/*===- TableGen'erated file -------------------------------------*- C++ -*-===*\

|*                                                                            *|

|* Assembly Matcher Source Fragment                                           *|

|*                                                                            *|

|* Automatically generated file, do not edit!                                 *|

|* From: SystemZ.td                                                           *|

|*                                                                            *|

\*===----------------------------------------------------------------------===*/

#ifdef GET_ASSEMBLER_HEADER

#undef GET_ASSEMBLER_HEADER

  // This should be included into the middle of the declaration of

  // your subclasses implementation of MCTargetAsmParser.

  FeatureBitset ComputeAvailableFeatures(const FeatureBitset &FB) const;

  void convertToMCInst(unsigned Kind, MCInst &Inst, unsigned Opcode,

                       const OperandVector &Operands);

  void convertToMapAndConstraints(unsigned Kind,

                           const OperandVector &Operands) override;

  unsigned MatchInstructionImpl(const OperandVector &Operands,

                                MCInst &Inst,

                                uint64_t &ErrorInfo,

                                FeatureBitset &MissingFeatures,

                                bool matchingInlineAsm,

                                unsigned VariantID = 0);

  unsigned MatchInstructionImpl(const OperandVector &Operands,

                                MCInst &Inst,

                                uint64_t &ErrorInfo,

                                bool matchingInlineAsm,

                                unsigned VariantID = 0) {

    FeatureBitset MissingFeatures;

    return MatchInstructionImpl(Operands, Inst, ErrorInfo, MissingFeatures,

                                matchingInlineAsm, VariantID);

  }

  ParseStatus MatchOperandParserImpl(

    OperandVector &Operands,

    StringRef Mnemonic,

    bool ParseForAllFeatures = false);

  ParseStatus tryCustomParseOperand(

    OperandVector &Operands,

    unsigned MCK);

#endif // GET_ASSEMBLER_HEADER

#ifdef GET_OPERAND_DIAGNOSTIC_TYPES

#undef GET_OPERAND_DIAGNOSTIC_TYPES

#endif // GET_OPERAND_DIAGNOSTIC_TYPES

#ifdef GET_REGISTER_MATCHER

#undef GET_REGISTER_MATCHER

// Bits for subtarget features that participate in instruction matching.

enum SubtargetFeatureBits : uint8_t {

  Feature_FeatureSoftFloatBit = 34,

  Feature_FeatureBackChainBit = 1,

  Feature_FeatureDistinctOpsBit = 5,

  Feature_FeatureFastSerializationBit = 10,

  Feature_FeatureFPExtensionBit = 9,

  Feature_FeatureHighWordBit = 12,

  Feature_FeatureInterlockedAccess1Bit = 14,

  Feature_FeatureLoadStoreOnCondBit = 17,

  Feature_FeaturePopulationCountBit = 29,

  Feature_FeatureMessageSecurityAssist3Bit = 19,

  Feature_FeatureMessageSecurityAssist4Bit = 20,

  Feature_FeatureResetReferenceBitsMultipleBit = 33,

  Feature_FeatureExecutionHintBit = 8,

  Feature_FeatureLoadAndTrapBit = 15,

  Feature_FeatureMiscellaneousExtensionsBit = 25,

  Feature_FeatureProcessorAssistBit = 31,

  Feature_FeatureTransactionalExecutionBit = 35,

  Feature_FeatureDFPZonedConversionBit = 3,

  Feature_FeatureEnhancedDAT2Bit = 6,

  Feature_FeatureLoadAndZeroRightmostByteBit = 16,

  Feature_FeatureLoadStoreOnCond2Bit = 18,

  Feature_FeatureMessageSecurityAssist5Bit = 21,

  Feature_FeatureDFPPackedConversionBit = 2,

  Feature_FeatureVectorBit = 36,

  Feature_FeatureMiscellaneousExtensions2Bit = 26,

  Feature_FeatureGuardedStorageBit = 11,

  Feature_FeatureMessageSecurityAssist7Bit = 22,

  Feature_FeatureMessageSecurityAssist8Bit = 23,

  Feature_FeatureVectorEnhancements1Bit = 37,

  Feature_FeatureVectorPackedDecimalBit = 39,

  Feature_FeatureInsertReferenceBitsMultipleBit = 13,

  Feature_FeatureMiscellaneousExtensions3Bit = 27,

  Feature_FeatureMessageSecurityAssist9Bit = 24,

  Feature_FeatureVectorEnhancements2Bit = 38,

  Feature_FeatureVectorPackedDecimalEnhancementBit = 40,

  Feature_FeatureEnhancedSortBit = 7,

  Feature_FeatureDeflateConversionBit = 4,

  Feature_FeatureVectorPackedDecimalEnhancement2Bit = 41,

  Feature_FeatureNNPAssistBit = 28,

  Feature_FeatureBEAREnhancementBit = 0,

  Feature_FeatureResetDATProtectionBit = 32,

  Feature_FeatureProcessorActivityInstrumentationBit = 30,

};

#endif // GET_REGISTER_MATCHER

#ifdef GET_SUBTARGET_FEATURE_NAME

#undef GET_SUBTARGET_FEATURE_NAME

// User-level names for subtarget features that participate in

// instruction matching.

