正在查看： Structured v2.5.8 应用的 v.java JAVA 源代码文件
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Structured v2.5.8 - v.java 源代码
package E9;
import A5.C;
import A9.C0075c;
import C0.E;
import D8.C0246f;
import F7.InterfaceC0347d;
import L0.AbstractC0504g;
import L0.C0501d;
import L0.C0503f;
import L0.J;
import U2.C0899h;
import Y8.C1008y;
import Y8.g0;
import a.AbstractC1010a;
import a0.AbstractC1022l;
import a5.AbstractC1055B;
import android.text.Layout;
import androidx.lifecycle.W;
import d6.C1559c;
import d6.EnumC1557a;
import f8.InterfaceC1654l;
import f8.InterfaceC1655m;
import g6.InterfaceC1692b;
import java.text.Bidi;
import java.util.ArrayList;
import java.util.Collections;
import java.util.HashMap;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import k5.S0;
import k5.a1;
import k6.AbstractC2091f;
import k6.C2088c;
import k6.C2089d;
import l7.AbstractC2205n;
import l7.AbstractC2206o;
import m7.C2327e;
import m8.C2331b;
import m8.C2334e;
import n6.InterfaceC2401d;
import o7.AbstractC2480f;
import o7.InterfaceC2481g;
import p7.EnumC2610a;
import r4.C2843d;
import r6.X;
import r8.C2875a;
import w5.AbstractC3151c;
public final class v implements L0.r, k7.i, InterfaceC1654l, InterfaceC1692b {
public final int f3486m;
public Object f3487n;
public Object f3488o;
public Object f3489p;
public Object f3490q;
public Object f3491r;
public v(int i6) {
this.f3486m = i6;
switch (i6) {
case 4:
break;
default:
this.f3491r = new LinkedHashMap();
this.f3488o = "GET";
this.f3489p = new m(0, false);
break;
}
}
public v(C5.q qVar, C5.q qVar2, C2334e c2334e, ArrayList arrayList) {
this.f3486m = 6;
this.f3488o = qVar;
this.f3489p = qVar2;
this.f3490q = c2334e;
this.f3491r = arrayList;
this.f3487n = qVar;
}
public v(D6.w wVar, EnumC1557a enumC1557a, C2327e c2327e, String str, D6.r rVar) {
this.f3486m = 7;
kotlin.jvm.internal.m.f("method", wVar);
kotlin.jvm.internal.m.f("schema", str);
this.f3487n = wVar;
this.f3489p = c2327e;
this.f3488o = str;
this.f3490q = rVar;
this.f3491r = enumC1557a != null ? AbstractC1022l.P("count=".concat(enumC1557a.f19207m)) : l7.w.f24690m;
}
public v(InterfaceC0347d interfaceC0347d, m4.x xVar, m4.x xVar2, m4.x xVar3) {
this.f3486m = 5;
kotlin.jvm.internal.m.f("viewModelClass", interfaceC0347d);
this.f3487n = interfaceC0347d;
this.f3488o = xVar;
this.f3489p = xVar2;
this.f3490q = xVar3;
}
public v(C0503f c0503f, J j4, List list, X0.b bVar, Q0.d dVar) {
L0.s sVar;
String str;
int i6;
ArrayList arrayList;
int i10;
ArrayList arrayList2;
String str2;
int i11;
int i12;
int i13;
C0503f c0503f2 = c0503f;
this.f3486m = 1;
this.f3487n = c0503f2;
this.f3488o = list;
k7.j jVar = k7.j.f24148n;
this.f3489p = AbstractC1055B.w(jVar, new L0.o(this, 1));
this.f3490q = AbstractC1055B.w(jVar, new L0.o(this, 0));
C0503f c0503f3 = AbstractC0504g.f6501a;
int length = c0503f2.f6497m.length();
List list2 = c0503f2.f6499o;
list2 = list2 == null ? l7.w.f24690m : list2;
