void Detector::initialize(int stage) {
if (stage == inet::INITSTAGE_LAST) {
// Initialize local variables
IP = inet::L3AddressResolver().addressOf(
getParentModule()->getParentModule(),
inet::L3AddressResolver::ADDR_IPv4).toIPv4();
faulty = par("faulty");
monitor = check_and_cast<TrafficMonitor*>(
getParentModule()->getSubmodule("monitor"));
WATCH_VECTOR(thresholds);
WATCH_VECTOR(evaluateNextIter);
}
}
void Detector::handleMessage(cMessage *msg) {
if (msg->arrivedOn("clock")) {
// Schedule evaluation just a bit later, so that we have all sketches
scheduleAt(
simTime() + simtime_t(getParentModule()->par("interval")) * .8,
msg);
} else if (msg->isSelfMessage()) {
evaluateCores();
delete msg;
clearReports();
} else if (msg->arrivedOn("graphServerIn")) {
updateCores(check_and_cast<CoresUpdate*>(msg));
} else if (msg->arrivedOn("reportsIn")) {
updateReports(check_and_cast<Report*>(msg));
} else {
delete msg;
}
}
void OMNeTBattery::handleDepletedEnergy() {
EV << "[BATTERY]: " << getParentModule()->getFullName() <<" 's battery exhausted" << std::endl;
residualCapacityInMilliWattSeconds = 0;
deactivateAllRegisteredDevices();
recordScalar("nodeEnergyDepletionTimestamp", simTime());
}