static const char *getSubtargetFeatureName(uint64_t Val) {

  switch(Val) {

  case Feature_FeatureSoftFloatBit: return "soft-float";

  case Feature_FeatureBackChainBit: return "backchain";

  case Feature_FeatureDistinctOpsBit: return "distinct-ops";

  case Feature_FeatureFastSerializationBit: return "fast-serialization";

  case Feature_FeatureFPExtensionBit: return "fp-extension";

  case Feature_FeatureHighWordBit: return "high-word";

  case Feature_FeatureInterlockedAccess1Bit: return "interlocked-access1";

  case Feature_FeatureLoadStoreOnCondBit: return "load-store-on-cond";

  case Feature_FeaturePopulationCountBit: return "population-count";

  case Feature_FeatureMessageSecurityAssist3Bit: return "message-security-assist-extension3";

  case Feature_FeatureMessageSecurityAssist4Bit: return "message-security-assist-extension4";

  case Feature_FeatureResetReferenceBitsMultipleBit: return "reset-reference-bits-multiple";

  case Feature_FeatureExecutionHintBit: return "execution-hint";

  case Feature_FeatureLoadAndTrapBit: return "load-and-trap";

  case Feature_FeatureMiscellaneousExtensionsBit: return "miscellaneous-extensions";

  case Feature_FeatureProcessorAssistBit: return "processor-assist";

  case Feature_FeatureTransactionalExecutionBit: return "transactional-execution";

  case Feature_FeatureDFPZonedConversionBit: return "dfp-zoned-conversion";

  case Feature_FeatureEnhancedDAT2Bit: return "enhanced-dat-2";

  case Feature_FeatureLoadAndZeroRightmostByteBit: return "load-and-zero-rightmost-byte";

  case Feature_FeatureLoadStoreOnCond2Bit: return "load-store-on-cond-2";

  case Feature_FeatureMessageSecurityAssist5Bit: return "message-security-assist-extension5";

  case Feature_FeatureDFPPackedConversionBit: return "dfp-packed-conversion";

  case Feature_FeatureVectorBit: return "vector";

  case Feature_FeatureMiscellaneousExtensions2Bit: return "miscellaneous-extensions-2";

  case Feature_FeatureGuardedStorageBit: return "guarded-storage";

  case Feature_FeatureMessageSecurityAssist7Bit: return "message-security-assist-extension7";

  case Feature_FeatureMessageSecurityAssist8Bit: return "message-security-assist-extension8";

  case Feature_FeatureVectorEnhancements1Bit: return "vector-enhancements-1";

  case Feature_FeatureVectorPackedDecimalBit: return "vector-packed-decimal";

  case Feature_FeatureInsertReferenceBitsMultipleBit: return "insert-reference-bits-multiple";

  case Feature_FeatureMiscellaneousExtensions3Bit: return "miscellaneous-extensions-3";

  case Feature_FeatureMessageSecurityAssist9Bit: return "message-security-assist-extension9";

  case Feature_FeatureVectorEnhancements2Bit: return "vector-enhancements-2";

  case Feature_FeatureVectorPackedDecimalEnhancementBit: return "vector-packed-decimal-enhancement";

  case Feature_FeatureEnhancedSortBit: return "enhanced-sort";

  case Feature_FeatureDeflateConversionBit: return "deflate-conversion";

  case Feature_FeatureVectorPackedDecimalEnhancement2Bit: return "vector-packed-decimal-enhancement-2";

  case Feature_FeatureNNPAssistBit: return "nnp-assist";

  case Feature_FeatureBEAREnhancementBit: return "bear-enhancement";

  case Feature_FeatureResetDATProtectionBit: return "reset-dat-protection";

  case Feature_FeatureProcessorActivityInstrumentationBit: return "processor-activity-instrumentation";

  default: return "(unknown)";

  }

}

#endif // GET_SUBTARGET_FEATURE_NAME

#ifdef GET_MATCHER_IMPLEMENTATION

#undef GET_MATCHER_IMPLEMENTATION

static void applyMnemonicAliases(StringRef &Mnemonic, const FeatureBitset &Features, unsigned VariantID) {

  switch (VariantID) {

  case 0:

      switch (Mnemonic.size()) {

      default: break;

      case 4:  // 11 strings to match.

        if (memcmp(Mnemonic.data()+0, "br", 2) != 0)

          break;

        switch (Mnemonic[2]) {

        default: break;

        case 'e':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jge";  // "brel"

          return;

        case 'h':  // 2 strings to match.

          switch (Mnemonic[3]) {

          default: break;

          case 'e':  // 1 string to match.

            Mnemonic = "jhe";  // "brhe"

            return;

          case 'l':  // 1 string to match.

            Mnemonic = "jgh";  // "brhl"

            return;

          }

          break;

        case 'l':  // 3 strings to match.

          switch (Mnemonic[3]) {

          default: break;

          case 'e':  // 1 string to match.

            Mnemonic = "jle";  // "brle"

            return;

          case 'h':  // 1 string to match.

            Mnemonic = "jlh";  // "brlh"

            return;

          case 'l':  // 1 string to match.

            Mnemonic = "jgl";  // "brll"

            return;

          }

          break;

        case 'm':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jgm";  // "brml"

          return;

        case 'o':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jgo";  // "brol"

          return;

        case 'p':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jgp";  // "brpl"

          return;

        case 'u':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jg";   // "brul"

          return;

        case 'z':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jgz";  // "brzl"

          return;

        }

        break;

      case 5:  // 13 strings to match.

        if (memcmp(Mnemonic.data()+0, "br", 2) != 0)

          break;

        switch (Mnemonic[2]) {

        default: break;

        case 'h':  // 1 string to match.

          if (memcmp(Mnemonic.data()+3, "el", 2) != 0)

            break;

          Mnemonic = "jghe";   // "brhel"

          return;

        case 'l':  // 2 strings to match.

          switch (Mnemonic[3]) {

          default: break;

          case 'e':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jgle";   // "brlel"

            return;

          case 'h':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jglh";   // "brlhl"

            return;

          }

          break;

        case 'n':  // 10 strings to match.

          switch (Mnemonic[3]) {

          default: break;

          case 'e':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jgne";   // "brnel"

            return;

          case 'h':  // 2 strings to match.

            switch (Mnemonic[4]) {

            default: break;

            case 'e':  // 1 string to match.

              Mnemonic = "jnhe";   // "brnhe"

              return;

            case 'l':  // 1 string to match.

