MM::VOID MM::Evaluator::step(MM::Transition * tr)
{
MM::Reflector * r = m->getReflector();
MM::Instance * i = r->getInstance();
prepareAll(i);
MM_printf("STEP LEVEL (%ld nodes): pull all\n", pullAllWork->size());
stepLevel(tr, pullAllWork);
MM_printf("STEP LEVEL (%ld nodes): pull any\n", pullAnyWork->size());
stepLevel(tr, pullAnyWork);
MM_printf("STEP LEVEL (%ld nodes): push all\n", pushAllWork->size());
stepLevel(tr, pushAllWork);
MM_printf("STEP LEVEL (%ld nodes): push any\n", pushAnyWork->size());
stepLevel(tr, pushAnyWork);
MM_printf("\n");
//FIXME: we need the currently active nodes to calculate 'satisfied'
//clearActiveNodes(i);
finalizeAll(i, tr);
//create temporary string
MM::String * str = m->createString(10000);
//stringify transition
str->clear();
tr->toString(str);
str->print();
//stringify state
i->toString(str);
str->print();
str->clear();
//notify flow
notifyFlow(tr);
//notify dirty pool instance values
i->notifyValues(m);
//notifyValues(i);
//clean up instances
//notify deletions
//NOTE: pool node instance values might change --> also notified
i->sweep(m);
//recycle string
str->recycle(m);
}
MM::VOID MM::Evaluator::finalizeAll(MM::Instance * i, MM::Transition * tr)
{
finalize(i, tr);
MM::Map<MM::Element *, MM::Vector<MM::Instance *> *> * instanceMap =
i->getInstances();
MM::Map<MM::Element *, MM::Vector<MM::Instance *> *>::Iterator instanceMapIter =
instanceMap->getIterator();
while(instanceMapIter.hasNext() == MM_TRUE)
{
MM::Vector<MM::Instance *> * instanceVect = instanceMapIter.getNext();
MM::Vector<MM::Instance *>::Iterator instanceVectIter = instanceVect->getIterator();
while(instanceVectIter.hasNext() == MM_TRUE)
{
MM::Instance * iChild = instanceVectIter.getNext();
finalizeAll(iChild, tr);
}
}
}
void term_main(void)
{
hyu32 n = termFuncArr.size();
for (hyu32 i = 0; i < n; ++i)
termFuncArr[i]();
finalizeAll();
finalizeDebug();
loadPathArr.finalize();
updateFuncArr.finalize();
drawFuncArr.finalize();
termFuncArr.finalize();
for (hyu32 i = dllHandleArr.size(); i > 0; ) {
AfxFreeLibrary(dllHandleArr[--i]);
}
dllHandleArr.finalize();
HMD_FREE(mainMem);
HMD_FREE(debugMem);
}
