正在查看： Atlys v4.8.7 应用的 C0286e.java JAVA 源代码文件
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Atlys v4.8.7 - C0286e.java 源代码
package D0;
import B0.AbstractC0041d2;
import E0.C0370a;
import Gh.r2;
import androidx.compose.runtime.ComposeRuntimeError;
import androidx.compose.runtime.Composer;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
import java.util.List;
public final class C0286e {
public static final C0289f0 f4459a = new C0289f0("provider");
public static final C0289f0 f4460b = new C0289f0("provider");
public static final C0289f0 f4461c = new C0289f0("compositionLocalMap");
public static final C0289f0 f4462d = new C0289f0("providers");
public static final C0289f0 f4463e = new C0289f0("reference");
public static final Be.a f4464f = new Be.a(2);
public static final Object f4465g = new Object();
public static final K f4466h = new K();
public static final InterfaceC0285d0 A(gn.x0 x0Var, Composer composer, int i10) {
return z(x0Var, x0Var.getValue(), Al.l.a, composer, i10 & 14, 0);
}
public static final void B(H0 h02, ArrayList arrayList, int i10) {
int[] iArr = h02.f4322b;
if (q(i10, iArr)) {
arrayList.add(h02.i(i10));
return;
}
int n10 = n(i10, iArr) + i10;
for (int i11 = i10 + 1; i11 < n10; i11 += iArr[(i11 * 5) + 3]) {
B(h02, arrayList, i11);
}
}
public static final void C(String str) {
throw new ComposeRuntimeError(r2.o("Compose Runtime internal error. Unexpected or incorrect use of the Compose internal runtime API (", str, "). Please report to Google or use https://goo.gle/compose-feedback"));
}
public static final void D(String str) {
throw new ComposeRuntimeError(r2.o("Compose Runtime internal error. Unexpected or incorrect use of the Compose internal runtime API (", str, "). Please report to Google or use https://goo.gle/compose-feedback"));
}
public static final int E(int i10) {
switch (i10) {
case 0:
return 0;
case 1:
case 2:
case 4:
return 1;
case 3:
case 5:
case 6:
return 2;
default:
return 3;
}
}
public static final in.e F(Composer composer) {
Al.l lVar = Al.l.a;
dn.C c10 = dn.C.b;
Al.k h10 = ((r) composer).f4536b.h();
return dn.G.c(h10.j(new dn.k0(h10.P(c10))).j(lVar));
}
public static final long G() {
return Thread.currentThread().getId();
}
public static final void H(K0 k02, C0319v c0319v) {
int i10;
int i11;
int i12;
int i13 = k02.f4367t;
int i14 = k02.f4368u;
while (i13 < i14) {
Object z10 = k02.z(i13);
if (z10 instanceof InterfaceC0300l) {
c0319v.C(k02.o() - k02.I(k02.p(i13), k02.f4350b), -1, -1, (InterfaceC0300l) z10);
}
int I10 = k02.I(k02.p(i13), k02.f4350b);
int i15 = i13 + 1;
int f10 = k02.f(k02.p(i15), k02.f4350b);
int i16 = I10;
while (i16 < f10) {
int i17 = i16 - I10;
Object obj = k02.f4351c[k02.g(i16)];
boolean z11 = obj instanceof D0;
Y y10 = C0302m.f4491a;
if (z11) {
D0 d02 = (D0) obj;
C0 c02 = d02.f4299a;
if (c02 instanceof C0304n) {
