out_semantics.h

当前支持 16-bit, 32-bit and 64-bit 的二进制文件

{nt_arg, ns_void, {176, no_void|0x80000000, no_void|0x80000000}},	// 177
{nt_udiv, ns_void, {no_x86_dax|0x80000000, 177, no_void|0x80000000}},	// 178
{nt_asgn, ns_void, {175, 178, no_void|0x80000000}},	// 179
{nt_literal, ns_void, {1, 0, 0}},	// 180
{nt_tmp, ns_void, {180, no_void|0x80000000, no_void|0x80000000}},	// 181
{nt_literal, ns_void, {0, 0, 0}},	// 182
{nt_arg, ns_void, {182, no_void|0x80000000, no_void|0x80000000}},	// 183
{nt_umod, ns_void, {no_x86_dax|0x80000000, 183, no_void|0x80000000}},	// 184
{nt_asgn, ns_void, {181, 184, no_void|0x80000000}},	// 185
{nt_literal, ns_void, {0, 0, 0}},	// 186
{nt_tmp, ns_void, {186, no_void|0x80000000, no_void|0x80000000}},	// 187
{nt_asgn, ns_void, {no_x86_al|0x80000000, 187, no_void|0x80000000}},	// 188
{nt_literal, ns_void, {1, 0, 0}},	// 189
{nt_tmp, ns_void, {189, no_void|0x80000000, no_void|0x80000000}},	// 190
{nt_asgn, ns_void, {no_x86_ah|0x80000000, 190, no_void|0x80000000}},	// 191
{nt_asgn, ns_void, {no_x86_of|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 192
{nt_asgn, ns_void, {no_x86_sf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 193
{nt_asgn, ns_void, {no_x86_zf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 194
{nt_asgn, ns_void, {no_x86_af|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 195
{nt_asgn, ns_void, {no_x86_pf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 196
{nt_asgn, ns_void, {no_x86_cf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 197

// _idivb
{nt_literal, ns_void, {0, 0, 0}},	// 198
{nt_tmp, ns_void, {198, no_void|0x80000000, no_void|0x80000000}},	// 199
{nt_literal, ns_void, {0, 0, 0}},	// 200
{nt_arg, ns_void, {200, no_void|0x80000000, no_void|0x80000000}},	// 201
{nt_sdiv, ns_void, {no_x86_ax|0x80000000, 201, no_void|0x80000000}},	// 202
{nt_asgn, ns_void, {199, 202, no_void|0x80000000}},	// 203
{nt_literal, ns_void, {1, 0, 0}},	// 204
{nt_tmp, ns_void, {204, no_void|0x80000000, no_void|0x80000000}},	// 205
{nt_literal, ns_void, {0, 0, 0}},	// 206
{nt_arg, ns_void, {206, no_void|0x80000000, no_void|0x80000000}},	// 207
{nt_smod, ns_void, {no_x86_ax|0x80000000, 207, no_void|0x80000000}},	// 208
{nt_asgn, ns_void, {205, 208, no_void|0x80000000}},	// 209
{nt_literal, ns_void, {0, 0, 0}},	// 210
{nt_tmp, ns_void, {210, no_void|0x80000000, no_void|0x80000000}},	// 211
{nt_asgn, ns_void, {no_x86_al|0x80000000, 211, no_void|0x80000000}},	// 212
{nt_literal, ns_void, {1, 0, 0}},	// 213
{nt_tmp, ns_void, {213, no_void|0x80000000, no_void|0x80000000}},	// 214
{nt_asgn, ns_void, {no_x86_ah|0x80000000, 214, no_void|0x80000000}},	// 215
{nt_asgn, ns_void, {no_x86_of|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 216
{nt_asgn, ns_void, {no_x86_sf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 217
{nt_asgn, ns_void, {no_x86_zf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 218
{nt_asgn, ns_void, {no_x86_af|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 219
{nt_asgn, ns_void, {no_x86_pf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 220
{nt_asgn, ns_void, {no_x86_cf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 221

