MD5 校验值：a9a821418db4ad35214aeeb08c2f5902
a.java 文件包含反编译后的源代码，请注意，该内容仅供学习和参考使用，不得用于非法用途。
package h7;
import androidx.activity.b;
import d7.m;
import d7.o;
import d7.s;
import d7.t;
import d7.u;
import d7.w;
import e7.g;
import f7.d;
import g7.d;
import g7.j;
import g7.q;
import i7.c;
import java.io.IOException;
import java.lang.ref.Reference;
import java.net.ConnectException;
import java.net.Proxy;
import java.net.Socket;
import java.security.cert.X509Certificate;
import java.util.ArrayList;
import java.util.Comparator;
import java.util.List;
import java.util.concurrent.TimeUnit;
import javax.net.ssl.SSLPeerUnverifiedException;
import javax.net.ssl.SSLSocket;
import javax.net.ssl.SSLSocketFactory;
import o8.e;
import o8.f;
import o8.p;
import o8.r;
public final class a {
public static SSLSocketFactory f5469m;
public static c f5470n;
public final w f5471a;
public Socket f5472b;
public Socket f5473c;
public m f5474d;
public s f5475e;
public volatile d f5476f;
public int f5477g;
public f f5478h;
public e f5479i;
public boolean f5481k;
public final List<Reference<q>> f5480j = new ArrayList();
public long f5482l = Long.MAX_VALUE;
public a(w wVar) {
this.f5471a = wVar;
}
public static synchronized c b(SSLSocketFactory sSLSocketFactory) {
c cVar;
synchronized (a.class) {
if (sSLSocketFactory != f5469m) {
e7.e eVar = e7.e.f4277a;
f5470n = eVar.g(eVar.f(sSLSocketFactory));
f5469m = sSLSocketFactory;
}
cVar = f5470n;
}
return cVar;
}
public final void a(int i9, int i10, int i11, e7.a aVar) {
SSLSocket sSLSocket;
s sVar = s.HTTP_1_1;
this.f5472b.setSoTimeout(i10);
try {
e7.e.f4277a.c(this.f5472b, this.f5471a.f4131c, i9);
this.f5478h = new r(p.c(this.f5472b));
this.f5479i = new o8.q(p.b(this.f5472b));
w wVar = this.f5471a;
if (wVar.f4129a.f3985i != null) {
if (wVar.f4130b.type() == Proxy.Type.HTTP) {
t.b bVar = new t.b();
bVar.d(this.f5471a.f4129a.f3977a);
bVar.b("Host", g.g(this.f5471a.f4129a.f3977a));
bVar.b("Proxy-Connection", "Keep-Alive");
bVar.b("User-Agent", "okhttp/2.7.5");
t a9 = bVar.a();
o oVar = a9.f4098a;
StringBuilder t8 = b.t("CONNECT ");
t8.append(oVar.f4060d);
t8.append(":");
String p8 = b.p(t8, oVar.f4061e, " HTTP/1.1");
do {
f fVar = this.f5478h;
e eVar = this.f5479i;
g7.d dVar = new g7.d(null, fVar, eVar);
TimeUnit timeUnit = TimeUnit.MILLISECONDS;
fVar.k().g(i10, timeUnit);
this.f5479i.k().g(i11, timeUnit);
dVar.l(a9.f4100c, p8);
eVar.flush();
u.b k9 = dVar.k();
k9.f4119a = a9;
u a10 = k9.a();
Comparator<String> comparator = j.f5337a;
long a11 = j.a(a10.f4113f);
if (a11 == -1) {
a11 = 0;
}
o8.w i12 = dVar.i(a11);
g.k(i12, Integer.MAX_VALUE, timeUnit);
((d.f) i12).close();
int i13 = a10.f4110c;
if (i13 != 200) {
if (i13 == 407) {
w wVar2 = this.f5471a;
a9 = j.c(wVar2.f4129a.f3980d, a10, wVar2.f4130b);
} else {
StringBuilder t9 = b.t("Unexpected response code for CONNECT: ");
t9.append(a10.f4110c);
throw new IOException(t9.toString());
}