i10 = i14;
} else {
int g10 = k02.g(k02.J(i13, i17));
Object[] objArr = k02.f4351c;
i10 = i14;
Object obj2 = objArr[g10];
objArr[g10] = y10;
if (obj != obj2) {
C("Slot table is out of sync");
throw null;
}
int o4 = k02.o() - i17;
C0284d c0284d = d02.f4300b;
if (c0284d == null || !c0284d.a()) {
i11 = -1;
i12 = -1;
} else {
i11 = k02.c(c0284d);
i12 = k02.o() - k02.f(k02.p(k02.q(i11) + i11), k02.f4350b);
}
c0319v.C(o4, i11, i12, c02);
}
} else {
i10 = i14;
if (obj instanceof C0320v0) {
int g11 = k02.g(k02.J(i13, i17));
Object[] objArr2 = k02.f4351c;
Object obj3 = objArr2[g11];
objArr2[g11] = y10;
if (obj != obj3) {
C("Slot table is out of sync");
throw null;
}
((C0320v0) obj).e();
} else {
continue;
}
}
i16++;
i14 = i10;
}
i13 = i15;
}
}
public static final F0.d I() {
Ab.b bVar = Q0.f4392b;
F0.d dVar = (F0.d) bVar.v();
if (dVar != null) {
return dVar;
}
F0.d dVar2 = new F0.d(new C0308p[0]);
bVar.O(dVar2);
return dVar2;
}
public static final H J(P0 p02, Kl.a aVar) {
Ab.b bVar = Q0.f4391a;
return new H(p02, aVar);
}
public static final H K(Kl.a aVar) {
Ab.b bVar = Q0.f4391a;
return new H(null, aVar);
}
public static final int L(int i10, ArrayList arrayList) {
int size = arrayList.size() - 1;
int i11 = 0;
while (i11 <= size) {
int i12 = (i11 + size) >>> 1;
int j2 = kotlin.jvm.internal.l.j(((Q) arrayList.get(i12)).f4389b, i10);
if (j2 < 0) {
i11 = i12 + 1;
} else {
if (j2 <= 0) {
return i12;
}
size = i12 - 1;
}
}
return -(i11 + 1);
}
public static final int M(Composer composer) {
return ((r) composer).f4534P;
}
public static final C0320v0 N(Composer composer) {
r rVar = (r) composer;
C0320v0 B10 = rVar.B();
if (B10 == null) {
throw new IllegalStateException("no recompose scope found".toString());
}
rVar.getClass();
B10.f4583a |= 1;
return B10;
}
public static final Object O(Object obj, Object obj2, Float f10) {
S s10 = obj instanceof S ? (S) obj : null;
if (s10 == null) {
return null;
}
Object obj3 = s10.f4397a;
boolean c10 = kotlin.jvm.internal.l.c(obj3, obj2);
Object obj4 = s10.f4398b;
if ((!c10 || !kotlin.jvm.internal.l.c(obj4, f10)) && (obj = O(obj3, obj2, f10)) == null) {
obj = O(obj4, obj2, f10);
}
return obj;
}
public static final Z P(Al.k kVar) {
Z z10 = (Z) kVar.P(Y.f4431b);
if (z10 != null) {
return z10;
}
throw new IllegalStateException("A MonotonicFrameClock is not available in this CoroutineContext. Callers should supply an appropriate MonotonicFrameClock using withContext.".toString());
}
public static final void Q() {
throw new IllegalStateException("Invalid applier".toString());
}
public static final void R(Composer composer, Kl.n nVar) {
kotlin.jvm.internal.l.f(nVar, "null cannot be cast to non-null type kotlin.Function2<androidx.compose.runtime.Composer, kotlin.Int, kotlin.Unit>");
kotlin.jvm.internal.E.e(2, nVar);
nVar.invoke(composer, 1);
}
