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/* Disassemble h8300 instructions.
   Copyright 1993, 1994, 1996, 1998, 2000, 2001, 2002, 2003, 2004, 2005, 2006,
   2007  Free Software Foundation, Inc.
 
   This file is part of the GNU opcodes library.
 
   This library is free software; you can redistribute it and/or modify
   it under the terms of the GNU General Public License as published by
   the Free Software Foundation; either version 3, or (at your option)
   any later version.
 
   It is distributed in the hope that it will be useful, but WITHOUT
   ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
   or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public
   License for more details.
 
   You should have received a copy of the GNU General Public License
   along with this program; if not, write to the Free Software
   Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston,
   MA 02110-1301, USA.  */
 
#define DEFINE_TABLE
 
#include "sysdep.h"
#define h8_opcodes h8ops
#include "opcode/h8300.h"
#include "dis-asm.h"
#include "opintl.h"
#include "libiberty.h"
 
struct h8_instruction
{
  int length;
  const struct h8_opcode *opcode;
};
 
struct h8_instruction *h8_instructions;
 
/* Run through the opcodes and sort them into order to make them easy
   to disassemble.  */
 
static void
bfd_h8_disassemble_init (void)
{
  unsigned int i;
  unsigned int nopcodes;
  const struct h8_opcode *p;
  struct h8_instruction *pi;
 
  nopcodes = sizeof (h8_opcodes) / sizeof (struct h8_opcode);
 
  h8_instructions = xmalloc (nopcodes * sizeof (struct h8_instruction));
 
  for (p = h8_opcodes, pi = h8_instructions; p->name; p++, pi++)
    {
      int n1 = 0;
      int n2 = 0;
 
      if ((int) p->data.nib[0] < 16)
        n1 = (int) p->data.nib[0];
      else
        n1 = 0;
 
      if ((int) p->data.nib[1] < 16)
        n2 = (int) p->data.nib[1];
      else
        n2 = 0;
 
      /* Just make sure there are an even number of nibbles in it, and
         that the count is the same as the length.  */
      for (i = 0; p->data.nib[i] != (op_type) E; i++)
        ;
 
      if (i & 1)
        {
          fprintf (stderr, "Internal error, h8_disassemble_init.\n");
          abort ();
        }
 
      pi->length = i / 2;
      pi->opcode = p;
    }
 
  /* Add entry for the NULL vector terminator.  */
  pi->length = 0;
  pi->opcode = p;
}
 
static void
extract_immediate (FILE *stream,
                   op_type looking_for,
                   int thisnib,
                   unsigned char *data,
                   int *cst,
                   int *len,
                   const struct h8_opcode *q)
{
  switch (looking_for & SIZE)
    {
    case L_2:
      *len = 2;
      *cst = thisnib & 3;
 
      /* DISP2 special treatment.  */
      if ((looking_for & MODE) == DISP)
        {
          if (OP_KIND (q->how) == O_MOVAB
              || OP_KIND (q->how) == O_MOVAW
              || OP_KIND (q->how) == O_MOVAL)
            {
              /* Handling for mova insn.  */
              switch (q->args.nib[0] & MODE)
                {
                case INDEXB:
                default:
                  break;
                case INDEXW:
                  *cst *= 2;
                  break;
                case INDEXL:
                  *cst *= 4;
                  break;
                }
            }
          else
            {
              /* Handling for non-mova insn.  */
              switch (OP_SIZE (q->how))
                {
                default: break;
                case SW:
                  *cst *= 2;
                  break;
                case SL:
                  *cst *= 4;
                  break;
                }
            }
        }
      break;
    case L_8:
      *len = 8;
      *cst = data[0];
      break;
    case L_16:
    case L_16U:
      *len = 16;
      *cst = (data[0] << 8) + data [1];
#if 0
      if ((looking_for & SIZE) == L_16)
        *cst = (short) *cst;    /* Sign extend.  */
#endif
      break;
    case L_32:
      *len = 32;
      *cst = (data[0] << 24) + (data[1] << 16) + (data[2] << 8) + data[3];
      break;
    default:
      *len = 0;
      *cst = 0;
      fprintf (stream, "DISP bad size\n");
      break;
    }
}
 
static const char *regnames[] =
{
  "r0h", "r1h", "r2h", "r3h", "r4h", "r5h", "r6h", "r7h",
  "r0l", "r1l", "r2l", "r3l", "r4l", "r5l", "r6l", "r7l"
};
static const char *wregnames[] =
{
  "r0", "r1", "r2", "r3", "r4", "r5", "r6", "r7",
  "e0", "e1", "e2", "e3", "e4", "e5", "e6", "e7"
};
static const char *lregnames[] =
{
  "er0", "er1", "er2", "er3", "er4", "er5", "er6", "er7",
  "er0", "er1", "er2", "er3", "er4", "er5", "er6", "er7"
};
static const char *cregnames[] =
{
  "ccr", "exr", "mach", "macl", "", "", "vbr", "sbr"
};
 
static void
print_one_arg (disassemble_info *info,
               bfd_vma addr,
               op_type x,
               int cst,
               int cstlen,
               int rdisp_n,
               int rn,
               const char **pregnames,
               int len)
{
  void * stream = info->stream;
  fprintf_ftype outfn = info->fprintf_func;
 
  if ((x & SIZE) == L_3 || (x & SIZE) == L_3NZ)
    outfn (stream, "#0x%x", (unsigned) cst);
  else if ((x & MODE) == IMM)
    outfn (stream, "#0x%x", (unsigned) cst);
  else if ((x & MODE) == DBIT || (x & MODE) == KBIT)
    outfn (stream, "#%d", (unsigned) cst);
  else if ((x & MODE) == CONST_2)
    outfn (stream, "#2");
  else if ((x & MODE) == CONST_4)
    outfn (stream, "#4");
  else if ((x & MODE) == CONST_8)
    outfn (stream, "#8");
  else if ((x & MODE) == CONST_16)
    outfn (stream, "#16");
  else if ((x & MODE) == REG)
    {
      switch (x & SIZE)
        {
        case L_8:
          outfn (stream, "%s", regnames[rn]);
          break;
        case L_16:
        case L_16U:
          outfn (stream, "%s", wregnames[rn]);
          break;
        case L_P:
        case L_32:
          outfn (stream, "%s", lregnames[rn]);
          break;
        }
    }
  else if ((x & MODE) == LOWREG)
    {
      switch (x & SIZE)
        {
        case L_8:
          /* Always take low half of reg.  */
          outfn (stream, "%s.b", regnames[rn < 8 ? rn + 8 : rn]);
          break;
        case L_16:
        case L_16U:
          /* Always take low half of reg.  */
          outfn (stream, "%s.w", wregnames[rn < 8 ? rn : rn - 8]);
          break;
        case L_P:
        case L_32:
          outfn (stream, "%s.l", lregnames[rn]);
          break;
        }
    }
  else if ((x & MODE) == POSTINC)
    outfn (stream, "@%s+", pregnames[rn]);
 