              Mnemonic = "jgnh";   // "brnhl"

              return;

            }

            break;

          case 'l':  // 3 strings to match.

            switch (Mnemonic[4]) {

            default: break;

            case 'e':  // 1 string to match.

              Mnemonic = "jnle";   // "brnle"

              return;

            case 'h':  // 1 string to match.

              Mnemonic = "jnlh";   // "brnlh"

              return;

            case 'l':  // 1 string to match.

              Mnemonic = "jgnl";   // "brnll"

              return;

            }

            break;

          case 'm':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jgnm";   // "brnml"

            return;

          case 'o':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jgno";   // "brnol"

            return;

          case 'p':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jgnp";   // "brnpl"

            return;

          case 'z':  // 1 string to match.

            if (Mnemonic[4] != 'l')

              break;

            Mnemonic = "jgnz";   // "brnzl"

            return;

          }

          break;

        }

        break;

      case 6:  // 3 strings to match.

        if (memcmp(Mnemonic.data()+0, "brn", 3) != 0)

          break;

        switch (Mnemonic[3]) {

        default: break;

        case 'h':  // 1 string to match.

          if (memcmp(Mnemonic.data()+4, "el", 2) != 0)

            break;

          Mnemonic = "jgnhe";  // "brnhel"

          return;

        case 'l':  // 2 strings to match.

          switch (Mnemonic[4]) {

          default: break;

          case 'e':  // 1 string to match.

            if (Mnemonic[5] != 'l')

              break;

            Mnemonic = "jgnle";  // "brnlel"

            return;

          case 'h':  // 1 string to match.

            if (Mnemonic[5] != 'l')

              break;

            Mnemonic = "jgnlh";  // "brnlhl"

            return;

          }

          break;

        }

        break;

      }

    break;

  case 1:

      switch (Mnemonic.size()) {

      default: break;

      case 4:  // 8 strings to match.

        if (memcmp(Mnemonic.data()+0, "br", 2) != 0)

          break;

        switch (Mnemonic[2]) {

        default: break;

        case 'e':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jle";  // "brel"

          return;

        case 'h':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jlh";  // "brhl"

          return;

        case 'l':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jll";  // "brll"

          return;

        case 'm':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jlm";  // "brml"

          return;

        case 'o':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jlo";  // "brol"

          return;

        case 'p':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jlp";  // "brpl"

          return;

        case 'u':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jlu";  // "brul"

          return;

        case 'z':  // 1 string to match.

          if (Mnemonic[3] != 'l')

            break;

          Mnemonic = "jlz";  // "brzl"

          return;

        }

        break;

      case 5:  // 7 strings to match.

        if (memcmp(Mnemonic.data()+0, "brn", 3) != 0)

          break;

        switch (Mnemonic[3]) {

        default: break;

        case 'e':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlne";   // "brnel"

          return;

        case 'h':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlnh";   // "brnhl"

          return;

        case 'l':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlnl";   // "brnll"

          return;

        case 'm':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlnm";   // "brnml"

          return;

        case 'o':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlno";   // "brnol"

          return;

        case 'p':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlnp";   // "brnpl"

          return;

        case 'z':  // 1 string to match.

          if (Mnemonic[4] != 'l')

            break;

          Mnemonic = "jlnz";   // "brnzl"

          return;

        }

        break;

      }

    break;

  }

  switch (Mnemonic.size()) {

  default: break;

  case 3:  // 11 strings to match.

    switch (Mnemonic[0]) {

    default: break;

    case 'b':  // 8 strings to match.

      if (Mnemonic[1] != 'r')

        break;

      switch (Mnemonic[2]) {

      default: break;

      case 'e':  // 1 string to match.

        Mnemonic = "je";   // "bre"

        return;

      case 'h':  // 1 string to match.

        Mnemonic = "jh";   // "brh"

        return;

      case 'l':  // 1 string to match.

        Mnemonic = "jl";   // "brl"

        return;

      case 'm':  // 1 string to match.

        Mnemonic = "jm";   // "brm"

        return;

      case 'o':  // 1 string to match.

        Mnemonic = "jo";   // "bro"

        return;

      case 'p':  // 1 string to match.

        Mnemonic = "jp";   // "brp"

        return;

      case 'u':  // 1 string to match.

        Mnemonic = "j";  // "bru"

        return;

      case 'z':  // 1 string to match.

        Mnemonic = "jz";   // "brz"

        return;

      }

      break;

    case 'j':  // 3 strings to match.

      switch (Mnemonic[1]) {

      default: break;

      case 'a':  // 1 string to match.

        if (Mnemonic[2] != 's')

          break;

        Mnemonic = "bras";   // "jas"

        return;

      case 'c':  // 1 string to match.

        if (Mnemonic[2] != 't')

          break;

        Mnemonic = "brct";   // "jct"

        return;

      case 'x':  // 1 string to match.

        if (Mnemonic[2] != 'h')

          break;

        Mnemonic = "brxh";   // "jxh"

        return;

      }

      break;

    }

    break;

  case 4:  // 11 strings to match.

    switch (Mnemonic[0]) {

    default: break;

    case 'b':  // 7 strings to match.

      if (memcmp(Mnemonic.data()+1, "rn", 2) != 0)

        break;

      switch (Mnemonic[3]) {

      default: break;

      case 'e':  // 1 string to match.

        Mnemonic = "jne";  // "brne"

        return;

      case 'h':  // 1 string to match.

        Mnemonic = "jnh";  // "brnh"

        return;

      case 'l':  // 1 string to match.

        Mnemonic = "jnl";  // "brnl"

        return;

      case 'm':  // 1 string to match.

        Mnemonic = "jnm";  // "brnm"

        return;

      case 'o':  // 1 string to match.

        Mnemonic = "jno";  // "brno"

        return;

      case 'p':  // 1 string to match.

