virtual void onCall(const sg::rpc::Uri& target)
{
common::ConversationID conv_id(getFrom());
common::UserPointID usr_ptid(getRequestData().sender_ua_uri());
common::UserPointID target_ptid(target);
LOG(info, "recv msg from " << usr_ptid << " to " << target_ptid << " conversation id =: " << conv_id);
LOG(info, "msgid=" << getRequestData().msg_id() << ", content: " << getRequestData().content());
}
void MethodAckChatMsg::onCall(const sg::rpc::Uri& target)
{
common::UserPointID user_ptid(getFrom());
common::UserID sender_user_id(getRequestData().sender_usr_id());
InstantMessagingService::instance()->getUsersManager().getUser(
user_ptid)->ackChatMessage(sender_user_id,
getRequestData().msg_id());
reply(target);
}
void MethodNewSession::onCall(const sg::rpc::Uri& target)
{
rpc::NewSessionResponse resp;
UserAccessService::instance()->getSessionsManager().generateNewSession(
getRequestData().uid(),
getRequestData().extra_uri_info(),
resp.mutable_session(),
resp.mutable_nonce());
resp.set_ua_ipaddr(
UserAccessService::instance()->getProperties().get<string>(
"server.address"));
reply(target, resp);
}
void YunClient::startRequest(QByteArray url)
{
#ifndef QREQUEST
qDebug() << " request url : " << url;
std::string std_url = url.toStdString(); // "http://121.40.218.177:8080/ml/rs/mediaReleaseVersions/1/10/null/null/90001";
std::string readData;
CurlUpload *curl = new CurlUpload();
QString data = curl->getRequest(std_url, readData);
delete curl;
QJsonObject dataJson = getRequestData(QString(data));
QJsonArray listJson = setPagingInfo(dataJson);
setVersionList(listJson);
#else
QNetworkRequest request;
request.setUrl(QUrl(url));
manager = new QNetworkAccessManager(this);
//发送GET请求
reply = manager->get(request);
//连接请求结束信号
disconnect(reply);
connect(reply, &QNetworkReply::finished,
this, &YunClient::replyFinished);
连接响应时返回数据信号
connect(reply, &QNetworkReply::readyRead, this, &YunClient::readyRead);
请求更新进度
connect(reply, &QNetworkReply::downloadProgress,
this, &YunClient::updateDataReadProgress);
#endif
}
bool LocalNode::_cmdDisconnect( Command& command )
{
EQASSERT( _inReceiverThread( ));
const NodeDisconnectPacket* packet = command.get< NodeDisconnectPacket >();
NodePtr node = static_cast<Node*>( getRequestData( packet->requestID ));
EQASSERT( node.isValid( ));
ConnectionPtr connection = node->_outgoing;
if( connection.isValid( ))
{
node->_state = STATE_CLOSED;
node->_outgoing = 0;
_removeConnection( connection );
EQASSERT( _connectionNodes.find( connection )!=_connectionNodes.end( ));
_objectStore->removeInstanceData( node->_id );
_connectionNodes.erase( connection );
{
base::ScopedMutex< base::SpinLock > mutex( _nodes );
_nodes->erase( node->_id );
}
EQINFO << node << " disconnected from " << this << " connection used "
<< connection->getRefCount() << std::endl;
}
EQASSERT( node->_state == STATE_CLOSED );
serveRequest( packet->requestID );
return true;
}
void YunClient::readyRead()
{
if (reply->error() == QNetworkReply::NoError){
QByteArray str = reply->readAll();
qDebug() << " request return ::: " << str;
QJsonObject dataJson = getRequestData(QString(str));
switch (request_type) {
case get_version_list:{
