this.f3555t, Math.max(jArr.length * 2, i)); } } public void B(int i) { long[] jArr = (long[]) this.f3556u; if (jArr == null) { this.f3556u = new long[Math.max(i, 10)]; } else if (jArr.length < i) { this.f3556u = Arrays.copyOf((long[]) this.f3556u, Math.max(jArr.length * 2, i)); } } public void C(int i, int i5, c cVar, int i8, int i9, boolean z8) { int i10; float f3; float f7; int iMax; double d8; double d9; float f8 = cVar.f3541j; float f9 = 0.0f; if (f8 <= 0.0f || i8 < (i10 = cVar.f3537e)) { return; } float f10 = (i8 - i10) / f8; cVar.f3537e = i9 + cVar.f3538f; if (!z8) { cVar.f3539g = Integer.MIN_VALUE; } int i11 = 0; boolean z9 = false; int i12 = 0; float f11 = 0.0f; while (i11 < cVar.f3540h) { int i13 = cVar.f3546o + i11; a aVar = (a) this.f3552q; View viewG = aVar.g(i13); if (viewG == null || viewG.getVisibility() == 8) { f3 = f9; f7 = f10; z9 = z9; } else { b bVar = (b) viewG.getLayoutParams(); int flexDirection = aVar.getFlexDirection(); f3 = f9; if (flexDirection == 0 || flexDirection == 1) { f7 = f10; boolean z10 = z9; int measuredWidth = viewG.getMeasuredWidth(); long[] jArr = (long[]) this.f3556u; if (jArr != null) { measuredWidth = (int) jArr[i13]; } int measuredHeight = viewG.getMeasuredHeight(); long[] jArr2 = (long[]) this.f3556u; if (jArr2 != null) { measuredHeight = (int) (jArr2[i13] >> 32); } if (((boolean[]) this.f3553r)[i13] || bVar.i() <= f3) { z9 = z10; } else { float fI = (bVar.i() * f7) + measuredWidth; if (i11 == cVar.f3540h - 1) { fI += f11; f11 = f3; } int iRound = Math.round(fI); if (iRound > bVar.v()) { iRound = bVar.v(); ((boolean[]) this.f3553r)[i13] = true; cVar.f3541j -= bVar.i(); z9 = true; } else { float f12 = (fI - iRound) + f11; double d10 = f12; if (d10 > 1.0d) { iRound++; d8 = d10 - 1.0d; } else { if (d10 < -1.0d) { iRound--; d8 = d10 + 1.0d; } f11 = f12; z9 = z10; } f12 = (float) d8; f11 = f12; z9 = z10; } int iD = D(i5, bVar, cVar.f3544m); int iMakeMeasureSpec = View.MeasureSpec.makeMeasureSpec(iRound, 1073741824); viewG.measure(iMakeMeasureSpec, iD); int measuredWidth2 = viewG.getMeasuredWidth(); int measuredHeight2 = viewG.getMeasuredHeight(); U(i13, iMakeMeasureSpec, iD, viewG); aVar.h(viewG, i13); measuredWidth = measuredWidth2; measuredHeight = measuredHeight2; } int iMax2 = Math.max(i12, aVar.k(viewG) + bVar.o() + bVar.x() + measuredHeight); cVar.f3537e = bVar.b() + bVar.s() + measuredWidth + cVar.f3537e; iMax = iMax2; } else { int measuredHeight3 = viewG.getMeasuredHeight(); long[] jArr3 = (long[]) this.f3556u; if (jArr3 != null) { measuredHeight3 = (int) (jArr3[i13] >> 32); } int measuredWidth3 = viewG.getMeasuredWidth(); long[] jArr4 = (long[]) this.f3556u; f7 = f10; boolean z11 = z9; if (jArr4 != null) { measuredWidth3 = (int) jArr4[i13]; } if (((boolean[]) this.f3553r)[i13] || bVar.i() <= f3) { z9 = z11; } else { float fI2 = (bVar.i() * f7) + measuredHeight3; if (i11 == cVar.f3540h - 1) { fI2 += f11; f11 = f3; } int iRound2 = Math.round(fI2); if (iRound2 > bVar.l()) { iRound2 = bVar.l(); ((boolean[]) this.f3553r)[i13] = true; cVar.f3541j -= bVar.i(); z9 = true; } else { float f13 = (fI2 - iRound2) + f11; double d11 = f13; if (d11 > 1.0d) { iRound2++; d9 = d11 - 1.0d; } else { if (d11 < -1.0d) { iRound2--; d9 = d11 + 1.0d; } f11 = f13; z9 = z11; } f13 = (float) d9; f11 = f13; z9 = z11; } int iE = E(i, bVar, cVar.f3544m); int iMakeMeasureSpec2 = View.MeasureSpec.makeMeasureSpec(iRound2, 1073741824); viewG.measure(iE, iMakeMeasureSpec2); measuredWidth3 = viewG.getMeasuredWidth(); int measuredHeight4 = viewG.getMeasuredHeight(); U(i13, iE, iMakeMeasureSpec2, viewG); aVar.h(viewG, i13); measuredHeight3 = measuredHeight4; } iMax = Math.max(i12, aVar.k(viewG) + bVar.b() + bVar.s() + measuredWidth3); cVar.f3537e = bVar.o() + bVar.x() + measuredHeight3 + cVar.f3537e; } cVar.f3539g = Math.max(cVar.f3539g, iMax); i12 = iMax; } i11++; f9 = f3; f10 = f7; } if (!z9 || i10 == cVar.f3537e) { return; } C(i, i5, cVar, i8, i9, true); } public int D(int i, b bVar, int i5) { a aVar = (a) this.f3552q; int iD = aVar.d(i, bVar.o() + bVar.x() + aVar.getPaddingBottom() + aVar.getPaddingTop() + i5, bVar.k()); int size = View.MeasureSpec.getSize(iD); return size > bVar.l() ? View.MeasureSpec.makeMeasureSpec(bVar.l(), View.MeasureSpec.getMode(iD)) : size < bVar.c() ? View.MeasureSpec.makeMeasureSpec(bVar.c(), View.MeasureSpec.getMode(iD)) : iD; } public int E(int i, b bVar, int i5) { a aVar = (a) this.f3552q; int i8 = aVar.i(i, bVar.b() + bVar.s() + aVar.getPaddingRight() + aVar.getPaddingLeft() + i5, bVar.j()); int size = View.MeasureSpec.getSize(i8); return size > bVar.v() ? View.MeasureSpec.makeMeasureSpec(bVar.v(), View.MeasureSpec.getMode(i8)) : size < bVar.f() ? View.MeasureSpec.makeMeasureSpec(bVar.f(), View.MeasureSpec.getMode(i8)) : i8; } public n F(Class cls) { return g(p.a(cls)); } public void G(String str, String str2) { P6.g.e(str2, "value"); N0.c cVar = (N0.c) this.f3554s; cVar.getClass(); W3.b.f(str); W3.b.g(str2, str); cVar.k(str); cVar.g(str, str2); } public