lldb/examples/python/x86_64_target_definition.py

   1 #!/usr/bin/env python
   2 # ===-- x86_64_target_definition.py -----------------------------*- C++ -*-===//
   3 #
   4 # Part of the LLVM Project, under the Apache License v2.0 with LLVM Exceptions.
   5 # See https://llvm.org/LICENSE.txt for license information.
   6 # SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception
   7 #
   8 # ===----------------------------------------------------------------------===//
   9
  10 # ----------------------------------------------------------------------
  11 # DESCRIPTION
  12 #
  13 # This file can be used with the following setting:
  14 #   plugin.process.gdb-remote.target-definition-file
  15 # This setting should be used when you are trying to connect to a
  16 # remote GDB server that doesn't support any of the register discovery
  17 # packets that LLDB normally uses.
  18 #
  19 # Why is this necessary? LLDB doesn't require a new build of LLDB that
  20 # targets each new architecture you will debug with. Instead, all
  21 # architectures are supported and LLDB relies on extra GDB server
  22 # packets to discover the target we are connecting to so that is can
  23 # show the right registers for each target. This allows the GDB server
  24 # to change and add new registers without requiring a new LLDB build
  25 # just so we can see new registers.
  26 #
  27 # This file implements the x86_64 registers for the darwin version of
  28 # GDB and allows you to connect to servers that use this register set.
  29 #
  30 # USAGE
  31 #
  32 # (lldb) settings set plugin.process.gdb-remote.target-definition-file /path/to/x86_64_target_definition.py
  33 # (lldb) gdb-remote other.baz.com:1234
  34 #
  35 # The target definition file will get used if and only if the
  36 # qRegisterInfo packets are not supported when connecting to a remote
  37 # GDB server.
  38 # ----------------------------------------------------------------------
  39 from lldb import *
  40
  41 # Compiler and DWARF register numbers
  42 name_to_gcc_dwarf_regnum = {
  43     "rax": 0,
  44     "rdx": 1,
  45     "rcx": 2,
  46     "rbx": 3,
  47     "rsi": 4,
  48     "rdi": 5,
  49     "rbp": 6,
  50     "rsp": 7,
  51     "r8": 8,
  52     "r9": 9,
  53     "r10": 10,
  54     "r11": 11,
  55     "r12": 12,
  56     "r13": 13,
  57     "r14": 14,
  58     "r15": 15,
  59     "rip": 16,
  60     "xmm0": 17,
  61     "xmm1": 18,
  62     "xmm2": 19,
  63     "xmm3": 20,
  64     "xmm4": 21,
  65     "xmm5": 22,
  66     "xmm6": 23,
  67     "xmm7": 24,
  68     "xmm8": 25,
  69     "xmm9": 26,
  70     "xmm10": 27,
  71     "xmm11": 28,
  72     "xmm12": 29,
  73     "xmm13": 30,
  74     "xmm14": 31,
  75     "xmm15": 32,
  76     "stmm0": 33,
  77     "stmm1": 34,
  78     "stmm2": 35,
  79     "stmm3": 36,
  80     "stmm4": 37,
  81     "stmm5": 38,
  82     "stmm6": 39,
  83     "stmm7": 30,
  84     "ymm0": 41,
  85     "ymm1": 42,
  86     "ymm2": 43,
  87     "ymm3": 44,
  88     "ymm4": 45,
  89     "ymm5": 46,
  90     "ymm6": 47,
  91     "ymm7": 48,
  92     "ymm8": 49,
  93     "ymm9": 40,
  94     "ymm10": 41,
  95     "ymm11": 42,
  96     "ymm12": 43,
  97     "ymm13": 44,
  98     "ymm14": 45,
  99     "ymm15": 46,
 100 }
 101
 102 name_to_gdb_regnum = {
 103     "rax": 0,
 104     "rbx": 1,
 105     "rcx": 2,
 106     "rdx": 3,
 107     "rsi": 4,
 108     "rdi": 5,
 109     "rbp": 6,
 110     "rsp": 7,
 111     "r8": 8,
 112     "r9": 9,
 113     "r10": 10,
 114     "r11": 11,
 115     "r12": 12,
 116     "r13": 13,
 117     "r14": 14,
 118     "r15": 15,
 119     "rip": 16,
 120     "rflags": 17,
 121     "cs": 18,
 122     "ss": 19,
 123     "ds": 20,