QJsonArray listJson = setPagingInfo(dataJson);
setVersionList(listJson);
break;
}
case get_media_list:{
setUpdateList(dataJson);
break;
}
default:
break;
}
} else {
//获取响应的信息，状态码为200表示正常
QVariant status_code = reply->attribute(QNetworkRequest::HttpStatusCodeAttribute);
qDebug() << "request error! return code : " << status_code;
}
}
void MethodAuth::onCall(const sg::rpc::Uri& target)
{
// bus验证密码
sg::Proxy bus_proxy(
AuthService::instance()->getRoutingTable()->getHandler(SVC_BUSSINESS));
sg::rpc::Uri bustarget;
common::createUri(&bustarget, SVC_BUSSINESS);
bus_proxy.target(bustarget);
business_server::methods::rpc::AuthenRequest auth_req;
auth_req.set_auth_type(getRequestData().auth_type());
auth_req.set_auth_data(getRequestData().auth_data());
auth_req.set_uid(getRequestData().uid());
business_server::methods::rpc::AuthenResponse auth_resp;
bus_proxy.call<business_server::methods::rpc::Authen>(auth_req, &auth_resp);
common::user_id_t uid = auth_resp.uid();
if (getRequestData().has_uid() && getRequestData().uid() != uid)
THROW_APP_EXCEPTION(sg::rpc::EC_RPC_APPLICATION_ERROR, "uid inconsistent.");
// ua创建新session
sg::Proxy ua_proxy(
AuthService::instance()->getRoutingTable()->getHandler(
SVC_USER_ACCESS,
AuthService::instance()->getProperties().get<string>("server.line")));
user_access_server::methods::rpc::NewSessionRequest newsession_req;
newsession_req.set_uid(uid);
newsession_req.set_allocated_extra_uri_info(auth_resp.release_extra_uri_info());
user_access_server::methods::rpc::NewSessionResponse newsession_resp;
ua_proxy.call<user_access_server::methods::rpc::NewSession>(newsession_req, &newsession_resp);
rpc::AuthResponse resp;
resp.set_uid(uid);
resp.set_allocated_ua_ipaddr(newsession_resp.release_ua_ipaddr());
resp.set_allocated_session(newsession_resp.release_session());
resp.set_allocated_nonce(newsession_resp.release_nonce());
resp.set_allocated_extra_data(auth_resp.release_extra_data());
resp.set_curtime(::time(NULL));
reply(target, resp);
}
void MethodRegister::onCall(const sg::rpc::Uri& target)
{
if (!getFrom().has_service_type() || getFrom().service_type().empty())
THROW_APP_EXCEPTION(sg::rpc::EC_RPC_INVALID_PARAMS, "missing service type field!");
base::net::SockAddr sockaddr(getHandler()->addr().getAddr().c_str(), getRequestData().routing_port());
common::ServerID svc_id(getFrom());
ConfigService::instance()->getServersList().addServer(
svc_id,
sockaddr,
boost::static_pointer_cast<ServerConnectionHandler>(getHandler()),
getRequestData().info(),
getRequestData().overwrite_if_exist());
rpc::RegisterResponse resp;
resp.set_service_number(svc_id.svc_num);
reply(target, resp);
}
void MethodSaveSysMsgs::onCall(const sg::rpc::Uri& target)
{
common::UserID uid(target);
if (getRequestData().msgs_size())
{
mongo::BSONArrayBuilder objarray_msgdata;
mongo::BSONObj obj_lastmsgdata;
for (int i=0; i<getRequestData().msgs_size(); ++i)
{
const methods::rpc::SysMsgData& data = getRequestData().msgs(i);
mongo::BSONObjBuilder obj_msgdata;
obj_msgdata.append(COLL_SYSMSGS_DATA_MSGID, (long long)data.sysmsg_id()).
appendTimeT(COLL_SYSMSGS_DATA_TIME, data.sysmsg_time()).
append(COLL_SYSMSGS_DATA_MSG_TYPE, data.sysmsg_type()).
