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freebsd-skq/sys/ia64/disasm/disasm_extract.c
Marcel Moolenaar b9eabb421b Add a new disassembler that improves over the previous disassembler 
in that it provides an abstract (intermediate) representation for
instructions. This significantly improves working with instructions
such as emulation of instructions that are not implemented by the
hardware (e.g. long branch) or enhancing implemented instructions
(e.g. handling of misaligned memory accesses). Not to mention that
it's much easier to print instructions.

Functions are included that provide a textual representation for
opcodes, completers and operands.

The disassembler supports all ia64 instructions defined by revision
2.1 of the SDM (Oct 2002).
2003-10-23 06:01:52 +00:00

2520 lines
65 KiB
C
Raw Blame History

/*
* Copyright (c) 2000-2003 Marcel Moolenaar
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
* IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
* OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
* IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT,
* INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
* NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
* THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
#include <sys/cdefs.h>
__FBSDID("$FreeBSD$");
#include <sys/param.h>
#include <sys/systm.h>
#include <machine/stdarg.h>
#include <ia64/disasm/disasm_int.h>
#include <ia64/disasm/disasm.h>
#define FRAG(o,l) ((int)((o << 8) | (l & 0xff)))
#define FRAG_OFS(f) (f >> 8)
#define FRAG_LEN(f) (f & 0xff)
/*
* Support functions.
*/
static void
asm_cmpltr_add(struct asm_inst *i, enum asm_cmpltr_class c,
enum asm_cmpltr_type t)
{
i->i_cmpltr[i->i_ncmpltrs].c_class = c;
i->i_cmpltr[i->i_ncmpltrs].c_type = t;
i->i_ncmpltrs++;
KASSERT(i->i_ncmpltrs < 6, ("foo"));
}
static void
asm_hint(struct asm_inst *i, enum asm_cmpltr_class c)
{
switch (FIELD(i->i_bits, 28, 2)) { /* hint */
case 0:
asm_cmpltr_add(i, c, ASM_CT_NONE);
break;
case 1:
asm_cmpltr_add(i, c, ASM_CT_NT1);
break;
case 2:
asm_cmpltr_add(i, c, ASM_CT_NT2);
break;
case 3:
asm_cmpltr_add(i, c, ASM_CT_NTA);
break;
}
}
static void
asm_sf(struct asm_inst *i)
{
switch (FIELD(i->i_bits, 34, 2)) {
case 0:
asm_cmpltr_add(i, ASM_CC_SF, ASM_CT_S0);
break;
case 1:
asm_cmpltr_add(i, ASM_CC_SF, ASM_CT_S1);
break;
case 2:
asm_cmpltr_add(i, ASM_CC_SF, ASM_CT_S2);
break;
case 3:
asm_cmpltr_add(i, ASM_CC_SF, ASM_CT_S3);
break;
}
}
static void
asm_brhint(struct asm_inst *i)
{
uint64_t bits = i->i_bits;
switch (FIELD(bits, 33, 2)) { /* bwh */
case 0:
asm_cmpltr_add(i, ASM_CC_BWH, ASM_CT_SPTK);
break;
case 1:
asm_cmpltr_add(i, ASM_CC_BWH, ASM_CT_SPNT);
break;
case 2:
asm_cmpltr_add(i, ASM_CC_BWH, ASM_CT_DPTK);
break;
case 3:
asm_cmpltr_add(i, ASM_CC_BWH, ASM_CT_DPNT);
break;
}
if (FIELD(bits, 12, 1)) /* ph */
asm_cmpltr_add(i, ASM_CC_PH, ASM_CT_MANY);
else
asm_cmpltr_add(i, ASM_CC_PH, ASM_CT_FEW);
if (FIELD(bits, 35, 1)) /* dh */
asm_cmpltr_add(i, ASM_CC_DH, ASM_CT_CLR);
else
asm_cmpltr_add(i, ASM_CC_DH, ASM_CT_NONE);
}
static void
asm_brphint(struct asm_inst *i)
{
uint64_t bits = i->i_bits;
switch (FIELD(bits, 3, 2)) { /* ipwh, indwh */
case 0:
asm_cmpltr_add(i, ASM_CC_IPWH, ASM_CT_SPTK);
break;
case 1:
asm_cmpltr_add(i, ASM_CC_IPWH, ASM_CT_LOOP);
break;
case 2:
asm_cmpltr_add(i, ASM_CC_IPWH, ASM_CT_DPTK);
break;
case 3:
asm_cmpltr_add(i, ASM_CC_IPWH, ASM_CT_EXIT);
break;
}
if (FIELD(bits, 5, 1)) /* ph */
asm_cmpltr_add(i, ASM_CC_PH, ASM_CT_MANY);
else
asm_cmpltr_add(i, ASM_CC_PH, ASM_CT_FEW);
switch (FIELD(bits, 0, 3)) { /* pvec */
case 0:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_DC_DC);
break;
case 1:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_DC_NT);
break;
case 2:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_TK_DC);
break;
case 3:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_TK_TK);
break;
case 4:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_TK_NT);
break;
case 5:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_NT_DC);
break;
case 6:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_NT_TK);
break;
case 7:
asm_cmpltr_add(i, ASM_CC_PVEC, ASM_CT_NT_NT);
break;
}
if (FIELD(bits, 35, 1)) /* ih */
asm_cmpltr_add(i, ASM_CC_IH, ASM_CT_IMP);
else
asm_cmpltr_add(i, ASM_CC_IH, ASM_CT_NONE);
}
static enum asm_oper_type
asm_normalize(struct asm_inst *i, enum asm_op op)
{
enum asm_oper_type ot = ASM_OPER_NONE;
switch (op) {
case ASM_OP_BR_CALL:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_CALL);
op = ASM_OP_BR;
break;
case ASM_OP_BR_CEXIT:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_CEXIT);
op = ASM_OP_BR;
break;
case ASM_OP_BR_CLOOP:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_CLOOP);
op = ASM_OP_BR;
break;
case ASM_OP_BR_COND:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_COND);
op = ASM_OP_BR;
break;
case ASM_OP_BR_CTOP:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_CTOP);
op = ASM_OP_BR;
break;
case ASM_OP_BR_IA:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_IA);
op = ASM_OP_BR;
break;
case ASM_OP_BR_RET:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_RET);
op = ASM_OP_BR;
break;
case ASM_OP_BR_WEXIT:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_WEXIT);
op = ASM_OP_BR;
break;
case ASM_OP_BR_WTOP:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_WTOP);
op = ASM_OP_BR;
break;
case ASM_OP_BREAK_B:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_B);
op = ASM_OP_BREAK;
break;
case ASM_OP_BREAK_F:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_F);
op = ASM_OP_BREAK;
break;
case ASM_OP_BREAK_I:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_I);
op = ASM_OP_BREAK;
break;
case ASM_OP_BREAK_M:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_M);
op = ASM_OP_BREAK;
break;
case ASM_OP_BREAK_X:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_X);
op = ASM_OP_BREAK;
break;
case ASM_OP_BRL_COND:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_COND);
op = ASM_OP_BRL;
break;
case ASM_OP_BRL_CALL:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_CALL);
op = ASM_OP_BRL;
break;
case ASM_OP_BRP_:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_NONE);
op = ASM_OP_BRP;
break;
case ASM_OP_BRP_RET:
asm_cmpltr_add(i, ASM_CC_BTYPE, ASM_CT_RET);
op = ASM_OP_BRP;
break;
case ASM_OP_BSW_0:
asm_cmpltr_add(i, ASM_CC_BSW, ASM_CT_0);
op = ASM_OP_BSW;
break;
case ASM_OP_BSW_1:
asm_cmpltr_add(i, ASM_CC_BSW, ASM_CT_1);
op = ASM_OP_BSW;
break;
case ASM_OP_CHK_A_CLR:
asm_cmpltr_add(i, ASM_CC_CHK, ASM_CT_A);
asm_cmpltr_add(i, ASM_CC_ACLR, ASM_CT_CLR);
op = ASM_OP_CHK;
break;
case ASM_OP_CHK_A_NC:
asm_cmpltr_add(i, ASM_CC_CHK, ASM_CT_A);
asm_cmpltr_add(i, ASM_CC_ACLR, ASM_CT_NC);
op = ASM_OP_CHK;
break;
case ASM_OP_CHK_S:
asm_cmpltr_add(i, ASM_CC_CHK, ASM_CT_S);
op = ASM_OP_CHK;
break;
case ASM_OP_CHK_S_I:
asm_cmpltr_add(i, ASM_CC_CHK, ASM_CT_S);
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_I);
op = ASM_OP_CHK;
break;
case ASM_OP_CHK_S_M:
asm_cmpltr_add(i, ASM_CC_CHK, ASM_CT_S);
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_M);
op = ASM_OP_CHK;
break;
case ASM_OP_CLRRRB_:
asm_cmpltr_add(i, ASM_CC_CLRRRB, ASM_CT_NONE);
