void
ThreadImpl::registerTick(CycleType cycleType, MilliSecTime time)
{
if (!time.isSet()) time = _pool.getClock().getTimeInMillis();
ThreadTickData data(getTickData());
uint64_t previousTickMs = data._lastTickMs;
uint64_t nowMs = time.getTime();
data._lastTickMs = nowMs;
data._lastTickType = cycleType;
setTickData(data);
if (data._lastTickMs == 0) { return; }
if (previousTickMs > nowMs) {
LOGBP(warning, "Thread is registering tick at time %lu, but "
"last time it registered a tick, the time was %lu"
". Assuming clock has been adjusted backwards",
nowMs, previousTickMs);
return;
}
uint64_t cycleTimeMs = nowMs - previousTickMs;
if (cycleType == WAIT_CYCLE) {
data._maxWaitTimeSeenMs = std::max(data._maxWaitTimeSeenMs, cycleTimeMs);
} else {
data._maxProcessingTimeSeenMs = std::max(data._maxProcessingTimeSeenMs, cycleTimeMs);
}
}
void PostScene::setData(string _customID,tabCustom* _tabCustom){
customID = _customID;
TextField* _txt;
for (std::map<string, tabCustom::AttType>::iterator it = _tabCustom->mapAtt.begin(); it != _tabCustom->mapAtt.end(); it++)
{
_txt = static_cast<TextField*>(rootNode->getChildByName(it->first));
if (_txt != NULL)
_txt->setString(_tabCustom->*(it->second));
}
getTickData();
}
