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/*
Copyright (c) 1993 Open Software Foundation, Inc.
All Rights Reserved
Permission to use, copy, modify, and distribute this software
and its documentation for any purpose and without fee is hereby
granted, provided that the above copyright notice appears in all
copies and that both the copyright notice and this permission
notice appear in supporting documentation.
OSF DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE INCLUDING
ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
PARTICULAR PURPOSE.
IN NO EVENT SHALL OSF BE LIABLE FOR ANY SPECIAL, INDIRECT, OR
CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM
LOSS OF USE, DATA OR PROFITS, WHETHER IN ACTION OF CONTRACT,
NEGLIGENCE, OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION
WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
*/
/*
Crown Copyright (c) 1997
This TenDRA(r) Computer Program is subject to Copyright
owned by the United Kingdom Secretary of State for Defence
acting through the Defence Evaluation and Research Agency
(DERA). It is made available to Recipients with a
royalty-free licence for its use, reproduction, transfer
to other parties and amendment for any purpose not excluding
product development provided that any such use et cetera
shall be deemed to be acceptance of the following conditions:-
(1) Its Recipients shall ensure that this Notice is
reproduced upon any copies or amended versions of it;
(2) Any amended version of it shall be clearly marked to
show both the nature of and the organisation responsible
for the relevant amendment or amendments;
(3) Its onward transfer from a recipient to another
party shall be deemed to be that party's acceptance of
these conditions;
(4) DERA gives no warranty or assurance as to its
quality or suitability for any purpose and DERA accepts
no liability whatsoever in relation to any use to which
it may be put.
*/
/**********************************************************************
$Author: release $
$Date: 1998/02/04 15:48:51 $
$Revision: 1.2 $
$Log: instruct.h,v $
* Revision 1.2 1998/02/04 15:48:51 release
* Added OSF copyright message.
*
* Revision 1.1.1.1 1998/01/17 15:55:56 release
* First version to be checked into rolling release.
*
* Revision 1.2 1996/10/04 16:01:35 pwe
* add banners and mod for PWE ownership
*
**********************************************************************/
#ifndef INSTRUCTDECS_H
#define INSTRUCTDECS_H
#define CRF0 0
#define CRF1 1
#define CRF2 2
#define CRF3 3
#define CRF4 4
#define CRF5 5
#define CRF6 6
#define CRF7 7
/* is constant small enough for signed immediate operand */
#define IMM_SIZE(i) ((long)(i) >= - 0x8000 && ((long)(i) <= 0x7fff))
/* is constant small enough for logical immediate lower operand */
#define IMMLOGL_SIZE(i) (((unsigned long)(i) >> 16) == 0)
/* is constant small enough for logical immediate upper operand */
#define IMMLOGU_SIZE(i) (((unsigned long)(i) << 16) == 0)
/* STRUCTURE FOR INSTRUCTIONS */
typedef struct Instruction
{
char *com;
char *ppc;
char *pwr;
} Instruction_T;
typedef Instruction_T * Instruction_P;
#define SPR_MQ 0
#define SPR_XER 1
#define SPR_RTCU 4
#define SPR_RTCL 5
#define SPR_DEC 6
#define SPR_LR 8
#define SPR_CTR 9
#define OV_BIT_MASK 0x40000000
#define CA_BIT_MASK 0x20000000
#define SO_BIT_MASK 0x80000000
/*
* INS_DEFINE only set in instruct.c before including this header.
* This causes definition and initialisation rather than external declaration.
*/
#if FS_STDC_HASH
#ifdef INS_DEFINE
/* define */
#define INS(inst,com,ppc,pwr) Instruction_T INSTRUCTION_##inst = {com,ppc,pwr};\
Instruction_P inst = &INSTRUCTION_##inst
#else
/* external declaration */
#define INS(inst,com,ppc,pwr) extern Instruction_P inst;\
extern Instruction_T INSTRUCTION_##inst
#endif
#else
#ifdef INS_DEFINE
/* define */
#define INS(inst,com,ppc,pwr) Instruction_T INSTRUCTION_/* paste */inst = {com,ppc,pwr};\
Instruction_P inst = &INSTRUCTION_/* paste */inst
#else
/* external declaration */
#define INS(inst,com,ppc,pwr) extern Instruction_P inst;\
extern Instruction_T INSTRUCTION_/* paste */inst
#endif
#endif
#if 1
/* some pseudo instruction, mapped onto POWER instructions in inst_format.c */
INS(i_s ,"s" ,"s" ,"s");
/* pseudo instruction: subtract, mapped
onto sf with regs reversed */
INS(i_not ,"not" ,"not" ,"not");
/* pseudo instruction: monadic not reg to reg
expanded to sfi dest,-1,src */
#endif
/*
* Instructions PowerPC 601 User's manual Appendix B says
* is in POWER but not PowerPC. We avoid them for future advantage.
* Obviously we do not yet use any of the new PowerPC instructions.
*/
/* All definitions are of common,ppc,pwr */
/*
* Name Common Powerpc POWER
*/
INS(I_NIL ,"VOID" ,"VOID" ,"VOID");
/*
* Non PowerPC instruction we must use as we cannot use the replacement
* instructions yet.
