package defpackage; import android.util.Base64; import android.util.JsonReader; import com.google.android.gms.measurement.api.AppMeasurementSdk; import defpackage.am1; import defpackage.c20; import defpackage.d30; import defpackage.y30; import java.io.IOException; import java.io.StringReader; import java.util.ArrayList; import java.util.Collections; import java.util.List; /* JADX INFO: loaded from: classes2.dex */ public class cm1 { public static final mq1 a; public interface a { Object e(JsonReader jsonReader); } static { qy4 qy4Var = new qy4(); c20.a.getClass(); c20.d dVar = c20.d.a; qy4Var.b(am1.class, dVar); qy4Var.b(y20.class, dVar); c20.j jVar = c20.j.a; qy4Var.b(am1.f.class, jVar); qy4Var.b(f30.class, jVar); c20.g gVar = c20.g.a; qy4Var.b(am1.f.a.class, gVar); qy4Var.b(g30.class, gVar); c20.h hVar = c20.h.a; qy4Var.b(am1.f.a.b.class, hVar); qy4Var.b(h30.class, hVar); c20.z zVar = c20.z.a; qy4Var.b(am1.f.AbstractC0019f.class, zVar); qy4Var.b(y30.class, zVar); c20.y yVar = c20.y.a; qy4Var.b(am1.f.e.class, yVar); qy4Var.b(x30.class, yVar); c20.i iVar = c20.i.a; qy4Var.b(am1.f.c.class, iVar); qy4Var.b(i30.class, iVar); c20.t tVar = c20.t.a; qy4Var.b(am1.f.d.class, tVar); qy4Var.b(j30.class, tVar); c20.k kVar = c20.k.a; qy4Var.b(am1.f.d.a.class, kVar); qy4Var.b(k30.class, kVar); c20.m mVar = c20.m.a; qy4Var.b(am1.f.d.a.b.class, mVar); qy4Var.b(l30.class, mVar); c20.p pVar = c20.p.a; qy4Var.b(am1.f.d.a.b.e.class, pVar); qy4Var.b(p30.class, pVar); c20.q qVar = c20.q.a; qy4Var.b(am1.f.d.a.b.e.AbstractC0014b.class, qVar); qy4Var.b(q30.class, qVar); c20.n nVar = c20.n.a; qy4Var.b(am1.f.d.a.b.c.class, nVar); qy4Var.b(n30.class, nVar); c20.b bVar = c20.b.a; qy4Var.b(am1.a.class, bVar); qy4Var.b(a30.class, bVar); c20.a aVar = c20.a.a; qy4Var.b(am1.a.AbstractC0002a.class, aVar); qy4Var.b(b30.class, aVar); c20.o oVar = c20.o.a; qy4Var.b(am1.f.d.a.b.AbstractC0011d.class, oVar); qy4Var.b(o30.class, oVar); c20.l lVar = c20.l.a; qy4Var.b(am1.f.d.a.b.AbstractC0007a.class, lVar); qy4Var.b(m30.class, lVar); c20.c cVar = c20.c.a; qy4Var.b(am1.d.class, cVar); qy4Var.b(c30.class, cVar); c20.r rVar = c20.r.a; qy4Var.b(am1.f.d.a.c.class, rVar); qy4Var.b(r30.class, rVar); c20.s sVar = c20.s.a; qy4Var.b(am1.f.d.c.class, sVar); qy4Var.b(s30.class, sVar); c20.u uVar = c20.u.a; qy4Var.b(am1.f.d.AbstractC0017d.class, uVar); qy4Var.b(t30.class, uVar); c20.x xVar = c20.x.a; qy4Var.b(am1.f.d.AbstractC0018f.class, xVar); qy4Var.b(w30.class, xVar); c20.v vVar = c20.v.a; qy4Var.b(am1.f.d.e.class, vVar); qy4Var.b(u30.class, vVar); c20.w wVar = c20.w.a; qy4Var.b(am1.f.d.e.b.class, wVar); qy4Var.b(v30.class, wVar); c20.e eVar = c20.e.a; qy4Var.b(am1.e.class, eVar); qy4Var.b(d30.class, eVar); c20.f fVar = c20.f.a; qy4Var.b(am1.e.b.class, fVar); qy4Var.b(e30.class, fVar); qy4Var.d = true; a = qy4Var.a(); } public static am1.f.d.a.b.e.AbstractC0014b a(JsonReader jsonReader) throws IOException { am1.f.d.a.b.e.AbstractC0014b.AbstractC0015a abstractC0015aA = am1.f.d.a.b.e.AbstractC0014b.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); switch (strNextName) { case "offset": abstractC0015aA.d(jsonReader.nextLong()); break; case "symbol": abstractC0015aA.f(jsonReader.nextString()); break; case "pc": abstractC0015aA.e(jsonReader.nextLong()); break; case "file": abstractC0015aA.b(jsonReader.nextString()); break; case "importance": abstractC0015aA.c(jsonReader.nextInt()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); return abstractC0015aA.a(); } public static am1.d b(JsonReader jsonReader) throws IOException { am1.d.a aVarA = am1.d.