 124     "es": 21,
 125     "fs": 22,
 126     "gs": 23,
 127     "stmm0": 24,
 128     "stmm1": 25,
 129     "stmm2": 26,
 130     "stmm3": 27,
 131     "stmm4": 28,
 132     "stmm5": 29,
 133     "stmm6": 30,
 134     "stmm7": 31,
 135     "fctrl": 32,
 136     "fstat": 33,
 137     "ftag": 34,
 138     "fiseg": 35,
 139     "fioff": 36,
 140     "foseg": 37,
 141     "fooff": 38,
 142     "fop": 39,
 143     "xmm0": 40,
 144     "xmm1": 41,
 145     "xmm2": 42,
 146     "xmm3": 43,
 147     "xmm4": 44,
 148     "xmm5": 45,
 149     "xmm6": 46,
 150     "xmm7": 47,
 151     "xmm8": 48,
 152     "xmm9": 49,
 153     "xmm10": 50,
 154     "xmm11": 51,
 155     "xmm12": 52,
 156     "xmm13": 53,
 157     "xmm14": 54,
 158     "xmm15": 55,
 159     "mxcsr": 56,
 160     "ymm0": 57,
 161     "ymm1": 58,
 162     "ymm2": 59,
 163     "ymm3": 60,
 164     "ymm4": 61,
 165     "ymm5": 62,
 166     "ymm6": 63,
 167     "ymm7": 64,
 168     "ymm8": 65,
 169     "ymm9": 66,
 170     "ymm10": 67,
 171     "ymm11": 68,
 172     "ymm12": 69,
 173     "ymm13": 70,
 174     "ymm14": 71,
 175     "ymm15": 72,
 176 }
 177
 178 name_to_generic_regnum = {
 179     "rip": LLDB_REGNUM_GENERIC_PC,
 180     "rsp": LLDB_REGNUM_GENERIC_SP,
 181     "rbp": LLDB_REGNUM_GENERIC_FP,
 182     "rdi": LLDB_REGNUM_GENERIC_ARG1,
 183     "rsi": LLDB_REGNUM_GENERIC_ARG2,
 184     "rdx": LLDB_REGNUM_GENERIC_ARG3,
 185     "rcx": LLDB_REGNUM_GENERIC_ARG4,
 186     "r8": LLDB_REGNUM_GENERIC_ARG5,
 187     "r9": LLDB_REGNUM_GENERIC_ARG6,
 188 }
 189
 190
 191 def get_reg_num(reg_num_dict, reg_name):
 192     if reg_name in reg_num_dict:
 193         return reg_num_dict[reg_name]
 194     return LLDB_INVALID_REGNUM
 195
 196
 197 def get_reg_num(reg_num_dict, reg_name):
 198     if reg_name in reg_num_dict:
 199         return reg_num_dict[reg_name]
 200     return LLDB_INVALID_REGNUM
 201
 202
 203 x86_64_register_infos = [
 204     {
 205         "name": "rax",
 206         "set": 0,
 207         "bitsize": 64,
 208         "encoding": eEncodingUint,
 209         "format": eFormatAddressInfo,
 210     },
 211     {
 212         "name": "rbx",
 213         "set": 0,
 214         "bitsize": 64,
 215         "encoding": eEncodingUint,
 216         "format": eFormatAddressInfo,
 217     },
 218     {
 219         "name": "rcx",
 220         "set": 0,
 221         "bitsize": 64,
 222         "encoding": eEncodingUint,
 223         "format": eFormatAddressInfo,
 224         "alt-name": "arg4",
 225     },
 226     {
 227         "name": "rdx",
 228         "set": 0,
 229         "bitsize": 64,
 230         "encoding": eEncodingUint,
 231         "format": eFormatAddressInfo,
 232         "alt-name": "arg3",
 233     },
 234     {
 235         "name": "rsi",
 236         "set": 0,
 237         "bitsize": 64,
 238         "encoding": eEncodingUint,
 239         "format": eFormatAddressInfo,
 240         "alt-name": "arg2",
 241     },
 242     {
 243         "name": "rdi",
 244         "set": 0,
 245         "bitsize": 64,
 246         "encoding": eEncodingUint,
 247         "format": eFormatAddressInfo,
 248         "alt-name": "arg1",
 249     },
 250     {
 251         "name": "rbp",
 252         "set": 0,
 253         "bitsize": 64,
 254         "encoding": eEncodingUint,
 255         "format": eFormatAddressInfo,
 256         "alt-name": "fp",
 257     },
 258     {
 259         "name": "rsp",
 260         "set": 0,
 261         "bitsize": 64,
 262         "encoding": eEncodingUint,
 263         "format": eFormatAddressInfo,
 264         "alt-name": "sp",
 265     },
 266     {
 267         "name": "r8",
 268         "set": 0,
 269         "bitsize": 64,
 270         "encoding": eEncodingUint,
