[unix-history] / usr / src / sys / tahoe / vba / mpreg.h

/*
 * Copyright (c) 1988 Regents of the University of California.
 * All rights reserved.
 *
 * This code is derived from software contributed to Berkeley by
 * Computer Consoles Inc.
 *
 * %sccs.include.redist.c%
 *
 *	@(#)mpreg.h	7.4 (Berkeley) %G%
 */

/*
 * MPCC Asynchronous Communications Interface.
 */
#define MPINTRBASE	0xa0		/* base vector for interupts */
#define MPMAGIC		1969		/* magic number for mblok */
#define MPMAXPORT	32		/* maximum number of ports on an MPCC */

/*
 * MPCC's are capable of supporting one of a
 * the protocols listed below.  This driver
 * supports only the async terminal protocol.
 */
#define MPPROTO_UNUSED	0	/* port not in use */
#define MPPROTO_ASYNC	1	/* async protocol */
#define MPPROTO_X25	2	/* x25 protocol (unsupported) */
#define MPPROTO_BISYNC	3	/* bisync protocol (unsupported) */
#define MPPROTO_SNA  	4	/* sna protocol (unsupported) */

#define NMPPROTO	5	/* max protocols supported by MPCC */

#define MPINSET		8
#define MPOUTSET	8

/*
 * Host Interface semaphores
 */
#define MPSEMA_AVAILABLE	1
#define MPSEMA_WORK		4

/*
 * Host Interface imok values
 */
#define MPIMOK_ALIVE	0x01
#define MPIMOK_DEAD	0x80

/*
 * Host Interface Structure
 */
struct his {
	u_char	semaphore;
	u_char	imok;
	u_char	brdnum;		/* Virtual brd number for protocol */
	u_char	unused;
	struct {
		u_char	inbdone[MPMAXPORT];	/* Ports w/ inbound completed */
		u_char	outbdone[MPMAXPORT];	/* Ports w/outbound available */
		u_int	fill[2];
	} proto[NMPPROTO];
};

#define MPPORT_EOL	0xff		/* end of port list */

/*
 * Async host transmit list structure.
 */
#define MPXMIT	4	/* # of transmit ptrs/MP_WRITE event */

struct	hxmtl {
	caddr_t	dblock[MPXMIT];	/* ptrs to data blocks */
	u_short	size[MPXMIT];	/* size of each block */
};

/*
 * MPCC asynchronous protocol events.
 */
struct mpevent {
	u_char	ev_status;	/* Go Status */
	u_char	ev_cmd;		/* Optional Op-code */
	u_short	ev_opts;	/* Optional flags */
	u_short	ev_error;	/* error status returned */
	u_short	ev_flags;	/* optional event flags field */
	caddr_t	ev_params;	/* pointer to event parameters */
	union {
		struct	hxmtl *hxl;	/* pointer to host xmit list */
		u_char	*rcvblk;	/* pointer to receive block */
	} ev_un;
	u_short	ev_count;	/* # ptrs in xmit list/# receive chars  */
	u_short	ev_unused;	/* round to longword */
	u_int	ev_unused2;	/* round to size of BSC struct. GROT!! */
};

/* defines for ev_status */
#define EVSTATUS_FREE	0
#define EVSTATUS_GO	1
#define EVSTATUS_BUSY	2
#define EVSTATUS_DONE	4

/* defines for ev_cmd */
#define EVCMD_OPEN	1
#define EVCMD_CLOSE	2
#define EVCMD_RESET	3
#define EVCMD_IOCTL	4
#define EVCMD_WRITE	5
#define EVCMD_READ	6
#define EVCMD_STATUS	7
#define EVCMD_EVENT	8

/*
 * Host-MPCC interface block.
 */
struct	mblok {
	u_char	mb_status;		/* mpcc status */
	u_char	mb_ivec;		/* host interrupt vector */
	u_short	mb_magic;
	u_char	mb_diagswitch[2];	/* run diagnostics/application */
	u_char	mb_softerr;		/* soft error code */
	u_char	mb_harderr;		/* hard error code */
	struct mpdl {		/* download/config area */
		u_char	mpdl_status;	/* control/status */
		u_char	mpdl_cmd;	/* request type */
		u_short	mpdl_count;	/* size of parameter block */
		caddr_t	mpdl_data;	/* command parameters */
	} mb_dl;
	u_char	mb_hiport, mb_loport;	/* high-low mpcc port numbers */
	u_char	mb_unit;		/* mpcc unit number */
	u_char	mb_hndshk;		/* handshaking timer */
	caddr_t	mb_imokclk;		/* handshaking clock */
	u_char	mb_nointcnt;		/* no interrupt from handshake */
	u_char	mb_mpintcnt;		/* # outstanding interupts to MPCC */
	short	mb_unused;
	caddr_t	mb_mpintclk;		/* MPCC interrupt clock */
	struct	his mb_hostint;		/* To Talk with Host */
	u_char	mb_proto[MPMAXPORT];	/* per-port protocols */
	u_char	mb_intr[MPMAXPORT];	/* per-port host->mpcc int flags */
	struct	mpport {	/* per-port structure */
		u_short	mp_proto;	/* protocol of port */
		u_char	mp_on;		/* Next available entry on Host */
		u_char	mp_off;		/* Next expected 'DONE' entry on Host */
		struct	mpevent mp_recvq[MPINSET]; /* queue of events to host */
		struct	mpevent mp_sendq[MPOUTSET];/* queue of events to mpcc */
		u_char	mp_nextrcv;	/* next expected 'DONE' entry on Host */
		u_char	mp_flags;	/* host flags */
		short	mp_unused;
		caddr_t	mp_data;	/* pointer to data for port */
	} mb_port[MPMAXPORT];
};