append(COLL_SYSMSGS_DATA_MSG_DATA, data.sysmsg_data());
objarray_msgdata.append(obj_msgdata.done());
if (i == getRequestData().msgs_size() - 1)
obj_lastmsgdata = obj_msgdata.obj();
}
mongo::ScopedDbConnection conn(
MongoDBManagerSingleton::instance().host());
conn->update(COLL_SYSMSGS,
QUERY(COLL_SYSMSGS_UID << uid.toString() << COLL_SYSMSGS_CHANNEL << getRequestData().channel()),
BSON("$pushAll" << BSON(COLL_SYSMSGS_DATA << objarray_msgdata.arr())), mongo::UpdateOption_Upsert);
time_t contacttime = getRequestData().msgs().rbegin()->sysmsg_time();
long long last_msgid = getRequestData().msgs().rbegin()->sysmsg_id();
mongo::BSONObjBuilder obj_builder;
obj_builder.appendTimeT(COLL_RECENTCONTACTS_SYS"."COLL_RECENTCONTACTS_SYS_TIME, contacttime).
append(COLL_RECENTCONTACTS_SYS"."COLL_RECENTCONTACTS_SYS_MSG, obj_lastmsgdata);
mongo::BSONObj obj_contact = BSON("$set" << obj_builder.done());
if (uid.isLocalDomain())
{
conn->update(COLL_RECENTCONTACTS,
QUERY(COLL_RECENTCONTACTS_UID << uid.toString() <<
COLL_RECENTCONTACTS_SYS"."COLL_RECENTCONTACTS_SYS_CHANNEL << getRequestData().channel()),
obj_contact,
mongo::UpdateOption_Upsert);
}
conn.done();
}
reply(target);
}
void MethodSendGrpChatMsg::onCall(const sg::rpc::Uri& target)
{
common::UserPointID sender_ptid(getFrom());
common::GroupID group_id(target);
uint32_t msg_time = ::time(NULL);
common::msg_id_t msg_id =
GroupMessagingService::instance()->getGroupsManager().createGroup(
target)->sendChatMessage(sender_ptid,
msg_time,
getRequestData().content_type(),
getRequestData().content());
rpc::SendGrpChatMsgResponse resp;
resp.set_msg_id(msg_id);
resp.set_msg_time(msg_time);
reply(target, resp);
}
void MethodUpdateStatus::onCall(const sg::rpc::Uri& target)
{
if (!getFrom().has_service_number())
THROW_APP_EXCEPTION(sg::rpc::EC_RPC_INVALID_PARAMS, "service id is empty.");
ConfigService::instance()->getServersList().updateServerStatus(
common::ServerID(getFrom()),
boost::static_pointer_cast<ServerConnectionHandler>(getHandler()),
getRequestData().status());
reply(target);
}
void MethodRemoveRecentContacts::onCall(const sg::rpc::Uri& target)
{
if (getRequestData().user_ids_size())
{
common::UserID uid(common::UserPointID(this->getFrom()));
mongo::ScopedDbConnection conn(
MongoDBManagerSingleton::instance().host());
mongo::BSONArrayBuilder contactsBuilder;
for (int i=0; i<getRequestData().user_ids_size(); ++i)
{
contactsBuilder << common::UserID(getRequestData().user_ids(i)).toString();
}
conn->remove(COLL_RECENTCONTACTS,
QUERY(COLL_RECENTCONTACTS_UID << uid.toString() << "$or" << BSON(COLL_RECENTCONTACTS_CONTACT << contactsBuilder.arr())));
conn.done();
}
reply(target);
}
void MethodSendUserNotice::onCall(const sg::rpc::Uri& target)
{
common::UserID target_user_id(target);
uint32_t notice_time = ::time(NULL);
base::ErrorCode ec;
boost::shared_ptr<User> sp_user =
InstantMessagingService::instance()->getUsersManager().getUser(
target_user_id, &ec);
if (sp_user)
{
sp_user->sendUserNotice(
getFrom(),
notice_time,
getRequestData().user_notice_type(),
getRequestData().user_notice_data());
}
rpc::SendUserNoticeResponse resp;
resp.set_notice_time(notice_time);
reply(target, resp);
}