 271         "format": eFormatAddressInfo,
 272         "alt-name": "arg5",
 273     },
 274     {
 275         "name": "r9",
 276         "set": 0,
 277         "bitsize": 64,
 278         "encoding": eEncodingUint,
 279         "format": eFormatAddressInfo,
 280         "alt-name": "arg6",
 281     },
 282     {
 283         "name": "r10",
 284         "set": 0,
 285         "bitsize": 64,
 286         "encoding": eEncodingUint,
 287         "format": eFormatAddressInfo,
 288     },
 289     {
 290         "name": "r11",
 291         "set": 0,
 292         "bitsize": 64,
 293         "encoding": eEncodingUint,
 294         "format": eFormatAddressInfo,
 295     },
 296     {
 297         "name": "r12",
 298         "set": 0,
 299         "bitsize": 64,
 300         "encoding": eEncodingUint,
 301         "format": eFormatAddressInfo,
 302     },
 303     {
 304         "name": "r13",
 305         "set": 0,
 306         "bitsize": 64,
 307         "encoding": eEncodingUint,
 308         "format": eFormatAddressInfo,
 309     },
 310     {
 311         "name": "r14",
 312         "set": 0,
 313         "bitsize": 64,
 314         "encoding": eEncodingUint,
 315         "format": eFormatAddressInfo,
 316     },
 317     {
 318         "name": "r15",
 319         "set": 0,
 320         "bitsize": 64,
 321         "encoding": eEncodingUint,
 322         "format": eFormatAddressInfo,
 323     },
 324     {
 325         "name": "rip",
 326         "set": 0,
 327         "bitsize": 64,
 328         "encoding": eEncodingUint,
 329         "format": eFormatAddressInfo,
 330         "alt-name": "pc",
 331     },
 332     {
 333         "name": "rflags",
 334         "set": 0,
 335         "bitsize": 32,
 336         "encoding": eEncodingUint,
 337         "format": eFormatHex,
 338     },
 339     {
 340         "name": "cs",
 341         "set": 0,
 342         "bitsize": 32,
 343         "encoding": eEncodingUint,
 344         "format": eFormatHex,
 345     },
 346     {
 347         "name": "ss",
 348         "set": 0,
 349         "bitsize": 32,
 350         "encoding": eEncodingUint,
 351         "format": eFormatHex,
 352     },
 353     {
 354         "name": "ds",
 355         "set": 0,
 356         "bitsize": 32,
 357         "encoding": eEncodingUint,
 358         "format": eFormatHex,
 359     },
 360     {
 361         "name": "es",
 362         "set": 0,
 363         "bitsize": 32,
 364         "encoding": eEncodingUint,
 365         "format": eFormatHex,
 366     },
 367     {
 368         "name": "fs",
 369         "set": 0,
 370         "bitsize": 32,
 371         "encoding": eEncodingUint,
 372         "format": eFormatHex,
 373     },
 374     {
 375         "name": "gs",
 376         "set": 0,
 377         "bitsize": 32,
 378         "encoding": eEncodingUint,
 379         "format": eFormatHex,
 380     },
 381     {
 382         "name": "stmm0",
 383         "set": 1,
 384         "bitsize": 80,
 385         "encoding": eEncodingVector,
 386         "format": eFormatVectorOfUInt8,
 387     },
 388     {
 389         "name": "stmm1",
 390         "set": 1,
 391         "bitsize": 80,
 392         "encoding": eEncodingVector,
 393         "format": eFormatVectorOfUInt8,
 394     },
 395     {
 396         "name": "stmm2",
 397         "set": 1,
 398         "bitsize": 80,
 399         "encoding": eEncodingVector,
 400         "format": eFormatVectorOfUInt8,
 401     },
 402     {
 403         "name": "stmm3",
 404         "set": 1,
 405         "bitsize": 80,
 406         "encoding": eEncodingVector,
 407         "format": eFormatVectorOfUInt8,
 408     },
 409     {
 410         "name": "stmm4",
 411         "set": 1,
