正在查看： Aplazo v2.4.68 应用的 C2257d.java JAVA 源代码文件
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Aplazo v2.4.68 - C2257d.java 源代码
package n0;
import A2.AbstractC0007g;
import V0.C0698y;
import androidx.compose.runtime.ParcelableSnapshotMutableFloatState;
import androidx.compose.runtime.ParcelableSnapshotMutableIntState;
import androidx.compose.runtime.ParcelableSnapshotMutableState;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashMap;
import java.util.List;
import kotlin.jvm.functions.Function0;
import kotlin.jvm.functions.Function1;
import kotlinx.coroutines.flow.StateFlow;
import o0.C2519D;
import o0.C2520a;
import oa.G2;
import p0.C2718d;
import v0.C3264d;
import v0.C3265e;
public final class C2257d {
public static final Z f28853a = new Z("provider");
public static final Z f28854b = new Z("provider");
public static final Z f28855c = new Z("compositionLocalMap");
public static final Z f28856d = new Z("providers");
public static final Z f28857e = new Z("reference");
public static final C0698y f28858f = new C0698y(9);
public static final Object f28859g = new Object();
public static final F f28860h = new F();
public static final Ki.e A(InterfaceC2275m interfaceC2275m) {
ki.j jVar = ki.j.c;
Fi.n0 n0Var = Fi.n0.c;
ki.i h10 = ((C2283q) interfaceC2275m).f28955b.h();
return Fi.J.b(h10.plus(new Fi.r0(h10.get(n0Var))).plus(jVar));
}
public static final long B() {
return Thread.currentThread().getId();
}
public static final void C(z0 z0Var, Dh.l lVar) {
int i10;
int i11;
int i12;
int i13 = z0Var.f29072s;
int i14 = z0Var.f29073t;
while (i13 < i14) {
Object w5 = z0Var.w(i13);
if (w5 instanceof InterfaceC2269j) {
InterfaceC2269j interfaceC2269j = (InterfaceC2269j) w5;
lVar.j(interfaceC2269j, z0Var.o() - z0Var.D(z0Var.p(i13), z0Var.f29056b), -1, -1);
}
int D10 = z0Var.D(z0Var.p(i13), z0Var.f29056b);
int i15 = i13 + 1;
int f3 = z0Var.f(z0Var.p(i15), z0Var.f29056b);
int i16 = D10;
while (i16 < f3) {
int i17 = i16 - D10;
Object obj = z0Var.f29057c[z0Var.g(i16)];
boolean z6 = obj instanceof s0;
S s6 = C2273l.f28898a;
if (z6) {
s0 s0Var = (s0) obj;
r0 r0Var = s0Var.f29001a;
if (r0Var instanceof C2277n) {
i10 = i14;
} else {
int g10 = z0Var.g(z0Var.E(i13, i17));
Object[] objArr = z0Var.f29057c;
i10 = i14;
Object obj2 = objArr[g10];
objArr[g10] = s6;
if (obj != obj2) {
w("Slot table is out of sync");
throw null;
}
int o10 = z0Var.o() - i17;
C2255c c2255c = s0Var.f29002b;
if (c2255c == null || !c2255c.a()) {
i11 = -1;
i12 = -1;
} else {
i11 = z0Var.c(c2255c);
i12 = z0Var.o() - z0Var.f(z0Var.p(z0Var.q(i11) + i11), z0Var.f29056b);
}
lVar.j(r0Var, o10, i11, i12);
}
} else {
i10 = i14;
if (obj instanceof C2270j0) {
int g11 = z0Var.g(z0Var.E(i13, i17));
Object[] objArr2 = z0Var.f29057c;
Object obj3 = objArr2[g11];
objArr2[g11] = s6;
if (obj != obj3) {
w("Slot table is out of sync");
throw null;
}
((C2270j0) obj).d();
} else {
continue;
}
}
i16++;