  else if ((x & MODE) == POSTDEC)
    outfn (stream, "@%s-", pregnames[rn]);
 
  else if ((x & MODE) == PREINC)
    outfn (stream, "@+%s", pregnames[rn]);
 
  else if ((x & MODE) == PREDEC)
    outfn (stream, "@-%s", pregnames[rn]);
 
  else if ((x & MODE) == IND)
    outfn (stream, "@%s", pregnames[rn]);
 
  else if ((x & MODE) == ABS || (x & ABSJMP))
    outfn (stream, "@0x%x:%d", (unsigned) cst, cstlen);
 
  else if ((x & MODE) == MEMIND)
    outfn (stream, "@@%d (0x%x)", cst, cst);
 
  else if ((x & MODE) == VECIND)
    {
      /* FIXME Multiplier should be 2 or 4, depending on processor mode,
         by which is meant "normal" vs. "middle", "advanced", "maximum".  */
 
      int offset = (cst + 0x80) * 4;
      outfn (stream, "@@%d (0x%x)", offset, offset);
    }
  else if ((x & MODE) == PCREL)
    {
      if ((x & SIZE) == L_16 ||
          (x & SIZE) == L_16U)
        {
          outfn (stream, ".%s%d (0x%lx)",
                   (short) cst > 0 ? "+" : "",
                   (short) cst,
                   (long)(addr + (short) cst + len));
        }
      else
        {
          outfn (stream, ".%s%d (0x%lx)",
                   (char) cst > 0 ? "+" : "",
                   (char) cst,
                   (long)(addr + (char) cst + len));
        }
    }
  else if ((x & MODE) == DISP)
    outfn (stream, "@(0x%x:%d,%s)", cst, cstlen, pregnames[rdisp_n]);
 
  else if ((x & MODE) == INDEXB)
    /* Always take low half of reg.  */
    outfn (stream, "@(0x%x:%d,%s.b)", cst, cstlen,
           regnames[rdisp_n < 8 ? rdisp_n + 8 : rdisp_n]);
 
  else if ((x & MODE) == INDEXW)
    /* Always take low half of reg.  */
    outfn (stream, "@(0x%x:%d,%s.w)", cst, cstlen,
           wregnames[rdisp_n < 8 ? rdisp_n : rdisp_n - 8]);
 
  else if ((x & MODE) == INDEXL)
    outfn (stream, "@(0x%x:%d,%s.l)", cst, cstlen, lregnames[rdisp_n]);
 
  else if (x & CTRL)
    outfn (stream, cregnames[rn]);
 
  else if ((x & MODE) == CCR)
    outfn (stream, "ccr");
 
  else if ((x & MODE) == EXR)
    outfn (stream, "exr");
 
  else if ((x & MODE) == MACREG)
    outfn (stream, "mac%c", cst ? 'l' : 'h');
 
  else
    /* xgettext:c-format */
    outfn (stream, _("Hmmmm 0x%x"), x);
}
 
static unsigned int
bfd_h8_disassemble (bfd_vma addr, disassemble_info *info, int mach)
{
  /* Find the first entry in the table for this opcode.  */
  int regno[3] = { 0, 0, 0 };
  int dispregno[3] = { 0, 0, 0 };
  int cst[3] = { 0, 0, 0 };
  int cstlen[3] = { 0, 0, 0 };
  static bfd_boolean init = 0;
  const struct h8_instruction *qi;
  char const **pregnames = mach != 0 ? lregnames : wregnames;
  int status;
  unsigned int l;
  unsigned char data[MAX_CODE_NIBBLES];
  void *stream = info->stream;
  fprintf_ftype outfn = info->fprintf_func;
 
  if (!init)
    {
      bfd_h8_disassemble_init ();
      init = 1;
    }
 
  status = info->read_memory_func (addr, data, 2, info);
  if (status != 0)
    {
      info->memory_error_func (status, addr, info);
      return -1;
    }
 
  for (l = 2; status == 0 && l < sizeof (data) / 2; l += 2)
    status = info->read_memory_func (addr + l, data + l, 2, info);
 
  /* Find the exact opcode/arg combo.  */
  for (qi = h8_instructions; qi->opcode->name; qi++)
    {
      const struct h8_opcode *q = qi->opcode;
      const op_type *nib = q->data.nib;
      unsigned int len = 0;
 
      while (1)
        {
          op_type looking_for = *nib;
          int thisnib = data[len / 2];
          int opnr;
 
          thisnib = (len & 1) ? (thisnib & 0xf) : ((thisnib / 16) & 0xf);
          opnr = ((looking_for & OP3) == OP3 ? 2
                  : (looking_for & DST) == DST ? 1 : 0);
 
          if (looking_for < 16 && looking_for >= 0)
            {
              if (looking_for != thisnib)
                goto fail;
            }
          else
            {
              if ((int) looking_for & (int) B31)
                {
                  if (!((thisnib & 0x8) != 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B31);
                  thisnib &= 0x7;
                }
              else if ((int) looking_for & (int) B30)
                {
                  if (!((thisnib & 0x8) == 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B30);
                }
 
              if ((int) looking_for & (int) B21)
                {
                  if (!((thisnib & 0x4) != 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B21);
                  thisnib &= 0xb;
                }
              else if ((int) looking_for & (int) B20)
                {
                  if (!((thisnib & 0x4) == 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B20);
                }
              if ((int) looking_for & (int) B11)
                {
                  if (!((thisnib & 0x2) != 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B11);
                  thisnib &= 0xd;
                }
              else if ((int) looking_for & (int) B10)
                {
                  if (!((thisnib & 0x2) == 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B10);
                }
 