op = ASM_OP_CLRRRB;
break;
case ASM_OP_CLRRRB_PR:
asm_cmpltr_add(i, ASM_CC_CLRRRB, ASM_CT_PR);
op = ASM_OP_CLRRRB;
break;
case ASM_OP_CMP_EQ:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_EQ_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_EQ_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_EQ_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_EQ_UNC:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_GE_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_GE_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_GE_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_GT_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_GT_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_GT_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LE_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LE_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LE_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LT:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LT_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LT_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LT_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LT_UNC:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LTU:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LTU);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_LTU_UNC:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LTU);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_NE_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_NE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_NE_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_NE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP_NE_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_NE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP;
break;
case ASM_OP_CMP4_EQ:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_EQ_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_EQ_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_EQ_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_EQ_UNC:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_EQ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_GE_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_GE_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_GE_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_GT_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_GT_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_GT_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_GT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LE_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LE_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LE_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LT:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LT_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LT_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LT_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LT_UNC:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LT);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LTU:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LTU);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_LTU_UNC:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_LTU);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_NE_AND:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_NE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_NE_OR:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_NE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP4_NE_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_CREL, ASM_CT_NE);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_CMP4;
break;
case ASM_OP_CMP8XCHG16_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_CMP8XCHG16;
break;
case ASM_OP_CMP8XCHG16_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_CMP8XCHG16;
break;
case ASM_OP_CMPXCHG1_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_CMPXCHG1;
break;
case ASM_OP_CMPXCHG1_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_CMPXCHG1;
break;
case ASM_OP_CMPXCHG2_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_CMPXCHG2;
break;
case ASM_OP_CMPXCHG2_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_CMPXCHG2;
break;
case ASM_OP_CMPXCHG4_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_CMPXCHG4;
break;
case ASM_OP_CMPXCHG4_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_CMPXCHG4;
break;
case ASM_OP_CMPXCHG8_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_CMPXCHG8;
break;
case ASM_OP_CMPXCHG8_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_CMPXCHG8;
break;
case ASM_OP_CZX1_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_CZX1;
break;
case ASM_OP_CZX1_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_CZX1;
break;
case ASM_OP_CZX2_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_CZX2;
break;
case ASM_OP_CZX2_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_CZX2;
break;
case ASM_OP_DEP_:
asm_cmpltr_add(i, ASM_CC_DEP, ASM_CT_NONE);
op = ASM_OP_DEP;
break;
case ASM_OP_DEP_Z:
asm_cmpltr_add(i, ASM_CC_DEP, ASM_CT_Z);
op = ASM_OP_DEP;
break;
case ASM_OP_FC_:
asm_cmpltr_add(i, ASM_CC_FC, ASM_CT_NONE);
op = ASM_OP_FC;
break;
case ASM_OP_FC_I:
asm_cmpltr_add(i, ASM_CC_FC, ASM_CT_I);
op = ASM_OP_FC;
break;
case ASM_OP_FCLASS_M:
asm_cmpltr_add(i, ASM_CC_FCREL, ASM_CT_M);
op = ASM_OP_FCLASS;
break;
case ASM_OP_FCVT_FX:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FX);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_NONE);
op = ASM_OP_FCVT;
break;
case ASM_OP_FCVT_FX_TRUNC:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FX);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_TRUNC);
op = ASM_OP_FCVT;
break;
case ASM_OP_FCVT_FXU:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FXU);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_NONE);
op = ASM_OP_FCVT;
break;
case ASM_OP_FCVT_FXU_TRUNC:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FXU);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_TRUNC);
op = ASM_OP_FCVT;
break;
case ASM_OP_FCVT_XF:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_XF);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_NONE);
op = ASM_OP_FCVT;
break;
case ASM_OP_FETCHADD4_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_FETCHADD4;
break;
case ASM_OP_FETCHADD4_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_FETCHADD4;
break;
case ASM_OP_FETCHADD8_ACQ:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_ACQ);
op = ASM_OP_FETCHADD8;
break;
case ASM_OP_FETCHADD8_REL:
asm_cmpltr_add(i, ASM_CC_SEM, ASM_CT_REL);
op = ASM_OP_FETCHADD8;
break;
case ASM_OP_FMA_:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_NONE);
op = ASM_OP_FMA;
break;
case ASM_OP_FMA_D:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_D);
op = ASM_OP_FMA;
break;
case ASM_OP_FMA_S:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_S);
op = ASM_OP_FMA;
break;
case ASM_OP_FMERGE_NS:
asm_cmpltr_add(i, ASM_CC_FMERGE, ASM_CT_NS);
op = ASM_OP_FMERGE;
break;
case ASM_OP_FMERGE_S:
asm_cmpltr_add(i, ASM_CC_FMERGE, ASM_CT_S);
op = ASM_OP_FMERGE;
break;
case ASM_OP_FMERGE_SE:
asm_cmpltr_add(i, ASM_CC_FMERGE, ASM_CT_SE);