        Mnemonic = "jnp";  // "brnp"

        return;

      case 'z':  // 1 string to match.

        Mnemonic = "jnz";  // "brnz"

        return;

      }

      break;

    case 'j':  // 4 strings to match.

      switch (Mnemonic[1]) {

      default: break;

      case 'a':  // 1 string to match.

        if (memcmp(Mnemonic.data()+2, "sl", 2) != 0)

          break;

        Mnemonic = "brasl";  // "jasl"

        return;

      case 'c':  // 1 string to match.

        if (memcmp(Mnemonic.data()+2, "tg", 2) != 0)

          break;

        Mnemonic = "brctg";  // "jctg"

        return;

      case 'x':  // 2 strings to match.

        switch (Mnemonic[2]) {

        default: break;

        case 'h':  // 1 string to match.

          if (Mnemonic[3] != 'g')

            break;

          Mnemonic = "brxhg";  // "jxhg"

          return;

        case 'l':  // 1 string to match.

          if (Mnemonic[3] != 'e')

            break;

          Mnemonic = "brxle";  // "jxle"

          return;

        }

        break;

      }

      break;

    }

    break;

  case 5:  // 1 string to match.

    if (memcmp(Mnemonic.data()+0, "jxleg", 5) != 0)

      break;

    Mnemonic = "brxlg";  // "jxleg"

    return;

  }

}

enum {

  Tie0_1_1,

  Tie1_1_1,

  Tie2_1_1,

};

static const uint8_t TiedAsmOperandTable[][3] = {

  /* Tie0_1_1 */ { 0, 1, 1 },

  /* Tie1_1_1 */ { 1, 1, 1 },

  /* Tie2_1_1 */ { 2, 1, 1 },

};

namespace {

enum OperatorConversionKind {

  CVT_Done,

  CVT_Reg,

  CVT_Tied,

  CVT_95_addRegOperands,

  CVT_95_addBDXAddrOperands,

  CVT_95_addImmOperands,

  CVT_95_addBDAddrOperands,

  CVT_95_addBDLAddrOperands,

  CVT_95_addImmTLSOperands,

  CVT_imm_95_0,

  CVT_95_addBDRAddrOperands,

  CVT_regR0D,

  CVT_95_addBDVAddrOperands,

  CVT_NUM_CONVERTERS

};