              if ((int) looking_for & (int) B01)
                {
                  if (!((thisnib & 0x1) != 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B01);
                  thisnib &= 0xe;
                }
              else if ((int) looking_for & (int) B00)
                {
                  if (!((thisnib & 0x1) == 0))
                    goto fail;
 
                  looking_for = (op_type) ((int) looking_for & ~(int) B00);
                }
 
              if (looking_for & IGNORE)
                {
                  /* Hitachi has declared that IGNORE must be zero.  */
                  if (thisnib != 0)
                    goto fail;
                }
              else if ((looking_for & MODE) == DATA)
                {
                  ;                     /* Skip embedded data.  */
                }
              else if ((looking_for & MODE) == DBIT)
                {
                  /* Exclude adds/subs by looking at bit 0 and 2, and
                     make sure the operand size, either w or l,
                     matches by looking at bit 1.  */
                  if ((looking_for & 7) != (thisnib & 7))
                    goto fail;
 
                  cst[opnr] = (thisnib & 0x8) ? 2 : 1;
                }
              else if ((looking_for & MODE) == DISP
                       || (looking_for & MODE) == ABS
                       || (looking_for & MODE) == PCREL
                       || (looking_for & MODE) == INDEXB
                       || (looking_for & MODE) == INDEXW
                       || (looking_for & MODE) == INDEXL)
                {
                  extract_immediate (stream, looking_for, thisnib,
                                     data + len / 2, cst + opnr,
                                     cstlen + opnr, q);
                  /* Even address == bra, odd == bra/s.  */
                  if (q->how == O (O_BRAS, SB))
                    cst[opnr] -= 1;
                }
              else if ((looking_for & MODE) == REG
                       || (looking_for & MODE) == LOWREG
                       || (looking_for & MODE) == IND
                       || (looking_for & MODE) == PREINC
                       || (looking_for & MODE) == POSTINC
                       || (looking_for & MODE) == PREDEC
                       || (looking_for & MODE) == POSTDEC)
                {
                  regno[opnr] = thisnib;
                }
              else if (looking_for & CTRL)      /* Control Register.  */
                {
                  thisnib &= 7;
                  if (((looking_for & MODE) == CCR  && (thisnib != C_CCR))
                      || ((looking_for & MODE) == EXR  && (thisnib != C_EXR))
                      || ((looking_for & MODE) == MACH && (thisnib != C_MACH))
                      || ((looking_for & MODE) == MACL && (thisnib != C_MACL))
                      || ((looking_for & MODE) == VBR  && (thisnib != C_VBR))
                      || ((looking_for & MODE) == SBR  && (thisnib != C_SBR)))
                    goto fail;
                  if (((looking_for & MODE) == CCR_EXR
                       && (thisnib != C_CCR && thisnib != C_EXR))
                      || ((looking_for & MODE) == VBR_SBR
                          && (thisnib != C_VBR && thisnib != C_SBR))
                      || ((looking_for & MODE) == MACREG
                          && (thisnib != C_MACH && thisnib != C_MACL)))
                    goto fail;
                  if (((looking_for & MODE) == CC_EX_VB_SB
                       && (thisnib != C_CCR && thisnib != C_EXR
                           && thisnib != C_VBR && thisnib != C_SBR)))
                    goto fail;
 
                  regno[opnr] = thisnib;
                }
              else if ((looking_for & SIZE) == L_5)
                {
                  cst[opnr] = data[len / 2] & 31;
                  cstlen[opnr] = 5;
                }
              else if ((looking_for & SIZE) == L_4)
                {
                  cst[opnr] = thisnib;
                  cstlen[opnr] = 4;
                }
              else if ((looking_for & SIZE) == L_16
                       || (looking_for & SIZE) == L_16U)
                {
                  cst[opnr] = (data[len / 2]) * 256 + data[(len + 2) / 2];
                  cstlen[opnr] = 16;
                }
              else if ((looking_for & MODE) == MEMIND)
                {
                  cst[opnr] = data[1];
                }
              else if ((looking_for & MODE) == VECIND)
                {
                  cst[opnr] = data[1] & 0x7f;
                }
              else if ((looking_for & SIZE) == L_32)
                {
                  int i = len / 2;
 
                  cst[opnr] = ((data[i] << 24)
                               | (data[i + 1] << 16)
                               | (data[i + 2] << 8)
                               | (data[i + 3]));
 
                  cstlen[opnr] = 32;
                }
              else if ((looking_for & SIZE) == L_24)
                {
                  int i = len / 2;
 
                  cst[opnr] =
                    (data[i] << 16) | (data[i + 1] << 8) | (data[i + 2]);
                  cstlen[opnr] = 24;
                }
              else if (looking_for & IGNORE)
                {
                  ;
                }
              else if (looking_for & DISPREG)
                {
                  dispregno[opnr] = thisnib & 7;
                }
              else if ((looking_for & MODE) == KBIT)
                {
                  switch (thisnib)
                    {
                    case 9:
                      cst[opnr] = 4;
                      break;
                    case 8:
                      cst[opnr] = 2;
                      break;
                    case 0:
                      cst[opnr] = 1;
                      break;
                    default:
                      goto fail;
                    }
                }
              else if ((looking_for & SIZE) == L_8)
                {
                  cstlen[opnr] = 8;
                  cst[opnr] = data[len / 2];
                }
              else if ((looking_for & SIZE) == L_3
                       || (looking_for & SIZE) == L_3NZ)
                {
                  cst[opnr] = thisnib & 0x7;
                  if (cst[opnr] == 0 && (looking_for & SIZE) == L_3NZ)
                    goto fail;
                }
              else if ((looking_for & SIZE) == L_2)
                {
                  cstlen[opnr] = 2;
                  cst[opnr] = thisnib & 0x3;
                }
              else if ((looking_for & MODE) == MACREG)
                {
                  cst[opnr] = (thisnib == 3);
                }
              else if (looking_for == (op_type) E)
                {
                  outfn (stream, "%s\t", q->name);
 