op = ASM_OP_FMERGE;
break;
case ASM_OP_FMIX_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_FMIX;
break;
case ASM_OP_FMIX_LR:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_LR);
op = ASM_OP_FMIX;
break;
case ASM_OP_FMIX_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_FMIX;
break;
case ASM_OP_FMS_:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_NONE);
op = ASM_OP_FMS;
break;
case ASM_OP_FMS_D:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_D);
op = ASM_OP_FMS;
break;
case ASM_OP_FMS_S:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_S);
op = ASM_OP_FMS;
break;
case ASM_OP_FNMA_:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_NONE);
op = ASM_OP_FNMA;
break;
case ASM_OP_FNMA_D:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_D);
op = ASM_OP_FNMA;
break;
case ASM_OP_FNMA_S:
asm_cmpltr_add(i, ASM_CC_PC, ASM_CT_S);
op = ASM_OP_FNMA;
break;
case ASM_OP_FPCMP_EQ:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_EQ);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_LE:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_LE);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_LT:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_LT);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_NEQ:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_NEQ);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_NLE:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_NLE);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_NLT:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_NLT);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_ORD:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_ORD);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCMP_UNORD:
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_UNORD);
op = ASM_OP_FPCMP;
break;
case ASM_OP_FPCVT_FX:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FX);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_NONE);
op = ASM_OP_FPCVT;
break;
case ASM_OP_FPCVT_FX_TRUNC:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FX);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_TRUNC);
op = ASM_OP_FPCVT;
break;
case ASM_OP_FPCVT_FXU:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FXU);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_NONE);
op = ASM_OP_FPCVT;
break;
case ASM_OP_FPCVT_FXU_TRUNC:
asm_cmpltr_add(i, ASM_CC_FCVT, ASM_CT_FXU);
asm_cmpltr_add(i, ASM_CC_TRUNC, ASM_CT_TRUNC);
op = ASM_OP_FPCVT;
break;
case ASM_OP_FPMERGE_NS:
asm_cmpltr_add(i, ASM_CC_FMERGE, ASM_CT_NS);
op = ASM_OP_FPMERGE;
break;
case ASM_OP_FPMERGE_S:
asm_cmpltr_add(i, ASM_CC_FMERGE, ASM_CT_S);
op = ASM_OP_FPMERGE;
break;
case ASM_OP_FPMERGE_SE:
asm_cmpltr_add(i, ASM_CC_FMERGE, ASM_CT_SE);
op = ASM_OP_FPMERGE;
break;
case ASM_OP_FSWAP_:
asm_cmpltr_add(i, ASM_CC_FSWAP, ASM_CT_NONE);
op = ASM_OP_FSWAP;
break;
case ASM_OP_FSWAP_NL:
asm_cmpltr_add(i, ASM_CC_FSWAP, ASM_CT_NL);
op = ASM_OP_FSWAP;
break;
case ASM_OP_FSWAP_NR:
asm_cmpltr_add(i, ASM_CC_FSWAP, ASM_CT_NR);
op = ASM_OP_FSWAP;
break;
case ASM_OP_FSXT_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_FSXT;
break;
case ASM_OP_FSXT_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_FSXT;
break;
case ASM_OP_GETF_D:
asm_cmpltr_add(i, ASM_CC_GETF, ASM_CT_D);
op = ASM_OP_GETF;
break;
case ASM_OP_GETF_EXP:
asm_cmpltr_add(i, ASM_CC_GETF, ASM_CT_EXP);
op = ASM_OP_GETF;
break;
case ASM_OP_GETF_S:
asm_cmpltr_add(i, ASM_CC_GETF, ASM_CT_S);
op = ASM_OP_GETF;
break;
case ASM_OP_GETF_SIG:
asm_cmpltr_add(i, ASM_CC_GETF, ASM_CT_SIG);
op = ASM_OP_GETF;
break;
case ASM_OP_INVALA_:
asm_cmpltr_add(i, ASM_CC_INVALA, ASM_CT_NONE);
op = ASM_OP_INVALA;
break;
case ASM_OP_INVALA_E:
asm_cmpltr_add(i, ASM_CC_INVALA, ASM_CT_E);
op = ASM_OP_INVALA;
break;
case ASM_OP_ITC_D:
asm_cmpltr_add(i, ASM_CC_ITC, ASM_CT_D);
op = ASM_OP_ITC;
break;
case ASM_OP_ITC_I:
asm_cmpltr_add(i, ASM_CC_ITC, ASM_CT_I);
op = ASM_OP_ITC;
break;
case ASM_OP_ITR_D:
asm_cmpltr_add(i, ASM_CC_ITR, ASM_CT_D);
ot = ASM_OPER_DTR;
op = ASM_OP_ITR;
break;
case ASM_OP_ITR_I:
asm_cmpltr_add(i, ASM_CC_ITR, ASM_CT_I);
ot = ASM_OPER_ITR;
op = ASM_OP_ITR;
break;
case ASM_OP_LD1_:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_NONE);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_A:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_A);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_ACQ);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_BIAS:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_BIAS);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_C_CLR:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_C_CLR_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR_ACQ);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_C_NC:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_NC);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_S:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_S);
op = ASM_OP_LD1;
break;
case ASM_OP_LD1_SA:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_SA);
op = ASM_OP_LD1;
break;
case ASM_OP_LD16_:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_NONE);
op = ASM_OP_LD16;
break;
case ASM_OP_LD16_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_ACQ);
op = ASM_OP_LD16;
break;
case ASM_OP_LD2_:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_NONE);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_A:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_A);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_ACQ);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_BIAS:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_BIAS);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_C_CLR:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_C_CLR_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR_ACQ);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_C_NC:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_NC);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_S:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_S);
op = ASM_OP_LD2;
break;
case ASM_OP_LD2_SA:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_SA);
op = ASM_OP_LD2;
break;
case ASM_OP_LD4_:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_NONE);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_A:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_A);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_ACQ);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_BIAS:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_BIAS);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_C_CLR:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_C_CLR_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR_ACQ);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_C_NC:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_NC);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_S:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_S);
op = ASM_OP_LD4;
break;
case ASM_OP_LD4_SA:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_SA);
op = ASM_OP_LD4;
break;