enum InstructionConversionKind {

  Convert__GR321_0__Tie0_1_1__BDXAddr64Disp123_1,

  Convert__FP641_0__Tie0_1_1__BDXAddr64Disp123_1,

  Convert__FP641_0__Tie0_1_1__FP641_1,

  Convert__FP641_0__FP641_1__FP641_2,

  Convert__FP641_0__FP641_1__FP641_2__U4Imm1_3,

  Convert__FP321_0__Tie0_1_1__BDXAddr64Disp123_1,

  Convert__FP321_0__Tie0_1_1__FP321_1,

  Convert__GR321_0__Tie0_1_1__S32Imm1_1,

  Convert__GR641_0__Tie0_1_1__BDXAddr64Disp203_1,

  Convert__GR641_0__Tie0_1_1__S32Imm1_1,

  Convert__GR641_0__Tie0_1_1__GR321_1,

  Convert__GR641_0__Tie0_1_1__S16Imm1_1,

  Convert__GR641_0__GR641_1__S16Imm1_2,

  Convert__GR641_0__Tie0_1_1__GR641_1,

  Convert__GR641_0__GR641_1__GR641_2,

  Convert__BDAddr64Disp202_0__S8Imm1_1,

  Convert__GRH321_0__GRH321_1__GRH321_2,

  Convert__GRH321_0__GRH321_1__GR321_2,

  Convert__GR321_0__Tie0_1_1__S16Imm1_1,

  Convert__GR321_0__GR321_1__S16Imm1_2,

  Convert__GR321_0__Tie0_1_1__BDXAddr64Disp203_1,

  Convert__GRH321_0__Tie0_1_1__S32Imm1_1,

  Convert__GR321_0__Tie0_1_1__GR321_1,

  Convert__GR321_0__Tie0_1_1__U32Imm1_1,

  Convert__GR641_0__Tie0_1_1__U32Imm1_1,

  Convert__GR321_0__GR321_1__GR321_2,

  Convert__BDLAddr64Disp12Len43_0__BDLAddr64Disp12Len43_1,

  Convert__FP1281_0__Tie0_1_1__FP1281_1,

  Convert__FP1281_0__FP1281_1__FP1281_2,

  Convert__FP1281_0__FP1281_1__FP1281_2__U4Imm1_3,

  Convert__BDXAddr64Disp123_0,

  Convert__GR641_0__GR641_1,

  Convert__GR641_0__BDXAddr64Disp123_1,

  Convert__GR641_0__ADDR641_1,

  Convert__U4Imm1_0__BDXAddr64Disp123_1,

  Convert__U4Imm1_0__GR641_1,

  Convert__GR321_0__Tie0_1_1__GR641_1,

  Convert__ADDR641_0,

  Convert__BDXAddr64Disp203_0,

  Convert__U4Imm1_0__BDXAddr64Disp203_1,

  Convert__U4Imm1_0__PCRel161_1__BDAddr64Disp122_2,

  Convert__U4Imm1_0__PCRel121_1__PCRel241_2,

  Convert__GR641_0__PCRelTLS162_1,

  Convert__GR641_0__PCRelTLS322_1,

  Convert__U4Imm1_0__PCRel161_1,

  Convert__U4Imm1_0__PCRel321_1,

  Convert__GR321_0__Tie0_1_1__PCRel161_1,

  Convert__GR641_0__Tie0_1_1__PCRel161_1,

  Convert__GRH321_0__Tie0_1_1__PCRel321_1,

  Convert__GR321_0__Tie0_1_1__GR321_1__PCRel161_2,

  Convert__GR641_0__Tie0_1_1__GR641_1__PCRel161_2,

  Convert__GR321_0__Tie0_1_1__GR321_1__BDAddr64Disp122_2,

  Convert__GR641_0__Tie0_1_1__GR641_1__BDAddr64Disp202_2,

  Convert__GR321_0__BDXAddr64Disp123_1,

  Convert__FP641_0__BDXAddr64Disp123_1,

  Convert__FP641_0__FP641_1,

  Convert__FP641_0__GR321_1,

  Convert__FP641_0__U4Imm1_1__GR321_2__U4Imm1_3,

  Convert__FP641_0__GR641_1,

  Convert__FP641_0__U4Imm1_1__GR641_2__U4Imm1_3,

  Convert__FP641_0__BDLAddr64Disp12Len83_1__U4Imm1_2,

  Convert__GR1281_0__Tie0_1_1__GR1281_1__BDAddr64Disp122_2,

  Convert__GR1281_0__Tie0_1_1__GR1281_1__BDAddr64Disp202_2,

  Convert__FP321_0__BDXAddr64Disp123_1,

  Convert__FP321_0__FP321_1,

  Convert__FP321_0__GR321_1,

  Convert__FP321_0__U4Imm1_1__GR321_2__U4Imm1_3,

  Convert__FP321_0__GR641_1,

  Convert__FP321_0__U4Imm1_1__GR641_2__U4Imm1_3,

  Convert__FP1281_0__FP1281_1,

  Convert__BDAddr64Disp122_0,

  Convert__GR321_0__U4Imm1_1__FP641_2,

  Convert__GR321_0__U4Imm1_1__FP641_2__U4Imm1_3,

  Convert__GR321_0__U4Imm1_1__FP321_2,

  Convert__GR321_0__U4Imm1_1__FP321_2__U4Imm1_3,

  Convert__GR321_0__S32Imm1_1,

  Convert__GR321_0__U4Imm1_1__FP1281_2,

  Convert__GR321_0__U4Imm1_1__FP1281_2__U4Imm1_3,

  Convert__GR641_0__BDXAddr64Disp203_1,

  Convert__GR641_0__U4Imm1_1__FP641_2,

  Convert__GR641_0__U4Imm1_1__FP641_2__U4Imm1_3,

  Convert__GR641_0__U4Imm1_1__FP321_2,

  Convert__GR641_0__U4Imm1_1__FP321_2__U4Imm1_3,

  Convert__GR641_0__S32Imm1_1,

  Convert__GR641_0__GR321_1,

  Convert__GR641_0__PCRel321_1,

  Convert__GR641_0__S16Imm1_1,

  Convert__BDAddr64Disp122_0__S16Imm1_1,

  Convert__GR641_0__S8Imm1_1__U4Imm1_2__BDAddr64Disp122_3,

  Convert__GR641_0__S8Imm1_1__BDAddr64Disp122_2,

  Convert__GR641_0__S8Imm1_1__U4Imm1_2__PCRel161_3,

  Convert__GR641_0__S8Imm1_1__PCRel161_2,

  Convert__GR641_0__S16Imm1_1__U4Imm1_2,

