internal void StartAmmoTask()
{
InventoryUpdate = true;
if (ITask.valid && ITask.Exceptions != null)
{
TaskHasErrors(ref ITask, "ITask");
}
for (int i = GridsToUpdateInvetories.Count - 1; i >= 0; i--)
{
for (int j = 0; j < GridsToUpdateInvetories[i].Inventories.Count; j++)
{
var inventory = GridsToUpdateInvetories[i].Inventories[j];
InventoryItems[inventory].AddRange(inventory.GetItems());
}
}
DefIdsComparer.Clear();
GridsToUpdateInvetories.Clear();
GridsToUpdateInvetoriesIndexer.Clear();
ITask = MyAPIGateway.Parallel.StartBackground(ProccessAmmoMoves, ProccessAmmoCallback);
}
internal void StartAmmoTask()
{
InventoryUpdate = true;
if (ITask.valid && ITask.Exceptions != null)
{
TaskHasErrors(ref ITask, "ITask");
}
StallReporter.Start("StartAmmoTask", 3);
foreach (var ai in GridsToUpdateInventories)
{
var logged = 0;
foreach (var inventory in ai.InventoryMonitor.Values)
{
var items = inventory?.GetItems();
if (items != null)
{
MyConcurrentList <MyPhysicalInventoryItem> phyItemList;
if (InventoryItems.TryGetValue(inventory, out phyItemList))
{
phyItemList.AddRange(items);
}
else if (logged++ == 0)
{
Log.Line($"phyItemList and inventory.entity is null in StartAmmoTask - grid:{ai.MyGrid.DebugName} - aiMarked:{ai.MarkedForClose} - cTick:{Tick - ai.AiCloseTick} - mTick:{Tick - ai.AiMarkedTick} - sTick:{Tick - ai.CreatedTick}");
}
}
}
}
StallReporter.End();
DefIdsComparer.Clear();
GridsToUpdateInventories.Clear();
ITask = MyAPIGateway.Parallel.StartBackground(ProccessAmmoMoves, ProccessAmmoCallback);
}