// idiv
{nt_literal, ns_void, {0, 0, 0}},	// 222
{nt_tmp, ns_void, {222, no_void|0x80000000, no_void|0x80000000}},	// 223
{nt_literal, ns_void, {0, 0, 0}},	// 224
{nt_arg, ns_void, {224, no_void|0x80000000, no_void|0x80000000}},	// 225
{nt_sdiv, ns_void, {no_x86_dax|0x80000000, 225, no_void|0x80000000}},	// 226
{nt_asgn, ns_void, {223, 226, no_void|0x80000000}},	// 227
{nt_literal, ns_void, {1, 0, 0}},	// 228
{nt_tmp, ns_void, {228, no_void|0x80000000, no_void|0x80000000}},	// 229
{nt_literal, ns_void, {0, 0, 0}},	// 230
{nt_arg, ns_void, {230, no_void|0x80000000, no_void|0x80000000}},	// 231
{nt_smod, ns_void, {no_x86_dax|0x80000000, 231, no_void|0x80000000}},	// 232
{nt_asgn, ns_void, {229, 232, no_void|0x80000000}},	// 233
{nt_literal, ns_void, {0, 0, 0}},	// 234
{nt_tmp, ns_void, {234, no_void|0x80000000, no_void|0x80000000}},	// 235
{nt_asgn, ns_void, {no_x86_acc|0x80000000, 235, no_void|0x80000000}},	// 236
{nt_literal, ns_void, {1, 0, 0}},	// 237
{nt_tmp, ns_void, {237, no_void|0x80000000, no_void|0x80000000}},	// 238
{nt_asgn, ns_void, {no_x86_dat|0x80000000, 238, no_void|0x80000000}},	// 239
{nt_asgn, ns_void, {no_x86_of|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 240
{nt_asgn, ns_void, {no_x86_sf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 241
{nt_asgn, ns_void, {no_x86_zf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 242
{nt_asgn, ns_void, {no_x86_af|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 243
{nt_asgn, ns_void, {no_x86_pf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 244
{nt_asgn, ns_void, {no_x86_cf|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 245

// test
{nt_literal, ns_void, {0, 0, 0}},	// 246
{nt_asgn, ns_void, {no_x86_of|0x80000000, 246, no_void|0x80000000}},	// 247
{nt_asgn, ns_void, {no_x86_af|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 248
{nt_literal, ns_void, {0, 0, 0}},	// 249
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 249, no_void|0x80000000}},	// 250
{nt_literal, ns_void, {0, 0, 0}},	// 251
{nt_tmp, ns_void, {251, no_void|0x80000000, no_void|0x80000000}},	// 252
{nt_literal, ns_void, {0, 0, 0}},	// 253
{nt_arg, ns_void, {253, no_void|0x80000000, no_void|0x80000000}},	// 254
{nt_literal, ns_void, {1, 0, 0}},	// 255
{nt_arg, ns_void, {255, no_void|0x80000000, no_void|0x80000000}},	// 256
{nt_bitand, ns_void, {254, 256, no_void|0x80000000}},	// 257
{nt_asgn, ns_void, {252, 257, no_void|0x80000000}},	// 258
{nt_literal, ns_void, {0, 0, 0}},	// 259
{nt_tmp, ns_void, {259, no_void|0x80000000, no_void|0x80000000}},	// 260
{nt_sign, ns_void, {260, no_void|0x80000000, no_void|0x80000000}},	// 261
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 261, no_void|0x80000000}},	// 262
{nt_literal, ns_void, {0, 0, 0}},	// 263
{nt_tmp, ns_void, {263, no_void|0x80000000, no_void|0x80000000}},	// 264
{nt_is_zero, ns_void, {264, no_void|0x80000000, no_void|0x80000000}},	// 265
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 265, no_void|0x80000000}},	// 266
{nt_literal, ns_void, {0, 0, 0}},	// 267
{nt_tmp, ns_void, {267, no_void|0x80000000, no_void|0x80000000}},	// 268
{nt_trunc, ns_byte, {268, no_void|0x80000000, no_void|0x80000000}},	// 269
{nt__x86_parity, ns_void, {269, no_void|0x80000000, no_void|0x80000000}},	// 270
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 270, no_void|0x80000000}},	// 271