i14 = i10;
}
i13 = i15;
}
}
public static final C2718d D() {
com.google.protobuf.o0 o0Var = F0.f28783b;
C2718d c2718d = (C2718d) o0Var.A();
if (c2718d != null) {
return c2718d;
}
C2718d c2718d2 = new C2718d(new C2281p[0]);
o0Var.b0(c2718d2);
return c2718d2;
}
public static final C2248C E(Function0 function0) {
com.google.protobuf.o0 o0Var = F0.f28782a;
return new C2248C(function0, null);
}
public static final C2248C F(Function0 function0, E0 e0) {
com.google.protobuf.o0 o0Var = F0.f28782a;
return new C2248C(function0, e0);
}
public static final int G(int i10, ArrayList arrayList) {
int size = arrayList.size() - 1;
int i11 = 0;
while (i11 <= size) {
int i12 = (i11 + size) >>> 1;
int f3 = kotlin.jvm.internal.l.f(((L) arrayList.get(i12)).f28819b, i10);
if (f3 < 0) {
i11 = i12 + 1;
} else {
if (f3 <= 0) {
return i12;
}
size = i12 - 1;
}
}
return -(i11 + 1);
}
public static final T H(ki.i iVar) {
T t7 = (T) iVar.get(S.f28835d);
if (t7 != null) {
return t7;
}
throw new IllegalStateException("A MonotonicFrameClock is not available in this CoroutineContext. Callers should supply an appropriate MonotonicFrameClock using withContext.");
}
public static final void I(C2283q c2283q, ui.c cVar) {
kotlin.jvm.internal.l.c(cVar, "null cannot be cast to non-null type kotlin.Function2<androidx.compose.runtime.Composer, kotlin.Int, kotlin.Unit>");
kotlin.jvm.internal.G.d(2, cVar);
cVar.invoke(c2283q, 1);
}
public static List J(z0 z0Var, int i10, z0 z0Var2, boolean z6, boolean z10, boolean z11) {
ArrayList arrayList;
boolean A5;
int i11;
int i12;
int i13;
int q7 = z0Var.q(i10);
int i14 = i10 + q7;
int f3 = z0Var.f(z0Var.p(i10), z0Var.f29056b);
int f10 = z0Var.f(z0Var.p(i14), z0Var.f29056b);
int i15 = f10 - f3;
boolean z12 = i10 >= 0 && (z0Var.f29056b[(z0Var.p(i10) * 5) + 1] & 201326592) != 0;
z0Var2.r(q7);
z0Var2.s(i15, z0Var2.f29072s);
if (z0Var.f29061g < i14) {
z0Var.u(i14);
}
if (z0Var.k < f10) {
z0Var.v(f10, i14);
}
int[] iArr = z0Var2.f29056b;
int i16 = z0Var2.f29072s;
int i17 = i16 * 5;
hi.n.c(i17, i10 * 5, i14 * 5, z0Var.f29056b, iArr);
Object[] objArr = z0Var2.f29057c;
int i18 = z0Var2.f29063i;
hi.n.d(i18, f3, f10, z0Var.f29057c, objArr);
int i19 = z0Var2.f29074u;
iArr[i17 + 2] = i19;
int i20 = i16 - i10;
int i21 = i16 + q7;
int f11 = i18 - z0Var2.f(i16, iArr);
int i22 = z0Var2.f29066m;
int i23 = z0Var2.f29065l;
int length = objArr.length;
boolean z13 = z12;
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 f12 = z0Var2.f(i25, iArr) + f11;
if (i24 < i25) {
i12 = i16;
i13 = 0;
} else {
i12 = i16;
i13 = z0Var2.k;
}
iArr[(i25 * 5) + 4] = z0.h(f12, i13, i23, length);
if (i25 == i24) {
i24++;
}
i25++;
i16 = i12;
i21 = i27;
}
int i28 = i16;
int i29 = i21;
z0Var2.f29066m = i24;
int o10 = o(z0Var.f29058d, i10, z0Var.n());
int o11 = o(z0Var.f29058d, i14, z0Var.n());
if (o10 < o11) {
ArrayList arrayList2 = z0Var.f29058d;
arrayList = new ArrayList(o11 - o10);