 412         "bitsize": 80,
 413         "encoding": eEncodingVector,
 414         "format": eFormatVectorOfUInt8,
 415     },
 416     {
 417         "name": "stmm5",
 418         "set": 1,
 419         "bitsize": 80,
 420         "encoding": eEncodingVector,
 421         "format": eFormatVectorOfUInt8,
 422     },
 423     {
 424         "name": "stmm6",
 425         "set": 1,
 426         "bitsize": 80,
 427         "encoding": eEncodingVector,
 428         "format": eFormatVectorOfUInt8,
 429     },
 430     {
 431         "name": "stmm7",
 432         "set": 1,
 433         "bitsize": 80,
 434         "encoding": eEncodingVector,
 435         "format": eFormatVectorOfUInt8,
 436     },
 437     {
 438         "name": "fctrl",
 439         "set": 1,
 440         "bitsize": 32,
 441         "encoding": eEncodingUint,
 442         "format": eFormatHex,
 443     },
 444     {
 445         "name": "fstat",
 446         "set": 1,
 447         "bitsize": 32,
 448         "encoding": eEncodingUint,
 449         "format": eFormatHex,
 450     },
 451     {
 452         "name": "ftag",
 453         "set": 1,
 454         "bitsize": 32,
 455         "encoding": eEncodingUint,
 456         "format": eFormatHex,
 457     },
 458     {
 459         "name": "fiseg",
 460         "set": 1,
 461         "bitsize": 32,
 462         "encoding": eEncodingUint,
 463         "format": eFormatHex,
 464     },
 465     {
 466         "name": "fioff",
 467         "set": 1,
 468         "bitsize": 32,
 469         "encoding": eEncodingUint,
 470         "format": eFormatHex,
 471     },
 472     {
 473         "name": "foseg",
 474         "set": 1,
 475         "bitsize": 32,
 476         "encoding": eEncodingUint,
 477         "format": eFormatHex,
 478     },
 479     {
 480         "name": "fooff",
 481         "set": 1,
 482         "bitsize": 32,
 483         "encoding": eEncodingUint,
 484         "format": eFormatHex,
 485     },
 486     {
 487         "name": "fop",
 488         "set": 1,
 489         "bitsize": 32,
 490         "encoding": eEncodingUint,
 491         "format": eFormatHex,
 492     },
 493     {
 494         "name": "xmm0",
 495         "set": 1,
 496         "bitsize": 128,
 497         "encoding": eEncodingVector,
 498         "format": eFormatVectorOfUInt8,
 499     },
 500     {
 501         "name": "xmm1",
 502         "set": 1,
 503         "bitsize": 128,
 504         "encoding": eEncodingVector,
 505         "format": eFormatVectorOfUInt8,
 506     },
 507     {
 508         "name": "xmm2",
 509         "set": 1,
 510         "bitsize": 128,
 511         "encoding": eEncodingVector,
 512         "format": eFormatVectorOfUInt8,
 513     },
 514     {
 515         "name": "xmm3",
 516         "set": 1,
 517         "bitsize": 128,
 518         "encoding": eEncodingVector,
 519         "format": eFormatVectorOfUInt8,
 520     },
 521     {
 522         "name": "xmm4",
 523         "set": 1,
 524         "bitsize": 128,
 525         "encoding": eEncodingVector,
 526         "format": eFormatVectorOfUInt8,
 527     },
 528     {
 529         "name": "xmm5",
 530         "set": 1,
 531         "bitsize": 128,
 532         "encoding": eEncodingVector,
 533         "format": eFormatVectorOfUInt8,
 534     },
 535     {
 536         "name": "xmm6",
 537         "set": 1,
 538         "bitsize": 128,
 539         "encoding": eEncodingVector,
 540         "format": eFormatVectorOfUInt8,
 541     },
 542     {
 543         "name": "xmm7",
 544         "set": 1,
 545         "bitsize": 128,
 546         "encoding": eEncodingVector,
 547         "format": eFormatVectorOfUInt8,
 548     },
 549     {
 550         "name": "xmm8",