                  /* Gross.  Disgusting.  */
                  if (strcmp (q->name, "ldm.l") == 0)
                    {
                      int count, high;
 
                      count = (data[1] / 16) & 0x3;
                      high = regno[1];
 
                      outfn (stream, "@sp+,er%d-er%d", high - count, high);
                      return qi->length;
                    }
 
                  if (strcmp (q->name, "stm.l") == 0)
                    {
                      int count, low;
 
                      count = (data[1] / 16) & 0x3;
                      low = regno[0];
 
                      outfn (stream, "er%d-er%d,@-sp", low, low + count);
                      return qi->length;
                    }
                  if (strcmp (q->name, "rte/l") == 0
                      || strcmp (q->name, "rts/l") == 0)
                    {
                      if (regno[0] == 0)
                        outfn (stream, "er%d", regno[1]);
                      else
                        outfn (stream, "er%d-er%d", regno[1] - regno[0],
                               regno[1]);
                      return qi->length;
                    }
                  if (CONST_STRNEQ (q->name, "mova"))
                    {
                      const op_type *args = q->args.nib;
 
                      if (args[1] == (op_type) E)
                        {
                          /* Short form.  */
                          print_one_arg (info, addr, args[0], cst[0],
                                         cstlen[0], dispregno[0], regno[0],
                                         pregnames, qi->length);
                          outfn (stream, ",er%d", dispregno[0]);
                        }
                      else
                        {
                          outfn (stream, "@(0x%x:%d,", cst[0], cstlen[0]);
                          print_one_arg (info, addr, args[1], cst[1],
                                         cstlen[1], dispregno[1], regno[1],
                                         pregnames, qi->length);
                          outfn (stream, ".%c),",
                                 (args[0] & MODE) == INDEXB ? 'b' : 'w');
                          print_one_arg (info, addr, args[2], cst[2],
                                         cstlen[2], dispregno[2], regno[2],
                                         pregnames, qi->length);
                        }
                      return qi->length;
                    }
                  /* Fill in the args.  */
                  {
                    const op_type *args = q->args.nib;
                    int hadone = 0;
                    int nargs;
 
                    /* Special case handling for the adds and subs instructions
                       since in H8 mode thay can only take the r0-r7 registers
                       but in other (higher) modes they can take the er0-er7
                       registers as well.  */
                    if (strcmp (qi->opcode->name, "adds") == 0
                        || strcmp (qi->opcode->name, "subs") == 0)
                      {
                        outfn (stream, "#%d,%s", cst[0], pregnames[regno[1] & 0x7]);
                        return qi->length;
                      }
 
                    for (nargs = 0;
                         nargs < 3 && args[nargs] != (op_type) E;
                         nargs++)
                      {
                        int x = args[nargs];
 
                        if (hadone)
                          outfn (stream, ",");
 
                        print_one_arg (info, addr, x,
                                       cst[nargs], cstlen[nargs],
                                       dispregno[nargs], regno[nargs],
                                       pregnames, qi->length);
 
                        hadone = 1;
                      }
                  }
 
                  return qi->length;
                }
              else
                /* xgettext:c-format */
                outfn (stream, _("Don't understand 0x%x \n"), looking_for);
            }
 
          len++;
          nib++;
        }
 
    fail:
      ;
    }
 
  /* Fell off the end.  */
  outfn (stream, ".word\tH'%x,H'%x", data[0], data[1]);
  return 2;
}
 
int
print_insn_h8300 (bfd_vma addr, disassemble_info *info)
{
  return bfd_h8_disassemble (addr, info, 0);
}
 
int
print_insn_h8300h (bfd_vma addr, disassemble_info *info)
{
  return bfd_h8_disassemble (addr, info, 1);
}
 
int
print_insn_h8300s (bfd_vma addr, disassemble_info *info)
{
  return bfd_h8_disassemble (addr, info, 2);
}

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[/] [openrisc/] [trunk/] [gnu-old/] [gdb-6.8/] [opcodes/] [h8300-dis.c] - Blame information for rev 24

