dlpi.h

7号信令功能代码,为开源代码

/* 
 * dlpi.h 	   : Data Link Provider Interface
 * Author          : David Grothe
 * Created On      : Tue May 31 21:40:37 1994
 * Last Modified By: brian
 * Last Modified On: 2003/09/18 13:39:54
 * Update Count    : 1.1.1.2
 * RCS Id          : dlpi.h,v 1.1.1.2 2003/09/18 13:39:54 brian Exp
 * Status          : (Exp) 
 * Purpose         : STREAMS interface to link level and MAC layer drivers
 *
 * This library is free software; you can redistribute it and/or
 * modify it under the terms of the GNU Library General Public
 * License as published by the Free Software Foundation; either
 * version 2 of the License, or (at your option) any later version.
 * 
 * This library is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 * Library General Public License for more details.
 * 
 * You should have received a copy of the GNU Library General Public
 * License along with this library; if not, write to the
 * Free Software Foundation, Inc., 59 Temple Place - Suite 330, Cambridge,
 * MA 02139, USA.
 * 
 */

#ifndef _DLPI_H
#define _DLPI_H		1		/* define several markers */
#define	 DLPI_H		1
#define	 LIS_DLPI_H	1		/* unique to this version of dlpi.h */

#ident "@(#) LiS dlpi.h 1.11 9/18/03"

/************************************************************************
*                           Reference                                   *
*************************************************************************
*									*
* This file follows the DLPI specification published by UNIX		*
* International, version 2.0.0 dated August 20, 1991.			*
*									*
* Added changes from DLPI Corrigendum U019 thanks to Ole Husgaard	*
* <[e-mail]>.						*
*									*
************************************************************************/


/************************************************************************
*                           DLPI Types                                  *
*************************************************************************
*									*
* Unlike other dlpi.h files, this one defines its own types so that	*
* it can be used without depending upon system specific types.h files.	*
*									*
************************************************************************/
#if !defined(_LINUX_TYPES_H) && !defined(_INTTYPES_H)
# if defined(__sparcv9)			/* 64-bit SPARC compile */
    typedef unsigned int	dl_ulong ;
    typedef unsigned short	dl_ushort ;
# else
    typedef unsigned long	dl_ulong ;
    typedef unsigned short	dl_ushort ;
# endif
#else
    typedef uint32_t		dl_ulong ;
    typedef uint16_t		dl_ushort ;
#endif


/************************************************************************
*                          Message Structures                           *
*************************************************************************
*									*
* These structures are located in an M_PROTO or an M_PCPROTO message	*
* starting at b_rptr.  Some message types also have an attached		*
* M_DATA chained through the b_cont field.				*
*									*
* Each primitive is sent as a stream message.  It is possible that	*
* the messages may be viewed as a sequence of bytes that have the	*
* following form without any padding.  The structure definition		*
* of the following messages may have to change depending on the		*
* underlying hardware architecture and crossing of a hardware		*
* boundary with a different hardware architecture.			*
*									*
* Fields in the primitives having a name of the form "dl_reserved"	*
* cannot be used and have the value of binary zero, no bits turned on.	*
*									*
************************************************************************/

/*
 * Local Management Primitives
 */

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_info_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_max_sdu ;
    dl_ulong		dl_min_sdu ;
    dl_ulong		dl_addr_length ;
    dl_ulong		dl_mac_type ;
    dl_ulong		dl_reserved ;
    dl_ulong		dl_current_state ;
    long		dl_sap_length ;			/* yes, signed long */
    dl_ulong		dl_service_mode ;
    dl_ulong		dl_qos_length ;
    dl_ulong		dl_qos_offset ;
    dl_ulong		dl_qos_range_length ;
    dl_ulong		dl_qos_range_offset ;
    long		dl_provider_style ;		/* yes, signed long */
    dl_ulong		dl_addr_offset ;
    dl_ulong		dl_version ;
    dl_ulong		dl_brdcst_addr_length ;
    dl_ulong		dl_brdcst_addr_offset ;
    dl_ulong		dl_growth ;

} dl_info_ack_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_ppa ;