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); if (strNextName.equals("key")) { aVarA.b(jsonReader.nextString()); } else if (strNextName.equals(AppMeasurementSdk.ConditionalUserProperty.VALUE)) { aVarA.c(jsonReader.nextString()); } else { jsonReader.skipValue(); } } jsonReader.endObject(); return aVarA.a(); } public static am1.a c(JsonReader jsonReader) throws IOException { am1.a.b bVarA = am1.a.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); switch (strNextName) { case "buildIdMappingForArch": bVarA.b(d(jsonReader, new p21(1))); break; case "pid": bVarA.d(jsonReader.nextInt()); break; case "pss": bVarA.f(jsonReader.nextLong()); break; case "rss": bVarA.h(jsonReader.nextLong()); break; case "timestamp": bVarA.i(jsonReader.nextLong()); break; case "processName": bVarA.e(jsonReader.nextString()); break; case "reasonCode": bVarA.g(jsonReader.nextInt()); break; case "traceFile": bVarA.j(jsonReader.nextString()); break; case "importance": bVarA.c(jsonReader.nextInt()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); return bVarA.a(); } public static List d(JsonReader jsonReader, a aVar) throws IOException { ArrayList arrayList = new ArrayList(); jsonReader.beginArray(); while (jsonReader.hasNext()) { arrayList.add(aVar.e(jsonReader)); } jsonReader.endArray(); return Collections.unmodifiableList(arrayList); } public static am1.f.d e(JsonReader jsonReader) throws IOException { am1.f.d.b bVarA = am1.f.d.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); switch (strNextName) { case "device": am1.f.d.c.a aVarA = am1.f.d.c.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName2 = jsonReader.nextName(); strNextName2.getClass(); switch (strNextName2) { case "batteryLevel": aVarA.b(Double.valueOf(jsonReader.nextDouble())); break; case "batteryVelocity": aVarA.c(jsonReader.nextInt()); break; case "orientation": aVarA.e(jsonReader.nextInt()); break; case "diskUsed": aVarA.d(jsonReader.nextLong()); break; case "ramUsed": aVarA.g(jsonReader.nextLong()); break; case "proximityOn": aVarA.f(jsonReader.nextBoolean()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); bVarA.c(aVarA.a()); break; case "rollouts": am1.f.d.AbstractC0018f.a aVarA2 = am1.f.d.AbstractC0018f.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName3 = jsonReader.nextName(); strNextName3.getClass(); if (strNextName3.equals("assignments")) { aVarA2.b(d(jsonReader, new p21(3))); } else { jsonReader.skipValue(); } } jsonReader.endObject(); bVarA.e(aVarA2.a()); break; case "app": am1.f.d.a.AbstractC0006a abstractC0006aA = am1.f.d.a.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName4 = jsonReader.nextName(); strNextName4.getClass(); switch (strNextName4) { case "appProcessDetails": ArrayList arrayList = new ArrayList(); jsonReader.beginArray(); while (jsonReader.hasNext()) { arrayList.add(g(jsonReader)); } jsonReader.endArray(); abstractC0006aA.b(Collections.unmodifiableList(arrayList)); break; case "background": abstractC0006aA.c(Boolean.valueOf(jsonReader.nextBoolean())); break; case "execution": am1.f.d.a.b.AbstractC0009b abstractC0009bA = am1.f.d.a.b.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName5 = jsonReader.nextName(); strNextName5.getClass(); switch (strNextName5) { case "appExitInfo": abstractC0009bA.b(c(jsonReader)); break; case "threads": abstractC0009bA.f(d(jsonReader, new p21(4))); break; case "signal": am1.f.d.a.b.AbstractC0011d.AbstractC0012a abstractC0012aA = am1.f.d.a.b.AbstractC0011d.