ArrayList arrayList3 = new ArrayList();
int size = list2.size();
int i14 = 0;
int i15 = 0;
while (true) {
sVar = j4.f6474b;
if (i14 >= size) {
break;
}
C0501d c0501d = (C0501d) list2.get(i14);
L0.s sVar2 = (L0.s) c0501d.f6493a;
int i16 = c0501d.f6494b;
if (i16 != i15) {
arrayList3.add(new C0501d(i15, i16, sVar));
}
L0.s a10 = sVar.a(sVar2);
int i17 = c0501d.f6495c;
arrayList3.add(new C0501d(i16, i17, a10));
i14++;
i15 = i17;
}
if (i15 != length) {
arrayList3.add(new C0501d(i15, length, sVar));
}
if (arrayList3.isEmpty()) {
arrayList3.add(new C0501d(0, 0, sVar));
}
ArrayList arrayList4 = new ArrayList(arrayList3.size());
int size2 = arrayList3.size();
int i18 = 0;
while (i18 < size2) {
C0501d c0501d2 = (C0501d) arrayList3.get(i18);
int i19 = c0501d2.f6494b;
int i20 = c0501d2.f6495c;
if (i19 != i20) {
str = c0503f2.f6497m.substring(i19, i20);
kotlin.jvm.internal.m.e("this as java.lang.String…ing(startIndex, endIndex)", str);
} else {
str = "";
}
C0503f c0503f4 = new C0503f(str, AbstractC0504g.b(c0503f2, i19, i20), null, null);
L0.s sVar3 = (L0.s) c0501d2.f6493a;
if (W0.k.a(sVar3.f6539b, Integer.MIN_VALUE)) {
i6 = size2;
arrayList = arrayList3;
i10 = i18;
arrayList2 = arrayList4;
str2 = str;
i11 = i20;
sVar3 = new L0.s(sVar3.f6538a, sVar.f6539b, sVar3.f6540c, sVar3.f6541d, sVar3.f6542e, sVar3.f6543f, sVar3.f6544g, sVar3.h, sVar3.f6545i);
} else {
arrayList2 = arrayList4;
i6 = size2;
arrayList = arrayList3;
i10 = i18;
i11 = i20;
str2 = str;
}
J j7 = new J(j4.f6473a, sVar.a(sVar3));
List b10 = c0503f4.b();
List list3 = (List) this.f3488o;
ArrayList arrayList5 = new ArrayList(list3.size());
int size3 = list3.size();
int i21 = 0;
while (true) {
i12 = c0501d2.f6494b;
if (i21 >= size3) {
break;
}
Object obj = list3.get(i21);
C0501d c0501d3 = (C0501d) obj;
int i22 = i11;
if (AbstractC0504g.c(i12, i22, c0501d3.f6494b, c0501d3.f6495c)) {
arrayList5.add(obj);
}
i21++;
i11 = i22;
}
int i23 = i11;
ArrayList arrayList6 = new ArrayList(arrayList5.size());
int size4 = arrayList5.size();
for (int i24 = 0; i24 < size4; i24++) {
C0501d c0501d4 = (C0501d) arrayList5.get(i24);
int i25 = c0501d4.f6494b;
if (i12 > i25 || (i13 = c0501d4.f6495c) > i23) {
throw new IllegalArgumentException("placeholder can not overlap with paragraph.");
}
arrayList6.add(new C0501d(i25 - i12, i13 - i12, c0501d4.f6493a));
}
L0.q qVar = new L0.q(new T0.d(str2, j7, b10, arrayList6, dVar, bVar), i12, i23);
ArrayList arrayList7 = arrayList2;
arrayList7.add(qVar);
i18 = i10 + 1;
size2 = i6;
arrayList4 = arrayList7;
arrayList3 = arrayList;
c0503f2 = c0503f;
}
this.f3491r = arrayList4;
}
public v(R2.h hVar, s6.c cVar) {
this.f3486m = 3;
this.f3487n = hVar;
this.f3488o = cVar;
n6.j jVar = AbstractC2091f.f24130a;
kotlin.jvm.internal.m.f("engineFactory", jVar);
C2089d c2089d = new C2089d();
c2089d.a(X.f28067b, new C0075c(3, this));
c2089d.f24127d = new C(c2089d.f24127d, 19, new C0246f(8, this));
InterfaceC2401d a10 = jVar.a(c2089d.f24127d);
