void GateLogic::parseBody( short message_id, std::shared_ptr<EasyBuffer> buf_ptr_, int from_connection_id, int char_id)
{
const char* c = buf_ptr_->get_buffer();
int size = buf_ptr_->get_size();
switch(message_id){
case msgid::togate::player_login:
{
gr::Player_Login msg;
msg.ParseFromArray(c, size);
int char_id = msg.char_id();
int ip = msg.ipv4();
if(isPermited(ip)){
if(isOnline(char_id)){
//删除原来的connection
cmp_->remove_from_manager(getConnectionId(char_id));
}
//给obj-master发消息
int obj_master = 0;
gr::Notify_Obj_Master_Player_Login send_msg;
send_msg.set_char_id(char_id);
std::shared_ptr<EasyBuffer> buf(new EasyBuffer);
int size = send_msg.ByteSize();
buf->prepare(size);
send_msg.SerializeToArray(buf->get_buffer(), size);
connection_ptr c_p_ = getConnection(obj_master);
c_p_->get_io_service().post(boost::bind(&Tcp_Connection::send, c_p_, buf, msgid::fromgate::notify_obj_master_player_login, size));
}
break;
}
case msgid::togate::inter_server_register:
{
gr::Inter_Server_Register msg;
msg.ParseFromArray(c, size);
setServerId(msg.server_type(),from_connection_id);
std::shared_ptr<EasyBuffer> buf(new EasyBuffer);
connection_ptr c_p_ = getConnection(from_connection_id);
c_p_->get_io_service().post(boost::bind(&Tcp_Connection::send_to_connection, c_p_, buf, msgid::fromgate::server_registered, 0));
break;
}
case msgid::togate::transmission:
{
connection_ptr c_p_ = getConnection(getConnectionId(char_id));
c_p_->get_io_service().post(boost::bind(&Tcp_Connection::send_to_connection, c_p_, buf_ptr_, message_id, buf_ptr_->get_size()));
break;
}
}
}
bool SocketSession::deliver(const long fromId, const string message, const int type, const long mid){
LOG_W(fromId, "SocketSession::deliver", type, message);
// 国际化
std::string i18nStr(message);
LOG_DEBUG("SocketSession::deliver:: msg = "<<message);
//cout<<getLang()<<endl;
if (pack(getLang(), i18nStr)){
LOG_ERROR("SocketSession::response => I18nTranslate error msg=["<<message.c_str()<<"]");
LOG_W(fromId, "I18n::pack", type, "error");
return false;
}
MY_INSTANCE(SocketServer).deliverMsg(getConnectionId(), i18nStr );
return 1;
}
OsStatus MpRtpInputConnection::setFlowGraph(MpFlowGraphBase* pFlowGraph)
{
OsStatus stat = MpResource::setFlowGraph(pFlowGraph);
// If the parent's call was successful, then call
// setFlowGraph on any child resources we have.
if(stat == OS_SUCCESS)
{
if (pFlowGraph != NULL)
{
mpRtpDispatcher->setNotificationDispatcher(pFlowGraph->getNotificationDispatcher());
if(mpFromNet)
{
mpFromNet->setFlowGraph(pFlowGraph);
}
#ifdef INCLUDE_RTCP /* [ */
// Get the RTCP Connection object for this flowgraph connection
mpiRTCPConnection = pFlowGraph->getRTCPConnectionPtr(getConnectionId(), 'A', getStreamId());
OsSysLog::add(FAC_MP, PRI_DEBUG, " MpRtpInConn::setFlowGraph(%p) CID=%d, TC=%p", pFlowGraph, getConnectionId(), mpiRTCPConnection);
// Let's use the Connection interface to acquire the constituent interfaces
// required for dispatching RTP and RTCP packets received from the network as
// well as the statistics interface tabulating RTP packets going to the network.
INetDispatch *piRTCPDispatch = NULL;
IRTPDispatch *piRTPDispatch = NULL;
ISetSenderStatistics *piRTPAccumulator = NULL;
if(mpiRTCPConnection)
{
mpiRTCPConnection->GetDispatchInterfaces(&piRTCPDispatch, &piRTPDispatch, &piRTPAccumulator);
}
// The MprFromNet object needs the RTP and RTCP Dispatch interfaces of the
// associated RTCP connection so that RTP and RTCP packets may be forwarded
// to the correct location.
