public void onAuthorized() {
dcState.set("auth_key", auth_key);
dcState.set("server_salt", server_salt);
long upd_delta = (long) Common.getUnixTime() - (long) dc_date;
if (Main.mtp == this && upd_delta > 5 * 60) api_help_getConfig();
if (!bind && this != Main.mtp) {
final MTProto m = this;
Common.logError("exportAuthorization");
Main.mtp.api(
new TL.OnResultRPC() {
@Override
public void onResultRPC(TL.Object result, Object param, boolean error) {
if (!error) return;
if (result.id != 0xdf969c2d) return; // auth.ExportedAuthorization
Common.logError("importAuthorization");
m.api(
null,
null,
"auth.importAuthorization",
result.getInt("id"),
result.getBytes("bytes"));
}
},
null,
"auth.exportAuthorization",
dcState.getInt("id"));
return;
}
if (bind) cb.onBind();
send_queue();
}
private void TL_auth_Authorization(TL.Object obj) {
// int expires = obj.getInt("expires");
bind = true;
dcState.set("bind", bind);
cb.onAuth(obj.getObject("user"));
cb.onBind();
}
private void TL_BadMsgNotification(TL.Object obj) {
int error_code = obj.getInt("error_code");
Message msg = TLMessage.get(obj.getLong("bad_msg_id"));
Common.logError("bad_msg: " + error_code + " " + msg.obj.name + ":" + msg.obj.type);
if (error_code == 16 || error_code == 17) {
time_delta = (int) ((cur_message_id >> 32) - Common.getUnixTime());
last_message_id = 0;
}
if (error_code == 32 || error_code == 33) {
Common.logError("cur seq: " + cur_msg_seq);
Common.logError("old seq: " + seqno);
if (!bad_seq) {
session = GEN_session_id();
seqno = 0;
send_ping();
bad_seq = true;
}
// seqno = cur_msg_seq + (cur_msg_seq % 2) + 100;
// session = GEN_session_id();
// seqno = 0;
}
if (obj.id == 0xedab447b) { // bad_server_salt
server_salt = obj.getLong("new_server_salt");
dcState.set("server_salt", server_salt);
}
retry(obj.getLong("bad_msg_id"));
}
public void updateDcStates() {
dcState.set("auth_key", auth_key);
dcState.set("bind", bind);
dcState.set("server_salt", server_salt);
if (reuseFlag == REUSE_MAIN) {
dcState.set("session", session);
dcState.set("seqno", seqno);
}
for (int i = 0; i < dcStates.size(); i++) {
TL.Object state = dcStates.get(i);
if (state.getInt("id") == dc_this) {
state.set("auth_key", auth_key);
state.set("bind", bind);
state.set("server_salt", server_salt);
if (reuseFlag == REUSE_MAIN) {
state.set("session", session);
state.set("seqno", seqno);
}
}
}
}
public void setAuthKey(byte[] value) {
if (value == null || value.length == 0) {
auth_key = new byte[0];
auth_key_aux_hash = auth_key_id = 0;
return;
}
auth_key = value;
dcState.set("auth_key", auth_key);
byte[] auth_hash = Common.getSHA1(auth_key);
auth_key_aux_hash = Common.toLong(Common.ASUB(auth_hash, 0, 8));
auth_key_id = Common.toLong(Common.ASUB(auth_hash, 12, 8));
}
private void TL_Config(TL.Object obj) {
dc_date = obj.getInt("date");
MTProto.dc_this = obj.getInt("this_dc");
dcState.set("id", dc_this);
updateDcStates();
TL.Vector dc_options = obj.getVector("dc_options");
ArrayList<TL.Object> new_dcStates = new ArrayList<TL.Object>();
for (int i = 0; i < dc_options.count; i++) {
TL.Object dcObj = dc_options.getObject(i);
int id = dcObj.getInt("id");
TL.Object state =
TL.newObject(
"joim.dcState",
id,
dcObj.getString("ip_address"),
dcObj.getInt("port"),
new byte[0],
false,
GEN_session_id(),
0L,
0);
for (int j = 0; j < MTProto.dcStates.size(); j++) {
TL.Object item = MTProto.dcStates.get(j);
if (id == item.getInt("id") && state.getString("ip").equals(item.getString("ip"))) {
state.set("auth_key", item.getBytes("auth_key"));
state.set("bind", item.getBool("bind"));
state.set("session", item.getLong("session"));
state.set("server_salt", item.getLong("server_salt"));
state.set("seqno", item.getInt("seqno"));
if (state.getInt("port") == item.getInt("port")) dcState = state;
break;
}
}
new_dcStates.add(state);
}
dcStates = new_dcStates;
send_queue();
cb.onReady();
}