public static List S(K0 k02, int i10, K0 k03, boolean z10, boolean z11, boolean z12) {
ArrayList arrayList;
boolean E10;
int i11;
int i12;
int i13;
int q10 = k02.q(i10);
int i14 = i10 + q10;
int f10 = k02.f(k02.p(i10), k02.f4350b);
int f11 = k02.f(k02.p(i14), k02.f4350b);
int i15 = f11 - f10;
boolean z13 = i10 >= 0 && (k02.f4350b[(k02.p(i10) * 5) + 1] & 201326592) != 0;
k03.s(q10);
k03.t(i15, k03.f4367t);
if (k02.f4355g < i14) {
k02.x(i14);
}
if (k02.f4359k < f11) {
k02.y(f11, i14);
}
int[] iArr = k03.f4350b;
int i16 = k03.f4367t;
int i17 = i16 * 5;
xl.l.b0(i17, i10 * 5, k02.f4350b, iArr, i14 * 5);
Object[] objArr = k03.f4351c;
int i18 = k03.f4357i;
xl.l.e0(k02.f4351c, i18, objArr, f10, f11);
int i19 = k03.f4369v;
iArr[i17 + 2] = i19;
int i20 = i16 - i10;
int i21 = i16 + q10;
int f12 = i18 - k03.f(i16, iArr);
int i22 = k03.f4360m;
int i23 = k03.l;
int length = objArr.length;
boolean z14 = z13;
int i24 = i22;
int i25 = i16;
while (i25 < i21) {
if (i25 != i16) {
int i26 = (i25 * 5) + 2;
iArr[i26] = iArr[i26] + i20;
}
int i27 = i21;
int f13 = k03.f(i25, iArr) + f12;
if (i24 < i25) {
i12 = i16;
i13 = 0;
} else {
i12 = i16;
i13 = k03.f4359k;
}
iArr[(i25 * 5) + 4] = K0.h(f13, i13, i23, length);
if (i25 == i24) {
i24++;
}
i25++;
i16 = i12;
i21 = i27;
}
int i28 = i16;
int i29 = i21;
k03.f4360m = i24;
int r10 = r(k02.f4352d, i10, k02.n());
int r11 = r(k02.f4352d, i14, k02.n());
if (r10 < r11) {
ArrayList arrayList2 = k02.f4352d;
arrayList = new ArrayList(r11 - r10);
for (int i30 = r10; i30 < r11; i30++) {
C0284d c0284d = (C0284d) arrayList2.get(i30);
c0284d.f4457a += i20;
arrayList.add(c0284d);
}
k03.f4352d.addAll(r(k03.f4352d, k03.f4367t, k03.n()), arrayList);
arrayList2.subList(r10, r11).clear();
} else {
arrayList = xl.v.a;
}
if (!arrayList.isEmpty()) {
HashMap hashMap = k02.f4353e;
HashMap hashMap2 = k03.f4353e;
if (hashMap != null && hashMap2 != null) {
int size = arrayList.size();
for (int i31 = 0; i31 < size; i31++) {
}
}
}
int i32 = k03.f4369v;
k03.K(i19);
int A5 = k02.A(i10, k02.f4350b);
if (!z12) {
i11 = 1;
E10 = false;
} else if (z10) {
boolean z15 = A5 >= 0;
if (z15) {
k02.L();
k02.a(A5 - k02.f4367t);
k02.L();
}
k02.a(i10 - k02.f4367t);
boolean D2 = k02.D();
if (z15) {
k02.H();
k02.i();
k02.H();
k02.i();
}
E10 = D2;
i11 = 1;
} else {
E10 = k02.E(i10, q10);
i11 = 1;
k02.F(f10, i15, i10 - 1);
}
if (!(!E10)) {
C("Unexpectedly removed anchors");
throw null;
}
k03.f4362o += q(i28, iArr) ? i11 : s(i28, iArr);
if (z11) {
k03.f4367t = i29;
k03.f4357i = i18 + i15;
}
if (z14) {
k03.Q(i19);
}
return arrayList;
}
public static final C0293h0 T(float f10) {
int i10 = AbstractC0282c.f4455b;
return new C0293h0(f10);
}
public static final C0295i0 U(int i10) {
int i11 = AbstractC0282c.f4455b;
return new C0295i0(i10);
}
public static final C0301l0 V(Object obj, P0 p02) {
int i10 = AbstractC0282c.f4455b;