void H(View view, c cVar, int i, int i5, int i8, int i9) { b bVar = (b) view.getLayoutParams(); a aVar = (a) this.f3552q; int alignItems = aVar.getAlignItems(); if (bVar.t() != -1) { alignItems = bVar.t(); } int i10 = cVar.f3539g; if (alignItems != 0) { if (alignItems == 1) { if (aVar.getFlexWrap() != 2) { int i11 = i5 + i10; view.layout(i, (i11 - view.getMeasuredHeight()) - bVar.o(), i8, i11 - bVar.o()); return; } view.layout(i, bVar.x() + view.getMeasuredHeight() + (i5 - i10), i8, bVar.x() + view.getMeasuredHeight() + (i9 - i10)); return; } if (alignItems == 2) { int iX = ((bVar.x() + (i10 - view.getMeasuredHeight())) - bVar.o()) / 2; if (aVar.getFlexWrap() != 2) { int i12 = i5 + iX; view.layout(i, i12, i8, view.getMeasuredHeight() + i12); return; } else { int i13 = i5 - iX; view.layout(i, i13, i8, view.getMeasuredHeight() + i13); return; } } if (alignItems == 3) { if (aVar.getFlexWrap() != 2) { int iMax = Math.max(cVar.f3543l - view.getBaseline(), bVar.x()); view.layout(i, i5 + iMax, i8, i9 + iMax); return; } else { int iMax2 = Math.max(view.getBaseline() + (cVar.f3543l - view.getMeasuredHeight()), bVar.o()); view.layout(i, i5 - iMax2, i8, i9 - iMax2); return; } } if (alignItems != 4) { return; } } if (aVar.getFlexWrap() != 2) { view.layout(i, bVar.x() + i5, i8, bVar.x() + i9); } else { view.layout(i, i5 - bVar.o(), i8, i9 - bVar.o()); } } public void I(View view, c cVar, boolean z8, int i, int i5, int i8, int i9) { b bVar = (b) view.getLayoutParams(); int alignItems = ((a) this.f3552q).getAlignItems(); if (bVar.t() != -1) { alignItems = bVar.t(); } int i10 = cVar.f3539g; if (alignItems != 0) { if (alignItems == 1) { if (!z8) { view.layout(((i + i10) - view.getMeasuredWidth()) - bVar.b(), i5, ((i8 + i10) - view.getMeasuredWidth()) - bVar.b(), i9); return; } view.layout(bVar.s() + view.getMeasuredWidth() + (i - i10), i5, bVar.s() + view.getMeasuredWidth() + (i8 - i10), i9); return; } if (alignItems == 2) { ViewGroup.MarginLayoutParams marginLayoutParams = (ViewGroup.MarginLayoutParams) view.getLayoutParams(); int marginStart = ((marginLayoutParams.getMarginStart() + (i10 - view.getMeasuredWidth())) - marginLayoutParams.getMarginEnd()) / 2; if (z8) { view.layout(i - marginStart, i5, i8 - marginStart, i9); return; } else { view.layout(i + marginStart, i5, i8 + marginStart, i9); return; } } if (alignItems != 3 && alignItems != 4) { return; } } if (z8) { view.layout(i - bVar.b(), i5, i8 - bVar.b(), i9); } else { view.layout(bVar.s() + i, i5, bVar.s() + i8, i9); } } public void J(String str, A a3) { P6.g.e(str, "method"); if (str.length() <= 0) { throw new IllegalArgumentException("method.isEmpty() == true"); } if (a3 == null) { if (str.equals("POST") || str.equals("PUT") || str.equals("PATCH") || str.equals("PROPPATCH") || str.equals("REPORT")) { throw new IllegalArgumentException(I1.a.p("method ", str, " must have a request body.").toString()); } } else if (!W3.b.r(str)) { throw new IllegalArgumentException(I1.a.p("method ", str, " must not have a request body.").toString()); } this.f3553r = str; this.f3555t = a3; } public void K(String str) { P6.g.e(str, "name"); ((N0.c) this.f3554s).k(str); } public void L(C1698a c1698a, InterfaceC1703f interfaceC1703f) { z2.i iVar = (z2.i) this.f3552q; String str = (String) this.f3553r; InterfaceC1701d interfaceC1701d = (InterfaceC1701d) this.f3555t; if (interfaceC1701d == null) { throw new NullPointerException("Null transformer"); } C1699b c1699b = (C1699b) this.f3554s; z2.o oVar = (z2.o) this.f3556u; z2.i iVarB = iVar.b(c1698a.f18294b); h6.c cVar = new h6.c(); cVar.f13437f = new HashMap(); cVar.f13435d = Long.valueOf(oVar.f19277a.d()); cVar.f13436e = Long.valueOf(oVar.f19278b.d()); cVar.f13432a = str; cVar.f13434c = new z2.k(c1699b, (byte[]) interfaceC1701d.apply(c1698a.f18293a)); cVar.f13433b = null; z2.h hVarB = cVar.b(); E2.b bVar = (E2.b) oVar.f19279c; bVar.getClass(); bVar.f2163b.execute(new x(bVar, iVarB, interfaceC1703f, hVarB, 1)); } public void M(Object obj, String str) { P6.g.e(str, "key"); ((LinkedHashMap) this.f3552q).put(str, obj); InterfaceC0591B interfaceC0591B = (InterfaceC0591B) ((LinkedHashMap) this.f3554s).get(str); if (interfaceC0591B != null) { ((K) interfaceC0591B).f(obj); } InterfaceC0591B interfaceC0591B2 = (InterfaceC0591B) ((LinkedHashMap) this.f3555t).get(str); if (interfaceC0591B2 != null) { ((K) interfaceC0591B2).f(obj); } } public Set N(Class cls) { return e(p.a(cls)); } public void O(int i, int i5, c cVar, int i8, int i9, boolean z8) { float f3; int iMax; int i10 = cVar.f3537e; float f7 = cVar.f3542k; float f8 = 0.0f; if (f7 <= 0.0f || i8 > i10) { return; } float f9 = (i10 - i8) / f7; cVar.f3537e = i9 + cVar.f3538f; if (!z8) { cVar.f3539g = Integer.MIN_VALUE; } int i11 = 0; boolean z9 = false; int i12 = 0; float f10 = 0.0f; while (i11 < cVar.f3540h) { int i13 = cVar.f3546o + i11; a aVar = (a) this.f3552q; View viewG = aVar.g(i13); if (viewG == null || viewG.getVisibility() == 8) { f3 = f8; } else { b bVar = (b) viewG.getLayoutParams(); int flexDirection = aVar.getFlexDirection(); f3 = f8; if (flexDirection == 0 || flexDirection == 1) { int measuredWidth = viewG.getMeasuredWidth(); long[] jArr = (long[]) this.f3556u; if (jArr != null) { measuredWidth = (int) jArr[i13]; } int measuredHeight = viewG.getMeasuredHeight(); long[] jArr2 = (long[]) this.f3556u; if (jArr2 != null) { measuredHeight = (int) (jArr2[i13] >> 32); } if (!