case ASM_OP_LD8_:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_NONE);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_A:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_A);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_ACQ);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_BIAS:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_BIAS);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_C_CLR:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_C_CLR_ACQ:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_CLR_ACQ);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_C_NC:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_C_NC);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_FILL:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_FILL);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_S:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_S);
op = ASM_OP_LD8;
break;
case ASM_OP_LD8_SA:
asm_cmpltr_add(i, ASM_CC_LDTYPE, ASM_CT_SA);
op = ASM_OP_LD8;
break;
case ASM_OP_LDF_FILL:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_FILL);
op = ASM_OP_LDF;
break;
case ASM_OP_LDF8_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDF8;
break;
case ASM_OP_LDF8_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDF8;
break;
case ASM_OP_LDF8_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDF8;
break;
case ASM_OP_LDF8_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDF8;
break;
case ASM_OP_LDF8_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDF8;
break;
case ASM_OP_LDF8_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDF8;
break;
case ASM_OP_LDFD_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDFD;
break;
case ASM_OP_LDFD_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDFD;
break;
case ASM_OP_LDFD_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDFD;
break;
case ASM_OP_LDFD_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDFD;
break;
case ASM_OP_LDFD_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDFD;
break;
case ASM_OP_LDFD_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDFD;
break;
case ASM_OP_LDFE_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDFE;
break;
case ASM_OP_LDFE_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDFE;
break;
case ASM_OP_LDFE_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDFE;
break;
case ASM_OP_LDFE_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDFE;
break;
case ASM_OP_LDFE_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDFE;
break;
case ASM_OP_LDFE_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDFE;
break;
case ASM_OP_LDFP8_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDFP8;
break;
case ASM_OP_LDFP8_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDFP8;
break;
case ASM_OP_LDFP8_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDFP8;
break;
case ASM_OP_LDFP8_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDFP8;
break;
case ASM_OP_LDFP8_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDFP8;
break;
case ASM_OP_LDFP8_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDFP8;
break;
case ASM_OP_LDFPD_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDFPD;
break;
case ASM_OP_LDFPD_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDFPD;
break;
case ASM_OP_LDFPD_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDFPD;
break;
case ASM_OP_LDFPD_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDFPD;
break;
case ASM_OP_LDFPD_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDFPD;
break;
case ASM_OP_LDFPD_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDFPD;
break;
case ASM_OP_LDFPS_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDFPS;
break;
case ASM_OP_LDFPS_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDFPS;
break;
case ASM_OP_LDFPS_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDFPS;
break;
case ASM_OP_LDFPS_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDFPS;
break;
case ASM_OP_LDFPS_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDFPS;
break;
case ASM_OP_LDFPS_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDFPS;
break;
case ASM_OP_LDFS_:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_NONE);
op = ASM_OP_LDFS;
break;
case ASM_OP_LDFS_A:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_A);
op = ASM_OP_LDFS;
break;
case ASM_OP_LDFS_C_CLR:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_CLR);
op = ASM_OP_LDFS;
break;
case ASM_OP_LDFS_C_NC:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_C_NC);
op = ASM_OP_LDFS;
break;
case ASM_OP_LDFS_S:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_S);
op = ASM_OP_LDFS;
break;
case ASM_OP_LDFS_SA:
asm_cmpltr_add(i, ASM_CC_FLDTYPE, ASM_CT_SA);
op = ASM_OP_LDFS;
break;
case ASM_OP_LFETCH_:
asm_cmpltr_add(i, ASM_CC_LFTYPE, ASM_CT_NONE);
asm_cmpltr_add(i, ASM_CC_LFETCH, ASM_CT_NONE);
op = ASM_OP_LFETCH;
break;
case ASM_OP_LFETCH_EXCL:
asm_cmpltr_add(i, ASM_CC_LFTYPE, ASM_CT_NONE);
asm_cmpltr_add(i, ASM_CC_LFETCH, ASM_CT_EXCL);
op = ASM_OP_LFETCH;
break;
case ASM_OP_LFETCH_FAULT:
asm_cmpltr_add(i, ASM_CC_LFTYPE, ASM_CT_FAULT);
asm_cmpltr_add(i, ASM_CC_LFETCH, ASM_CT_NONE);
op = ASM_OP_LFETCH;
break;
case ASM_OP_LFETCH_FAULT_EXCL:
asm_cmpltr_add(i, ASM_CC_LFTYPE, ASM_CT_FAULT);
asm_cmpltr_add(i, ASM_CC_LFETCH, ASM_CT_EXCL);
op = ASM_OP_LFETCH;
break;
case ASM_OP_MF_:
asm_cmpltr_add(i, ASM_CC_MF, ASM_CT_NONE);
op = ASM_OP_MF;
break;
case ASM_OP_MF_A:
asm_cmpltr_add(i, ASM_CC_MF, ASM_CT_A);
op = ASM_OP_MF;
break;
case ASM_OP_MIX1_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_MIX1;
break;
case ASM_OP_MIX1_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_MIX1;
break;
case ASM_OP_MIX2_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_MIX2;
break;
case ASM_OP_MIX2_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_MIX2;
break;
case ASM_OP_MIX4_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_MIX4;
break;
case ASM_OP_MIX4_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_MIX4;
break;
case ASM_OP_MOV_:
asm_cmpltr_add(i, ASM_CC_MOV, ASM_CT_NONE);
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_I:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_I);
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_M:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_M);
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_RET:
asm_cmpltr_add(i, ASM_CC_MOV, ASM_CT_RET);
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_CPUID:
ot = ASM_OPER_CPUID;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_DBR:
ot = ASM_OPER_DBR;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_IBR:
ot = ASM_OPER_IBR;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_IP:
ot = ASM_OPER_IP;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_MSR:
ot = ASM_OPER_MSR;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PKR:
ot = ASM_OPER_PKR;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PMC:
ot = ASM_OPER_PMC;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PMD:
ot = ASM_OPER_PMD;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PR:
ot = ASM_OPER_PR;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PSR:
ot = ASM_OPER_PSR;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PSR_L:
ot = ASM_OPER_PSR_L;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_PSR_UM:
ot = ASM_OPER_PSR_UM;
op = ASM_OP_MOV;
break;
case ASM_OP_MOV_RR:
ot = ASM_OPER_RR;
op = ASM_OP_MOV;
break;
case ASM_OP_NOP_B:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_B);
op = ASM_OP_NOP;
break;
case ASM_OP_NOP_F:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_F);
op = ASM_OP_NOP;
break;
case ASM_OP_NOP_I:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_I);
op = ASM_OP_NOP;
break;
case ASM_OP_NOP_M:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_M);
op = ASM_OP_NOP;
break;
case ASM_OP_NOP_X:
asm_cmpltr_add(i, ASM_CC_UNIT, ASM_CT_X);
op = ASM_OP_NOP;
break;
case ASM_OP_PACK2_SSS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_SSS);
op = ASM_OP_PACK2;
break;
case ASM_OP_PACK2_USS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_USS);
op = ASM_OP_PACK2;
break;
case ASM_OP_PACK4_SSS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_SSS);
op = ASM_OP_PACK4;
break;
case ASM_OP_PADD1_:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_NONE);
op = ASM_OP_PADD1;
break;
case ASM_OP_PADD1_SSS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_SSS);
op = ASM_OP_PADD1;
break;
case ASM_OP_PADD1_UUS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUS);
op = ASM_OP_PADD1;
break;
case ASM_OP_PADD1_UUU:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUU);
op = ASM_OP_PADD1;
break;
case ASM_OP_PADD2_:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_NONE);
op = ASM_OP_PADD2;
break;
case ASM_OP_PADD2_SSS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_SSS);
op = ASM_OP_PADD2;
break;
case ASM_OP_PADD2_UUS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUS);
op = ASM_OP_PADD2;
break;
case ASM_OP_PADD2_UUU:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUU);
op = ASM_OP_PADD2;
break;
case ASM_OP_PAVG1_:
asm_cmpltr_add(i, ASM_CC_PAVG, ASM_CT_NONE);
op = ASM_OP_PAVG1;
break;
case ASM_OP_PAVG1_RAZ:
asm_cmpltr_add(i, ASM_CC_PAVG, ASM_CT_RAZ);
op = ASM_OP_PAVG1;
break;
case ASM_OP_PAVG2_:
asm_cmpltr_add(i, ASM_CC_PAVG, ASM_CT_NONE);
op = ASM_OP_PAVG2;
break;
case ASM_OP_PAVG2_RAZ:
asm_cmpltr_add(i, ASM_CC_PAVG, ASM_CT_RAZ);
op = ASM_OP_PAVG2;
break;
case ASM_OP_PCMP1_EQ:
asm_cmpltr_add(i, ASM_CC_PREL, ASM_CT_EQ);
op = ASM_OP_PCMP1;
break;
case ASM_OP_PCMP1_GT:
asm_cmpltr_add(i, ASM_CC_PREL, ASM_CT_GT);
op = ASM_OP_PCMP1;
break;
case ASM_OP_PCMP2_EQ:
asm_cmpltr_add(i, ASM_CC_PREL, ASM_CT_EQ);
op = ASM_OP_PCMP2;
break;
case ASM_OP_PCMP2_GT:
asm_cmpltr_add(i, ASM_CC_PREL, ASM_CT_GT);
op = ASM_OP_PCMP2;
break;
case ASM_OP_PCMP4_EQ:
asm_cmpltr_add(i, ASM_CC_PREL, ASM_CT_EQ);
op = ASM_OP_PCMP4;
break;
case ASM_OP_PCMP4_GT:
asm_cmpltr_add(i, ASM_CC_PREL, ASM_CT_GT);
op = ASM_OP_PCMP4;
break;
case ASM_OP_PMAX1_U:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_U);
op = ASM_OP_PMAX1;
break;
case ASM_OP_PMIN1_U:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_U);
op = ASM_OP_PMIN1;
break;
case ASM_OP_PMPY2_L:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_L);
op = ASM_OP_PMPY2;
break;
case ASM_OP_PMPY2_R:
asm_cmpltr_add(i, ASM_CC_LR, ASM_CT_R);
op = ASM_OP_PMPY2;
break;
case ASM_OP_PMPYSHR2_:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_NONE);
op = ASM_OP_PMPYSHR2;
break;
case ASM_OP_PMPYSHR2_U:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_U);
op = ASM_OP_PMPYSHR2;
break;
case ASM_OP_PROBE_R:
asm_cmpltr_add(i, ASM_CC_RW, ASM_CT_R);
asm_cmpltr_add(i, ASM_CC_PRTYPE, ASM_CT_NONE);
op = ASM_OP_PROBE;
break;
case ASM_OP_PROBE_R_FAULT:
asm_cmpltr_add(i, ASM_CC_RW, ASM_CT_R);
asm_cmpltr_add(i, ASM_CC_PRTYPE, ASM_CT_FAULT);
op = ASM_OP_PROBE;
break;
case ASM_OP_PROBE_RW_FAULT:
asm_cmpltr_add(i, ASM_CC_RW, ASM_CT_RW);
asm_cmpltr_add(i, ASM_CC_PRTYPE, ASM_CT_FAULT);
op = ASM_OP_PROBE;
break;
case ASM_OP_PROBE_W:
asm_cmpltr_add(i, ASM_CC_RW, ASM_CT_W);
asm_cmpltr_add(i, ASM_CC_PRTYPE, ASM_CT_NONE);
op = ASM_OP_PROBE;
break;
case ASM_OP_PROBE_W_FAULT:
asm_cmpltr_add(i, ASM_CC_RW, ASM_CT_W);
asm_cmpltr_add(i, ASM_CC_PRTYPE, ASM_CT_FAULT);
op = ASM_OP_PROBE;
break;
case ASM_OP_PSHR2_:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_NONE);
op = ASM_OP_PSHR2;
break;
case ASM_OP_PSHR2_U:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_U);
op = ASM_OP_PSHR2;
break;
case ASM_OP_PSHR4_:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_NONE);
op = ASM_OP_PSHR4;
break;
case ASM_OP_PSHR4_U:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_U);
op = ASM_OP_PSHR4;
break;
case ASM_OP_PSUB1_:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_NONE);
op = ASM_OP_PSUB1;
break;
case ASM_OP_PSUB1_SSS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_SSS);
op = ASM_OP_PSUB1;
break;
case ASM_OP_PSUB1_UUS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUS);
op = ASM_OP_PSUB1;
break;
case ASM_OP_PSUB1_UUU:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUU);
op = ASM_OP_PSUB1;
break;
case ASM_OP_PSUB2_:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_NONE);
op = ASM_OP_PSUB2;
break;
case ASM_OP_PSUB2_SSS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_SSS);
op = ASM_OP_PSUB2;
break;
case ASM_OP_PSUB2_UUS:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUS);
op = ASM_OP_PSUB2;
break;
case ASM_OP_PSUB2_UUU:
asm_cmpltr_add(i, ASM_CC_SAT, ASM_CT_UUU);
op = ASM_OP_PSUB2;
break;
case ASM_OP_PTC_E:
asm_cmpltr_add(i, ASM_CC_PTC, ASM_CT_E);
op = ASM_OP_PTC;
break;
case ASM_OP_PTC_G:
asm_cmpltr_add(i, ASM_CC_PTC, ASM_CT_G);
op = ASM_OP_PTC;
break;
case ASM_OP_PTC_GA:
asm_cmpltr_add(i, ASM_CC_PTC, ASM_CT_GA);
op = ASM_OP_PTC;
break;
case ASM_OP_PTC_L:
asm_cmpltr_add(i, ASM_CC_PTC, ASM_CT_L);
op = ASM_OP_PTC;
break;
case ASM_OP_PTR_D:
asm_cmpltr_add(i, ASM_CC_PTR, ASM_CT_D);
op = ASM_OP_PTR;
break;
case ASM_OP_PTR_I:
asm_cmpltr_add(i, ASM_CC_PTR, ASM_CT_I);
op = ASM_OP_PTR;
break;
case ASM_OP_SETF_D:
asm_cmpltr_add(i, ASM_CC_SETF, ASM_CT_D);
op = ASM_OP_SETF;
break;
case ASM_OP_SETF_EXP:
asm_cmpltr_add(i, ASM_CC_SETF, ASM_CT_EXP);
op = ASM_OP_SETF;
break;
case ASM_OP_SETF_S:
asm_cmpltr_add(i, ASM_CC_SETF, ASM_CT_S);
op = ASM_OP_SETF;
break;
case ASM_OP_SETF_SIG:
asm_cmpltr_add(i, ASM_CC_SETF, ASM_CT_SIG);
op = ASM_OP_SETF;
break;
case ASM_OP_SHR_:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_NONE);
op = ASM_OP_SHR;
break;
case ASM_OP_SHR_U:
asm_cmpltr_add(i, ASM_CC_UNS, ASM_CT_U);
op = ASM_OP_SHR;
break;
case ASM_OP_SRLZ_D:
asm_cmpltr_add(i, ASM_CC_SRLZ, ASM_CT_D);
op = ASM_OP_SRLZ;
break;
case ASM_OP_SRLZ_I:
asm_cmpltr_add(i, ASM_CC_SRLZ, ASM_CT_I);
op = ASM_OP_SRLZ;
break;
case ASM_OP_ST1_:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_NONE);
op = ASM_OP_ST1;
break;
case ASM_OP_ST1_REL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_REL);
op = ASM_OP_ST1;
break;
case ASM_OP_ST16_:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_NONE);
op = ASM_OP_ST16;
break;
case ASM_OP_ST16_REL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_REL);
op = ASM_OP_ST16;
break;
case ASM_OP_ST2_:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_NONE);
op = ASM_OP_ST2;
break;
case ASM_OP_ST2_REL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_REL);
op = ASM_OP_ST2;
break;
case ASM_OP_ST4_:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_NONE);