} dl_attach_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_detach_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_sap ;
    dl_ulong		dl_max_conind ;
    dl_ushort		dl_service_mode ;
    dl_ushort		dl_conn_mgmt ;
    dl_ulong		dl_xidtest_flg ;

} dl_bind_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_sap ;
    dl_ulong		dl_addr_length ;
    dl_ulong		dl_addr_offset ;
    dl_ulong		dl_max_conind ;
    dl_ulong		dl_xidtest_flg ;

} dl_bind_ack_t ;

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_unbind_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_subs_sap_offset ;
    dl_ulong		dl_subs_sap_length ;
    dl_ulong		dl_subs_bind_class ;

} dl_subs_bind_req_t ;
#define	dl_subs_sap_len	dl_subs_sap_length	/* SCO compatibility */


typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_subs_sap_offset ;
    dl_ulong		dl_subs_sap_length ;

} dl_subs_bind_ack_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_subs_sap_offset ;
    dl_ulong		dl_subs_sap_length ;

} dl_subs_unbind_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_addr_length ;
    dl_ulong		dl_addr_offset ;

} dl_enabmulti_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_addr_length ;
    dl_ulong		dl_addr_offset ;

} dl_disabmulti_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_level ;

} dl_promiscon_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_level ;

} dl_promiscoff_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_correct_primitive ;

} dl_ok_ack_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_error_primitive ;
    dl_ulong		dl_errno ;
    dl_ulong		dl_unix_errno ;

} dl_error_ack_t ;


/*
 * Connection-mode Service Primitives
 */

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_dest_addr_length ;
    dl_ulong		dl_dest_addr_offset ;
    dl_ulong		dl_qos_length ;
    dl_ulong		dl_qos_offset ;
    dl_ulong		dl_growth ;

} dl_connect_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_correlation ;
    dl_ulong		dl_called_addr_length ;
    dl_ulong		dl_called_addr_offset ;
    dl_ulong		dl_calling_addr_length ;
    dl_ulong		dl_calling_addr_offset ;
    dl_ulong		dl_qos_length ;
    dl_ulong		dl_qos_offset ;
    dl_ulong		dl_growth ;

} dl_connect_ind_t ;


typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_correlation ;
    dl_ulong		dl_resp_token ;
    dl_ulong		dl_qos_length ;
    dl_ulong		dl_qos_offset ;
    dl_ulong		dl_growth ;

} dl_connect_res_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_resp_addr_length ;
    dl_ulong		dl_resp_addr_offset ;
    dl_ulong		dl_qos_length ;
    dl_ulong		dl_qos_offset ;
    dl_ulong		dl_growth ;

} dl_connect_con_t ;

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_token_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_token ;

} dl_token_ack_t ;


typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_reason ;
    dl_ulong		dl_correlation ;

} dl_disconnect_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_originator ;
    dl_ulong		dl_reason ;
    dl_ulong		dl_correlation ;

} dl_disconnect_ind_t ;

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_reset_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_originator ;
    dl_ulong		dl_reason ;

} dl_reset_ind_t ;

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_reset_res_t ;

typedef struct
{
    dl_ulong		dl_primitive ;

} dl_reset_con_t ;



/*
 * Connectionless-mode Service Primitives
 */

typedef struct
{
    dl_ulong		dl_min ;
    dl_ulong		dl_max ;

} dl_priority_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_dest_addr_length ;
    dl_ulong		dl_dest_addr_offset ;
    dl_priority_t	dl_priority ;

} dl_unitdata_req_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_dest_addr_length ;
    dl_ulong		dl_dest_addr_offset ;
    dl_ulong		dl_src_addr_length ;
    dl_ulong		dl_src_addr_offset ;
    dl_ulong		dl_group_address ;

} dl_unitdata_ind_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_dest_addr_length ;
    dl_ulong		dl_dest_addr_offset ;
    dl_ulong		dl_unix_errno ;
    dl_ulong		dl_errno ;

} dl_uderror_ind_t ;

typedef struct
{
    dl_ulong		dl_primitive ;
    dl_ulong		dl_qos_length ;
    dl_ulong		dl_qos_offset ;

} dl_udqos_req_t ;



/*