/* status defines for mblok.status */
#define MP_DLPEND	1
#define MP_DLOPEN	2
#define MP_DLDONE	3
#define MP_OPCLOSE	4
#define MP_OPOPEN	5
#define MP_DLTIME	6
#define MP_DLERROR	(-1)

/* hard error status values loaded into mblock.herr */
#define NOHERR		0	/* no error */
#define MPBUSERR	1	/* bus error */
#define ADDRERR		2	/* address error */
#define UNDECC		3	/* undefined ecc interrupt */
#define UNDINT		4	/* undefined interrupt */
#define PWRFL		5	/* power fail occurred */
#define NOXENTRY	6	/* xdone was enterred w/o xmit entry on queue */
#define TWOFTMRS	7	/* tried to start two fast timers on one port */
#define INTQFULL	8	/* interupt queue full */
#define INTQERR		9	/* interupt queue ack error */
#define CBPERR		10	/* uncorrectable DMA parity error */
#define ACPDEAD		11	/* acap has died */
/* additional panic codes not listed */

/* soft error status values loaded into mblock.serr */
#define NOSERR	0		/* no error */
#define DMAPERR	1		/* dma parity error */
#define ECCERR	2		/* local memory ecc error */

/* Defines for flags */
#define MP_PROGRESS	1	/* Open or Close is in progress */
#define MP_IOCTL	2	/* IOCTL is in progress */
#define MP_REMBSY	4	/* remote station busy */

/*
 * Asynchronous Terminal Protocol Definitions.
 */
#define A_RCVTIM	2	/* default max tix for receive event (~20ms) */
#define ACPTMR		300	/* approx. 5 secs to wait for acap     */
#define A_MAXEVTP	3	/* maximum # of L1 or Host Events to    */
				/* process per port at one time	 */
#define A_MAXRCV	128	/* max # of chars in rcv event - enough */
				/* to hold 20ms of chars at 19.2KB      */
#define A_NUMRCV	32	/* number of rcv buffers per port       */
#define A_NUMXMT	2	/* max number of concurrent xmits/port  */
#define A_NUMEVT	32	/* number of evt bufs for status evts   */
				/* and L2 to L1 transmit evts	   */
#define WR5	5		/* SCC Write Reg 5		      */
#define TXENBL	0x08		/* mask to enable transmitter in WR 5   */
#define RTSON	0x02		/* mask to turn on RTS in wreg 5	*/
#define CHR5MSK	0x1F		/* mask for 5-bit transmit data	 */

/*
 * macro to adjust a circular buffer ptr
 *      x  = pointer or index
 *      sz = size of circular buffer
 */
#define adjptr(x,sz)	((x) = ((++(x) == (sz)) ? 0 : (x)))
#define adjptrbk(x,sz)	((x) = ((x) == 0) ? (sz) : --(x))

/*
 * Events from ASYNC Level 1 to Level 2
 */
#define RCVDTA	10	/* normal receive data available */
#define PARERR	11	/* receive data with parity error */
#define OVRNERR	12	/* receive data with overrun error */
#define OVFERR	13	/* receive data with overflow error */
#define FRAMERR	14	/* receive data with framing error */
#define ACKXMT	15	/* successful completion of transmit */
#define NORBUF	16	/* No Receive Buffers available	 */
#define NOEBUF	17	/* No Event Buffers available */
#define BRKASRT	18	/* Break condition detected */

/* defines for error conditions */
#define A_OK		0	/* No Errors */
#define A_INVEVT	1	/* Invalid Event Error */
#define A_IOCERR	2	/* Error while configuring port */
#define A_SIZERR	3	/* Error in count of data chars to xmt */
#define A_NXBERR	4	/* Transmit Incomplete due to lack of bufs */