Line No.	Rev	Author	Line
1	24	jeremybenn	`/* Disassemble h8300 instructions.`
2			`Copyright 1993, 1994, 1996, 1998, 2000, 2001, 2002, 2003, 2004, 2005, 2006,`
3			`2007 Free Software Foundation, Inc.`
4
5			`This file is part of the GNU opcodes library.`
6
7			`This library is free software; you can redistribute it and/or modify`
8			`it under the terms of the GNU General Public License as published by`
9			`the Free Software Foundation; either version 3, or (at your option)`
10			`any later version.`
11
12			`It is distributed in the hope that it will be useful, but WITHOUT`
13			`ANY WARRANTY; without even the implied warranty of MERCHANTABILITY`
14			`or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public`
15			`License for more details.`
16
17			`You should have received a copy of the GNU General Public License`
18			`along with this program; if not, write to the Free Software`
19			`Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston,`
20			`MA 02110-1301, USA. */`
21
22			`#define DEFINE_TABLE`
23
24			`#include "sysdep.h"`
25			`#define h8_opcodes h8ops`
26			`#include "opcode/h8300.h"`
27			`#include "dis-asm.h"`
28			`#include "opintl.h"`
29			`#include "libiberty.h"`
30
31			`struct h8_instruction`
32			`{`
33			`int length;`
34			`const struct h8_opcode *opcode;`
35			`};`
36
37			`struct h8_instruction *h8_instructions;`
38
39			`/* Run through the opcodes and sort them into order to make them easy`
40			`to disassemble. */`
41
42			`static void`
43			`bfd_h8_disassemble_init (void)`
44			`{`
45			`unsigned int i;`
46			`unsigned int nopcodes;`
47			`const struct h8_opcode *p;`
48			`struct h8_instruction *pi;`
49
50			`nopcodes = sizeof (h8_opcodes) / sizeof (struct h8_opcode);`
51
52			`h8_instructions = xmalloc (nopcodes * sizeof (struct h8_instruction));`
53
54			`for (p = h8_opcodes, pi = h8_instructions; p->name; p++, pi++)`
55			`{`
56			`int n1 = 0;`
57			`int n2 = 0;`
58
59			`if ((int) p->data.nib[0] < 16)`
60			`n1 = (int) p->data.nib[0];`
61			`else`
62			`n1 = 0;`
63
64			`if ((int) p->data.nib[1] < 16)`
65			`n2 = (int) p->data.nib[1];`
66			`else`
67			`n2 = 0;`
68
69			`/* Just make sure there are an even number of nibbles in it, and`
70			`that the count is the same as the length. */`
71			`for (i = 0; p->data.nib[i] != (op_type) E; i++)`
72			`;`
73
74			`if (i & 1)`
75			`{`
76			`fprintf (stderr, "Internal error, h8_disassemble_init.\n");`
77			`abort ();`
78			`}`
79
80			`pi->length = i / 2;`
81			`pi->opcode = p;`
82			`}`
83
84			`/* Add entry for the NULL vector terminator. */`
85			`pi->length = 0;`
86			`pi->opcode = p;`
87			`}`
88
89			`static void`
90			`extract_immediate (FILE *stream,`
91			`op_type looking_for,`
92			`int thisnib,`
93			`unsigned char *data,`
94			`int *cst,`
95			`int *len,`
96			`const struct h8_opcode *q)`
97			`{`
98			`switch (looking_for & SIZE)`
99			`{`
100			`case L_2:`
101			`*len = 2;`
102			`*cst = thisnib & 3;`
103
104			`/* DISP2 special treatment. */`
105			`if ((looking_for & MODE) == DISP)`
106			`{`
107			`if (OP_KIND (q->how) == O_MOVAB`
108			`\|\| OP_KIND (q->how) == O_MOVAW`
109			`\|\| OP_KIND (q->how) == O_MOVAL)`
110			`{`
111			`/* Handling for mova insn. */`
112			`switch (q->args.nib[0] & MODE)`
113			`{`
114			`case INDEXB:`
115			`default:`
116			`break;`
117			`case INDEXW:`
118			`cst = 2;`
119			`break;`
120			`case INDEXL:`
121			`cst = 4;`
122			`break;`
123			`}`
124			`}`
125			`else`
126			`{`
127			`/* Handling for non-mova insn. */`
128			`switch (OP_SIZE (q->how))`
129			`{`
130			`default: break;`
131			`case SW:`
132			`cst = 2;`
133			`break;`
134			`case SL:`
135			`cst = 4;`
136			`break;`
137			`}`
138			`}`
139			`}`
140			`break;`
141			`case L_8:`
142			`*len = 8;`
143			`*cst = data[0];`
144			`break;`
145			`case L_16:`
146			`case L_16U:`
147			`*len = 16;`
148			`*cst = (data[0] << 8) + data [1];`
149			`#if 0`
150			`if ((looking_for & SIZE) == L_16)`
151			`cst = (short) cst; /* Sign extend. */`
152			`#endif`
153			`break;`
154			`case L_32:`
155			`*len = 32;`
156			`*cst = (data[0] << 24) + (data[1] << 16) + (data[2] << 8) + data[3];`
157			`break;`
158			`default:`
159			`*len = 0;`
160			`*cst = 0;`
161			`fprintf (stream, "DISP bad size\n");`
162			`break;`
163			`}`
164			`}`
165
166			`static const char *regnames[] =`
167			`{`
168			`"r0h", "r1h", "r2h", "r3h", "r4h", "r5h", "r6h", "r7h",`
169			`"r0l", "r1l", "r2l", "r3l", "r4l", "r5l", "r6l", "r7l"`
170			`};`
171			`static const char *wregnames[] =`
172			`{`
173			`"r0", "r1", "r2", "r3", "r4", "r5", "r6", "r7",`
174			`"e0", "e1", "e2", "e3", "e4", "e5", "e6", "e7"`
175			`};`
176			`static const char *lregnames[] =`
177			`{`
178			`"er0", "er1", "er2", "er3", "er4", "er5", "er6", "er7",`
179			`"er0", "er1", "er2", "er3", "er4", "er5", "er6", "er7"`
180			`};`
181			`static const char *cregnames[] =`
182			`{`
183			`"ccr", "exr", "mach", "macl", "", "", "vbr", "sbr"`
184			`};`
185
186			`static void`
187			`print_one_arg (disassemble_info *info,`
188			`bfd_vma addr,`
189			`op_type x,`
190			`int cst,`
191			`int cstlen,`
192			`int rdisp_n,`
193			`int rn,`
194			`const char **pregnames,`
195			`int len)`
