OMNeT++ LTE MODULE

void LteVectorRecorder::subscribedTo(cResultFilter *prev)
{
cNumericResultRecorder::subscribedTo(prev);
opp_string_map attributes = getStatisticAttributes();
// register global vector handle
handle_[0] = ev.registerOutputVector(getComponent()->getFullPath().c_str(), getResultName().c_str());
ASSERT(handle_[0] != NULL);
for (opp_string_map::iterator it = attributes.begin(); it != attributes.end(); ++it)
ev.setVectorAttribute(handle_[0], it->first.c_str(), it->second.c_str());
}
void LteVectorRecorder::collect(simtime_t t, double value, unsigned int id, cComponent* module)
{
if (t < lastTime_) { throw cRuntimeError(“%s: Cannot record data with an earlier timestamp (t=%s) ” “than the previously recorded value (t=%s)”, cResultListener::getClassName(), SIMTIME_STR(t), SIMTIME_STR(lastTime_)); } moduleMap_[id] = module; lastTime_ = t; if (!handle_[id]) { // register vector handle for new id opp_string_map attributes = getStatisticAttributes(); char metricName[50]; sprintf(metricName, “%s:id=%d”, getResultName().c_str(), id); handle_[id] = ev.registerOutputVector(moduleMap_[id]->getFullPath().c_str(), metricName);
ASSERT(handle_[id] != NULL);
for (opp_string_map::iterator it = attributes.begin(); it != attributes.end(); ++it)
ev.setVectorAttribute(handle_[id], it->first.c_str(), it->second.c_str());
}
ev.recordInOutputVector(handle_[id], t, value); // Local Recording
}