int Scheduler::registerMultiResource(std::vector<SerializableObject *> &objects) {
if (objects.size() != getCoreCount())
Log(EError, "registerMultiResource() : resource vector does not have the right size!");
LockGuard lock(m_mutex);
int resourceID = m_resourceCounter++;
ResourceRecord *rec = new ResourceRecord(objects);
m_resources[resourceID] = rec;
for (size_t i=0; i<objects.size(); ++i)
objects[i]->incRef();
#if defined(DEBUG_SCHED)
Log(EDebug, "Registered multi resource %i: %s", resourceID, objects[0]->getClass()->getName().c_str());
#endif
return resourceID;
}
MillerRabinParallelPrimes::MillerRabinParallelPrimes(unsigned long n, unsigned long numberOfBases) :
BasePrime("MillerRabinParallelPrimes"),
mIsValid(false),
mCheckLimit(n),
mNumberOfBases(/*numberOfBases*/3),
mNumberOfThreads(getCoreCount()+1),
mNumberOfPrimes(0)
{
std::cout << "number of concurrent jobs: " << mNumberOfThreads << std::endl;
std::cout << "checking against " << mNumberOfBases << " bases" << std::endl;
// nothing to do yet?
if (n > 2 && numberOfBases > 2)
{
mIsValid = true; // object created correctly
}
}
MillerRabin::MillerRabin(unsigned long n, unsigned long numberOfBases) :
BasePrime("MillerRabin"),
mIsValid(false),
mCheckLimit(n),
mNumberOfBases(numberOfBases),
mTypeBitSize(sizeof(unsigned long)*8), // !!!!!!!!
mNumberOfThreads(getCoreCount()+1),
mNumberOfPrimes(1), // test starts with 3, so count the prime 2 here
mNumberOfPrimesMutex()
{
std::cout << "check against " << mNumberOfBases << " bases" << std::endl;
// nothing to do yet?
if (n > 2 && numberOfBases > 2)
{
mIsValid = true; // object created correctly
}
}