  Convert__GR641_0__GR641_1__U4Imm1_2__BDAddr64Disp122_3,

  Convert__GR641_0__GR641_1__BDAddr64Disp122_2,

  Convert__GR641_0__GR641_1__U4Imm1_2__PCRel161_3,

  Convert__GR641_0__GR641_1__PCRel161_2,

  Convert__GR641_0__GR641_1__U4Imm1_2,

  Convert__GR641_0__U4Imm1_1__FP1281_2,

  Convert__GR641_0__U4Imm1_1__FP1281_2__U4Imm1_3,

  Convert__GRH321_0__BDXAddr64Disp203_1,

  Convert__GRH321_0__GRH321_1,

  Convert__GR321_0__S16Imm1_1,

  Convert__GRH321_0__GR321_1,

  Convert__GR321_0__PCRel321_1,

  Convert__GR321_0__BDXAddr64Disp203_1,

  Convert__GR321_0__S8Imm1_1__U4Imm1_2__BDAddr64Disp122_3,

  Convert__GR321_0__S8Imm1_1__BDAddr64Disp122_2,

  Convert__GRH321_0__S32Imm1_1,

  Convert__GR321_0__S8Imm1_1__U4Imm1_2__PCRel161_3,

  Convert__GR321_0__S8Imm1_1__PCRel161_2,

  Convert__GR321_0__S16Imm1_1__U4Imm1_2,

  Convert__GR641_0__GR1281_1__Tie0_1_1__Tie1_1_1,

  Convert__BDLAddr64Disp12Len83_0__BDAddr64Disp122_1,

  Convert__GR1281_0__GR1281_1__Tie0_1_1__Tie1_1_1,

  Convert__GR1281_0__GR1281_1__Tie0_1_1__Tie1_1_1__BDAddr32Disp122_2,

  Convert__GR1281_0__GR1281_1__Tie0_1_1__Tie1_1_1__BDAddr32Disp202_2,

  Convert__BDAddr64Disp122_0__U16Imm1_1,

  Convert__GR321_0__U32Imm1_1,

  Convert__GR321_0__U16Imm1_1__U4Imm1_2,

  Convert__GR321_0__U16Imm1_1,

  Convert__GR641_0__U32Imm1_1,

  Convert__GR641_0__U8Imm1_1__U4Imm1_2__BDAddr64Disp122_3,

  Convert__GR641_0__U8Imm1_1__BDAddr64Disp122_2,

  Convert__GR641_0__U8Imm1_1__U4Imm1_2__PCRel161_3,

  Convert__GR641_0__U8Imm1_1__PCRel161_2,

  Convert__GR641_0__U16Imm1_1__U4Imm1_2,

  Convert__GR641_0__U16Imm1_1,

  Convert__GR641_0__BDAddr64Disp202_2__U4Imm1_1,

  Convert__GR641_0__BDAddr64Disp202_1,

  Convert__BDAddr64Disp122_0__U8Imm1_1,

  Convert__GR321_0__U8Imm1_1__U4Imm1_2__BDAddr64Disp122_3,

  Convert__GR321_0__U8Imm1_1__BDAddr64Disp122_2,

  Convert__GRH321_0__U32Imm1_1,

  Convert__GR321_0__U8Imm1_1__U4Imm1_2__PCRel161_3,

  Convert__GR321_0__U8Imm1_1__PCRel161_2,

  Convert__BDAddr64Disp202_0__U8Imm1_1,

  Convert__GR321_0__U4Imm1_1__BDAddr64Disp122_2,

  Convert__GRH321_0__U4Imm1_1__BDAddr64Disp202_2,

  Convert__GR321_0__U4Imm1_1__BDAddr64Disp202_2,

  Convert__GR321_0__GR321_1,

  Convert__GR321_0__GR321_1__U4Imm1_2__BDAddr64Disp122_3,

  Convert__GR321_0__GR321_1__BDAddr64Disp122_2,

  Convert__GR321_0__GR321_1__U4Imm1_2__PCRel161_3,

  Convert__GR321_0__GR321_1__PCRel161_2,

  Convert__GR321_0__GR321_1__U4Imm1_2,

  Convert__GR641_0__GR641_1__Tie0_1_1__Tie1_1_1,

  Convert__GR321_0__BDAddr64Disp202_2__U4Imm1_1,

  Convert__GR321_0__BDAddr64Disp202_1,

  Convert__FP641_0__FP641_2__FP641_1,

  Convert__FP1281_0__BDLAddr64Disp12Len83_1__U4Imm1_2,

  Convert__AR321_0__AR321_1,

  Convert__GR1281_0__GR1281_2__GR641_1,

  Convert__GR1281_0__GR1281_2__GR641_1__U4Imm1_3,

  Convert_NoOperands,

  Convert__GR641_0__FP641_1__U4Imm1_2,

  Convert__GR1281_0__Tie0_1_1__GR641_1,

  Convert__BDAddr64Disp122_0__BDAddr64Disp122_1__GR641_2,

  Convert__GR1281_0__FP1281_1__U4Imm1_2,

  Convert__GR321_0__Tie0_1_1__GR321_1__BDAddr64Disp202_2,

  Convert__GR1281_0__GR1281_1__Tie0_1_1__Tie1_1_1__U4Imm1_2,

  Convert__GR641_0__FP641_1,

  Convert__GR1281_0__FP1281_1,

  Convert__FP1281_0__GR321_1,

  Convert__FP1281_0__U4Imm1_1__GR321_2__U4Imm1_3,

  Convert__FP1281_0__GR641_1,

  Convert__FP1281_0__U4Imm1_1__GR641_2__U4Imm1_3,

  Convert__FP1281_0__GR1281_1,

  Convert__GR1281_0__Tie0_1_1__BDXAddr64Disp123_1,

  Convert__GR1281_0__GR1281_1__Tie0_1_1__Tie1_1_1__GR641_2,

  Convert__FP641_0__FP641_1__Tie0_1_1__FP641_2__U4Imm1_3,

  Convert__FP321_0__FP321_1__Tie0_1_1__FP321_2__U4Imm1_3,

  Convert__GR1281_0__Tie0_1_1__BDXAddr64Disp203_1,

  Convert__GR1281_0__Tie0_1_1__GR321_1,

  Convert__GR321_0__AR321_1,

  Convert__GR641_0__GR641_1__BDAddr32Disp202_2,

  Convert__GR321_0__GR641_1,

  Convert__GR321_0,

  Convert__GR641_0,

  Convert__GR321_0__Tie0_1_1,

  Convert__GR1281_0__GR321_1,

  Convert__ADDR641_0__BDXAddr64Disp123_1,

