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/*
Crown Copyright (c) 1996
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.
*/
/*
VERSION INFORMATION
===================
--------------------------------------------------------------------------
$Header: /u/g/release/CVSROOT/Source/src/installers/680x0/common/instrs.h,v 1.1.1.1 1998/01/17 15:55:49 release Exp $
--------------------------------------------------------------------------
$Log: instrs.h,v $
* Revision 1.1.1.1 1998/01/17 15:55:49 release
* First version to be checked into rolling release.
*
Revision 1.1.1.1 1997/10/13 12:42:54 ma
First version.
Revision 1.3 1997/09/25 06:45:13 ma
All general_proc tests passed
Revision 1.2 1997/05/13 11:30:36 ma
Introduced make_comment for debug.
Revision 1.1.1.1 1997/03/14 07:50:14 ma
Imported from DRA
* Revision 1.1.1.1 1996/09/20 10:56:55 john
*
* Revision 1.2 1996/07/05 14:21:38 john
* Changes for spec 3.1
*
* Revision 1.1.1.1 1996/03/26 15:45:13 john
*
* Revision 1.3 93/03/03 14:47:23 14:47:23 ra (Robert Andrews)
* Regenerated file with overflow jumps added.
*
* Revision 1.2 93/02/23 15:44:40 15:44:40 ra (Robert Andrews)
* Regenerated file (it is automatically generated), adding instructions
* for binary coded decimal and extended arithmetic
*
* Revision 1.1 93/02/23 15:42:19 15:42:19 ra (Robert Andrews)
* Initial revision
*
--------------------------------------------------------------------------
*/
/*
THIS FILE IS AUTOMATICALLY GENERATED
*/
#ifndef INSTRUCTIONS_INCLUDED
#define INSTRUCTIONS_INCLUDED
#define LPREFIX 'L'
#define is_local( X ) ( *( X ) == LPREFIX )
#define m_label_ins 0
#define m_extern_ins 1
#define m_ignore_ins 2
#define m_as_align4 3
#define m_as_assign 4
#define m_as_byte 5
#define m_as_short 6
#define m_as_long 7
#define m_as_float 8
#define m_as_double 9
#define m_as_space 10
#define m_as_global 11
#define m_as_common 12
#define m_as_local 13
#define m_as_text 14
#define m_as_data 15
#define m_as_bss 16
#define m_abcd 17
#define m_addb 18
#define m_addw 19
#define m_addl 20
#define m_addqb 21
#define m_addqw 22
#define m_addql 23
#define m_addxb 24
#define m_addxw 25
#define m_addxl 26
#define m_andb 27
#define m_andw 28
#define m_andl 29
#define m_aslb 30
#define m_aslw 31
#define m_asll 32
#define m_asrb 33
#define m_asrw 34
#define m_asrl 35
#define m_bclr 36
#define m_bfexts 37
#define m_bfextu 38
#define m_bfins 39
#define m_bset 40
#define m_btstb 41
#define m_btst 42
#define m_btstl 43
#define m_call 44
#define m_clrb 45
#define m_clrw 46
#define m_clrl 47
#define m_cmpb 48
#define m_cmpw 49
#define m_cmpl 50
#define m_cmpmb 51
#define m_cmpmw 52
#define m_cmpml 53
#define m_dbf 54
#define m_divsl 55
#define m_divsll 56
#define m_divul 57
#define m_divull 58
#define m_dont_know 59
#define m_eorb 60
#define m_eorw 61
#define m_eorl 62
#define m_extw 63
#define m_extl 64
#define m_extbl 65
#define m_fabss 66
#define m_fabsd 67
#define m_fabsx 68
#define m_fadds 69
#define m_faddd 70
#define m_faddx 71
#define m_fcmps 72
#define m_fcmpd 73
#define m_fcmpx 74
#define m_fdivs 75
#define m_fdivd 76
#define m_fdivx 77
#define m_fints 78