for (int i30 = o10; i30 < o11; i30++) {
C2255c c2255c = (C2255c) arrayList2.get(i30);
c2255c.f28847a += i20;
arrayList.add(c2255c);
}
z0Var2.f29058d.addAll(o(z0Var2.f29058d, z0Var2.f29072s, z0Var2.n()), arrayList);
arrayList2.subList(o10, o11).clear();
} else {
arrayList = hi.B.c;
}
if (!arrayList.isEmpty()) {
HashMap hashMap = z0Var.f29059e;
HashMap hashMap2 = z0Var2.f29059e;
if (hashMap != null && hashMap2 != null) {
int size = arrayList.size();
for (int i31 = 0; i31 < size; i31++) {
}
}
}
int i32 = z0Var2.f29074u;
z0Var2.F(i19);
int x6 = z0Var.x(i10, z0Var.f29056b);
if (!z11) {
i11 = 1;
A5 = false;
} else if (z6) {
boolean z14 = x6 >= 0;
if (z14) {
z0Var.G();
z0Var.a(x6 - z0Var.f29072s);
z0Var.G();
}
z0Var.a(i10 - z0Var.f29072s);
boolean z15 = z0Var.z();
if (z14) {
z0Var.C();
z0Var.i();
z0Var.C();
z0Var.i();
}
A5 = z15;
i11 = 1;
} else {
A5 = z0Var.A(i10, q7);
i11 = 1;
z0Var.B(f3, i15, i10 - 1);
}
if (A5) {
w("Unexpectedly removed anchors");
throw null;
}
z0Var2.f29068o += n(i28, iArr) ? i11 : p(i28, iArr);
if (z10) {
z0Var2.f29072s = i29;
z0Var2.f29063i = i18 + i15;
}
if (z13) {
z0Var2.K(i19);
}
return arrayList;
}
public static final ParcelableSnapshotMutableFloatState K(float f3) {
int i10 = AbstractC2253b.f28846b;
return new ParcelableSnapshotMutableFloatState(f3);
}
public static final ParcelableSnapshotMutableIntState L(int i10) {
int i11 = AbstractC2253b.f28846b;
return new ParcelableSnapshotMutableIntState(i10);
}
public static final ParcelableSnapshotMutableState M(Object obj, E0 e0) {
int i10 = AbstractC2253b.f28846b;
return new ParcelableSnapshotMutableState(obj, e0);
}
public static final Object O(InterfaceC2260e0 interfaceC2260e0, AbstractC2266h0 abstractC2266h0) {
kotlin.jvm.internal.l.c(abstractC2266h0, "null cannot be cast to non-null type androidx.compose.runtime.CompositionLocal<kotlin.Any?>");
C3265e c3265e = (C3265e) interfaceC2260e0;
Object obj = c3265e.get(abstractC2266h0);
if (obj == null) {
obj = abstractC2266h0.f28881a;
}
return ((P0) obj).a(c3265e);
}
public static final C2279o P(InterfaceC2275m interfaceC2275m) {
C2283q c2283q = (C2283q) interfaceC2275m;
c2283q.R(206, f28857e);
if (c2283q.f28952O) {
z0 z0Var = c2283q.f28946H;
int i10 = z0Var.f29074u;
int p3 = z0Var.p(i10);
int[] iArr = z0Var.f29056b;
int i11 = (p3 * 5) + 1;
int i12 = iArr[i11];
if ((i12 & 134217728) == 0) {
iArr[i11] = i12 | 134217728;
if (!i(p3, iArr)) {
z0Var.K(z0Var.x(i10, z0Var.f29056b));
}
}
}
Object C10 = c2283q.C();
C2277n c2277n = C10 instanceof C2277n ? (C2277n) C10 : null;
if (c2277n == null) {
C2277n c2277n2 = new C2277n(new C2279o(c2283q, c2283q.f28953P, c2283q.f28968p, c2283q.f28940B, c2283q.f28960g.f29020r));
c2283q.f0(c2277n2);
c2277n = c2277n2;
}
InterfaceC2260e0 m6 = c2283q.m();
C2279o c2279o = c2277n.f28904c;
c2279o.f28916f.setValue(m6);
c2283q.q(false);
return c2279o;
}
public static final Y Q(Object obj, InterfaceC2275m interfaceC2275m) {