*/
INS(i_mfmq ,"mfmq" ,"mfmq" ,"mfmq");
INS(i_mtmq ,"mtmq" ,"mtmq" ,"mtmq");
#if PowerPC_PRIVILEGED
/* we dont use privileged instructions */
INS(i_mfmsr ,"mfmsr" ,"mfmsr" ,"mfmsr");
INS(i_mfsr ,"mfsr" ,"mfsr" ,"mfsr");
#endif
/* Table B-3 */
/* POWER instructions dropped for PowerPC architecture*/
INS(i_abs ,"VOID" ,"VOID" ,"abs");
INS(i_abs_cr ,"VOID" ,"VOID" ,"abs.");
INS(i_abso ,"VOID" ,"VOID" ,"abso");
INS(i_abso_cr ,"VOID" ,"VOID" ,"abso.");
INS(i_clcs ,"VOID" ,"VOID" ,"clcs");
INS(i_clf ,"VOID" ,"VOID" ,"clf");
INS(i_cli ,"VOID" ,"VOID" ,"cli");
INS(i_dclst ,"VOID" ,"VOID" ,"dclst");
INS(i_div ,"div" ,"VOID" ,"div");/* Seem to work for common */
INS(i_div_cr ,"VOID" ,"VOID" ,"div.");
INS(i_divo ,"VOID" ,"VOID" ,"divo");
INS(i_divo_cr ,"VOID" ,"VOID" ,"divo.");
INS(i_divs ,"divs" ,"VOID" ,"divs"); /* Seem to work for common*/
INS(i_divs_cr ,"VOID" ,"VOID" ,"divs.");
INS(i_divso ,"VOID" ,"VOID" ,"divso");
INS(i_divso_cr ,"VOID" ,"VOID" ,"divso.");
INS(i_doz ,"VOID" ,"VOID" ,"doz");
INS(i_doz_cr ,"VOID" ,"VOID" ,"doz.");
INS(i_dozi ,"VOID" ,"VOID" ,"dozi");
INS(i_dozo ,"VOID" ,"VOID" ,"dozo");
INS(i_dozo_cr ,"VOID" ,"VOID" ,"dozo.");
INS(i_lscbx ,"VOID" ,"VOID" ,"lscbx");
INS(i_lscbx_cr ,"VOID" ,"VOID" ,"lscbx.");
INS(i_maskg ,"VOID" ,"VOID" ,"maskg");
INS(i_maskg_cr ,"VOID" ,"VOID" ,"maskg.");
INS(i_maskir ,"VOID" ,"VOID" ,"maskir");
INS(i_maskir_cr ,"VOID" ,"VOID" ,"maskir.");
INS(i_mfsri ,"VOID" ,"VOID" ,"mfsri");
INS(i_mul ,"mul" ,"mulhw" ,"mul");/* mul appears to work */
INS(i_mul_cr ,"VOID" ,"VOID" ,"mul.");
INS(i_mulo ,"VOID" ,"VOID" ,"mulo");
INS(i_mulo_cr ,"VOID" ,"VOID" ,"mulo.");
INS(i_nabs ,"VOID" ,"VOID" ,"nabs");
INS(i_nabs_cr ,"VOID" ,"VOID" ,"nabs.");
INS(i_nabso ,"VOID" ,"VOID" ,"nabso");
INS(i_nabso_cr ,"VOID" ,"VOID" ,"nabso.");
INS(i_rac ,"VOID" ,"VOID" ,"rac");
INS(i_rac_cr ,"VOID" ,"VOID" ,"rac.");
INS(i_rlmi ,"VOID" ,"VOID" ,"rlmi");
INS(i_rlmi_cr ,"VOID" ,"VOID" ,"rlmi.");
INS(i_rrib ,"VOID" ,"VOID" ,"rrib");
INS(i_rrib_cr ,"VOID" ,"VOID" ,"rrib.");
INS(i_sle ,"VOID" ,"VOID" ,"sle");
INS(i_sle_cr ,"VOID" ,"VOID" ,"sle.");
INS(i_sleq ,"VOID" ,"VOID" ,"sleq");
INS(i_sleq_cr ,"VOID" ,"VOID" ,"sleq.");
INS(i_sliq ,"VOID" ,"VOID" ,"sliq");
INS(i_sliq_cr ,"VOID" ,"VOID" ,"sliq.");
INS(i_slliq ,"VOID" ,"VOID" ,"slliq");
INS(i_slliq_c ,"VOID" ,"VOID" ,"slliq.");
INS(i_sllq ,"VOID" ,"VOID" ,"sllq");
INS(i_sllq_cr ,"VOID" ,"VOID" ,"sllq.");
INS(i_slq ,"VOID" ,"VOID" ,"slq");
INS(i_slq_cr ,"VOID" ,"VOID" ,"slq.");
INS(i_sraiq ,"VOID" ,"VOID" ,"sraiq");
INS(i_sraiq_cr ,"VOID" ,"VOID" ,"sraiq.");
INS(i_sraq ,"VOID" ,"VOID" ,"sraq");
INS(i_sraq_cr ,"VOID" ,"VOID" ,"sraq.");
INS(i_sre ,"VOID" ,"VOID" ,"sre");
INS(i_sre_cr ,"VOID" ,"VOID" ,"sre.");
INS(i_srea ,"VOID" ,"VOID" ,"srea");
INS(i_srea_cr ,"VOID" ,"VOID" ,"srea.");
INS(i_sreq ,"VOID" ,"VOID" ,"sreq");
INS(i_sreq_cr ,"VOID" ,"VOID" ,"sreq.");
INS(i_sriq ,"VOID" ,"VOID" ,"sriq");
INS(i_sriq_cr ,"VOID" ,"VOID" ,"sriq.");
INS(i_srliq ,"VOID" ,"VOID" ,"srliq");
INS(i_srliq_cr ,"VOID" ,"VOID" ,"srliq.");
