/* src/vm/jit/mips/md-asm.h - assembler defines for MIPS ABI

   Copyright (C) 1996-2005, 2006 R. Grafl, A. Krall, C. Kruegel,
   C. Oates, R. Obermaisser, M. Platter, M. Probst, S. Ring,
   E. Steiner, C. Thalinger, D. Thuernbeck, P. Tomsich, C. Ullrich,
   J. Wenninger, Institut f. Computersprachen - TU Wien

   This file is part of CACAO.

   This program is free software; you can redistribute it and/or
   modify it under the terms of the GNU General Public License as
   published by the Free Software Foundation; either version 2, or (at
   your option) any later version.

   This program 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
   General Public License for more details.

   You should have received a copy of the GNU General Public License
   along with this program; if not, write to the Free Software
   Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
   02110-1301, USA.

   Contact: cacao@cacaojvm.org

   Authors: Christian Thalinger

   Changes:

   $Id: md-asm.h 4357 2006-01-22 23:33:38Z twisti $

*/


#ifndef _MD_ASM_H
#define _MD_ASM_H

#include "config.h"


/* register defines ***********************************************************/

#if SIZEOF_VOID_P == 8

#define zero    $0
#define itmp1   $1
#define v0      $2
#define itmp2   $3
#define a0      $4
#define a1      $5
#define a2      $6
#define a3      $7

#define a4      $8
#define	a5      $9
#define	a6      $10
#define	a7      $11
#define	t0      $12
#define t1      $13
#define t2      $14
#define t3      $15

#define s0      $16
#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
#define k1      $27

#define gp      $28
#define sp      $29
#define s8      $30
#define ra      $31

#define pv      s8
#define itmp3   t9

#define xptr    itmp1
#define xpc     itmp2
#define mptr    itmp3
#define mptrreg 25


#define fv0     $f0
#define ft0     $f1
#define ft1     $f2
#define ft2     $f3
#define ft3     $f4
#define ft4     $f5
#define ft5     $f6
#define ft6     $f7

#define ft7     $f8
#define ft8     $f9
#define ft9     $f10
#define ft10    $f11
#define fa0     $f12
#define fa1     $f13
#define fa2     $f14
#define fa3     $f15

#define fa4     $f16
#define fa5     $f17
#define fa6     $f18
#define fa7     $f19
#define ft11    $f20
#define ft12    $f21
#define ft13    $f22
#define ft14    $f23

#define fs0     $f24
#define ft15    $f25
#define fs1     $f26
#define ft16    $f27
#define fs2     $f28
#define ft17    $f29
#define fs3     $f30
#define ft18    $f31

#define fss0    $f20
#define fss1    $f22
#define fss2    $f25
#define fss3    $f27
#define fss4    $f29
#define fss5    $f31

#else /* SIZEOF_VOID_P == 8 */

#define zero    $0
#define itmp1   $1
#define v0      $2
#define v1      $3
#define a0      $4
#define a1      $5
#define a2      $6
#define a3      $7

#define t0      $8
#define t1      $9
#define t2      $10
#define t3      $11
#define t4      $12
#define t5      $13
#define t6      $14
#define t7      $15

#define s0      $16
#define s1      $17
#define s2      $18
#define s3      $19
#define s4      $20
#define s5      $21
#define s6      $22
#define s7      $23

#define itmp2   $24
#define itmp3   $25
#define k0      $26
#define k1      $27

#define gp      $28
#define sp      $29
#define s8      $30
#define ra      $31


#define pv      s8
#define xptr    itmp1
#define xpc     itmp2
#define mptr    itmp3
#define mptrreg 25


#define fv0     $f0
#define ftmp1   $f2
#define ftmp2   $f4
#define ftmp3   $f6

#define ft0     $f8
#define ft1     $f10
#define fa0     $f12
#define fa1     $f14

#define ft2     $f16
#define ft3     $f18
#define fs0     $f20
#define fs1     $f22

#define fs2     $f24
#define fs3     $f26
#define fs4     $f28
#define fs5     $f30

#endif /* SIZEOF_VOID_P == 8 */

#if SIZEOF_VOID_P == 8

#define aaddu   daddu
#define asubu   dsubu
#define aaddi   daddi
#define aaddiu  daddiu
#define ald     ld
#define ast     sd
#define ala     dla
#define asll    dsll