mpFromNet->setDispatchers(piRTPDispatch, piRTCPDispatch);
#endif /* INCLUDE_RTCP ] */
}
else
{
mpRtpDispatcher->setNotificationDispatcher(NULL);
}
}
return stat;
}
/*Get the delimited data and save it in a strcture in the memory
The data that reaches the client or server is processed in this
method */
void processCmd(char *rcvddata,int socket,int bytes_rcvd){
char *ipdata;
char *arg;
char *iprecdata;
char *argz;
char *field;
int strdlen = strlen(rcvddata);
int strreclen ;
ipdata =(char *)malloc((strdlen + 1)* sizeof(char));
strcpy(ipdata,rcvddata) ;
int count = 0;
int idatacnt = 0;
char *dataarr[50];
char *tokens[3];
int leng;
int ifunction ;
int iIndex;
int oIndex = 0 ;
//char hport[];
int iLoop;
//printf("\n Entry point data:%s",ipdata);
arg = strtok(ipdata,rdelimiter);
while(arg){
//printf("\n Entry point2:%s",arg);
if(strcmp(arg,"REG") == 0){
ifunction = REGISTER_CMD ;
//clear the list and build new
clearClientList(&headClientNode,0);
}else if(strcmp(arg,"CON") == 0){
ifunction = CONNECT_CMD ;
}else if(strcmp(arg,"UP") == 0){
ifunction = UPLOAD_CMD ;
oIndex = 0 ;
}else if(strcmp(arg,"DOW") == 0){
ifunction = DOWNLOAD_CMD ;
}else if(strcmp(arg,"E1")== 0){
printf("--------File error : File not found at remote peer");
}
if(ifunction == CONNECT_CMD && count == 1){
char ips[INET6_ADDRSTRLEN] ;
char *rip = ips ;
updateConnctdPort(socket,arg,&headConnectdNode,rip);
printf("\n-------Connected to Peer :%s",ips);
}
if(ifunction == UPLOAD_CMD){
strreclen = strlen(arg);
dataarr[oIndex] = (char *)malloc((strreclen + 1)* sizeof(char));
strcpy(dataarr[oIndex],arg);
//printf("\n Entry point4:%s",dataarr[oIndex]);
oIndex++ ;
}
if(ifunction == DOWNLOAD_CMD){
strreclen = strlen(arg);
dataarr[oIndex] = (char *)malloc((strreclen + 1)* sizeof(char));
strcpy(dataarr[oIndex],arg);
oIndex++ ;
}
if(ifunction == REGISTER_CMD ){
strreclen = strlen(arg);
//iprecdata = (char *)malloc((strreclen + 1)* sizeof(char));
//strcpy(iprecdata,arg);
dataarr[oIndex] = (char *)malloc((strreclen + 1)* sizeof(char));
strcpy(dataarr[oIndex],arg);
//printf("\n Entry point4:%s",dataarr[oIndex]);
oIndex++ ;
}
count++ ;
arg = strtok(NULL,rdelimiter) ;
}
if(ifunction == REGISTER_CMD){
for(iLoop = 0;iLoop < oIndex;iLoop++){
//printf("Row data is:%s",dataarr[iLoop]);
char *rec = strtok(dataarr[iLoop],fdelimiter);
//rec = strtok(dataarr[iLoop],fdelimiter);
iIndex = 0 ;
while(rec){
tokens[iIndex] = strdup(rec);
if(iIndex == 4){
//Call method to add to the clients to server list
//printf("\n %s, %s, %s,%s",tokens[0],tokens[1],tokens[2],tokens[3]);
addClientstoList(&headClientNode,tokens[0],tokens[1],tokens[2],atoi(tokens[3]),1);
}
iIndex++ ;
rec = strtok(NULL,fdelimiter);
}
}
}
if(ifunction == REGISTER_CMD){
listactpeers(0,headClientNode,0);
}
if(ifunction == UPLOAD_CMD){
//call multiple receive
//fileReceive1(dataarr[1],dataarr[2],socket);
if(oIndex ==3){
dataarr[oIndex] = (char *)malloc((strreclen + 1)* sizeof(char));
strcpy(dataarr[oIndex],"\0");
}
fileReceive(dataarr[1],dataarr[2],dataarr[3],socket,bytes_rcvd);
//printf("\n THe sample data is%s :%s :%s",dataarr[1],dataarr[2],dataarr[3]);
}
if(ifunction == DOWNLOAD_CMD){
int connectId = getConnectionId(socket);
int success = 0;
success = fileProcess(socket,dataarr[1],connectId);
//error in reading file send it to client
if(success == 0){
send(socket,"E1@@@E",7,0);
}
}
if(ifunction == CONNECT_CMD){
}
}