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName6 = jsonReader.nextName(); strNextName6.getClass(); switch (strNextName6) { case "address": abstractC0012aA.b(jsonReader.nextLong()); break; case "code": abstractC0012aA.c(jsonReader.nextString()); break; case "name": abstractC0012aA.d(jsonReader.nextString()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); abstractC0009bA.e(abstractC0012aA.a()); break; case "binaries": abstractC0009bA.c(d(jsonReader, new p21(5))); break; case "exception": abstractC0009bA.d(f(jsonReader)); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); abstractC0006aA.f(abstractC0009bA.a()); break; case "internalKeys": ArrayList arrayList2 = new ArrayList(); jsonReader.beginArray(); while (jsonReader.hasNext()) { arrayList2.add(b(jsonReader)); } jsonReader.endArray(); abstractC0006aA.g(Collections.unmodifiableList(arrayList2)); break; case "customAttributes": ArrayList arrayList3 = new ArrayList(); jsonReader.beginArray(); while (jsonReader.hasNext()) { arrayList3.add(b(jsonReader)); } jsonReader.endArray(); abstractC0006aA.e(Collections.unmodifiableList(arrayList3)); break; case "uiOrientation": abstractC0006aA.h(jsonReader.nextInt()); break; case "currentProcessDetails": abstractC0006aA.d(g(jsonReader)); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); bVarA.b(abstractC0006aA.a()); break; case "log": am1.f.d.AbstractC0017d.a aVarA3 = am1.f.d.AbstractC0017d.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { if (jsonReader.nextName().equals("content")) { aVarA3.b(jsonReader.nextString()); } else { jsonReader.skipValue(); } } jsonReader.endObject(); bVarA.d(aVarA3.a()); break; case "type": bVarA.g(jsonReader.nextString()); break; case "timestamp": bVarA.f(jsonReader.nextLong()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); return bVarA.a(); } public static am1.f.d.a.b.c f(JsonReader jsonReader) throws IOException { am1.f.d.a.b.c.AbstractC0010a abstractC0010aA = am1.f.d.a.b.c.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); switch (strNextName) { case "frames": abstractC0010aA.c(d(jsonReader, new p21(6))); break; case "reason": abstractC0010aA.e(jsonReader.nextString()); break; case "type": abstractC0010aA.f(jsonReader.nextString()); break; case "causedBy": abstractC0010aA.b(f(jsonReader)); break; case "overflowCount": abstractC0010aA.d(jsonReader.nextInt()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); return abstractC0010aA.a(); } public static am1.f.d.a.c g(JsonReader jsonReader) throws IOException { am1.f.d.a.c.AbstractC0016a abstractC0016aA = am1.f.d.a.c.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); switch (strNextName) { case "pid": abstractC0016aA.d(jsonReader.nextInt()); break; case "processName": abstractC0016aA.e(jsonReader.nextString()); break; case "defaultProcess": abstractC0016aA.b(jsonReader.nextBoolean()); break; case "importance": abstractC0016aA.c(jsonReader.nextInt()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); return abstractC0016aA.a(); } public static am1 h(JsonReader jsonReader) throws IOException { am1.c cVarA = am1.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName = jsonReader.nextName(); strNextName.getClass(); switch (strNextName) { case "ndkPayload": d30.b bVar = new d30.b(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName2 = jsonReader.nextName(); strNextName2.getClass(); if (strNextName2.equals("files")) { bVar.b(d(jsonReader, new p21(2))); } else if (strNextName2.equals("orgId")) { bVar.c(jsonReader.nextString()); } else { jsonReader.skipValue(); } } jsonReader.endObject(); cVarA.j(bVar.a()); continue; break; case "sdkVersion": cVarA.l(jsonReader.nextString()); break; case "appQualitySessionId": cVarA.c(jsonReader.nextString()); break; case "appExitInfo": cVarA.b(c(jsonReader)); break; case "buildVersion": cVarA.d(jsonReader.nextString()); break; case "firebaseAuthenticationToken": cVarA.f(jsonReader.nextString()); break; case "gmpAppId": cVarA.h(jsonReader.nextString()); break; case "installationUuid": cVarA.i(jsonReader.nextString()); break; case "firebaseInstallationId": cVarA.g(jsonReader.nextString()); break; case "platform": cVarA.k(jsonReader.nextInt()); break; case "displayVersion": cVarA.e(jsonReader.nextString()); break; case "session": am1.f.b bVarA = am1.f.