196			`{`
197			`void * stream = info->stream;`
198			`fprintf_ftype outfn = info->fprintf_func;`
199
200			`if ((x & SIZE) == L_3 \|\| (x & SIZE) == L_3NZ)`
201			`outfn (stream, "#0x%x", (unsigned) cst);`
202			`else if ((x & MODE) == IMM)`
203			`outfn (stream, "#0x%x", (unsigned) cst);`
204			`else if ((x & MODE) == DBIT \|\| (x & MODE) == KBIT)`
205			`outfn (stream, "#%d", (unsigned) cst);`
206			`else if ((x & MODE) == CONST_2)`
207			`outfn (stream, "#2");`
208			`else if ((x & MODE) == CONST_4)`
209			`outfn (stream, "#4");`
210			`else if ((x & MODE) == CONST_8)`
211			`outfn (stream, "#8");`
212			`else if ((x & MODE) == CONST_16)`
213			`outfn (stream, "#16");`
214			`else if ((x & MODE) == REG)`
215			`{`
216			`switch (x & SIZE)`
217			`{`
218			`case L_8:`
219			`outfn (stream, "%s", regnames[rn]);`
220			`break;`
221			`case L_16:`
222			`case L_16U:`
223			`outfn (stream, "%s", wregnames[rn]);`
224			`break;`
225			`case L_P:`
226			`case L_32:`
227			`outfn (stream, "%s", lregnames[rn]);`
228			`break;`
229			`}`
230			`}`
231			`else if ((x & MODE) == LOWREG)`
232			`{`
233			`switch (x & SIZE)`
234			`{`
235			`case L_8:`
236			`/* Always take low half of reg. */`
237			`outfn (stream, "%s.b", regnames[rn < 8 ? rn + 8 : rn]);`
238			`break;`
239			`case L_16:`
240			`case L_16U:`
241			`/* Always take low half of reg. */`
242			`outfn (stream, "%s.w", wregnames[rn < 8 ? rn : rn - 8]);`
243			`break;`
244			`case L_P:`
245			`case L_32:`
246			`outfn (stream, "%s.l", lregnames[rn]);`
247			`break;`
248			`}`
249			`}`
250			`else if ((x & MODE) == POSTINC)`
251			`outfn (stream, "@%s+", pregnames[rn]);`
252
253			`else if ((x & MODE) == POSTDEC)`
254			`outfn (stream, "@%s-", pregnames[rn]);`
255
256			`else if ((x & MODE) == PREINC)`
257			`outfn (stream, "@+%s", pregnames[rn]);`
258
259			`else if ((x & MODE) == PREDEC)`
260			`outfn (stream, "@-%s", pregnames[rn]);`
261
262			`else if ((x & MODE) == IND)`
263			`outfn (stream, "@%s", pregnames[rn]);`
264
265			`else if ((x & MODE) == ABS \|\| (x & ABSJMP))`
266			`outfn (stream, "@0x%x:%d", (unsigned) cst, cstlen);`
267
268			`else if ((x & MODE) == MEMIND)`
269			`outfn (stream, "@@%d (0x%x)", cst, cst);`
270
271			`else if ((x & MODE) == VECIND)`
272			`{`
273			`/* FIXME Multiplier should be 2 or 4, depending on processor mode,`
274			`by which is meant "normal" vs. "middle", "advanced", "maximum". */`
275
276			`int offset = (cst + 0x80) * 4;`
277			`outfn (stream, "@@%d (0x%x)", offset, offset);`
278			`}`
279			`else if ((x & MODE) == PCREL)`
280			`{`
281			`if ((x & SIZE) == L_16 \|\|`
282			`(x & SIZE) == L_16U)`
283			`{`
284			`outfn (stream, ".%s%d (0x%lx)",`
285			`(short) cst > 0 ? "+" : "",`
286			`(short) cst,`
287			`(long)(addr + (short) cst + len));`
288			`}`
289			`else`
290			`{`
291			`outfn (stream, ".%s%d (0x%lx)",`
292			`(char) cst > 0 ? "+" : "",`
293			`(char) cst,`
294			`(long)(addr + (char) cst + len));`
295			`}`
296			`}`
297			`else if ((x & MODE) == DISP)`
298			`outfn (stream, "@(0x%x:%d,%s)", cst, cstlen, pregnames[rdisp_n]);`
299
300			`else if ((x & MODE) == INDEXB)`
301			`/* Always take low half of reg. */`
302			`outfn (stream, "@(0x%x:%d,%s.b)", cst, cstlen,`
303			`regnames[rdisp_n < 8 ? rdisp_n + 8 : rdisp_n]);`
304
305			`else if ((x & MODE) == INDEXW)`
306			`/* Always take low half of reg. */`
307			`outfn (stream, "@(0x%x:%d,%s.w)", cst, cstlen,`
308			`wregnames[rdisp_n < 8 ? rdisp_n : rdisp_n - 8]);`
309
310			`else if ((x & MODE) == INDEXL)`
311			`outfn (stream, "@(0x%x:%d,%s.l)", cst, cstlen, lregnames[rdisp_n]);`
312
313			`else if (x & CTRL)`
314			`outfn (stream, cregnames[rn]);`
315
316			`else if ((x & MODE) == CCR)`
317			`outfn (stream, "ccr");`
318
319			`else if ((x & MODE) == EXR)`
320			`outfn (stream, "exr");`
321
322			`else if ((x & MODE) == MACREG)`
323			`outfn (stream, "mac%c", cst ? 'l' : 'h');`
324
325			`else`
326			`/* xgettext:c-format */`
327			`outfn (stream, _("Hmmmm 0x%x"), x);`
328			`}`
329
330			`static unsigned int`
331			`bfd_h8_disassemble (bfd_vma addr, disassemble_info *info, int mach)`
332			`{`
333			`/* Find the first entry in the table for this opcode. */`
334			`int regno[3] = { 0, 0, 0 };`
335			`int dispregno[3] = { 0, 0, 0 };`
336			`int cst[3] = { 0, 0, 0 };`
337			`int cstlen[3] = { 0, 0, 0 };`
338			`static bfd_boolean init = 0;`
339			`const struct h8_instruction *qi;`
340			`char const **pregnames = mach != 0 ? lregnames : wregnames;`
341			`int status;`
342			`unsigned int l;`
343			`unsigned char data[MAX_CODE_NIBBLES];`
344			`void *stream = info->stream;`
345			`fprintf_ftype outfn = info->fprintf_func;`
346
347			`if (!init)`
348			`{`
349			`bfd_h8_disassemble_init ();`
350			`init = 1;`
351			`}`
352
353			`status = info->read_memory_func (addr, data, 2, info);`
354			`if (status != 0)`
355			`{`
356			`info->memory_error_func (status, addr, info);`
357			`return -1;`
358			`}`
359
360			`for (l = 2; status == 0 && l < sizeof (data) / 2; l += 2)`
361			`status = info->read_memory_func (addr + l, data + l, 2, info);`
362
363			`/* Find the exact opcode/arg combo. */`
364			`for (qi = h8_instructions; qi->opcode->name; qi++)`
365			`{`
