Packet interface replies to EIP_OBJECT_RESET_RES wit hEIP_OBJECT_RESET_RES

--- Sources/core/eip_gci_packethandlers.c       (revision 89014)
+++ Sources/core/eip_gci_packethandlers.c       (working copy)
@@ -105,7 +105,7 @@
   return EIP_PACKET_DONE;
 }

-static void eip_gci_remanent_delete_finished_callback(void* pvParam, CIP_OBJ_RESPONSE_T* ptResponse)
+static void eip_gci_delete_config_request_remanent_delete_finished_callback(void* pvParam, CIP_OBJ_RESPONSE_T* ptResponse)
 {
   EIP_GCI_ACYCLIC_REQUEST_T *ptAcyclicRequest = pvParam;
   struct HIL_GCI_COMP_Ttag *ptRsc = ptAcyclicRequest->ptRsc;
@@ -139,7 +139,7 @@
   }
   else
   {
-    eip_gci_remanent_delete(ptRsc, eip_gci_remanent_delete_finished_callback, ptAcyclicRequest);
+    eip_gci_remanent_delete(ptRsc, eip_gci_delete_config_request_remanent_delete_finished_callback, ptAcyclicRequest);
     return EIP_PACKET_KEEP;
   }
 }
@@ -862,7 +862,9 @@
     PS_Worker_QueueJob(ptRsc->hGciWorker, &ptRsc->tStackRebootJob);
   }

-  eip_gci_acyclic_finish(ptHostOrder->ptAcyclicRequest);
+  /* This was a confirmation/response, so we have to free the acyclic request */
+  assert(ptHostOrder->ptAcyclicRequest->tPacketHeader.ulCmd == EIP_OBJECT_RESET_RES);
+  eip_gci_acyclic_free_resources(ptHostOrder->ptAcyclicRequest);
   EIP_GCI_FREE_RESOURCE(ptHostOrder);
 }

The reset response is replied to instead of freed when it has been fully handled.