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/*
 
Based upon IDT provided code with the following release:
 
This source code has been made available to you by IDT on an AS-IS
basis. Anyone receiving this source is licensed under IDT copyrights
to use it in any way he or she deems fit, including copying it,
modifying it, compiling it, and redistributing it either with or
without modifications.  No license under IDT patents or patent
applications is to be implied by the copyright license.
 
Any user of this software should understand that IDT cannot provide
technical support for this software and will not be responsible for
any consequences resulting from the use of this software.
 
Any person who transfers this source code or any derivative work must
include the IDT copyright notice, this paragraph, and the preceeding
two paragraphs in the transferred software.
 
COPYRIGHT IDT CORPORATION 1996
LICENSED MATERIAL - PROGRAM PROPERTY OF IDT
 
  iregdef.h,v 1.4 1999/03/31 23:21:19 joel Exp
*/ 
 
/*
**	iregdef.h - IDT R3000 register structure header file
**
**	Copyright 1989 Integrated Device Technology, Inc
**	All Rights Reserved
**
*/
#ifndef __IREGDEF_H__
#define __IREGDEF_H__
 
/*
 * 950313: Ketan added sreg/lreg and R_SZ for 64-bit saves
 *         added Register definition for XContext reg.
 *         Look towards end of this file.
 */
/*
** register names 
*/
#define r0	$0
#define r1	$1
#define r2	$2
#define r3	$3
#define r4	$4
#define r5	$5
#define r6	$6
#define r7	$7
#define r8	$8
#define r9	$9
#define r10	$10
#define r11	$11
#define r12	$12
#define r13	$13
 
#define r14	$14
#define r15	$15
#define r16	$16
#define r17	$17
#define r18	$18
#define r19	$19
#define r20	$20
#define r21	$21
#define r22	$22
#define r23	$23
#define r24	$24
#define r25	$25
#define r26	$26
#define r27	$27
#define r28	$28
#define r29	$29
#define r30	$30
#define r31	$31
 
#define fp0	$f0
#define fp1	$f1
#define fp2	$f2
#define fp3	$f3
#define fp4	$f4
#define fp5	$f5
#define fp6	$f6
#define fp7	$f7
#define fp8	$f8
#define fp9	$f9
#define fp10	$f10
#define fp11	$f11
#define fp12	$f12
#define fp13	$f13
#define fp14	$f14
#define fp15	$f15
#define fp16	$f16
#define fp17	$f17
#define fp18	$f18
#define fp19	$f19
#define fp20	$f20
#define fp21	$f21
#define fp22	$f22
#define fp23	$f23
#define fp24	$f24
#define fp25	$f25
#define fp26	$f26
#define fp27	$f27
#define fp28	$f28
#define fp29	$f29
#define fp30	$f30
#define fp31	$f31
 
#define fcr0	$0
#define fcr30	$30
#define fcr31	$31
 
#define zero	$0	/* wired zero */
#define AT	$at	/* assembler temp */
#define v0	$2	/* return value */
#define v1	$3
#define a0	$4	/* argument registers a0-a3 */
#define a1	$5
#define a2	$6
#define a3	$7
#define t0	$8	/* caller saved  t0-t9 */
#define t1	$9
#define t2	$10
#define t3	$11
#define t4	$12
#define t5	$13
#define t6	$14
#define t7	$15
#define s0	$16	/* callee saved s0-s8 */
#define s1	$17
#define s2	$18
#define s3	$19
#define s4	$20
#define s5	$21
#define s6	$22
#define s7	$23
#define t8	$24
#define t9	$25
#define k0	$26	/* kernel usage */
#define k1	$27	/* kernel usage */
#define gp	$28	/* sdata pointer */
#define sp	$29	/* stack pointer */
#define s8	$30	/* yet another saved reg for the callee */
#define fp	$30	/* frame pointer - this is being phased out by MIPS */
#define ra	$31	/* return address */
 