/*
 * Modem control signal control structure.
 */
struct mdmctl {
	u_char	mc_rngdsr;	/* ring or dsr */
	u_char	mc_rts;		/* request to send */
	u_char	mc_rate;
	u_char	mc_dcd;		/* data carrier detect */
	u_char	mc_sectx;	/* secondary transmit */
	u_char	mc_cts;		/* clear to send */
	u_char	mc_secrx;	/* secondary receive */
	u_char	mc_dtr;		/* data terminal ready */
};

/* defines for modem control lines */
#define ASSERT	1		/* line asserted */
#define DROP	2		/* line dropped */
#define AUTO	3		/* auto mode enabled, rts only */

/*
 * Async parameter structure.
 */
struct asyncparam {
	u_char	ap_xon, ap_xoff;	/* xon-xoff characters */
	u_char	ap_xena;		/* xon/xoff enabled */
	u_char	ap_xany;		/* any received char enables xmitter */
	struct	mdmctl ap_modem;	/* port modem control lines */
	struct	mdmctl ap_intena;	/* modem signals which generate */
					/* status change events */
	u_char	ap_data;		/* number of data bits */
	u_char	ap_stop;		/* number of stop bits */
	u_char	ap_baud;		/* baud rate */
	u_char	ap_parity;		/* even/odd/no parity */
	u_char	ap_loop;		/* enable for local loopback */
	u_char	ap_rtimer;		/* receive timer value (msec) */
	short	ap_fill;		/* round to longword */
};

/* enable/disable signal codes */
#define MPA_ENA	1		/* condition enabled */
#define MPA_DIS	2		/* condition disabled */

/* defines for ap_data */
#define MPCHAR_5	0	/* 5 bits per character */
#define MPCHAR_6	2	/* 6 bits per character */
#define MPCHAR_7	1	/* 7 bits per character */
#define MPCHAR_8 	3	/* 8 bits per character */

/* defines for ap_stop */
#define MPSTOP_1	1	/* 1 stop bit per character */
#define MPSTOP_1_5	2	/* 1 1/2 stop bits per character */
#define MPSTOP_2	3	/* 2 stop bits per character */

/* defines for ap_baud */
#define MODEM	0
#define M0	0		/* baud rate = 0 */
#define M50	1		/* baud rate = 50 */
#define M75	2		/* baud rate = 75 */
#define M110	3		/* baud rate = 110 */
#define M134_5	4		/* baud rate = 134.5 */
#define M150	5		/* baud rate = 150 */
#define M200	6		/* baud rate = 200 */
#define M300	7		/* baud rate = 300 */
#define M600	8		/* baud rate = 600 */
#define M1200	9		/* baud rate = 1200 */
#define M1800	10		/* baud rate = 1800 */
#define M2400	11		/* baud rate = 2400 */
#define M4800	12		/* baud rate = 4800 */
#define M9600	13		/* baud rate = 9600 */
#define MEXTA	14		/* baud rate = Ext A */
#define MEXTB	15		/* baud rate = Ext B */
#define M2000	16		/* baud rate = 2000 */
#define M3600	17		/* baud rate = 3600 */
#define M7200	18		/* baud rate = 7200 */
#define M19200	19		/* baud rate = 19,200 */
#define M24000	20		/* baud rate = 24,000 */
#define M28400	21		/* baud rate = 28,400 */
#define M37800	22		/* baud rate = 37,800 */
#define M40300	23		/* baud rate = 40,300 */
#define M48000	24		/* baud rate = 48,000 */
#define M52000	25		/* baud rate = 52,000 */
#define M56800	26		/* baud rate = 56,800 */

/* defines for ap_parity */
#define MPPAR_NONE	0	/* no parity */
#define MPPAR_ODD	1	/* odd parity */
#define MPPAR_EVEN	3	/* even parity */

/* possible flags for Host MP_IOCTL Events */
#define A_CHGX		1	/* IOCTL is only chging xonxoff params */
#define A_MDMCHG	2	/* change modem control lines */
#define A_MDMGET	3	/* get current state of modem ctl lines */
#define A_CHGL1P	4	/* IOCTL is changing changing L1 params */
#define A_BRKON		5	/* set port break bit */
#define A_BRKOFF	6	/* clear port break bit */
#define A_CHGALL	7	/* IOCTL is changing xonxoff params, */
				/* pcnfg struct, & modem ctl structs */
#define A_DISABX	8	/* disable port transmitter (ctl-s) */
#define A_ENABLX	9	/* enable port transmitter (ctl-q) */

/* possible flags for Host MP_WRITE Events */
#define A_FLUSH		1	/* flush any queued transmit events */
#define A_SSTOP		2	/* transmit a port stop (xoff) char */
				/* before sending rest of event xmts */
#define A_SSTART	3	/* transmit a port start (xon) char */
				/* before sending rest of event xmts */

