/usr/src/gnu/usr.bin/binutils-2.17/binutils/stabs.c

Bug Summary

File:	src/gnu/usr.bin/binutils-2.17/binutils/stabs.c
Warning:	line 4451, column 13 Access to field 'typestring_count' results in a dereference of a null pointer (loaded from variable 'minfo')
Annotated Source Code

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clang -cc1 -cc1 -triple amd64-unknown-openbsd7.0 -analyze -disable-free -disable-llvm-verifier -discard-value-names -main-file-name stabs.c -analyzer-store=region -analyzer-opt-analyze-nested-blocks -analyzer-checker=core -analyzer-checker=apiModeling -analyzer-checker=unix -analyzer-checker=deadcode -analyzer-checker=security.insecureAPI.UncheckedReturn -analyzer-checker=security.insecureAPI.getpw -analyzer-checker=security.insecureAPI.gets -analyzer-checker=security.insecureAPI.mktemp -analyzer-checker=security.insecureAPI.mkstemp -analyzer-checker=security.insecureAPI.vfork -analyzer-checker=nullability.NullPassedToNonnull -analyzer-checker=nullability.NullReturnedFromNonnull -analyzer-output plist -w -setup-static-analyzer -mrelocation-model pic -pic-level 1 -pic-is-pie -mframe-pointer=all -relaxed-aliasing -fno-rounding-math -mconstructor-aliases -munwind-tables -target-cpu x86-64 -target-feature +retpoline-indirect-calls -target-feature +retpoline-indirect-branches -tune-cpu generic -debugger-tuning=gdb -fcoverage-compilation-dir=/usr/src/gnu/usr.bin/binutils-2.17/obj/binutils -resource-dir /usr/local/lib/clang/13.0.0 -D HAVE_CONFIG_H -I . -I /usr/src/gnu/usr.bin/binutils-2.17/binutils -I . -D _GNU_SOURCE -I . -I /usr/src/gnu/usr.bin/binutils-2.17/binutils -I ../bfd -I /usr/src/gnu/usr.bin/binutils-2.17/binutils/../bfd -I /usr/src/gnu/usr.bin/binutils-2.17/binutils/../include -I /usr/src/gnu/usr.bin/binutils-2.17/binutils/../intl -I ../intl -D LOCALEDIR="/usr/share/locale" -D bin_dummy_emulation=bin_vanilla_emulation -D PIE_DEFAULT=1 -internal-isystem /usr/local/lib/clang/13.0.0/include -internal-externc-isystem /usr/include -O2 -fdebug-compilation-dir=/usr/src/gnu/usr.bin/binutils-2.17/obj/binutils -ferror-limit 19 -fwrapv -D_RET_PROTECTOR -ret-protector -fgnuc-version=4.2.1 -vectorize-loops -vectorize-slp -fno-builtin-malloc -fno-builtin-calloc -fno-builtin-realloc -fno-builtin-valloc -fno-builtin-free -fno-builtin-strdup -fno-builtin-strndup -analyzer-output=html -faddrsig -D__GCC_HAVE_DWARF2_CFI_ASM=1 -o /home/ben/Projects/vmm/scan-build/2022-01-12-194120-40624-1 -x c /usr/src/gnu/usr.bin/binutils-2.17/binutils/stabs.c
1/* stabs.c -- Parse stabs debugging information
 Copyright 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004
 Free Software Foundation, Inc.
 Written by Ian Lance Taylor <ian@cygnus.com>.

 This file is part of GNU Binutils.

 This program 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 2 of the License, or
 (at your option) any later version.

 This program 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.  */

23/* This file contains code which parses stabs debugging information.
 The organization of this code is based on the gdb stabs reading
 code.  The job it does is somewhat different, because it is not
 trying to identify the correct address for anything.  */

28#include <stdio.h>

30#include "bfd.h"
31#include "bucomm.h"
32#include "libiberty.h"
33#include "safe-ctype.h"
34#include "demangle.h"
35#include "debug.h"
36#include "budbg.h"
37#include "filenames.h"
38#include "aout/aout64.h"
39#include "aout/stab_gnu.h"

41/* The number of predefined XCOFF types.  */

43#define XCOFF_TYPE_COUNT34 34

45/* This structure is used as a handle so that the stab parsing doesn't
 need to use any static variables.  */

48struct stab_handle
49{
/* The BFD.  */
bfd *abfd;
/* TRUE if this is stabs in sections.  */
bfd_boolean sections;
/* The symbol table.  */
asymbol **syms;
/* The number of symbols.  */
long symcount;
/* The accumulated file name string.  */
char *so_string;
/* The value of the last N_SO symbol.  */
bfd_vma so_value;
/* The value of the start of the file, so that we can handle file
   relative N_LBRAC and N_RBRAC symbols.  */
bfd_vma file_start_offset;
/* The offset of the start of the function, so that we can handle
   function relative N_LBRAC and N_RBRAC symbols.  */
bfd_vma function_start_offset;
/* The version number of gcc which compiled the current compilation
   unit, 0 if not compiled by gcc.  */
int gcc_compiled;
/* Whether an N_OPT symbol was seen that was not generated by gcc,
   so that we can detect the SunPRO compiler.  */
bfd_boolean n_opt_found;
/* The main file name.  */
char *main_filename;
/* A stack of unfinished N_BINCL files.  */
struct bincl_file *bincl_stack;
/* A list of finished N_BINCL files.  */
struct bincl_file *bincl_list;
/* Whether we are inside a function or not.  */
bfd_boolean within_function;
/* The address of the end of the function, used if we have seen an
   N_FUN symbol while in a function.  This is -1 if we have not seen
   an N_FUN (the normal case).  */
bfd_vma function_end;
/* The depth of block nesting.  */
int block_depth;
/* List of pending variable definitions.  */
struct stab_pending_var *pending;
/* Number of files for which we have types.  */
unsigned int files;
/* Lists of types per file.  */
struct stab_types **file_types;
/* Predefined XCOFF types.  */
debug_type xcoff_types[XCOFF_TYPE_COUNT34];
/* Undefined tags.  */
struct stab_tag *tags;
/* Set by parse_stab_type if it sees a structure defined as a cross
   reference to itself.  Reset by parse_stab_type otherwise.  */
bfd_boolean self_crossref;
101};

103/* A list of these structures is used to hold pending variable
 definitions seen before the N_LBRAC of a block.  */

106struct stab_pending_var
107{
/* Next pending variable definition.  */
struct stab_pending_var *next;
/* Name.  */
const char *name;
/* Type.  */
debug_type type;
/* Kind.  */
enum debug_var_kind kind;
/* Value.  */
bfd_vma val;
118};

120/* A list of these structures is used to hold the types for a single
 file.  */

123struct stab_types
124{
/* Next set of slots for this file.  */
struct stab_types *next;
/* Types indexed by type number.  */
128#define STAB_TYPES_SLOTS(16) (16)
debug_type types[STAB_TYPES_SLOTS(16)];
130};

132/* We keep a list of undefined tags that we encounter, so that we can
 fill them in if the tag is later defined.  */

135struct stab_tag
136{
/* Next undefined tag.  */
struct stab_tag *next;
/* Tag name.  */
const char *name;
/* Type kind.  */
enum debug_type_kind kind;
/* Slot to hold real type when we discover it.  If we don't, we fill
   in an undefined tag type.  */
debug_type slot;
/* Indirect type we have created to point at slot.  */
debug_type type;
148};

150static char *savestring (const char *, int);
151static bfd_vma parse_number (const char **, bfd_boolean *);
152static void bad_stab (const char *);
153static void warn_stab (const char *, const char *);
154static bfd_boolean parse_stab_string
(void *, struct stab_handle *, int, int, bfd_vma, const char *);
156static debug_type parse_stab_type
(void *, struct stab_handle *, const char *, const char **, debug_type **);
158static bfd_boolean parse_stab_type_number (const char **, int *);
159static debug_type parse_stab_range_type
(void *, struct stab_handle *, const char *, const char **, const int *);
161static debug_type parse_stab_sun_builtin_type (void *, const char **);
162static debug_type parse_stab_sun_floating_type (void *, const char **);
163static debug_type parse_stab_enum_type (void *, const char **);
164static debug_type parse_stab_struct_type
(void *, struct stab_handle *, const char *, const char **,
 bfd_boolean, const int *);
167static bfd_boolean parse_stab_baseclasses
(void *, struct stab_handle *, const char **, debug_baseclass **);
169static bfd_boolean parse_stab_struct_fields
(void *, struct stab_handle *, const char **, debug_field **, bfd_boolean *);
171static bfd_boolean parse_stab_cpp_abbrev
(void *, struct stab_handle *, const char **, debug_field *);
173static bfd_boolean parse_stab_one_struct_field
(void *, struct stab_handle *, const char **, const char *,
 debug_field *, bfd_boolean *);
176static bfd_boolean parse_stab_members
(void *, struct stab_handle *, const char *, const char **, const int *,
 debug_method **);
179static debug_type parse_stab_argtypes
(void *, struct stab_handle *, debug_type, const char *, const char *,
 debug_type, const char *, bfd_boolean, bfd_boolean, const char **);
182static bfd_boolean parse_stab_tilde_field
(void *, struct stab_handle *, const char **, const int *, debug_type *,
 bfd_boolean *);
185static debug_type parse_stab_array_type
(void *, struct stab_handle *, const char **, bfd_boolean);
187static void push_bincl (struct stab_handle *, const char *, bfd_vma);
188static const char *pop_bincl (struct stab_handle *);
189static bfd_boolean find_excl (struct stab_handle *, const char *, bfd_vma);
190static bfd_boolean stab_record_variable
(void *, struct stab_handle *, const char *, debug_type,
 enum debug_var_kind, bfd_vma);
193static bfd_boolean stab_emit_pending_vars (void *, struct stab_handle *);
194static debug_type *stab_find_slot (struct stab_handle *, const int *);
195static debug_type stab_find_type (void *, struct stab_handle *, const int *);
196static bfd_boolean stab_record_type
(void *, struct stab_handle *, const int *, debug_type);
198static debug_type stab_xcoff_builtin_type
(void *, struct stab_handle *, int);
200static debug_type stab_find_tagged_type
(void *, struct stab_handle *, const char *, int, enum debug_type_kind);
202static debug_type *stab_demangle_argtypes
(void *, struct stab_handle *, const char *, bfd_boolean *, unsigned int);
204static debug_type *stab_demangle_v3_argtypes
(void *, struct stab_handle *, const char *, bfd_boolean *);
206static debug_type *stab_demangle_v3_arglist
(void *, struct stab_handle *, struct demangle_component *, bfd_boolean *);
208static debug_type stab_demangle_v3_arg
(void *, struct stab_handle *, struct demangle_component *, debug_type,
 bfd_boolean *);

212/* Save a string in memory.  */

214static char *
215savestring (const char *start, int len)
216{
char *ret;

ret = (char *) xmalloc (len + 1);
memcpy (ret, start, len);
ret[len] = '\0';
return ret;
223}

225/* Read a number from a string.  */

227static bfd_vma
228parse_number (const char **pp, bfd_boolean *poverflow)
229{
unsigned long ul;
const char *orig;

if (poverflow != NULL((void*)0))
  *poverflow = FALSE0;

orig = *pp;

errno(*__errno()) = 0;
ul = strtoul (*pp, (char **) pp, 0);
if (ul + 1 != 0 || errno(*__errno()) == 0)
  {
    /* If bfd_vma is larger than unsigned long, and the number is
       meant to be negative, we have to make sure that we sign
       extend properly.  */
    if (*orig == '-')
return (bfd_vma) (bfd_signed_vma) (long) ul;
    return (bfd_vma) ul;
  }

/* Note that even though strtoul overflowed, it should have set *pp
   to the end of the number, which is where we want it.  */
if (sizeof (bfd_vma) > sizeof (unsigned long))
  {
    const char *p;
    bfd_boolean neg;
    int base;
    bfd_vma over, lastdig;
    bfd_boolean overflow;
    bfd_vma v;