// _xchg
{nt_literal, ns_void, {0, 0, 0}},	// 272
{nt_tmp, ns_void, {272, no_void|0x80000000, no_void|0x80000000}},	// 273
{nt_literal, ns_void, {0, 0, 0}},	// 274
{nt_arg, ns_void, {274, no_void|0x80000000, no_void|0x80000000}},	// 275
{nt_asgn, ns_void, {273, 275, no_void|0x80000000}},	// 276
{nt_literal, ns_void, {0, 0, 0}},	// 277
{nt_arg, ns_void, {277, no_void|0x80000000, no_void|0x80000000}},	// 278
{nt_literal, ns_void, {1, 0, 0}},	// 279
{nt_arg, ns_void, {279, no_void|0x80000000, no_void|0x80000000}},	// 280
{nt_asgn, ns_void, {278, 280, no_void|0x80000000}},	// 281
{nt_literal, ns_void, {1, 0, 0}},	// 282
{nt_arg, ns_void, {282, no_void|0x80000000, no_void|0x80000000}},	// 283
{nt_literal, ns_void, {0, 0, 0}},	// 284
{nt_tmp, ns_void, {284, no_void|0x80000000, no_void|0x80000000}},	// 285
{nt_asgn, ns_void, {283, 285, no_void|0x80000000}},	// 286

// mov
{nt_literal, ns_void, {0, 0, 0}},	// 287
{nt_arg, ns_void, {287, no_void|0x80000000, no_void|0x80000000}},	// 288
{nt_literal, ns_void, {1, 0, 0}},	// 289
{nt_arg, ns_void, {289, no_void|0x80000000, no_void|0x80000000}},	// 290
{nt_asgn, ns_void, {288, 290, no_void|0x80000000}},	// 291

// not
{nt_literal, ns_void, {0, 0, 0}},	// 292
{nt_arg, ns_void, {292, no_void|0x80000000, no_void|0x80000000}},	// 293
{nt_literal, ns_void, {0, 0, 0}},	// 294
{nt_arg, ns_void, {294, no_void|0x80000000, no_void|0x80000000}},	// 295
{nt_bitnot, ns_void, {295, no_void|0x80000000, no_void|0x80000000}},	// 296
{nt_asgn, ns_void, {293, 296, no_void|0x80000000}},	// 297

// neg
{nt_literal, ns_void, {0, 0, 0}},	// 298
{nt_literal, ns_void, {0, 0, 0}},	// 299
{nt_arg, ns_void, {299, no_void|0x80000000, no_void|0x80000000}},	// 300
{nt__x86_sub_of, ns_void, {298, 300, no_void|0x80000000}},	// 301
{nt_asgn, ns_void, {no_x86_of|0x80000000, 301, no_void|0x80000000}},	// 302
{nt_literal, ns_void, {0, 0, 0}},	// 303
{nt_literal, ns_void, {0, 0, 0}},	// 304
{nt_arg, ns_void, {304, no_void|0x80000000, no_void|0x80000000}},	// 305
{nt_trunc, ns_byte, {305, no_void|0x80000000, no_void|0x80000000}},	// 306
{nt__x86_sub_af, ns_void, {303, 306, no_void|0x80000000}},	// 307
{nt_asgn, ns_void, {no_x86_af|0x80000000, 307, no_void|0x80000000}},	// 308
{nt_literal, ns_void, {0, 0, 0}},	// 309
{nt_literal, ns_void, {0, 0, 0}},	// 310
{nt_arg, ns_void, {310, no_void|0x80000000, no_void|0x80000000}},	// 311
{nt__x86_sub_cf, ns_void, {309, 311, no_void|0x80000000}},	// 312
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 312, no_void|0x80000000}},	// 313
{nt_literal, ns_void, {0, 0, 0}},	// 314
{nt_arg, ns_void, {314, no_void|0x80000000, no_void|0x80000000}},	// 315
{nt_literal, ns_void, {0, 0, 0}},	// 316
{nt_arg, ns_void, {316, no_void|0x80000000, no_void|0x80000000}},	// 317
{nt_neg, ns_void, {317, no_void|0x80000000, no_void|0x80000000}},	// 318
{nt_asgn, ns_void, {315, 318, no_void|0x80000000}},	// 319
{nt_literal, ns_void, {0, 0, 0}},	// 320
{nt_arg, ns_void, {320, no_void|0x80000000, no_void|0x80000000}},	// 321
{nt_sign, ns_void, {321, no_void|0x80000000, no_void|0x80000000}},	// 322
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 322, no_void|0x80000000}},	// 323
{nt_literal, ns_void, {0, 0, 0}},	// 324
{nt_arg, ns_void, {324, no_void|0x80000000, no_void|0x80000000}},	// 325
{nt_is_zero, ns_void, {325, no_void|0x80000000, no_void|0x80000000}},	// 326
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 326, no_void|0x80000000}},	// 327
{nt_literal, ns_void, {0, 0, 0}},	// 328
{nt_arg, ns_void, {328, no_void|0x80000000, no_void|0x80000000}},	// 329
{nt_trunc, ns_byte, {329, no_void|0x80000000, no_void|0x80000000}},	// 330
{nt__x86_parity, ns_void, {330, no_void|0x80000000, no_void|0x80000000}},	// 331
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 331, no_void|0x80000000}},	// 332

