package com.google.android.gms.internal.measurement; import android.content.Context; import android.database.ContentObserver; import android.os.Binder; import androidx.media3.exoplayer.rtsp.SessionDescription; import java.util.ArrayList; import java.util.Collections; import java.util.HashMap; import java.util.Iterator; import java.util.Map; import java.util.TreeMap; /* JADX INFO: loaded from: classes2.dex */ public final class z4 implements y4 { /* JADX INFO: renamed from: c, reason: collision with root package name */ public static z4 f20550c; /* JADX INFO: renamed from: a, reason: collision with root package name */ public Object f20551a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public Object f20552b; public z4(int i10) { if (i10 == 2) { this.f20551a = new TreeMap(); this.f20552b = new TreeMap(); return; } if (i10 != 3) { this.f20551a = null; this.f20552b = null; return; } this.f20551a = new HashMap(); this.f20552b = new s(6); d(new s(0)); d(new s(1)); d(new s(2)); d(new s(3)); d(new s(4)); d(new s(5)); d(new s(7)); } public static synchronized void c() { try { z4 z4Var = f20550c; if (z4Var != null) { Object obj = z4Var.f20551a; if (((Context) obj) != null && ((ContentObserver) z4Var.f20552b) != null) { ((Context) obj).getContentResolver().unregisterContentObserver((ContentObserver) f20550c.f20552b); } } f20550c = null; } catch (Throwable th) { throw th; } } /* JADX WARN: Code restructure failed: missing block: B:292:0x0984, code lost: if (((com.google.android.gms.internal.measurement.h) r2).f20215b.equals("break") == false) goto L191; */ /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:364:0x0b5c */ /* JADX WARN: Removed duplicated region for block: B:365:0x0b60 */ /* JADX WARN: Type inference failed for: r12v0, types: [u.e] */ /* JADX WARN: Type inference failed for: r12v148, types: [com.google.android.gms.internal.measurement.n] */ /* JADX WARN: Type inference failed for: r12v97, types: [com.google.android.gms.internal.measurement.n] */ /* JADX WARN: Type inference failed for: r13v103, types: [com.google.android.gms.internal.measurement.n] */ /* JADX WARN: Type inference failed for: r13v109, types: [com.google.android.gms.internal.measurement.f] */ /* JADX WARN: Type inference failed for: r13v113, types: [com.google.android.gms.internal.measurement.n] */ /* JADX WARN: Type inference failed for: r13v18, types: [com.google.android.gms.internal.measurement.g] */ /* JADX WARN: Type inference failed for: r13v197, types: [com.google.android.gms.internal.measurement.g] */ /* JADX WARN: Type inference failed for: r13v200, types: [com.google.android.gms.internal.measurement.n] */ /* JADX WARN: Type inference failed for: r13v214 */ /* JADX WARN: Type inference failed for: r13v245, types: [com.google.android.gms.internal.measurement.e] */ /* JADX WARN: Type inference failed for: r13v254, types: [com.google.android.gms.internal.measurement.m] */ /* JADX WARN: Type inference failed for: r13v258 */ /* JADX WARN: Type inference failed for: r13v302, types: [com.google.android.gms.internal.measurement.p] */ /* JADX WARN: Type inference failed for: r13v309 */ /* JADX WARN: Type inference failed for: r13v310 */ /* JADX WARN: Type inference failed for: r13v39, types: [com.google.android.gms.internal.measurement.g] */ /* JADX WARN: Type inference failed for: r13v62, types: [com.google.android.gms.internal.measurement.j, com.google.android.gms.internal.measurement.n, com.google.android.gms.internal.measurement.o] */ /* JADX WARN: Type inference failed for: r13v74, types: [com.google.android.gms.internal.measurement.h] */ /* JADX WARN: Type inference failed for: r2v19, types: [com.google.android.gms.internal.measurement.n] */ /* JADX WARN: Type inference failed for: r2v24 */ /* JADX WARN: Type inference failed for: r2v46, types: [com.google.android.gms.internal.measurement.h] */ /* JADX WARN: Type inference failed for: r2v50, types: [com.google.android.gms.internal.measurement.h] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final n a(u.e eVar, n nVar) { n gVar; ?? gVar2; boolean zD; boolean zY; ?? Q; String str; y5.w(eVar); if (!(nVar instanceof q)) { return nVar; } q qVar = (q) nVar; ArrayList arrayList = qVar.f20370b; Map map = (Map) this.f20551a; String str2 = qVar.f20369a; s sVar = (s) (map.containsKey(str2) ? (u) ((Map) this.f20551a).get(str2) : (s) this.f20552b); int i10 = 2; int i11 = 1; int i12 = 0; switch (sVar.f20403b) { case 0: switch (v.f20483a[y5.k(str2).ordinal()]) { case 1: y5.t(zzbv.BITWISE_AND, 2, arrayList); gVar = new g(Double.valueOf(y5.B(eVar.q((n) arrayList.get(1)).zze().doubleValue()) & y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue()))); return gVar; case 2: y5.t(zzbv.BITWISE_LEFT_SHIFT, 2, arrayList); gVar = new g(Double.valueOf(y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue()) << ((int) (((long) y5.B(eVar.q((n) arrayList.get(1)).zze().doubleValue())) & 31)))); return gVar; case 3: y5.t(zzbv.BITWISE_NOT, 1, arrayList); gVar2 = new g(Double.valueOf(~y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue()))); return gVar2; case 4: y5.t(zzbv.BITWISE_OR, 2, arrayList); gVar = new g(Double.valueOf(y5.B(eVar.q((n) arrayList.get(1)).zze().doubleValue()) | y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue()))); return gVar; case 5: y5.t(zzbv.BITWISE_RIGHT_SHIFT, 2, arrayList); gVar = new g(Double.valueOf(y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue()) >> ((int) (((long) y5.B(eVar.q((n) arrayList.get(1)).zze().doubleValue())) & 31)))); return gVar; case 6: y5.t(zzbv.BITWISE_UNSIGNED_RIGHT_SHIFT, 2, arrayList); gVar2 = new g(Double.valueOf((((long) y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue())) & 4294967295L) >>> ((int) (((long) y5.B(eVar.q((n) arrayList.get(1)).zze().doubleValue())) & 31)))); return gVar2; case 7: y5.t(zzbv.BITWISE_XOR, 2, arrayList); gVar = new g(Double.valueOf(y5.B(eVar.q((n) arrayList.get(1)).zze().doubleValue()) ^ y5.B(eVar.q((n) arrayList.get(0)).zze().doubleValue()))); return gVar; default: sVar.a(str2); throw null; } case 1: y5.p(2, arrayList, y5.k(str2).name()); n nVarQ = eVar.q((n) arrayList.get(0)); n nVarQ2 = eVar.q((n) arrayList.get(1)); switch (x.f20532a[y5.k(str2).ordinal()]) { case 1: zD = s.d(nVarQ, nVarQ2); return !zD ? n.A : n.B; case 2: zD = s.f(nVarQ2, nVarQ); if (!zD) { } break; case 3: zD = s.g(nVarQ2, nVarQ); if (!zD) { } break; case 4: zD = y5.y(nVarQ, nVarQ2); if (!zD) { } break; case 5: zY = y5.y(nVarQ, nVarQ2); zD = !zY; if (!zD) { } break; case 6: zD = s.f(nVarQ, nVarQ2); if (!zD) { } break; case 7: zD = s.g(nVarQ, nVarQ2); if (!zD) { } break; case 8: zY = s.d(nVarQ, nVarQ2); zD = !zY; if (!zD) { } break; default: sVar.a(str2); throw null; } break; case 2: switch (y.f20541a[y5.k(str2).ordinal()]) { case 1: y5.t(zzbv.APPLY, 3, arrayList); n nVarQ3 = eVar.q((n) arrayList.get(0)); String strZzf = eVar.q((n) arrayList.get(1)).zzf(); n nVarQ4 = eVar.q((n) arrayList.get(2)); if (!(nVarQ4 instanceof e)) { throw new IllegalArgumentException(String.format("Function arguments for Apply are not a list found %s", nVarQ4.getClass().getCanonicalName())); } if (strZzf.isEmpty()) { throw new IllegalArgumentException("Function name for apply is undefined"); } return nVarQ3.g(strZzf, eVar, ((e) nVarQ4).q()); case 2: return eVar.t().p(new e(arrayList)); case 3: y5.t(zzbv.BREAK, 0, arrayList); return n.f20324y; case 4: case 5: if (!arrayList.isEmpty()) { n nVarQ5 = eVar.q((n) arrayList.get(0)); if (nVarQ5 instanceof e) { return eVar.p((e) nVarQ5); } } return n.f20321v; case 6: y5.t(zzbv.BREAK, 0, arrayList); return n.f20323x; case 7: y5.J(zzbv.DEFINE_FUNCTION, 2, arrayList); gVar2 = s.c(eVar, arrayList); String str3 = gVar2.f20245a; if (str3 == null) { eVar.x("", gVar2); } else { eVar.x(str3, gVar2); } return gVar2; case 8: return s.c(eVar, arrayList); case 9: y5.J(zzbv.IF, 2, arrayList); n nVarQ6 = eVar.q((n) arrayList.get(0)); n nVarQ7 = eVar.q((n) arrayList.get(1)); n nVarQ8 = arrayList.size() > 2 ? eVar.q((n) arrayList.get(2)) : null; gVar = n.f20321v; n nVarP = nVarQ6.zzd().booleanValue() ? eVar.p((e) nVarQ7) : nVarQ8 != null ? eVar.p((e) nVarQ8) : gVar; if (nVarP instanceof h) { return nVarP; } return gVar; case 10: return new e(arrayList); case 11: if (arrayList.isEmpty()) { return n.f20325z; } y5.t(zzbv.RETURN, 1, arrayList); gVar2 = new h("return", eVar.q((n) arrayList.get(0))); return gVar2; case 12: y5.t(zzbv.SWITCH, 3, arrayList); n nVarQ9 = eVar.q((n) arrayList.get(0)); n nVarQ10 = eVar.q((n) arrayList.get(1)); n nVarQ11 = eVar.q((n) arrayList.get(2)); if (!(nVarQ10 instanceof e)) { throw new IllegalArgumentException("Malformed SWITCH statement, cases are not a list"); } if (!(nVarQ11 instanceof e)) { throw new IllegalArgumentException("Malformed SWITCH statement, case statements are not a list"); } e eVar2 = (e) nVarQ10; e eVar3 = (e) nVarQ11; boolean z10 = false; while (true) { if (i12 < eVar2.j()) { if (z10 || nVarQ9.equals(eVar.q(eVar2.h(i12)))) { Q = eVar.q(eVar3.h(i12)); if (!