((boolean[]) this.f3553r)[i13] && bVar.u() > f3) { float fU = measuredWidth - (bVar.u() * f9); if (i11 == cVar.f3540h - 1) { fU += f10; f10 = f3; } int iRound = Math.round(fU); if (iRound < bVar.f()) { iRound = bVar.f(); ((boolean[]) this.f3553r)[i13] = true; cVar.f3542k -= bVar.u(); z9 = true; } else { float f11 = (fU - iRound) + f10; double d8 = f11; if (d8 > 1.0d) { iRound++; f11 -= 1.0f; } else if (d8 < -1.0d) { iRound--; f11 += 1.0f; } f10 = f11; } int iD = D(i5, bVar, cVar.f3544m); int iMakeMeasureSpec = View.MeasureSpec.makeMeasureSpec(iRound, 1073741824); viewG.measure(iMakeMeasureSpec, iD); int measuredWidth2 = viewG.getMeasuredWidth(); int measuredHeight2 = viewG.getMeasuredHeight(); U(i13, iMakeMeasureSpec, iD, viewG); aVar.h(viewG, i13); measuredWidth = measuredWidth2; measuredHeight = measuredHeight2; } int iMax2 = Math.max(i12, aVar.k(viewG) + bVar.o() + bVar.x() + measuredHeight); cVar.f3537e = bVar.b() + bVar.s() + measuredWidth + cVar.f3537e; iMax = iMax2; } else { int measuredHeight3 = viewG.getMeasuredHeight(); long[] jArr3 = (long[]) this.f3556u; if (jArr3 != null) { measuredHeight3 = (int) (jArr3[i13] >> 32); } int measuredWidth3 = viewG.getMeasuredWidth(); long[] jArr4 = (long[]) this.f3556u; if (jArr4 != null) { measuredWidth3 = (int) jArr4[i13]; } if (!((boolean[]) this.f3553r)[i13] && bVar.u() > f3) { float fU2 = measuredHeight3 - (bVar.u() * f9); if (i11 == cVar.f3540h - 1) { fU2 += f10; f10 = f3; } int iRound2 = Math.round(fU2); if (iRound2 < bVar.c()) { iRound2 = bVar.c(); ((boolean[]) this.f3553r)[i13] = true; cVar.f3542k -= bVar.u(); z9 = true; } else { float f12 = (fU2 - iRound2) + f10; double d9 = f12; if (d9 > 1.0d) { iRound2++; f12 -= 1.0f; } else if (d9 < -1.0d) { iRound2--; f12 += 1.0f; } f10 = f12; } int iE = E(i, bVar, cVar.f3544m); int iMakeMeasureSpec2 = View.MeasureSpec.makeMeasureSpec(iRound2, 1073741824); viewG.measure(iE, iMakeMeasureSpec2); measuredWidth3 = viewG.getMeasuredWidth(); int measuredHeight4 = viewG.getMeasuredHeight(); U(i13, iE, iMakeMeasureSpec2, viewG); aVar.h(viewG, i13); measuredHeight3 = measuredHeight4; } iMax = Math.max(i12, aVar.k(viewG) + bVar.b() + bVar.s() + measuredWidth3); cVar.f3537e = bVar.o() + bVar.x() + measuredHeight3 + cVar.f3537e; } cVar.f3539g = Math.max(cVar.f3539g, iMax); i12 = iMax; } i11++; f8 = f3; } if (!z9 || i10 == cVar.f3537e) { return; } O(i, i5, cVar, i8, i9, true); } public void Q(View view, int i, int i5) { b bVar = (b) view.getLayoutParams(); int iS = (i - bVar.s()) - bVar.b(); a aVar = (a) this.f3552q; int iMin = Math.min(Math.max(iS - aVar.k(view), bVar.f()), bVar.v()); long[] jArr = (long[]) this.f3556u; int iMakeMeasureSpec = View.MeasureSpec.makeMeasureSpec(jArr != null ? (int) (jArr[i5] >> 32) : view.getMeasuredHeight(), 1073741824); int iMakeMeasureSpec2 = View.MeasureSpec.makeMeasureSpec(iMin, 1073741824); view.measure(iMakeMeasureSpec2, iMakeMeasureSpec); U(i5, iMakeMeasureSpec2, iMakeMeasureSpec, view); aVar.h(view, i5); } public void R(View view, int i, int i5) { b bVar = (b) view.getLayoutParams(); int iX = (i - bVar.x()) - bVar.o(); a aVar = (a) this.f3552q; int iMin = Math.min(Math.max(iX - aVar.k(view), bVar.c()), bVar.l()); long[] jArr = (long[]) this.f3556u; int iMakeMeasureSpec = View.MeasureSpec.makeMeasureSpec(jArr != null ? (int) jArr[i5] : view.getMeasuredWidth(), 1073741824); int iMakeMeasureSpec2 = View.MeasureSpec.makeMeasureSpec(iMin, 1073741824); view.measure(iMakeMeasureSpec, iMakeMeasureSpec2); U(i5, iMakeMeasureSpec, iMakeMeasureSpec2, view); aVar.h(view, i5); } public void S(int i) { View viewG; a aVar = (a) this.f3552q; if (i >= aVar.getFlexItemCount()) { return; } int flexDirection = aVar.getFlexDirection(); if (aVar.getAlignItems() != 4) { for (c cVar : aVar.getFlexLinesInternal()) { ArrayList arrayList = cVar.f3545n; int size = arrayList.size(); int i5 = 0; while (i5 < size) { Object obj = arrayList.get(i5); i5++; Integer num = (Integer) obj; View viewG2 = aVar.g(num.intValue()); if (flexDirection == 0 || flexDirection == 1) { R(viewG2, cVar.f3539g, num.intValue()); } else { if (flexDirection != 2 && flexDirection != 3) { throw new IllegalArgumentException(AbstractC0844a.j("Invalid flex direction: ", flexDirection)); } Q(viewG2, cVar.f3539g, num.intValue()); } } } return; } int[] iArr = (int[]) this.f3554s; List flexLinesInternal = aVar.getFlexLinesInternal(); int size2 = flexLinesInternal.size(); for (int i8 = iArr != null ? iArr[i] : 0; i8 < size2; i8++) { c cVar2 = (c) flexLinesInternal.get(i8); int i9 = cVar2.f3540h; for (int i10 = 0; i10 < i9; i10++) { int i11 = cVar2.f3546o + i10; if (i10 < aVar.getFlexItemCount() && (viewG = aVar.g(i11)) != null && viewG.getVisibility() != 8) { b bVar = (b) viewG.getLayoutParams(); if (bVar.t() == -1 || bVar.t() == 4) { if (flexDirection == 0 || flexDirection == 1) { R(viewG, cVar2.f3539g, i11); } else { if (flexDirection != 2 && flexDirection != 3) { throw new IllegalArgumentException(AbstractC0844a.j("Invalid flex direction: ", flexDirection)); } Q(viewG, cVar2.f3539g, i11); } } } } } } public void T(Class cls, Object obj) { P6.g.e(cls, "type"); if (obj == null) { ((LinkedHashMap) this.f3556u).remove(cls); return; } if (((LinkedHashMap) this.f3556u).isEmpty()) { this.f3556u = new LinkedHashMap(); } LinkedHashMap linkedHashMap = (LinkedHashMap) this.f3556u; Object objCast = cls.cast(obj); P6.g.b(objCast); linkedHashMap.put(cls, objCast); } public void U(int i, int i5, int i8, View view) { long[] jArr = (long[]) this.f3555t; if (jArr != null) { jArr[i] = (((long) i5) & 4294967295L) | (((long) i8) << 32); } long[] jArr2 = (long[]) this.f3556u; if (jArr2 != null) { jArr2[i] = (((long) view.getMeasuredWidth()) & 4294967295L) | (((long) view.getMeasuredHeight()) << 32); } } @Override // d4.c public Object a(Class cls) { if (!((Set) this.f3552q).contains(p.a(cls))) { throw new A6.b("Attempting to request an undeclared dependency " + cls + "."); } Object objA = ((d4.c) this.f3556u).a(cls); if (!cls.equals(B4.a.class)) { return objA; } return new q(); } @Override // q1.InterfaceC1447d public int b(long j8) { long[] jArr = (long[]) this.f3555t; int iA = v.a(jArr, j8, false); if (iA < jArr.length) { return iA; } return -1; } @Override // d4.c public D4.b c(p pVar) { if (((Set) this.f3553r).contains(pVar)) { return ((d4.c) this.f3556u).c(pVar); } throw new A6.b("Attempting to request an undeclared dependency Provider<" + pVar + ">."); } @Override // d4.c public D4.b d(Class cls) { return c(p.a(cls)); } @Override // d4.c public Set e(p pVar) { if (((Set) this.f3555t).contains(pVar)) { return ((d4.c) this.f3556u).e(pVar); } throw new A6.b("Attempting to request an undeclared dependency Set<" + pVar + ">."); } @Override // q1.InterfaceC1447d public List f(long j8) { C1697c c1697c = (C1697c) this.f3552q; ArrayList arrayList = new ArrayList(); c1697c.g(j8, c1697c.f18247h, arrayList); TreeMap treeMap = new TreeMap(); c1697c.i(j8, false, c1697c.f18247h, treeMap); HashMap map = (HashMap) this.f3554s; c1697c.h(j8, (Map) this.f3553r, map, c1697c.f18247h, treeMap); ArrayList arrayList2 = new ArrayList(); int size = arrayList.size(); int i = 0; while (i < size) { Object obj = arrayList.get(i); i++; Pair pair = (Pair) obj; String str = (String) ((HashMap) this.f3556u).get(pair.second); if (str != null) { byte[] bArrDecode = Base64.decode(str, 0); Bitmap bitmapDecodeByteArray = BitmapFactory.decodeByteArray(bArrDecode, 0, bArrDecode.length); w1.f fVar = (w1.f) map.get(pair.first); fVar.getClass(); arrayList2.add(new w0.b(null, null, null, bitmapDecodeByteArray, fVar.f18266c, 0, fVar.f18268e, fVar.f18265b, 0, Integer.MIN_VALUE, -3.4028235E38f, fVar.f18269f, fVar.f18270g, false, -16777216, fVar.f18272j, 0.0f)); } } for (Map.Entry entry : treeMap.entrySet()) { w1.f fVar2 = (w1.f) map.get(entry.getKey()); fVar2.getClass(); w0.a aVar = (w0.a) entry.getValue(); CharSequence charSequence = aVar.f18164a; charSequence.getClass(); SpannableStringBuilder spannableStringBuilder = (SpannableStringBuilder) charSequence; for (C1695a c1695a : (C1695a[]) spannableStringBuilder.getSpans(0, spannableStringBuilder.length(), C1695a.class)) { spannableStringBuilder.replace(spannableStringBuilder.getSpanStart(c1695a), spannableStringBuilder.getSpanEnd(c1695a), (CharSequence) ""); } for (int i5 = 0; i5 < spannableStringBuilder.length(); i5++) { if (spannableStringBuilder.charAt(i5) == ' ') { int i8 = i5 + 1; int i9 = i8; while (i9 < spannableStringBuilder.length() && spannableStringBuilder.charAt(i9) == ' ') { i9++; } int i10 = i9 - i8; if (i10 > 0) { spannableStringBuilder.delete(i5, i10 + i5); } } } if (spannableStringBuilder.length() > 0 && spannableStringBuilder.charAt(0) == ' ') { spannableStringBuilder.delete(0, 1); } for (int i11 = 0; i11 < spannableStringBuilder.length() - 1; i11++) { if (spannableStringBuilder.charAt(i11) == '\n') { int i12 = i11 + 1; if (spannableStringBuilder.charAt(i12) == ' ') { spannableStringBuilder.delete(i12, i11 + 2); } } } if (spannableStringBuilder.length() > 0 && spannableStringBuilder.charAt(spannableStringBuilder.length() - 1) == ' ') { spannableStringBuilder.delete(spannableStringBuilder.length() - 1, spannableStringBuilder.length()); } for (int i13 = 0; i13 < spannableStringBuilder.length() - 1; i13++) { if (spannableStringBuilder.charAt(i13) == ' ') { int i14 = i13 + 1; if (spannableStringBuilder.charAt(i14) == '\n') { spannableStringBuilder.delete(i13, i14); } } } if (spannableStringBuilder.length() > 0 && spannableStringBuilder.charAt(spannableStringBuilder.length() - 1) == '\n') { spannableStringBuilder.delete(spannableStringBuilder.length() - 1, spannableStringBuilder.length()); } aVar.f18168e = fVar2.f18266c; aVar.f18169f = fVar2.f18267d; aVar.f18170g = fVar2.f18268e; aVar.f18171h = fVar2.f18265b; aVar.f18174l = fVar2.f18269f; aVar.f18173k = fVar2.i; aVar.f18172j = fVar2.f18271h; aVar.f18178p = fVar2.f18272j; arrayList2.add(aVar.a()); } return arrayList2; } @Override // d4.c public n g(p pVar) { if (((Set) this.f3554s).contains(pVar)) { return ((d4.c) this.f3556u).g(pVar); } throw new A6.b("Attempting to request an undeclared dependency Deferred<" + pVar + ">."); } /* JADX WARN: Type inference failed for: r0v3, types: [O6.a, P6.h] */ /* JADX WARN: Type inference failed for: r2v1, types: [O6.a, P6.h] */ @Override // A6.e public Object getValue() { W w4 = (W) this.f3556u; if (w4 != null) { return w4; } Z z8 = (Z) ((P6.h) this.f3553r).a(); Y y8 = (Y) ((O6.a) this.f3554s).a(); AbstractC1483b abstractC1483b = (AbstractC1483b) ((P6.h) this.f3555t).a(); P6.g.e(z8, "store"); P6.g.e(y8, "factory"); P6.g.e(abstractC1483b, "extras"); C2.a aVar = new C2.a(z8, y8, abstractC1483b); P6.d dVar = (P6.d) this.f3552q; String strB = dVar.b(); if (strB == null) { throw new IllegalArgumentException("Local and anonymous classes can not be ViewModels"); } W wV = aVar.v(dVar, "androidx.lifecycle.ViewModelProvider.DefaultKey:".concat(strB)); this.f3556u = wV; return wV; } @Override // d4.c public Object h(p pVar) { if (((Set) this.f3552q).contains(pVar)) { return ((d4.c) this.f3556u).h(pVar); } throw new A6.b("Attempting to request an undeclared dependency " + pVar + "."); } @Override // q1.InterfaceC1447d public long i(int i) { return ((long[]) this.f3555t)[i]; } @Override // k7.InterfaceC1110b public y j(F f3, C c3) { P6.g.e(c3, "response"); return (y) AbstractC0385z.v(E6.j.f2226q, new C0887g((i7.d) this.f3554s, null, c3, this)); } @Override // q1.InterfaceC1447d public int k() { return ((long[]) this.f3555t).length; } public void m(j2.f fVar, Class cls) { ((ArrayList) this.f3555t).add(new A6.h(fVar, cls)); } public void n(C1161a c1161a, Class cls) { ((ArrayList) this.f3553r).add(new A6.h(c1161a, cls)); } public void o(List list, c cVar, int i, int i5) { cVar.f3544m = i5; ((a) this.f3552q).e(cVar); cVar.f3547p = i; list.add(cVar); } public void p(String str, String str2) { P6.g.e(str, "name"); P6.g.e(str2, "value"); ((N0.c) this.f3554s).f(str, str2); } public y q() { Map mapUnmodifiableMap; k7.q qVar = (k7.q) this.f3552q; if (qVar == null) { throw new IllegalStateException("url == null"); } String str = (String) this.f3553r; k7.o oVarI = ((N0.c) this.f3554s).i(); A a3 = (A) this.f3555t; LinkedHashMap linkedHashMap = (LinkedHashMap) this.f3556u; byte[] bArr = l7.b.f14412a; P6.g.e(linkedHashMap, ""); if (linkedHashMap.isEmpty()) { mapUnmodifiableMap = u.f1033q; } else { mapUnmodifiableMap = Collections.unmodifiableMap(new LinkedHashMap(linkedHashMap)); P6.g.d(mapUnmodifiableMap, "{\n Collections.unmodi…(LinkedHashMap(this))\n }"); } return new y(qVar, str, oVarI, a3, mapUnmodifiableMap); } public void r(C1111c c1111c) { P6.g.e(c1111c, "cacheControl"); String string = c1111c.toString(); if (string.length() == 0) { K("Cache-Control"); } else { G("Cache-Control", string); } } /* JADX WARN: Removed duplicated region for block: B:119:0x028f */ /* JADX WARN: Removed duplicated region for block: B:120:0x0291 */ /* JADX WARN: Removed duplicated region for block: B:123:0x029f */ /* JADX WARN: Removed duplicated region for block: B:124:0x02a1 */ /* JADX WARN: Removed duplicated region for block: B:127:0x02ab */ /* JADX WARN: Removed duplicated region for block: B:130:0x02b5 */ /* JADX WARN: Removed duplicated region for block: B:131:0x02ba */ /* JADX WARN: Removed duplicated region for block: B:133:0x02c0 */ /* JADX WARN: Removed duplicated region for block: B:134:0x02c5 */ /* JADX WARN: Removed duplicated region for block: B:137:0x02cd */ /* JADX WARN: Removed duplicated region for block: B:138:0x02d2 */ /* JADX WARN: Removed duplicated region for block: B:141:0x02f2 */ /* JADX WARN: Removed duplicated region for block: B:142:0x02f7 */ /* JADX WARN: Removed duplicated region for block: B:144:0x02fd */ /* JADX WARN: Removed duplicated region for block: B:145:0x0302 */ /* JADX WARN: Removed duplicated region for block: B:148:0x0309 */ /* JADX WARN: Removed duplicated region for block: B:149:0x030e */ /* JADX WARN: Removed duplicated region for block: B:152:0x0326 */ /* JADX WARN: Removed duplicated region for block: B:158:0x0359 */ /* JADX WARN: Removed duplicated region for block: B:163:0x036a */ /* JADX WARN: Removed duplicated region for block: B:174:0x0395 A[ADDED_TO_REGION] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public void s(C0005f c0005f, int i, int i5, int i8, int i9, int i10, List list) { List list2; int i11; int iD; b