return new C0301l0(obj, p02);
}
public static final InterfaceC0285d0 W(Kl.n nVar, Composer composer, Object obj) {
r rVar = (r) composer;
Object P10 = rVar.P();
Y y10 = C0302m.f4491a;
if (P10 == y10) {
P10 = V(obj, Y.f4435f);
rVar.l0(P10);
}
InterfaceC0285d0 interfaceC0285d0 = (InterfaceC0285d0) P10;
wl.y yVar = wl.y.a;
boolean i10 = rVar.i(nVar);
Object P11 = rVar.P();
if (i10 || P11 == y10) {
P11 = new R0(nVar, interfaceC0285d0, null);
rVar.l0(P11);
}
g((Kl.n) P11, rVar, yVar);
return interfaceC0285d0;
}
public static final Object X(InterfaceC0309p0 interfaceC0309p0, AbstractC0314s0 abstractC0314s0) {
kotlin.jvm.internal.l.f(abstractC0314s0, "null cannot be cast to non-null type androidx.compose.runtime.CompositionLocal<kotlin.Any?>");
Object obj = interfaceC0309p0.get(abstractC0314s0);
if (obj == null) {
obj = abstractC0314s0.b();
}
return ((f1) obj).a(interfaceC0309p0);
}
public static final C0306o Y(Composer composer) {
r rVar = (r) composer;
rVar.X(206, f4463e);
if (rVar.f4533O) {
K0.v(rVar.f4526H);
}
Object H6 = rVar.H();
C0304n c0304n = H6 instanceof C0304n ? (C0304n) H6 : null;
if (c0304n == null) {
int i10 = rVar.f4534P;
boolean z10 = rVar.f4549p;
boolean z11 = rVar.f4520B;
C0321w c0321w = rVar.f4541g;
if (!(c0321w instanceof C0321w)) {
c0321w = null;
}
C0304n c0304n2 = new C0304n(new C0306o(rVar, i10, z10, z11, c0321w != null ? c0321w.f4606r : null));
rVar.m0(c0304n2);
c0304n = c0304n2;
}
InterfaceC0309p0 n10 = rVar.n();
C0306o c0306o = c0304n.f4497a;
c0306o.f4506f.setValue(n10);
rVar.r(false);
return c0306o;
}
public static final InterfaceC0285d0 Z(Object obj, Composer composer) {
r rVar = (r) composer;
Object P10 = rVar.P();
if (P10 == C0302m.f4491a) {
P10 = V(obj, Y.f4435f);
rVar.l0(P10);
}
InterfaceC0285d0 interfaceC0285d0 = (InterfaceC0285d0) P10;
interfaceC0285d0.setValue(obj);
return interfaceC0285d0;
}
public static final void a(D0.C0316t0 r10, Kl.n r11, androidx.compose.runtime.Composer r12, int r13) {
throw new UnsupportedOperationException("Method not decompiled: D0.C0286e.a(D0.t0, Kl.n, androidx.compose.runtime.Composer, int):void");
}
public static final void a0(K0 k02, C0319v c0319v) {
int i10;
int[] iArr = k02.f4350b;
int i11 = k02.f4367t;
int f10 = k02.f(k02.p(k02.q(i11) + i11), iArr);
for (int f11 = k02.f(k02.p(k02.f4367t), k02.f4350b); f11 < f10; f11++) {
Object obj = k02.f4351c[k02.g(f11)];
int i12 = -1;
if (obj instanceof InterfaceC0300l) {
int o4 = k02.o() - f11;
InterfaceC0300l interfaceC0300l = (InterfaceC0300l) obj;
V.C c10 = (V.C) c0319v.f4580g;
if (c10 == null) {
int i13 = V.H.f12987a;
c10 = new V.C();
c0319v.f4580g = c10;
}
c10.f12978b[c10.d(interfaceC0300l)] = interfaceC0300l;
c0319v.C(o4, -1, -1, interfaceC0300l);
}
if (obj instanceof D0) {
int o8 = k02.o() - f11;
D0 d02 = (D0) obj;
C0284d c0284d = d02.f4300b;
if (c0284d == null || !c0284d.a()) {