366			`const struct h8_opcode *q = qi->opcode;`
367			`const op_type *nib = q->data.nib;`
368			`unsigned int len = 0;`
369
370			`while (1)`
371			`{`
372			`op_type looking_for = *nib;`
373			`int thisnib = data[len / 2];`
374			`int opnr;`
375
376			`thisnib = (len & 1) ? (thisnib & 0xf) : ((thisnib / 16) & 0xf);`
377			`opnr = ((looking_for & OP3) == OP3 ? 2`
378			`: (looking_for & DST) == DST ? 1 : 0);`
379
380			`if (looking_for < 16 && looking_for >= 0)`
381			`{`
382			`if (looking_for != thisnib)`
383			`goto fail;`
384			`}`
385			`else`
386			`{`
387			`if ((int) looking_for & (int) B31)`
388			`{`
389			`if (!((thisnib & 0x8) != 0))`
390			`goto fail;`
391
392			`looking_for = (op_type) ((int) looking_for & ~(int) B31);`
393			`thisnib &= 0x7;`
394			`}`
395			`else if ((int) looking_for & (int) B30)`
396			`{`
397			`if (!((thisnib & 0x8) == 0))`
398			`goto fail;`
399
400			`looking_for = (op_type) ((int) looking_for & ~(int) B30);`
401			`}`
402
403			`if ((int) looking_for & (int) B21)`
404			`{`
405			`if (!((thisnib & 0x4) != 0))`
406			`goto fail;`
407
408			`looking_for = (op_type) ((int) looking_for & ~(int) B21);`
409			`thisnib &= 0xb;`
410			`}`
411			`else if ((int) looking_for & (int) B20)`
412			`{`
413			`if (!((thisnib & 0x4) == 0))`
414			`goto fail;`
415
416			`looking_for = (op_type) ((int) looking_for & ~(int) B20);`
417			`}`
418			`if ((int) looking_for & (int) B11)`
419			`{`
420			`if (!((thisnib & 0x2) != 0))`
421			`goto fail;`
422
423			`looking_for = (op_type) ((int) looking_for & ~(int) B11);`
424			`thisnib &= 0xd;`
425			`}`
426			`else if ((int) looking_for & (int) B10)`
427			`{`
428			`if (!((thisnib & 0x2) == 0))`
429			`goto fail;`
430
431			`looking_for = (op_type) ((int) looking_for & ~(int) B10);`
432			`}`
433
434			`if ((int) looking_for & (int) B01)`
435			`{`
436			`if (!((thisnib & 0x1) != 0))`
437			`goto fail;`
438
439			`looking_for = (op_type) ((int) looking_for & ~(int) B01);`
440			`thisnib &= 0xe;`
441			`}`
442			`else if ((int) looking_for & (int) B00)`
443			`{`
444			`if (!((thisnib & 0x1) == 0))`
445			`goto fail;`
446
447			`looking_for = (op_type) ((int) looking_for & ~(int) B00);`
448			`}`
449
450			`if (looking_for & IGNORE)`
451			`{`
452			`/* Hitachi has declared that IGNORE must be zero. */`
453			`if (thisnib != 0)`
454			`goto fail;`
455			`}`
456			`else if ((looking_for & MODE) == DATA)`
457			`{`
458			`; /* Skip embedded data. */`
459			`}`
460			`else if ((looking_for & MODE) == DBIT)`
461			`{`
462			`/* Exclude adds/subs by looking at bit 0 and 2, and`
463			`make sure the operand size, either w or l,`
464			`matches by looking at bit 1. */`
465			`if ((looking_for & 7) != (thisnib & 7))`
466			`goto fail;`
467
468			`cst[opnr] = (thisnib & 0x8) ? 2 : 1;`
469			`}`
470			`else if ((looking_for & MODE) == DISP`
471			`\|\| (looking_for & MODE) == ABS`
472			`\|\| (looking_for & MODE) == PCREL`
473			`\|\| (looking_for & MODE) == INDEXB`
474			`\|\| (looking_for & MODE) == INDEXW`
475			`\|\| (looking_for & MODE) == INDEXL)`
476			`{`
477			`extract_immediate (stream, looking_for, thisnib,`
478			`data + len / 2, cst + opnr,`
479			`cstlen + opnr, q);`
480			`/* Even address == bra, odd == bra/s. */`
481			`if (q->how == O (O_BRAS, SB))`
482			`cst[opnr] -= 1;`
483			`}`
484			`else if ((looking_for & MODE) == REG`
485			`\|\| (looking_for & MODE) == LOWREG`
486			`\|\| (looking_for & MODE) == IND`
487			`\|\| (looking_for & MODE) == PREINC`
488			`\|\| (looking_for & MODE) == POSTINC`
489			`\|\| (looking_for & MODE) == PREDEC`
490			`\|\| (looking_for & MODE) == POSTDEC)`
491			`{`
492			`regno[opnr] = thisnib;`
493			`}`
494			`else if (looking_for & CTRL) /* Control Register. */`
495			`{`
496			`thisnib &= 7;`
497			`if (((looking_for & MODE) == CCR && (thisnib != C_CCR))`
498			`\|\| ((looking_for & MODE) == EXR && (thisnib != C_EXR))`
499			`\|\| ((looking_for & MODE) == MACH && (thisnib != C_MACH))`
500			`\|\| ((looking_for & MODE) == MACL && (thisnib != C_MACL))`
501			`\|\| ((looking_for & MODE) == VBR && (thisnib != C_VBR))`
502			`\|\| ((looking_for & MODE) == SBR && (thisnib != C_SBR)))`
503			`goto fail;`
504			`if (((looking_for & MODE) == CCR_EXR`
505			`&& (thisnib != C_CCR && thisnib != C_EXR))`
506			`\|\| ((looking_for & MODE) == VBR_SBR`
507			`&& (thisnib != C_VBR && thisnib != C_SBR))`
508			`\|\| ((looking_for & MODE) == MACREG`
509			`&& (thisnib != C_MACH && thisnib != C_MACL)))`
510			`goto fail;`
511			`if (((looking_for & MODE) == CC_EX_VB_SB`
512			`&& (thisnib != C_CCR && thisnib != C_EXR`
513			`&& thisnib != C_VBR && thisnib != C_SBR)))`
514			`goto fail;`
515
516			`regno[opnr] = thisnib;`
517			`}`
518			`else if ((looking_for & SIZE) == L_5)`
519			`{`
520			`cst[opnr] = data[len / 2] & 31;`
521			`cstlen[opnr] = 5;`
522			`}`
523			`else if ((looking_for & SIZE) == L_4)`
524			`{`
525			`cst[opnr] = thisnib;`
526			`cstlen[opnr] = 4;`
527			`}`
528			`else if ((looking_for & SIZE) == L_16`
529			`\|\| (looking_for & SIZE) == L_16U)`
530			`{`
531			`cst[opnr] = (data[len / 2]) * 256 + data[(len + 2) / 2];`
532			`cstlen[opnr] = 16;`
533			`}`
534			`else if ((looking_for & MODE) == MEMIND)`
