void SamplerSMARTS::nextMode(bool rotate, FlowID fid, EmuMode mod){
if (rotate){
fetchNextMode();
I(next_mode != EmuInit);
//If in live mode and warmup is to be forced
if(BootLoader::genwarm > 0 && next_mode == EmuTiming) {
BootLoader::genwarm--;
setMode(EmuWarmup, fid);
//setMode(EmuDetail, fid);
} else if(BootLoader::live_warmup > 0 && next_mode == EmuTiming) {
BootLoader::live_warmup--;
//BootLoader::sample_count++;
setMode(EmuDetail, fid);
//setMode(EmuRabbit, fid);
} else {
setMode(next_mode, fid);
}
I(mode == next_mode);
if (next_mode == EmuRabbit){
setModeNativeRabbit();
}
setNextSwitch(getNextSwitch() + sequence_size[sequence_pos]);
}else{
I(0);
}
}
void SamplerSMARTS::nextMode(bool rotate, FlowID fid, EmuMode mod){
if (rotate){
fetchNextMode();
I(next_mode != EmuInit);
setMode(next_mode, fid);
I(mode == next_mode);
if (next_mode == EmuRabbit){
setModeNativeRabbit();
}
setNextSwitch(getNextSwitch() + sequence_size[sequence_pos]);
}else{
I(0);
}
}
void SamplerPeriodic::coordinateWithOthersAndNextMode(FlowID fid) {
fetchNextMode();
syncTimeAndSamples(fid);
if (lastMode == EmuTiming) {
progressedTime->sample(getTime());
endSimSiged = (getTime()>=maxnsTime)?1:0;
//std::cout<<"mode "<<lastMode<<" fid:"<<sFid<<" sID:"<<nSamples[sFid]<<" totalSamples:"<<totalnSamples<<" time:"<<getTime()<<"\n";
}
if (fid == winnerFid) {
if (lastMode == EmuTiming) { // timing is going to be over
doPWTH(fid);
}
}
}