/* possible flags for Outbound MP_READ Events */
#define A_XOFF		1	/* transmitter stopped from by xoff char */

/* Perpos flags for modem control fields */
#define A_RNGDSR	00001
#define A_RTS		00002
#define A_RATE		00004 
#define A_DCD		00010
#define A_SECTX		00020 
#define A_CTS		00040
#define A_SECRX		00100
#define A_DTR		00200

#define DCDASRT		100	/* data carrier detect asserted */
#define DTRASRT		101	/* data terminal ready asserted */
#define RNGASRT		102	/* ring indicator asserted */
#define DSRASRT		102	/* data set ready asserted */
#define CTSASRT		103	/* clear to send asserted */
#define RTSASRT		104	/* ready to send asserted */
#define STXASRT		105	/* secondary transmit asserted */
#define SRXASRT		106	/* secondary recieve asserted */
#define RATEASRT	107	/* rate signal asserted */
#define DCDDROP		108	/* data carrier detect dropped */
#define DTRDROP		109	/* data terminal ready dropped */
#define RNGDROP		110	/* ring indicator dropped */
#define MPDSRDROP	110	/* data set ready dropped */
#define CTSDROP		111	/* clear to send dropped */
#define RTSDROP		112	/* ready to send dropped */
#define STXDROP		113	/* secondary transmit dropped */
#define SRXDROP		114	/* secondary recieve dropped */
#define RATEDROP	115	/* rate signal dropped */

/* Defines for filters and intena in portstat */
#define MDM_OFF	0
#define MDM_ON	1

/* Modem on/off flags */
#define MMOD_OFF	0
#define MMOD_ON		1

/* defintions for DL interface */

#define MPDLBUFSIZE	1024

/* mpdlioctl command defines */

struct protports {
	char protoport[MPMAXPORT];
};

struct abdcf {
	short xmtbsz;		/* transmit buffer size - should */
				/* equal # of chars in a cblock  */
};

struct bdcf {
	char loadname[NMPPROTO+1];
	char protoports[MPMAXPORT];
	char fccstimer;		/* powerfail timer */
	char fccsports;		/* ports to affect */
	char fccssoc;		/* ports which will 'switch on close' */
};


/* These ioctls are for the dlmpcc command */
#define MPIOPORTMAP		_IOW('m',1, struct protports)
#define MPIOHILO		_IOW('m',3, short)
#define MPIOENDCODE		_IO('m',4)
#define MPIOASYNCNF		_IOW('m',7, struct abdcf)
#define MPIOENDDL		_IO('m',10)
#define MPIOSTARTDL		_IO('m',11)
#define MPIORESETBOARD		_IO('m',12)