C2088c c2088c = new C2088c(a10, c2089d, true);
InterfaceC2481g R10 = c2088c.f24116p.R(C1008y.f14813n);
kotlin.jvm.internal.m.c(R10);
((g0) R10).M(new C0075c(13, a10));
this.f3489p = c2088c;
this.f3490q = B7.a.m();
this.f3491r = B7.a.n(((R2.u) hVar.f11827e) == R2.u.f11887m ? "https://cdn-global.configcat.com" : "https://cdn-eu.configcat.com");
}
public v(Layout layout) {
this.f3486m = 2;
this.f3487n = layout;
ArrayList arrayList = new ArrayList();
int i6 = 0;
do {
int G02 = P8.n.G0(((Layout) this.f3487n).getText(), '\n', i6, false, 4);
i6 = G02 < 0 ? ((Layout) this.f3487n).getText().length() : G02 + 1;
arrayList.add(Integer.valueOf(i6));
} while (i6 < ((Layout) this.f3487n).getText().length());
this.f3488o = arrayList;
int size = arrayList.size();
ArrayList arrayList2 = new ArrayList(size);
for (int i10 = 0; i10 < size; i10++) {
arrayList2.add(null);
}
this.f3489p = arrayList2;
this.f3490q = new boolean[((ArrayList) this.f3488o).size()];
((ArrayList) this.f3488o).size();
}
public v(EnumC1557a enumC1557a, LinkedHashMap linkedHashMap, String str, D6.r rVar) {
this.f3486m = 8;
kotlin.jvm.internal.m.f("schema", str);
this.f3491r = linkedHashMap;
this.f3488o = str;
this.f3487n = rVar;
this.f3489p = D6.w.f2449b;
this.f3490q = enumC1557a != null ? AbstractC1022l.P("count=".concat(enumC1557a.f19207m)) : l7.w.f24690m;
}
public v(a1 a1Var, R2.f fVar, B5.b bVar, C2843d c2843d, m3.e eVar) {
this.f3486m = 9;
kotlin.jvm.internal.m.f("dataSource", a1Var);
kotlin.jvm.internal.m.f("configCatClient", fVar);
this.f3487n = a1Var;
this.f3488o = fVar;
this.f3489p = bVar;
this.f3490q = c2843d;
this.f3491r = AbstractC3151c.f(new s5.k(17));
}
public v(boolean z10) {
this.f3486m = 0;
}
public static final java.lang.Object r(E9.v r10, q7.AbstractC2747c r11) {
throw new UnsupportedOperationException("Method not decompiled: E9.v.r(E9.v, q7.c):java.lang.Object");
}
public static final java.lang.Object s(E9.v r10, q7.AbstractC2747c r11) {
throw new UnsupportedOperationException("Method not decompiled: E9.v.s(E9.v, q7.c):java.lang.Object");
}
public static final java.lang.Object t(E9.v r10, z5.f r11, q7.AbstractC2747c r12) {
throw new UnsupportedOperationException("Method not decompiled: E9.v.t(E9.v, z5.f, q7.c):java.lang.Object");
}
public static final Object u(v vVar, z5.h hVar) {
long currentTimeMillis = System.currentTimeMillis() / 1000;
a1 a1Var = (a1) vVar.f3487n;
a1Var.getClass();
Object x7 = M9.d.x(a1Var.f23895a, new S0(a1Var, currentTimeMillis, null), hVar);
return x7 == EnumC2610a.f26991m ? x7 : k7.C.f24133a;
}
public java.lang.Object A(java.lang.String r18, q7.AbstractC2747c r19) {
throw new UnsupportedOperationException("Method not decompiled: E9.v.A(java.lang.String, q7.c):java.lang.Object");
}
public float B(int i6, boolean z10) {
Layout layout = (Layout) this.f3487n;
int lineEnd = layout.getLineEnd(layout.getLineForOffset(i6));
if (i6 > lineEnd) {
i6 = lineEnd;
}
return z10 ? layout.getPrimaryHorizontal(i6) : layout.getSecondaryHorizontal(i6);