C2283q c2283q = (C2283q) interfaceC2275m;
Object J10 = c2283q.J();
if (J10 == C2273l.f28898a) {
J10 = M(obj, S.f28839h);
c2283q.e0(J10);
}
Y y3 = (Y) J10;
y3.setValue(obj);
return y3;
}
public static final void R(z0 z0Var, Dh.l lVar) {
int i10;
int[] iArr = z0Var.f29056b;
int i11 = z0Var.f29072s;
int f3 = z0Var.f(z0Var.p(z0Var.q(i11) + i11), iArr);
for (int f10 = z0Var.f(z0Var.p(z0Var.f29072s), z0Var.f29056b); f10 < f3; f10++) {
Object obj = z0Var.f29057c[z0Var.g(f10)];
int i12 = -1;
if (obj instanceof InterfaceC2269j) {
int o10 = z0Var.o() - f10;
InterfaceC2269j interfaceC2269j = (InterfaceC2269j) obj;
Q.u uVar = (Q.u) lVar.f;
if (uVar == null) {
int i13 = Q.y.f9611a;
uVar = new Q.u();
lVar.f = uVar;
}
uVar.f9603b[uVar.d(interfaceC2269j)] = interfaceC2269j;
lVar.j(interfaceC2269j, o10, -1, -1);
}
if (obj instanceof s0) {
int o11 = z0Var.o() - f10;
s0 s0Var = (s0) obj;
C2255c c2255c = s0Var.f29002b;
if (c2255c == null || !c2255c.a()) {
i10 = -1;
} else {
i12 = z0Var.c(c2255c);
i10 = z0Var.o() - z0Var.f(z0Var.p(z0Var.q(i12) + i12), z0Var.f29056b);
}
lVar.j(s0Var.f29001a, o11, i12, i10);
}
if (obj instanceof C2270j0) {
((C2270j0) obj).d();
}
}
z0Var.z();
}
public static final void S(boolean z6) {
if (z6) {
return;
}
w("Check failed");
throw null;
}
public static final int T(ArrayList arrayList, int i10, int i11) {
int size = arrayList.size() - 1;
int i12 = 0;
while (i12 <= size) {
int i13 = (i12 + size) >>> 1;
int i14 = ((C2255c) arrayList.get(i13)).f28847a;
if (i14 < 0) {
i14 += i11;
}
int f3 = kotlin.jvm.internal.l.f(i14, i10);
if (f3 < 0) {
i12 = i13 + 1;
} else {
if (f3 <= 0) {
return i13;
}
size = i13 - 1;
}
}
return -(i12 + 1);
}
public static final void U(Object obj, InterfaceC2275m interfaceC2275m, ui.c cVar) {
C2283q c2283q = (C2283q) interfaceC2275m;
if (c2283q.f28952O || !kotlin.jvm.internal.l.a(c2283q.J(), obj)) {
c2283q.e0(obj);
c2283q.b(obj, cVar);
}
}
public static final Ii.P V(Function0 function0) {
return new Ii.P(new K0(function0, null));
}
public static final void W(String str) {
throw new IllegalArgumentException(str);
}
public static final void X(String str) {
throw new IllegalStateException(str);
}
public static final int Y(int i10) {
int i11 = 306783378 & i10;
int i12 = 613566756 & i10;
return (i10 & (-920350135)) | (i12 >> 1) | i11 | ((i11 << 1) & i12);
}
public static final C3265e Z(C2268i0[] c2268i0Arr, InterfaceC2260e0 interfaceC2260e0, InterfaceC2260e0 interfaceC2260e02) {
C3265e c3265e = C3265e.f32881f;
C3264d c3264d = new C3264d(c3265e);
c3264d.f32880i = c3265e;
for (C2268i0 c2268i0 : c2268i0Arr) {
AbstractC2266h0 abstractC2266h0 = c2268i0.f28884a;
if (c2268i0.f28889f || !((C3265e) interfaceC2260e0).containsKey(abstractC2266h0)) {
c3264d.put(abstractC2266h0, abstractC2266h0.c(c2268i0, (P0) ((C3265e) interfaceC2260e02).get(abstractC2266h0)));
}
}
return c3264d.build();
}
