ClientMessageBus* ClientProtocolThread::initialize()
{
start();
qxt_d().waiter.wait(&_mutex);
_protocol->moveToThread(_bus->thread());
//Connect all the signals and slots that make the communication work....
//disconnect signal
connect(_protocol, SIGNAL(disconnected()), _bus, SIGNAL(disconnected()), Qt::DirectConnection);
//server calls callback on client
connect(_protocol, SIGNAL(sendCallback(Message)), _bus, SIGNAL(sendCallback(Message)), Qt::DirectConnection);
//server sends return to client
connect(_protocol, SIGNAL(returnReceived(Message)), &_bus->qxt_d(), SLOT(returnReceived(Message)), Qt::DirectConnection);
//server sends event to client
connect(_protocol, SIGNAL(sendEvent(Message)), _bus, SIGNAL(sendEvent(Message)), Qt::DirectConnection);
//client sends return to server
connect(_bus, SIGNAL(callbackReturn(Message)), _protocol, SLOT(callbackReturn(Message)), Qt::DirectConnection);
//client calls function on server (thread boundary)
connect(_bus, SIGNAL(sendFunction(Message)), _protocol, SLOT(sendFunction(Message)), Qt::QueuedConnection);
qxt_d().waiter.wakeAll();
_mutex.unlock();
_initMutex.unlock();
return _bus;
}
void OtherDataMessage::sendData()
{
char buffer[30] = "";
static Time sentTime;
static int interval = 0;
NumbersAndSizes stats;
int messageNumber = OtherDataMessage::newMessageNumber(streamNumber);
stats.number = messageNumber;
fillMessageContents(buffer, messageNumber);
if(ranvarSize == 0)
{
stats.size = this->messageSize;
}
else
{
stats.size = ranvarSize->GetInteger();
}
if(ranvarForwardSize == 0)
{
if(useRcvSize)
stats.forwardSize = stats.size;
else
stats.forwardSize = this->forwardSize;
}
else
{
stats.forwardSize = ranvarForwardSize->GetInteger();
}
numbersAndSizes.at(streamNumber).at(OTHER_DATA).push_back(stats);
sentTime = Simulator::Now();
StatisticsCollector::logMessagesSentFromServer(messageNumber, sentTime, streamNumber, clientTimeRequirement,
OtherDataMessage::getODMNameIndex(name), messageID, stats.size);
if(!sendFunction(this, (uint8_t*)buffer))
PRINT_ERROR("Problems with socket buffer" << std::endl);
if(ranvarTimeInterval != 0)
{
interval = ranvarTimeInterval->GetInteger();
if(interval <= 0)
interval = 1;
}
if(running)
{
if(ranvarTimeInterval == 0)
sendEvent = Simulator::Schedule(Time(MilliSeconds(timeInterval)), &OtherDataMessage::sendData, this);
else
sendEvent = Simulator::Schedule(Time(MilliSeconds(interval)), &OtherDataMessage::sendData, this);
}
}