// add
{nt_literal, ns_void, {0, 0, 0}},	// 333
{nt_arg, ns_void, {333, no_void|0x80000000, no_void|0x80000000}},	// 334
{nt_literal, ns_void, {1, 0, 0}},	// 335
{nt_arg, ns_void, {335, no_void|0x80000000, no_void|0x80000000}},	// 336
{nt__x86_add_of, ns_void, {334, 336, no_void|0x80000000}},	// 337
{nt_asgn, ns_void, {no_x86_of|0x80000000, 337, no_void|0x80000000}},	// 338
{nt_literal, ns_void, {0, 0, 0}},	// 339
{nt_arg, ns_void, {339, no_void|0x80000000, no_void|0x80000000}},	// 340
{nt_trunc, ns_byte, {340, no_void|0x80000000, no_void|0x80000000}},	// 341
{nt_literal, ns_void, {1, 0, 0}},	// 342
{nt_arg, ns_void, {342, no_void|0x80000000, no_void|0x80000000}},	// 343
{nt_trunc, ns_byte, {343, no_void|0x80000000, no_void|0x80000000}},	// 344
{nt__x86_add_af, ns_void, {341, 344, no_void|0x80000000}},	// 345
{nt_asgn, ns_void, {no_x86_af|0x80000000, 345, no_void|0x80000000}},	// 346
{nt_literal, ns_void, {0, 0, 0}},	// 347
{nt_arg, ns_void, {347, no_void|0x80000000, no_void|0x80000000}},	// 348
{nt_literal, ns_void, {1, 0, 0}},	// 349
{nt_arg, ns_void, {349, no_void|0x80000000, no_void|0x80000000}},	// 350
{nt__x86_add_cf, ns_void, {348, 350, no_void|0x80000000}},	// 351
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 351, no_void|0x80000000}},	// 352
{nt_literal, ns_void, {0, 0, 0}},	// 353
{nt_arg, ns_void, {353, no_void|0x80000000, no_void|0x80000000}},	// 354
{nt_literal, ns_void, {0, 0, 0}},	// 355
{nt_arg, ns_void, {355, no_void|0x80000000, no_void|0x80000000}},	// 356
{nt_literal, ns_void, {1, 0, 0}},	// 357
{nt_arg, ns_void, {357, no_void|0x80000000, no_void|0x80000000}},	// 358
{nt_add, ns_void, {356, 358, no_void|0x80000000}},	// 359
{nt_asgn, ns_void, {354, 359, no_void|0x80000000}},	// 360
{nt_literal, ns_void, {0, 0, 0}},	// 361
{nt_arg, ns_void, {361, no_void|0x80000000, no_void|0x80000000}},	// 362
{nt_sign, ns_void, {362, no_void|0x80000000, no_void|0x80000000}},	// 363
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 363, no_void|0x80000000}},	// 364
{nt_literal, ns_void, {0, 0, 0}},	// 365
{nt_arg, ns_void, {365, no_void|0x80000000, no_void|0x80000000}},	// 366
{nt_is_zero, ns_void, {366, no_void|0x80000000, no_void|0x80000000}},	// 367
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 367, no_void|0x80000000}},	// 368
{nt_literal, ns_void, {0, 0, 0}},	// 369
{nt_arg, ns_void, {369, no_void|0x80000000, no_void|0x80000000}},	// 370
{nt_trunc, ns_byte, {370, no_void|0x80000000, no_void|0x80000000}},	// 371
{nt__x86_parity, ns_void, {371, no_void|0x80000000, no_void|0x80000000}},	// 372
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 372, no_void|0x80000000}},	// 373

// or
{nt_literal, ns_void, {0, 0, 0}},	// 374
{nt_asgn, ns_void, {no_x86_of|0x80000000, 374, no_void|0x80000000}},	// 375
{nt_asgn, ns_void, {no_x86_af|0x80000000, no_undefined|0x80000000, no_void|0x80000000}},	// 376
{nt_literal, ns_void, {0, 0, 0}},	// 377