} else if (!this.f5478h.b().h0() || !this.f5479i.b().h0()) {
throw new IOException("TLS tunnel buffered too many bytes!");
}
} while (a9 != null);
throw new IOException("Failed to authenticate with proxy");
}
d7.a aVar2 = this.f5471a.f4129a;
SSLSocketFactory sSLSocketFactory = aVar2.f3985i;
try {
try {
Socket socket = this.f5472b;
o oVar2 = aVar2.f3977a;
sSLSocket = (SSLSocket) sSLSocketFactory.createSocket(socket, oVar2.f4060d, oVar2.f4061e, true);
} catch (Throwable th) {
th = th;
sSLSocket = null;
}
} catch (AssertionError e9) {
e = e9;
}
try {
d7.j a12 = aVar.a(sSLSocket);
if (a12.f4040b) {
e7.e.f4277a.b(sSLSocket, aVar2.f3977a.f4060d, aVar2.f3981e);
}
sSLSocket.startHandshake();
m a13 = m.a(sSLSocket.getSession());
if (aVar2.f3986j.verify(aVar2.f3977a.f4060d, sSLSocket.getSession())) {
if (aVar2.f3987k != d7.f.f4010b) {
aVar2.f3987k.a(aVar2.f3977a.f4060d, new n6.c(b(aVar2.f3985i)).g(a13.f4052b));
}
String d9 = a12.f4040b ? e7.e.f4277a.d(sSLSocket) : null;
this.f5473c = sSLSocket;
this.f5478h = new r(p.c(sSLSocket));
this.f5479i = new o8.q(p.b(this.f5473c));
this.f5474d = a13;
if (d9 != null) {
sVar = s.e(d9);
}
this.f5475e = sVar;
e7.e.f4277a.a(sSLSocket);
} else {
X509Certificate x509Certificate = (X509Certificate) a13.f4052b.get(0);
throw new SSLPeerUnverifiedException("Hostname " + aVar2.f3977a.f4060d + " not verified:\n certificate: " + d7.f.b(x509Certificate) + "\n DN: " + x509Certificate.getSubjectDN().getName() + "\n subjectAltNames: " + i7.b.a(x509Certificate));
}
} catch (AssertionError e10) {
e = e10;
if (!g.j(e)) {
throw e;
}
throw new IOException(e);
} catch (Throwable th2) {
th = th2;
if (sSLSocket != null) {
e7.e.f4277a.a(sSLSocket);
}
g.d(sSLSocket);
throw th;
}
} else {
this.f5475e = sVar;
this.f5473c = this.f5472b;
}
s sVar2 = this.f5475e;
if (sVar2 == s.SPDY_3 || sVar2 == s.HTTP_2) {
this.f5473c.setSoTimeout(0);
d.c cVar = new d.c(true);
Socket socket2 = this.f5473c;
String str = this.f5471a.f4129a.f3977a.f4060d;
f fVar2 = this.f5478h;
e eVar2 = this.f5479i;
cVar.f4855a = socket2;
cVar.f4856b = str;
cVar.f4857c = fVar2;
cVar.f4858d = eVar2;
cVar.f4859e = this.f5475e;
f7.d dVar2 = new f7.d(cVar, null);
dVar2.B.j();
dVar2.B.B(dVar2.f4845w);
if (dVar2.f4845w.b(65536) != 65536) {
dVar2.B.e(0, r12 - 65536);
}
this.f5476f = dVar2;
}
} catch (ConnectException unused) {
StringBuilder t10 = b.t("Failed to connect to ");
t10.append(this.f5471a.f4131c);
throw new ConnectException(t10.toString());
}
}
public String toString() {
StringBuilder t8 = b.t("Connection{");
t8.append(this.f5471a.f4129a.f3977a.f4060d);
t8.append(":");
t8.append(this.f5471a.f4129a.f3977a.f4061e);
t8.append(", proxy=");
t8.append(this.f5471a.f4130b);
t8.append(" hostAddress=");
t8.append(this.f5471a.f4131c);
t8.append(" cipherSuite=");
m mVar = this.f5474d;
t8.append(mVar != null ? mVar.f4051a : "none");
t8.append(" protocol=");
t8.append(this.f5475e);
t8.append('}');
return t8.toString();
}
}