public static final void a(n0.C2268i0 r10, v0.C3261a r11, n0.InterfaceC2275m r12, int r13) {
throw new UnsupportedOperationException("Method not decompiled: n0.C2257d.a(n0.i0, v0.a, n0.m, int):void");
}
public static final void b(n0.C2268i0[] r7, ui.c r8, n0.InterfaceC2275m r9, int r10) {
throw new UnsupportedOperationException("Method not decompiled: n0.C2257d.b(n0.i0[], ui.c, n0.m, int):void");
}
public static final void c(Object obj, Object obj2, Function1 function1, InterfaceC2275m interfaceC2275m) {
C2283q c2283q = (C2283q) interfaceC2275m;
boolean f3 = c2283q.f(obj) | c2283q.f(obj2);
Object J10 = c2283q.J();
if (f3 || J10 == C2273l.f28898a) {
J10 = new C2249D(function1);
c2283q.e0(J10);
}
}
public static final void d(Object obj, Function1 function1, InterfaceC2275m interfaceC2275m) {
C2283q c2283q = (C2283q) interfaceC2275m;
boolean f3 = c2283q.f(obj);
Object J10 = c2283q.J();
if (f3 || J10 == C2273l.f28898a) {
J10 = new C2249D(function1);
c2283q.e0(J10);
}
}
public static final void e(Object obj, Object obj2, ui.c cVar, InterfaceC2275m interfaceC2275m) {
C2283q c2283q = (C2283q) interfaceC2275m;
ki.i h10 = c2283q.f28955b.h();
boolean f3 = c2283q.f(obj) | c2283q.f(obj2);
Object J10 = c2283q.J();
if (f3 || J10 == C2273l.f28898a) {
J10 = new P(h10, cVar);
c2283q.e0(J10);
}
}
public static final void f(Object obj, InterfaceC2275m interfaceC2275m, ui.c cVar) {
C2283q c2283q = (C2283q) interfaceC2275m;
ki.i h10 = c2283q.f28955b.h();
boolean f3 = c2283q.f(obj);
Object J10 = c2283q.J();
if (f3 || J10 == C2273l.f28898a) {
J10 = new P(h10, cVar);
c2283q.e0(J10);
}
}
public static final void g(Object[] objArr, ui.c cVar, InterfaceC2275m interfaceC2275m) {
C2283q c2283q = (C2283q) interfaceC2275m;
ki.i h10 = c2283q.f28955b.h();
boolean z6 = false;
for (Object obj : Arrays.copyOf(objArr, objArr.length)) {
z6 |= c2283q.f(obj);
}
Object J10 = c2283q.J();
if (z6 || J10 == C2273l.f28898a) {
c2283q.e0(new P(h10, cVar));
}
}
public static final void h(Function0 function0, InterfaceC2275m interfaceC2275m) {
C2520a c2520a = ((C2283q) interfaceC2275m).f28949L.f29924b;
c2520a.getClass();
o0.v vVar = o0.v.f29958c;
C2519D c2519d = c2520a.f29922a;
c2519d.j(vVar);
G2.d(c2519d, 0, function0);
int i10 = c2519d.f29920g;
int i11 = vVar.f29912a;
int c4 = C2519D.c(c2519d, i11);
int i12 = vVar.f29913b;
if (i10 == c4 && c2519d.f29921h == C2519D.c(c2519d, i12)) {
return;
}
StringBuilder sb2 = new StringBuilder();
int i13 = 0;
for (int i14 = 0; i14 < i11; i14++) {
if (((1 << i14) & c2519d.f29920g) != 0) {
if (i13 > 0) {
sb2.append(", ");
}
sb2.append(vVar.b(i14));
i13++;
}
}
String sb3 = sb2.toString();
StringBuilder m6 = gd.a.m(sb3, "StringBuilder().apply(builderAction).toString()");
int i15 = 0;
for (int i16 = 0; i16 < i12; i16++) {
if (((1 << i16) & c2519d.f29921h) != 0) {
if (i13 > 0) {
m6.append(", ");
}
m6.append(vVar.c(i16));
i15++;
}
}
String sb4 = m6.toString();