op = ASM_OP_ST4;
break;
case ASM_OP_ST4_REL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_REL);
op = ASM_OP_ST4;
break;
case ASM_OP_ST8_:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_NONE);
op = ASM_OP_ST8;
break;
case ASM_OP_ST8_REL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_REL);
op = ASM_OP_ST8;
break;
case ASM_OP_ST8_SPILL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_SPILL);
op = ASM_OP_ST8;
break;
case ASM_OP_STF_SPILL:
asm_cmpltr_add(i, ASM_CC_STTYPE, ASM_CT_SPILL);
op = ASM_OP_STF;
break;
case ASM_OP_SYNC_I:
asm_cmpltr_add(i, ASM_CC_SYNC, ASM_CT_I);
op = ASM_OP_SYNC;
break;
case ASM_OP_TBIT_NZ_AND:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_NZ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_NZ_OR:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_NZ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_NZ_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_NZ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_Z:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_Z_AND:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_Z_OR:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_Z_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_TBIT;
break;
case ASM_OP_TBIT_Z_UNC:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_TBIT;
break;
case ASM_OP_TNAT_NZ_AND:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_NZ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_NZ_OR:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_NZ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_NZ_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_NZ);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_Z:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_NONE);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_Z_AND:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_AND);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_Z_OR:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_Z_OR_ANDCM:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_OR_ANDCM);
op = ASM_OP_TNAT;
break;
case ASM_OP_TNAT_Z_UNC:
asm_cmpltr_add(i, ASM_CC_TREL, ASM_CT_Z);
asm_cmpltr_add(i, ASM_CC_CTYPE, ASM_CT_UNC);
op = ASM_OP_TNAT;
break;
case ASM_OP_UNPACK1_H:
asm_cmpltr_add(i, ASM_CC_UNPACK, ASM_CT_H);
op = ASM_OP_UNPACK1;
break;
case ASM_OP_UNPACK1_L:
asm_cmpltr_add(i, ASM_CC_UNPACK, ASM_CT_L);
op = ASM_OP_UNPACK1;
break;
case ASM_OP_UNPACK2_H:
asm_cmpltr_add(i, ASM_CC_UNPACK, ASM_CT_H);
op = ASM_OP_UNPACK2;
break;
case ASM_OP_UNPACK2_L:
asm_cmpltr_add(i, ASM_CC_UNPACK, ASM_CT_L);
op = ASM_OP_UNPACK2;
break;
case ASM_OP_UNPACK4_H:
asm_cmpltr_add(i, ASM_CC_UNPACK, ASM_CT_H);
op = ASM_OP_UNPACK4;
break;
case ASM_OP_UNPACK4_L:
asm_cmpltr_add(i, ASM_CC_UNPACK, ASM_CT_L);
op = ASM_OP_UNPACK4;
break;
case ASM_OP_XMA_H:
asm_cmpltr_add(i, ASM_CC_XMA, ASM_CT_H);
op = ASM_OP_XMA;
break;
case ASM_OP_XMA_HU:
asm_cmpltr_add(i, ASM_CC_XMA, ASM_CT_HU);
op = ASM_OP_XMA;
break;
case ASM_OP_XMA_L:
asm_cmpltr_add(i, ASM_CC_XMA, ASM_CT_L);
op = ASM_OP_XMA;
break;
default:
KASSERT(op < ASM_OP_NUMBER_OF_OPCODES, ("foo"));
break;
}
i->i_op = op;
return (ot);
}
static __inline void
op_imm(struct asm_inst *i, int op, uint64_t val)
{
i->i_oper[op].o_type = ASM_OPER_IMM;
i->i_oper[op].o_value = val;
}
static __inline void
op_type(struct asm_inst *i, int op, enum asm_oper_type ot)
{
i->i_oper[op].o_type = ot;
}
static __inline void
op_value(struct asm_inst *i, int op, uint64_t val)
{
i->i_oper[op].o_value = val;
}
static __inline void
operand(struct asm_inst *i, int op, enum asm_oper_type ot, uint64_t bits,
int o, int l)
{
i->i_oper[op].o_type = ot;
i->i_oper[op].o_value = FIELD(bits, o, l);
}
static uint64_t
imm(uint64_t bits, int sign, int o, int l)
{
uint64_t val = FIELD(bits, o, l);
if (sign && (val & (1LL << (l - 1))) != 0)
val |= -1LL << l;
return (val);
}
static void
s_imm(struct asm_inst *i, int op, uint64_t bits, int o, int l)
{
i->i_oper[op].o_type = ASM_OPER_IMM;
i->i_oper[op].o_value = imm(bits, 1, o, l);
}
static void
u_imm(struct asm_inst *i, int op, uint64_t bits, int o, int l)
{
i->i_oper[op].o_type = ASM_OPER_IMM;
i->i_oper[op].o_value = imm(bits, 0, o, l);
}
static uint64_t
vimm(uint64_t bits, int sign, va_list ap)
{
uint64_t val = 0;
int len = 0;
int frag;
while ((frag = va_arg(ap, int)) != 0) {
val |= (uint64_t)FIELD(bits, FRAG_OFS(frag), FRAG_LEN(frag))
<< len;
len += FRAG_LEN(frag);
}
if (sign && (val & (1LL << (len - 1))) != 0)
val |= -1LL << len;
return (val);
}
static void
s_immf(struct asm_inst *i, int op, uint64_t bits, ...)
{
va_list ap;
va_start(ap, bits);
i->i_oper[op].o_type = ASM_OPER_IMM;
i->i_oper[op].o_value = vimm(bits, 1, ap);
va_end(ap);
}
static void
u_immf(struct asm_inst *i, int op, uint64_t bits, ...)
{
va_list ap;
va_start(ap, bits);
i->i_oper[op].o_type = ASM_OPER_IMM;
i->i_oper[op].o_value = vimm(bits, 0, ap);
va_end(ap);
}
static void
disp(struct asm_inst *i, int op, uint64_t bits, ...)
{
va_list ap;
va_start(ap, bits);
i->i_oper[op].o_type = ASM_OPER_DISP;
i->i_oper[op].o_value = vimm(bits, 1, ap) << 4;
va_end(ap);
}
static __inline void
combine(uint64_t *dst, int dl, uint64_t src, int sl, int so)
{
*dst = (*dst & ((1LL << dl) - 1LL)) |
((uint64_t)_FLD64(src, so, sl) << dl);
}
int
asm_extract(enum asm_op op, enum asm_fmt fmt, uint64_t bits,
struct asm_bundle *b, int slot)
{
struct asm_inst *i = b->b_inst + slot;
enum asm_oper_type ot;
KASSERT(op != ASM_OP_NONE, ("foo"));
i->i_bits = bits;
i->i_format = fmt;
i->i_srcidx = 2;
ot = asm_normalize(i, op);
if (fmt != ASM_FMT_B6 && fmt != ASM_FMT_B7)
operand(i, 0, ASM_OPER_PREG, bits, 0, 6);
switch (fmt) {
case ASM_FMT_A1:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
if ((op == ASM_OP_ADD && FIELD(bits, 27, 2) == 1) ||
(op == ASM_OP_SUB && FIELD(bits, 27, 2) == 0))
op_imm(i, 4, 1LL);
break;
case ASM_FMT_A2:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
op_imm(i, 3, 1LL + FIELD(bits, 27, 2));
operand(i, 4, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_A3:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(36,1), 0);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_A4:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(27,6), FRAG(36,1), 0);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_A5:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(27,9), FRAG(22,5),
FRAG(36,1), 0);
operand(i, 3, ASM_OPER_GREG, bits, 20, 2);
break;
case ASM_FMT_A6: /* 2 dst */
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
operand(i, 4, ASM_OPER_GREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_A7: /* 2 dst */
if (FIELD(bits, 13, 7) != 0)
return (0);
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
operand(i, 4, ASM_OPER_GREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_A8: /* 2 dst */
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
s_immf(i, 3, bits, FRAG(13,7), FRAG(36,1), 0);
operand(i, 4, ASM_OPER_GREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_A9:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_A10:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
op_imm(i, 3, 1LL + FIELD(bits, 27, 2));
operand(i, 4, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_B1: /* 0 dst */