    /* Our own version of strtoul, for a bfd_vma.  */
    p = orig;

    neg = FALSE0;
    if (*p == '+')
++p;
    else if (*p == '-')
{
 neg = TRUE1;
 ++p;
}

    base = 10;
    if (*p == '0')
{
 if (p[1] == 'x' || p[1] == 'X')
   {
     base = 16;
     p += 2;
   }
 else
   {
     base = 8;
     ++p;
   }
}

    over = ((bfd_vma) (bfd_signed_vma) -1) / (bfd_vma) base;
    lastdig = ((bfd_vma) (bfd_signed_vma) -1) % (bfd_vma) base;

    overflow = FALSE0;
    v = 0;
    while (1)
{
 int d;

 d = *p++;
 if (ISDIGIT (d)(_sch_istable[(d) & 0xff] & (unsigned short)(_sch_isdigit
)))
   d -= '0';
 else if (ISUPPER (d)(_sch_istable[(d) & 0xff] & (unsigned short)(_sch_isupper
)))
   d -= 'A';
 else if (ISLOWER (d)(_sch_istable[(d) & 0xff] & (unsigned short)(_sch_islower
)))
   d -= 'a';
 else
   break;

 if (d >= base)
   break;

 if (v > over || (v == over && (bfd_vma) d > lastdig))
   {
     overflow = TRUE1;
     break;
   }
}

    if (! overflow)
{
 if (neg)
   v = - v;
 return v;
}
  }

/* If we get here, the number is too large to represent in a
   bfd_vma.  */
if (poverflow != NULL((void*)0))
  *poverflow = TRUE1;
else
  warn_stab (orig, _("numeric overflow")("numeric overflow"));

return 0;
333}

335/* Give an error for a bad stab string.  */

337static void
338bad_stab (const char *p)
339{
fprintf (stderr(&__sF[2]), _("Bad stab: %s\n")("Bad stab: %s\n"), p);
341}

343/* Warn about something in a stab string.  */

345static void
346warn_stab (const char *p, const char *err)
347{
fprintf (stderr(&__sF[2]), _("Warning: %s: %s\n")("Warning: %s: %s\n"), err, p);
349}

351/* Create a handle to parse stabs symbols with.  */

353void *
354start_stab (void *dhandle ATTRIBUTE_UNUSED__attribute__ ((__unused__)), bfd *abfd, bfd_boolean sections,
   asymbol **syms, long symcount)
356{
struct stab_handle *ret;

ret = (struct stab_handle *) xmalloc (sizeof *ret);
memset (ret, 0, sizeof *ret);
ret->abfd = abfd;
ret->sections = sections;
ret->syms = syms;
ret->symcount = symcount;
ret->files = 1;
ret->file_types = (struct stab_types **) xmalloc (sizeof *ret->file_types);
ret->file_types[0] = NULL((void*)0);
ret->function_end = (bfd_vma) -1;
return (void *) ret;
370}

372/* When we have processed all the stabs information, we need to go
 through and fill in all the undefined tags.  */

375bfd_boolean
376finish_stab (void *dhandle, void *handle)
377{
struct stab_handle *info = (struct stab_handle *) handle;
struct stab_tag *st;

if (info->within_function)
  {
    if (! stab_emit_pending_vars (dhandle, info)
 || ! debug_end_function (dhandle, info->function_end))
return FALSE0;
    info->within_function = FALSE0;
    info->function_end = (bfd_vma) -1;
  }

for (st = info->tags; st != NULL((void*)0); st = st->next)
  {
    enum debug_type_kind kind;

    kind = st->kind;
    if (kind == DEBUG_KIND_ILLEGAL)
kind = DEBUG_KIND_STRUCT;
    st->slot = debug_make_undefined_tagged_type (dhandle, st->name, kind);
    if (st->slot == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
  }

return TRUE1;
403}

405/* Handle a single stabs symbol.  */

407bfd_boolean
408parse_stab (void *dhandle, void *handle, int type, int desc, bfd_vma value,
   const char *string)
410{
struct stab_handle *info = (struct stab_handle *) handle;

/* gcc will emit two N_SO strings per compilation unit, one for the
   directory name and one for the file name.  We just collect N_SO
   strings as we see them, and start the new compilation unit when
   we see a non N_SO symbol.  */
if (info->so_string != NULL((void*)0)
    && (type != N_SO || *string == '\0' || value != info->so_value))
  {
    if (! debug_set_filename (dhandle, info->so_string))
return FALSE0;
    info->main_filename = info->so_string;

    info->gcc_compiled = 0;
    info->n_opt_found = FALSE0;

    /* Generally, for stabs in the symbol table, the N_LBRAC and
N_RBRAC symbols are relative to the N_SO symbol value.  */
    if (! info->sections)
info->file_start_offset = info->so_value;

    /* We need to reset the mapping from type numbers to types.  We
can't free the old mapping, because of the use of
debug_make_indirect_type.  */
    info->files = 1;
    info->file_types = ((struct stab_types **)
	  xmalloc (sizeof *info->file_types));
    info->file_types[0] = NULL((void*)0);

    info->so_string = NULL((void*)0);

    /* Now process whatever type we just got.  */
  }

switch (type)
  {
  case N_FN0x1f:
  case N_FN_SEQ0x0C:
    break;

  case N_LBRAC:
    /* Ignore extra outermost context from SunPRO cc and acc.  */
    if (info->n_opt_found && desc == 1)
break;

    if (! info->within_function)
{
 fprintf (stderr(&__sF[2]), _("N_LBRAC not within function\n")("N_LBRAC not within function\n"));
 return FALSE0;
}

    /* Start an inner lexical block.  */
    if (! debug_start_block (dhandle,
	       (value
		+ info->file_start_offset
		+ info->function_start_offset)))
return FALSE0;

    /* Emit any pending variable definitions.  */
    if (! stab_emit_pending_vars (dhandle, info))
return FALSE0;

    ++info->block_depth;
    break;

  case N_RBRAC:
    /* Ignore extra outermost context from SunPRO cc and acc.  */
    if (info->n_opt_found && desc == 1)
break;

    /* We shouldn't have any pending variable definitions here, but,
       if we do, we probably need to emit them before closing the
       block.  */
    if (! stab_emit_pending_vars (dhandle, info))
return FALSE0;

    /* End an inner lexical block.  */
    if (! debug_end_block (dhandle,
	     (value
	      + info->file_start_offset
	      + info->function_start_offset)))
return FALSE0;

    --info->block_depth;
    if (info->block_depth < 0)
{
 fprintf (stderr(&__sF[2]), _("Too many N_RBRACs\n")("Too many N_RBRACs\n"));
 return FALSE0;
}
    break;

  case N_SO:
    /* This always ends a function.  */
    if (info->within_function)
{
 bfd_vma endval;

 endval = value;
 if (*string != '\0'
     && info->function_end != (bfd_vma) -1
     && info->function_end < endval)
   endval = info->function_end;
 if (! stab_emit_pending_vars (dhandle, info)
     || ! debug_end_function (dhandle, endval))
   return FALSE0;
 info->within_function = FALSE0;
 info->function_end = (bfd_vma) -1;
}

    /* An empty string is emitted by gcc at the end of a compilation
       unit.  */
    if (*string == '\0')
return TRUE1;

    /* Just accumulate strings until we see a non N_SO symbol.  If
       the string starts with a directory separator or some other
form of absolute path specification, we discard the previously
       accumulated strings.  */
    if (info->so_string == NULL((void*)0))
info->so_string = xstrdup (string);
    else
{
 char *f;

 f = info->so_string;

 if (IS_ABSOLUTE_PATH (string)((((string)[0]) == '/')))
   info->so_string = xstrdup (string);
 else
   info->so_string = concat (info->so_string, string,
		      (const char *) NULL((void*)0));
 free (f);
}

    info->so_value = value;

    break;

  case N_SOL:
    /* Start an include file.  */
    if (! debug_start_source (dhandle, string))
return FALSE0;
    break;

  case N_BINCL:
    /* Start an include file which may be replaced.  */
    push_bincl (info, string, value);
    if (! debug_start_source (dhandle, string))
return FALSE0;
    break;

  case N_EINCL:
    /* End an N_BINCL include.  */
    if (! debug_start_source (dhandle, pop_bincl (info)))
return FALSE0;
    break;

  case N_EXCL:
    /* This is a duplicate of a header file named by N_BINCL which
       was eliminated by the linker.  */
    if (! find_excl (info, string, value))
return FALSE0;
    break;

  case N_SLINE:
    if (! debug_record_line (dhandle, desc,
	       value + (info->within_function
			? info->function_start_offset : 0)))
return FALSE0;
    break;

  case N_BCOMM:
    if (! debug_start_common_block (dhandle, string))
return FALSE0;
    break;

  case N_ECOMM:
    if (! debug_end_common_block (dhandle, string))
return FALSE0;
    break;

  case N_FUN:
    if (*string == '\0')
{
 if (info->within_function)
   {
     /* This always marks the end of a function; we don't
               need to worry about info->function_end.  */
     if (info->sections)
value += info->function_start_offset;
     if (! stab_emit_pending_vars (dhandle, info)
  || ! debug_end_function (dhandle, value))
return FALSE0;
     info->within_function = FALSE0;
     info->function_end = (bfd_vma) -1;
   }
 break;
}

    /* A const static symbol in the .text section will have an N_FUN
       entry.  We need to use these to mark the end of the function,
       in case we are looking at gcc output before it was changed to
       always emit an empty N_FUN.  We can't call debug_end_function
       here, because it might be a local static symbol.  */
    if (info->within_function
 && (info->function_end == (bfd_vma) -1
     || value < info->function_end))
info->function_end = value;

    /* Fall through.  */
    /* FIXME: gdb checks the string for N_STSYM, N_LCSYM or N_ROSYM
       symbols, and if it does not start with :S, gdb relocates the
       value to the start of the section.  gcc always seems to use
       :S, so we don't worry about this.  */
    /* Fall through.  */
  default:
    {
const char *colon;

colon = strchr (string, ':');
if (colon != NULL((void*)0)
   && (colon[1] == 'f' || colon[1] == 'F'))
 {
   if (info->within_function)
     {
bfd_vma endval;

endval = value;
if (info->function_end != (bfd_vma) -1
    && info->function_end < endval)
  endval = info->function_end;
if (! stab_emit_pending_vars (dhandle, info)
    || ! debug_end_function (dhandle, endval))
  return FALSE0;
info->function_end = (bfd_vma) -1;
     }
   /* For stabs in sections, line numbers and block addresses
             are offsets from the start of the function.  */
   if (info->sections)
     info->function_start_offset = value;
   info->within_function = TRUE1;
 }

if (! parse_stab_string (dhandle, info, type, desc, value, string))
 return FALSE0;
    }
    break;

  case N_OPT:
    if (string != NULL((void*)0) && strcmp (string, "gcc2_compiled.") == 0)
info->gcc_compiled = 2;
    else if (string != NULL((void*)0) && strcmp (string, "gcc_compiled.") == 0)
info->gcc_compiled = 1;
    else
info->n_opt_found = TRUE1;
    break;

  case N_OBJ:
  case N_ENDM:
  case N_MAIN:
  case N_WARNING0x1e:
    break;
  }

return TRUE1;
676}

678/* Parse the stabs string.  */

680static bfd_boolean
681parse_stab_string (void *dhandle, struct stab_handle *info, int stabtype,
   int desc, bfd_vma value, const char *string)
683{
const char *p;
char *name;
int type;
debug_type dtype;
bfd_boolean synonym;
bfd_boolean self_crossref;
unsigned int lineno;
debug_type *slot;

p = strchr (string, ':');
if (p == NULL((void*)0))
  return TRUE1;

while (p[1] == ':')
  {
    p += 2;
    p = strchr (p, ':');
    if (p == NULL((void*)0))
{
 bad_stab (string);
 return FALSE0;
}
  }

/* GCC 2.x puts the line number in desc.  SunOS apparently puts in
   the number of bytes occupied by a type or object, which we
   ignore.  */
if (info->gcc_compiled >= 2)
  lineno = desc;
else
  lineno = 0;

/* FIXME: Sometimes the special C++ names start with '.'.  */
name = NULL((void*)0);
if (string[0] == '$')
  {
    switch (string[1])
{
case 't':
 name = "this";
 break;
case 'v':
 /* Was: name = "vptr"; */
 break;
case 'e':
 name = "eh_throw";
 break;
case '_':
 /* This was an anonymous type that was never fixed up.  */
 break;
case 'X':
 /* SunPRO (3.0 at least) static variable encoding.  */
 break;
default:
 warn_stab (string, _("unknown C++ encoded name")("unknown C++ encoded name"));
 break;
}
  }

if (name == NULL((void*)0))
  {
    if (p == string || (string[0] == ' ' && p == string + 1))
name = NULL((void*)0);
    else
name = savestring (string, p - string);
  }

