simh-testsetgenerator/PDP11/pdp11_cpumod.h

/* pdp11_cpumod.h: PDP-11 CPU model definitions

   Copyright (c) 2004, Robert M Supnik

   Permission is hereby granted, free of charge, to any person obtaining a
   copy of this software and associated documentation files (the "Software"),
   to deal in the Software without restriction, including without limitation
   the rights to use, copy, modify, merge, publish, distribute, sublicense,
   and/or sell copies of the Software, and to permit persons to whom the
   Software is furnished to do so, subject to the following conditions:

   The above copyright notice and this permission notice shall be included in
   all copies or substantial portions of the Software.

   THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
   IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
   FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.  IN NO EVENT SHALL
   ROBERT M SUPNIK BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
   IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
   CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

   Except as contained in this notice, the name of Robert M Supnik shall not
   be used in advertising or otherwise to promote the sale, use or other dealings
   in this Software without prior written authorization from Robert M Supnik.
*/

#ifndef _PDP11_CPUMOD_H_
#define _PDP11_CPUMOD_H_	1

#define SOP_1103	(BUS_Q)
#define OPT_1103	(OPT_EIS|OPT_FIS)
#define PSW_1103	0000377

#define SOP_1104	(BUS_U)
#define OPT_1104	0
#define PSW_1104	0000377

#define SOP_1105	(BUS_U)
#define OPT_1105	0
#define PSW_1105	0000377

#define SOP_1120	(BUS_U)
#define OPT_1120	0
#define PSW_1120	0000377

#define SOP_1123	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1123	(OPT_FPP|OPT_CIS)
#define PSW_F		0170777
#define PAR_F		0177777
#define PDR_F		0077516
#define MM0_F		0160157
#define MM3_F		0000060

#define SOP_1123P	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1123P	(OPT_FPP|OPT_CIS)

#define SOP_1124	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU|OPT_UBM)
#define OPT_1124	(OPT_FPP|OPT_CIS)

#define SOP_1134	(BUS_U|OPT_EIS|OPT_MMU)
#define OPT_1134	(OPT_FPP)
#define PSW_1134	0170377
#define PAR_1134	0007777
#define PDR_1134	0077516
#define MM0_1134	0160557

#define SOP_1140	(BUS_U|OPT_EIS|OPT_MMU)
#define OPT_1140	(OPT_FIS)
#define PSW_1140	0170377
#define PAR_1140	0007777
#define PDR_1140	0077516
#define MM0_1140	0160557

#define SOP_1144	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU|OPT_UBM)
#define OPT_1144	(OPT_FPP|OPT_CIS)
#define PSW_1144	0170777
#define PAR_1144	0177777
#define PDR_1144	0177516
#define MM0_1144	0160557
#define MM3_1144	0000077

#define SOP_1145	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU|OPT_RH11)
#define OPT_1145	(OPT_FPP)
#define PSW_1145	0174377
#define PAR_1145	0007777
#define PDR_1145	0077717
#define MM0_1145	0171777
#define MM3_1145	0000007

#define SOP_1160	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1160	0
#define PSW_1160	0170377
#define PAR_1160	0007777
#define PDR_1160	0077516
#define MM0_1160	0160557

#define SOP_1170	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU|OPT_UBM)
#define OPT_1170	(OPT_FPP|OPT_RH11)
#define PSW_1170	0174377
#define PAR_1170	0177777
#define PDR_1170	0077717
#define MM0_1170	0171777
#define MM3_1170	0000067

#define SOP_1173	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1173	(OPT_CIS)
#define PSW_J		0174777
#define PAR_J		0177777
#define PDR_J		0177516
#define MM0_J		0160177
#define MM3_J		0000077

#define SOP_1153	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1153	(OPT_CIS)

#define SOP_1173B	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1173B	(OPT_CIS)

#define SOP_1183	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1183	(OPT_CIS)

#define SOP_1184	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU|OPT_UBM|OPT_RH11)
#define OPT_1184	(OPT_CIS)

#define SOP_1193	(BUS_Q|OPT_EIS|OPT_FPP|OPT_MMU)
#define OPT_1193	(OPT_CIS)

#define SOP_1194	(BUS_U|OPT_EIS|OPT_FPP|OPT_MMU|OPT_UBM|OPT_RH11)
#define OPT_1194	(OPT_CIS)