void MethodOpenService::onCall(const sg::rpc::Uri& target)
{
boost::shared_ptr<UserPoint> sp_point =
UserAccessService::instance()->getUserPointsManager().getUserPoint(
boost::static_pointer_cast<ClientHandler>(getHandler()));
sg::Proxy proxy(
UserAccessService::instance()->getRoutingTable()->getHandler(
sp_point->getID().uid,
getRequestData().svc_uri()));
proxy.target(getRequestData().svc_uri());
common::rpc::OpenRequest open_request;
sp_point->getID().serializeToUserAccessUri(open_request.mutable_ua_cli_uri());
open_request.set_params(getRequestData().open_params());
boost::shared_ptr<AsyncTask> asyn_task(
new AsyncTask(this->shared_from_this(), target,
boost::bind(&MethodOpenService::openCallback, this, _1, _2, boost::weak_ptr<UserPoint>(sp_point), proxy.getHandler())));
proxy.call<common::rpc::Open>(open_request,
asyn_task,
getExpiredMilliSecs());
}
void MethodGetRecentContacts::onCall(const sg::rpc::Uri& target)
{
common::UserID uid(common::UserPointID(this->getFrom()));
mongo::BSONObj returnfield = BSON(COLL_RECENTCONTACTS_CONTACT << 1);
mongo::ScopedDbConnection conn(
MongoDBManagerSingleton::instance().host());
auto_ptr<mongo::DBClientCursor> cursor = conn->query(
COLL_RECENTCONTACTS,
QUERY(COLL_RECENTCONTACTS_UID << uid.toString()).sort(COLL_RECENTCONTACTS_CONTACT"."COLL_RECENTCONTACTS_CONTACT_TIME, -1),
getRequestData().max_count(),
0,
&returnfield);
methods::rpc::GetRecentContactsResponse resp;
while (cursor->more())
{
mongo::BSONObj p = cursor->nextSafe();
methods::rpc::GetRecentContactsResponse_Contact* contact = resp.add_contacts();
common::UserID contact_uid;
contact_uid.parseFromString(p[COLL_RECENTCONTACTS_CONTACT_UID].String());
contact_uid.get(contact->mutable_user_id());
bool flag = p[COLL_CHATMSGS_DATA_FLAG].Int();
if (contact_uid.uid < uid.uid)
flag = !flag;
methods::rpc::ChatMsgData* pdata = contact->mutable_last_msg();
pdata->set_flag(flag ? methods::rpc::ChatMsgData_Flag_FLAG_RECV : methods::rpc::ChatMsgData_Flag_FLAG_SEND);
pdata->set_msg_id(p[COLL_CHATMSGS_DATA_MSGID].Long());
pdata->set_msg_time(p[COLL_CHATMSGS_DATA_TIME].Date().toTimeT());
p[COLL_CHATMSGS_DATA_CONTENT_TYPE].Val(*pdata->mutable_content_type());
p[COLL_CHATMSGS_DATA_CONTENT].Val(*pdata->mutable_content());
}
conn.done();
reply(target, resp);
}
void YunClient::requestVersionInfo(const int &row)
{
QStringList rowValue = rowList.at(row);
QString verId = rowValue.at(1);
QString verName = rowValue.at(2);
qDebug() << "version id :" << verId << "version name : " << verName;
if(!verId.toInt()){
qDebug() << "version id error!";
return;
}
request_type = get_media_list;
QByteArray url = host.toLatin1() + "/ml/rs/mediaReleaseVersions/" + verId.toLatin1();
#ifndef QREQUEST
std::string std_url = url.toStdString();
std::string readData;
CurlUpload *curl = new CurlUpload();
QString data = curl->getRequest(std_url, readData);
#else
startRequest(url);
#endif
bool isUpdate = false;
if (rowValue.last().compare("已更新") == 0)
isUpdate = true;
dialog = new YunDM();
dialog->initSqlAndVersion(_sql, verId, verName, isUpdate);
connect(this, &YunClient::sqlValue, dialog, &YunDM::setSqlValue);
#ifndef QREQUEST
QJsonObject dataJson = getRequestData(data);
setUpdateList(dataJson);