#define m_fintd 79
#define m_fintx 80
#define m_fintrzs 81
#define m_fintrzd 82
#define m_fintrzx 83
#define m_fmovel 84
#define m_fmoves 85
#define m_fmoved 86
#define m_fmovex 87
#define m_fmovemx 88
#define m_fmuls 89
#define m_fmuld 90
#define m_fmulx 91
#define m_fnegx 92
#define m_fsubs 93
#define m_fsubd 94
#define m_fsubx 95
#define m_ftstx 96
#define m_jmp 97
#define m_lea 98
#define m_linkw 99
#define m_linkl 100
#define m_lslb 101
#define m_lslw 102
#define m_lsll 103
#define m_lsrb 104
#define m_lsrw 105
#define m_lsrl 106
#define m_movb 107
#define m_movw 108
#define m_movl 109
#define m_moveml 110
#define m_moveq 111
#define m_mulsw 112
#define m_mulsl 113
#define m_muluw 114
#define m_mulul 115
#define m_nbcd 116
#define m_negb 117
#define m_negw 118
#define m_negl 119
#define m_negxb 120
#define m_negxw 121
#define m_negxl 122
#define m_nop 123
#define m_notb 124
#define m_notw 125
#define m_notl 126
#define m_orb 127
#define m_orw 128
#define m_orl 129
#define m_pack 130
#define m_pea 131
#define m_rolb 132
#define m_rolw 133
#define m_roll 134
#define m_rorb 135
#define m_rorw 136
#define m_rorl 137
#define m_roxlb 138
#define m_roxlw 139
#define m_roxll 140
#define m_roxrb 141
#define m_roxrw 142
#define m_roxrl 143
#define m_rts 144
#define m_sbcd 145
#define m_subb 146
#define m_subw 147
#define m_subl 148
#define m_subqb 149
#define m_subqw 150
#define m_subql 151
#define m_subxb 152
#define m_subxw 153
#define m_subxl 154
#define m_tstb 155
#define m_tstw 156
#define m_tstl 157
#define m_unlk 158
#define m_unpk 159
#define m_dd_normal 160
#define m_dd_special 161
#define m_dd_exit 162
#define m_dd_start 163
#define m_dd_vt 164
#define m_dd_lntt 165
#define m_dd_gntt 166
#define m_dd_vtbytes 167
#define m_dd_align 168
#define m_dd_array 169
#define m_dd_begin 170
#define m_dd_const 171
#define m_dd_dvar 172
#define m_dd_end 173
#define m_dd_entry 174
#define m_dd_enum 175
#define m_dd_field 176
#define m_dd_file 177
#define m_dd_fparam 178
#define m_dd_function 179
#define m_dd_functype 180
#define m_dd_import 181
#define m_dd_label 182
#define m_dd_memenum 183
#define m_dd_module 184
#define m_dd_pointer 185
#define m_dd_set 186
#define m_dd_srcfile 187
#define m_dd_struct 188
#define m_dd_subrange 189
#define m_dd_svar 190
#define m_dd_tagdef 191
#define m_dd_typedef 192
#define m_dd_union 193
#define m_dd_variant 194
#define m_stabs 195
#define m_stabd 196
#define m_stabn 197
#define m_bcc 198
#define m_bcs 199
#define m_beq 200
#define m_bge 201
#define m_bgt 202
#define m_bhi 203
#define m_ble 204
#define m_bls 205
#define m_blt 206
#define m_bne 207
#define m_bra 208
#define m_bvc 209
#define m_bvs 210
#define m_fbeq 211
#define m_fbge 212
#define m_fbgt 213
#define m_fble 214
#define m_fblt 215
#define m_fbne 216
#define m_fbnge 217
#define m_fbngt 218
#define m_fbnle 219
#define m_fbnlt 220
#define m_bccb 221
#define m_bcsb 222
#define m_beqb 223
#define m_bgeb 224
#define m_bgtb 225
#define m_bhib 226
#define m_bleb 227
#define m_blsb 228
#define m_bltb 229
#define m_bneb 230
#define m_brab 231
#define m_bvcb 232
#define m_bvsb 233
#define m_fbeqb 234