i10 = -1;
} else {
i12 = k02.c(c0284d);
i10 = k02.o() - k02.f(k02.p(k02.q(i12) + i12), k02.f4350b);
}
c0319v.C(o8, i12, i10, d02.f4299a);
}
if (obj instanceof C0320v0) {
((C0320v0) obj).e();
}
}
k02.D();
}
public static final void b(D0.C0316t0[] r7, Kl.n r8, androidx.compose.runtime.Composer r9, int r10) {
throw new UnsupportedOperationException("Method not decompiled: D0.C0286e.b(D0.t0[], Kl.n, androidx.compose.runtime.Composer, int):void");
}
public static final void b0(boolean z10) {
if (z10) {
return;
}
C("Check failed");
throw null;
}
public static final void c(Object obj, Kl.k kVar, Composer composer) {
r rVar = (r) composer;
boolean g10 = rVar.g(obj);
Object P10 = rVar.P();
if (g10 || P10 == C0302m.f4491a) {
P10 = new I(kVar);
rVar.l0(P10);
}
}
public static final int c0(ArrayList arrayList, int i10, int i11) {
int size = arrayList.size() - 1;
int i12 = 0;
while (i12 <= size) {
int i13 = (i12 + size) >>> 1;
int i14 = ((C0284d) arrayList.get(i13)).f4457a;
if (i14 < 0) {
i14 += i11;
}
int j2 = kotlin.jvm.internal.l.j(i14, i10);
if (j2 < 0) {
i12 = i13 + 1;
} else {
if (j2 <= 0) {
return i13;
}
size = i13 - 1;
}
}
return -(i12 + 1);
}
public static final void d(Object obj, Object obj2, Kl.k kVar, Composer composer) {
r rVar = (r) composer;
boolean g10 = rVar.g(obj) | rVar.g(obj2);
Object P10 = rVar.P();
if (g10 || P10 == C0302m.f4491a) {
P10 = new I(kVar);
rVar.l0(P10);
}
}
public static final void d0(Kl.n nVar, Composer composer, Object obj) {
r rVar = (r) composer;
if (rVar.f4533O || !kotlin.jvm.internal.l.c(rVar.P(), obj)) {
rVar.l0(obj);
rVar.c(obj, nVar);
}
}
public static final void e(Object obj, Object obj2, Object obj3, Kl.k kVar, Composer composer) {
r rVar = (r) composer;
boolean g10 = rVar.g(obj) | rVar.g(obj2) | rVar.g(obj3);
Object P10 = rVar.P();
if (g10 || P10 == C0302m.f4491a) {
P10 = new I(kVar);
rVar.l0(P10);
}
}
public static final gn.k e0(Kl.a aVar) {
return new gn.k(new Y0(aVar, null), 2);
}
public static final void f(Object[] objArr, Kl.k kVar, Composer composer) {
boolean z10 = false;
for (Object obj : Arrays.copyOf(objArr, objArr.length)) {
z10 |= ((r) composer).g(obj);
}
r rVar = (r) composer;
Object P10 = rVar.P();
if (z10 || P10 == C0302m.f4491a) {
rVar.l0(new I(kVar));
}
}
public static final void f0(String str) {
throw new IllegalArgumentException(str);
}
public static final void g(Kl.n nVar, Composer composer, Object obj) {
r rVar = (r) composer;
Al.k h10 = rVar.f4536b.h();
boolean g10 = rVar.g(obj);
Object P10 = rVar.P();
if (g10 || P10 == C0302m.f4491a) {
P10 = new V(h10, nVar);
rVar.l0(P10);
}
}
public static final void g0(String str) {
throw new IllegalStateException(str);
}
public static final void h(Object obj, Object obj2, Kl.n nVar, Composer composer) {
r rVar = (r) composer;
Al.k h10 = rVar.f4536b.h();