++p;
if (ISDIGIT (*p)(_sch_istable[(*p) & 0xff] & (unsigned short)(_sch_isdigit
)) || *p == '(' || *p == '-')
  type = 'l';
else
  type = *p++;

switch (type)
  {
  case 'c':
    /* c is a special case, not followed by a type-number.
SYMBOL:c=iVALUE for an integer constant symbol.
SYMBOL:c=rVALUE for a floating constant symbol.
SYMBOL:c=eTYPE,INTVALUE for an enum constant symbol.
e.g. "b:c=e6,0" for "const b = blob1"
(where type 6 is defined by "blobs:t6=eblob1:0,blob2:1,;").  */
    if (*p != '=')
{
 bad_stab (string);
 return FALSE0;
}
    ++p;
    switch (*p++)
{
case 'r':
 /* Floating point constant.  */
 if (! debug_record_float_const (dhandle, name, atof (p)))
   return FALSE0;
 break;
case 'i':
 /* Integer constant.  */
 /* Defining integer constants this way is kind of silly,
    since 'e' constants allows the compiler to give not only
    the value, but the type as well.  C has at least int,
    long, unsigned int, and long long as constant types;
    other languages probably should have at least unsigned as
    well as signed constants.  */
 if (! debug_record_int_const (dhandle, name, atoi (p)))
   return FALSE0;
 break;
case 'e':
 /* SYMBOL:c=eTYPE,INTVALUE for a constant symbol whose value
    can be represented as integral.
    e.g. "b:c=e6,0" for "const b = blob1"
    (where type 6 is defined by "blobs:t6=eblob1:0,blob2:1,;").  */
 dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
		   &p, (debug_type **) NULL((void*)0));
 if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return FALSE0;
 if (*p != ',')
   {
     bad_stab (string);
     return FALSE0;
   }
 if (! debug_record_typed_const (dhandle, name, dtype, atoi (p)))
   return FALSE0;
 break;
default:
 bad_stab (string);
 return FALSE0;
}

    break;

  case 'C':
    /* The name of a caught exception.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
	       &p, (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! debug_record_label (dhandle, name, dtype, value))
return FALSE0;
    break;

  case 'f':
  case 'F':
    /* A function definition.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! debug_record_function (dhandle, name, dtype, type == 'F', value))
return FALSE0;

    /* Sun acc puts declared types of arguments here.  We don't care
about their actual types (FIXME -- we should remember the whole
function prototype), but the list may define some new types
that we have to remember, so we must scan it now.  */
    while (*p == ';')
{
 ++p;
 if (parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0))
     == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return FALSE0;
}

    break;

  case 'G':
    {
char leading;
long c;
asymbol **ps;

/* A global symbol.  The value must be extracted from the
  symbol table.  */
dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
		 (debug_type **) NULL((void*)0));
if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
 return FALSE0;
leading = bfd_get_symbol_leading_char (info->abfd)((info->abfd)->xvec->symbol_leading_char);
for (c = info->symcount, ps = info->syms; c > 0; --c, ++ps)
 {
   const char *n;

   n = bfd_asymbol_name (*ps)((*ps)->name);
   if (leading != '\0' && *n == leading)
     ++n;
   if (*n == *name && strcmp (n, name) == 0)
     break;
 }
if (c > 0)
 value = bfd_asymbol_value (*ps)(((*ps)->section->vma) + (*ps)->value);
if (! stab_record_variable (dhandle, info, name, dtype, DEBUG_GLOBAL,
		    value))
 return FALSE0;
    }
    break;

    /* This case is faked by a conditional above, when there is no
code letter in the dbx data.  Dbx data never actually
contains 'l'.  */
  case 'l':
  case 's':
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! stab_record_variable (dhandle, info, name, dtype, DEBUG_LOCAL,
		  value))
return FALSE0;
    break;

  case 'p':
    /* A function parameter.  */
    if (*p != 'F')
dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
		 (debug_type **) NULL((void*)0));
    else
{
/* pF is a two-letter code that means a function parameter in
  Fortran.  The type-number specifies the type of the return
  value.  Translate it into a pointer-to-function type.  */
 ++p;
 dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
		   (debug_type **) NULL((void*)0));
 if (dtype != DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   {
     debug_type ftype;

     ftype = debug_make_function_type (dhandle, dtype,
				(debug_type *) NULL((void*)0), FALSE0);
     dtype = debug_make_pointer_type (dhandle, ftype);
   }
}
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! debug_record_parameter (dhandle, name, dtype, DEBUG_PARM_STACK,
		    value))
return FALSE0;

    /* FIXME: At this point gdb considers rearranging the parameter
address on a big endian machine if it is smaller than an int.
We have no way to do that, since we don't really know much
about the target.  */
    break;

  case 'P':
    if (stabtype == N_FUN)
{
 /* Prototype of a function referenced by this file.  */
 while (*p == ';')
   {
     ++p;
     if (parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
		   (debug_type **) NULL((void*)0))
  == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
   }
 break;
}
    /* Fall through.  */
  case 'R':
    /* Parameter which is in a register.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! debug_record_parameter (dhandle, name, dtype, DEBUG_PARM_REG,
		    value))
return FALSE0;
    break;

  case 'r':
    /* Register variable (either global or local).  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! stab_record_variable (dhandle, info, name, dtype, DEBUG_REGISTER,
		  value))
return FALSE0;

    /* FIXME: At this point gdb checks to combine pairs of 'p' and
'r' stabs into a single 'P' stab.  */
    break;

  case 'S':
    /* Static symbol at top level of file.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! stab_record_variable (dhandle, info, name, dtype, DEBUG_STATIC,
		  value))
return FALSE0;
    break;

  case 't':
    /* A typedef.  */
    dtype = parse_stab_type (dhandle, info, name, &p, &slot);
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (name == NULL((void*)0))
{
 /* A nameless type.  Nothing to do.  */
 return TRUE1;
}

    dtype = debug_name_type (dhandle, name, dtype);
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;

    if (slot != NULL((void*)0))
*slot = dtype;

    break;

  case 'T':
    /* Struct, union, or enum tag.  For GNU C++, this can be be followed
by 't' which means we are typedef'ing it as well.  */
    if (*p != 't')
{
 synonym = FALSE0;
 /* FIXME: gdb sets synonym to TRUE if the current language
           is C++.  */
}
    else
{
 synonym = TRUE1;
 ++p;
}

    dtype = parse_stab_type (dhandle, info, name, &p, &slot);
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (name == NULL((void*)0))
return TRUE1;

    /* INFO->SELF_CROSSREF is set by parse_stab_type if this type is
       a cross reference to itself.  These are generated by some
       versions of g++.  */
    self_crossref = info->self_crossref;

    dtype = debug_tag_type (dhandle, name, dtype);
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (slot != NULL((void*)0))
*slot = dtype;

    /* See if we have a cross reference to this tag which we can now
       fill in.  Avoid filling in a cross reference to ourselves,
       because that would lead to circular debugging information.  */
    if (! self_crossref)
{
 register struct stab_tag **pst;

 for (pst = &info->tags; *pst != NULL((void*)0); pst = &(*pst)->next)
   {
     if ((*pst)->name[0] == name[0]
  && strcmp ((*pst)->name, name) == 0)
{
  (*pst)->slot = dtype;
  *pst = (*pst)->next;
  break;
}
   }
}

    if (synonym)
{
 dtype = debug_name_type (dhandle, name, dtype);
 if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return FALSE0;

 if (slot != NULL((void*)0))
   *slot = dtype;
}

    break;

  case 'V':
    /* Static symbol of local scope */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    /* FIXME: gdb checks os9k_stabs here.  */
    if (! stab_record_variable (dhandle, info, name, dtype,
		  DEBUG_LOCAL_STATIC, value))
return FALSE0;
    break;

  case 'v':
    /* Reference parameter.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! debug_record_parameter (dhandle, name, dtype, DEBUG_PARM_REFERENCE,
		    value))
return FALSE0;
    break;

  case 'a':
    /* Reference parameter which is in a register.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! debug_record_parameter (dhandle, name, dtype, DEBUG_PARM_REF_REG,
		    value))
return FALSE0;
    break;

  case 'X':
    /* This is used by Sun FORTRAN for "function result value".
Sun claims ("dbx and dbxtool interfaces", 2nd ed)
that Pascal uses it too, but when I tried it Pascal used
"x:3" (local symbol) instead.  */
    dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), &p,
	       (debug_type **) NULL((void*)0));
    if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
    if (! stab_record_variable (dhandle, info, name, dtype, DEBUG_LOCAL,
		  value))
return FALSE0;
    break;

  default:
    bad_stab (string);
    return FALSE0;
  }

/* FIXME: gdb converts structure values to structure pointers in a
   couple of cases, depending upon the target.  */

return TRUE1;
1119}

1121/* Parse a stabs type.  The typename argument is non-NULL if this is a
 typedef or a tag definition.  The pp argument points to the stab
 string, and is updated.  The slotp argument points to a place to
 store the slot used if the type is being defined.  */

1126static debug_type
1127parse_stab_type (void *dhandle, struct stab_handle *info, const char *typename, const char **pp, debug_type **slotp)
1128{
const char *orig;
int typenums[2];
int size;
bfd_boolean stringp;
int descriptor;
debug_type dtype;

if (slotp != NULL((void*)0))
  *slotp = NULL((void*)0);

orig = *pp;

size = -1;
stringp = FALSE0;

info->self_crossref = FALSE0;

/* Read type number if present.  The type number may be omitted.
   for instance in a two-dimensional array declared with type
   "ar1;1;10;ar1;1;10;4".  */
if (! ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)) && **pp != '(' && **pp != '-')
  {
    /* 'typenums=' not present, type is anonymous.  Read and return
the definition, but don't put it in the type vector.  */
    typenums[0] = typenums[1] = -1;
  }
else
  {
    if (! parse_stab_type_number (pp, typenums))
return DEBUG_TYPE_NULL((debug_type) ((void*)0));

    if (**pp != '=')
/* Type is not being defined here.  Either it already
  exists, or this is a forward reference to it.  */
return stab_find_type (dhandle, info, typenums);

    /* Only set the slot if the type is being defined.  This means
       that the mapping from type numbers to types will only record
       the name of the typedef which defines a type.  If we don't do
       this, then something like
    typedef int foo;
    int i;
will record that i is of type foo.  Unfortunately, stabs
information is ambiguous about variable types.  For this code,
    typedef int foo;
    int i;
    foo j;
the stabs information records both i and j as having the same
type.  This could be fixed by patching the compiler.  */
    if (slotp != NULL((void*)0) && typenums[0] >= 0 && typenums[1] >= 0)
*slotp = stab_find_slot (info, typenums);

    /* Type is being defined here.  */
    /* Skip the '='.  */
    ++*pp;

    while (**pp == '@')
{
 const char *p = *pp + 1;
 const char *attr;

 if (ISDIGIT (*p)(_sch_istable[(*p) & 0xff] & (unsigned short)(_sch_isdigit
)) || *p == '(' || *p == '-')
   /* Member type.  */
   break;

 /* Type attributes.  */
 attr = p;

 for (; *p != ';'; ++p)
   {
     if (*p == '\0')
{
  bad_stab (orig);
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));
}
   }
 *pp = p + 1;

 switch (*attr)
   {
   case 's':
     size = atoi (attr + 1);
     size /= 8;  /* Size is in bits.  We store it in bytes.  */
     if (size <= 0)
size = -1;
     break;

   case 'S':
     stringp = TRUE1;
     break;

   default:
     /* Ignore unrecognized type attributes, so future
 compilers can invent new ones.  */
     break;
   }
}
  }

descriptor = **pp;
++*pp;

switch (descriptor)
  {
  case 'x':
    {
enum debug_type_kind code;
const char *q1, *q2, *p;

/* A cross reference to another type.  */
switch (**pp)
 {
 case 's':
   code = DEBUG_KIND_STRUCT;
   break;
 case 'u':
   code = DEBUG_KIND_UNION;
   break;
 case 'e':
   code = DEBUG_KIND_ENUM;
   break;
 default:
   /* Complain and keep going, so compilers can invent new
      cross-reference types.  */
   warn_stab (orig, _("unrecognized cross reference type")("unrecognized cross reference type"));
   code = DEBUG_KIND_STRUCT;
   break;
 }
++*pp;

q1 = strchr (*pp, '<');
p = strchr (*pp, ':');
if (p == NULL((void*)0))
 {
   bad_stab (orig);
   return DEBUG_TYPE_NULL((debug_type) ((void*)0));
 }
if (q1 != NULL((void*)0) && p > q1 && p[1] == ':')
 {
   int nest = 0;

   for (q2 = q1; *q2 != '\0'; ++q2)
     {
if (*q2 == '<')
  ++nest;
else if (*q2 == '>')
  --nest;
else if (*q2 == ':' && nest == 0)
  break;
     }
   p = q2;
   if (*p != ':')
     {
bad_stab (orig);
return DEBUG_TYPE_NULL((debug_type) ((void*)0));
     }
 }

/* Some versions of g++ can emit stabs like
      fleep:T20=xsfleep:
  which define structures in terms of themselves.  We need to
  tell the caller to avoid building a circular structure.  */
if (typename != NULL((void*)0)
   && strncmp (typename, *pp, p - *pp) == 0
   && typename[p - *pp] == '\0')
 info->self_crossref = TRUE1;

dtype = stab_find_tagged_type (dhandle, info, *pp, p - *pp, code);

