QByteArray DwarfDie::fullyQualifiedName() const
{
QByteArray baseName;
auto parent = parentDie();
if (parent->tag() == DW_TAG_class_type || parent->tag() == DW_TAG_structure_type || parent->tag() == DW_TAG_namespace)
baseName = parent->fullyQualifiedName() + "::";
return baseName + typeName();
}
TIME OptimisticTickSyncAlgo::testSpeculationState(TIME specNextTime,TIME currentTime)
{
if(!hasChild() && specNextTime!=0){
interface->prepareFork();
#ifdef DEBUG_WITH_PROFILE
CERR << "Creating child process for specTime " << specNextTime << " " << getCurTimeInMs() << endl;
#elif DEBUG
CERR << "Creating child process for specTime " << specNextTime << endl;
#endif
this->createSpeculativeProcess();
if(this->isChild){ //createSpeculativeProcess will modify this flag!
AbsCommManager* copy=interface->duplicate(); //create new contexts
st->startSpeculation(currentTime);
this->interface=copy;
Integrator::setCommManager(copy);
this->specFailTime=Infinity;
attachTimeShm();
#ifdef DEBUG
CERR << this->mypid << ": I'm child, current time" << currentTime << " run until no sync " << specNextTime << endl;
#endif
#ifdef PROFILE
speced();
#endif
return specNextTime;
}else{
//TODO MEMORY LEAK!
attachTimeShm();
AbsCommManager *copy=interface->duplicate();
st->startSpeculation(currentTime);
Integrator::setCommManager(copy);
this->interface=copy;
#ifdef DEBUG
CERR << this->mypid << ": I'm parent, current time" << currentTime << " re-init complete" << comm->action << endl;
#endif
return 0;
}
}
if(hasChild()){
#if DEBUG
CERR << "MY action is " << globalAction << endl;
#endif
switch(globalAction){
case ACTION_NOINFO:
doLimbo();
break;
case ACTION_DOFAILLALL:
doFailAll();
break;
case ACTION_FAILED:
childDied();
break;
case ACTION_SUCCESS:
parentDie();
break;
default:
break;
}
}
return 0;
}