INS(i_srlq ,"VOID" ,"VOID" ,"srlq");
INS(i_srlq_cr ,"VOID" ,"VOID" ,"srlq.");
INS(i_srq ,"VOID" ,"VOID" ,"srq");
INS(i_srq_cr ,"VOID" ,"VOID" ,"srq.");
INS(i_svc ,"VOID" ,"VOID" ,"svc");
INS(i_svcl ,"VOID" ,"VOID" ,"svcl");
INS(i_svcla ,"VOID" ,"VOID" ,"svcla");
/* Table B-4
* POWER instructions implemented in the PowerPC architecture
* Different mnemonics
*/
INS(i_a ,"a" ,"addc" ,"a");
INS(i_a_cr ,"a." ,"addc." ,"a.");
INS(i_ao ,"ao" ,"addco" ,"ao");
INS(i_ao_cr ,"ao." ,"addco." ,"ao.");
INS(i_ae ,"ae" ,"adde" ,"ae");
INS(i_ae_cr ,"ae." ,"adde." ,"ae.");
INS(i_aeo ,"aeo" ,"addeo" ,"aeo");
INS(i_aeo_cr ,"aeo." ,"addeo." ,"aeo.");
INS(i_ai ,"ai" ,"addic" ,"ai");
INS(i_ai_cr ,"ai." ,"addic." ,"ai.");
INS(i_ame ,"ame" ,"addme" ,"ame");
INS(i_ame_cr ,"ame." ,"addme." ,"ame.");
INS(i_ameo ,"ameo" ,"addmeo" ,"ameo");
INS(i_ameo_cr ,"ameo." ,"addmeo." ,"ameo.");
INS(i_andil_cr ,"andil." ,"andi." ,"andil.");
INS(i_andiu_cr ,"andiu." ,"andis." ,"andiu.");
INS(i_aze ,"aze" ,"addze" ,"aze");
INS(i_aze_cr ,"aze." ,"addze." ,"aze.");
INS(i_azeo ,"azeo" ,"addzeo" ,"azeo");
INS(i_azeo_cr ,"azeo." ,"addzeo." ,"azeo.");
INS(i_bcc ,"bcc" ,"bcctr" ,"bcc");
INS(i_bccl ,"bccl" ,"bcctrl" ,"bccl");
INS(i_bcr ,"bcr" ,"bclr" ,"bcr");
INS(i_bcrl ,"bcrl" ,"bclrl" ,"bcrl");
INS(i_cal ,"cal" ,"addi" ,"cal");
INS(i_cau ,"cau" ,"addis" ,"cau");
INS(i_cax ,"cax" ,"add" ,"cax");
INS(i_cax_cr ,"cax." ,"add." ,"cax.");
INS(i_caxo ,"caxo" ,"addo" ,"caxo");
INS(i_caxo_cr ,"caxo." ,"addo." ,"caxo.");
INS(i_cntlz ,"cntlz" ,"cntlzw" ,"cntlz");
INS(i_cntlz_cr ,"cntlz." ,"cntlzw." ,"cntlz.");
INS(i_dclz ,"dclz" ,"dcbz" ,"dclz");
INS(i_dcs ,"dcs" ,"sync" ,"dcs");
INS(i_exts ,"exts" ,"extsh" ,"exts");
INS(i_exts_cr ,"exts." ,"extsh." ,"exts.");
INS(i_fa ,"fa" ,"fadd" ,"fa");
INS(i_fa_cr ,"fa." ,"fadd." ,"fa");
INS(i_fd ,"fd" ,"fdiv" ,"fd");
INS(i_fd_cr ,"fd." ,"fdiv." ,"fd.");
INS(i_fm ,"fm" ,"fmul" ,"fm");
INS(i_fm_cr ,"fm." ,"fmul." ,"fm.");
INS(i_fma ,"fma" ,"fmadd" ,"fma");
INS(i_fma_cr ,"fma." ,"fmadd." ,"fma.");
INS(i_fms ,"fms" ,"fmsub" ,"fms");
INS(i_fms_cr ,"fms." ,"fmsub." ,"fms");
INS(i_fnma ,"fnma" ,"fnmadd" ,"fnma");
INS(i_fnma_cr ,"fnma." ,"fnmadd." ,"fnma.");
INS(i_fnms ,"fnms" ,"fnmsub" ,"fnms");
INS(i_fnms_cr ,"fnms." ,"fnmsub." ,"fnms.");
INS(i_fs ,"fs" ,"fsub" ,"fs");
INS(i_fs_cr ,"fs." ,"fsub." ,"fs.");
INS(i_l ,"l" ,"lwz" ,"l");
INS(i_lbrx ,"lbrx" ,"lwbrx" ,"lbrx");
INS(i_lm ,"lm" ,"lmw" ,"lm");
INS(i_lsi ,"lsi" ,"lswi" ,"lswi");
INS(i_lsx ,"lsx" ,"lswx" ,"lsx");
INS(i_lu ,"lu" ,"lwzu" ,"lu");
INS(i_lux ,"lux" ,"lwzux" ,"lux");
INS(i_lx ,"lx" ,"lwzx" ,"lx");
INS(i_mtsri ,"mtsri" ,"mtsrin" ,"mtsri");
INS(i_muli ,"muli" ,"mulli" ,"muli");
INS(i_muls ,"muls" ,"mullw" ,"muls");
INS(i_muls_cr ,"muls." ,"mullw." ,"muls.");
INS(i_mulso ,"mulso" ,"mullwo" ,"mulso");
INS(i_mulso_cr ,"mulso." ,"mullwo." ,"mulso.");
INS(i_oril ,"oril" ,"ori" ,"oril");
INS(i_oriu ,"oriu" ,"oris" ,"oriu");
INS(i_rlimi ,"rlimi" ,"rlwimi" ,"rlimi");
INS(i_rlimi_cr ,"rlimi." ,"rlwimi." ,"rlimi.");