#else
#endif
dialog->exec();
getUpdateVersionList();
}
int SslOcspStapling::createRequest()
{
int len, len64, n1;
unsigned char *pReqData, *pReqData64;
unsigned char ReqData[4000], ReqData64[4000];
struct stat st;
if (::stat(m_sRespfileTmp.c_str(), &st) == 0)
return 0;
pReqData = ReqData;
pReqData64 = ReqData64;
len = getRequestData(pReqData);
if (len <= 0)
return LS_FAIL;
len64 = ls_base64_encode((const char *)ReqData, len, (char *)pReqData64);
const char *pUrl = m_sOcspResponder.c_str();
memcpy(pReqData, pUrl, m_sOcspResponder.len());
pReqData += m_sOcspResponder.len();
if (pUrl[m_sOcspResponder.len() - 1] != '/')
*pReqData++ = '/';
n1 = escapeBase64Uri(pReqData64, len64, pReqData);
pReqData += n1;
*pReqData = 0;
len = pReqData - ReqData;
if (m_pHttpFetch != NULL)
delete m_pHttpFetch;
m_pHttpFetch = new HttpFetch();
m_pHttpFetch->setResProcessor(OcspRespCb, this);
m_pHttpFetch->setTimeout(30); //Set Req timeout as 30 seconds
m_pHttpFetch->startReq((const char *)ReqData, 1, 1, NULL, 0,
m_sRespfileTmp.c_str(), NULL, m_addrResponder);
setLastErrMsg("%lu, len = %d\n%s \n", m_pHttpFetch, len, ReqData);
//printf("%s\n", s_ErrMsg.c_str());
return 0;
}
bool LocalNode::_cmdConnectReply( Command& command )
{
EQASSERT( !command.getNode( ));
EQASSERT( _inReceiverThread( ));
const NodeConnectReplyPacket* packet =
command.get< NodeConnectReplyPacket >();
ConnectionPtr connection = _incoming.getConnection();
const NodeID& nodeID = packet->nodeID;
EQVERB << "handle connect reply " << packet << std::endl;
EQASSERT( _connectionNodes.find( connection ) == _connectionNodes.end( ));
NodePtr remoteNode;
// No locking needed, only recv thread modifies
NodeHash::const_iterator i = _nodes->find( nodeID );
if( i != _nodes->end( ))
remoteNode = i->second;
if( nodeID == NodeID::ZERO || // connection refused
// Node exists, probably simultaneous connect
( remoteNode.isValid() && remoteNode->isConnected( )))
{
EQINFO << "ignoring connect reply, node already connected" << std::endl;
_removeConnection( connection );
if( packet->requestID != EQ_UNDEFINED_UINT32 )
serveRequest( packet->requestID, false );
return true;
}
// create and add node
if( !remoteNode )
{
if( packet->requestID != EQ_UNDEFINED_UINT32 )
{
void* ptr = getRequestData( packet->requestID );
EQASSERT( dynamic_cast< Node* >( (Dispatcher*)ptr ));
remoteNode = static_cast< Node* >( ptr );
}
else
remoteNode = createNode( packet->nodeType );
}
EQASSERT( remoteNode->getType() == packet->nodeType );
EQASSERT( remoteNode->_state == STATE_CLOSED );
std::string data = packet->nodeData;
if( !remoteNode->deserialize( data ))
EQWARN << "Error during node initialization" << std::endl;
EQASSERT( data.empty( ));
EQASSERT( remoteNode->_id == nodeID );
remoteNode->_outgoing = connection;
remoteNode->_state = STATE_CONNECTED;
_connectionNodes[ connection ] = remoteNode;
{
base::ScopedMutex< base::SpinLock > mutex( _nodes );
_nodes.data[ remoteNode->_id ] = remoteNode;
}
EQVERB << "Added node " << nodeID << std::endl;
if( packet->requestID != EQ_UNDEFINED_UINT32 )
serveRequest( packet->requestID, true );
NodeConnectAckPacket ack;
remoteNode->send( ack );
_connectMulticast( remoteNode );
return true;
}
