package X;
import android.text.TextUtils;
import com.bytedance.covode.number.Covode;
import java.io.IOException;
import java.util.ArrayList;
import java.util.Iterator;
import java.util.List;
import java.util.concurrent.ExecutorService;
import java.util.concurrent.LinkedBlockingQueue;
import java.util.concurrent.ThreadFactory;
import java.util.concurrent.ThreadPoolExecutor;
import java.util.concurrent.TimeUnit;
public final class FQL implements F5T {
public static final Object LJIIJJI = new Object();
public static final ThreadFactory LJIIL = new ThreadFactoryC175626vH();
public final ExecutorService LIZ;
public final FER LIZIZ;
public final FQF LIZJ;
public final FQM LIZLLL;
public final FQT LJ;
public final C37995Ew4 LJFF;
public final C1809879j LJI;
public final Object LJII;
public final ExecutorService LJIIIIZZ;
public String LJIIIZ;
public final List<AbstractC38924FQj> LJIIJ;
static {
Covode.recordClassIndex(38745);
}
public FQL(FER fer, F5X f5x, AbstractC37497Eo2 eo2) {
this(new ThreadPoolExecutor(0, 1, 30, TimeUnit.SECONDS, new LinkedBlockingQueue(), LJIIL), fer, new FQF(fer.LIZ(), f5x, eo2), new FQM(fer), new FQT(), new C37995Ew4(fer), new C1809879j());
}
public FQL(ExecutorService executorService, FER fer, FQF fqf, FQM fqm, FQT fqt, C37995Ew4 ew4, C1809879j r17) {
this.LJII = new Object();
this.LJIIIZ = null;
this.LJIIJ = new ArrayList();
this.LIZIZ = fer;
this.LIZJ = fqf;
this.LIZLLL = fqm;
this.LJ = fqt;
this.LJFF = ew4;
this.LJI = r17;
this.LJIIIIZZ = executorService;
this.LIZ = new ThreadPoolExecutor(0, 1, 30, TimeUnit.SECONDS, new LinkedBlockingQueue(), LJIIL);
}
public static FQN LIZ(FQL fql, FQN fqn) {
String str = null;
try {
if (fqn.LIZ().length() == 11) {
str = fql.LJFF.LIZ();
}
AbstractC38916FQb LIZ2 = fql.LIZJ.LIZ(fql.LJI(), fqn.LIZ(), fql.LJ(), fql.LJFF(), str);
int i2 = FQK.LIZ[LIZ2.LJ().ordinal()];
if (i2 == 1) {
String LIZIZ2 = LIZ2.LIZIZ();
String LIZJ2 = LIZ2.LIZJ();
long LIZ3 = fql.LJ.LIZ();
String LIZ4 = LIZ2.LIZLLL().LIZ();
return fqn.LJII().LIZ(LIZIZ2).LIZ(FQW.REGISTERED).LIZIZ(LIZ4).LIZJ(LIZJ2).LIZ(LIZ2.LIZLLL().LIZIZ()).LIZIZ(LIZ3).LIZ();
} else if (i2 == 2) {
return fqn.LIZ("BAD CONFIG");
} else {
throw new IOException();
}
} catch (NullPointerException e) {
e.printStackTrace();
return fqn.LIZ("BAD CONFIG");
}
}
private void LIZ(FQN fqn, Exception exc) {
synchronized (this.LJII) {
try {
Iterator<AbstractC38924FQj> it = this.LJIIJ.iterator();
while (it.hasNext()) {
if (it.next().LIZ(fqn, exc)) {
it.remove();
}
}
} finally {
}
}
}
private void LIZLLL() {
F6B.LIZ(LJFF());
F6B.LIZ(LJ());
F6B.LIZ(LJI());
F6B.LIZIZ(LJFF().contains(":"), "Please set your Application ID. A valid Firebase App ID is required to communicate with Firebase server APIs: It identifies your application with Firebase.Please refer to https://firebase.google.com/support/privacy/init-options.");
F6B.LIZIZ(FQT.LIZIZ.matcher(LJI()).matches(), "Please set a valid API key. A Firebase API key is required to communicate with Firebase server APIs: It authenticates your project with Google.Please refer to https://firebase.google.com/support/privacy/init-options.");
}
private String LJ() {
