void CommunicationComManager::messageReceived(Message* message)
{
//Get Time frame to accept the messageReceived
TIME currentTime=Integrator::getCurSimTime();
TIME graceTime=currentTime- Integrator::getPacketLostPeriod();
if(graceTime>currentTime){ //overflowed
graceTime=0;
}
#if DEBUG
if (message->getSize() > 0) {
CERR << "AbsCommManager::messageReceived(" << (char*)message->getData() << ") " << currentTime << endl;
}
else {
CERR << "AbsCommManager::messageReceived(NULL) " << currentTime << endl;
}
#endif
if(message->getTime()<graceTime){ //old message drop
#if DEBUG
CERR << "message is old dropping" << endl;
#endif
delete message;
return;
}
#if DEBUG
CERR << message->getTo() << endl;
#endif
ObjectCommInterface *comm=getObjectInterface(message->getFrom());
//handle bcast
if(message->isBroadCast()){
addMessageTimeout(message->getTime(),true);
map<string,ObjectCommInterface*>::iterator it=this->interfaces.begin();
for(;it!=interfaces.end();++it){
if(it->first.compare(message->getFrom())==0)
continue;
Message *nm=new Message(message->getFrom(),it->first,message->getTime(),
message->getData(),message->getSize());
signalNewMessage(comm,nm);
//it->second->newMessage(nm);
}
delete message;
}
else{
//handle single message
//let it throw an exception if the key is not found
//comm->newMessage(message);
signalNewMessage(comm,message);
addMessageTimeout(message->getTime());
}
}
InterfaceProxy *DataManager::getObjectInterface(std::string const &path) const {
return getObjectInterface(hash_string(path.c_str()), path, 0);
}
InterfaceProxy *DataManager::getObjectInterface(ObjectID const &id) const {
return getObjectInterface(id, "", 0);
}
