QgsPkiBundle::QgsPkiBundle( const QSslCertificate &clientCert,
const QSslKey &clientKey,
const QList<QSslCertificate> &caChain )
: mCert( QSslCertificate() )
, mCertKey( QSslKey() )
, mCaChain( caChain )
{
setClientCert( clientCert );
setClientKey( clientKey );
}
void LoginReplyPacket::parseBody()
{
replyCode = decryptedBuf[0];
switch(replyCode) {
case TQQ_LOGIN_REPLY_OK:
{
// length of 16 bytes: 001-016, session key
setSessionKey(decryptedBuf+1);
// 4 bytes: 017-020, user id(QQ number)
qqNum = ntohl( *((int *)(decryptedBuf + TQQ_KEY_LENGTH + 1) ) );
// now we can set the file session key
char *fsbuf = new char[TQQ_KEY_LENGTH + 4];
// copy the big endian qqNum directly
memcpy(fsbuf, decryptedBuf + TQQ_KEY_LENGTH + 1 , 4); // qqNum in network bytes order
// then, the session key
memcpy(fsbuf+4, getSessionKey(), TQQ_KEY_LENGTH);
// save it as the file session key
setFileSessionKey((unsigned char *)EvaUtil::doMd5(fsbuf, 4 + TQQ_KEY_LENGTH));
delete []fsbuf;
// 021-024 user IP
IP = ntohl(* ((int *)(decryptedBuf + 21)) );
// 025-026 user port
port = ntohs(* ((short *)(decryptedBuf + 25)) );
// 027-030 server IP ( always 127.0.0.1 in QQ2006 standard)
serverIP = ntohl(* ((int *)(decryptedBuf + 27)) );
// 031-032 server port ( should be 0x1f40(8000) )
serverPort = ntohs(* ((short *)(decryptedBuf + 31)) );
// 033-036 login time
loginTime = ntohl(* ((int *)(decryptedBuf + 33)) );
/// 037-038 2 unknown bytes
// 039-062 file share token used in Qun disk share file access
setFileShareToken(decryptedBuf+39);
/// 063 -> 082: unknown bytes
// 83-114 client key for QQ Home
setClientKey(decryptedBuf+83, 32); // always 32 bytes long
/// 115 - 118, unknown 4 bytes ( 0x00 00 00 01)
/// 119 - 126, unknown 8 bytes, all 0x0s
// 127-130 user IP when last login
lastLoginIP = ntohl(* ((int *)(decryptedBuf + 127)) );
// 131-134 last login time, not sure
lastLoginTime = ntohl(* ((int *)(decryptedBuf + 131)) );
// 135 - 138 might be IP, 4 bytes
// 139 - 142 might be IP, 4 bytes
// 143 -183 unknow bytes
break;
}
case TQQ_LOGIN_REPLY_REDIRECT:
// redirect user to another server for balance reason
{
// 001-004 user qq number
qqNum = ntohl(* ((int *)(decryptedBuf + 1)) );
// 005-008 the new server IP address
redirectedIP = ntohl(* ((int *)(decryptedBuf + 5)) );
// 009-010 the new server's Port number
redirectedPort = ntohs(* ((short *)(decryptedBuf + 9)) );
break;
}
case TQQ_LOGIN_REPLY_PWD_ERROR:
case TQQ_LOGIN_REPLY_NEED_REACTIVATE:
// message from server when password is wrong. the messege is encoded by "GB18030"
{
char *tmpMsg = new char[bodyLength];
memcpy(tmpMsg, decryptedBuf+1, bodyLength-1);
tmpMsg[bodyLength-1]=0;
replyMessage.assign(tmpMsg);
delete []tmpMsg;
break;
}
case TQQ_LOGIN_REPLY_REDIRECT_EX:
// redirect user to another server for balance reason
{
// 001-004 user qq number
qqNum = ntohl(* ((int *)(decryptedBuf + 1)) );
/// 5 - 14, 10 unknown bytes
// 005-008 the new server IP address
redirectedIP = ntohl(* ((int *)(decryptedBuf + 15)) );
redirectedPort = -1;
printf("login reply(first byte is reply code)\n");
for(int i=0; i<bodyLength; i++){
if(!(i%8)) printf("\n%d: ",i);
char t = decryptedBuf[i];
printf("%2x ", (uint8_t)t);
}
printf("\n");
break;
}
case TQQ_LOGIN_REPLY_PWD_ERROR_EX:
{
char *tmpMsg = new char[bodyLength];
memcpy(tmpMsg, decryptedBuf+1, bodyLength-1);
tmpMsg[bodyLength-1]=0;
replyMessage.assign(tmpMsg);
delete []tmpMsg;
}
break;
default:
replyCode = TQQ_LOGIN_REPLY_MISC_ERROR;
{
printf("login unknown reply(first byte is reply code)\n");
for(int i=0; i<bodyLength; i++){
if(!(i%8)) printf("\n%d: ",i);
char t = decryptedBuf[i];
printf("%2x ", (uint8_t)t);
}
printf("\n");
}
break;
}
}
