//this produces a clone of the specified ItemStore
public static ItemStore Clone(ItemStore store)
{
//create a new itemstore and populate its store entry list with a clone of the store entry list belonging to the source store
ItemStore newstore = new ItemStore(StoreEntry.CloneList(store.StoreEntries));
newstore.ExpelStoreEntries = StoreEntry.CloneList(store.ExpelStoreEntries);
newstore.Label = store.Label;
newstore.Dynamic = store.Dynamic;
newstore.OfferDeeds = store.OfferDeeds;
newstore.WithdrawAmount = store.WithdrawAmount;
newstore.MinWithdrawAmount = store.MinWithdrawAmount;
newstore.LootType = store.LootType;
newstore.Insured = store.Insured;
newstore.LockWithdrawalAmount = store.LockWithdrawalAmount;
newstore.DisplayColumns = store.DisplayColumns;
//this is reset to the new containing object after the cloning process is complete.
newstore.Owner = store.Owner;
foreach (StoreEntry entry in store.StoreEntries)
{
entry.Store = newstore;
}
return(newstore);
}
//the basic initialization of the item store
protected virtual ItemStore GenerateItemStore()
{
//load the item entry structure. Note that contents is specific because EntryStructure can be
//overloaded in child entities
ItemStore newstore = new ItemStore(StoreEntry.CloneList(EntryStructure));
//write the new display column number to the store
newstore.DisplayColumns = DisplayColumns;
newstore.RegisterEntries();
return(newstore);
}
//this synchronizes the item store with a specified list of item entries. this is done to allow a scripter to on-the-fly
//modify the contents of any object containing an item store without having to manually reorganize the data entries of all
//instanced objects in the world save data
public void SynchronizeStore(List <StoreEntry> synchentries)
{
//Idea: stick current active store entry list in a temporary location, and rebuild the list using the
//synchentries list data. Pull amount info from the temporary list (if it exists there) and remove that entry
//from the temporary list. Finally, put any leftover entries in the temporary list into the expel list, to
//be claimed externally the next time the device implementing this list is used.
//store the current world loaded list into a temporary list
List <StoreEntry> templist = StoreEntry.CloneList(_StoreEntries);
//clear the current list so it's ready to be written to
_StoreEntries = new List <StoreEntry>();
//begin generating new list based on synch entries parameter
foreach (StoreEntry entry in synchentries)
{
//use clone constructor
StoreEntry newentry = entry.Clone();
//find a matching item entry in the temporary list
int matchingindex = StoreEntry.IndexOfType(templist, entry.Type);
if (matchingindex > -1)
{
//special treatment: if the entry is a list entry, then transfer the contained list too
if (entry is ListEntry && templist[matchingindex] is ListEntry)
{
//transfer over a clone copy of all item list entries
((ListEntry)entry).CloneItemListEntries((ListEntry)templist[matchingindex]);
}
//special treatment: if the entry is a stash entry, then transfer the contained list too
else if (entry is StashEntry && templist[matchingindex] is StashEntry)
{
//transfer over a clone copy of all the item stash entries
((StashEntry)entry).CloneStashListEntries((StashEntry)templist[matchingindex]);
}
else
{
//transfer over the amount into the new listing
entry.Amount = templist[matchingindex].Amount;
}
templist.RemoveAt(matchingindex);
}
else
{
}
//add this to the finished product list
_StoreEntries.Add(entry);
//register entry with this store for refresh purposes
entry.Store = this;
}
//finally, store the leftovers in the expel list
foreach (StoreEntry entry in templist)
{
if (entry.Amount > 0) //note, this will automatically ignore all column separators
{
int matchingindex = StoreEntry.IndexOfType(ExpelStoreEntries, entry.Type);
if (matchingindex > -1)
{
//append amount to existing entry in expel list
ExpelStoreEntries[matchingindex].Amount += entry.Amount;
}
else
{
//add new entry to the expel list
ExpelStoreEntries.Add(entry);
}
}
}
RefreshEntryHeight();
}