/* mpdlwrite opcode defines */

#define MPDLCMD_NORMAL	1

/* error messages printed at console , board & port # filled in later */

#define A_INVSTS	"Invalid Status Event "
#define A_INVCMD	"Invalid Event From the MPCC " 
#define A_NORBUF	"No More Available Receive Buffers "
#define A_NOEBUF	"No More Available Event Buffers "
#define A_OVRN		"Overrun Error Detected "
#define A_OVRF		"Overflow Error Detected "
#define A_NOXBUF	"No More Available Transmit Event Buffers "
#define A_XSIZE		"Transmit Data Block Size Exceeds Event Data Buffer Size "
#define A_NOFREIN	"No Available Inbound Entries to Send Close Event "
Commit	Line	Data
5db86c85	1	/*
6890853e KB	2	* Copyright (c) 1988 Regents of the University of California.
	3	* All rights reserved.
	4	*
	5	* This code is derived from software contributed to Berkeley by
	6	* Computer Consoles Inc.
	7	*
b702c21d	8	* %sccs.include.redist.c%
6890853e	9	*
b702c21d	10	* @(#)mpreg.h 7.4 (Berkeley) %G%
5db86c85	11	*/
0c25b909 SL	12
	13	/*
	14	* MPCC Asynchronous Communications Interface.
	15	*/
	16	#define MPINTRBASE 0xa0 /* base vector for interupts */
	17	#define MPMAGIC 1969 /* magic number for mblok */
	18	#define MPMAXPORT 32 /* maximum number of ports on an MPCC */
	19
	20	/*
	21	* MPCC's are capable of supporting one of a
	22	* the protocols listed below. This driver
	23	* supports only the async terminal protocol.
	24	*/
	25	#define MPPROTO_UNUSED 0 /* port not in use */
	26	#define MPPROTO_ASYNC 1 /* async protocol */
	27	#define MPPROTO_X25 2 /* x25 protocol (unsupported) */
	28	#define MPPROTO_BISYNC 3 /* bisync protocol (unsupported) */
	29	#define MPPROTO_SNA 4 /* sna protocol (unsupported) */
	30
	31	#define NMPPROTO 5 /* max protocols supported by MPCC */
	32
572da255 KB	33	#define MPINSET 8
572da255 KB	34	#define MPOUTSET 8
0c25b909 SL	35
0c25b909 SL	36	/*
572da255	37	* Host Interface semaphores
0c25b909	38	*/
0c25b909 SL	39	#define MPSEMA_AVAILABLE 1
0c25b909 SL	40	#define MPSEMA_WORK 4
572da255 KB	41
	42	/*
	43	* Host Interface imok values
	44	*/
0c25b909 SL	45	#define MPIMOK_ALIVE 0x01
0c25b909 SL	46	#define MPIMOK_DEAD 0x80
572da255 KB	47
	48	/*
	49	* Host Interface Structure
	50	*/
	51	struct his {
	52	u_char semaphore;
	53	u_char imok;
0c25b909 SL	54	u_char brdnum; /* Virtual brd number for protocol */
	55	u_char unused;
	56	struct {
5db86c85 MK	57	u_char inbdone[MPMAXPORT]; /* Ports w/ inbound completed */
5db86c85 MK	58	u_char outbdone[MPMAXPORT]; /* Ports w/outbound available */
0c25b909 SL	59	u_int fill[2];
	60	} proto[NMPPROTO];
	61	};
	62
5db86c85	63	#define MPPORT_EOL 0xff /* end of port list */
0c25b909 SL	64
	65	/*
	66	* Async host transmit list structure.
	67	*/
	68	#define MPXMIT 4 /* # of transmit ptrs/MP_WRITE event */
	69
	70	struct hxmtl {
	71	caddr_t dblock[MPXMIT]; /* ptrs to data blocks */
	72	u_short size[MPXMIT]; /* size of each block */
	73	};
	74
	75	/*
	76	* MPCC asynchronous protocol events.
	77	*/
	78	struct mpevent {
	79	u_char ev_status; /* Go Status */
	80	u_char ev_cmd; /* Optional Op-code */
	81	u_short ev_opts; /* Optional flags */
	82	u_short ev_error; /* error status returned */
	83	u_short ev_flags; /* optional event flags field */
	84	caddr_t ev_params; /* pointer to event parameters */
	85	union {
	86	struct hxmtl hxl; / pointer to host xmit list */
	87	u_char rcvblk; / pointer to receive block */
	88	} ev_un;
	89	u_short ev_count; /* # ptrs in xmit list/# receive chars */
	90	u_short ev_unused; /* round to longword */
	91	u_int ev_unused2; /* round to size of BSC struct. GROT!! */
	92	};
	93
	94	/* defines for ev_status */
	95	#define EVSTATUS_FREE 0
	96	#define EVSTATUS_GO 1
	97	#define EVSTATUS_BUSY 2
	98	#define EVSTATUS_DONE 4
	99
	100	/* defines for ev_cmd */
	101	#define EVCMD_OPEN 1
	102	#define EVCMD_CLOSE 2
	103	#define EVCMD_RESET 3
	104	#define EVCMD_IOCTL 4
	105	#define EVCMD_WRITE 5
	106	#define EVCMD_READ 6
	107	#define EVCMD_STATUS 7
	108	#define EVCMD_EVENT 8
	109
	110	/*
	111	* Host-MPCC interface block.
	112	*/
	113	struct mblok {
	114	u_char mb_status; /* mpcc status */
	115	u_char mb_ivec; /* host interrupt vector */
	116	u_short mb_magic;
	117	u_char mb_diagswitch[2]; /* run diagnostics/application */
