/* ospf_ky_driver.c - ospf ky driver *//* Copyright 2002 Wind River Systems, Inc. *//*modification history___________________02c,05sep02,agi  fixed compiler warning02b,12aug02,agi  moved #if defined to not include any driver code if not needed02a,02aug02,agi  Fixed DIAB compiler warning*//*DESCRIPTIONThis file contains the sample driver function to execute Katz-Yeung API calls.This file will initialize the ky task and read from the ky configuration file.This file will make use of the Katz-Yeung API calls to initialize the ky taskand create data to be added onto a type 10 opaque lsa and flooded out thenetwork for the area specified.*//* This include is here to prevent the DIAB "empty file" warning */#include "ospf.h"#if defined (__KY_DRIVER__)/* includes */#include <ky.h>#include <cspf.h>#include <teDb.h>/*************************************************************************** ospf_ky_driver - Driver function to execute Katz-Yeung API functions** This routine creates Katz-Yeung data and adds that data to a type 10* opaque lsa and floods it throughout the area.** RETURNS: N/A** ERRNO: N/A** NOMANUAL*/void ospf_ky_driver(){	ULONG te_unreserved_bandwidth[8] = { 50, 50, 50, 50, 50, 50, 50, 50};	OSPF_INTERFACE *sptr_opaque_interface = NULL;	CSPF_ROUTING_TABLE_NODE *routing_table = NULL;	char *new_lsa = NULL;	USHORT opaque_length = 0x0000;	OSPF_TE_PARAMETERS te_parameters1;	OSPF_TE_PARAMETERS *te_parameters2 = NULL;	int priority = 0;	OSPF_TE_TLV_DATA tlv_data;	UNION_OSPF_LS_ID ospf_lsid;	/* Register callback functions for Katz-Yeung */    kyOpenTE();    /* Initialize TE parameters for generating LSPs */    teInitializeParams();    /* Create TE parameters */    ospfTeCreateIf(ospf.router_id, 2, 0, 0, 0, 50, 50, 50, te_unreserved_bandwidth, 50);	/* Originate TE Opaque LSA */	sptr_opaque_interface = ospf.sptr_interface_list;	if (sptr_opaque_interface != NULL)		{		ospfSetOrigOpaqueLsa(sptr_opaque_interface->address, sptr_opaque_interface->netmask, 10, OPAQUE_TYPE_TRAFFIC_ENGINEERING_LSA);		}	/* Test Driver code for encoding and decoding TLVs */	memset(&te_parameters1, 0x00, sizeof (OSPF_TE_PARAMETERS));	te_parameters1.ospf_te_link_id = 1;	te_parameters1.ospf_te_link_type = 2;	te_parameters1.ospf_te_local_address[0] = ospf.sptr_interface_list->address;	te_parameters1.ospf_te_maximum_bandwidth = 2;	te_parameters1.ospf_te_maximum_reservable_bandwidth = 4;	te_parameters1.ospf_te_metric = 5;	te_parameters1.ospf_te_remote_address[0] = ospf.sptr_interface_list->address;	te_parameters1.ospf_te_resource_class_color = 6;	te_parameters1.ospf_te_router_address = ospf.router_id;	for (priority = 0; priority < 8; priority++)		{		te_parameters1.ospf_te_unreserved_bandwidth[priority] = 9;		}	te_parameters1.sptr_forward_link = NULL;	te_parameters1.sptr_backward_link = NULL;    ospfTeEncodeTlv (ospf.sptr_area_list,                    &te_parameters1,                    &new_lsa,                    &opaque_length);	memset(&tlv_data, 0x00, sizeof (OSPF_TE_TLV_DATA));	tlv_data.data = new_lsa;	tlv_data.data_length = opaque_length;	tlv_data.sptr_forward_link = NULL;	tlv_data.sptr_backward_link = NULL;	tlv_data.TElsatype = 10;	te_parameters2 = ospfTeDecodeTlv(opaque_length, 10, &tlv_data);	table_free(te_parameters2);	ospf_lsid.opaque_lsid.opaque_type = OPAQUE_TYPE_TRAFFIC_ENGINEERING_LSA;	ospf_lsid.opaque_lsid.opaque_reserved = 0;	ospf_lsid.opaque_lsid.opaque_instance = 0;    ospf_originate_type_10_links_advertisement (ospf.sptr_area_list,                                                OSPF_AREA_LOCAL_OPAQUE_LSA,                                                ospf_lsid.lsid,                                                new_lsa,                                                opaque_length, 0);    table_free(new_lsa);	/* build CSPF routing table */    routing_table = cspf_build_routing_table ();	kyCloseTE();	cspf_free_routing_table_nodes(cspf.sptr_routing_table_head);	cspf.sptr_routing_table_head = NULL;}void ospf_ky_stub()	{	return;	}#endif /* __KY_DRIVER__ */