public static void IdleSupply(MyAssembler __instance) {
if (!(__instance is MyAssembler assembler))
return;
if (assembler.IsQueueEmpty && assembler.HasInventory)
{
//figure out how to see if assembler is even connected to conveyors cause f**k me
if (//assembler.f****e)
{
try
{
var group =assembler.CubeGrid.BigOwners;
var me =group.First();
MyInventory inventory = assembler.GetInventory();
if ((double) inventory.VolumeFillFactor >= 0.990000009536743)
return;
MyGridConveyorSystem.PullAllItemsForConnector((IMyConveyorEndpointBlock) assembler, inventory, me, AssemblerSupplyChainPlugin.Instance.MAX_ITEMS_TO_PULL_IN_ONE_TICK);
}
catch (Exception e)
{
Log.Fatal("f**k my whole life" + e);
}
}
/*MyInventory inventory = assembler.GetInventory();
if (inventory.GetItemsCount() <= 0)
return;
var blocks = assembler.CubeGrid.GridSystems.ConveyorSystem.
assembler.CubeGrid.GridSystems.ConveyorSystem.PullItems(_inventoryConstraint, MyFixedPoint.MaxValue, blocks, inventory );*/
// this probably just yeets the contents of the assembler
//assembler.Components.Remove<MyInventory>();
/*MyGridConveyorSystem.PushAnyRequest((inventory) this, inventory);
if (assembler.GetInventory() == null)
{
MyInventory myInventory = new MyInventory(assembler.InventorySize.Volume, this.m_conveyorSorterDefinition.InventorySize, MyInventoryFlags.CanSend);
assembler.Components.Add<MyInventoryBase>((MyInventoryBase) myInventory);
myInventory.Init(builderConveyorSorter.Inventory);
}
var a = assembler.OutputInventory.InventoryId;
var i = assembler.ConveyorEndpoint.CubeBlock.InventoryCount;
assembler.Components.Clear();
assembler.drainall();
MyConveyorSorter sorter;
sorter.DrainAll = true;*/
}
return;
}
void assembler_CurrentModeChanged(MyAssembler assembler)
{
Debug.Assert(m_selectedAssembler == assembler);
SelectModeButton(assembler.DisassembleEnabled);
RefreshRepeatMode(assembler.RepeatEnabled);
RefreshSlaveMode(assembler.IsSlave);
RefreshProgress();
RefreshAssemblerModeView();
RefreshMaterialsPreview();
}
private void UnregisterAssemblerEvents(MyAssembler assembler)
{
if (assembler == null)
{
return;
}
m_selectedAssembler.CurrentModeChanged -= assembler_CurrentModeChanged;
m_selectedAssembler.QueueChanged -= assembler_QueueChanged;
m_selectedAssembler.CurrentProgressChanged -= assembler_CurrentProgressChanged;
m_selectedAssembler.CurrentStateChanged -= assembler_CurrentStateChanged;
assembler.InputInventory.ContentsChanged -= InputInventory_ContentsChanged;
m_selectedAssembler.OutputInventory.ContentsChanged -= OutputInventory_ContentsChanged;
}
private void SelectAndShowAssembler(MyAssembler assembler)
{
UnregisterAssemblerEvents(m_selectedAssembler);
m_selectedAssembler = assembler;
RegisterAssemblerEvents(assembler);
RefreshRepeatMode(assembler.RepeatEnabled);
RefreshSlaveMode(assembler.IsSlave);
SelectModeButton(assembler.DisassembleEnabled);
UpdateBlueprintClassGui();
RefreshQueue();
RefreshInventory();
RefreshProgress();
RefreshAssemblerModeView();
}
internal void Close()
{
UnregisterEvents();
UnregisterAssemblerEvents(m_selectedAssembler);
m_assemblersByKey.Clear();
m_blueprintButtonGroup.Clear();
m_modeButtonGroup.Clear();
m_selectedAssembler = null;
m_controlsParent = null;
m_terminalSystem = null;
m_comboboxAssemblers = null;
m_dragAndDrop = null;
m_dragAndDropInfo = null;
}
private void UnregisterAssemblerEvents(MyAssembler assembler)
{
if (assembler == null)
{
return;
}
m_selectedAssembler.CurrentModeChanged -= assembler_CurrentModeChanged;
m_selectedAssembler.QueueChanged -= assembler_QueueChanged;
m_selectedAssembler.CurrentProgressChanged -= assembler_CurrentProgressChanged;
m_selectedAssembler.CurrentStateChanged -= assembler_CurrentStateChanged;
if (assembler.InputInventory != null) // can be null on unload and close
{
assembler.InputInventory.ContentsChanged -= InputInventory_ContentsChanged;
}
if (m_selectedAssembler.OutputInventory != null)
{
m_selectedAssembler.OutputInventory.ContentsChanged -= OutputInventory_ContentsChanged;
}
}
void assembler_CurrentStateChanged(MyAssembler obj)
{
Debug.Assert(obj == m_selectedAssembler);
RefreshProgress();
}
void assembler_CurrentProgressChanged(MyAssembler assembler)
{
Debug.Assert(assembler == m_selectedAssembler);
RefreshProgress();
}