*pp = p + 1;
    }
    break;

  case '-':
  case '0':
  case '1':
  case '2':
  case '3':
  case '4':
  case '5':
  case '6':
  case '7':
  case '8':
  case '9':
  case '(':
    {
const char *hold;
int xtypenums[2];

/* This type is defined as another type.  */
(*pp)--;
hold = *pp;

/* Peek ahead at the number to detect void.  */
if (! parse_stab_type_number (pp, xtypenums))
 return DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (typenums[0] == xtypenums[0] && typenums[1] == xtypenums[1])
 {
   /* This type is being defined as itself, which means that
             it is void.  */
   dtype = debug_make_void_type (dhandle);
 }
else
 {
   *pp = hold;

   /* Go back to the number and have parse_stab_type get it.
      This means that we can deal with something like
      t(1,2)=(3,4)=... which the Lucid compiler uses.  */
   dtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
		     pp, (debug_type **) NULL((void*)0));
   if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
     return DEBUG_TYPE_NULL((debug_type) ((void*)0));
 }

if (typenums[0] != -1)
 {
   if (! stab_record_type (dhandle, info, typenums, dtype))
     return DEBUG_TYPE_NULL((debug_type) ((void*)0));
 }

break;
    }

  case '*':
    dtype = debug_make_pointer_type (dhandle,
		       parse_stab_type (dhandle, info,
					(const char *) NULL((void*)0),
					pp,
					(debug_type **) NULL((void*)0)));
    break;

  case '&':
    /* Reference to another type.  */
    dtype = (debug_make_reference_type
      (dhandle,
parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		 (debug_type **) NULL((void*)0))));
    break;

  case 'f':
    /* Function returning another type.  */
    /* FIXME: gdb checks os9k_stabs here.  */
    dtype = (debug_make_function_type
      (dhandle,
parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		 (debug_type **) NULL((void*)0)),
(debug_type *) NULL((void*)0), FALSE0));
    break;

  case 'k':
    /* Const qualifier on some type (Sun).  */
    /* FIXME: gdb accepts 'c' here if os9k_stabs.  */
    dtype = debug_make_const_type (dhandle,
		     parse_stab_type (dhandle, info,
				      (const char *) NULL((void*)0),
				      pp,
				      (debug_type **) NULL((void*)0)));
    break;

  case 'B':
    /* Volatile qual on some type (Sun).  */
    /* FIXME: gdb accepts 'i' here if os9k_stabs.  */
    dtype = (debug_make_volatile_type
      (dhandle,
parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		 (debug_type **) NULL((void*)0))));
    break;

  case '@':
    /* Offset (class & variable) type.  This is used for a pointer
       relative to an object.  */
    {
debug_type domain;
debug_type memtype;

/* Member type.  */

domain = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		  (debug_type **) NULL((void*)0));
if (domain == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
 return DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (**pp != ',')
 {
   bad_stab (orig);
   return DEBUG_TYPE_NULL((debug_type) ((void*)0));
 }
++*pp;

memtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		   (debug_type **) NULL((void*)0));
if (memtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
 return DEBUG_TYPE_NULL((debug_type) ((void*)0));

dtype = debug_make_offset_type (dhandle, domain, memtype);
    }
    break;

  case '#':
    /* Method (class & fn) type.  */
    if (**pp == '#')
{
 debug_type return_type;

 ++*pp;
 return_type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
			 pp, (debug_type **) NULL((void*)0));
 if (return_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return DEBUG_TYPE_NULL((debug_type) ((void*)0));
 if (**pp != ';')
   {
     bad_stab (orig);
     return DEBUG_TYPE_NULL((debug_type) ((void*)0));
   }
 ++*pp;
 dtype = debug_make_method_type (dhandle, return_type,
			  DEBUG_TYPE_NULL((debug_type) ((void*)0)),
			  (debug_type *) NULL((void*)0), FALSE0);
}
    else
{
 debug_type domain;
 debug_type return_type;
 debug_type *args;
 unsigned int n;
 unsigned int alloc;
 bfd_boolean varargs;

 domain = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
		    pp, (debug_type **) NULL((void*)0));
 if (domain == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return DEBUG_TYPE_NULL((debug_type) ((void*)0));

 if (**pp != ',')
   {
     bad_stab (orig);
     return DEBUG_TYPE_NULL((debug_type) ((void*)0));
   }
 ++*pp;

 return_type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
			 pp, (debug_type **) NULL((void*)0));
 if (return_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return DEBUG_TYPE_NULL((debug_type) ((void*)0));

 alloc = 10;
 args = (debug_type *) xmalloc (alloc * sizeof *args);
 n = 0;
 while (**pp != ';')
   {
     if (**pp != ',')
{
  bad_stab (orig);
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));
}
     ++*pp;

     if (n + 1 >= alloc)
{
  alloc += 10;
  args = ((debug_type *)
	  xrealloc (args, alloc * sizeof *args));
}

     args[n] = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
			 pp, (debug_type **) NULL((void*)0));
     if (args[n] == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return DEBUG_TYPE_NULL((debug_type) ((void*)0));
     ++n;
   }
 ++*pp;

 /* If the last type is not void, then this function takes a
    variable number of arguments.  Otherwise, we must strip
    the void type.  */
 if (n == 0
     || debug_get_type_kind (dhandle, args[n - 1]) != DEBUG_KIND_VOID)
   varargs = TRUE1;
 else
   {
     --n;
     varargs = FALSE0;
   }

 args[n] = DEBUG_TYPE_NULL((debug_type) ((void*)0));

 dtype = debug_make_method_type (dhandle, return_type, domain, args,
			  varargs);
}
    break;

  case 'r':
    /* Range type.  */
    dtype = parse_stab_range_type (dhandle, info, typename, pp, typenums);
    break;

  case 'b':
    /* FIXME: gdb checks os9k_stabs here.  */
    /* Sun ACC builtin int type.  */
    dtype = parse_stab_sun_builtin_type (dhandle, pp);
    break;

  case 'R':
    /* Sun ACC builtin float type.  */
    dtype = parse_stab_sun_floating_type (dhandle, pp);
    break;

  case 'e':
    /* Enumeration type.  */
    dtype = parse_stab_enum_type (dhandle, pp);
    break;

  case 's':
  case 'u':
    /* Struct or union type.  */
    dtype = parse_stab_struct_type (dhandle, info, typename, pp,
		      descriptor == 's', typenums);
    break;

  case 'a':
    /* Array type.  */
    if (**pp != 'r')
{
 bad_stab (orig);
 return DEBUG_TYPE_NULL((debug_type) ((void*)0));
}
    ++*pp;

    dtype = parse_stab_array_type (dhandle, info, pp, stringp);
    break;

  case 'S':
    dtype = debug_make_set_type (dhandle,
		   parse_stab_type (dhandle, info,
				    (const char *) NULL((void*)0),
				    pp,
				    (debug_type **) NULL((void*)0)),
		   stringp);
    break;

  default:
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

if (dtype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (typenums[0] != -1)
  {
    if (! stab_record_type (dhandle, info, typenums, dtype))
return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

if (size != -1)
  {
    if (! debug_record_type_size (dhandle, dtype, (unsigned int) size))
return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

return dtype;
1592}

1594/* Read a number by which a type is referred to in dbx data, or
 perhaps read a pair (FILENUM, TYPENUM) in parentheses.  Just a
 single number N is equivalent to (0,N).  Return the two numbers by
 storing them in the vector TYPENUMS.  */

1599static bfd_boolean
1600parse_stab_type_number (const char **pp, int *typenums)
1601{
const char *orig;

orig = *pp;

if (**pp != '(')
  {
    typenums[0] = 0;
    typenums[1] = (int) parse_number (pp, (bfd_boolean *) NULL((void*)0));
  }
else
  {
    ++*pp;
    typenums[0] = (int) parse_number (pp, (bfd_boolean *) NULL((void*)0));
    if (**pp != ',')
{
 bad_stab (orig);
 return FALSE0;
}
    ++*pp;
    typenums[1] = (int) parse_number (pp, (bfd_boolean *) NULL((void*)0));
    if (**pp != ')')
{
 bad_stab (orig);
 return FALSE0;
}
    ++*pp;
  }

return TRUE1;
1631}

1633/* Parse a range type.  */

1635static debug_type
1636parse_stab_range_type (void *dhandle, struct stab_handle *info, const char *typename, const char **pp, const int *typenums)
1637{
const char *orig;
int rangenums[2];
bfd_boolean self_subrange;
debug_type index_type;
const char *s2, *s3;
bfd_signed_vma n2, n3;
bfd_boolean ov2, ov3;

orig = *pp;

index_type = DEBUG_TYPE_NULL((debug_type) ((void*)0));

/* First comes a type we are a subrange of.
   In C it is usually 0, 1 or the type being defined.  */
if (! parse_stab_type_number (pp, rangenums))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));

self_subrange = (rangenums[0] == typenums[0]
   && rangenums[1] == typenums[1]);

if (**pp == '=')
  {
    *pp = orig;
    index_type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0),
		    pp, (debug_type **) NULL((void*)0));
    if (index_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

if (**pp == ';')
  ++*pp;

/* The remaining two operands are usually lower and upper bounds of
   the range.  But in some special cases they mean something else.  */
s2 = *pp;
n2 = parse_number (pp, &ov2);
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

s3 = *pp;
n3 = parse_number (pp, &ov3);
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

if (ov2 || ov3)
  {
    /* gcc will emit range stabs for long long types.  Handle this
       as a special case.  FIXME: This needs to be more general.  */
1694#define LLLOW"01000000000000000000000;"   "01000000000000000000000;"
1695#define LLHIGH"0777777777777777777777;"   "0777777777777777777777;"
1696#define ULLHIGH"01777777777777777777777;" "01777777777777777777777;"
    if (index_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
{
 if (strncmp (s2, LLLOW"01000000000000000000000;", sizeof LLLOW"01000000000000000000000;" - 1) == 0
     && strncmp (s3, LLHIGH"0777777777777777777777;", sizeof LLHIGH"0777777777777777777777;" - 1) == 0)
   return debug_make_int_type (dhandle, 8, FALSE0);
 if (! ov2
     && n2 == 0
     && strncmp (s3, ULLHIGH"01777777777777777777777;", sizeof ULLHIGH"01777777777777777777777;" - 1) == 0)
   return debug_make_int_type (dhandle, 8, TRUE1);
}

    warn_stab (orig, _("numeric overflow")("numeric overflow"));
  }

if (index_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  {
    /* A type defined as a subrange of itself, with both bounds 0,
       is void.  */
    if (self_subrange && n2 == 0 && n3 == 0)
return debug_make_void_type (dhandle);

    /* A type defined as a subrange of itself, with n2 positive and
n3 zero, is a complex type, and n2 is the number of bytes.  */
    if (self_subrange && n3 == 0 && n2 > 0)
return debug_make_complex_type (dhandle, n2);

    /* If n3 is zero and n2 is positive, this is a floating point
       type, and n2 is the number of bytes.  */
    if (n3 == 0 && n2 > 0)
return debug_make_float_type (dhandle, n2);

    /* If the upper bound is -1, this is an unsigned int.  */
    if (n2 == 0 && n3 == -1)
{
 /* When gcc is used with -gstabs, but not -gstabs+, it will emit
        long long int:t6=r1;0;-1;
 long long unsigned int:t7=r1;0;-1;
    We hack here to handle this reasonably.  */
 if (typename != NULL((void*)0))
   {
     if (strcmp (typename, "long long int") == 0)
return debug_make_int_type (dhandle, 8, FALSE0);
     else if (strcmp (typename, "long long unsigned int") == 0)
return debug_make_int_type (dhandle, 8, TRUE1);
   }
 /* FIXME: The size here really depends upon the target.  */
 return debug_make_int_type (dhandle, 4, TRUE1);
}

    /* A range of 0 to 127 is char.  */
    if (self_subrange && n2 == 0 && n3 == 127)
return debug_make_int_type (dhandle, 1, FALSE0);

    /* FIXME: gdb checks for the language CHILL here.  */

    if (n2 == 0)
{
 if (n3 < 0)
   return debug_make_int_type (dhandle, - n3, TRUE1);
 else if (n3 == 0xff)
   return debug_make_int_type (dhandle, 1, TRUE1);
 else if (n3 == 0xffff)
   return debug_make_int_type (dhandle, 2, TRUE1);
 else if (n3 == (bfd_signed_vma) 0xffffffff)
   return debug_make_int_type (dhandle, 4, TRUE1);
1762#ifdef BFD64
 else if (n3 == ((((bfd_signed_vma) 0xffffffff) << 32) | 0xffffffff))
   return debug_make_int_type (dhandle, 8, TRUE1);
1765#endif
}
    else if (n3 == 0
      && n2 < 0
      && (self_subrange || n2 == -8))
return debug_make_int_type (dhandle, - n2, TRUE1);
    else if (n2 == - n3 - 1 || n2 == n3 + 1)
{
 if (n3 == 0x7f)
   return debug_make_int_type (dhandle, 1, FALSE0);
 else if (n3 == 0x7fff)
   return debug_make_int_type (dhandle, 2, FALSE0);
 else if (n3 == 0x7fffffff)
   return debug_make_int_type (dhandle, 4, FALSE0);
1779#ifdef BFD64
 else if (n3 == ((((bfd_vma) 0x7fffffff) << 32) | 0xffffffff))
   return debug_make_int_type (dhandle, 8, FALSE0);
1782#endif
}
  }

/* At this point I don't have the faintest idea how to deal with a
   self_subrange type; I'm going to assume that this is used as an
   idiom, and that all of them are special cases.  So . . .  */
if (self_subrange)
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

index_type = stab_find_type (dhandle, info, rangenums);
if (index_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  {
    /* Does this actually ever happen?  Is that why we are worrying
       about dealing with it rather than just calling error_type?  */
    warn_stab (orig, _("missing index type")("missing index type"));
    index_type = debug_make_int_type (dhandle, 4, FALSE0);
  }

return debug_make_range_type (dhandle, index_type, n2, n3);
1805}

1807/* Sun's ACC uses a somewhat saner method for specifying the builtin
 typedefs in every file (for int, long, etc):

type = b <signed> <width>; <offset>; <nbits>
signed = u or s.  Possible c in addition to u or s (for char?).
offset = offset from high order bit to start bit of type.
width is # bytes in object of this type, nbits is # bits in type.