INS(i_rlinm ,"rlinm" ,"rlwinm" ,"rlinm");
INS(i_rlinm_cr ,"rlinm." ,"rlwinm." ,"rlinm.");
INS(i_rlnm ,"rlnm" ,"rlwnm" ,"rlnm");
INS(i_rlnm_cr ,"rlnm." ,"rlwnm." ,"rlnm.");
INS(i_sf ,"sf" ,"subfc" ,"sf");
INS(i_sf_cr ,"sf." ,"subfc." ,"sf.");
INS(i_sfo ,"sfo" ,"subfco" ,"sfo");
INS(i_sfo_cr ,"sfo." ,"subfco." ,"sfo.");
INS(i_sfe ,"sfe" ,"subfe" ,"sfe");
INS(i_sfe_cr ,"sfe." ,"subfe." ,"sfe.");
INS(i_sfeo ,"sfeo" ,"subfeo" ,"sfeo");
INS(i_sfeo_cr ,"sfeo." ,"subfeo." ,"sfeo.");
INS(i_sfi ,"sfi" ,"subfic" ,"sfi");
INS(i_sfme ,"sfme" ,"subfme" ,"sfme");
INS(i_sfme_cr ,"sfme." ,"subfme." ,"sfme.");
INS(i_sfmeo ,"sfmeo" ,"subfmeo" ,"sfmeo");
INS(i_sfmeo_cr ,"sfmeo." ,"subfmeo.","sfmeo.");
INS(i_sfze ,"sfze" ,"subfze" ,"sfze");
INS(i_sfze_cr ,"sfze." ,"subfze." ,"sfze.");
INS(i_sfzeo ,"sfzeo" ,"subfzeo" ,"sfzeo");
INS(i_sfzeo_cr ,"sfzeo." ,"subfzeo.","sfzeo.");
INS(i_sl ,"sl" ,"slw" ,"sl");
INS(i_sl_cr ,"sl." ,"slw." ,"sl.");
INS(i_sr ,"sr" ,"srw" ,"sr");
INS(i_sr_cr ,"sr." ,"srw." ,"sr.");
INS(i_sra ,"sra" ,"sraw" ,"sra");
INS(i_sra_cr ,"sra." ,"sraw." ,"sra.");
INS(i_srai ,"srai" ,"srawi" ,"srai");
INS(i_srai_cr ,"srai." ,"srawi." ,"srai.");
INS(i_st ,"st" ,"stw" ,"st");
INS(i_stbrx ,"stbrx" ,"stwbrx" ,"stbrx");
INS(i_stm ,"stm" ,"stmw" ,"stm");
INS(i_stsi ,"stsi" ,"stswi" ,"stsi");
INS(i_stsx ,"stsx" ,"stswx" ,"stsx");
INS(i_stu ,"stu" ,"stwu" ,"stu");
INS(i_stux ,"stux" ,"stwux" ,"stux");
INS(i_stx ,"stx" ,"stwx" ,"stx");
INS(i_svca ,"svca" ,"sc" ,"svca");
INS(i_t ,"t" ,"tw" ,"t");
INS(i_ti ,"ti" ,"twi" ,"ti");
INS(i_tlbi ,"tlbi" ,"tlbie" ,"tlbi");
INS(i_xoril ,"xoril" ,"xori" ,"xoril");
INS(i_xoriu ,"xoriu" ,"xoris" ,"xoriu");
/* end*/
/* POWER instructions retained on PowerPc with same mnenonic */
INS(i_and ,"and" ,"and" ,"and");
INS(i_and_cr ,"and." ,"and." ,"and.");
INS(i_andc ,"andc" ,"andc" ,"andc");
INS(i_andc_cr ,"andc." ,"andc." ,"andc.");
INS(i_b ,"b" ,"b" ,"b");
INS(i_ba ,"ba" ,"ba" ,"ba");
INS(i_bbf ,"bbf" ,"bbf" ,"bbf");
INS(i_bbfa ,"bbfa" ,"bbfa" ,"bbfa");
INS(i_bbfc ,"bbfc" ,"bbfc" ,"bbfc");
INS(i_bbfcl ,"bbfcl" ,"bbfcl" ,"bbfcl");
INS(i_bbfl ,"bbfl" ,"bbfl" ,"bbfl");
INS(i_bbfla ,"bbfla" ,"bbfla" ,"bbfla");
INS(i_bbfr ,"bbfr" ,"bbfr" ,"bbfr");
INS(i_bbfrl ,"bbfrl" ,"bbfrl" ,"bbfrl");
INS(i_bbt ,"bbt" ,"bbt" ,"bbt");
INS(i_bbta ,"bbta" ,"bbta" ,"bbta");
INS(i_bbtc ,"bbtc" ,"bbtc" ,"bbtc");
INS(i_bbtcl ,"bbtcl" ,"bbtcl" ,"bbtcl");
INS(i_bbtl ,"bbtl" ,"bbtl" ,"bbtl");
INS(i_bbtla ,"bbtla" ,"bbtla" ,"bbtla");
INS(i_bbtr ,"bbtr" ,"bbtr" ,"bbtr");
INS(i_bbtrl ,"bbtrl" ,"bbtrl" ,"bbtrl");
INS(i_bc ,"bc" ,"bc" ,"bc");
INS(i_bca ,"bca" ,"bca" ,"bca");
INS(i_bcl ,"bcl" ,"bcl" ,"bcl");
INS(i_bcla ,"bcla" ,"bcla" ,"bcla");
INS(i_bctr ,"bctr" ,"bctr" ,"bctr");
INS(i_bctrl ,"bctrl" ,"bctrl" ,"bctrl");
INS(i_bdn ,"bdn" ,"bdn" ,"bdn");
INS(i_bdna ,"bdna" ,"bdna" ,"bdna");
INS(i_bdneq ,"bdneq" ,"bdneq" ,"bdneq");
INS(i_bdnge ,"bdnge" ,"bdnge" ,"bdnge");
INS(i_bdngt ,"bdngt" ,"bdngt" ,"bdngt");
INS(i_bdnl ,"bdnl" ,"bdnl" ,"bdnl");
INS(i_bdnla ,"bdnla" ,"bdnla" ,"bdnla");