bVar; int i12; int[] iArr; boolean z8; int i13 = i; a aVar = (a) this.f3552q; boolean zJ = aVar.j(); int mode = View.MeasureSpec.getMode(i13); int size = View.MeasureSpec.getSize(i13); List arrayList = list == null ? new ArrayList() : list; c0005f.f156b = arrayList; boolean z9 = i10 == -1; int paddingStart = zJ ? aVar.getPaddingStart() : aVar.getPaddingTop(); int paddingEnd = zJ ? aVar.getPaddingEnd() : aVar.getPaddingBottom(); int paddingTop = zJ ? aVar.getPaddingTop() : aVar.getPaddingStart(); int paddingBottom = zJ ? aVar.getPaddingBottom() : aVar.getPaddingEnd(); c cVar = new c(); int i14 = i9; int i15 = 1; cVar.f3546o = i14; int i16 = paddingStart + paddingEnd; cVar.f3537e = i16; int flexItemCount = aVar.getFlexItemCount(); boolean z10 = z9; int i17 = Integer.MIN_VALUE; int iCombineMeasuredStates = 0; int i18 = 0; int i19 = 0; while (i14 < flexItemCount) { int i20 = flexItemCount; View viewG = aVar.g(i14); if (viewG == null) { if (i14 == i20 - 1 && cVar.a() != 0) { o(arrayList, cVar, i14, i18); } } else if (viewG.getVisibility() == 8) { cVar.i++; cVar.f3540h++; if (i14 == i20 - 1 && cVar.a() != 0) { o(arrayList, cVar, i14, i18); } } else { if (viewG instanceof CompoundButton) { CompoundButton compoundButton = (CompoundButton) viewG; b bVar2 = (b) compoundButton.getLayoutParams(); int iF = bVar2.f(); i11 = i16; int iC = bVar2.c(); Drawable buttonDrawable = compoundButton.getButtonDrawable(); int minimumWidth = buttonDrawable == null ? 0 : buttonDrawable.getMinimumWidth(); int minimumHeight = buttonDrawable == null ? 0 : buttonDrawable.getMinimumHeight(); list2 = arrayList; if (iF == -1) { iF = minimumWidth; } bVar2.n(iF); if (iC == -1) { iC = minimumHeight; } bVar2.g(iC); } else { list2 = arrayList; i11 = i16; } b bVar3 = (b) viewG.getLayoutParams(); if (bVar3.t() == 4) { cVar.f3545n.add(Integer.valueOf(i14)); } int iJ = zJ ? bVar3.j() : bVar3.k(); if (bVar3.p() != -1.0f && mode == 1073741824) { iJ = Math.round(bVar3.p() * size); } if (zJ) { iD = aVar.i(i13, bVar3.b() + bVar3.s() + i11, iJ); int iD2 = aVar.d(i5, bVar3.o() + bVar3.x() + paddingTop + paddingBottom + i18, bVar3.k()); viewG.measure(iD, iD2); U(i14, iD, iD2, viewG); } else { int i21 = aVar.i(i5, bVar3.b() + bVar3.s() + paddingTop + paddingBottom + i18, bVar3.j()); iD = aVar.d(i13, bVar3.o() + bVar3.x() + i11, iJ); viewG.measure(i21, iD); U(i14, i21, iD, viewG); } aVar.h(viewG, i14); t(viewG, i14); iCombineMeasuredStates = View.combineMeasuredStates(iCombineMeasuredStates, viewG.getMeasuredState()); int i22 = cVar.f3537e; int measuredWidth = (zJ ? viewG.getMeasuredWidth() : viewG.getMeasuredHeight()) + (zJ ? bVar3.s() : bVar3.x()) + (zJ ? bVar3.b() : bVar3.o()); int size2 = list2.size(); if (aVar.getFlexWrap() != 0) { if (bVar3.h()) { bVar = bVar3; } else { if (mode != 0) { bVar = bVar3; int maxLine = aVar.getMaxLine(); if (maxLine == -1 || maxLine > size2 + 1) { int iC2 = aVar.c(viewG, i14, i19); if (iC2 > 0) { measuredWidth += iC2; } if (size < i22 + measuredWidth) { } cVar.f3548q |= bVar.i() == 0.0f; cVar.f3549r |= bVar.u() == 0.0f; iArr = (int[]) this.f3554s; if (iArr != null) { iArr[i14] = arrayList.size(); } cVar.f3537e = (!zJ ? viewG.getMeasuredWidth() : viewG.getMeasuredHeight()) + (!zJ ? bVar.s() : bVar.x()) + (!zJ ? bVar.b() : bVar.o()) + cVar.f3537e; cVar.f3541j = bVar.i() + cVar.f3541j; cVar.f3542k = bVar.u() + cVar.f3542k; aVar.a(viewG, i14, i19, cVar); int iMax = Math.max(i12, aVar.k(viewG) + (!zJ ? viewG.getMeasuredHeight() : viewG.getMeasuredWidth()) + (!zJ ? bVar.x() : bVar.s()) + (!zJ ? bVar.o() : bVar.b())); cVar.f3539g = Math.max(cVar.f3539g, iMax); if (zJ) { if (aVar.getFlexWrap() != 2) { cVar.f3543l = Math.max(cVar.f3543l, bVar.x() + viewG.getBaseline()); } else { cVar.f3543l = Math.max(cVar.f3543l, bVar.o() + (viewG.getMeasuredHeight() - viewG.getBaseline())); } } if (i14 == i20 - 1 && cVar.a() != 0) { o(arrayList, cVar, i14, i18); i18 += cVar.f3539g; } if (i10 == -1 && arrayList.size() > 0) { i15 = 1; if (((c) arrayList.get(arrayList.size() - 1)).f3547p >= i10 && i14 >= i10 && !z10) { i18 = -cVar.f3539g; z8 = true; } if (i18 <= i8 && z8) { break; } i17 = iMax; i14++; i13 = i; z10 = z8; flexItemCount = i20; } else { i15 = 1; } z8 = z10; if (i18 <= i8) { } i17 = iMax; i14++; i13 = i; z10 = z8; flexItemCount = i20; } } i16 = i11; arrayList = list2; cVar.f3540h += i15; i19++; i12 = i17; cVar.f3548q |= bVar.i() == 0.0f; cVar.f3549r |= bVar.u() == 0.0f; iArr = (int[]) this.f3554s; if (iArr != null) { } cVar.f3537e = (!zJ ? viewG.getMeasuredWidth() : viewG.getMeasuredHeight()) + (!zJ ? bVar.s() : bVar.x()) + (!zJ ? bVar.b() : bVar.o()) + cVar.f3537e; cVar.f3541j = bVar.i() + cVar.f3541j; cVar.f3542k = bVar.u() + cVar.f3542k; aVar.a(viewG, i14, i19, cVar); int iMax2 = Math.max(i12, aVar.k(viewG) + (!zJ ? viewG.getMeasuredHeight() : viewG.getMeasuredWidth()) + (!zJ ? bVar.x() : bVar.s()) + (!zJ ? bVar.o() : bVar.b())); cVar.f3539g = Math.max(cVar.f3539g, iMax2); if (zJ) { } if (i14 == i20 - 1) { o(arrayList, cVar, i14, i18); i18 += cVar.f3539g; } if (i10 == -1) { } i15 = 1; z8 = z10; if (i18 <= i8) { } i17 = iMax2; i14++; i13 = i; z10 = z8; flexItemCount = i20; } if (cVar.a() > 0) { arrayList = list2; o(arrayList, cVar, i14 > 0 ? i14 - 1 : 0, i18); i18 += cVar.f3539g; } else { arrayList = list2; } if (zJ) { if (bVar.k() == -1) { viewG.measure(iD, aVar.d(i5, bVar.o() + bVar.x() + aVar.getPaddingBottom() + aVar.getPaddingTop() + i18, bVar.k())); t(viewG, i14); } } else if (bVar.j() == -1) { viewG.measure(aVar.i(i5, bVar.b() + bVar.s() + aVar.getPaddingRight() + aVar.getPaddingLeft() + i18, bVar.j()), iD); t(viewG, i14); } cVar = new c(); cVar.f3540h = i15; i16 = i11; cVar.f3537e = i16; cVar.f3546o = i14; i12 = Integer.MIN_VALUE; i19 = 0; cVar.f3548q |= bVar.i() == 0.0f; cVar.f3549r |= bVar.u() == 0.0f; iArr = (int[]) this.f3554s; if (iArr != null) { } cVar.f3537e = (!zJ ? viewG.getMeasuredWidth() : viewG.getMeasuredHeight()) + (!zJ ? bVar.s() : bVar.x()) + (!zJ ? bVar.b() : bVar.o()) + cVar.f3537e; cVar.f3541j = bVar.i() + cVar.f3541j; cVar.f3542k = bVar.u() + cVar.f3542k; aVar.a(viewG, i14, i19, cVar); int iMax22 = Math.max(i12, aVar.k(viewG) + (!zJ ? viewG.getMeasuredHeight() : viewG.getMeasuredWidth()) + (!zJ ? bVar.x() : bVar.s()) + (!zJ ? bVar.o() : bVar.b())); cVar.f3539g = Math.max(cVar.f3539g, iMax22); if (zJ) { } if (i14 == i20 - 1) { } if (i10 == -1) { } i15 = 1; z8 = z10; if (i18 <= i8) { } i17 = iMax22; i14++; i13 = i; z10 = z8; flexItemCount = i20; } bVar = bVar3; i16 = i11; arrayList = list2; cVar.f3540h += i15; i19++; i12 = i17; cVar.f3548q |= bVar.i() == 0.0f; cVar.f3549r |= bVar.u() == 0.0f; iArr = (int[]) this.f3554s; if (iArr != null) { } cVar.f3537e = (!zJ ? viewG.getMeasuredWidth() : viewG.getMeasuredHeight()) + (!zJ ? bVar.s() : bVar.x()) + (!zJ ? bVar.b() : bVar.o()) + cVar.f3537e; cVar.f3541j = bVar.i() + cVar.f3541j; cVar.f3542k = bVar.u() + cVar.f3542k; aVar.a(viewG, i14, i19, cVar); int iMax222 = Math.max(i12, aVar.k(viewG) + (!zJ ? viewG.getMeasuredHeight() : viewG.getMeasuredWidth()) + (!zJ ? bVar.x() : bVar.s()) + (!zJ ? bVar.o() : bVar.b())); cVar.f3539g = Math.max(cVar.f3539g, iMax222); if (zJ) { } if (i14 == i20 - 1) { } if (i10 == -1) { } i15 = 1; z8 = z10; if (i18 <= i8) { } i17 = iMax222; i14++; i13 = i; z10 = z8; flexItemCount = i20; } z8 = z10; i14++; i13 = i; z10 = z8; flexItemCount = i20; } c0005f.f155a = iCombineMeasuredStates; } /* JADX WARN: Removed duplicated region for block: B:12:0x002d */ /* JADX WARN: Removed duplicated region for block: B:13:0x0032 */ /* JADX WARN: Removed duplicated region for block: B:18:0x0040 */ /* JADX WARN: Removed duplicated region for block: B:20:? A[RETURN, SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public void t(View view, int i) { boolean z8; b bVar = (b) view.getLayoutParams(); int measuredWidth = view.getMeasuredWidth(); int measuredHeight = view.getMeasuredHeight(); boolean z9 = true; if (measuredWidth < bVar.f()) { measuredWidth = bVar.f(); } else { if (measuredWidth <= bVar.v()) { z8 = false; if (measuredHeight >= bVar.c()) { measuredHeight = bVar.c(); } else if (measuredHeight > bVar.l()) { measuredHeight = bVar.l(); } else { z9 = z8; } if (z9) { return; } int iMakeMeasureSpec = View.MeasureSpec.makeMeasureSpec(measuredWidth, 1073741824); int iMakeMeasureSpec2 = View.MeasureSpec.makeMeasureSpec(measuredHeight, 1073741824); view.measure(iMakeMeasureSpec, iMakeMeasureSpec2); U(i, iMakeMeasureSpec, iMakeMeasureSpec2, view); ((a) this.f3552q).h(view, i); return; } measuredWidth = bVar.v(); } z8 = true; if (measuredHeight >= bVar.c()) { } if (z9) { } } public void u(int i, List list) { int i5 = ((int[]) this.f3554s)[i]; if (i5 == -1) { i5 = 0; } if (list.size() > i5) { list.subList(i5, list.size()).clear(); } int[] iArr = (int[]) this.f3554s; int length = iArr.length - 1; if (i > length) { Arrays.fill(iArr, -1); } else { Arrays.fill(iArr, i, length, -1); } long[] jArr = (long[]) this.f3555t; int length2 = jArr.length - 1; if (i > length2) { Arrays.fill(jArr, 0L); } else { Arrays.fill(jArr, i, length2, 0L); } } public ArrayList w(int i) { ArrayList arrayList = new ArrayList(i); for (int i5 = 0; i5 < i; i5++) { b bVar = (b) ((a) this.f3552q).b(i5).getLayoutParams(); d dVar = new d(); dVar.f3551r = bVar.getOrder(); dVar.f3550q = i5; arrayList.add(dVar); } return arrayList; } public void x(int i, int i5, int i8) { int mode; int size; a aVar = (a) this.f3552q; int flexDirection = aVar.getFlexDirection(); if (flexDirection == 0 || flexDirection == 1) { mode = View.MeasureSpec.getMode(i5); size = View.MeasureSpec.getSize(i5); } else { if (flexDirection != 2 && flexDirection != 3) { throw new IllegalArgumentException(AbstractC0844a.j("Invalid flex direction: ", flexDirection)); } mode = View.MeasureSpec.getMode(i); size = View.MeasureSpec.getSize(i); } List flexLinesInternal = aVar.getFlexLinesInternal(); if (mode == 1073741824) { int