return this.LIZIZ.LIZJ().LJI;
}
private String LJFF() {
return this.LIZIZ.LIZJ().LIZIZ;
}
private String LJI() {
return this.LIZIZ.LIZJ().LIZ;
}
private F6D<AbstractC38921FQg> LJII() {
F69 f69 = new F69();
FQR fqr = new FQR(this.LJ, f69);
synchronized (this.LJII) {
try {
this.LJIIJ.add(fqr);
} catch (Throwable th) {
throw th;
}
}
return f69.LIZ;
}
private String LJIIIIZZ() {
String str = this.LJIIIZ;
if (str != null) {
return str;
}
FQN LIZJ2 = LIZJ();
this.LIZ.execute(RunnableC38922FQh.LIZ(this));
return LIZJ2.LIZ();
}
private FQN LJIIIZ() {
FQN LIZ2;
synchronized (LJIIJJI) {
try {
C58542Sl LIZ3 = C58542Sl.LIZ(this.LIZIZ.LIZ(), "generatefid.lock");
try {
LIZ2 = this.LIZLLL.LIZ();
if (LIZ3 != null) {
LIZ3.LIZ();
}
} catch (Throwable th) {
if (LIZ3 != null) {
LIZ3.LIZ();
}
throw th;
}
} finally {
}
}
return LIZ2;
}
@Override // X.F5T
public final F6D<String> LIZ() {
LIZLLL();
F69 f69 = new F69();
f69.LIZIZ(LJIIIIZZ());
return f69.LIZ;
}
public final void LIZ(FQN fqn) {
synchronized (this.LJII) {
try {
Iterator<AbstractC38924FQj> it = this.LJIIJ.iterator();
while (it.hasNext()) {
if (it.next().LIZ(fqn)) {
it.remove();
}
}
} finally {
}
}
}
public final void LIZ(boolean z) {
FQN fqn;
FQN LJIIIZ2 = LJIIIZ();
try {
if (LJIIIZ2.LJIIIZ() || LJIIIZ2.LJIIJ()) {
fqn = LIZ(this, LJIIIZ2);
} else if (z || this.LJ.LIZ(LJIIIZ2)) {
AbstractC38915FQa LIZ2 = this.LIZJ.LIZ(LJI(), LJIIIZ2.LIZ(), LJ(), LJIIIZ2.LIZLLL());
int i2 = FQK.LIZIZ[LIZ2.LIZJ().ordinal()];
if (i2 == 1) {
String LIZ3 = LIZ2.LIZ();
long LIZIZ2 = LIZ2.LIZIZ();
fqn = LJIIIZ2.LJII().LIZIZ(LIZ3).LIZ(LIZIZ2).LIZIZ(this.LJ.LIZ()).LIZ();
} else if (i2 == 2) {
fqn = LJIIIZ2.LIZ("BAD CONFIG");
} else if (i2 == 3) {
this.LJIIIZ = null;
fqn = LJIIIZ2.LJII().LIZ(FQW.NOT_GENERATED).LIZ();
} else {
throw new IOException();
}
} else {
return;
}
synchronized (LJIIJJI) {
try {
C58542Sl LIZ4 = C58542Sl.LIZ(this.LIZIZ.LIZ(), "generatefid.lock");
try {
this.LIZLLL.LIZ(fqn);
if (LIZ4 != null) {
LIZ4.LIZ();
}
} catch (Throwable th) {
if (LIZ4 != null) {
LIZ4.LIZ();
}
throw th;
}
} finally {
}
}
if (fqn.LJIIIIZZ()) {
this.LJIIIZ = fqn.LIZ();
}
if (fqn.LJIIIZ()) {
LIZ(fqn, new FHI(FHJ.BAD_CONFIG));
} else if (fqn.LJIIJJI()) {
LIZ(fqn, new IOException("cleared fid due to auth error"));
} else {
LIZ(fqn);
}
} catch (IOException e) {
LIZ(LJIIIZ2, e);
}
}
@Override // X.F5T
public final F6D<AbstractC38921FQg> LIZIZ() {
LIZLLL();
F6D<AbstractC38921FQg> LJII2 = LJII();
this.LJIIIIZZ.execute(new FQY(this));
return LJII2;
}
public final FQN LIZJ() {
FQN LIZ2;
String LIZ3;
synchronized (LJIIJJI) {
try {
C58542Sl LIZ4 = C58542Sl.LIZ(this.LIZIZ.LIZ(), "generatefid.lock");
try {
LIZ2 = this.LIZLLL.LIZ();
if (LIZ2.LJIIJJI()) {
if ((this.LIZIZ.LIZIZ().equals("CHIME_ANDROID_SDK") || this.LIZIZ.LJFF()) && LIZ2.LIZIZ() == FQW.ATTEMPT_MIGRATION) {
LIZ3 = this.LJFF.LIZIZ();
if (TextUtils.isEmpty(LIZ3)) {
LIZ3 = this.LJI.LIZ();
}
} else {
LIZ3 = this.LJI.LIZ();
}
LIZ2 = this.LIZLLL.LIZ(LIZ2.LJII().LIZ(LIZ3).LIZ(FQW.UNREGISTERED).LIZ());
}
if (LIZ4 != null) {
LIZ4.LIZ();
}
} catch (Throwable th) {
if (LIZ4 != null) {
LIZ4.LIZ();
}
throw th;
}
} finally {
}
}
return LIZ2;
}
}