 The width/offset stuff appears to be for small objects stored in
 larger ones (e.g. `shorts' in `int' registers).  We ignore it for now,
 FIXME.  */

1819static debug_type
1820parse_stab_sun_builtin_type (void *dhandle, const char **pp)
1821{
const char *orig;
bfd_boolean unsignedp;
bfd_vma bits;

orig = *pp;

switch (**pp)
  {
  case 's':
    unsignedp = FALSE0;
    break;
  case 'u':
    unsignedp = TRUE1;
    break;
  default:
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

/* For some odd reason, all forms of char put a c here.  This is strange
   because no other type has this honor.  We can safely ignore this because
   we actually determine 'char'acterness by the number of bits specified in
   the descriptor.  */
if (**pp == 'c')
  ++*pp;

/* The first number appears to be the number of bytes occupied
   by this type, except that unsigned short is 4 instead of 2.
   Since this information is redundant with the third number,
   we will ignore it.  */
(void) parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

/* The second number is always 0, so ignore it too.  */
(void) parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

/* The third number is the number of bits for this type.  */
bits = parse_number (pp, (bfd_boolean *) NULL((void*)0));

/* The type *should* end with a semicolon.  If it are embedded
   in a larger type the semicolon may be the only way to know where
   the type ends.  If this type is at the end of the stabstring we
   can deal with the omitted semicolon (but we don't have to like
   it).  Don't bother to complain(), Sun's compiler omits the semicolon
   for "void".  */
if (**pp == ';')
  ++*pp;

if (bits == 0)
  return debug_make_void_type (dhandle);

return debug_make_int_type (dhandle, bits / 8, unsignedp);
1886}

1888/* Parse a builtin floating type generated by the Sun compiler.  */

1890static debug_type
1891parse_stab_sun_floating_type (void *dhandle, const char **pp)
1892{
const char *orig;
bfd_vma details;
bfd_vma bytes;

orig = *pp;

/* The first number has more details about the type, for example
   FN_COMPLEX.  */
details = parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

/* The second number is the number of bytes occupied by this type */
bytes = parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }

if (details == NF_COMPLEX3
    || details == NF_COMPLEX164
    || details == NF_COMPLEX325)
  return debug_make_complex_type (dhandle, bytes);

return debug_make_float_type (dhandle, bytes);
1922}

1924/* Handle an enum type.  */

1926static debug_type
1927parse_stab_enum_type (void *dhandle, const char **pp)
1928{
const char *orig;
const char **names;
bfd_signed_vma *values;
unsigned int n;
unsigned int alloc;

orig = *pp;

/* FIXME: gdb checks os9k_stabs here.  */

/* The aix4 compiler emits an extra field before the enum members;
   my guess is it's a type of some sort.  Just ignore it.  */
if (**pp == '-')
  {
    while (**pp != ':')
++*pp;
    ++*pp;
  }

/* Read the value-names and their values.
   The input syntax is NAME:VALUE,NAME:VALUE, and so on.
   A semicolon or comma instead of a NAME means the end.  */
alloc = 10;
names = (const char **) xmalloc (alloc * sizeof *names);
values = (bfd_signed_vma *) xmalloc (alloc * sizeof *values);
n = 0;
while (**pp != '\0' && **pp != ';' && **pp != ',')
  {
    const char *p;
    char *name;
    bfd_signed_vma val;

    p = *pp;
    while (*p != ':')
++p;

    name = savestring (*pp, p - *pp);

    *pp = p + 1;
    val = (bfd_signed_vma) parse_number (pp, (bfd_boolean *) NULL((void*)0));
    if (**pp != ',')
{
 bad_stab (orig);
 return DEBUG_TYPE_NULL((debug_type) ((void*)0));
}
    ++*pp;

    if (n + 1 >= alloc)
{
 alloc += 10;
 names = ((const char **)
   xrealloc (names, alloc * sizeof *names));
 values = ((bfd_signed_vma *)
    xrealloc (values, alloc * sizeof *values));
}

    names[n] = name;
    values[n] = val;
    ++n;
  }

names[n] = NULL((void*)0);
values[n] = 0;

if (**pp == ';')
  ++*pp;

return debug_make_enum_type (dhandle, names, values);
1997}

1999/* Read the description of a structure (or union type) and return an object
 describing the type.

 PP points to a character pointer that points to the next unconsumed token
 in the stabs string.  For example, given stabs "A:T4=s4a:1,0,32;;",
 *PP will point to "4a:1,0,32;;".  */

2006static debug_type
2007parse_stab_struct_type (void *dhandle, struct stab_handle *info,
	const char *tagname, const char **pp,
	bfd_boolean structp, const int *typenums)
2010{
const char *orig;
bfd_vma size;
debug_baseclass *baseclasses;
debug_field *fields;
bfd_boolean statics;
debug_method *methods;
debug_type vptrbase;
bfd_boolean ownvptr;

orig = *pp;

/* Get the size.  */
size = parse_number (pp, (bfd_boolean *) NULL((void*)0));

/* Get the other information.  */
if (! parse_stab_baseclasses (dhandle, info, pp, &baseclasses)
    || ! parse_stab_struct_fields (dhandle, info, pp, &fields, &statics)
    || ! parse_stab_members (dhandle, info, tagname, pp, typenums, &methods)
    || ! parse_stab_tilde_field (dhandle, info, pp, typenums, &vptrbase,
		   &ownvptr))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (! statics
    && baseclasses == NULL((void*)0)
    && methods == NULL((void*)0)
    && vptrbase == DEBUG_TYPE_NULL((debug_type) ((void*)0))
    && ! ownvptr)
  return debug_make_struct_type (dhandle, structp, size, fields);

return debug_make_object_type (dhandle, structp, size, fields, baseclasses,
		 methods, vptrbase, ownvptr);
2042}

2044/* The stabs for C++ derived classes contain baseclass information which
 is marked by a '!' character after the total size.  This function is
 called when we encounter the baseclass marker, and slurps up all the
 baseclass information.

 Immediately following the '!' marker is the number of base classes that
 the class is derived from, followed by information for each base class.
 For each base class, there are two visibility specifiers, a bit offset
 to the base class information within the derived class, a reference to
 the type for the base class, and a terminating semicolon.

 A typical example, with two base classes, would be "!2,020,19;0264,21;".
				       ^^ ^ ^ ^  ^ ^  ^
Baseclass information marker __________________|| | | |  | |  |
Number of baseclasses __________________________| | | |  | |  |
Visibility specifiers (2) ________________________| | |  | |  |
Offset in bits from start of class _________________| |  | |  |
Type number for base class ___________________________|  | |  |
Visibility specifiers (2) _______________________________| |  |
Offset in bits from start of class ________________________|  |
Type number of base class ____________________________________|

Return TRUE for success, FALSE for failure.  */

2068static bfd_boolean
2069parse_stab_baseclasses (void *dhandle, struct stab_handle *info,
	const char **pp, debug_baseclass **retp)
2071{
const char *orig;
unsigned int c, i;
debug_baseclass *classes;

*retp = NULL((void*)0);

orig = *pp;

if (**pp != '!')
  {
    /* No base classes.  */
    return TRUE1;
  }
++*pp;

c = (unsigned int) parse_number (pp, (bfd_boolean *) NULL((void*)0));

if (**pp != ',')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

classes = (debug_baseclass *) xmalloc ((c + 1) * sizeof (**retp));

for (i = 0; i < c; i++)
  {
    bfd_boolean virtual;
    enum debug_visibility visibility;
    bfd_vma bitpos;
    debug_type type;

    switch (**pp)
{
case '0':
 virtual = FALSE0;
 break;
case '1':
 virtual = TRUE1;
 break;
default:
 warn_stab (orig, _("unknown virtual character for baseclass")("unknown virtual character for baseclass"));
 virtual = FALSE0;
 break;
}
    ++*pp;

    switch (**pp)
{
case '0':
 visibility = DEBUG_VISIBILITY_PRIVATE;
 break;
case '1':
 visibility = DEBUG_VISIBILITY_PROTECTED;
 break;
case '2':
 visibility = DEBUG_VISIBILITY_PUBLIC;
 break;
default:
 warn_stab (orig, _("unknown visibility character for baseclass")("unknown visibility character for baseclass"));
 visibility = DEBUG_VISIBILITY_PUBLIC;
 break;
}
    ++*pp;

    /* The remaining value is the bit offset of the portion of the
object corresponding to this baseclass.  Always zero in the
absence of multiple inheritance.  */
    bitpos = parse_number (pp, (bfd_boolean *) NULL((void*)0));
    if (**pp != ',')
{
 bad_stab (orig);
 return FALSE0;
}
    ++*pp;

    type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
	      (debug_type **) NULL((void*)0));
    if (type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;

    classes[i] = debug_make_baseclass (dhandle, type, bitpos, virtual,
			 visibility);
    if (classes[i] == DEBUG_BASECLASS_NULL((debug_baseclass) ((void*)0)))
return FALSE0;

    if (**pp != ';')
return FALSE0;
    ++*pp;
  }

classes[i] = DEBUG_BASECLASS_NULL((debug_baseclass) ((void*)0));

*retp = classes;

return TRUE1;
2169}

2171/* Read struct or class data fields.  They have the form:

NAME : [VISIBILITY] TYPENUM , BITPOS , BITSIZE ;

 At the end, we see a semicolon instead of a field.

 In C++, this may wind up being NAME:?TYPENUM:PHYSNAME; for
 a static field.

 The optional VISIBILITY is one of:

'/0'	(VISIBILITY_PRIVATE)
'/1'	(VISIBILITY_PROTECTED)
'/2'	(VISIBILITY_PUBLIC)
'/9'	(VISIBILITY_IGNORE)

 or nothing, for C style fields with public visibility.