#define all     lld
#define asc     scd

#else

#define aaddu   addu
#define asubu   subu
#define aaddi   addi
#define aaddiu  addiu
#define ald     lw
#define ast     sw
#define ala     la
#define asll    sll

#define all     ll
#define asc     sc

#endif


/* save and restore macros ****************************************************/

#if SIZEOF_VOID_P == 8

#define SAVE_RETURN_REGISTERS(off) \
	sd      v0,(0+(off))*8(sp)	; \
	sdc1    fv0,(1+(off))*8(sp)	;

#define RESTORE_RETURN_REGISTERS(off) \
	ld      v0,(0+(off))*8(sp)	; \
	ldc1    fv0,(1+(off))*8(sp)	;


#define SAVE_ARGUMENT_REGISTERS(off) \
	sd      a0,(0+(off))*8(sp)	; \
	sd      a1,(1+(off))*8(sp)	; \
	sd      a2,(2+(off))*8(sp)	; \
	sd      a3,(3+(off))*8(sp)	; \
	sd      a4,(4+(off))*8(sp)	; \
	sd      a5,(5+(off))*8(sp)	; \
	sd      a6,(6+(off))*8(sp)	; \
	sd      a7,(7+(off))*8(sp)	; \
	\
	sdc1    fa0,(8+(off))*8(sp)	; \
	sdc1    fa1,(9+(off))*8(sp)	; \
	sdc1    fa2,(10+(off))*8(sp); \
	sdc1    fa3,(11+(off))*8(sp); \
	sdc1    fa4,(12+(off))*8(sp); \
	sdc1    fa5,(13+(off))*8(sp); \
	sdc1    fa6,(14+(off))*8(sp); \
	sdc1    fa7,(15+(off))*8(sp); 

#define RESTORE_ARGUMENT_REGISTERS(off) \
	ld      a0,(0+(off))*8(sp)	; \
	ld      a1,(1+(off))*8(sp)	; \
	ld      a2,(2+(off))*8(sp)	; \
	ld      a3,(3+(off))*8(sp)	; \
	ld      a4,(4+(off))*8(sp)	; \
	ld      a5,(5+(off))*8(sp)	; \
	ld      a6,(6+(off))*8(sp)	; \
	ld      a7,(7+(off))*8(sp)	; \
	\
	ldc1    fa0,(8+(off))*8(sp); \
	ldc1    fa1,(9+(off))*8(sp); \
	ldc1    fa2,(10+(off))*8(sp); \
	ldc1    fa3,(11+(off))*8(sp); \
	ldc1    fa4,(12+(off))*8(sp); \
	ldc1    fa5,(13+(off))*8(sp); \
	ldc1    fa6,(14+(off))*8(sp); \
	ldc1    fa7,(15+(off))*8(sp); 


#define SAVE_TEMPORARY_REGISTERS(off) \
	sd      t0,(0+(off))*8(sp)	; \
	sd      t1,(1+(off))*8(sp)	; \
	sd      t2,(2+(off))*8(sp)	; \
	sd      t3,(3+(off))*8(sp)	; \
	sd      t8,(4+(off))*8(sp)	; \
	\
	sdc1    ft3,(5+(off))*8(sp)	; \
	sdc1    ft4,(6+(off))*8(sp)	; \
	sdc1    ft5,(7+(off))*8(sp)	; \
	sdc1    ft6,(8+(off))*8(sp)	; \
	sdc1    ft7,(9+(off))*8(sp)	; \
	sdc1    ft8,(10+(off))*8(sp)	; \
	sdc1    ft9,(11+(off))*8(sp)	; \
	sdc1    ft10,(12+(off))*8(sp)	; \
	sdc1    ft11,(13+(off))*8(sp)	; \
	sdc1    ft12,(14+(off))*8(sp)	; \
	sdc1    ft13,(15+(off))*8(sp)	; \
	sdc1    ft14,(16+(off))*8(sp)	; \
	sdc1    ft15,(17+(off))*8(sp)	; \
	sdc1    ft16,(18+(off))*8(sp)	; \
	sdc1    ft17,(19+(off))*8(sp)	; \
	sdc1    ft18,(20+(off))*8(sp)	;

