//When a final match is found, populate a list with the names of the
//stores and use this method to add the correct information about the final match
private void addFinalMatch(List<string> storeNamesInMatch) {
matchesfound = true;
FinalMatch theMatch = new FinalMatch();
List<Store> storesInMatch = new List<Store>();
foreach (string storename in storeNamesInMatch) {
theMatch.AddStore(storename);
storesInMatch.Add(new Store(storename, StoreDictionary[storename]));
}
for (int i = 0; i < WantedItemList.Count; i++) {
Item item = WantedItemList[i];
storesInMatch = storesInMatch.OrderBy(s => s.getPrice(item.extid)).ThenByDescending((s => s.getQty(item.extid))).ToList();
int totalwantedqty = item.qty;
int storeindex = 0;
while (totalwantedqty > 0) {
Store currentStore = storesInMatch[storeindex];
int storeQty = currentStore.getQty(item.extid);
int actualQtyFromStore = (storeQty >= totalwantedqty) ? totalwantedqty : storeQty;
totalwantedqty -= actualQtyFromStore;
theMatch.GetDetails(currentStore.getName()).AddItem(item.extid, actualQtyFromStore, currentStore.getPrice(item.extid));
storeindex++;
}
}
// Check for a solution that doesn't use one of the stores. Reject it since it would have been
// found for a smaller value of k.
foreach(string storename in theMatch.GetStoreNames())
{
if (theMatch.GetDetails(storename).totalStorePrice == 0)
{
return;
}
}
MatchAdd(theMatch);
}
private void MatchAdd(FinalMatch thismatch) {
lock (calcLock) {
matchesfoundcount++;
matches.Add(thismatch);
if (matches.Count > settings.nummatches) {
matches = matches.OrderBy(i => i.totalprice).Take(settings.nummatches).ToList();
}
}
}