INS(i_bdnle ,"bdnle" ,"bdnle" ,"bdnle");
INS(i_bdnlt ,"bdnlt" ,"bdnlt" ,"bdnlt");
INS(i_bdnne ,"bdnne" ,"bdnne" ,"bdnne");
INS(i_bdnns ,"bdnns" ,"bdnns" ,"bdnns");
INS(i_bdnr ,"bdnr" ,"bdnr" ,"bdnr");
INS(i_bdnrl ,"bdnrl" ,"bdnrl" ,"bdnrl");
INS(i_bdnso ,"bdnso" ,"bdnso" ,"bdnso");
INS(i_bdz ,"bdz" ,"bdz" ,"bdz");
INS(i_bdza ,"bdza" ,"bdza" ,"bdza");
INS(i_bdzeq ,"bdzeq" ,"bdzeq" ,"bdzeq");
INS(i_bdzge ,"bdzge" ,"bdzge" ,"bdzge");
INS(i_bdzgt ,"bdzgt" ,"bdzgt" ,"bdzgt");
INS(i_bdzl ,"bdzl" ,"bdzl" ,"bdzl");
INS(i_bdzla ,"bdzla" ,"bdzla" ,"bdzla");
INS(i_bdzle ,"bdzle" ,"bdzle" ,"bdzle");
INS(i_bdzlt ,"bdzlt" ,"bdzlt" ,"bdzlt");
INS(i_bdzne ,"bdzne" ,"bdzne" ,"bdzne");
INS(i_bdzns ,"bdzns" ,"bdzns" ,"bdzns");
INS(i_bdzr ,"bdzr" ,"bdzr" ,"bdzr");
INS(i_bdzrl ,"bdzrl" ,"bdzrl" ,"bdzrl");
INS(i_bdzso ,"bdzso" ,"bdzso" ,"bdzso");
INS(i_beq ,"beq" ,"beq" ,"beq");
INS(i_beqa ,"beqa" ,"beqa" ,"beqa");
INS(i_beqc ,"beqc" ,"beqc" ,"beqc");
INS(i_beqcl ,"beqcl" ,"beqcl" ,"beqcl");
INS(i_beql ,"beql" ,"beql" ,"beql");
INS(i_beqla ,"beqla" ,"beqla" ,"beqla");
INS(i_beqr ,"beqr" ,"beqr" ,"beqr");
INS(i_beqrl ,"beqrl" ,"beqrl" ,"beqrl");
INS(i_bge ,"bge" ,"bge" ,"bge");
INS(i_bgea ,"bgea" ,"bgea" ,"bgea");
INS(i_bgec ,"bgec" ,"bgec" ,"bgec");
INS(i_bgecl ,"bgecl" ,"bgecl" ,"bgecl");
INS(i_bgel ,"bgel" ,"bgel" ,"bgel");
INS(i_bgela ,"bgela" ,"bgela" ,"bgela");
INS(i_bger ,"bger" ,"bger" ,"bger");
INS(i_bgerl ,"bgerl" ,"bgerl" ,"bgerl");
INS(i_bgt ,"bgt" ,"bgt" ,"bgt");
INS(i_bgta ,"bgta" ,"bgta" ,"bgta");
INS(i_bgtc ,"bgtc" ,"bgtc" ,"bgtc");
INS(i_bgtcl ,"bgtcl" ,"bgtcl" ,"bgtcl");
INS(i_bgtl ,"bgtl" ,"bgtl" ,"bgtl");
INS(i_bgtla ,"bgtla" ,"bgtla" ,"bgtla");
INS(i_bgtr ,"bgtr" ,"bgtr" ,"bgtr");
INS(i_bgtrl ,"bgtrl" ,"bgtrl" ,"bgtrl");
INS(i_bl ,"bl" ,"bl" ,"bl");
INS(i_bla ,"bla" ,"bla" ,"bla");
INS(i_ble ,"ble" ,"ble" ,"ble");
INS(i_blea ,"blea" ,"blea" ,"blea");
INS(i_blec ,"blec" ,"blec" ,"blec");
INS(i_blecl ,"blecl" ,"blecl" ,"blecl");
INS(i_blel ,"blel" ,"blel" ,"blel");
INS(i_blela ,"blela" ,"blela" ,"blela");
INS(i_bler ,"bler" ,"bler" ,"bler");
INS(i_blerl ,"blerl" ,"blerl" ,"blerl");
INS(i_blt ,"blt" ,"blt" ,"blt");
INS(i_blta ,"blta" ,"blta" ,"blta");
INS(i_bltc ,"bltc" ,"bltc" ,"bltc");
INS(i_bltcl ,"bltcl" ,"bltcl" ,"bltcl");
INS(i_bltl ,"bltl" ,"bltl" ,"bltl");
INS(i_bltla ,"bltla" ,"bltla" ,"bltla");
INS(i_bltr ,"bltr" ,"bltr" ,"bltr");
INS(i_bltrl ,"bltrl" ,"bltrl" ,"bltrl");
INS(i_bne ,"bne" ,"bne" ,"bne");
INS(i_bnea ,"bnea" ,"bnea" ,"bnea");
INS(i_bnec ,"bnec" ,"bnec" ,"bnec");
INS(i_bnecl ,"bnecl" ,"bnecl" ,"bnecl");
INS(i_bnel ,"bnel" ,"bnel" ,"bnel");
INS(i_bnela ,"bnela" ,"bnela" ,"bnela");
INS(i_bner ,"bner" ,"bner" ,"bner");
INS(i_bnerl ,"bnerl" ,"bnerl" ,"bnerl");
INS(i_bng ,"bng" ,"bng" ,"bng");
INS(i_bnga ,"bnga" ,"bnga" ,"bnga");
INS(i_bngc ,"bngc" ,"bngc" ,"bngc");
INS(i_bngcl ,"bngcl" ,"bngcl" ,"bngcl");
INS(i_bngl ,"bngl" ,"bngl" ,"bngl");
INS(i_bngla ,"bngla" ,"bngla" ,"bngla");
INS(i_bngr ,"bngr" ,"bngr" ,"bngr");
INS(i_bngrl ,"bngrl" ,"bngrl" ,"bngrl");
