// generated by rake gen
__attribute__((__noinline__))
static VALUE bspec_exec(void** ip, char* s, VALUE a) {
  static void* opcodes[] = { &&BS_RET, &&BS_EXPECT8, &&BS_EXPECT16, &&BS_EXPECT32, &&BS_EXPECT64, &&BS_INT8, &&BS_UINT8, &&BS_INT16, &&BS_INT16_SWAP, &&BS_INT32, &&BS_INT32_SWAP, &&BS_INT64, &&BS_INT64_SWAP, &&BS_UINT16, &&BS_UINT16_SWAP, &&BS_UINT32, &&BS_UINT32_SWAP, &&BS_UINT64, &&BS_UINT64_SWAP, &&BS_SINGLE, &&BS_SINGLE_SWAP, &&BS_DOUBLE, &&BS_DOUBLE_SWAP };
  if (ip == NULL) {
    return (VALUE)opcodes;
  }
  goto **(ip++);
BS_RET:
  return a;

BS_EXPECT8:
  {
    char* expect = (char*)(ip++);
    if (strncmp(s, expect, 1)) {
      return Qnil;
    }
    goto **(ip++);
  }

BS_EXPECT16:
  {
    char* expect = (char*)(ip++);
    if (strncmp(s, expect, 2)) {
      return Qnil;
    }
    goto **(ip++);
  }

BS_EXPECT32:
  {
    char* expect = (char*)(ip++);
    if (strncmp(s, expect, 4)) {
      return Qnil;
    }
    goto **(ip++);
  }

BS_EXPECT64:
  {
    char* expect = (char*)(ip++);
    if (strncmp(s, expect, 8)) {
      return Qnil;
    }
    goto **(ip++);
  }


BS_INT8:
  {
    uint8_t r = ((uint8_t*)s)[0];
    rb_ary_push(a, INT2FIX(CAST(r, int8_t)));
    s += 1;
    goto **(ip++);
  }

BS_UINT8:
  {
    uint8_t r = ((uint8_t*)s)[0];
    rb_ary_push(a, INT2FIX(CAST(r, uint8_t)));
    s += 1;
    goto **(ip++);
  }

BS_INT16:
  {
    uint16_t r = ((uint16_t*)s)[0];
    rb_ary_push(a, INT2FIX(CAST(r, int16_t)));
    s += 2;
    goto **(ip++);
  }

BS_INT16_SWAP:
  {
    uint16_t r = swap16(((uint16_t*)s)[0]);
    rb_ary_push(a, INT2FIX(CAST(r, int16_t)));
    s += 2;
    goto **(ip++);
  }

BS_INT32:
  {
    uint32_t r = ((uint32_t*)s)[0];
    rb_ary_push(a, INT2NUM(CAST(r, int32_t)));
    s += 4;
    goto **(ip++);
  }

BS_INT32_SWAP:
  {
    uint32_t r = swap32(((uint32_t*)s)[0]);
    rb_ary_push(a, INT2NUM(CAST(r, int32_t)));
    s += 4;
    goto **(ip++);
  }

BS_INT64:
  {
    uint64_t r = ((uint64_t*)s)[0];
    rb_ary_push(a, INT64toNUM(CAST(r, int64_t)));
    s += 8;
    goto **(ip++);
  }

BS_INT64_SWAP:
  {
    uint64_t r = swap64(((uint64_t*)s)[0]);
    rb_ary_push(a, INT64toNUM(CAST(r, int64_t)));
    s += 8;
    goto **(ip++);
  }

BS_UINT16:
  {
    uint16_t r = ((uint16_t*)s)[0];
    rb_ary_push(a, INT2FIX(CAST(r, uint16_t)));
    s += 2;
    goto **(ip++);
  }

BS_UINT16_SWAP:
  {
    uint16_t r = swap16(((uint16_t*)s)[0]);
    rb_ary_push(a, INT2FIX(CAST(r, uint16_t)));
    s += 2;
    goto **(ip++);
  }

BS_UINT32:
  {
    uint32_t r = ((uint32_t*)s)[0];
    rb_ary_push(a, UINT64toNUM(r));
    s += 4;
    goto **(ip++);
  }

BS_UINT32_SWAP:
  {
    uint32_t r = swap32(((uint32_t*)s)[0]);
    rb_ary_push(a, UINT64toNUM(r));
    s += 4;
    goto **(ip++);
  }

BS_UINT64:
  {
    uint64_t r = ((uint64_t*)s)[0];
    rb_ary_push(a, UINT64toNUM(r));
    s += 8;
    goto **(ip++);
  }

BS_UINT64_SWAP:
  {
    uint64_t r = swap64(((uint64_t*)s)[0]);
    rb_ary_push(a, UINT64toNUM(r));
    s += 8;
    goto **(ip++);
  }

BS_SINGLE:
  {
    uint32_t r = ((uint32_t*)s)[0];
    rb_ary_push(a, DBL2NUM((double)CAST(r, float)));
    s += 4;
    goto **(ip++);
  }

BS_SINGLE_SWAP:
  {
    uint32_t r = swap32(((uint32_t*)s)[0]);
    rb_ary_push(a, DBL2NUM((double)CAST(r, float)));
    s += 4;
    goto **(ip++);
  }

BS_DOUBLE:
  {
    uint64_t r = ((uint64_t*)s)[0];
    rb_ary_push(a, DBL2NUM(CAST(r, double)));
    s += 8;
    goto **(ip++);
  }

BS_DOUBLE_SWAP:
  {
    uint64_t r = swap64(((uint64_t*)s)[0]);
    rb_ary_push(a, DBL2NUM(CAST(r, double)));
    s += 8;
    goto **(ip++);
  }

}