void StoragesAssigner::getAvailableStoreAssignments(Element* element, std::map<Store*, std::vector<Store*> >& STsOnStore, std::map<Store*, Assignment* >& stAssignment, Assignment* assignment)
{
Stores::iterator storesIt = network->getStores().begin();
Stores::iterator storesItEnd = network->getStores().end();
for ( ; storesIt != storesItEnd; ++storesIt )
{
if ( (*storesIt)->getTypeOfStore() == static_cast<Store*>(element)->getTypeOfStore() )
{
// inserting only vms with capacity less then the element's one
STsOnStore[*storesIt] = std::vector<Store *>();
// going through all other assigned requests
RequestAssignment::iterator it = requestAssignment.begin();
RequestAssignment::iterator itEnd = requestAssignment.end();
for ( ; it != itEnd; ++it )
{
Stores storages = it->second->GetAssigned(*storesIt);
Stores::iterator stIt = storages.begin();
Stores::iterator stItEnd = storages.end();
for ( ; stIt != stItEnd; ++stIt )
{
STsOnStore[*storesIt].push_back(*stIt);
stAssignment[*stIt] = it->second;
}
}
}
}
}
Stores NetworkManager::getStoreCandidates()
{
Stores result;
while( !depthSearcher->isExhausted() )
{
Elements elements = depthSearcher->getElementCandidates();
cerr << "[NM]\tDepth search returned " << elements.size() << endl;
for ( Elements::iterator i = elements.begin(); i != elements.end(); i++ )
{
Element * element = *i;
if ( ! element->isStore() )
continue;
Store * store = (Store *) element;
if ( rejectedStores.find(store) != rejectedStores.end() )
continue;
result.insert(store);
}
depthSearcher->increaseSearchSpace();
if ( !result.empty() )
break;
}
rejectedStores.insert(result.begin(), result.end());
cerr << "[NM]\tPrepared " << result.size() << " candidates" << endl;
return result;
}
// files holds the transactions for every store
// findBook returns a vector with an entry for each store that sold the given book
vector<matches>
findBook(const Stores &files, const string &book)
{
vector<matches> ret; // initially empty
// for each store find the range of matching books, if any
for (Stores::const_iterator it = files.begin();
it != files.end(); ++it) {
// find the range of Sales_data that have the same ISBN
pair<vector<Sales_data>::const_iterator,
vector<Sales_data>::const_iterator> found =
equal_range(it->begin(), it->end(), book, compareIsbn);
if (found.first != found.second) // this store had sales
// remember the index of this store and the matching range
ret.push_back(make_tuple(it - files.begin(),
found.first, found.second));
}
return ret; // empty if no matches found
}