  Convert__ADDR641_0__PCRel321_1,

  Convert__FP641_0__U4Imm1_1__FP641_2,

  Convert__FP641_0__U4Imm1_1__FP641_2__U4Imm1_3,

  Convert__FP321_0__U4Imm1_1__FP321_2,

  Convert__FP321_0__U4Imm1_1__FP321_2__U4Imm1_3,

  Convert__FP1281_0__U4Imm1_1__FP1281_2,

  Convert__FP1281_0__U4Imm1_1__FP1281_2__U4Imm1_3,

  Convert__GR1281_0__GR641_1,

  Convert__GR641_0__Tie0_1_1__BDXAddr64Disp123_1,

  Convert__GR321_0__Tie0_1_1__U4Imm1_1__BDAddr64Disp122_2,

  Convert__GRH321_0__Tie0_1_1__U4Imm1_1__BDAddr64Disp202_2,

  Convert__GR321_0__Tie0_1_1__U4Imm1_1__BDAddr64Disp202_2,

  Convert__GR641_0__GR641_2__GR641_1,

  Convert__GR641_0__GR641_2__GR641_1__U4Imm1_3,

  Convert__FP1281_0__FP1281_2__FP1281_1,

  Convert__GRH321_0__Tie0_1_1__U16Imm1_1,

  Convert__GR321_0__Tie0_1_1__U16Imm1_1,

  Convert__GR641_0__GR321_1__GR321_2,

  Convert__GR641_0__GR321_1__GR321_2__U4Imm1_3,

  Convert__PCRel161_0,

  Convert__PCRel321_0,

  Convert__imm_95_0__PCRel321_0,

  Convert__imm_95_0__PCRel161_0,

  Convert__GR1281_1__GR641_0__Tie0_1_1,

  Convert__GR1281_0__GR1281_2__GR1281_1__Tie0_1_1__Tie1_1_1__Tie2_1_1,

  Convert__GR321_0__GR321_1__BDAddr64Disp202_2,

  Convert__GR641_0__GR641_1__BDAddr64Disp202_2,

  Convert__AR321_0__AR321_1__BDAddr64Disp122_2,

  Convert__AR321_0__AR321_1__BDAddr64Disp202_2,

  Convert__BDAddr64Disp122_0__BDAddr64Disp122_1,

  Convert__GR321_0__BDXAddr64Disp123_1__U4Imm1_2,

  Convert__CR641_0__CR641_1__BDAddr64Disp122_2,

  Convert__CR641_0__CR641_1__BDAddr64Disp202_2,

  Convert__FP641_0__FP321_1,

  Convert__FP641_0__FP321_1__U4Imm1_2,

  Convert__VR1281_0__BDXAddr64Disp123_1,

  Convert__FP641_0__FP1281_1,

  Convert__FP641_0__BDXAddr64Disp203_1,

  Convert__FP321_0__FP641_1,

  Convert__FP321_0__U4Imm1_1__FP641_2__U4Imm1_3,

  Convert__FP321_0__FP1281_1,

  Convert__FP321_0__BDXAddr64Disp203_1,

  Convert__GR641_0__GR641_1__BDAddr64Disp122_2__BDAddr64Disp122_3,

  Convert__GRH321_0__GRH321_1__BDAddr64Disp202_2,

  Convert__GR321_0__Tie0_1_1__BDAddr64Disp202_1__U4Imm1_2,

  Convert__GR321_0__Tie0_1_1__BDAddr64Disp202_1,

  Convert__GRH321_0__Tie0_1_1__BDAddr64Disp202_1__U4Imm1_2,

  Convert__GRH321_0__Tie0_1_1__BDAddr64Disp202_1,

  Convert__GRH321_0__Tie0_1_1__GRH321_1__U4Imm1_2,

  Convert__GRH321_0__Tie0_1_1__GRH321_1,

  Convert__GR641_0__Tie0_1_1__BDAddr64Disp202_1__U4Imm1_2,

  Convert__GR641_0__Tie0_1_1__BDAddr64Disp202_1,

  Convert__GR641_0__Tie0_1_1__S16Imm1_1__U4Imm1_2,

  Convert__GR641_0__Tie0_1_1__GR641_1__U4Imm1_2,

  Convert__GRH321_0__Tie0_1_1__S16Imm1_1__U4Imm1_2,

  Convert__GRH321_0__Tie0_1_1__S16Imm1_1,

  Convert__GR321_0__Tie0_1_1__S16Imm1_1__U4Imm1_2,

  Convert__GR321_0__Tie0_1_1__GR321_1__U4Imm1_2,

  Convert__GR1281_0__BDAddr64Disp122_1__BDAddr64Disp122_2,

  Convert__GR1281_0__BDXAddr64Disp203_1,

  Convert__BDAddr64Disp202_0,

  Convert__GR641_0__GR641_1__Tie0_1_1__GR641_2__U4Imm1_3,

  Convert__FP1281_0__BDXAddr64Disp123_1,

  Convert__FP1281_0__FP641_1,

  Convert__FP1281_0__FP641_1__U4Imm1_2,

  Convert__FP1281_0__FP321_1,

  Convert__FP641_0,

  Convert__FP321_0,

  Convert__FP1281_0,

  Convert__FP641_0__Tie0_1_1__FP641_1__BDXAddr64Disp123_2,

  Convert__FP641_0__Tie0_1_1__FP641_1__FP641_2,

  Convert__FP321_0__Tie0_1_1__FP321_1__BDXAddr64Disp123_2,

  Convert__FP321_0__Tie0_1_1__FP321_1__FP321_2,

  Convert__FP1281_0__Tie0_1_1__FP641_1__BDXAddr64Disp123_2,

  Convert__FP1281_0__Tie0_1_1__FP641_1__FP641_2,

  Convert__FP641_0__Tie0_1_1__FP321_1,

  Convert__GR1281_0__GR641_1__GR641_2,

  Convert__GR1281_0,

  Convert__BDRAddr64Disp123_0__BDAddr64Disp122_1__GR641_2,

  Convert__FP1281_0__Tie0_1_1__BDXAddr64Disp123_1,

  Convert__FP1281_0__Tie0_1_1__FP641_1,

  Convert__FP1281_0__FP641_1__BDXAddr64Disp123_2,

  Convert__FP641_0__FP641_1__BDXAddr64Disp123_2,

  Convert__FP1281_0__FP641_1__FP641_2,

  Convert__U4Imm1_0__U4Imm1_1,

  Convert__GRH321_0__Tie0_1_1__U32Imm1_1,

  Convert__imm_95_0__BDXAddr64Disp123_0,

  Convert__imm_95_0__regR0D,