	118	u_char mb_softerr; /* soft error code */
	119	u_char mb_harderr; /* hard error code */
	120	struct mpdl { /* download/config area */
	121	u_char mpdl_status; /* control/status */
	122	u_char mpdl_cmd; /* request type */
	123	u_short mpdl_count; /* size of parameter block */
	124	caddr_t mpdl_data; /* command parameters */
	125	} mb_dl;
	126	u_char mb_hiport, mb_loport; /* high-low mpcc port numbers */
	127	u_char mb_unit; /* mpcc unit number */
128	u_char mb_hndshk; /* handshaking timer */
129	caddr_t mb_imokclk; /* handshaking clock */
130	u_char mb_nointcnt; /* no interrupt from handshake */
131	u_char mb_mpintcnt; /* # outstanding interupts to MPCC */
132	short mb_unused;
133	caddr_t mb_mpintclk; /* MPCC interrupt clock */
134	struct his mb_hostint; /* To Talk with Host */
135	u_char mb_proto[MPMAXPORT]; /* per-port protocols */
136	u_char mb_intr[MPMAXPORT]; /* per-port host->mpcc int flags */
137	struct mpport { /* per-port structure */
138	u_short mp_proto; /* protocol of port */
139	u_char mp_on; /* Next available entry on Host */
140	u_char mp_off; /* Next expected 'DONE' entry on Host */
141	struct mpevent mp_recvq[MPINSET]; /* queue of events to host */
142	struct mpevent mp_sendq[MPOUTSET];/* queue of events to mpcc */
143	u_char mp_nextrcv; /* next expected 'DONE' entry on Host */
144	u_char mp_flags; /* host flags */
145	short mp_unused;
146	caddr_t mp_data; /* pointer to data for port */
147	} mb_port[MPMAXPORT];
148	};
149
150	/* status defines for mblok.status */
151	#define MP_DLPEND 1
152	#define MP_DLOPEN 2
153	#define MP_DLDONE 3
154	#define MP_OPCLOSE 4
155	#define MP_OPOPEN 5
156	#define MP_DLTIME 6
157	#define MP_DLERROR (-1)
158
159	/* hard error status values loaded into mblock.herr */
160	#define NOHERR 0 /* no error */
161	#define MPBUSERR 1 /* bus error */
162	#define ADDRERR 2 /* address error */
163	#define UNDECC 3 /* undefined ecc interrupt */
164	#define UNDINT 4 /* undefined interrupt */
165	#define PWRFL 5 /* power fail occurred */
166	#define NOXENTRY 6 /* xdone was enterred w/o xmit entry on queue */
167	#define TWOFTMRS 7 /* tried to start two fast timers on one port */
168	#define INTQFULL 8 /* interupt queue full */
169	#define INTQERR 9 /* interupt queue ack error */
170	#define CBPERR 10 /* uncorrectable DMA parity error */
171	#define ACPDEAD 11 /* acap has died */
172	/* additional panic codes not listed */
173
174	/* soft error status values loaded into mblock.serr */
175	#define NOSERR 0 /* no error */
176	#define DMAPERR 1 /* dma parity error */
177	#define ECCERR 2 /* local memory ecc error */
178
179	/* Defines for flags */
180	#define MP_PROGRESS 1 /* Open or Close is in progress */
572da255	181	#define MP_IOCTL 2 /* IOCTL is in progress */
0c25b909 SL	182	#define MP_REMBSY 4 /* remote station busy */
	183
	184	/*
	185	* Asynchronous Terminal Protocol Definitions.
	186	*/
	187	#define A_RCVTIM 2 /* default max tix for receive event (~20ms) */
	188	#define ACPTMR 300 /* approx. 5 secs to wait for acap */
	189	#define A_MAXEVTP 3 /* maximum # of L1 or Host Events to */
	190	/* process per port at one time */
	191	#define A_MAXRCV 128 /* max # of chars in rcv event - enough */
	192	/* to hold 20ms of chars at 19.2KB */
	193	#define A_NUMRCV 32 /* number of rcv buffers per port */
	194	#define A_NUMXMT 2 /* max number of concurrent xmits/port */
	195	#define A_NUMEVT 32 /* number of evt bufs for status evts */
	196	/* and L2 to L1 transmit evts */
	197	#define WR5 5 /* SCC Write Reg 5 */
	198	#define TXENBL 0x08 /* mask to enable transmitter in WR 5 */
	199	#define RTSON 0x02 /* mask to turn on RTS in wreg 5 */
	200	#define CHR5MSK 0x1F /* mask for 5-bit transmit data */
	201
	202	/*
	203	* macro to adjust a circular buffer ptr
	204	* x = pointer or index
	205	* sz = size of circular buffer
	206	*/
	207	#define adjptr(x,sz) ((x) = ((++(x) == (sz)) ? 0 : (x)))
	208	#define adjptrbk(x,sz) ((x) = ((x) == 0) ? (sz) : --(x))
	209
	210	/*
	211	* Events from ASYNC Level 1 to Level 2
	212	*/
	213	#define RCVDTA 10 /* normal receive data available */
	214	#define PARERR 11 /* receive data with parity error */
	215	#define OVRNERR 12 /* receive data with overrun error */