#define MOD_MAX		20

/* MFPT codes */

#define MFPT_44		1
#define MFPT_F		3
#define MFPT_T		4
#define MFPT_J		5

/* KDF11B specific register */

#define PCRFB_RW	0037477				/* page ctrl reg */

#define CDRFB_RD	0000377				/* config reg */
#define CDRFB_WR	0000017

/* KT24 Unibus map specific registers */

#define LMAL_RD		0177777				/* last mapped low */

#define LMAH_RD		0000177				/* last mapped high */
#define LMAH_WR		0000100

/* 11/44 specific registers */

#define CCR44_RD	0033315				/* cache control */
#define CCR44_WR	0003315

#define CMR44_RD	0177437				/* cache maint */
#define CMR44_WR	0000037

#define CPUE44_BUSE	0004000

/* J11 specific registers */

/* Maintenance register */

#define MAINT_V_UQ	9				/* Q/U flag */
#define MAINT_Q		(0 << MAINT_V_UQ)		/* Qbus */
#define MAINT_U		(1 << MAINT_V_UQ)
#define MAINT_V_FPA	8				/* FPA flag */
#define MAINT_NOFPA	(0 << MAINT_V_FPA)
#define MAINT_FPA	(1 << MAINT_V_FPA)
#define MAINT_V_TYP	4				/* system type */
#define MAINT_KDJA	(1 << MAINT_V_TYP)		/* KDJ11A */
#define MAINT_KDJB	(2 << MAINT_V_TYP)		/* KDJ11B */
#define MAINT_KDJD	(4 << MAINT_V_TYP)		/* KDJ11D */
#define MAINT_KDJE	(5 << MAINT_V_TYP)		/* KDJ11E */
#define MAINT_V_HTRAP	3				/* trap 4 on HALT */
#define MAINT_HTRAP	(1 << MAINT_V_HTRAP)
#define MAINT_V_POM	1				/* power on option */
#define MAINT_POODT	(0 << MAINT_V_POM)		/* power up ODT */
#define MAINT_POROM	(2 << MAINT_V_POM)		/* power up ROM */
#define MAINT_V_BPOK	0				/* power OK */
#define MAINT_BPOK	(1 << MAINT_V_BPOK)

/* KDJ11B control */

#define CSRJB_RD	0177767
#define CSRJB_WR	0037767
#define CSRJ_LTCI	0020000				/* force LTC int */
#define CSRJ_LTCD	0010000				/* disable LTC reg */
#define CSRJ_V_LTCSEL	10
#define CSRJ_M_LTCSEL	03
#define CSRJ_LTCSEL(x)	(((x) >> CSRJ_V_LTCSEL) & CSRJ_M_LTCSEL)
#define CSRJ_HBREAK	0001000				/* halt on break */

#define PCRJB_RW	0077176				/* page ctrl reg */

#define CDRJB_RD	0000377				/* config register */
#define CDRJB_WR	0000377

/* KDJ11D control */

#define CSRJD_RD	0157777				/* native register */
#define CSRJD_WR	0000377
#define CSRJD_15M	0040000				/* 1.5M mem on board */

/* KDJ11E control */

#define CSRJE_RD	0137360				/* control reg */
#define CSRJE_WR	0037370

#define PCRJE_RW	0177376				/* page ctrl reg */

#define CDRJE_RD	0000377				/* config register */
#define CDRJE_WR	0000077

#define ASRJE_RW	0030462				/* additional status */
#define ASRJE_V_TOY	8
#define ASRJE_TOY	(1u << ASRJE_V_TOY)		/* TOY serial bit */
#define ASRJE_TOYBIT(x)	(((x) >> ASRJE_V_TOY) & 1)

/* KDJ11E TOY clock */

#define TOY_HSEC	0
#define TOY_SEC		1
#define TOY_MIN		2
#define TOY_HR		3
#define TOY_DOW		4
#define TOY_DOM		5
#define TOY_MON		6
#define TOY_YR		7
#define TOY_LNT		8

/* KTJ11B Unibus map */

#define DCRKTJ_RD	0100616				/* diag control */
#define DCRKTJ_WR	0000416

#define DDRKTJ_RW	0177777				/* diag data */

#define MCRKTJ_RD	0000377				/* control register */
#define MCRKTJ_WR	0000177

/* Data tables */

struct cpu_table {
	char		*name;				/* model name */
	uint32		std;				/* standard flags */
	uint32		opt;				/* set/clear flags */
	uint32		maxm;				/* max memory */
	uint32		psw;				/* PSW mask */
	uint32		mfpt;				/* MFPT code */
	uint32		par;				/* PAR mask */
	uint32		pdr;				/* PDR mask */
	uint32		mm0;				/* MMR0 mask */
	uint32		mm3;				/* MMR3 mask */
	};

typedef struct cpu_table CPUTAB;

struct conf_table {
	uint32		cpum;
	uint32		optm;
	DIB		*dib;
	};

typedef struct conf_table CNFTAB;

/* Prototypes */

t_stat cpu_set_model (UNIT *uptr, int32 val, char *cptr, void *desc);
t_stat cpu_show_model (FILE *st, UNIT *uptr, int32 val, void *desc);
t_stat cpu_set_opt (UNIT *uptr, int32 val, char *cptr, void *desc);
t_stat cpu_clr_opt (UNIT *uptr, int32 val, char *cptr, void *desc);
t_stat cpu_set_size (UNIT *uptr, int32 val, char *cptr, void *desc);
t_stat cpu_set_bus (int32 opt);

#endif