535			`{`
536			`cst[opnr] = data[1];`
537			`}`
538			`else if ((looking_for & MODE) == VECIND)`
539			`{`
540			`cst[opnr] = data[1] & 0x7f;`
541			`}`
542			`else if ((looking_for & SIZE) == L_32)`
543			`{`
544			`int i = len / 2;`
545
546			`cst[opnr] = ((data[i] << 24)`
547			`\| (data[i + 1] << 16)`
548			`\| (data[i + 2] << 8)`
549			`\| (data[i + 3]));`
550
551			`cstlen[opnr] = 32;`
552			`}`
553			`else if ((looking_for & SIZE) == L_24)`
554			`{`
555			`int i = len / 2;`
556
557			`cst[opnr] =`
558			`(data[i] << 16) \| (data[i + 1] << 8) \| (data[i + 2]);`
559			`cstlen[opnr] = 24;`
560			`}`
561			`else if (looking_for & IGNORE)`
562			`{`
563			`;`
564			`}`
565			`else if (looking_for & DISPREG)`
566			`{`
567			`dispregno[opnr] = thisnib & 7;`
568			`}`
569			`else if ((looking_for & MODE) == KBIT)`
570			`{`
571			`switch (thisnib)`
572			`{`
573			`case 9:`
574			`cst[opnr] = 4;`
575			`break;`
576			`case 8:`
577			`cst[opnr] = 2;`
578			`break;`
579			`case 0:`
580			`cst[opnr] = 1;`
581			`break;`
582			`default:`
583			`goto fail;`
584			`}`
585			`}`
586			`else if ((looking_for & SIZE) == L_8)`
587			`{`
588			`cstlen[opnr] = 8;`
589			`cst[opnr] = data[len / 2];`
590			`}`
591			`else if ((looking_for & SIZE) == L_3`
592			`\|\| (looking_for & SIZE) == L_3NZ)`
593			`{`
594			`cst[opnr] = thisnib & 0x7;`
595			`if (cst[opnr] == 0 && (looking_for & SIZE) == L_3NZ)`
596			`goto fail;`
597			`}`
598			`else if ((looking_for & SIZE) == L_2)`
599			`{`
600			`cstlen[opnr] = 2;`
601			`cst[opnr] = thisnib & 0x3;`
602			`}`
603			`else if ((looking_for & MODE) == MACREG)`
604			`{`
605			`cst[opnr] = (thisnib == 3);`
606			`}`
607			`else if (looking_for == (op_type) E)`
608			`{`
609			`outfn (stream, "%s\t", q->name);`
610
611			`/* Gross. Disgusting. */`
612			`if (strcmp (q->name, "ldm.l") == 0)`
613			`{`
614			`int count, high;`
615
616			`count = (data[1] / 16) & 0x3;`
617			`high = regno[1];`
618
619			`outfn (stream, "@sp+,er%d-er%d", high - count, high);`
620			`return qi->length;`
621			`}`
622
623			`if (strcmp (q->name, "stm.l") == 0)`
624			`{`
625			`int count, low;`
626
627			`count = (data[1] / 16) & 0x3;`
628			`low = regno[0];`
629
630			`outfn (stream, "er%d-er%d,@-sp", low, low + count);`
631			`return qi->length;`
632			`}`
633			`if (strcmp (q->name, "rte/l") == 0`
634			`\|\| strcmp (q->name, "rts/l") == 0)`
635			`{`
636			`if (regno[0] == 0)`
637			`outfn (stream, "er%d", regno[1]);`
638			`else`
639			`outfn (stream, "er%d-er%d", regno[1] - regno[0],`
640			`regno[1]);`
641			`return qi->length;`
642			`}`
643			`if (CONST_STRNEQ (q->name, "mova"))`
644			`{`
645			`const op_type *args = q->args.nib;`
646
647			`if (args[1] == (op_type) E)`
648			`{`
649			`/* Short form. */`
650			`print_one_arg (info, addr, args[0], cst[0],`
651			`cstlen[0], dispregno[0], regno[0],`
652			`pregnames, qi->length);`
653			`outfn (stream, ",er%d", dispregno[0]);`
654			`}`
655			`else`
656			`{`
657			`outfn (stream, "@(0x%x:%d,", cst[0], cstlen[0]);`
658			`print_one_arg (info, addr, args[1], cst[1],`
659			`cstlen[1], dispregno[1], regno[1],`
660			`pregnames, qi->length);`
661			`outfn (stream, ".%c),",`
662			`(args[0] & MODE) == INDEXB ? 'b' : 'w');`
663			`print_one_arg (info, addr, args[2], cst[2],`
664			`cstlen[2], dispregno[2], regno[2],`
665			`pregnames, qi->length);`
666			`}`
667			`return qi->length;`
668			`}`
669			`/* Fill in the args. */`
670			`{`
671			`const op_type *args = q->args.nib;`
672			`int hadone = 0;`
673			`int nargs;`
674
675			`/* Special case handling for the adds and subs instructions`
676			`since in H8 mode thay can only take the r0-r7 registers`
677			`but in other (higher) modes they can take the er0-er7`
678			`registers as well. */`
679			`if (strcmp (qi->opcode->name, "adds") == 0`
680			`\|\| strcmp (qi->opcode->name, "subs") == 0)`
681			`{`
682			`outfn (stream, "#%d,%s", cst[0], pregnames[regno[1] & 0x7]);`
683			`return qi->length;`
684			`}`
685
686			`for (nargs = 0;`
687			`nargs < 3 && args[nargs] != (op_type) E;`
688			`nargs++)`
689			`{`
690			`int x = args[nargs];`
691
692			`if (hadone)`
693			`outfn (stream, ",");`
694
695			`print_one_arg (info, addr, x,`
696			`cst[nargs], cstlen[nargs],`
697			`dispregno[nargs], regno[nargs],`
698			`pregnames, qi->length);`
699
700			`hadone = 1;`
701			`}`
702			`}`
703
704			`return qi->length;`
705			`}`
706			`else`
707			`/* xgettext:c-format */`
708			`outfn (stream, _("Don't understand 0x%x \n"), looking_for);`
709			`}`
710
711			`len++;`
712			`nib++;`
713			`}`
714
715			`fail:`
716			`;`
717			`}`
718
719			`/* Fell off the end. */`
720			`outfn (stream, ".word\tH'%x,H'%x", data[0], data[1]);`
721			`return 2;`
722			`}`
723
724			`int`
725			`print_insn_h8300 (bfd_vma addr, disassemble_info *info)`
726			`{`
727			`return bfd_h8_disassemble (addr, info, 0);`
728			`}`
729
730			`int`
731			`print_insn_h8300h (bfd_vma addr, disassemble_info *info)`
732			`{`
733			`return bfd_h8_disassemble (addr, info, 1);`
734			`}`
735
736			`int`
737			`print_insn_h8300s (bfd_vma addr, disassemble_info *info)`
738			`{`
739			`return bfd_h8_disassemble (addr, info, 2);`
740			`}`