(Q instanceof h)) { z10 = true; } break; } i12++; } else if (eVar2.j() + 1 == eVar3.j()) { n nVarQ12 = eVar.q(eVar3.h(eVar2.j())); if (nVarQ12 instanceof h) { String str4 = ((h) nVarQ12).f20215b; if (str4.equals("return") || str4.equals("continue")) { return nVarQ12; } } } } return n.f20321v; case 13: y5.t(zzbv.TERNARY, 3, arrayList); return eVar.q((n) arrayList.get(0)).zzd().booleanValue() ? eVar.q((n) arrayList.get(1)) : eVar.q((n) arrayList.get(2)); default: sVar.a(str2); throw null; } case 3: int i13 = a0.f20096a[y5.k(str2).ordinal()]; if (i13 == 1) { y5.t(zzbv.AND, 2, arrayList); gVar2 = eVar.q((n) arrayList.get(0)); if (gVar2.zzd().booleanValue()) { return eVar.q((n) arrayList.get(1)); } } else if (i13 == 2) { y5.t(zzbv.NOT, 1, arrayList); gVar2 = new f(Boolean.valueOf(!eVar.q((n) arrayList.get(0)).zzd().booleanValue())); } else { if (i13 != 3) { sVar.a(str2); throw null; } y5.t(zzbv.OR, 2, arrayList); gVar2 = eVar.q((n) arrayList.get(0)); if (!gVar2.zzd().booleanValue()) { return eVar.q((n) arrayList.get(1)); } } return gVar2; case 4: switch (c0.f20138a[y5.k(str2).ordinal()]) { case 1: y5.t(zzbv.FOR_IN, 3, arrayList); if (arrayList.get(0) instanceof p) { return s.b(new b0(eVar, ((n) arrayList.get(0)).zzf(), i10), eVar.q((n) arrayList.get(1)).zzh(), eVar.q((n) arrayList.get(2))); } throw new IllegalArgumentException("Variable name in FOR_IN must be a string"); case 2: y5.t(zzbv.FOR_IN_CONST, 3, arrayList); if (arrayList.get(0) instanceof p) { return s.b(new b0(eVar, ((n) arrayList.get(0)).zzf(), i12), eVar.q((n) arrayList.get(1)).zzh(), eVar.q((n) arrayList.get(2))); } throw new IllegalArgumentException("Variable name in FOR_IN_CONST must be a string"); case 3: y5.t(zzbv.FOR_IN_LET, 3, arrayList); if (arrayList.get(0) instanceof p) { return s.b(new b0(eVar, ((n) arrayList.get(0)).zzf(), i11), eVar.q((n) arrayList.get(1)).zzh(), eVar.q((n) arrayList.get(2))); } throw new IllegalArgumentException("Variable name in FOR_IN_LET must be a string"); case 4: y5.t(zzbv.FOR_LET, 4, arrayList); n nVarQ13 = eVar.q((n) arrayList.get(0)); if (!(nVarQ13 instanceof e)) { throw new IllegalArgumentException("Initializer variables in FOR_LET must be an ArrayList"); } e eVar4 = (e) nVarQ13; n nVar2 = (n) arrayList.get(1); n nVar3 = (n) arrayList.get(2); n nVarQ14 = eVar.q((n) arrayList.get(3)); u.e eVarT = eVar.t(); for (int i14 = 0; i14 < eVar4.j(); i14++) { String strZzf2 = eVar4.h(i14).zzf(); eVarT.x(strZzf2, eVar.r(strZzf2)); } while (eVar.q(nVar2).zzd().booleanValue()) { n nVarP2 = eVar.p((e) nVarQ14); if (nVarP2 instanceof h) { h hVar = (h) nVarP2; if ("break".equals(hVar.f20215b)) { return n.f20321v; } if ("return".equals(hVar.f20215b)) { return hVar; } } u.e eVarT2 = eVar.t(); for (int i15 = 0; i15 < eVar4.j(); i15++) { String strZzf3 = eVar4.h(i15).zzf(); eVarT2.x(strZzf3, eVarT.r(strZzf3)); } eVarT2.q(nVar3); eVarT = eVarT2; } return n.f20321v; case 5: y5.t(zzbv.FOR_OF, 3, arrayList); if (arrayList.get(0) instanceof p) { return s.e(new b0(eVar, ((n) arrayList.get(0)).zzf(), i10), eVar.q((n) arrayList.get(1)), eVar.q((n) arrayList.get(2))); } throw new IllegalArgumentException("Variable name in FOR_OF must be a string"); case 6: y5.t(zzbv.FOR_OF_CONST, 3, arrayList); if (arrayList.get(0) instanceof p) { return s.e(new b0(eVar, ((n) arrayList.get(0)).zzf(), i12), eVar.q((n) arrayList.get(1)), eVar.q((n) arrayList.get(2))); } throw new IllegalArgumentException("Variable name in FOR_OF_CONST must be a string"); case 7: y5.t(zzbv.FOR_OF_LET, 3, arrayList); if (arrayList.get(0) instanceof p) { return s.e(new b0(eVar, ((n) arrayList.get(0)).zzf(), i11), eVar.q((n) arrayList.get(1)), eVar.q((n) arrayList.get(2))); } throw new IllegalArgumentException("Variable name in FOR_OF_LET must be a string"); case 8: y5.t(zzbv.WHILE, 4, arrayList); n nVar4 = (n) arrayList.get(0); n nVar5 = (n) arrayList.get(1); n nVar6 = (n) arrayList.get(2); n nVarQ15 = eVar.q((n) arrayList.get(3)); if (eVar.q(nVar6).zzd().booleanValue()) { n nVarP3 = eVar.p((e) nVarQ15); if (nVarP3 instanceof h) { Q = (h) nVarP3; if (!"break".equals(Q.f20215b)) { if (!"return".equals(Q.f20215b)) { } } return n.f20321v; } } while (eVar.q(nVar4).zzd().booleanValue()) { n nVarP4 = eVar.p((e) nVarQ15); if (nVarP4 instanceof h) { Q = (h) nVarP4; if ("break".equals(Q.f20215b)) { return n.f20321v; } if ("return".equals(Q.f20215b)) { break; } } eVar.q(nVar5); } return n.f20321v; default: sVar.a(str2); throw null; } return Q; case 5: switch (d0.f20152a[y5.k(str2).ordinal()]) { case 1: y5.t(zzbv.ADD, 2, arrayList); n nVarQ16 = eVar.q((n) arrayList.get(0)); n nVarQ17 = eVar.q((n) arrayList.get(1)); gVar = ((nVarQ16 instanceof i) || (nVarQ16 instanceof p) || (nVarQ17 instanceof i) || (nVarQ17 instanceof p)) ? new p(com.google.android.gms.measurement.internal.u1.j(nVarQ16.zzf(), nVarQ17.zzf())) : new g(Double.valueOf(nVarQ17.zze().doubleValue() + nVarQ16.zze().doubleValue())); return gVar; case 2: y5.t(zzbv.DIVIDE, 2, arrayList); gVar = new g(Double.valueOf(eVar.q((n) arrayList.get(0)).zze().doubleValue() / eVar.q((n) arrayList.get(1)).zze().doubleValue())); return gVar; case 3: y5.t(zzbv.MODULUS, 2, arrayList); gVar = new g(Double.valueOf(eVar.q((n) arrayList.get(0)).zze().doubleValue() % eVar.q((n) arrayList.get(1)).zze().doubleValue())); return gVar; case 4: y5.t(zzbv.MULTIPLY, 2, arrayList); gVar = new g(Double.valueOf(eVar.q((n) arrayList.get(0)).zze().doubleValue() * eVar.q((n) arrayList.get(1)).zze().doubleValue())); return gVar; case 5: y5.t(zzbv.NEGATE, 1, arrayList); gVar2 = new g(Double.valueOf(eVar.q((n) arrayList.get(0)).zze().doubleValue() * (-1.0d))); return gVar2; case 6: case 7: y5.p(2, arrayList, str2); gVar2 = eVar.q((n) arrayList.get(0)); eVar.q((n) arrayList.get(1)); return gVar2; case 8: case 9: y5.p(1, arrayList, str2); return eVar.q((n) arrayList.get(0)); case 10: y5.t(zzbv.SUBTRACT, 2, arrayList); return new g(Double.valueOf(new g(Double.valueOf(eVar.q((n) arrayList.get(1)).zze().doubleValue() * (-1.0d))).f20198a.doubleValue() + eVar.q((n) arrayList.get(0)).zze().doubleValue())); default: sVar.a(str2); throw null; } case 6: if (str2 == null || str2.isEmpty() || !eVar.w(str2)) { throw new IllegalArgumentException(String.format("Command not found: %s", str2)); } n nVarR = eVar.r(str2); if (nVarR instanceof j) { return ((j) nVarR).a(eVar, arrayList); } throw new IllegalArgumentException(String.format("Function %s is not defined", str2)); default: switch (e0.f20170a[y5.k(str2).ordinal()]) { case 1: y5.t(zzbv.ASSIGN, 2, arrayList); n nVarQ18 = eVar.q((n) arrayList.get(0)); if (!