 551         "set": 1,
 552         "bitsize": 128,
 553         "encoding": eEncodingVector,
 554         "format": eFormatVectorOfUInt8,
 555     },
 556     {
 557         "name": "xmm9",
 558         "set": 1,
 559         "bitsize": 128,
 560         "encoding": eEncodingVector,
 561         "format": eFormatVectorOfUInt8,
 562     },
 563     {
 564         "name": "xmm10",
 565         "set": 1,
 566         "bitsize": 128,
 567         "encoding": eEncodingVector,
 568         "format": eFormatVectorOfUInt8,
 569     },
 570     {
 571         "name": "xmm11",
 572         "set": 1,
 573         "bitsize": 128,
 574         "encoding": eEncodingVector,
 575         "format": eFormatVectorOfUInt8,
 576     },
 577     {
 578         "name": "xmm12",
 579         "set": 1,
 580         "bitsize": 128,
 581         "encoding": eEncodingVector,
 582         "format": eFormatVectorOfUInt8,
 583     },
 584     {
 585         "name": "xmm13",
 586         "set": 1,
 587         "bitsize": 128,
 588         "encoding": eEncodingVector,
 589         "format": eFormatVectorOfUInt8,
 590     },
 591     {
 592         "name": "xmm14",
 593         "set": 1,
 594         "bitsize": 128,
 595         "encoding": eEncodingVector,
 596         "format": eFormatVectorOfUInt8,
 597     },
 598     {
 599         "name": "xmm15",
 600         "set": 1,
 601         "bitsize": 128,
 602         "encoding": eEncodingVector,
 603         "format": eFormatVectorOfUInt8,
 604     },
 605     {
 606         "name": "mxcsr",
 607         "set": 1,
 608         "bitsize": 32,
 609         "encoding": eEncodingUint,
 610         "format": eFormatHex,
 611     },
 612     # Registers that are contained in or composed of one of more other
 613     # registers
 614     {
 615         "name": "eax",
 616         "set": 0,
 617         "bitsize": 32,
 618         "encoding": eEncodingUint,
 619         "format": eFormatHex,
 620         "slice": "rax[31:0]",
 621     },
 622     {
 623         "name": "ebx",
 624         "set": 0,
 625         "bitsize": 32,
 626         "encoding": eEncodingUint,
 627         "format": eFormatHex,
 628         "slice": "rbx[31:0]",
 629     },
 630     {
 631         "name": "ecx",
 632         "set": 0,
 633         "bitsize": 32,
 634         "encoding": eEncodingUint,
 635         "format": eFormatHex,
 636         "slice": "rcx[31:0]",
 637     },
 638     {
 639         "name": "edx",
 640         "set": 0,
 641         "bitsize": 32,
 642         "encoding": eEncodingUint,
 643         "format": eFormatHex,
 644         "slice": "rdx[31:0]",
 645     },
 646     {
 647         "name": "edi",
 648         "set": 0,
 649         "bitsize": 32,
 650         "encoding": eEncodingUint,
 651         "format": eFormatHex,
 652         "slice": "rdi[31:0]",
 653     },
 654     {
 655         "name": "esi",
 656         "set": 0,
 657         "bitsize": 32,
 658         "encoding": eEncodingUint,
 659         "format": eFormatHex,
 660         "slice": "rsi[31:0]",
 661     },
 662     {
 663         "name": "ebp",
 664         "set": 0,
 665         "bitsize": 32,
 666         "encoding": eEncodingUint,
 667         "format": eFormatHex,
 668         "slice": "rbp[31:0]",
 669     },
 670     {
 671         "name": "esp",
 672         "set": 0,
 673         "bitsize": 32,
 674         "encoding": eEncodingUint,
 675         "format": eFormatHex,
 676         "slice": "rsp[31:0]",
 677     },
 678     {
 679         "name": "r8d",
 680         "set": 0,
 681         "bitsize": 32,
 682         "encoding": eEncodingUint,
 683         "format": eFormatHex,
 684         "slice": "r8[31:0]",
 685     },
 686     {
 687         "name": "r9d",