asm_brhint(i);
disp(i, 1, bits, FRAG(13,20), FRAG(36,1), 0);
break;
case ASM_FMT_B2: /* 0 dst */
if (FIELD(bits, 0, 6) != 0)
return (0);
asm_brhint(i);
disp(i, 1, bits, FRAG(13,20), FRAG(36,1), 0);
break;
case ASM_FMT_B3:
asm_brhint(i);
operand(i, 1, ASM_OPER_BREG, bits, 6, 3);
disp(i, 2, bits, FRAG(13,20), FRAG(36,1), 0);
break;
case ASM_FMT_B4: /* 0 dst */
asm_brhint(i);
operand(i, 1, ASM_OPER_BREG, bits, 13, 3);
break;
case ASM_FMT_B5:
#if 0
if (FIELD(bits, 32, 1) == 0)
return (0);
#endif
asm_brhint(i);
operand(i, 1, ASM_OPER_BREG, bits, 6, 3);
operand(i, 2, ASM_OPER_BREG, bits, 13, 3);
break;
case ASM_FMT_B6: /* 0 dst */
asm_brphint(i);
disp(i, 1, bits, FRAG(13,20), FRAG(36,1), 0);
disp(i, 2, bits, FRAG(6,7), FRAG(33,2), 0);
i->i_srcidx--;
break;
case ASM_FMT_B7: /* 0 dst */
asm_brphint(i);
operand(i, 1, ASM_OPER_BREG, bits, 13, 3);
disp(i, 2, bits, FRAG(6,7), FRAG(33,2), 0);
i->i_srcidx--;
break;
case ASM_FMT_B8:
/* no operands */
break;
case ASM_FMT_B9: /* 0 dst */
u_immf(i, 1, bits, FRAG(6,20), FRAG(36,1), 0);
break;
case ASM_FMT_F1:
asm_sf(i);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_FREG, bits, 20, 7);
operand(i, 4, ASM_OPER_FREG, bits, 27, 7);
break;
case ASM_FMT_F2:
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_FREG, bits, 20, 7);
operand(i, 4, ASM_OPER_FREG, bits, 27, 7);
break;
case ASM_FMT_F3:
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_FREG, bits, 20, 7);
operand(i, 4, ASM_OPER_FREG, bits, 27, 7);
break;
case ASM_FMT_F4: /* 2 dst */
if (FIELD(bits, 33, 1)) { /* ra */
if (FIELD(bits, 36, 1)) /* rb */
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_UNORD);
else
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_LE);
} else {
if (FIELD(bits, 36, 1)) /* rb */
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_LT);
else
asm_cmpltr_add(i, ASM_CC_FREL, ASM_CT_EQ);
}
if (FIELD(bits, 12, 1)) /* ta */
asm_cmpltr_add(i, ASM_CC_FCTYPE, ASM_CT_UNC);
else
asm_cmpltr_add(i, ASM_CC_FCTYPE, ASM_CT_NONE);
asm_sf(i);
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_FREG, bits, 13, 7);
operand(i, 4, ASM_OPER_FREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_F5: /* 2 dst */
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_FREG, bits, 13, 7);
u_immf(i, 4, bits, FRAG(33,2), FRAG(20,7), 0);
i->i_srcidx++;
break;
case ASM_FMT_F6: /* 2 dst */
asm_sf(i);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_FREG, bits, 13, 7);
operand(i, 4, ASM_OPER_FREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_F7: /* 2 dst */
asm_sf(i);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_FREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_F8:
asm_sf(i);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_FREG, bits, 20, 7);
break;
case ASM_FMT_F9:
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_FREG, bits, 20, 7);
break;
case ASM_FMT_F10:
asm_sf(i);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
break;
case ASM_FMT_F11:
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
break;
case ASM_FMT_F12: /* 0 dst */
asm_sf(i);
u_imm(i, 1, bits, 13, 7);
u_imm(i, 2, bits, 20, 7);
i->i_srcidx--;
break;
case ASM_FMT_F13:
asm_sf(i);
/* no operands */
break;
case ASM_FMT_F14: /* 0 dst */
asm_sf(i);
disp(i, 1, bits, FRAG(6,20), FRAG(36,1), 0);
break;
case ASM_FMT_F15: /* 0 dst */
u_imm(i, 1, bits, 6, 20);
break;
case ASM_FMT_I1:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
switch (FIELD(bits, 30, 2)) {
case 0: op_imm(i, 4, 0LL); break;
case 1: op_imm(i, 4, 7LL); break;
case 2: op_imm(i, 4, 15LL); break;
case 3: op_imm(i, 4, 16LL); break;
}
break;
case ASM_FMT_I2:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_I3:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
u_imm(i, 3, bits, 20, 4);
break;
case ASM_FMT_I4:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
u_imm(i, 3, bits, 20, 8);
break;
case ASM_FMT_I5:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_I6:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
u_imm(i, 3, bits, 14, 5);
break;
case ASM_FMT_I7:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_I8:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
op_imm(i, 3, 31LL - FIELD(bits, 20, 5));
break;
case ASM_FMT_I9:
if (FIELD(bits, 13, 7) != 0)
return (0);
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_I10:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
u_imm(i, 4, bits, 27, 6);
break;
case ASM_FMT_I11:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
u_imm(i, 3, bits, 14, 6);
op_imm(i, 4, 1LL + FIELD(bits, 27, 6));
break;
case ASM_FMT_I12:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
op_imm(i, 3, 63LL - FIELD(bits, 20, 6));
op_imm(i, 4, 1LL + FIELD(bits, 27, 6));
break;
case ASM_FMT_I13:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(36,1), 0);
op_imm(i, 3, 63LL - FIELD(bits, 20, 6));
op_imm(i, 4, 1LL + FIELD(bits, 27, 6));
break;
case ASM_FMT_I14:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
s_imm(i, 2, bits, 36, 1);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
op_imm(i, 4, 63LL - FIELD(bits, 14, 6));
op_imm(i, 5, 1LL + FIELD(bits, 27, 6));
break;
case ASM_FMT_I15:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
op_imm(i, 4, 63LL - FIELD(bits, 31, 6));
op_imm(i, 5, 1LL + FIELD(bits, 27, 4));
break;
case ASM_FMT_I16: /* 2 dst */
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
u_imm(i, 4, bits, 14, 6);
i->i_srcidx++;
break;
case ASM_FMT_I17: /* 2 dst */
operand(i, 1, ASM_OPER_PREG, bits, 6, 6);
operand(i, 2, ASM_OPER_PREG, bits, 27, 6);
operand(i, 3, ASM_OPER_GREG, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_I19:
u_immf(i, 1, bits, FRAG(6,20), FRAG(36,1), 0);
break;
case ASM_FMT_I20: /* 0 dst */
operand(i, 1, ASM_OPER_GREG, bits, 13, 7);
disp(i, 2, bits, FRAG(6,7), FRAG(20,13), FRAG(36,1), 0);
i->i_srcidx--;
break;
case ASM_FMT_I21:
switch (FIELD(bits, 20, 2)) { /* wh */
case 0: asm_cmpltr_add(i, ASM_CC_MWH, ASM_CT_SPTK); break;
case 1: asm_cmpltr_add(i, ASM_CC_MWH, ASM_CT_NONE); break;
case 2: asm_cmpltr_add(i, ASM_CC_MWH, ASM_CT_DPTK); break;
case 3: return (0);
}
if (FIELD(bits, 23, 1)) /* ih */
asm_cmpltr_add(i, ASM_CC_IH, ASM_CT_IMP);
else
asm_cmpltr_add(i, ASM_CC_IH, ASM_CT_NONE);
operand(i, 1, ASM_OPER_BREG, bits, 6, 3);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
disp(i, 3, bits, FRAG(24,9), 0);
break;
case ASM_FMT_I22:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_BREG, bits, 13, 3);
break;
case ASM_FMT_I23:
op_type(i, 1, ASM_OPER_PR);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
u_immf(i, 3, bits, FRAG(6,7), FRAG(24,8), FRAG(36,1), 0);
i->i_oper[3].o_value <<= 1;
break;
case ASM_FMT_I24:
op_type(i, 1, ASM_OPER_PR_ROT);
s_immf(i, 2, bits, FRAG(6,27), FRAG(36,1), 0);
break;
case ASM_FMT_I25:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
op_type(i, 2, ot);
break;
case ASM_FMT_I26:
operand(i, 1, ASM_OPER_AREG, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_I27:
operand(i, 1, ASM_OPER_AREG, bits, 20, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(36,1), 0);
break;
case ASM_FMT_I28:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_AREG, bits, 20, 7);
break;