INS(i_bnl ,"bnl" ,"bnl" ,"bnl");
INS(i_bnla ,"bnla" ,"bnla" ,"bnla");
INS(i_bnlc ,"bnlc" ,"bnlc" ,"bnlc");
INS(i_bnlcl ,"bnlcl" ,"bnlcl" ,"bnlcl");
INS(i_bnll ,"bnll" ,"bnll" ,"bnll");
INS(i_bnlla ,"bnlla" ,"bnlla" ,"bnlla");
INS(i_bnlr ,"bnlr" ,"bnlr" ,"bnlr");
INS(i_bnlrl ,"bnlrl" ,"bnlrl" ,"bnlrl");
INS(i_bns ,"bns" ,"bns" ,"bns");
INS(i_bnsa ,"bnsa" ,"bnsa" ,"bnsa");
INS(i_bnsc ,"bnsc" ,"bnsc" ,"bnsc");
INS(i_bnscl ,"bnscl" ,"bnscl" ,"bnscl");
INS(i_bnsl ,"bnsl" ,"bnsl" ,"bnsl");
INS(i_bnsla ,"bnsla" ,"bnsla" ,"bnsla");
INS(i_bnsr ,"bnsr" ,"bnsr" ,"bnsr");
INS(i_bnsrl ,"bnsrl" ,"bnsrl" ,"bnsrl");
INS(i_bnz ,"bnz" ,"bnz" ,"bnz");
INS(i_bnza ,"bnza" ,"bnza" ,"bnza");
INS(i_bnzc ,"bnzc" ,"bnzc" ,"bnzc");
INS(i_bnzcl ,"bnzcl" ,"bnzcl" ,"bnzcl");
INS(i_bnzl ,"bnzl" ,"bnzl" ,"bnzl");
INS(i_bnzla ,"bnzla" ,"bnzla" ,"bnzla");
INS(i_bnzr ,"bnzr" ,"bnzr" ,"bnzr");
INS(i_bnzrl ,"bnzrl" ,"bnzrl" ,"bnzrl");
INS(i_br ,"br" ,"br" ,"br");
INS(i_brl ,"brl" ,"brl" ,"brl");
INS(i_bso ,"bso" ,"bso" ,"bso");
INS(i_bsoa ,"bsoa" ,"bsoa" ,"bsoa");
INS(i_bsoc ,"bsoc" ,"bsoc" ,"bsoc");
INS(i_bsocl ,"bsocl" ,"bsocl" ,"bsocl");
INS(i_bsol ,"bsol" ,"bsol" ,"bsol");
INS(i_bsola ,"bsola" ,"bsola" ,"bsola");
INS(i_bsor ,"bsor" ,"bsor" ,"bsor");
INS(i_bsorl ,"bsorl" ,"bsorl" ,"bsorl");
INS(i_bz ,"bz" ,"bz" ,"bz");
INS(i_bza ,"bza" ,"bza" ,"bza");
INS(i_bzc ,"bzc" ,"bzc" ,"bzc");
INS(i_bzcl ,"bzcl" ,"bzcl" ,"bzcl");
INS(i_bzl ,"bzl" ,"bzl" ,"bzl");
INS(i_bzla ,"bzla" ,"bzla" ,"bzla");
INS(i_bzr ,"bzr" ,"bzr" ,"bzr");
INS(i_bzrl ,"bzrl" ,"bzrl" ,"bzrl");
INS(i_ca ,"ca" ,"ca" ,"ca");
INS(i_cmp ,"cmp" ,"cmp" ,"cmp");
INS(i_cmpi ,"cmpi" ,"cmpi" ,"cmpi");
INS(i_cmpl ,"cmpl" ,"cmpl" ,"cmpl");
INS(i_cmpli ,"cmpli" ,"cmpli" ,"cmpli");
INS(i_crand ,"crand" ,"crand" ,"crand");
INS(i_crandc ,"crandc" ,"crandc" ,"crandc");
INS(i_creqv ,"creqv" ,"creqv" ,"creqv");
INS(i_crnand ,"crnand" ,"crnand" ,"crnand");
INS(i_crnor ,"crnor" ,"crnor" ,"crnor");
INS(i_cror ,"cror" ,"cror" ,"cror");
INS(i_crorc ,"crorc" ,"crorc" ,"crorc");
INS(i_crxor ,"crxor" ,"crxor" ,"crxor");
INS(i_eqv ,"eqv" ,"eqv" ,"eqv");
INS(i_eqv_cr ,"eqv." ,"eqv." ,"eqv.");
INS(i_er ,"er" ,"er" ,"er");
INS(i_fabs ,"fabs" ,"fabs" ,"fabs");
INS(i_fabs_cr ,"fabs." ,"fabs." ,"fabs.");
INS(i_fcmpo ,"fcmpo" ,"fcmpo" ,"fcmpo");
INS(i_fcmpu ,"fcmpu" ,"fcmpu" ,"fcmpu");
INS(i_fmr ,"fmr" ,"fmr" ,"fmr");
INS(i_fmr_cr ,"fmr." ,"fmr." ,"fmr.");
INS(i_fnabs ,"fnabs" ,"fnabs" ,"fnabs");
INS(i_fnabs_cr ,"fnabs." ,"fnabs." ,"fnabs.");
INS(i_fneg ,"fneg" ,"fneg" ,"fneg");
INS(i_fneg_cr ,"fneg." ,"fneg." ,"fneg.");
INS(i_frsp ,"frsp" ,"frsp" ,"frsp");
INS(i_frsp_cr ,"frsp." ,"frsp." ,"frsp.");
INS(i_ics ,"ics" ,"isync" ,"ics");
INS(i_ilop ,"ilop" ,"ilop" ,"ilop");
INS(i_ilopi ,"ilopi" ,"ilopi" ,"ilopi");
INS(i_ilopr ,"ilopr" ,"ilopr" ,"ilopr");
INS(i_lbz ,"lbz" ,"lbz" ,"lbz");
INS(i_lbzu ,"lbzu" ,"lbzu" ,"lbzu");
INS(i_lbzux ,"lbzux" ,"lbzux" ,"lbzux");
INS(i_lbzx ,"lbzx" ,"lbzx" ,"lbzx");
INS(i_lfd ,"lfd" ,"lfd" ,"lfd");
INS(i_lfdu ,"lfdu" ,"lfdu" ,"lfdu");