 688         "set": 0,
 689         "bitsize": 32,
 690         "encoding": eEncodingUint,
 691         "format": eFormatHex,
 692         "slice": "r9[31:0]",
 693     },
 694     {
 695         "name": "r10d",
 696         "set": 0,
 697         "bitsize": 32,
 698         "encoding": eEncodingUint,
 699         "format": eFormatHex,
 700         "slice": "r10[31:0]",
 701     },
 702     {
 703         "name": "r11d",
 704         "set": 0,
 705         "bitsize": 32,
 706         "encoding": eEncodingUint,
 707         "format": eFormatHex,
 708         "slice": "r11[31:0]",
 709     },
 710     {
 711         "name": "r12d",
 712         "set": 0,
 713         "bitsize": 32,
 714         "encoding": eEncodingUint,
 715         "format": eFormatHex,
 716         "slice": "r12[31:0]",
 717     },
 718     {
 719         "name": "r13d",
 720         "set": 0,
 721         "bitsize": 32,
 722         "encoding": eEncodingUint,
 723         "format": eFormatHex,
 724         "slice": "r13[31:0]",
 725     },
 726     {
 727         "name": "r14d",
 728         "set": 0,
 729         "bitsize": 32,
 730         "encoding": eEncodingUint,
 731         "format": eFormatHex,
 732         "slice": "r14[31:0]",
 733     },
 734     {
 735         "name": "r15d",
 736         "set": 0,
 737         "bitsize": 32,
 738         "encoding": eEncodingUint,
 739         "format": eFormatHex,
 740         "slice": "r15[31:0]",
 741     },
 742     {
 743         "name": "ax",
 744         "set": 0,
 745         "bitsize": 16,
 746         "encoding": eEncodingUint,
 747         "format": eFormatHex,
 748         "slice": "rax[15:0]",
 749     },
 750     {
 751         "name": "bx",
 752         "set": 0,
 753         "bitsize": 16,
 754         "encoding": eEncodingUint,
 755         "format": eFormatHex,
 756         "slice": "rbx[15:0]",
 757     },
 758     {
 759         "name": "cx",
 760         "set": 0,
 761         "bitsize": 16,
 762         "encoding": eEncodingUint,
 763         "format": eFormatHex,
 764         "slice": "rcx[15:0]",
 765     },
 766     {
 767         "name": "dx",
 768         "set": 0,
 769         "bitsize": 16,
 770         "encoding": eEncodingUint,
 771         "format": eFormatHex,
 772         "slice": "rdx[15:0]",
 773     },
 774     {
 775         "name": "di",
 776         "set": 0,
 777         "bitsize": 16,
 778         "encoding": eEncodingUint,
 779         "format": eFormatHex,
 780         "slice": "rdi[15:0]",
 781     },
 782     {
 783         "name": "si",
 784         "set": 0,
 785         "bitsize": 16,
 786         "encoding": eEncodingUint,
 787         "format": eFormatHex,
 788         "slice": "rsi[15:0]",
 789     },
 790     {
 791         "name": "bp",
 792         "set": 0,
 793         "bitsize": 16,
 794         "encoding": eEncodingUint,
 795         "format": eFormatHex,
 796         "slice": "rbp[15:0]",
 797     },
 798     {
 799         "name": "sp",
 800         "set": 0,
 801         "bitsize": 16,
 802         "encoding": eEncodingUint,
 803         "format": eFormatHex,
 804         "slice": "rsp[15:0]",
 805     },
 806     {
 807         "name": "r8w",
 808         "set": 0,
 809         "bitsize": 16,
 810         "encoding": eEncodingUint,
 811         "format": eFormatHex,
 812         "slice": "r8[15:0]",
 813     },
 814     {
 815         "name": "r9w",
 816         "set": 0,
 817         "bitsize": 16,
 818         "encoding": eEncodingUint,
 819         "format": eFormatHex,
 820         "slice": "r9[15:0]",
 821     },
 822     {
 823         "name": "r10w",
 824         "set": 0,
 825         "bitsize": 16,
 826         "encoding": eEncodingUint,
 827         "format": eFormatHex,