}
public float C(int i6, boolean z10, boolean z11) {
int i10;
int i11;
int i12 = i6;
if (!z11) {
return B(i6, z10);
}
Layout layout = (Layout) this.f3487n;
int c7 = M0.t.c(layout, i12, z11);
int lineStart = layout.getLineStart(c7);
int lineEnd = layout.getLineEnd(c7);
if (i12 != lineStart && i12 != lineEnd) {
return B(i6, z10);
}
if (i12 == 0 || i12 == layout.getText().length()) {
return B(i6, z10);
}
int D4 = D(i12, z11);
boolean z12 = layout.getParagraphDirection(layout.getLineForOffset(E(D4))) == -1;
int G3 = G(lineEnd, lineStart);
int E10 = E(D4);
int i13 = lineStart - E10;
int i14 = G3 - E10;
Bidi w4 = w(D4);
Bidi createLineBidi = w4 != null ? w4.createLineBidi(i13, i14) : null;
if (createLineBidi == null || createLineBidi.getRunCount() == 1) {
boolean isRtlCharAt = layout.isRtlCharAt(lineStart);
if (z10 || z12 == isRtlCharAt) {
z12 = !z12;
}
return i12 == lineStart ? z12 : !z12 ? layout.getLineLeft(c7) : layout.getLineRight(c7);
}
int runCount = createLineBidi.getRunCount();
M0.m[] mVarArr = new M0.m[runCount];
for (int i15 = 0; i15 < runCount; i15++) {
mVarArr[i15] = new M0.m(createLineBidi.getRunStart(i15) + lineStart, createLineBidi.getRunLimit(i15) + lineStart, createLineBidi.getRunLevel(i15) % 2 == 1);
}
int runCount2 = createLineBidi.getRunCount();
byte[] bArr = new byte[runCount2];
for (int i16 = 0; i16 < runCount2; i16++) {
bArr[i16] = (byte) createLineBidi.getRunLevel(i16);
}
Bidi.reorderVisually(bArr, 0, mVarArr, 0, runCount);
if (i12 == lineStart) {
int i17 = 0;
while (true) {
if (i17 >= runCount) {
i11 = -1;
break;
}
if (mVarArr[i17].f7183a == i12) {
i11 = i17;
break;
}
i17++;
}
boolean z13 = (z10 || z12 == mVarArr[i11].f7185c) ? !z12 : z12;
return (i11 == 0 && z13) ? layout.getLineLeft(c7) : (i11 != runCount - 1 || z13) ? z13 ? layout.getPrimaryHorizontal(mVarArr[i11 - 1].f7183a) : layout.getPrimaryHorizontal(mVarArr[i11 + 1].f7183a) : layout.getLineRight(c7);
}
if (i12 > G3) {
i12 = G(i12, lineStart);
}
int i18 = 0;
while (true) {
if (i18 >= runCount) {
i10 = -1;
break;
}
if (mVarArr[i18].f7184b == i12) {
i10 = i18;
break;
}
i18++;
}
boolean z14 = (z10 || z12 == mVarArr[i10].f7185c) ? z12 : !z12;
return (i10 == 0 && z14) ? layout.getLineLeft(c7) : (i10 != runCount - 1 || z14) ? z14 ? layout.getPrimaryHorizontal(mVarArr[i10 - 1].f7184b) : layout.getPrimaryHorizontal(mVarArr[i10 + 1].f7184b) : layout.getLineRight(c7);
}
public int D(int i6, boolean z10) {
ArrayList arrayList = (ArrayList) this.f3488o;
int n02 = AbstractC2206o.n0(arrayList, Integer.valueOf(i6));
int i10 = n02 < 0 ? -(n02 + 1) : n02 + 1;
if (z10 && i10 > 0) {
int i11 = i10 - 1;
if (i6 == ((Number) arrayList.get(i11)).intValue()) {
return i11;
}
}
return i10;
}
public int E(int i6) {
if (i6 == 0) {
return 0;
}
return ((Number) ((ArrayList) this.f3488o).get(i6 - 1)).intValue();
}
public void F(String str, String str2) {
kotlin.jvm.internal.m.f("value", str2);