 Returns 1 for success, 0 for failure.  */

2191static bfd_boolean
2192parse_stab_struct_fields (void *dhandle, struct stab_handle *info,
	  const char **pp, debug_field **retp,
	  bfd_boolean *staticsp)
2195{
const char *orig;
const char *p;
debug_field *fields;
unsigned int c;
unsigned int alloc;

*retp = NULL((void*)0);
*staticsp = FALSE0;

orig = *pp;

c = 0;
alloc = 10;
fields = (debug_field *) xmalloc (alloc * sizeof *fields);
while (**pp != ';')
  {
    /* FIXME: gdb checks os9k_stabs here.  */

    p = *pp;

    /* Add 1 to c to leave room for NULL pointer at end.  */
    if (c + 1 >= alloc)
{
 alloc += 10;
 fields = ((debug_field *)
    xrealloc (fields, alloc * sizeof *fields));
}

    /* If it starts with CPLUS_MARKER it is a special abbreviation,
unless the CPLUS_MARKER is followed by an underscore, in
which case it is just the name of an anonymous type, which we
should handle like any other type name.  We accept either '$'
or '.', because a field name can never contain one of these
characters except as a CPLUS_MARKER.  */

    if ((*p == '$' || *p == '.') && p[1] != '_')
{
 ++*pp;
 if (! parse_stab_cpp_abbrev (dhandle, info, pp, fields + c))
   return FALSE0;
 ++c;
 continue;
}

    /* Look for the ':' that separates the field name from the field
values.  Data members are delimited by a single ':', while member
functions are delimited by a pair of ':'s.  When we hit the member
functions (if any), terminate scan loop and return.  */

    p = strchr (p, ':');
    if (p == NULL((void*)0))
{
 bad_stab (orig);
 return FALSE0;
}

    if (p[1] == ':')
break;

    if (! parse_stab_one_struct_field (dhandle, info, pp, p, fields + c,
			 staticsp))
return FALSE0;

    ++c;
  }

fields[c] = DEBUG_FIELD_NULL((debug_field) ((void*)0));

*retp = fields;

return TRUE1;
2267}

2269/* Special GNU C++ name.  */

2271static bfd_boolean
2272parse_stab_cpp_abbrev (void *dhandle, struct stab_handle *info,
       const char **pp, debug_field *retp)
2274{
const char *orig;
int cpp_abbrev;
debug_type context;
const char *name;
const char *typename;
debug_type type;
bfd_vma bitpos;

*retp = DEBUG_FIELD_NULL((debug_field) ((void*)0));

orig = *pp;

if (**pp != 'v')
  {
    bad_stab (*pp);
    return FALSE0;
  }
++*pp;

cpp_abbrev = **pp;
++*pp;

/* At this point, *pp points to something like "22:23=*22...", where
   the type number before the ':' is the "context" and everything
   after is a regular type definition.  Lookup the type, find it's
   name, and construct the field name.  */

context = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
	     (debug_type **) NULL((void*)0));
if (context == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return FALSE0;

switch (cpp_abbrev)
  {
  case 'f':
    /* $vf -- a virtual function table pointer.  */
    name = "_vptr$";
    break;
  case 'b':
    /* $vb -- a virtual bsomethingorother */
    typename = debug_get_type_name (dhandle, context);
    if (typename == NULL((void*)0))
{
 warn_stab (orig, _("unnamed $vb type")("unnamed $vb type"));
 typename = "FOO";
}
    name = concat ("_vb$", typename, (const char *) NULL((void*)0));
    break;
  default:
    warn_stab (orig, _("unrecognized C++ abbreviation")("unrecognized C++ abbreviation"));
    name = "INVALID_CPLUSPLUS_ABBREV";
    break;
  }

if (**pp != ':')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
	  (debug_type **) NULL((void*)0));
if (**pp != ',')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

bitpos = parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

*retp = debug_make_field (dhandle, name, type, bitpos, 0,
	    DEBUG_VISIBILITY_PRIVATE);
if (*retp == DEBUG_FIELD_NULL((debug_field) ((void*)0)))
  return FALSE0;

return TRUE1;
2359}

2361/* Parse a single field in a struct or union.  */

2363static bfd_boolean
2364parse_stab_one_struct_field (void *dhandle, struct stab_handle *info,
	     const char **pp, const char *p,
	     debug_field *retp, bfd_boolean *staticsp)
2367{
const char *orig;
char *name;
enum debug_visibility visibility;
debug_type type;
bfd_vma bitpos;
bfd_vma bitsize;

orig = *pp;

/* FIXME: gdb checks ARM_DEMANGLING here.  */

name = savestring (*pp, p - *pp);

*pp = p + 1;

if (**pp != '/')
  visibility = DEBUG_VISIBILITY_PUBLIC;
else
  {
    ++*pp;
    switch (**pp)
{
case '0':
 visibility = DEBUG_VISIBILITY_PRIVATE;
 break;
case '1':
 visibility = DEBUG_VISIBILITY_PROTECTED;
 break;
case '2':
 visibility = DEBUG_VISIBILITY_PUBLIC;
 break;
default:
 warn_stab (orig, _("unknown visibility character for field")("unknown visibility character for field"));
 visibility = DEBUG_VISIBILITY_PUBLIC;
 break;
}
    ++*pp;
  }

type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
	  (debug_type **) NULL((void*)0));
if (type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return FALSE0;

if (**pp == ':')
  {
    char *varname;

    /* This is a static class member.  */
    ++*pp;
    p = strchr (*pp, ';');
    if (p == NULL((void*)0))
{
 bad_stab (orig);
 return FALSE0;
}

    varname = savestring (*pp, p - *pp);

    *pp = p + 1;

    *retp = debug_make_static_member (dhandle, name, type, varname,
			visibility);
    *staticsp = TRUE1;

    return TRUE1;
  }

if (**pp != ',')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

bitpos = parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ',')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

bitsize = parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return FALSE0;
  }
++*pp;

if (bitpos == 0 && bitsize == 0)
  {
    /* This can happen in two cases: (1) at least for gcc 2.4.5 or
so, it is a field which has been optimized out.  The correct
stab for this case is to use VISIBILITY_IGNORE, but that is a
recent invention.  (2) It is a 0-size array.  For example
union { int num; char str[0]; } foo.  Printing "<no value>"
for str in "p foo" is OK, since foo.str (and thus foo.str[3])
will continue to work, and a 0-size array as a whole doesn't
have any contents to print.

I suspect this probably could also happen with gcc -gstabs
(not -gstabs+) for static fields, and perhaps other C++
extensions.  Hopefully few people use -gstabs with gdb, since
it is intended for dbx compatibility.  */
    visibility = DEBUG_VISIBILITY_IGNORE;
  }

/* FIXME: gdb does some stuff here to mark fields as unpacked.  */

*retp = debug_make_field (dhandle, name, type, bitpos, bitsize, visibility);

return TRUE1;
2482}

2484/* Read member function stabs info for C++ classes.  The form of each member
 function data is:

NAME :: TYPENUM[=type definition] ARGS : PHYSNAME ;

 An example with two member functions is:

afunc1::20=##15;:i;2A.;afunc2::20:i;2A.;

 For the case of overloaded operators, the format is op$::*.funcs, where
 $ is the CPLUS_MARKER (usually '$'), `*' holds the place for an operator
 name (such as `+=') and `.' marks the end of the operator name.  */

2497static bfd_boolean
2498parse_stab_members (void *dhandle, struct stab_handle *info,
    const char *tagname, const char **pp,
    const int *typenums, debug_method **retp)
2501{
const char *orig;
debug_method *methods;
unsigned int c;
unsigned int alloc;

*retp = NULL((void*)0);

orig = *pp;

alloc = 0;
methods = NULL((void*)0);
c = 0;

while (**pp != ';')
  {
    const char *p;
    char *name;
    debug_method_variant *variants;
    unsigned int cvars;
    unsigned int allocvars;
    debug_type look_ahead_type;

    p = strchr (*pp, ':');
    if (p == NULL((void*)0) || p[1] != ':')
break;

    /* FIXME: Some systems use something other than '$' here.  */
    if ((*pp)[0] != 'o' || (*pp)[1] != 'p' || (*pp)[2] != '$')
{
 name = savestring (*pp, p - *pp);
 *pp = p + 2;
}
    else
{
 /* This is a completely weird case.  In order to stuff in the
    names that might contain colons (the usual name delimiter),
    Mike Tiemann defined a different name format which is
    signalled if the identifier is "op$".  In that case, the
    format is "op$::XXXX." where XXXX is the name.  This is
    used for names like "+" or "=".  YUUUUUUUK!  FIXME!  */
 *pp = p + 2;
 for (p = *pp; *p != '.' && *p != '\0'; p++)
   ;
 if (*p != '.')
   {
     bad_stab (orig);
     return FALSE0;
   }
 name = savestring (*pp, p - *pp);
 *pp = p + 1;
}

    allocvars = 10;
    variants = ((debug_method_variant *)
  xmalloc (allocvars * sizeof *variants));
    cvars = 0;

    look_ahead_type = DEBUG_TYPE_NULL((debug_type) ((void*)0));

    do
{
 debug_type type;
 bfd_boolean stub;
 char *argtypes;
 enum debug_visibility visibility;
 bfd_boolean constp, volatilep, staticp;
 bfd_vma voffset;
 debug_type context;
 const char *physname;
 bfd_boolean varargs;

 if (look_ahead_type != DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   {
     /* g++ version 1 kludge */
     type = look_ahead_type;
     look_ahead_type = DEBUG_TYPE_NULL((debug_type) ((void*)0));
   }
 else
   {
     type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		      (debug_type **) NULL((void*)0));
     if (type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
     if (**pp != ':')
{
  bad_stab (orig);
  return FALSE0;
}
   }

 ++*pp;
 p = strchr (*pp, ';');
 if (p == NULL((void*)0))
   {
     bad_stab (orig);
     return FALSE0;
   }

 stub = FALSE0;
 if (debug_get_type_kind (dhandle, type) == DEBUG_KIND_METHOD
     && debug_get_parameter_types (dhandle, type, &varargs) == NULL((void*)0))
   stub = TRUE1;

 argtypes = savestring (*pp, p - *pp);
 *pp = p + 1;

 switch (**pp)
   {
   case '0':
     visibility = DEBUG_VISIBILITY_PRIVATE;
     break;
   case '1':
     visibility = DEBUG_VISIBILITY_PROTECTED;
     break;
   default:
     visibility = DEBUG_VISIBILITY_PUBLIC;
     break;
   }
 ++*pp;

 constp = FALSE0;
 volatilep = FALSE0;
 switch (**pp)
   {
   case 'A':
     /* Normal function.  */
     ++*pp;
     break;
   case 'B':
     /* const member function.  */
     constp = TRUE1;
     ++*pp;
     break;
   case 'C':
     /* volatile member function.  */
     volatilep = TRUE1;
     ++*pp;
     break;
   case 'D':
     /* const volatile member function.  */
     constp = TRUE1;
     volatilep = TRUE1;
     ++*pp;
     break;
   case '*':
   case '?':
   case '.':
     /* File compiled with g++ version 1; no information.  */
     break;
   default:
     warn_stab (orig, _("const/volatile indicator missing")("const/volatile indicator missing"));
     break;
   }

 staticp = FALSE0;
 switch (**pp)
   {
   case '*':
     /* virtual member function, followed by index.  The sign
 bit is supposedly set to distinguish
 pointers-to-methods from virtual function indicies.  */
     ++*pp;
     voffset = parse_number (pp, (bfd_boolean *) NULL((void*)0));
     if (**pp != ';')
{
  bad_stab (orig);
  return FALSE0;
}
     ++*pp;
     voffset &= 0x7fffffff;

     if (**pp == ';' || **pp == '\0')
{
  /* Must be g++ version 1.  */
  context = DEBUG_TYPE_NULL((debug_type) ((void*)0));
}
     else
{
  /* Figure out from whence this virtual function
     came.  It may belong to virtual function table of
     one of its baseclasses.  */
  look_ahead_type = parse_stab_type (dhandle, info,
				     (const char *) NULL((void*)0),
				     pp,
				     (debug_type **) NULL((void*)0));
  if (**pp == ':')
    {
      /* g++ version 1 overloaded methods.  */
      context = DEBUG_TYPE_NULL((debug_type) ((void*)0));
    }
  else
    {
      context = look_ahead_type;
      look_ahead_type = DEBUG_TYPE_NULL((debug_type) ((void*)0));
      if (**pp != ';')
	{
	  bad_stab (orig);
	  return FALSE0;
	}
      ++*pp;
    }
}
     break;

   case '?':
     /* static member function.  */
     ++*pp;
     staticp = TRUE1;
     voffset = 0;
     context = DEBUG_TYPE_NULL((debug_type) ((void*)0));
     if (strncmp (argtypes, name, strlen (name)) != 0)
stub = TRUE1;
     break;

   default:
     warn_stab (orig, "member function type missing");
     voffset = 0;
     context = DEBUG_TYPE_NULL((debug_type) ((void*)0));
     break;

   case '.':
     ++*pp;
     voffset = 0;
     context = DEBUG_TYPE_NULL((debug_type) ((void*)0));
     break;
   }

 /* If the type is not a stub, then the argtypes string is
           the physical name of the function.  Otherwise the
           argtypes string is the mangled form of the argument
           types, and the full type and the physical name must be
           extracted from them.  */
 if (! stub)
   physname = argtypes;
 else
   {
     debug_type class_type, return_type;

     class_type = stab_find_type (dhandle, info, typenums);
     if (class_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
     return_type = debug_get_return_type (dhandle, type);
     if (return_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
{
  bad_stab (orig);
  return FALSE0;
}
     type = parse_stab_argtypes (dhandle, info, class_type, name,
			  tagname, return_type, argtypes,
			  constp, volatilep, &physname);
     if (type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
   }

 if (cvars + 1 >= allocvars)
   {
     allocvars += 10;
     variants = ((debug_method_variant *)
	  xrealloc (variants,
		    allocvars * sizeof *variants));
   }

 if (! staticp)
   variants[cvars] = debug_make_method_variant (dhandle, physname,
					 type, visibility,
					 constp, volatilep,
					 voffset, context);
 else
   variants[cvars] = debug_make_static_method_variant (dhandle,
						physname,
						type,
						visibility,
						constp,
						volatilep);
 if (variants[cvars] == DEBUG_METHOD_VARIANT_NULL((debug_method_variant) ((void*)0)))
   return FALSE0;