boolean g10 = rVar.g(obj) | rVar.g(obj2);
Object P10 = rVar.P();
if (g10 || P10 == C0302m.f4491a) {
P10 = new V(h10, nVar);
rVar.l0(P10);
}
}
public static final void h0(Kl.n nVar, Composer composer, Object obj) {
r rVar = (r) composer;
boolean z10 = rVar.f4533O;
if (z10 || !kotlin.jvm.internal.l.c(rVar.P(), obj)) {
rVar.l0(obj);
if (z10) {
return;
}
rVar.c(obj, nVar);
}
}
public static final void i(Object obj, Object obj2, Object obj3, Kl.n nVar, Composer composer) {
r rVar = (r) composer;
Al.k h10 = rVar.f4536b.h();
boolean g10 = rVar.g(obj) | rVar.g(obj2) | rVar.g(obj3);
Object P10 = rVar.P();
if (g10 || P10 == C0302m.f4491a) {
P10 = new V(h10, nVar);
rVar.l0(P10);
}
}
public static final int i0(int i10) {
int i11 = 306783378 & i10;
int i12 = 613566756 & i10;
return (i10 & (-920350135)) | (i12 >> 1) | i11 | ((i11 << 1) & i12);
}
public static final void j(Object[] objArr, Kl.n nVar, Composer composer) {
r rVar = (r) composer;
Al.k h10 = rVar.f4536b.h();
boolean z10 = false;
for (Object obj : Arrays.copyOf(objArr, objArr.length)) {
z10 |= rVar.g(obj);
}
Object P10 = rVar.P();
if (z10 || P10 == C0302m.f4491a) {
rVar.l0(new V(h10, nVar));
}
}
public static final L0.e j0(C0316t0[] c0316t0Arr, InterfaceC0309p0 interfaceC0309p0, InterfaceC0309p0 interfaceC0309p02) {
L0.e eVar = L0.e.f8025d;
L0.d dVar = new L0.d(eVar);
dVar.f8024g = eVar;
for (C0316t0 c0316t0 : c0316t0Arr) {
AbstractC0314s0 abstractC0314s0 = c0316t0.f4563a;
kotlin.jvm.internal.l.f(abstractC0314s0, "null cannot be cast to non-null type androidx.compose.runtime.ProvidableCompositionLocal<kotlin.Any?>");
if (c0316t0.f4568f || !interfaceC0309p0.containsKey(abstractC0314s0)) {
dVar.put(abstractC0314s0, abstractC0314s0.c(c0316t0, (f1) interfaceC0309p02.get(abstractC0314s0)));
}
}
return dVar.build();
}
public static final void k(Kl.a aVar, Composer composer) {
C0370a c0370a = ((r) composer).f4530L.f5277b;
c0370a.getClass();
E0.z zVar = E0.z.f5315c;
E0.H h10 = c0370a.f5275c;
h10.s0(zVar);
g1.c.o0(h10, 0, aVar);
int i10 = h10.f5273i;
int i11 = zVar.f5265a;
int l02 = E0.H.l0(h10, i11);
int i12 = zVar.f5266b;
if (i10 == l02 && h10.f5274j == E0.H.l0(h10, i12)) {
return;
}
StringBuilder sb = new StringBuilder();
int i13 = 0;
for (int i14 = 0; i14 < i11; i14++) {
if (((1 << i14) & h10.f5273i) != 0) {
if (i13 > 0) {
sb.append(", ");
}
sb.append(zVar.b(i14));
i13++;
}
}
String sb2 = sb.toString();
StringBuilder p10 = AbstractC0041d2.p(sb2, "StringBuilder().apply(builderAction).toString()");
int i15 = 0;
for (int i16 = 0; i16 < i12; i16++) {
if (((1 << i16) & h10.f5274j) != 0) {
if (i13 > 0) {
p10.append(", ");
}
p10.append(zVar.c(i16));
i15++;
}
}
String sb3 = p10.toString();
kotlin.jvm.internal.l.g(sb3, "StringBuilder().apply(builderAction).toString()");
StringBuilder sb4 = new StringBuilder("Error while pushing ");
sb4.append(zVar);