m mVar = (m) this.f3489p;
mVar.getClass();
AbstractC1010a.q(str);
AbstractC1010a.r(str2, str);
mVar.s(str);
mVar.c(str, str2);
}
public int G(int i6, int i10) {
while (i6 > i10) {
char charAt = ((Layout) this.f3487n).getText().charAt(i6 - 1);
if (charAt != ' ') {
if (charAt != '\n') {
if (charAt != 5760) {
if (kotlin.jvm.internal.m.g(charAt, 8192) >= 0 && kotlin.jvm.internal.m.g(charAt, 8202) <= 0 && charAt != 8199) {
}
if (charAt != 8287 && charAt != 12288) {
break;
}
} else {
continue;
}
} else {
continue;
}
}
i6--;
}
return i6;
}
public void H(String str, AbstractC2480f abstractC2480f) {
kotlin.jvm.internal.m.f("method", str);
if (str.length() <= 0) {
throw new IllegalArgumentException("method.isEmpty() == true");
}
if (abstractC2480f == null) {
if (str.equals("POST") || str.equals("PUT") || str.equals("PATCH") || str.equals("PROPPATCH") || str.equals("REPORT")) {
throw new IllegalArgumentException(l2.v.j("method ", str, " must have a request body.").toString());
}
} else if (!L2.e.L(str)) {
throw new IllegalArgumentException(l2.v.j("method ", str, " must not have a request body.").toString());
}
this.f3488o = str;
this.f3490q = abstractC2480f;
}
@Override
public D6.p a() {
switch (this.f3486m) {
case 7:
return (D6.r) this.f3490q;
default:
return (D6.r) this.f3487n;
}
}
@Override
public void b() {
((C5.q) this.f3488o).b();
C2875a c2875a = new C2875a((P7.b) AbstractC2205n.l1((ArrayList) this.f3491r));
((HashMap) ((C5.q) this.f3489p).f1530o).put((C2334e) this.f3490q, c2875a);
}
@Override
public boolean c() {
return ((W) this.f3491r) != null;
}
@Override
public float d() {
return ((Number) this.f3489p.getValue()).floatValue();
}
@Override
public boolean e() {
ArrayList arrayList = (ArrayList) this.f3491r;
int size = arrayList.size();
for (int i6 = 0; i6 < size; i6++) {
if (((L0.q) arrayList.get(i6)).f6535a.e()) {
return true;
}
}
return false;
}
@Override
public void f(C2334e c2334e, Object obj) {
((C5.q) this.f3487n).f(c2334e, obj);
}
@Override
public void g(C2334e c2334e, C2331b c2331b, C2334e c2334e2) {
((C5.q) this.f3487n).g(c2334e, c2331b, c2334e2);
}
@Override
public Object getValue() {
W w4 = (W) this.f3491r;
if (w4 != null) {
return w4;
}
s6.c cVar = new s6.c(((m4.x) this.f3488o).f25056n.f(), ((m4.x) this.f3489p).f25056n.d(), ((m4.x) this.f3490q).f25056n.e());
InterfaceC0347d interfaceC0347d = (InterfaceC0347d) this.f3487n;
kotlin.jvm.internal.m.f("modelClass", interfaceC0347d);
String l10 = interfaceC0347d.l();
if (l10 == null) {
throw new IllegalArgumentException("Local and anonymous classes can not be ViewModels");
}
W v8 = cVar.v(interfaceC0347d, "androidx.lifecycle.ViewModelProvider.DefaultKey:".concat(l10));
this.f3491r = v8;
return v8;
}
@Override
public void h(C2334e c2334e, r8.f fVar) {
((C5.q) this.f3487n).h(c2334e, fVar);
}
@Override
public InterfaceC1654l i(C2331b c2331b, C2334e c2334e) {
return ((C5.q) this.f3487n).i(c2331b, c2334e);
}
@Override