	216	#define OVFERR 13 /* receive data with overflow error */
	217	#define FRAMERR 14 /* receive data with framing error */
	218	#define ACKXMT 15 /* successful completion of transmit */
	219	#define NORBUF 16 /* No Receive Buffers available */
	220	#define NOEBUF 17 /* No Event Buffers available */
	221	#define BRKASRT 18 /* Break condition detected */
	222
	223	/* defines for error conditions */
	224	#define A_OK 0 /* No Errors */
	225	#define A_INVEVT 1 /* Invalid Event Error */
	226	#define A_IOCERR 2 /* Error while configuring port */
	227	#define A_SIZERR 3 /* Error in count of data chars to xmt */
	228	#define A_NXBERR 4 /* Transmit Incomplete due to lack of bufs */
	229
	230	/*
	231	* Modem control signal control structure.
	232	*/
	233	struct mdmctl {
572da255 KB	234	u_char mc_rngdsr; /* ring or dsr */
	235	u_char mc_rts; /* request to send */
	236	u_char mc_rate;
	237	u_char mc_dcd; /* data carrier detect */
	238	u_char mc_sectx; /* secondary transmit */
	239	u_char mc_cts; /* clear to send */
	240	u_char mc_secrx; /* secondary receive */
	241	u_char mc_dtr; /* data terminal ready */
0c25b909 SL	242	};
	243
	244	/* defines for modem control lines */
	245	#define ASSERT 1 /* line asserted */
	246	#define DROP 2 /* line dropped */
	247	#define AUTO 3 /* auto mode enabled, rts only */
	248
	249	/*
	250	* Async parameter structure.
	251	*/
	252	struct asyncparam {
	253	u_char ap_xon, ap_xoff; /* xon-xoff characters */
	254	u_char ap_xena; /* xon/xoff enabled */
	255	u_char ap_xany; /* any received char enables xmitter */
	256	struct mdmctl ap_modem; /* port modem control lines */
	257	struct mdmctl ap_intena; /* modem signals which generate */
	258	/* status change events */
	259	u_char ap_data; /* number of data bits */
	260	u_char ap_stop; /* number of stop bits */
	261	u_char ap_baud; /* baud rate */
	262	u_char ap_parity; /* even/odd/no parity */
	263	u_char ap_loop; /* enable for local loopback */
	264	u_char ap_rtimer; /* receive timer value (msec) */
	265	short ap_fill; /* round to longword */
	266	};
	267
	268	/* enable/disable signal codes */
	269	#define MPA_ENA 1 /* condition enabled */
	270	#define MPA_DIS 2 /* condition disabled */
	271
	272	/* defines for ap_data */
	273	#define MPCHAR_5 0 /* 5 bits per character */
	274	#define MPCHAR_6 2 /* 6 bits per character */
	275	#define MPCHAR_7 1 /* 7 bits per character */
	276	#define MPCHAR_8 3 /* 8 bits per character */
	277
	278	/* defines for ap_stop */
	279	#define MPSTOP_1 1 /* 1 stop bit per character */
	280	#define MPSTOP_1_5 2 /* 1 1/2 stop bits per character */
	281	#define MPSTOP_2 3 /* 2 stop bits per character */
	282
	283	/* defines for ap_baud */
	284	#define MODEM 0
	285	#define M0 0 /* baud rate = 0 */
	286	#define M50 1 /* baud rate = 50 */
	287	#define M75 2 /* baud rate = 75 */
	288	#define M110 3 /* baud rate = 110 */
	289	#define M134_5 4 /* baud rate = 134.5 */
	290	#define M150 5 /* baud rate = 150 */
	291	#define M200 6 /* baud rate = 200 */
	292	#define M300 7 /* baud rate = 300 */
	293	#define M600 8 /* baud rate = 600 */
	294	#define M1200 9 /* baud rate = 1200 */
	295	#define M1800 10 /* baud rate = 1800 */
	296	#define M2400 11 /* baud rate = 2400 */
	297	#define M4800 12 /* baud rate = 4800 */
	298	#define M9600 13 /* baud rate = 9600 */
	299	#define MEXTA 14 /* baud rate = Ext A */
	300	#define MEXTB 15 /* baud rate = Ext B */
	301	#define M2000 16 /* baud rate = 2000 */
	302	#define M3600 17 /* baud rate = 3600 */
	303	#define M7200 18 /* baud rate = 7200 */
	304	#define M19200 19 /* baud rate = 19,200 */
	305	#define M24000 20 /* baud rate = 24,000 */
306	#define M28400 21 /* baud rate = 28,400 */
307	#define M37800 22 /* baud rate = 37,800 */
308	#define M40300 23 /* baud rate = 40,300 */
309	#define M48000 24 /* baud rate = 48,000 */
310	#define M52000 25 /* baud rate = 52,000 */
311	#define M56800 26 /* baud rate = 56,800 */
312
313	/* defines for ap_parity */
314	#define MPPAR_NONE 0 /* no parity */
315	#define MPPAR_ODD 1 /* odd parity */
316	#define MPPAR_EVEN 3 /* even parity */
317
318	/* possible flags for Host MP_IOCTL Events */
319	#define A_CHGX 1 /* IOCTL is only chging xonxoff params */
320	#define A_MDMCHG 2 /* change modem control lines */