#define RESTORE_TEMPORARY_REGISTERS(off) \
	ld      t0,(0+(off))*8(sp)	; \
	ld      t1,(1+(off))*8(sp)	; \
	ld      t2,(2+(off))*8(sp)	; \
	ld      t3,(3+(off))*8(sp)	; \
	ld      t8,(4+(off))*8(sp)	; \
	\
	ldc1    ft3,(5+(off))*8(sp)	; \
	ldc1    ft4,(6+(off))*8(sp)	; \
	ldc1    ft5,(7+(off))*8(sp)	; \
	ldc1    ft6,(8+(off))*8(sp)	; \
	ldc1    ft7,(9+(off))*8(sp)	; \
	ldc1    ft8,(10+(off))*8(sp)	; \
	ldc1    ft9,(11+(off))*8(sp)	; \
	ldc1    ft10,(12+(off))*8(sp)	; \
	ldc1    ft11,(13+(off))*8(sp)	; \
	ldc1    ft12,(14+(off))*8(sp)	; \
	ldc1    ft13,(15+(off))*8(sp)	; \
	ldc1    ft14,(16+(off))*8(sp)	; \
	ldc1    ft15,(17+(off))*8(sp)	; \
	ldc1    ft16,(18+(off))*8(sp)	; \
	ldc1    ft17,(19+(off))*8(sp)	; \
	ldc1    ft18,(20+(off))*8(sp)	;

#else /* SIZEOF_VOID_P == 8 */

#define SAVE_RETURN_REGISTERS(off) \
	sw      v0,(0+(off))*4(sp)	; \
	sw      v1,(1+(off))*4(sp)	; \
	sdc1    fv0,(2+(off))*4(sp)	;

#define RESTORE_RETURN_REGISTERS(off) \
	lw      v0,(0+(off))*4(sp)	; \
	lw      v1,(1+(off))*4(sp)	; \
	ldc1    fv0,(2+(off))*4(sp)	;


#define SAVE_ARGUMENT_REGISTERS(off) \
	sw      a0,(0+(off))*4(sp)	; \
	sw      a1,(1+(off))*4(sp)	; \
	sw      a2,(2+(off))*4(sp)	; \
	sw      a3,(3+(off))*4(sp)	;

#define RESTORE_ARGUMENT_REGISTERS(off) \
	lw      a0,(0+(off))*4(sp)	; \
	lw      a1,(1+(off))*4(sp)	; \
	lw      a2,(2+(off))*4(sp)	; \
	lw      a3,(3+(off))*4(sp)	;


#define SAVE_TEMPORARY_REGISTERS(off) \
	sw      t0,(0+(off))*4(sp)	; \
	sw      t1,(1+(off))*4(sp)	; \
	sw      t2,(2+(off))*4(sp)	; \
	sw      t3,(3+(off))*4(sp)	; \
	sw      t4,(4+(off))*4(sp)	; \
	sw      t5,(5+(off))*4(sp)	; \
	sw      t6,(6+(off))*4(sp)	; \
	sw      t7,(7+(off))*4(sp)	;

#define RESTORE_TEMPORARY_REGISTERS(off) \
	lw      t0,(0+(off))*4(sp)	; \
	lw      t1,(1+(off))*4(sp)	; \
	lw      t2,(2+(off))*4(sp)	; \
	lw      t3,(3+(off))*4(sp)	; \
	lw      t4,(4+(off))*4(sp)	; \
	lw      t5,(5+(off))*4(sp)	; \
	lw      t6,(6+(off))*4(sp)	; \
	lw      t7,(7+(off))*4(sp)	;

#endif /* SIZEOF_VOID_P == 8 */

#endif /* _MD_ASM_H */


/*
 * These are local overrides for various environment variables in Emacs.
 * Please do not remove this and leave it at the end of the file, where
 * Emacs will automagically detect them.
 * ---------------------------------------------------------------------
 * Local variables:
 * mode: c
 * indent-tabs-mode: t
 * c-basic-offset: 4
 * tab-width: 4
 * End:
 */