 828         "slice": "r10[15:0]",
 829     },
 830     {
 831         "name": "r11w",
 832         "set": 0,
 833         "bitsize": 16,
 834         "encoding": eEncodingUint,
 835         "format": eFormatHex,
 836         "slice": "r11[15:0]",
 837     },
 838     {
 839         "name": "r12w",
 840         "set": 0,
 841         "bitsize": 16,
 842         "encoding": eEncodingUint,
 843         "format": eFormatHex,
 844         "slice": "r12[15:0]",
 845     },
 846     {
 847         "name": "r13w",
 848         "set": 0,
 849         "bitsize": 16,
 850         "encoding": eEncodingUint,
 851         "format": eFormatHex,
 852         "slice": "r13[15:0]",
 853     },
 854     {
 855         "name": "r14w",
 856         "set": 0,
 857         "bitsize": 16,
 858         "encoding": eEncodingUint,
 859         "format": eFormatHex,
 860         "slice": "r14[15:0]",
 861     },
 862     {
 863         "name": "r15w",
 864         "set": 0,
 865         "bitsize": 16,
 866         "encoding": eEncodingUint,
 867         "format": eFormatHex,
 868         "slice": "r15[15:0]",
 869     },
 870     {
 871         "name": "ah",
 872         "set": 0,
 873         "bitsize": 8,
 874         "encoding": eEncodingUint,
 875         "format": eFormatHex,
 876         "slice": "rax[15:8]",
 877     },
 878     {
 879         "name": "bh",
 880         "set": 0,
 881         "bitsize": 8,
 882         "encoding": eEncodingUint,
 883         "format": eFormatHex,
 884         "slice": "rbx[15:8]",
 885     },
 886     {
 887         "name": "ch",
 888         "set": 0,
 889         "bitsize": 8,
 890         "encoding": eEncodingUint,
 891         "format": eFormatHex,
 892         "slice": "rcx[15:8]",
 893     },
 894     {
 895         "name": "dh",
 896         "set": 0,
 897         "bitsize": 8,
 898         "encoding": eEncodingUint,
 899         "format": eFormatHex,
 900         "slice": "rdx[15:8]",
 901     },
 902     {
 903         "name": "al",
 904         "set": 0,
 905         "bitsize": 8,
 906         "encoding": eEncodingUint,
 907         "format": eFormatHex,
 908         "slice": "rax[7:0]",
 909     },
 910     {
 911         "name": "bl",
 912         "set": 0,
 913         "bitsize": 8,
 914         "encoding": eEncodingUint,
 915         "format": eFormatHex,
 916         "slice": "rbx[7:0]",
 917     },
 918     {
 919         "name": "cl",
 920         "set": 0,
 921         "bitsize": 8,
 922         "encoding": eEncodingUint,
 923         "format": eFormatHex,
 924         "slice": "rcx[7:0]",
 925     },
 926     {
 927         "name": "dl",
 928         "set": 0,
 929         "bitsize": 8,
 930         "encoding": eEncodingUint,
 931         "format": eFormatHex,
 932         "slice": "rdx[7:0]",
 933     },
 934     {
 935         "name": "dil",
 936         "set": 0,
 937         "bitsize": 8,
 938         "encoding": eEncodingUint,
 939         "format": eFormatHex,
 940         "slice": "rdi[7:0]",
 941     },
 942     {
 943         "name": "sil",
 944         "set": 0,
 945         "bitsize": 8,
 946         "encoding": eEncodingUint,
 947         "format": eFormatHex,
 948         "slice": "rsi[7:0]",
 949     },
 950     {
 951         "name": "bpl",
 952         "set": 0,
 953         "bitsize": 8,
 954         "encoding": eEncodingUint,
 955         "format": eFormatHex,
 956         "slice": "rbp[7:0]",
 957     },
 958     {
 959         "name": "spl",
 960         "set": 0,
 961         "bitsize": 8,
 962         "encoding": eEncodingUint,
 963         "format": eFormatHex,
 964         "slice": "rsp[7:0]",
 965     },
 966     {
 967         "name": "r8l",
 968         "set": 0,