#define m_fbgeb 235
#define m_fbgtb 236
#define m_fbleb 237
#define m_fbltb 238
#define m_fbneb 239
#define m_fbngeb 240
#define m_fbngtb 241
#define m_fbnleb 242
#define m_fbnltb 243
#define m_bccw 244
#define m_bcsw 245
#define m_beqw 246
#define m_bgew 247
#define m_bgtw 248
#define m_bhiw 249
#define m_blew 250
#define m_blsw 251
#define m_bltw 252
#define m_bnew 253
#define m_braw 254
#define m_bvcw 255
#define m_bvsw 256
#define m_fbeqw 257
#define m_fbgew 258
#define m_fbgtw 259
#define m_fblew 260
#define m_fbltw 261
#define m_fbnew 262
#define m_fbngew 263
#define m_fbngtw 264
#define m_fbnlew 265
#define m_fbnltw 266
#define m_bccl 267
#define m_bcsl 268
#define m_beql 269
#define m_bgel 270
#define m_bgtl 271
#define m_bhil 272
#define m_blel 273
#define m_blsl 274
#define m_bltl 275
#define m_bnel 276
#define m_bral 277
#define m_bvcl 278
#define m_bvsl 279
#define m_fbeql 280
#define m_fbgel 281
#define m_fbgtl 282
#define m_fblel 283
#define m_fbltl 284
#define m_fbnel 285
#define m_fbngel 286
#define m_fbngtl 287
#define m_fbnlel 288
#define m_fbnltl 289
#ifndef tdf3
#define m_trap 290
#define m_trapcc 291
#define m_trapcs 292
#define m_trapeq 293
#define m_trapge 294
#define m_trapgt 295
#define m_traphi 296
#define m_traple 297
#define m_trapls 298
#define m_traplt 299
#define m_trapne 300
#define m_trapt 301
#define m_trapvc 302
#define m_trapvs 303
#define m_trapv 304
#define m_comment 305
#endif
#define ml_add m_addb, m_addw, m_addl
#define ml_addq m_addqb, m_addqw, m_addql
#define ml_addx m_addxb, m_addxw, m_addxl
#define ml_and m_andb, m_andw, m_andl
#define ml_asl m_aslb, m_aslw, m_asll
#define ml_asr m_asrb, m_asrw, m_asrl
#define ml_clr m_clrb, m_clrw, m_clrl
#define ml_cmp m_cmpb, m_cmpw, m_cmpl
#define ml_cmpm m_cmpmb, m_cmpmw, m_cmpml
#define ml_eor m_eorb, m_eorw, m_eorl
#define ml_fabs m_fabss, m_fabsd, m_fabsx
#define ml_fadd m_fadds, m_faddd, m_faddx
#define ml_fcmp m_fcmps, m_fcmpd, m_fcmpx
#define ml_fdiv m_fdivs, m_fdivd, m_fdivx
#define ml_fint m_fints, m_fintd, m_fintx
#define ml_fintrz m_fintrzs, m_fintrzd, m_fintrzx
#define ml_fmove m_fmoves, m_fmoved, m_fmovex
#define ml_fmul m_fmuls, m_fmuld, m_fmulx
#define ml_fsub m_fsubs, m_fsubd, m_fsubx
#define ml_lsl m_lslb, m_lslw, m_lsll
#define ml_lsr m_lsrb, m_lsrw, m_lsrl
#define ml_mov m_movb, m_movw, m_movl
#define ml_neg m_negb, m_negw, m_negl
#define ml_negx m_negxb, m_negxw, m_negxl
#define ml_not m_notb, m_notw, m_notl
#define ml_or m_orb, m_orw, m_orl
#define ml_rol m_rolb, m_rolw, m_roll
#define ml_ror m_rorb, m_rorw, m_rorl
#define ml_roxl m_roxlb, m_roxlw, m_roxll
#define ml_roxr m_roxrb, m_roxrw, m_roxrl
#define ml_sub m_subb, m_subw, m_subl
#define ml_subq m_subqb, m_subqw, m_subql
#define ml_subx m_subxb, m_subxw, m_subxl
#define ml_tst m_tstb, m_tstw, m_tstl
#define is_jump( X ) ( ( X ) >= m_bcc && ( X ) <= m_fbnltl )
#define is_unsized( X ) ( ( X ) < m_bccb )
#define byte_jump ( m_bccb - m_bcc )
#define word_jump ( m_bccw - m_bcc )
#define long_jump ( m_bccl - m_bcc )
#define bra2trap( X ) ( X + ( m_trapcc - m_bcc ) )
#define is_simple( X ) ( ( X ) < m_dd_normal )
#endif