 ++cvars;
}
    while (**pp != ';' && **pp != '\0');

    variants[cvars] = DEBUG_METHOD_VARIANT_NULL((debug_method_variant) ((void*)0));

    if (**pp != '\0')
++*pp;

    if (c + 1 >= alloc)
{
 alloc += 10;
 methods = ((debug_method *)
     xrealloc (methods, alloc * sizeof *methods));
}

    methods[c] = debug_make_method (dhandle, name, variants);

    ++c;
  }

if (methods != NULL((void*)0))
  methods[c] = DEBUG_METHOD_NULL((debug_method) ((void*)0));

*retp = methods;

return TRUE1;
2806}

2808/* Parse a string representing argument types for a method.  Stabs
 tries to save space by packing argument types into a mangled
 string.  This string should give us enough information to extract
 both argument types and the physical name of the function, given
 the tag name.  */

2814static debug_type
2815parse_stab_argtypes (void *dhandle, struct stab_handle *info,
     debug_type class_type, const char *fieldname,
     const char *tagname, debug_type return_type,
     const char *argtypes, bfd_boolean constp,
     bfd_boolean volatilep, const char **pphysname)
2820{
bfd_boolean is_full_physname_constructor;
bfd_boolean is_constructor;
bfd_boolean is_destructor;
bfd_boolean is_v3;
debug_type *args;
bfd_boolean varargs;
unsigned int physname_len = 0;

/* Constructors are sometimes handled specially.  */
is_full_physname_constructor = ((argtypes[0] == '_'
		   && argtypes[1] == '_'
		   && (ISDIGIT (argtypes[2])(_sch_istable[(argtypes[2]) & 0xff] & (unsigned short
)(_sch_isdigit))
		       || argtypes[2] == 'Q'
		       || argtypes[2] == 't'))
		  || strncmp (argtypes, "__ct", 4) == 0);

is_constructor = (is_full_physname_constructor
    || (tagname != NULL((void*)0)
	&& strcmp (fieldname, tagname) == 0));
is_destructor = ((argtypes[0] == '_'
    && (argtypes[1] == '$' || argtypes[1] == '.')
    && argtypes[2] == '_')
   || strncmp (argtypes, "__dt", 4) == 0);
is_v3 = argtypes[0] == '_' && argtypes[1] == 'Z';

if (is_destructor || is_full_physname_constructor || is_v3)
  *pphysname = argtypes;
else
  {
    unsigned int len;
    const char *const_prefix;
    const char *volatile_prefix;
    char buf[20];
    unsigned int mangled_name_len;
    char *physname;

    len = tagname == NULL((void*)0) ? 0 : strlen (tagname);
    const_prefix = constp ? "C" : "";
    volatile_prefix = volatilep ? "V" : "";

    if (len == 0)
sprintf (buf, "__%s%s", const_prefix, volatile_prefix);
    else if (tagname != NULL((void*)0) && strchr (tagname, '<') != NULL((void*)0))
{
 /* Template methods are fully mangled.  */
 sprintf (buf, "__%s%s", const_prefix, volatile_prefix);
 tagname = NULL((void*)0);
 len = 0;
}
    else
sprintf (buf, "__%s%s%d", const_prefix, volatile_prefix, len);

    mangled_name_len = ((is_constructor ? 0 : strlen (fieldname))
	  + strlen (buf)
	  + len
	  + strlen (argtypes)
	  + 1);

    if (fieldname[0] == 'o'
 && fieldname[1] == 'p'
 && (fieldname[2] == '$' || fieldname[2] == '.'))
{
 const char *opname;

 opname = cplus_mangle_opname (fieldname + 3, 0);
 if (opname == NULL((void*)0))
   {
     fprintf (stderr(&__sF[2]), _("No mangling for \"%s\"\n")("No mangling for \"%s\"\n"), fieldname);
     return DEBUG_TYPE_NULL((debug_type) ((void*)0));
   }
 mangled_name_len += strlen (opname);
 physname = (char *) xmalloc (mangled_name_len);
 strncpy (physname, fieldname, 3);
 strcpy (physname + 3, opname);
}
    else
{
 physname = (char *) xmalloc (mangled_name_len);
 if (is_constructor)
   physname[0] = '\0';
 else
   strcpy (physname, fieldname);
}

    physname_len = strlen (physname);
    strcat (physname, buf);
    if (tagname != NULL((void*)0))
strcat (physname, tagname);
    strcat (physname, argtypes);

    *pphysname = physname;
  }

if (*argtypes == '\0' || is_destructor)
  {
    args = (debug_type *) xmalloc (sizeof *args);
    *args = NULL((void*)0);
    return debug_make_method_type (dhandle, return_type, class_type, args,
		     FALSE0);
  }

args = stab_demangle_argtypes (dhandle, info, *pphysname, &varargs, physname_len);
if (args == NULL((void*)0))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));

return debug_make_method_type (dhandle, return_type, class_type, args,
		 varargs);
2928}

2930/* The tail end of stabs for C++ classes that contain a virtual function
 pointer contains a tilde, a %, and a type number.
 The type number refers to the base class (possibly this class itself) which
 contains the vtable pointer for the current class.

 This function is called when we have parsed all the method declarations,
 so we can look for the vptr base class info.  */

2938static bfd_boolean
2939parse_stab_tilde_field (void *dhandle, struct stab_handle *info,
	const char **pp, const int *typenums,
	debug_type *retvptrbase, bfd_boolean *retownvptr)
2942{
const char *orig;
const char *hold;
int vtypenums[2];

*retvptrbase = DEBUG_TYPE_NULL((debug_type) ((void*)0));
*retownvptr = FALSE0;

orig = *pp;

/* If we are positioned at a ';', then skip it.  */
if (**pp == ';')
  ++*pp;

if (**pp != '~')
  return TRUE1;

++*pp;

if (**pp == '=' || **pp == '+' || **pp == '-')
  {
    /* Obsolete flags that used to indicate the presence of
constructors and/or destructors.  */
    ++*pp;
  }

if (**pp != '%')
  return TRUE1;

++*pp;

hold = *pp;

/* The next number is the type number of the base class (possibly
   our own class) which supplies the vtable for this class.  */
if (! parse_stab_type_number (pp, vtypenums))
  return FALSE0;

if (vtypenums[0] == typenums[0]
    && vtypenums[1] == typenums[1])
  *retownvptr = TRUE1;
else
  {
    debug_type vtype;
    const char *p;

    *pp = hold;

    vtype = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
	       (debug_type **) NULL((void*)0));
    for (p = *pp; *p != ';' && *p != '\0'; p++)
;
    if (*p != ';')
{
 bad_stab (orig);
 return FALSE0;
}

    *retvptrbase = vtype;

    *pp = p + 1;
  }

return TRUE1;
3006}

3008/* Read a definition of an array type.  */

3010static debug_type
3011parse_stab_array_type (void *dhandle, struct stab_handle *info,
       const char **pp, bfd_boolean stringp)
3013{
const char *orig;
const char *p;
int typenums[2];
debug_type index_type;
bfd_boolean adjustable;
bfd_signed_vma lower, upper;
debug_type element_type;

/* Format of an array type:
   "ar<index type>;lower;upper;<array_contents_type>".
   OS9000: "arlower,upper;<array_contents_type>".

   Fortran adjustable arrays use Adigits or Tdigits for lower or upper;
   for these, produce a type like float[][].  */

orig = *pp;

/* FIXME: gdb checks os9k_stabs here.  */

/* If the index type is type 0, we take it as int.  */
p = *pp;
if (! parse_stab_type_number (&p, typenums))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));
if (typenums[0] == 0 && typenums[1] == 0 && **pp != '=')
  {
    index_type = debug_find_named_type (dhandle, "int");
    if (index_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
{
 index_type = debug_make_int_type (dhandle, 4, FALSE0);
 if (index_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   return DEBUG_TYPE_NULL((debug_type) ((void*)0));
}
    *pp = p;
  }
else
  {
    index_type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		    (debug_type **) NULL((void*)0));
  }

if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

adjustable = FALSE0;

if (! ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)) && **pp != '-')
  {
    ++*pp;
    adjustable = TRUE1;
  }

lower = (bfd_signed_vma) parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

if (! ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)) && **pp != '-')
  {
    ++*pp;
    adjustable = TRUE1;
  }

upper = (bfd_signed_vma) parse_number (pp, (bfd_boolean *) NULL((void*)0));
if (**pp != ';')
  {
    bad_stab (orig);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
++*pp;

element_type = parse_stab_type (dhandle, info, (const char *) NULL((void*)0), pp,
		  (debug_type **) NULL((void*)0));
if (element_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (adjustable)
  {
    lower = 0;
    upper = -1;
  }

return debug_make_array_type (dhandle, element_type, index_type, lower,
		upper, stringp);
3104}

3106/* This struct holds information about files we have seen using
 N_BINCL.  */

3109struct bincl_file
3110{
/* The next N_BINCL file.  */
struct bincl_file *next;
/* The next N_BINCL on the stack.  */
struct bincl_file *next_stack;
/* The file name.  */
const char *name;
/* The hash value.  */
bfd_vma hash;
/* The file index.  */
unsigned int file;
/* The list of types defined in this file.  */
struct stab_types *file_types;
3123};

3125/* Start a new N_BINCL file, pushing it onto the stack.  */

3127static void
3128push_bincl (struct stab_handle *info, const char *name, bfd_vma hash)
3129{
struct bincl_file *n;

n = (struct bincl_file *) xmalloc (sizeof *n);
n->next = info->bincl_list;
n->next_stack = info->bincl_stack;
n->name = name;
n->hash = hash;
n->file = info->files;
n->file_types = NULL((void*)0);
info->bincl_list = n;
info->bincl_stack = n;

++info->files;
info->file_types = ((struct stab_types **)
      xrealloc (info->file_types,
		(info->files
		 * sizeof *info->file_types)));
info->file_types[n->file] = NULL((void*)0);
3148}

3150/* Finish an N_BINCL file, at an N_EINCL, popping the name off the
 stack.  */

3153static const char *
3154pop_bincl (struct stab_handle *info)
3155{
struct bincl_file *o;

o = info->bincl_stack;
if (o == NULL((void*)0))
  return info->main_filename;
info->bincl_stack = o->next_stack;

o->file_types = info->file_types[o->file];

if (info->bincl_stack == NULL((void*)0))
  return info->main_filename;
return info->bincl_stack->name;
3168}

3170/* Handle an N_EXCL: get the types from the corresponding N_BINCL.  */

3172static bfd_boolean
3173find_excl (struct stab_handle *info, const char *name, bfd_vma hash)
3174{
struct bincl_file *l;

++info->files;
info->file_types = ((struct stab_types **)
      xrealloc (info->file_types,
		(info->files
		 * sizeof *info->file_types)));

for (l = info->bincl_list; l != NULL((void*)0); l = l->next)
  if (l->hash == hash && strcmp (l->name, name) == 0)
    break;
if (l == NULL((void*)0))
  {
    warn_stab (name, _("Undefined N_EXCL")("Undefined N_EXCL"));
    info->file_types[info->files - 1] = NULL((void*)0);
    return TRUE1;
  }

info->file_types[info->files - 1] = l->file_types;

return TRUE1;
3196}

3198/* Handle a variable definition.  gcc emits variable definitions for a
 block before the N_LBRAC, so we must hold onto them until we see
 it.  The SunPRO compiler emits variable definitions after the
 N_LBRAC, so we can call debug_record_variable immediately.  */

3203static bfd_boolean
3204stab_record_variable (void *dhandle, struct stab_handle *info,
      const char *name, debug_type type,
      enum debug_var_kind kind, bfd_vma val)
3207{
struct stab_pending_var *v;

if ((kind == DEBUG_GLOBAL || kind == DEBUG_STATIC)
    || ! info->within_function
    || (info->gcc_compiled == 0 && info->n_opt_found))
  return debug_record_variable (dhandle, name, type, kind, val);

v = (struct stab_pending_var *) xmalloc (sizeof *v);
memset (v, 0, sizeof *v);

v->next = info->pending;
v->name = name;
v->type = type;
v->kind = kind;
v->val = val;
info->pending = v;

return TRUE1;
3226}

3228/* Emit pending variable definitions.  This is called after we see the
 N_LBRAC that starts the block.  */

