package a0; import B6.k; import B6.t; import B6.w; import W.C0335b; import W.C0337d; import W.K; import Z6.AbstractC0385z; import Z6.J; import Z6.s0; import androidx.datastore.preferences.protobuf.AbstractC0442u; import androidx.datastore.preferences.protobuf.AbstractC0444w; import androidx.datastore.preferences.protobuf.C0429g; import androidx.datastore.preferences.protobuf.C0433k; import androidx.datastore.preferences.protobuf.C0446y; import androidx.datastore.preferences.protobuf.InterfaceC0443v; import com.google.android.gms.internal.measurement.C1; import java.io.IOException; import java.util.Arrays; import java.util.Map; import java.util.Set; import java.util.logging.Logger; import n4.u0; import s7.l; import u.AbstractC1563h; import x7.A; import x7.B; import x7.C1730f; import x7.m; import x7.z; /* JADX INFO: renamed from: a0.f, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public final class C0392f { /* JADX INFO: renamed from: a, reason: collision with root package name */ public static final C0392f f7586a = new C0392f(); public static C0390d a(P.g gVar, O6.a aVar) { t tVar = t.f1032q; g7.e eVar = J.f7474a; g7.d dVar = g7.d.f12985s; s0 s0VarC = AbstractC0385z.c(); dVar.getClass(); return new C0390d(new C0390d(new K(new Y.f(m.f18776a, new C0391e(0, aVar)), C1.C(new C0337d(tVar, null)), gVar, AbstractC0385z.b(l.x(dVar, s0VarC))))); } public C0388b b(B b8) throws C0335b { byte[] bArr; try { Z.c cVarO = Z.c.o(new C1730f(b8, 1)); C0388b c0388b = new C0388b(false); AbstractC0394h[] abstractC0394hArr = (AbstractC0394h[]) Arrays.copyOf(new AbstractC0394h[0], 0); P6.g.e(abstractC0394hArr, "pairs"); c0388b.b(); if (abstractC0394hArr.length > 0) { AbstractC0394h abstractC0394h = abstractC0394hArr[0]; throw null; } Map mapM = cVarO.m(); P6.g.d(mapM, "preferencesProto.preferencesMap"); for (Map.Entry entry : mapM.entrySet()) { String str = (String) entry.getKey(); Z.g gVar = (Z.g) entry.getValue(); P6.g.d(str, "name"); P6.g.d(gVar, "value"); int iC = gVar.C(); switch (iC == 0 ? -1 : AbstractC0396j.f7591a[AbstractC1563h.c(iC)]) { case -1: throw new C0335b("Value case is null.", null); case u0.f15495q /* 0 */: default: throw new A6.b(); case 1: c0388b.d(new C0393g(str), Boolean.valueOf(gVar.t())); break; case 2: c0388b.d(new C0393g(str), Float.valueOf(gVar.x())); break; case 3: c0388b.d(new C0393g(str), Double.valueOf(gVar.w())); break; case 4: c0388b.d(new C0393g(str), Integer.valueOf(gVar.y())); break; case 5: c0388b.d(new C0393g(str), Long.valueOf(gVar.z())); break; case Z.g.STRING_SET_FIELD_NUMBER /* 6 */: C0393g c0393g = new C0393g(str); String strA = gVar.A(); P6.g.d(strA, "value.string"); c0388b.d(c0393g, strA); break; case Z.g.DOUBLE_FIELD_NUMBER /* 7 */: C0393g c0393g2 = new C0393g(str); InterfaceC0443v interfaceC0443vN = gVar.B().n(); P6.g.d(interfaceC0443vN, "value.stringSet.stringsList"); c0388b.d(c0393g2, k.A0(interfaceC0443vN)); break; case