(nVarQ18 instanceof p)) { throw new IllegalArgumentException(String.format("Expected string for assign var. got %s", nVarQ18.getClass().getCanonicalName())); } if (!eVar.w(nVarQ18.zzf())) { throw new IllegalArgumentException(String.format("Attempting to assign undefined value %s", nVarQ18.zzf())); } gVar = eVar.q((n) arrayList.get(1)); eVar.x(nVarQ18.zzf(), gVar); return gVar; case 2: y5.J(zzbv.CONST, 2, arrayList); if (arrayList.size() % 2 != 0) { throw new IllegalArgumentException(String.format("CONST requires an even number of arguments, found %s", Integer.valueOf(arrayList.size()))); } while (i12 < arrayList.size() - 1) { n nVarQ19 = eVar.q((n) arrayList.get(i12)); if (!(nVarQ19 instanceof p)) { throw new IllegalArgumentException(String.format("Expected string for const name. got %s", nVarQ19.getClass().getCanonicalName())); } String strZzf4 = nVarQ19.zzf(); eVar.v(strZzf4, eVar.q((n) arrayList.get(i12 + 1))); ((Map) eVar.f33128d).put(strZzf4, Boolean.TRUE); i12 += 2; } return n.f20321v; case 3: if (arrayList.isEmpty()) { return new e(); } gVar2 = new e(); Iterator it = arrayList.iterator(); while (it.hasNext()) { n nVarQ20 = eVar.q((n) it.next()); if (nVarQ20 instanceof h) { throw new IllegalStateException("Failed to evaluate array element"); } gVar2.m(i12, nVarQ20); i12++; } return gVar2; case 4: if (arrayList.isEmpty()) { return new m(); } if (arrayList.size() % 2 != 0) { throw new IllegalArgumentException(String.format("CREATE_OBJECT requires an even number of arguments, found %s", Integer.valueOf(arrayList.size()))); } gVar2 = new m(); while (i12 < arrayList.size() - 1) { n nVarQ21 = eVar.q((n) arrayList.get(i12)); n nVarQ22 = eVar.q((n) arrayList.get(i12 + 1)); if ((nVarQ21 instanceof h) || (nVarQ22 instanceof h)) { throw new IllegalStateException("Failed to evaluate map entry"); } gVar2.c(nVarQ21.zzf(), nVarQ22); i12 += 2; } return gVar2; case 5: y5.J(zzbv.EXPRESSION_LIST, 1, arrayList); gVar2 = n.f20321v; while (i12 < arrayList.size()) { n nVarQ23 = eVar.q((n) arrayList.get(i12)); if (nVarQ23 instanceof h) { throw new IllegalStateException("ControlValue cannot be in an expression list"); } i12++; gVar2 = nVarQ23; } return gVar2; case 6: y5.t(zzbv.GET, 1, arrayList); n nVarQ24 = eVar.q((n) arrayList.get(0)); if (nVarQ24 instanceof p) { return eVar.r(nVarQ24.zzf()); } throw new IllegalArgumentException(String.format("Expected string for get var. got %s", nVarQ24.getClass().getCanonicalName())); case 7: case 8: y5.t(zzbv.GET_PROPERTY, 2, arrayList); n nVarQ25 = eVar.q((n) arrayList.get(0)); n nVarQ26 = eVar.q((n) arrayList.get(1)); if ((nVarQ25 instanceof e) && y5.K(nVarQ26)) { return ((e) nVarQ25).h(nVarQ26.zze().intValue()); } if (nVarQ25 instanceof i) { return ((i) nVarQ25).zza(nVarQ26.zzf()); } if (nVarQ25 instanceof p) { if (SessionDescription.ATTR_LENGTH.equals(nVarQ26.zzf())) { return new g(Double.valueOf(nVarQ25.zzf().length())); } if (y5.K(nVarQ26) && nVarQ26.zze().doubleValue() < nVarQ25.zzf().length()) { gVar = new p(String.valueOf(nVarQ25.zzf().charAt(nVarQ26.zze().intValue()))); return gVar; } } return n.f20321v; case 9: y5.t(zzbv.NULL, 0, arrayList); return n.f20322w; case 10: y5.t(zzbv.SET_PROPERTY, 3, arrayList); n nVarQ27 = eVar.q((n) arrayList.get(0)); n nVarQ28 = eVar.q((n) arrayList.get(1)); n nVarQ29 = eVar.q((n) arrayList.get(2)); if (nVarQ27 == n.f20321v || nVarQ27 == n.f20322w) { throw new IllegalStateException(String.format("Can't set property %s of %s", nVarQ28.zzf(), nVarQ27.zzf())); } if ((nVarQ27 instanceof e) && (nVarQ28 instanceof g)) { ((e) nVarQ27).m(nVarQ28.zze().intValue(), nVarQ29); return nVarQ29; } if (!