321	#define A_MDMGET 3 /* get current state of modem ctl lines */
322	#define A_CHGL1P 4 /* IOCTL is changing changing L1 params */
323	#define A_BRKON 5 /* set port break bit */
324	#define A_BRKOFF 6 /* clear port break bit */
325	#define A_CHGALL 7 /* IOCTL is changing xonxoff params, */
326	/* pcnfg struct, & modem ctl structs */
327	#define A_DISABX 8 /* disable port transmitter (ctl-s) */
328	#define A_ENABLX 9 /* enable port transmitter (ctl-q) */
329
330	/* possible flags for Host MP_WRITE Events */
331	#define A_FLUSH 1 /* flush any queued transmit events */
332	#define A_SSTOP 2 /* transmit a port stop (xoff) char */
333	/* before sending rest of event xmts */
334	#define A_SSTART 3 /* transmit a port start (xon) char */
335	/* before sending rest of event xmts */
336
337	/* possible flags for Outbound MP_READ Events */
338	#define A_XOFF 1 /* transmitter stopped from by xoff char */
339
340	/* Perpos flags for modem control fields */
341	#define A_RNGDSR 00001
342	#define A_RTS 00002
343	#define A_RATE 00004
344	#define A_DCD 00010
345	#define A_SECTX 00020
346	#define A_CTS 00040
347	#define A_SECRX 00100
348	#define A_DTR 00200
349
0c25b909 SL	350	#define DCDASRT 100 /* data carrier detect asserted */
	351	#define DTRASRT 101 /* data terminal ready asserted */
	352	#define RNGASRT 102 /* ring indicator asserted */
	353	#define DSRASRT 102 /* data set ready asserted */
	354	#define CTSASRT 103 /* clear to send asserted */
	355	#define RTSASRT 104 /* ready to send asserted */
	356	#define STXASRT 105 /* secondary transmit asserted */
	357	#define SRXASRT 106 /* secondary recieve asserted */
	358	#define RATEASRT 107 /* rate signal asserted */
	359	#define DCDDROP 108 /* data carrier detect dropped */
	360	#define DTRDROP 109 /* data terminal ready dropped */
	361	#define RNGDROP 110 /* ring indicator dropped */
	362	#define MPDSRDROP 110 /* data set ready dropped */
	363	#define CTSDROP 111 /* clear to send dropped */
	364	#define RTSDROP 112 /* ready to send dropped */
	365	#define STXDROP 113 /* secondary transmit dropped */
	366	#define SRXDROP 114 /* secondary recieve dropped */
	367	#define RATEDROP 115 /* rate signal dropped */
	368
	369	/* Defines for filters and intena in portstat */
	370	#define MDM_OFF 0
	371	#define MDM_ON 1
	372
	373	/* Modem on/off flags */
572da255 KB	374	#define MMOD_OFF 0
572da255 KB	375	#define MMOD_ON 1
0c25b909 SL	376
	377	/* defintions for DL interface */
	378
572da255	379	#define MPDLBUFSIZE 1024
0c25b909	380
572da255	381	/* mpdlioctl command defines */
0c25b909 SL	382
	383	struct protports {
	384	char protoport[MPMAXPORT];
572da255	385	};
0c25b909 SL	386
0c25b909 SL	387	struct abdcf {
572da255 KB	388	short xmtbsz; /* transmit buffer size - should */
572da255 KB	389	/* equal # of chars in a cblock */
0c25b909 SL	390	};
	391
	392	struct bdcf {
572da255 KB	393	char loadname[NMPPROTO+1];
	394	char protoports[MPMAXPORT];
	395	char fccstimer; /* powerfail timer */
	396	char fccsports; /* ports to affect */
	397	char fccssoc; /* ports which will 'switch on close' */
0c25b909 SL	398	};
	399
	400
	401	/* These ioctls are for the dlmpcc command */
572da255 KB	402	#define MPIOPORTMAP _IOW('m',1, struct protports)
	403	#define MPIOHILO _IOW('m',3, short)
	404	#define MPIOENDCODE _IO('m',4)
	405	#define MPIOASYNCNF _IOW('m',7, struct abdcf)
	406	#define MPIOENDDL _IO('m',10)
	407	#define MPIOSTARTDL _IO('m',11)
	408	#define MPIORESETBOARD _IO('m',12)
0c25b909	409
572da255	410	/* mpdlwrite opcode defines */
0c25b909	411
572da255 KB	412	#define MPDLCMD_NORMAL 1
	413
	414	/* error messages printed at console , board & port # filled in later */
0c25b909	415
572da255 KB	416	#define A_INVSTS "Invalid Status Event "
	417	#define A_INVCMD "Invalid Event From the MPCC "
	418	#define A_NORBUF "No More Available Receive Buffers "
	419	#define A_NOEBUF "No More Available Event Buffers "
	420	#define A_OVRN "Overrun Error Detected "
	421	#define A_OVRF "Overflow Error Detected "
	422	#define A_NOXBUF "No More Available Transmit Event Buffers "
	423	#define A_XSIZE "Transmit Data Block Size Exceeds Event Data Buffer Size "
	424	#define A_NOFREIN "No Available Inbound Entries to Send Close Event "