INS(i_lfdux ,"lfdux" ,"lfdux" ,"lfdux");
INS(i_lfdx ,"lfdx" ,"lfdx" ,"lfdx");
INS(i_lfs ,"lfs" ,"lfs" ,"lfs");
INS(i_lfsu ,"lfsu" ,"lfsu" ,"lfsu");
INS(i_lfsux ,"lfsux" ,"lfsux" ,"lfsux");
INS(i_lfsx ,"lfsx" ,"lfsx" ,"lfsx");
INS(i_lha ,"lha" ,"lha" ,"lha");
INS(i_lhau ,"lhau" ,"lhau" ,"lhau");
INS(i_lhaux ,"lhaux" ,"lhaux" ,"lhaux");
INS(i_lhax ,"lhax" ,"lhax" ,"lhax");
INS(i_lhbrx ,"lhbrx" ,"lhbrx" ,"lhbrx");
INS(i_lhz ,"lhz" ,"lhz" ,"lhz");
INS(i_lhzu ,"lhzu" ,"lhzu" ,"lhzu");
INS(i_lhzux ,"lhzux" ,"lhzux" ,"lhzux");
INS(i_lhzx ,"lhzx" ,"lhzx" ,"lhzx");
INS(i_li ,"li" ,"li" ,"li");
INS(i_lil ,"lil" ,"lil" ,"lil");
INS(i_liu ,"liu" ,"liu" ,"liu");
INS(i_mcrf ,"mcrf" ,"mcrf" ,"mcrf");
INS(i_mcrfs ,"mcrfs" ,"mcrfs" ,"mcrfs");
INS(i_mcrxr ,"mcrxr" ,"mcrxr" ,"mcrxr");
INS(i_mfcr ,"mfcr" ,"mfcr" ,"mfcr");
INS(i_mfctr ,"mfctr" ,"mfctr" ,"mfctr");
INS(i_mfdar ,"mfdar" ,"mfdar" ,"mfdar");
INS(i_mfdec ,"mfdec" ,"mfdec" ,"mfdec");
INS(i_mfdsisr ,"mfdsisr" ,"mfdsisr" ,"mfdsisr");
INS(i_mffs ,"mffs" ,"mffs" ,"mffs");
INS(i_mffs_cr ,"mffs." ,"mffs." ,"mffs.");
INS(i_mflr ,"mflr" ,"mflr" ,"mflr");
INS(i_mfrtcl ,"mfrtcl" ,"mfrtcl" ,"mfrtcl");
INS(i_mfrtcu ,"mfrtcu" ,"mfrtcu" ,"mfrtcu");
INS(i_mfsdr0 ,"mfsdr0" ,"mfsdr0" ,"mfsdr0");
INS(i_mfsdr1 ,"mfsdr1" ,"mfsdr1" ,"mfsdr1");
INS(i_mfspr ,"mfspr" ,"mfspr" ,"mfspr");
INS(i_mfsrr0 ,"mfsrr0" ,"mfsrr0" ,"mfsrr0");
INS(i_mfsrr1 ,"mfsrr1" ,"mfsrr1" ,"mfsrr1");
INS(i_mftid ,"mftid" ,"mftid" ,"mftid");
INS(i_mfxer ,"mfxer" ,"mfxer" ,"mfxer");
INS(i_mr ,"mr" ,"mr" ,"mr");
INS(i_mr_cr ,"mr." ,"mr." ,"mr.");
INS(i_mtcr ,"mtcr" ,"mtcr" ,"mtcr");
INS(i_mtcrf ,"mtcrf" ,"mtcrf" ,"mtcrf");
INS(i_mtctr ,"mtctr" ,"mtctr" ,"mtctr");
INS(i_mtdar ,"mtdar" ,"mtdar" ,"mtdar");
INS(i_mtdec ,"mtdec" ,"mtdec" ,"mtdec");
INS(i_mtdsisr ,"mtdsisr" ,"mtdsisr" ,"mtdsisr");
INS(i_mtfs ,"mtfs" ,"mtfs" ,"mtfs");
INS(i_mtfs_cr ,"mtfs." ,"mtfs." ,"mtfs.");
INS(i_mtfsb0 ,"mtfsb0" ,"mtfsb0" ,"mtfsb0");
INS(i_mtfsb0_cr ,"mtfsb0." ,"mtfsb0." ,"mtfsb0.");
INS(i_mtfsb1 ,"mtfsb1" ,"mtfsb1" ,"mtfsb1");
INS(i_mtfsb1_cr ,"mtfsb1." ,"mtfsb1." ,"mtfsb1.");
INS(i_mtfsf ,"mtfsf" ,"mtfsf" ,"mtfsf");
INS(i_mtfsf_cr ,"mtfsf." ,"mtfsf." ,"mtfsf.");
INS(i_mtfsfi ,"mtfsfi" ,"mtfsfi" ,"mtfsfi");
INS(i_mtfsfi_cr ,"mtfsfi." ,"mtfsfi." ,"mtfsfi.");
INS(i_mtlr ,"mtlr" ,"mtlr" ,"mtlr");
INS(i_mtmsr ,"mtmsr" ,"mtmsr" ,"mtmsr");
INS(i_mtrtcl ,"mtrtcl" ,"mtrtcl" ,"mtrtcl");
INS(i_mtrtcu ,"mtrtcu" ,"mtrtcu" ,"mtrtcu");
INS(i_mtsdr0 ,"mtsdr0" ,"mtsdr0" ,"mtsdr0");
INS(i_mtsdr1 ,"mtsdr1" ,"mtsdr1" ,"mtsdr1");
INS(i_mtspr ,"mtspr" ,"mtspr" ,"mtspr");
INS(i_mtsr ,"mtsr" ,"mtsr" ,"mtsr");
INS(i_mtsrr0 ,"mtsrr0" ,"mtsrr0" ,"mtsrr0");
INS(i_mtsrr1 ,"mtsrr1" ,"mtsrr1" ,"mtsrr1");
INS(i_mttid ,"mttid" ,"mttid" ,"mttid");
INS(i_mtxer ,"mtxer" ,"mtxer" ,"mtxer");
INS(i_nand ,"nand" ,"nand" ,"nand");
INS(i_nand_cr ,"nand." ,"nand." ,"nand.");
INS(i_neg ,"neg" ,"neg" ,"neg");
INS(i_neg_cr ,"neg." ,"neg." ,"neg.");
INS(i_nego ,"nego" ,"nego" ,"nego");
INS(i_nego_cr ,"nego." ,"nego." ,"nego.");