public InterfaceC1655m j(C2334e c2334e) {
return ((C5.q) this.f3487n).j(c2334e);
}
@Override
public float k() {
return ((Number) this.f3490q.getValue()).floatValue();
}
@Override
public D6.w l() {
switch (this.f3486m) {
case 7:
return (D6.w) this.f3487n;
default:
return (D6.w) this.f3489p;
}
}
@Override
public String m() {
switch (this.f3486m) {
}
return (String) this.f3488o;
}
@Override
public kotlinx.serialization.json.b n() {
switch (this.f3486m) {
}
return null;
}
@Override
public K6.t o() {
switch (this.f3486m) {
}
return C1559c.f19209n;
}
@Override
public Map p() {
switch (this.f3486m) {
case 7:
return (C2327e) this.f3489p;
default:
return (LinkedHashMap) this.f3491r;
}
}
@Override
public List q() {
switch (this.f3486m) {
case 7:
return (List) this.f3491r;
default:
return (List) this.f3490q;
}
}
public String toString() {
switch (this.f3486m) {
case 4:
StringBuilder sb = new StringBuilder("ConverterManager[");
sb.append(((W9.e) this.f3487n).f13672a.length);
sb.append(" instant,");
sb.append(((W9.e) this.f3488o).f13672a.length);
sb.append(" partial,");
sb.append(((W9.e) this.f3489p).f13672a.length);
sb.append(" duration,");
sb.append(((W9.e) this.f3490q).f13672a.length);
sb.append(" period,");
return E.h(sb, ((W9.e) this.f3491r).f13672a.length, " interval]");
default:
return super.toString();
}
}
public void v(String str, String str2) {
kotlin.jvm.internal.m.f("name", str);
kotlin.jvm.internal.m.f("value", str2);
m mVar = (m) this.f3489p;
mVar.getClass();
AbstractC1010a.q(str);
AbstractC1010a.r(str2, str);
mVar.c(str, str2);
}
public java.text.Bidi w(int r15) {
throw new UnsupportedOperationException("Method not decompiled: E9.v.w(int):java.text.Bidi");
}
public E4.f x() {
Map unmodifiableMap;
p pVar = (p) this.f3487n;
if (pVar == null) {
throw new IllegalStateException("url == null");
}
String str = (String) this.f3488o;
n f2 = ((m) this.f3489p).f();
AbstractC2480f abstractC2480f = (AbstractC2480f) this.f3490q;
LinkedHashMap linkedHashMap = (LinkedHashMap) this.f3491r;
byte[] bArr = F9.b.f4025a;
kotlin.jvm.internal.m.f("<this>", linkedHashMap);
if (linkedHashMap.isEmpty()) {
unmodifiableMap = l7.x.f24691m;
} else {
unmodifiableMap = Collections.unmodifiableMap(new LinkedHashMap(linkedHashMap));
kotlin.jvm.internal.m.e("{\n Collections.unmodi…(LinkedHashMap(this))\n }", unmodifiableMap);
}
return new E4.f(pVar, str, f2, abstractC2480f, unmodifiableMap);
}
public k7.l y(String str) {
try {
return new k7.l(AbstractC2480f.d0(str), null);
} catch (Exception e3) {
((s6.c) this.f3488o).i(1105, "Fetching config JSON was successful but the HTTP response content was invalid.", e3);
C0899h.Companion.getClass();
return new k7.l(C0899h.f13096e, e3.getMessage());
}
}
public java.lang.Object z(java.lang.String r13, java.lang.String r14, q7.AbstractC2747c r15) {
throw new UnsupportedOperationException("Method not decompiled: E9.v.z(java.lang.String, java.lang.String, q7.c):java.lang.Object");
}
}