sb4.append(". Not all arguments were provided. Missing ");
AbstractC0041d2.y(sb4, i13, " int arguments (", sb2, ") and ");
AbstractC0041d2.z(sb4, i15, " object arguments (", sb3, ").");
throw null;
}
public static final boolean l(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 67108864) != 0;
}
public static final int m(int i10, int[] iArr) {
return iArr[(i10 * 5) + 4];
}
public static final int n(int i10, int[] iArr) {
return iArr[(i10 * 5) + 3];
}
public static final boolean o(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 268435456) != 0;
}
public static final boolean p(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 536870912) != 0;
}
public static final boolean q(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 1073741824) != 0;
}
public static final int r(ArrayList arrayList, int i10, int i11) {
int c02 = c0(arrayList, i10, i11);
return c02 >= 0 ? c02 : -(c02 + 1);
}
public static final int s(int i10, int[] iArr) {
return iArr[(i10 * 5) + 1] & 67108863;
}
public static final int t(int i10, int[] iArr) {
return iArr[(i10 * 5) + 2];
}
public static final void u(ArrayList arrayList, int i10, int i11) {
int L6 = L(i10, arrayList);
if (L6 < 0) {
L6 = -(L6 + 1);
}
while (L6 < arrayList.size() && ((Q) arrayList.get(L6)).f4389b < i11) {
arrayList.remove(L6);
}
}
public static final int v(int i10, int[] iArr) {
int i11 = i10 * 5;
return E(iArr[i11 + 1] >> 28) + iArr[i11 + 4];
}
public static final void w(int i10, int i11, int[] iArr) {
b0(i11 >= 0);
iArr[(i10 * 5) + 3] = i11;
}
public static final void x(int i10, int i11, int[] iArr) {
b0(i11 >= 0 && i11 < 67108863);
int i12 = (i10 * 5) + 1;
iArr[i12] = i11 | (iArr[i12] & (-67108864));
}
public static void y(K0 k02, List list, C0321w c0321w) {
if (!list.isEmpty()) {
int size = list.size();
for (int i10 = 0; i10 < size; i10++) {
int c10 = k02.c((C0284d) list.get(i10));
int I10 = k02.I(k02.p(c10), k02.f4350b);
Object obj = I10 < k02.f(k02.p(c10 + 1), k02.f4350b) ? k02.f4351c[k02.g(I10)] : C0302m.f4491a;
C0320v0 c0320v0 = obj instanceof C0320v0 ? (C0320v0) obj : null;
if (c0320v0 != null) {
c0320v0.f4584b = c0321w;
}
}
}
}
public static final InterfaceC0285d0 z(gn.h hVar, Object obj, Al.k kVar, Composer composer, int i10, int i11) {
if ((i11 & 2) != 0) {
kVar = Al.l.a;
}
r rVar = (r) composer;
boolean i12 = rVar.i(kVar) | rVar.i(hVar);
Object P10 = rVar.P();
Y y10 = C0302m.f4491a;
if (i12 || P10 == y10) {
P10 = new W0(kVar, hVar, null);
rVar.l0(P10);
}
Kl.n nVar = (Kl.n) P10;
Object P11 = rVar.P();
if (P11 == y10) {
P11 = V(obj, Y.f4435f);
rVar.l0(P11);
}
InterfaceC0285d0 interfaceC0285d0 = (InterfaceC0285d0) P11;
boolean i13 = rVar.i(nVar);
Object P12 = rVar.P();
if (i13 || P12 == y10) {
P12 = new S0(nVar, interfaceC0285d0, null);
rVar.l0(P12);
}
h(hVar, kVar, (Kl.n) P12, rVar);
return interfaceC0285d0;
}
}