Z.g.BYTES_FIELD_NUMBER /* 8 */: C0393g c0393g3 = new C0393g(str); C0429g c0429gU = gVar.u(); int size = c0429gU.size(); if (size == 0) { bArr = AbstractC0444w.f8141b; } else { byte[] bArr2 = new byte[size]; c0429gU.f(size, bArr2); bArr = bArr2; } P6.g.d(bArr, "value.bytes.toByteArray()"); c0388b.d(c0393g3, bArr); break; case 9: throw new C0335b("Value not set.", null); } } return new C0388b(w.q0(c0388b.a()), true); } catch (C0446y e8) { throw new C0335b("Unable to parse preferences proto.", e8); } } public void c(Object obj, A a3) throws IOException { AbstractC0442u abstractC0442uC; Map mapA = ((C0388b) obj).a(); Z.a aVarN = Z.c.n(); for (Map.Entry entry : mapA.entrySet()) { C0393g c0393g = (C0393g) entry.getKey(); Object value = entry.getValue(); String str = c0393g.f7587a; if (value instanceof Boolean) { Z.f fVarD = Z.g.D(); boolean zBooleanValue = ((Boolean) value).booleanValue(); fVarD.e(); Z.g.q((Z.g) fVarD.f8139r, zBooleanValue); abstractC0442uC = fVarD.c(); } else if (value instanceof Float) { Z.f fVarD2 = Z.g.D(); float fFloatValue = ((Number) value).floatValue(); fVarD2.e(); Z.g.r((Z.g) fVarD2.f8139r, fFloatValue); abstractC0442uC = fVarD2.c(); } else if (value instanceof Double) { Z.f fVarD3 = Z.g.D(); double dDoubleValue = ((Number) value).doubleValue(); fVarD3.e(); Z.g.o((Z.g) fVarD3.f8139r, dDoubleValue); abstractC0442uC = fVarD3.c(); } else if (value instanceof Integer) { Z.f fVarD4 = Z.g.D(); int iIntValue = ((Number) value).intValue(); fVarD4.e(); Z.g.s((Z.g) fVarD4.f8139r, iIntValue); abstractC0442uC = fVarD4.c(); } else if (value instanceof Long) { Z.f fVarD5 = Z.g.D(); long jLongValue = ((Number) value).longValue(); fVarD5.e(); Z.g.l((Z.g) fVarD5.f8139r, jLongValue); abstractC0442uC = fVarD5.c(); } else if (value instanceof String) { Z.f fVarD6 = Z.g.D(); fVarD6.e(); Z.g.m((Z.g) fVarD6.f8139r, (String) value); abstractC0442uC = fVarD6.c(); } else if (value instanceof Set) { Z.f fVarD7 = Z.g.D(); Z.d dVarO = Z.e.o(); P6.g.c(value, "null cannot be cast to non-null type kotlin.collections.Set"); dVarO.e(); Z.e.l((Z.e) dVarO.f8139r, (Set) value); fVarD7.e(); Z.g.n((Z.g) fVarD7.f8139r, (Z.e) dVarO.c()); abstractC0442uC = fVarD7.c(); } else { if (!(value instanceof byte[])) { throw new IllegalStateException("PreferencesSerializer does not support type: ".concat(value.getClass().getName())); } Z.f fVarD8 = Z.g.D(); byte[] bArr = (byte[]) value; C0429g c0429g = C0429g.f8069s; C0429g c0429gC = C0429g.c(bArr, 0, bArr.length); fVarD8.e(); Z.g.p((Z.g) fVarD8.f8139r, c0429gC); abstractC0442uC = fVarD8.c(); } aVarN.getClass(); aVarN.e(); Z.c.l((Z.c) aVarN.f8139r).put(str, (Z.g) abstractC0442uC); } Z.c cVar = (Z.c) aVarN.c(); z zVar = new z(a3); int iA = cVar.a(null); Logger logger = C0433k.f8100l; if (iA > 4096) { iA = 4096; } C0433k c0433k = new C0433k(zVar, iA); cVar.b(c0433k); if (c0433k.f8104j > 0) { c0433k.U(); } } }