 969         "bitsize": 8,
 970         "encoding": eEncodingUint,
 971         "format": eFormatHex,
 972         "slice": "r8[7:0]",
 973     },
 974     {
 975         "name": "r9l",
 976         "set": 0,
 977         "bitsize": 8,
 978         "encoding": eEncodingUint,
 979         "format": eFormatHex,
 980         "slice": "r9[7:0]",
 981     },
 982     {
 983         "name": "r10l",
 984         "set": 0,
 985         "bitsize": 8,
 986         "encoding": eEncodingUint,
 987         "format": eFormatHex,
 988         "slice": "r10[7:0]",
 989     },
 990     {
 991         "name": "r11l",
 992         "set": 0,
 993         "bitsize": 8,
 994         "encoding": eEncodingUint,
 995         "format": eFormatHex,
 996         "slice": "r11[7:0]",
 997     },
 998     {
 999         "name": "r12l",
1000         "set": 0,
1001         "bitsize": 8,
1002         "encoding": eEncodingUint,
1003         "format": eFormatHex,
1004         "slice": "r12[7:0]",
1005     },
1006     {
1007         "name": "r13l",
1008         "set": 0,
1009         "bitsize": 8,
1010         "encoding": eEncodingUint,
1011         "format": eFormatHex,
1012         "slice": "r13[7:0]",
1013     },
1014     {
1015         "name": "r14l",
1016         "set": 0,
1017         "bitsize": 8,
1018         "encoding": eEncodingUint,
1019         "format": eFormatHex,
1020         "slice": "r14[7:0]",
1021     },
1022     {
1023         "name": "r15l",
1024         "set": 0,
1025         "bitsize": 8,
1026         "encoding": eEncodingUint,
1027         "format": eFormatHex,
1028         "slice": "r15[7:0]",
1029     },
1030 ]
1031
1032 g_target_definition = None
1033
1034
1035 def get_target_definition():
1036     global g_target_definition
1037     if g_target_definition is None:
1038         g_target_definition = {}
1039         offset = 0
1040         for reg_info in x86_64_register_infos:
1041             reg_name = reg_info["name"]
1042
1043             # Only fill in the offset if there is no 'slice' in the register
1044             # info
1045             if "slice" not in reg_info and "composite" not in reg_info:
1046                 reg_info["offset"] = offset
1047                 offset += reg_info["bitsize"] // 8
1048
1049             # Set the GCC/DWARF register number for this register if it has one
1050             reg_num = get_reg_num(name_to_gcc_dwarf_regnum, reg_name)
1051             if reg_num != LLDB_INVALID_REGNUM:
1052                 reg_info["gcc"] = reg_num
1053                 reg_info["dwarf"] = reg_num
1054
1055             # Set the generic register number for this register if it has one
1056             reg_num = get_reg_num(name_to_generic_regnum, reg_name)
1057             if reg_num != LLDB_INVALID_REGNUM:
1058                 reg_info["generic"] = reg_num
1059
1060             # Set the GDB register number for this register if it has one
1061             reg_num = get_reg_num(name_to_gdb_regnum, reg_name)
1062             if reg_num != LLDB_INVALID_REGNUM:
1063                 reg_info["gdb"] = reg_num
1064
1065         g_target_definition["sets"] = [
1066             "General Purpose Registers",
1067             "Floating Point Registers",
1068         ]
1069         g_target_definition["registers"] = x86_64_register_infos
1070         g_target_definition["host-info"] = {
1071             "triple": "x86_64-apple-macosx",
1072             "endian": eByteOrderLittle,
1073         }
1074         g_target_definition["g-packet-size"] = offset
1075     return g_target_definition
1076
1077
1078 def get_dynamic_setting(target, setting_name):
1079     if setting_name == "gdb-server-target-definition":
1080         return get_target_definition()