sumOfCrossSize = aVar.getSumOfCrossSize() + i8; int i9 = 0; if (flexLinesInternal.size() == 1) { ((c) flexLinesInternal.get(0)).f3539g = size - i8; return; } if (flexLinesInternal.size() >= 2) { int alignContent = aVar.getAlignContent(); if (alignContent == 1) { c cVar = new c(); cVar.f3539g = size - sumOfCrossSize; flexLinesInternal.add(0, cVar); return; } if (alignContent == 2) { aVar.setFlexLines(v(size, sumOfCrossSize, flexLinesInternal)); return; } if (alignContent == 3) { if (sumOfCrossSize >= size) { return; } float size2 = (size - sumOfCrossSize) / (flexLinesInternal.size() - 1); ArrayList arrayList = new ArrayList(); int size3 = flexLinesInternal.size(); float f3 = 0.0f; while (i9 < size3) { arrayList.add((c) flexLinesInternal.get(i9)); if (i9 != flexLinesInternal.size() - 1) { c cVar2 = new c(); if (i9 == flexLinesInternal.size() - 2) { cVar2.f3539g = Math.round(f3 + size2); f3 = 0.0f; } else { cVar2.f3539g = Math.round(size2); } int i10 = cVar2.f3539g; float f7 = (size2 - i10) + f3; if (f7 > 1.0f) { cVar2.f3539g = i10 + 1; f7 -= 1.0f; } else if (f7 < -1.0f) { cVar2.f3539g = i10 - 1; f7 += 1.0f; } f3 = f7; arrayList.add(cVar2); } i9++; } aVar.setFlexLines(arrayList); return; } if (alignContent == 4) { if (sumOfCrossSize >= size) { aVar.setFlexLines(v(size, sumOfCrossSize, flexLinesInternal)); return; } int size4 = (size - sumOfCrossSize) / (flexLinesInternal.size() * 2); ArrayList arrayList2 = new ArrayList(); c cVar3 = new c(); cVar3.f3539g = size4; for (c cVar4 : flexLinesInternal) { arrayList2.add(cVar3); arrayList2.add(cVar4); arrayList2.add(cVar3); } aVar.setFlexLines(arrayList2); return; } if (alignContent == 5 && sumOfCrossSize < size) { float size5 = (size - sumOfCrossSize) / flexLinesInternal.size(); int size6 = flexLinesInternal.size(); float f8 = 0.0f; while (i9 < size6) { c cVar5 = (c) flexLinesInternal.get(i9); float f9 = cVar5.f3539g + size5; if (i9 == flexLinesInternal.size() - 1) { f9 += f8; f8 = 0.0f; } int iRound = Math.round(f9); float f10 = (f9 - iRound) + f8; if (f10 > 1.0f) { iRound++; f10 -= 1.0f; } else if (f10 < -1.0f) { iRound--; f10 += 1.0f; } f8 = f10; cVar5.f3539g = iRound; i9++; } } } } } public void y(int i, int i5, int i8) { int size; int paddingLeft; int paddingRight; int i9; int i10; a aVar = (a) this.f3552q; int flexItemCount = aVar.getFlexItemCount(); boolean[] zArr = (boolean[]) this.f3553r; if (zArr == null) { this.f3553r = new boolean[Math.max(flexItemCount, 10)]; } else if (zArr.length < flexItemCount) { this.f3553r = new boolean[Math.max(zArr.length * 2, flexItemCount)]; } else { Arrays.fill(zArr, false); } if (i8 >= aVar.getFlexItemCount()) { return; } int flexDirection = aVar.getFlexDirection(); int flexDirection2 = aVar.getFlexDirection(); if (flexDirection2 == 0 || flexDirection2 == 1) { int mode = View.MeasureSpec.getMode(i); size = View.MeasureSpec.getSize(i); int largestMainSize = aVar.getLargestMainSize(); if (mode != 1073741824) { size = Math.min(largestMainSize, size); } paddingLeft = aVar.getPaddingLeft(); paddingRight = aVar.getPaddingRight(); } else { if (flexDirection2 != 2 && flexDirection2 != 3) { throw new IllegalArgumentException(AbstractC0844a.j("Invalid flex direction: ", flexDirection)); } int mode2 = View.MeasureSpec.getMode(i5); size = View.MeasureSpec.getSize(i5); if (mode2 != 1073741824) { size = aVar.getLargestMainSize(); } paddingLeft = aVar.getPaddingTop(); paddingRight = aVar.getPaddingBottom(); } int i11 = paddingRight + paddingLeft; int i12 = size; int[] iArr = (int[]) this.f3554s; int i13 = iArr != null ? iArr[i8] : 0; List flexLinesInternal = aVar.getFlexLinesInternal(); int size2 = flexLinesInternal.size(); while (i13 < size2) { c cVar = (c) flexLinesInternal.get(i13); int i14 = cVar.f3537e; if (i14 >= i12 || !cVar.f3548q) { i9 = i; i10 = i5; if (i14 > i12 && cVar.f3549r) { O(i9, i10, cVar, i12, i11, false); } } else { i9 = i; i10 = i5; C(i9, i10, cVar, i12, i11, false); } i13++; i = i9; i5 = i10; } } public void z(int i) { int[] iArr = (int[]) this.f3554s; if (iArr == null) { this.f3554s = new int[Math.max(i, 10)]; } else if (iArr.length < i) { this.f3554s = Arrays.copyOf((int[]) this.f3554s, Math.max(iArr.length * 2, i)); } } /* JADX WARN: Multi-variable type inference failed */ public e(P6.d dVar, O6.a aVar, O6.a aVar2, O6.a aVar3) { this.f3552q = dVar; this.f3553r = (P6.h) aVar; this.f3554s = aVar2; this.f3555t = (P6.h) aVar3; } public e(C1697c c1697c, HashMap map, HashMap map2, HashMap map3) { this.f3552q = c1697c; this.f3554s = map2; this.f3556u = map3; this.f3553r = Collections.unmodifiableMap(map); TreeSet treeSet = new TreeSet(); int i = 0; c1697c.d(treeSet, false); long[] jArr = new long[treeSet.size()]; Iterator it = treeSet.iterator(); while (it.hasNext()) { jArr[i] = ((Long) it.next()).longValue(); i++; } this.f3555t = jArr; } public e(a aVar) { this.f3552q = aVar; } public e() { this.f3556u = new LinkedHashMap(); this.f3553r = "GET"; this.f3554s = new N0.c(1); } }