/* from to eq verify reg gen fu */ \
_OE( _UnPP( M, R, NONE ), V_NO, RG_##reg, G_LOAD_ADDR, FU_ALU ), \
_OE( _Un( M, M, NONE ), V_NO, RG_##reg, R_MOVRESTEMP, FU_NO ), \
_OE( _Un( M, ANY, NONE ), V_NO, RG_##reg##_NEED,G_UNKNOWN, FU_NO ), \
_OE( _Un( ANY, ANY, NONE ), V_NO, RG_##reg, R_FORCEOP1MEM, FU_NO ), \
_OE( _Un( ANY, ANY, NONE ), V_NO, RG_, G_UNKNOWN, FU_NO ), \
};
LOAD_TABLE( LoadAddr2, WORD );
LOAD_TABLE( LoadAddr8, QWORD );
static opcode_entry LoadAddr4[] = {
/*************************************/
/* from to eq verify reg gen fu */
_OE( _Un( M, ANY, NONE ), V_OFFSETZERO, RG_DWORD, R_MOVEINDEX, FU_NO ),
_OE( _UnPP( M, R, NONE ), V_NO, RG_DWORD, G_LOAD_ADDR, FU_ALU ),
_OE( _Un( M, M, NONE ), V_NO, RG_DWORD, R_MOVRESTEMP, FU_NO ),
_OE( _Un( M, ANY, NONE ), V_NO, RG_DWORD_NEED,G_UNKNOWN, FU_NO ),
_OE( _Un( ANY, ANY, NONE ), V_NO, RG_DWORD, R_FORCEOP1MEM, FU_NO ),
_OE( _Un( ANY, ANY, NONE ), V_NO, RG_, G_UNKNOWN, FU_NO ),
};
opcode_entry Conv[] = {
/************************/
/* from to eq verify reg gen fu */
_OE( _Un( ANY, ANY, NONE ), V_NO, RG_, R_DOCVT, FU_NO ),
};
opcode_entry NegF[] = {
/************************/
/* from to eq verify reg gen fu */
*
* Description: Reduction tables for x87 instructions.
*
****************************************************************************/
#include "cgstd.h"
#include "coderep.h"
#include "model.h"
#include "pattern.h"
#include "regset.h"
opcode_entry Move87L[] = {
/* op res eq verify gen reg fu*/
{_UnPP( R|M|U,R|M|U,EQ_R1 ), V_NO, G_NO, RG_, FU_NO},
{_UnPP( ANY, ANY, NONE ), V_NO, G_UNKNOWN, RG_8087_NEED,FU_NO},
};
opcode_entry Move87D[] = {
/***********************************/
/* op res eq verify gen reg fu*/
{_UnPP( R|M|U,R|M|U,EQ_R1 ), V_NO, G_NO, RG_, FU_NO},
{_UnPP( M, M, NONE ), V_SAME_LOCN, G_NO, RG_, FU_NO},
#if _TARGET & _TARG_80386
{_UnPP( M, M, NONE ), V_SAME_TYPE, R_SPLITMOVE, RG_, FU_NO},
{_UnPP( M|C, R, NONE ), V_NO, R_SPLITMOVE, RG_8, FU_NO},
{_UnPP( R, M, NONE ), V_NO, R_SPLITMOVE, RG_8, FU_NO},
{_UnPP( C, M, NONE ), V_SAME_TYPE, R_SPLITMOVE, RG_8, FU_NO},
#else
{_UnPP( M, M, NONE ), V_SAME_TYPE, R_SPLIT8, RG_, FU_NO},
/********************************/ \
/* op res eq verify gen reg fu*/ \
_UnPP( M, R, NONE ), V_NO, G_LOAD_ADDR, RG_##reg,FU_ALU, \
_Un( M, M, NONE ), V_NO, R_MOVRESTEMP, RG_##reg,FU_NO, \
_Un( M, ANY, NONE ), V_NO, G_UNKNOWN, RG_##reg##_NEED,FU_NO, \
_Un( ANY, ANY, NONE ), V_NO, R_FORCEOP1MEM, RG_##reg,FU_NO, \
};
LOAD_TABLE( LoadAddr2, WORD );
LOAD_TABLE( LoadAddr8, QWORD );
static opcode_entry LoadAddr4[] = {
/*************************************/
/* op res eq verify gen reg fu*/
_Un( M, ANY, NONE ), V_OFFSETZERO, R_MOVEINDEX, RG_DWORD,FU_NO,
_UnPP( M, R, NONE ), V_NO, G_LOAD_ADDR, RG_DWORD,FU_ALU,
_Un( M, M, NONE ), V_NO, R_MOVRESTEMP, RG_DWORD,FU_NO,
_Un( M, ANY, NONE ), V_NO, G_UNKNOWN, RG_DWORD_NEED,FU_NO,
_Un( ANY, ANY, NONE ), V_NO, R_FORCEOP1MEM, RG_DWORD,FU_NO,
};
opcode_entry Conv[] = {
/************************/
/* op1 res eq verify gen reg fu */
_Un( ANY, ANY, NONE ), V_NO, R_DOCVT, RG_, FU_NO,
};
opcode_entry NegF[] = {
/************************/
/* op1 res eq verify gen reg fu */
_Un( R, R, NONE ), V_NO, G_UNARY, RG_FLOAT,FU_NO,
