void Session::workNewSessionCreated(InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workNewSessionCreated: msgId =" << QString::number(msgId, 16);
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_NewSessionCreated);
inboundPkt.fetchLong(); // first_msg_id; //XXX set is as m_clientLastMsgId??
inboundPkt.fetchLong (); // unique_id
m_dc->setServerSalt(inboundPkt.fetchLong()); // server_salt
}
void Session::workBadServerSalt(InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workBadServerSalt: msgId =" << QString::number(msgId, 16);
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_BadServerSalt);
qint64 badMsgId = inboundPkt.fetchLong();
inboundPkt.fetchInt(); // badMsgSeqNo
inboundPkt.fetchInt(); // errorCode
m_dc->setServerSalt(inboundPkt.fetchLong()); // new server_salt
// resend the last query
Query *q = m_pendingQueries.value(badMsgId);
if(q)
resendQuery(q);
}
void Session::workBadServerSalt(InboundPkt &inboundPkt, qint64 msgId) {
Q_UNUSED(msgId)
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_BadServerSalt);
qint64 badMsgId = inboundPkt.fetchLong();
qint32 badMsgSeqNo = inboundPkt.fetchInt();
qint32 errorCode = inboundPkt.fetchInt();
qCDebug(TG_CORE_SESSION) << "workBadServerSalt: badMsgId =" << QString::number(badMsgId, 16)
<< ", badMsgSeqNo =" << badMsgSeqNo << ", errorCode =" << errorCode;
m_dc->setServerSalt(inboundPkt.fetchLong()); // new server_salt
Query *q = m_pendingQueries.take(badMsgId);
qint64 newMsgId = recomposeAndSendQuery(q);
if (newMsgId != 0) {
Q_EMIT updateMessageId(badMsgId, newMsgId);
}
}
void Session::workNewDetailedInfo(InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workNewDetailedInfo: msgId =" << QString::number(msgId, 16);
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_MsgNewDetailedInfo);
inboundPkt.fetchLong(); // answer_msg_id
inboundPkt.fetchInt(); // bytes
inboundPkt.fetchInt(); // status
}
void Session::workBadMsgNotification(InboundPkt &inboundPkt, qint64 msgId) {
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_BadMsgNotification);
qint64 badMsgId = inboundPkt.fetchLong();
qint32 badMsgSeqNo = inboundPkt.fetchInt();
qint32 errorCode = inboundPkt.fetchInt();
qCWarning(TG_CORE_SESSION) << "workBadMsgNotification: badMsgId =" << QString::number(badMsgId, 16) <<
", badMsgSeqNo =" << badMsgSeqNo << ", errorCode =" << errorCode;
switch (errorCode) {
case 16:
case 17:
case 19:
case 32:
case 33:
case 64:
// update time sync difference and reset msgIds counter
qint32 serverTime = msgId >> 32LL;
mTimeDifference = QDateTime::currentDateTime().toTime_t() - serverTime;
qint64 nextId = generatePlainNextMsgId();
if (!m_pendingQueries.contains(nextId)) {
m_clientLastMsgId = 0;
}
// read removing from pending queries, recompose and send the last query
Query *q = m_pendingQueries.take(badMsgId);
qint64 newMsgId = recomposeAndSendQuery(q);
if (newMsgId != 0) {
Q_EMIT updateMessageId(badMsgId, newMsgId);
}
break;
}
}
void Session::workRpcResult(InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workRpcResult: msgId =" << QString::number(msgId, 16);
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_RpcResult);
qint64 id = inboundPkt.fetchLong();
qint32 op = inboundPkt.prefetchInt();
if (op == (qint32)TL_RpcError) {
queryOnError(inboundPkt, id);
} else {
queryOnResult(inboundPkt, id);
}
}
void Session::workMsgsAck(InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workMsgsAck: msgId =" << QString::number(msgId, 16);
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_MsgsAck);
mAsserter.check(inboundPkt.fetchInt () == (qint32)TL_Vector);
qint32 n = inboundPkt.fetchInt();
for (qint32 i = 0; i < n; i++) {
qint64 id = inboundPkt.fetchLong ();
Query *q = m_pendingQueries.value(id);
if(!q)
return;
Q_ASSERT(q);
q->setAcked(true);
}
}
void Session::workContainer (InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workContainer: msgId =" << QString::number(msgId, 16);
mAsserter.check(inboundPkt.fetchInt() == TL_MsgContainer);
qint32 n = inboundPkt.fetchInt();
for (qint32 i = 0; i < n; i++) { // message
qint64 id = inboundPkt.fetchLong (); // msg_id
if (id & 1) {
addToPendingAcks(id);
}
inboundPkt.fetchInt (); // seq_no
qint32 bytes = inboundPkt.fetchInt ();
qint32 *t = inboundPkt.inEnd();
inboundPkt.setInEnd(inboundPkt.inPtr() + (bytes / 4));
rpcExecuteAnswer(inboundPkt, id);
Q_ASSERT (inboundPkt.inPtr() == inboundPkt.inEnd());
inboundPkt.setInEnd(t);
}
}
void Session::workBadMsgNotification(InboundPkt &inboundPkt, qint64 msgId) {
mAsserter.check(inboundPkt.fetchInt() == (qint32)TL_BadMsgNotification);
qint64 badMsgId = inboundPkt.fetchLong();
qint32 badMsgSeqNo = inboundPkt.fetchInt();
qint32 errorCode = inboundPkt.fetchInt();
qCWarning(TG_CORE_SESSION) << "workBadMsgNotification: msgId =" << badMsgId <<
", seqNo =" << badMsgSeqNo << ", errorCode =" << errorCode;
switch (errorCode) {
case 16:
case 17:
// update time sync difference and reset msgIds counter
qint32 serverTime = msgId >> 32LL;
mTimeDifference = QDateTime::currentDateTime().toTime_t() - serverTime;
m_clientLastMsgId = 0;
// read removing from pending queries, recompose and send the last query
Query *q = m_pendingQueries.take(badMsgId);
recomposeAndSendQuery(q);
break;
}
}
void Session::workPong(InboundPkt &inboundPkt, qint64 msgId) {
qCDebug(TG_CORE_SESSION) << "workPong: msgId =" << QString::number(msgId, 16);
mAsserter.check (inboundPkt.fetchInt() == (qint32)TL_Pong);
inboundPkt.fetchLong(); // msg_id
inboundPkt.fetchLong(); // ping_id
}