  Convert__imm_95_0__GR641_0,

  Convert__GR641_1__GR321_0__Tie0_1_1,

  Convert__BDAddr64Disp122_0__BDLAddr64Disp12Len83_1,

  Convert__GR641_0__BDAddr64Disp122_1__GR641_2__BDAddr64Disp122_3,

  Convert__GR641_0__Tie0_1_1,

  Convert__FP1281_0__FP1281_1__Tie0_1_1__FP1281_2__U4Imm1_3,

  Convert__GR641_0__Tie0_1_1__GR641_1__U8Imm1_2__U8Imm1_3__U8Imm1_4,

  Convert__GRH321_0__Tie0_1_1__GR641_1__U8Imm1_2__U8Imm1_3__U8Imm1_4,

  Convert__GR321_0__Tie0_1_1__GR641_1__U8Imm1_2__U8Imm1_3__U8Imm1_4,

  Convert__GR321_0__GR321_1__BDAddr32Disp202_2,

  Convert__AR321_0__GR321_1,

  Convert__GRH321_0__GRH321_2__GRH321_1__U4Imm1_3,

  Convert__GRH321_0__GRH321_2__GRH321_1,

  Convert__GR321_0__GR321_2__GR321_1__U4Imm1_3,

  Convert__GR321_0__GR321_2__GR321_1,

  Convert__GR321_0__Tie0_1_1__BDAddr32Disp122_1,

  Convert__GR1281_0__Tie0_1_1__BDAddr32Disp122_1,

  Convert__FP1281_0__FP1281_1__BDXAddr64Disp123_2,

  Convert__BDAddr32Disp122_0,

  Convert__BDLAddr64Disp12Len43_0__BDAddr32Disp122_1__U4Imm1_2,

  Convert__GR321_0__GR641_1__U4Imm1_2,

  Convert__VR1281_0__BDXAddr64Disp123_1__imm_95_0,

  Convert__GR321_0__BDAddr64Disp202_1__U4Imm1_2,

  Convert__GRH321_0__BDAddr64Disp202_1__U4Imm1_2,

  Convert__GRH321_0__BDAddr64Disp202_1,

  Convert__GR641_0__BDAddr64Disp202_1__U4Imm1_2,

  Convert__U8Imm1_0,

  Convert__FP321_0__U4Imm1_1__FP641_2,

  Convert__GRH321_0__U16Imm1_1,

  Convert__BDLAddr64Disp12Len43_0,

  Convert__GR1281_0__GR641_1__Tie0_1_1__Tie1_1_1,

  Convert__GR1281_0__GR641_1__Tie0_1_1__Tie1_1_1__U4Imm1_2,

  Convert__GR641_1__GR1281_0__Tie1_1_1,

  Convert__GR641_1__GR1281_0__Tie1_1_1__U4Imm1_2,

  Convert__VR1281_0__VR1281_1__VR1281_2__U4Imm1_3,

  Convert__VR1281_0__VR1281_1__VR1281_2,

  Convert__VR1281_0__VR1281_1__VR1281_2__VR1281_3__U4Imm1_4,

  Convert__VR1281_0__VR1281_1__VR1281_2__VR1281_3,

  Convert__VR1281_0__VR1281_1__VR1281_2__U8Imm1_3__U4Imm1_4,

  Convert__VR1281_0__VR1281_1__U4Imm1_2__U4Imm1_3__U4Imm1_4,

  Convert__VR1281_0__VR1281_1__U4Imm1_2__U4Imm1_3,

  Convert__VR1281_0__VR1281_1__VR1281_2__U4Imm1_3__U4Imm1_4,

  Convert__VR1281_0__VR1281_1__U4Imm1_2,

  Convert__VR1281_0__VR1281_1,

  Convert__GR321_0__VR1281_1__U4Imm1_2,

  Convert__GR321_0__VR1281_1__U4Imm1_2__U4Imm1_3,

  Convert__GR641_0__VR1281_1__U4Imm1_2,

  Convert__GR641_0__VR1281_1__U4Imm1_2__U4Imm1_3,

  Convert__VR1281_0__GR321_1__U8Imm1_2__U4Imm1_3,

  Convert__VR1281_0__GR641_1__U8Imm1_2__U4Imm1_3,

  Convert__VR1281_0__Tie0_1_1__VR1281_1__VR1281_2__U8Imm1_3__U4Imm1_4,

  Convert__VR1281_0__Tie0_1_1__VR1281_1__VR1281_2__U8Imm1_3,

  Convert__VR1281_0__VR1281_1__BDAddr32Disp122_2__U4Imm1_3,

  Convert__VR1281_0__VR1281_1__BDAddr32Disp122_2,

  Convert__VR1281_0__VR1281_1__VR1281_2__U4Imm1_3__imm_95_0,

  Convert__VR1281_0__VR1281_1__VR1281_2__imm_95_0,

  Convert__VR1281_0__VR1281_1__VR1281_2__U4Imm1_3__U4Imm1_4__U4Imm1_5,

  Convert__VR1281_0__VR1281_1__VR1281_2__VR1281_3__U4Imm1_4__U4Imm1_5,

  Convert__VR1281_0__VR1281_1__U12Imm1_2__U4Imm1_3__U4Imm1_4,

  Convert__VR1281_0__VR1281_1__U12Imm1_2,

  Convert__VR1281_0__U16Imm1_1,

  Convert__VR1281_0__Tie0_1_1__BDVAddr64Disp123_1__U2Imm1_2,

  Convert__VR1281_0__Tie0_1_1__BDVAddr64Disp123_1__U1Imm1_2,

  Convert__VR1281_0__U8Imm1_1__U8Imm1_2__U4Imm1_3,

  Convert__VR1281_0__U8Imm1_1__U8Imm1_2,

  Convert__VR1281_0__VR1281_1__U4Imm1_2__imm_95_0,

  Convert__VR1281_0__VR1281_1__imm_95_0,

  Convert__VR1281_0__BDXAddr64Disp123_1__U4Imm1_2,

  Convert__VR1281_0__Tie0_1_1__BDXAddr64Disp123_1__U4Imm1_2,

  Convert__VR1281_0__Tie0_1_1__BDXAddr64Disp123_1__U2Imm1_2,

  Convert__VR1281_0__Tie0_1_1__BDXAddr64Disp123_1__U1Imm1_2,

  Convert__VR1281_0__Tie0_1_1__BDXAddr64Disp123_1__U3Imm1_2,

  Convert__VR1281_0__Tie0_1_1__S16Imm1_1__U4Imm1_2,

  Convert__VR1281_0__Tie0_1_1__S16Imm1_1__U2Imm1_2,

  Convert__VR1281_0__Tie0_1_1__S16Imm1_1__U1Imm1_2,

  Convert__VR1281_0__Tie0_1_1__S16Imm1_1__U3Imm1_2,

  Convert__GR641_0__VR1281_1__BDAddr32Disp122_2__U4Imm1_3,