INS(i_nor ,"nor" ,"nor" ,"nor");
INS(i_nor_cr ,"nor." ,"nor." ,"nor.");
INS(i_or ,"or" ,"or" ,"or");
INS(i_or_cr ,"or." ,"or." ,"or.");
INS(i_orc ,"orc" ,"orc" ,"orc");
INS(i_orc_cr ,"orc." ,"orc." ,"orc.");
INS(i_re ,"re" ,"re" ,"re");
INS(i_rfi ,"rfi" ,"rfi" ,"rfi");
INS(i_rfsvc ,"rfsvc" ,"rfsvc" ,"rfsvc");
INS(i_rtc ,"rtc" ,"rtc" ,"rtc");
INS(i_ru ,"ru" ,"ru" ,"ru");
INS(i_ryo ,"ryo" ,"ryo" ,"ryo");
INS(i_ryod ,"ryod" ,"ryod" ,"ryod");
INS(i_si ,"si" ,"si" ,"si");
INS(i_si_cr ,"si." ,"si." ,"si.");
INS(i_sli ,"sli" ,"sli" ,"sli");
INS(i_sli_cr ,"sli." ,"sli." ,"sli.");
INS(i_sri ,"sri" ,"sri" ,"sri");
INS(i_sri_cr ,"sri." ,"sri." ,"sri.");
INS(i_stb ,"stb" ,"stb" ,"stb");
INS(i_stbu ,"stbu" ,"stbu" ,"stbu");
INS(i_stbux ,"stbux" ,"stbux" ,"stbux");
INS(i_stbx ,"stbx" ,"stbx" ,"stbx");
INS(i_stfd ,"stfd" ,"stfd" ,"stfd");
INS(i_stfdu ,"stfdu" ,"stfdu" ,"stfdu");
INS(i_stfdux ,"stfdux" ,"stfdux" ,"stfdux");
INS(i_stfdx ,"stfdx" ,"stfdx" ,"stfdx");
INS(i_stfs ,"stfs" ,"stfs" ,"stfs");
INS(i_stfsu ,"stfsu" ,"stfsu" ,"stfsu");
INS(i_stfsux ,"stfsux" ,"stfsux" ,"stfsux");
INS(i_stfsx ,"stfsx" ,"stfsx" ,"stfsx");
INS(i_sth ,"sth" ,"sth" ,"sth");
INS(i_sthbrx ,"sthbrx" ,"sthbrx" ,"sthbrx");
INS(i_sthu ,"sthu" ,"sthu" ,"sthu");
INS(i_sthux ,"sthux" ,"sthux" ,"sthux");
INS(i_sthx ,"sthx" ,"sthx" ,"sthx");
INS(i_teq ,"teq" ,"teq" ,"teq");
INS(i_teqi ,"teqi" ,"teqi" ,"teqi");
INS(i_tge ,"tge" ,"tge" ,"tge");
INS(i_tgei ,"tgei" ,"tgei" ,"tgei");
INS(i_tgt ,"tgt" ,"tgt" ,"tgt");
INS(i_tgti ,"tgti" ,"tgti" ,"tgti");
INS(i_tlbp ,"tlbp" ,"tlbp" ,"tlbp");
INS(i_tle ,"tle" ,"tle" ,"tle");
INS(i_tlei ,"tlei" ,"tlei" ,"tlei");
INS(i_tlge ,"tlge" ,"tlge" ,"tlge");
INS(i_tlgei ,"tlgei" ,"tlgei" ,"tlgei");
INS(i_tlgt ,"tlgt" ,"tlgt" ,"tlgt");
INS(i_tlgti ,"tlgti" ,"tlgti" ,"tlgti");
INS(i_tlle ,"tlle" ,"tlle" ,"tlle");
INS(i_tllei ,"tllei" ,"tllei" ,"tllei");
INS(i_tllt ,"tllt" ,"tllt" ,"tllt");
INS(i_tllti ,"tllti" ,"tllti" ,"tllti");
INS(i_tlne ,"tlne" ,"tlne" ,"tlne");
INS(i_tlnei ,"tlnei" ,"tlnei" ,"tlnei");
INS(i_tlt ,"tlt" ,"tlt" ,"tlt");
INS(i_tlti ,"tlti" ,"tlti" ,"tlti");
INS(i_tne ,"tne" ,"tne" ,"tne");
INS(i_tnei ,"tnei" ,"tnei" ,"tnei");
INS(i_tri ,"tri" ,"tri" ,"tri");
INS(i_trr ,"trr" ,"trr" ,"trr");
INS(i_xor ,"xor" ,"xor" ,"xor");
INS(i_xor_cr ,"xor." ,"xor." ,"xor.");
/* PowerPC only instructions */
INS(i_divw ,"VOID" ,"divw" ,"VOID");
INS(i_divw_cr ,"VOID" ,"divw." ,"VOID");
INS(i_divwo ,"VOID" ,"divwo" ,"VOID");
INS(i_divwo_cr ,"VOID" ,"divwo." ,"VOID");
INS(i_divwu ,"VOID" ,"divwu" ,"VOID");
INS(i_divwu_cr ,"VOID" ,"divwu." ,"VOID");
INS(i_divwuo ,"VOID" ,"divwuo" ,"VOID");
INS(i_divwuo_cr ,"VOID" ,"divwuo." ,"VOID");
INS(i_extsb ,"VOID" ,"extsb" ,"VOID");
INS(i_extsb_cr ,"VOID" ,"extsb." ,"VOID");
INS(i_fctiw ,"VOID" ,"fctiw" ,"VOID");
INS(i_fctiwz ,"VOID" ,"fctiwz" ,"VOID");
INS(i_mulhw ,"VOID" ,"mulhw" ,"VOID");
INS(i_mulhw_cr ,"VOID" ,"mulhw." ,"VOID");
INS(i_mulhwu ,"VOID" ,"mulhwu" ,"VOID");
INS(i_mulhwu_cr ,"VOID" ,"mulhwu." ,"VOID");
#endif /* INSTRUCTDECS_H */