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName3 = jsonReader.nextName(); strNextName3.getClass(); switch (strNextName3) { case "startedAt": bVarA.l(jsonReader.nextLong()); break; case "appQualitySessionId": bVarA.c(jsonReader.nextString()); break; case "identifier": bVarA.j(new String(Base64.decode(jsonReader.nextString(), 2), am1.a)); break; case "endedAt": bVarA.f(Long.valueOf(jsonReader.nextLong())); break; case "device": am1.f.c.a aVarA = am1.f.c.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName4 = jsonReader.nextName(); strNextName4.getClass(); switch (strNextName4) { case "simulator": aVarA.i(jsonReader.nextBoolean()); break; case "manufacturer": aVarA.e(jsonReader.nextString()); break; case "ram": aVarA.h(jsonReader.nextLong()); break; case "arch": aVarA.b(jsonReader.nextInt()); break; case "diskSpace": aVarA.d(jsonReader.nextLong()); break; case "cores": aVarA.c(jsonReader.nextInt()); break; case "model": aVarA.f(jsonReader.nextString()); break; case "state": aVarA.j(jsonReader.nextInt()); break; case "modelClass": aVarA.g(jsonReader.nextString()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); bVarA.e(aVarA.a()); break; case "events": ArrayList arrayList = new ArrayList(); jsonReader.beginArray(); while (jsonReader.hasNext()) { arrayList.add(e(jsonReader)); } jsonReader.endArray(); bVarA.g(Collections.unmodifiableList(arrayList)); break; case "os": am1.f.e.a aVarA2 = am1.f.e.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName5 = jsonReader.nextName(); strNextName5.getClass(); switch (strNextName5) { case "buildVersion": aVarA2.b(jsonReader.nextString()); break; case "jailbroken": aVarA2.c(jsonReader.nextBoolean()); break; case "version": aVarA2.e(jsonReader.nextString()); break; case "platform": aVarA2.d(jsonReader.nextInt()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); bVarA.k(aVarA2.a()); break; case "app": am1.f.a.AbstractC0004a abstractC0004aA = am1.f.a.a(); jsonReader.beginObject(); while (jsonReader.hasNext()) { String strNextName6 = jsonReader.nextName(); strNextName6.getClass(); switch (strNextName6) { case "identifier": abstractC0004aA.e(jsonReader.nextString()); break; case "developmentPlatform": abstractC0004aA.b(jsonReader.nextString()); break; case "developmentPlatformVersion": abstractC0004aA.c(jsonReader.nextString()); break; case "version": abstractC0004aA.g(jsonReader.nextString()); break; case "installationUuid": abstractC0004aA.f(jsonReader.nextString()); break; case "displayVersion": abstractC0004aA.d(jsonReader.nextString()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); bVarA.b(abstractC0004aA.a()); break; case "user": y30.b bVar2 = new y30.b(); jsonReader.beginObject(); while (jsonReader.hasNext()) { if (jsonReader.nextName().equals("identifier")) { bVar2.b(jsonReader.nextString()); } else { jsonReader.skipValue(); } } jsonReader.endObject(); bVarA.m(bVar2.a()); break; case "generator": bVarA.h(jsonReader.nextString()); break; case "crashed": bVarA.d(jsonReader.nextBoolean()); break; case "generatorType": bVarA.i(jsonReader.nextInt()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); cVarA.m(bVarA.a()); break; default: jsonReader.skipValue(); break; } } jsonReader.endObject(); return cVarA.a(); } public static am1 i(String str) throws IOException { try { JsonReader jsonReader = new JsonReader(new StringReader(str)); try { am1 am1VarH = h(jsonReader); jsonReader.close(); return am1VarH; } finally { } } catch (IllegalStateException e) { throw new IOException(e); } } }