 
/*
** relative position of registers in save reg area
*/
#define	R_R0		0
#define	R_R1		1
#define	R_R2		2
#define	R_R3		3
#define	R_R4		4
#define	R_R5		5
#define	R_R6		6
#define	R_R7		7
#define	R_R8		8
#define	R_R9		9
#define	R_R10		10
#define	R_R11		11
#define	R_R12		12
#define	R_R13		13
#define	R_R14		14
#define	R_R15		15
#define	R_R16		16
#define	R_R17		17
#define	R_R18		18
#define	R_R19		19
#define	R_R20		20
#define	R_R21		21
#define	R_R22		22
#define	R_R23		23
#define	R_R24		24
#define	R_R25		25
#define	R_R26		26
#define	R_R27		27
#define	R_R28		28
#define	R_R29		29
#define	R_R30		30
#define	R_R31		31
#define	R_F0		32
#define	R_F1		33
#define	R_F2		34
#define	R_F3		35
#define	R_F4		36
#define	R_F5		37
#define	R_F6		38
#define	R_F7		39
#define	R_F8		40
#define	R_F9		41
#define	R_F10		42
#define	R_F11		43
#define	R_F12		44
#define	R_F13		45
#define	R_F14		46
#define	R_F15		47
#define	R_F16		48
#define	R_F17		49
#define	R_F18		50
#define	R_F19		51
#define	R_F20		52
#define	R_F21		53
#define	R_F22		54
#define	R_F23		55
#define	R_F24		56
#define	R_F25		57
#define	R_F26		58
#define	R_F27		59
#define	R_F28		60
#define	R_F29		61
#define	R_F30		62
#define	R_F31		63
#define NCLIENTREGS	64
#define	R_EPC		64
#define	R_MDHI		65
#define	R_MDLO		66
#define	R_SR		67
#define	R_CAUSE		68
#define	R_TLBHI		69
#if defined(CPU_R3000)
#define	R_TLBLO		70
#endif
#if defined(CPU_R4000)
#define	R_TLBLO0	70
#endif
#define	R_BADVADDR	71
#define	R_INX		72
#define	R_RAND		73
#define	R_CTXT		74
#define	R_EXCTYPE	75
#define R_MODE		76
#define	R_PRID		77
#define R_FCSR		78
#define R_FEIR		79
#if defined(CPU_R3000)
#define NREGS		80
#endif
#if defined(CPU_R4000)
#define	R_TLBLO1	80
#define R_PAGEMASK	81
#define R_WIRED		82
#define R_COUNT		83
#define R_COMPARE	84
#define R_CONFIG	85
#define R_LLADDR	86
#define R_WATCHLO	87
#define R_WATCHHI	88
#define R_ECC		89
#define R_CACHEERR	90
#define R_TAGLO		91
#define R_TAGHI		92
#define R_ERRPC		93
#define R_XCTXT     94  /* Ketan added from SIM64bit */
 
#define	NREGS		95
#endif
 
/*
** For those who like to think in terms of the compiler names for the regs
*/
#define	R_ZERO		R_R0
#define	R_AT		R_R1
#define	R_V0		R_R2
#define	R_V1		R_R3
#define	R_A0		R_R4
#define	R_A1		R_R5
#define	R_A2		R_R6
#define	R_A3		R_R7
#define	R_T0		R_R8
#define	R_T1		R_R9
#define	R_T2		R_R10
#define	R_T3		R_R11
#define	R_T4		R_R12
#define	R_T5		R_R13
#define	R_T6		R_R14
#define	R_T7		R_R15
#define	R_S0		R_R16
#define	R_S1		R_R17
#define	R_S2		R_R18
#define	R_S3		R_R19
#define	R_S4		R_R20
#define	R_S5		R_R21
#define	R_S6		R_R22
#define	R_S7		R_R23
#define	R_T8		R_R24
#define	R_T9		R_R25
#define	R_K0		R_R26
#define	R_K1		R_R27
#define	R_GP		R_R28
#define	R_SP		R_R29
#define	R_FP		R_R30
#define	R_RA		R_R31
 
/* Ketan added the following */
#ifdef CPU_R3000
#define sreg	sw
#define lreg	lw
#define rmfc0	mfc0
#define rmtc0	mtc0
#define R_SZ	4
#endif CPU_R3000
 
#ifdef CPU_R4000
#if __mips < 3
#define sreg	sw
#define lreg	lw
#define rmfc0	mfc0
#define rmtc0	mtc0
#define R_SZ	4
#else
#define sreg	sd
#define lreg	ld
#define rmfc0	dmfc0
#define rmtc0	dmtc0
#define R_SZ	8
#endif
#endif CPU_R4000
/* Ketan till here */
 
#endif /* __IREGDEF_H__ */