kotlin.jvm.internal.l.d(sb4, "StringBuilder().apply(builderAction).toString()");
StringBuilder sb5 = new StringBuilder("Error while pushing ");
sb5.append(vVar);
sb5.append(". Not all arguments were provided. Missing ");
gd.a.z(sb5, i13, " int arguments (", sb3, ") and ");
gd.a.D(sb5, i15, " object arguments (", sb4, ").");
throw null;
}
public static final boolean i(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 67108864) != 0;
}
public static final int j(int i10, int[] iArr) {
return iArr[(i10 * 5) + 4];
}
public static final int k(int i10, int[] iArr) {
return iArr[(i10 * 5) + 3];
}
public static final boolean l(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 268435456) != 0;
}
public static final boolean m(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 536870912) != 0;
}
public static final boolean n(int i10, int[] iArr) {
return (iArr[(i10 * 5) + 1] & 1073741824) != 0;
}
public static final int o(ArrayList arrayList, int i10, int i11) {
int T9 = T(arrayList, i10, i11);
return T9 >= 0 ? T9 : -(T9 + 1);
}
public static final int p(int i10, int[] iArr) {
return iArr[(i10 * 5) + 1] & 67108863;
}
public static final int q(int i10, int[] iArr) {
return iArr[(i10 * 5) + 2];
}
public static final void r(ArrayList arrayList, int i10, int i11) {
int G10 = G(i10, arrayList);
if (G10 < 0) {
G10 = -(G10 + 1);
}
while (G10 < arrayList.size() && ((L) arrayList.get(G10)).f28819b < i11) {
arrayList.remove(G10);
}
}
public static final int s(int i10, int[] iArr) {
int i11 = i10 * 5;
return z(iArr[i11 + 1] >> 28) + iArr[i11 + 4];
}
public static final void t(int[] iArr, int i10, int i11) {
S(i11 >= 0);
iArr[(i10 * 5) + 3] = i11;
}
public static final void u(int[] iArr, int i10, int i11) {
S(i11 >= 0 && i11 < 67108863);
int i12 = (i10 * 5) + 1;
iArr[i12] = i11 | (iArr[i12] & (-67108864));
}
public static final Y v(StateFlow stateFlow, InterfaceC2275m interfaceC2275m) {
ki.j jVar = ki.j.c;
Object value = stateFlow.getValue();
C2283q c2283q = (C2283q) interfaceC2275m;
boolean h10 = c2283q.h(jVar) | c2283q.h(stateFlow);
Object J10 = c2283q.J();
S s6 = C2273l.f28898a;
if (h10 || J10 == s6) {
J10 = new J0(jVar, stateFlow, null);
c2283q.e0(J10);
}
ui.c cVar = (ui.c) J10;
Object J11 = c2283q.J();
if (J11 == s6) {
J11 = M(value, S.f28839h);
c2283q.e0(J11);
}
Y y3 = (Y) J11;
boolean h11 = c2283q.h(cVar);
Object J12 = c2283q.J();
if (h11 || J12 == s6) {
J12 = new G0(cVar, y3, null);
c2283q.e0(J12);
}
e(stateFlow, jVar, (ui.c) J12, c2283q);
return y3;
}
public static final void w(String str) {
throw new C2271k(AbstractC0007g.D("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 x(String str) {
throw new C2271k(AbstractC0007g.D("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 G y(Function0 function0) {
return new G(function0, S.f28839h);
}
public static final int z(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;
}
}
}