case ASM_FMT_I29:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_M1:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
if (i->i_op == ASM_OP_LD16) {
op_type(i, 2, ASM_OPER_AREG);
op_value(i, 2, AR_CSD);
i->i_srcidx++;
}
operand(i, i->i_srcidx, ASM_OPER_MEM, bits, 20, 7);
break;
case ASM_FMT_M2:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M3:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
s_immf(i, 3, bits, FRAG(13,7), FRAG(27,1), FRAG(36,1), 0);
break;
case ASM_FMT_M4:
asm_hint(i, ASM_CC_STHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
if (i->i_op == ASM_OP_ST16) {
op_type(i, 3, ASM_OPER_AREG);
op_value(i, 3, AR_CSD);
}
break;
case ASM_FMT_M5:
asm_hint(i, ASM_CC_STHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
s_immf(i, 3, bits, FRAG(6,7), FRAG(27,1), FRAG(36,1), 0);
break;
case ASM_FMT_M6:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
break;
case ASM_FMT_M7:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M8:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
s_immf(i, 3, bits, FRAG(13,7), FRAG(27,1), FRAG(36,1), 0);
break;
case ASM_FMT_M9:
asm_hint(i, ASM_CC_STHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
break;
case ASM_FMT_M10:
asm_hint(i, ASM_CC_STHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
s_immf(i, 3, bits, FRAG(6,7), FRAG(27,1), FRAG(36,1), 0);
break;
case ASM_FMT_M11: /* 2 dst */
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_MEM, bits, 20, 7);
i->i_srcidx++;
break;
case ASM_FMT_M12: /* 2 dst */
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
operand(i, 3, ASM_OPER_MEM, bits, 20, 7);
op_imm(i, 4, 8LL << FIELD(bits, 30, 1));
i->i_srcidx++;
break;
case ASM_FMT_M13:
asm_hint(i, ASM_CC_LFHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
break;
case ASM_FMT_M14: /* 0 dst */
asm_hint(i, ASM_CC_LFHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
i->i_srcidx--;
break;
case ASM_FMT_M15: /* 0 dst */
asm_hint(i, ASM_CC_LFHINT);
operand(i, 1, ASM_OPER_MEM, bits, 20, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(27,1), FRAG(36,1), 0);
i->i_srcidx--;
break;
case ASM_FMT_M16: {
int oper;
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
if (i->i_op == ASM_OP_CMP8XCHG16) {
op_type(i, 4, ASM_OPER_AREG);
op_value(i, 4, AR_CSD);
oper = 5;
} else
oper = 4;
if (FIELD(bits, 30, 6) < 8) {
op_type(i, oper, ASM_OPER_AREG);
op_value(i, oper, AR_CCV);
}
break;
}
case ASM_FMT_M17:
asm_hint(i, ASM_CC_LDHINT);
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_MEM, bits, 20, 7);
switch (FIELD(bits, 13, 2)) {
case 0: op_imm(i, 3, 1LL << 4); break;
case 1: op_imm(i, 3, 1LL << 3); break;
case 2: op_imm(i, 3, 1LL << 2); break;
case 3: op_imm(i, 3, 1LL); break;
}
if (FIELD(bits, 15, 1))
i->i_oper[3].o_value *= -1LL;
break;
case ASM_FMT_M18:
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M19:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_FREG, bits, 13, 7);
break;
case ASM_FMT_M20: /* 0 dst */
operand(i, 1, ASM_OPER_GREG, bits, 13, 7);
disp(i, 2, bits, FRAG(6,7), FRAG(20,13), FRAG(36,1), 0);
i->i_srcidx--;
break;
case ASM_FMT_M21: /* 0 dst */
operand(i, 1, ASM_OPER_FREG, bits, 13, 7);
disp(i, 2, bits, FRAG(6,7), FRAG(20,13), FRAG(36,1), 0);
i->i_srcidx--;
break;
case ASM_FMT_M22: /* 0 dst */
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
disp(i, 2, bits, FRAG(13,20), FRAG(36,1), 0);
i->i_srcidx--;
break;
case ASM_FMT_M23: /* 0 dst */
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
disp(i, 2, bits, FRAG(13,20), FRAG(36,1), 0);
i->i_srcidx--;
break;
case ASM_FMT_M24:
/* no operands */
break;
case ASM_FMT_M25:
if (FIELD(bits, 0, 6) != 0)
return (0);
/* no operands */
break;
case ASM_FMT_M26:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
break;
case ASM_FMT_M27:
operand(i, 1, ASM_OPER_FREG, bits, 6, 7);
break;
case ASM_FMT_M28:
operand(i, 1, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_M29:
operand(i, 1, ASM_OPER_AREG, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M30:
operand(i, 1, ASM_OPER_AREG, bits, 20, 7);
s_immf(i, 2, bits, FRAG(13,7), FRAG(36,1), 0);
break;
case ASM_FMT_M31:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_AREG, bits, 20, 7);
break;
case ASM_FMT_M32:
operand(i, 1, ASM_OPER_CREG, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M33:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_CREG, bits, 20, 7);
break;
case ASM_FMT_M34: {
uint64_t loc, out;
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
op_type(i, 2, ASM_OPER_AREG);
op_value(i, 2, AR_PFS);
loc = FIELD(bits, 20, 7);
out = FIELD(bits, 13, 7) - loc;
op_imm(i, 3, 0);
op_imm(i, 4, loc);
op_imm(i, 5, out);
op_imm(i, 6, (uint64_t)FIELD(bits, 27, 4) << 3);
break;
}
case ASM_FMT_M35:
if (FIELD(bits, 27, 6) == 0x2D)
op_type(i, 1, ASM_OPER_PSR_L);
else
op_type(i, 1, ASM_OPER_PSR_UM);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M36:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
if (FIELD(bits, 27, 6) == 0x25)
op_type(i, 2, ASM_OPER_PSR);
else
op_type(i, 2, ASM_OPER_PSR_UM);
break;
case ASM_FMT_M37:
u_immf(i, 1, bits, FRAG(6,20), FRAG(36,1), 0);
break;
case ASM_FMT_M38:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
operand(i, 3, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M39:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
u_imm(i, 3, bits, 13, 2);
break;
case ASM_FMT_M40: /* 0 dst */
operand(i, 1, ASM_OPER_GREG, bits, 20, 7);
u_imm(i, 2, bits, 13, 2);
i->i_srcidx--;
break;
case ASM_FMT_M41:
operand(i, 1, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M42:
operand(i, 1, ot, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
break;
case ASM_FMT_M43:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ot, bits, 20, 7);
break;
case ASM_FMT_M44:
u_immf(i, 1, bits, FRAG(6,21), FRAG(31,2), FRAG(36,1), 0);
break;
case ASM_FMT_M45: /* 0 dst */
operand(i, 1, ASM_OPER_GREG, bits, 20, 7);
operand(i, 2, ASM_OPER_GREG, bits, 13, 7);
i->i_srcidx--;
break;
case ASM_FMT_M46:
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
operand(i, 2, ASM_OPER_GREG, bits, 20, 7);
break;
case ASM_FMT_X1:
KASSERT(slot == 2, ("foo"));
u_immf(i, 1, bits, FRAG(6,20), FRAG(36,1), 0);
combine(&i->i_oper[1].o_value, 21, b->b_inst[1].i_bits, 41, 0);
break;
case ASM_FMT_X2:
KASSERT(slot == 2, ("foo"));
operand(i, 1, ASM_OPER_GREG, bits, 6, 7);
u_immf(i, 2, bits, FRAG(13,7), FRAG(27,9), FRAG(22,5),
FRAG(21,1), 0);
combine(&i->i_oper[2].o_value, 22, b->b_inst[1].i_bits, 41, 0);
combine(&i->i_oper[2].o_value, 63, bits, 1, 36);
break;
case ASM_FMT_X3:
KASSERT(slot == 2, ("foo"));
asm_brhint(i);
u_imm(i, 1, bits, 13, 20);
combine(&i->i_oper[1].o_value, 20, b->b_inst[1].i_bits, 39, 2);
combine(&i->i_oper[1].o_value, 59, bits, 1, 36);
i->i_oper[1].o_value <<= 4;
i->i_oper[1].o_type = ASM_OPER_DISP;
break;
case ASM_FMT_X4:
KASSERT(slot == 2, ("foo"));
asm_brhint(i);
operand(i, 1, ASM_OPER_BREG, bits, 6, 3);
u_imm(i, 2, bits, 13, 20);
combine(&i->i_oper[2].o_value, 20, b->b_inst[1].i_bits, 39, 2);
combine(&i->i_oper[2].o_value, 59, bits, 1, 36);
i->i_oper[2].o_value <<= 4;
i->i_oper[2].o_type = ASM_OPER_DISP;
break;
default:
KASSERT(fmt == ASM_FMT_NONE, ("foo"));
return (0);
}
return (1);
}
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