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/*++
Copyright (c) 1991 Microsoft Corporation
Module Name:
eth_prot.h
Abstract:
Definitions for the SNDIS upper protocol interface.
Author:
Mike Massa (mikemas) Jan 31, 1992
Revision History:
Who When What
-------- -------- ----------------------------------------------
mikemas 01-31-92 created
Notes:
--*/
/******************************************************************
*
* SpiderTCP Interface Primitives
*
* Copyright (c) 1988 Spider Systems Limited
*
* This Source Code is furnished under Licence, and may not be
* copied or distributed without express written agreement.
*
* All rights reserved.
*
* Written by Nick Felisiak, Ian Heavens, Peter Reid,
* Gavin Shearer, Mark Valentine
*
* ETH_PROTO.H
*
* Ethernet Streams proto primitives for TCP/IP on V.3 Streams
*
******************************************************************/
/*
* /usr/projects/spare/PBRAIN/SCCS/pbrainG/dev/src/include/sys/snet/0/s.eth_proto.h
* @(#)eth_proto.h 1.9
*
* Last delta created 11:03:25 10/29/90
* This file extracted 08:53:41 7/10/91
*/
#ifdef GENERICE
/*
* Primitive type values.
*/
#define DL_TYPE ETH_TYPE /* ethernet registration (old style) */
#define ETH_TYPE 'R' /* ethernet registration */
#define ETH_PARAMS 'P' /* ethernet parameters */
/*efine ETH_PACKET 'p' /* ethernet packet */
#define ETH_TX 't' /* packet for transmission */
#define ETH_RX 'r' /* incoming packet */
/*
* Ethernet Type registration.
*/
#define dl_type eth_type
#define dl_lwb lwb
#define dl_upb upb
#define dl_ethaddr ethaddr
#define dl_frgsz frgsz
#define S_DL_TYPE S_ETH_TYPE
typedef struct eth_type {
uint8 prim_type; /* i.e. ETH_TYPE */
uint8 aux_type; /* unused in Ethernet Driver */
uint16 pad; /* compatibility with previous interface */
uint16 lwb; /* lower bound of type range */
uint16 upb; /* upper bound of type range */
uint8 ethaddr[6]; /* ethernet address */
uint16 frgsz; /* max. packet size on net */
} S_ETH_TYPE;
typedef struct eth_params {
uint8 prim_type; /* i.e. ETH_PARAMS */
uint8 aux_type; /* unused in Ethernet Driver */
uint16 pad; /* compatibility with previous interface */
uint8 ethaddr[6]; /* ethernet address */
uint16 frgsz; /* max. packet size on net */
} S_ETH_PARAMS;
/*
* Packet header data.
*/
typedef struct eth_packet {
uint8 prim_type; /* i.e. ETH_PACKET */
uint8 aux_type; /* unused in Ethernet Driver */
uint16 pad; /* compatibility with previous interface */
uint16 eth_type; /* ethernet type field */
uint8 eth_src[6]; /* source ethernet address */
uint8 eth_dst[6]; /* destination ethernet address */
} S_ETH_PACKET;
typedef struct eth_rx {
uint8 prim_type; /* i.e. ETH_RX */
uint8 aux_type; /* unused in Ethernet Driver */
uint16 pad; /* compatibility with previous interface */
uint16 eth_type; /* ethernet type field */
uint8 eth_src[6]; /* source ethernet address */
} S_ETH_RX;
typedef struct eth_tx {
uint8 prim_type; /* i.e. ETH_TX */
uint8 aux_type; /* unused in Ethernet Driver */
uint16 pad; /* compatibility with previous interface */
uint16 eth_type; /* ethernet type field */
uint8 eth_dst[6]; /* destination ethernet address */
} S_ETH_TX;
/*
* Generic ethernet protocol primitive
*/
typedef union eth_proto
{
uint8 type; /* variant tag */
struct eth_type etype; /* if type == ETH_TYPE */
struct eth_params eparm; /* if type == ETH_PARAMS */
struct eth_rx erx; /* if type == ETH_RX */
struct eth_tx etx; /* if type == ETH_TX */
} S_ETH_PROTO;
#else /* GENERICE */
/* type range we want to receive from ethernet */
typedef struct dl_type {
int prim_type;
unsigned short dl_lwb;
unsigned short dl_upb;
} S_DL_TYPE;
/* M_PROTO Message primitives */
#define DL_RX 4 /* arp receives from eth */
#define DL_TYPE 5 /* arp send type field to eth */
#ifdef PROJ4
#define ETH_TX 1 /* packet for transmission */
#define ETH_RX 2 /* incoming packet */
#else
#define ETH_TX 6 /* packet for transmission */
#define ETH_RX 7 /* incoming packet */
#endif
/*
* M_PROTO message formats
*/
#ifdef EMD
struct eth_tx {
char dl_dst[6];
char dl_src[6];
short dl_type;
};
#else
struct eth_tx {
int prim_type;
short dl_type;
char dl_dst[6];
};
#endif
struct eth_rx {
int prim_type;
struct ethmessage *eth_msg;
};
union eth_proto {
int type;
struct eth_tx eth_tx;
struct eth_rx eth_rx;
struct dl_type dl_type;
};
/*
* errors generated
*/
#define EFRGSZ 1
#define EDLTYPE 2
#define EPRIM 3
#define EBUF 4
#define EMSG 5
/*
* arp receives datalink pkt from eth
*/
typedef struct dl_rx {
int prim_type;
unsigned short dl_type;
char dl_src[6];
} S_DL_RX;
#endif /* GENERICE */
#ifdef PROJ4
/*
* PROJ4 Attachment values
*/
#define A_LAN 9
#define A_IP 20
#define A_UDP 23
#define A_ARP 24
#define ATTACH 13 /* attach to driver */
/*
* ATTACH struct - for communication with the lower
* Driver
*/
typedef struct attach {
int prim_type;
unsigned short fromid;
unsigned short toid;
unsigned int fromvers;
unsigned int tovers;
int result;
unsigned short type_upb0;
unsigned short type_lwb0;
unsigned short type_upb1;
unsigned short type_lwb1;
unsigned short type_upb2;
unsigned short type_lwb2;
unsigned short type_upb3;
unsigned short type_lwb3;
} S_ATTACH;
#define DATAL_TX ETH_TX
#define S_DATAL_TX struct eth_tx
#define datal_tx eth_tx
/*
* Hardware types
*/
#define HW_ETHERNET 1
#endif
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