(nVarQ27 instanceof i)) { return nVarQ29; } ((i) nVarQ27).c(nVarQ28.zzf(), nVarQ29); return nVarQ29; case 11: y5.t(zzbv.TYPEOF, 1, arrayList); n nVarQ30 = eVar.q((n) arrayList.get(0)); if (nVarQ30 instanceof t) { str = "undefined"; } else if (nVarQ30 instanceof f) { str = "boolean"; } else if (nVarQ30 instanceof g) { str = "number"; } else if (nVarQ30 instanceof p) { str = "string"; } else if (nVarQ30 instanceof o) { str = "function"; } else { if ((nVarQ30 instanceof q) || (nVarQ30 instanceof h)) { throw new IllegalArgumentException(String.format("Unsupported value type %s in typeof", nVarQ30)); } str = "object"; } gVar2 = new p(str); return gVar2; case 12: y5.t(zzbv.UNDEFINED, 0, arrayList); return n.f20321v; case 13: y5.J(zzbv.VAR, 1, arrayList); Iterator it2 = arrayList.iterator(); while (it2.hasNext()) { n nVarQ31 = eVar.q((n) it2.next()); if (!(nVarQ31 instanceof p)) { throw new IllegalArgumentException(String.format("Expected string for var name. got %s", nVarQ31.getClass().getCanonicalName())); } eVar.v(nVarQ31.zzf(), n.f20321v); } return n.f20321v; default: sVar.a(str2); throw null; } } } public final Object b() { z4 z4Var = (z4) this.f20551a; String str = (String) this.f20552b; return ((r4) o4.f20351a).zza(((Context) z4Var.f20551a).getContentResolver(), str, null); } public final void d(s sVar) { Iterator it = sVar.f20431a.iterator(); while (it.hasNext()) { ((Map) this.f20551a).put(((zzbv) it.next()).toString(), sVar); } } public final void e(u.e eVar, xyz.stream.utils.t tVar) { m7 m7Var = new m7(tVar); for (Integer num : ((TreeMap) this.f20551a).keySet()) { c cVar = (c) ((c) tVar.f36174d).clone(); n nVarA = ((o) ((TreeMap) this.f20551a).get(num)).a(eVar, Collections.singletonList(m7Var)); int iB = nVarA instanceof g ? y5.B(nVarA.zze().doubleValue()) : -1; if (iB == 2 || iB == -1) { tVar.f36174d = cVar; } } Iterator it = ((TreeMap) this.f20552b).keySet().iterator(); while (it.hasNext()) { n nVarA2 = ((o) ((TreeMap) this.f20552b).get((Integer) it.next())).a(eVar, Collections.singletonList(m7Var)); if (nVarA2 instanceof g) { y5.B(nVarA2.zze().doubleValue()); } } } @Override // com.google.android.gms.internal.measurement.y4 public final Object zza(String str) { Object objB; if (((Context) this.f20551a) == null || (!u4.a(r0))) { return null; } try { z4 z4Var = new z4(); z4Var.f20551a = this; z4Var.f20552b = str; try { objB = z4Var.b(); } catch (SecurityException unused) { long jClearCallingIdentity = Binder.clearCallingIdentity(); try { objB = z4Var.b(); } finally { Binder.restoreCallingIdentity(jClearCallingIdentity); } } return (String) objB; } catch (IllegalStateException | NullPointerException | SecurityException unused2) { return null; } } }