3231static bfd_boolean
3232stab_emit_pending_vars (void *dhandle, struct stab_handle *info)
3233{
struct stab_pending_var *v;

v = info->pending;
while (v != NULL((void*)0))
  {
    struct stab_pending_var *next;

    if (! debug_record_variable (dhandle, v->name, v->type, v->kind, v->val))
return FALSE0;

    next = v->next;
    free (v);
    v = next;
  }

info->pending = NULL((void*)0);

return TRUE1;
3252}

3254/* Find the slot for a type in the database.  */

3256static debug_type *
3257stab_find_slot (struct stab_handle *info, const int *typenums)
3258{
int filenum;
int index;
struct stab_types **ps;

filenum = typenums[0];
index = typenums[1];

if (filenum < 0 || (unsigned int) filenum >= info->files)
  {
    fprintf (stderr(&__sF[2]), _("Type file number %d out of range\n")("Type file number %d out of range\n"), filenum);
    return NULL((void*)0);
  }
if (index < 0)
  {
    fprintf (stderr(&__sF[2]), _("Type index number %d out of range\n")("Type index number %d out of range\n"), index);
    return NULL((void*)0);
  }

ps = info->file_types + filenum;

while (index >= STAB_TYPES_SLOTS(16))
  {
    if (*ps == NULL((void*)0))
{
 *ps = (struct stab_types *) xmalloc (sizeof **ps);
 memset (*ps, 0, sizeof **ps);
}
    ps = &(*ps)->next;
    index -= STAB_TYPES_SLOTS(16);
  }
if (*ps == NULL((void*)0))
  {
    *ps = (struct stab_types *) xmalloc (sizeof **ps);
    memset (*ps, 0, sizeof **ps);
  }

return (*ps)->types + index;
3296}

3298/* Find a type given a type number.  If the type has not been
 allocated yet, create an indirect type.  */

3301static debug_type
3302stab_find_type (void *dhandle, struct stab_handle *info, const int *typenums)
3303{
debug_type *slot;

if (typenums[0] == 0 && typenums[1] < 0)
  {
    /* A negative type number indicates an XCOFF builtin type.  */
    return stab_xcoff_builtin_type (dhandle, info, typenums[1]);
  }

slot = stab_find_slot (info, typenums);
if (slot == NULL((void*)0))
  return DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (*slot == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return debug_make_indirect_type (dhandle, slot, (const char *) NULL((void*)0));

return *slot;
3320}

3322/* Record that a given type number refers to a given type.  */

3324static bfd_boolean
3325stab_record_type (void *dhandle ATTRIBUTE_UNUSED__attribute__ ((__unused__)), struct stab_handle *info,
  const int *typenums, debug_type type)
3327{
debug_type *slot;

slot = stab_find_slot (info, typenums);
if (slot == NULL((void*)0))
  return FALSE0;

/* gdb appears to ignore type redefinitions, so we do as well.  */

*slot = type;

return TRUE1;
3339}

3341/* Return an XCOFF builtin type.  */

3343static debug_type
3344stab_xcoff_builtin_type (void *dhandle, struct stab_handle *info,
	 int typenum)
3346{
debug_type rettype;
const char *name;

if (typenum >= 0 || typenum < -XCOFF_TYPE_COUNT34)
  {
    fprintf (stderr(&__sF[2]), _("Unrecognized XCOFF type %d\n")("Unrecognized XCOFF type %d\n"), typenum);
    return DEBUG_TYPE_NULL((debug_type) ((void*)0));
  }
if (info->xcoff_types[-typenum] != NULL((void*)0))
  return info->xcoff_types[-typenum];

switch (-typenum)
  {
  case 1:
    /* The size of this and all the other types are fixed, defined
by the debugging format.  */
    name = "int";
    rettype = debug_make_int_type (dhandle, 4, FALSE0);
    break;
  case 2:
    name = "char";
    rettype = debug_make_int_type (dhandle, 1, FALSE0);
    break;
  case 3:
    name = "short";
    rettype = debug_make_int_type (dhandle, 2, FALSE0);
    break;
  case 4:
    name = "long";
    rettype = debug_make_int_type (dhandle, 4, FALSE0);
    break;
  case 5:
    name = "unsigned char";
    rettype = debug_make_int_type (dhandle, 1, TRUE1);
    break;
  case 6:
    name = "signed char";
    rettype = debug_make_int_type (dhandle, 1, FALSE0);
    break;
  case 7:
    name = "unsigned short";
    rettype = debug_make_int_type (dhandle, 2, TRUE1);
    break;
  case 8:
    name = "unsigned int";
    rettype = debug_make_int_type (dhandle, 4, TRUE1);
    break;
  case 9:
    name = "unsigned";
    rettype = debug_make_int_type (dhandle, 4, TRUE1);
  case 10:
    name = "unsigned long";
    rettype = debug_make_int_type (dhandle, 4, TRUE1);
    break;
  case 11:
    name = "void";
    rettype = debug_make_void_type (dhandle);
    break;
  case 12:
    /* IEEE single precision (32 bit).  */
    name = "float";
    rettype = debug_make_float_type (dhandle, 4);
    break;
  case 13:
    /* IEEE double precision (64 bit).  */
    name = "double";
    rettype = debug_make_float_type (dhandle, 8);
    break;
  case 14:
    /* This is an IEEE double on the RS/6000, and different machines
with different sizes for "long double" should use different
negative type numbers.  See stabs.texinfo.  */
    name = "long double";
    rettype = debug_make_float_type (dhandle, 8);
    break;
  case 15:
    name = "integer";
    rettype = debug_make_int_type (dhandle, 4, FALSE0);
    break;
  case 16:
    name = "boolean";
    rettype = debug_make_bool_type (dhandle, 4);
    break;
  case 17:
    name = "short real";
    rettype = debug_make_float_type (dhandle, 4);
    break;
  case 18:
    name = "real";
    rettype = debug_make_float_type (dhandle, 8);
    break;
  case 19:
    /* FIXME */
    name = "stringptr";
    rettype = NULL((void*)0);
    break;
  case 20:
    /* FIXME */
    name = "character";
    rettype = debug_make_int_type (dhandle, 1, TRUE1);
    break;
  case 21:
    name = "logical*1";
    rettype = debug_make_bool_type (dhandle, 1);
    break;
  case 22:
    name = "logical*2";
    rettype = debug_make_bool_type (dhandle, 2);
    break;
  case 23:
    name = "logical*4";
    rettype = debug_make_bool_type (dhandle, 4);
    break;
  case 24:
    name = "logical";
    rettype = debug_make_bool_type (dhandle, 4);
    break;
  case 25:
    /* Complex type consisting of two IEEE single precision values.  */
    name = "complex";
    rettype = debug_make_complex_type (dhandle, 8);
    break;
  case 26:
    /* Complex type consisting of two IEEE double precision values.  */
    name = "double complex";
    rettype = debug_make_complex_type (dhandle, 16);
    break;
  case 27:
    name = "integer*1";
    rettype = debug_make_int_type (dhandle, 1, FALSE0);
    break;
  case 28:
    name = "integer*2";
    rettype = debug_make_int_type (dhandle, 2, FALSE0);
    break;
  case 29:
    name = "integer*4";
    rettype = debug_make_int_type (dhandle, 4, FALSE0);
    break;
  case 30:
    /* FIXME */
    name = "wchar";
    rettype = debug_make_int_type (dhandle, 2, FALSE0);
    break;
  case 31:
    name = "long long";
    rettype = debug_make_int_type (dhandle, 8, FALSE0);
    break;
  case 32:
    name = "unsigned long long";
    rettype = debug_make_int_type (dhandle, 8, TRUE1);
    break;
  case 33:
    name = "logical*8";
    rettype = debug_make_bool_type (dhandle, 8);
    break;
  case 34:
    name = "integer*8";
    rettype = debug_make_int_type (dhandle, 8, FALSE0);
    break;
  default:
    abort ();
  }

rettype = debug_name_type (dhandle, name, rettype);

info->xcoff_types[-typenum] = rettype;

return rettype;
3516}

3518/* Find or create a tagged type.  */

3520static debug_type
3521stab_find_tagged_type (void *dhandle, struct stab_handle *info,
       const char *p, int len, enum debug_type_kind kind)
3523{
char *name;
debug_type dtype;
struct stab_tag *st;

name = savestring (p, len);

/* We pass DEBUG_KIND_ILLEGAL because we want all tags in the same
   namespace.  This is right for C, and I don't know how to handle
   other languages.  FIXME.  */
dtype = debug_find_tagged_type (dhandle, name, DEBUG_KIND_ILLEGAL);
if (dtype != DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  {
    free (name);
    return dtype;
  }

/* We need to allocate an entry on the undefined tag list.  */
for (st = info->tags; st != NULL((void*)0); st = st->next)
  {
    if (st->name[0] == name[0]
 && strcmp (st->name, name) == 0)
{
 if (st->kind == DEBUG_KIND_ILLEGAL)
   st->kind = kind;
 free (name);
 break;
}
  }
if (st == NULL((void*)0))
  {
    st = (struct stab_tag *) xmalloc (sizeof *st);
    memset (st, 0, sizeof *st);

    st->next = info->tags;
    st->name = name;
    st->kind = kind;
    st->slot = DEBUG_TYPE_NULL((debug_type) ((void*)0));
    st->type = debug_make_indirect_type (dhandle, &st->slot, name);
    info->tags = st;
  }

return st->type;
3566}
3567
3568/* In order to get the correct argument types for a stubbed method, we
 need to extract the argument types from a C++ mangled string.
 Since the argument types can refer back to the return type, this
 means that we must demangle the entire physical name.  In gdb this
 is done by calling cplus_demangle and running the results back
 through the C++ expression parser.  Since we have no expression
 parser, we must duplicate much of the work of cplus_demangle here.

 We assume that GNU style demangling is used, since this is only
 done for method stubs, and only g++ should output that form of
 debugging information.  */

3580/* This structure is used to hold a pointer to type information which
 demangling a string.  */

3583struct stab_demangle_typestring
3584{
/* The start of the type.  This is not null terminated.  */
const char *typestring;
/* The length of the type.  */
unsigned int len;
3589};

3591/* This structure is used to hold information while demangling a
 string.  */

3594struct stab_demangle_info
3595{
/* The debugging information handle.  */
void *dhandle;
/* The stab information handle.  */
struct stab_handle *info;
/* The array of arguments we are building.  */
debug_type *args;
/* Whether the method takes a variable number of arguments.  */
bfd_boolean varargs;
/* The array of types we have remembered.  */
struct stab_demangle_typestring *typestrings;
/* The number of typestrings.  */
unsigned int typestring_count;
/* The number of typestring slots we have allocated.  */
unsigned int typestring_alloc;
3610};

3612static void stab_bad_demangle (const char *);
3613static unsigned int stab_demangle_count (const char **);
3614static bfd_boolean stab_demangle_get_count (const char **, unsigned int *);
3615static bfd_boolean stab_demangle_prefix
(struct stab_demangle_info *, const char **, unsigned int);
3617static bfd_boolean stab_demangle_function_name
(struct stab_demangle_info *, const char **, const char *);
3619static bfd_boolean stab_demangle_signature
(struct stab_demangle_info *, const char **);
3621static bfd_boolean stab_demangle_qualified
(struct stab_demangle_info *, const char **, debug_type *);
3623static bfd_boolean stab_demangle_template
(struct stab_demangle_info *, const char **, char **);
3625static bfd_boolean stab_demangle_class
(struct stab_demangle_info *, const char **, const char **);
3627static bfd_boolean stab_demangle_args
(struct stab_demangle_info *, const char **, debug_type **, bfd_boolean *);
3629static bfd_boolean stab_demangle_arg
(struct stab_demangle_info *, const char **, debug_type **,
 unsigned int *, unsigned int *);
3632static bfd_boolean stab_demangle_type
(struct stab_demangle_info *, const char **, debug_type *);
3634static bfd_boolean stab_demangle_fund_type
(struct stab_demangle_info *, const char **, debug_type *);
3636static bfd_boolean stab_demangle_remember_type
(struct stab_demangle_info *, const char *, int);

3639/* Warn about a bad demangling.  */

3641static void
3642stab_bad_demangle (const char *s)
3643{
fprintf (stderr(&__sF[2]), _("bad mangled name `%s'\n")("bad mangled name `%s'\n"), s);
3645}

3647/* Get a count from a stab string.  */

3649static unsigned int
3650stab_demangle_count (const char **pp)
3651{
unsigned int count;

count = 0;
while (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
  {
    count *= 10;
    count += **pp - '0';
    ++*pp;
  }
return count;
3662}

3664/* Require a count in a string.  The count may be multiple digits, in
 which case it must end in an underscore.  */

3667static bfd_boolean
3668stab_demangle_get_count (const char **pp, unsigned int *pi)
3669{
if (! ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
  return FALSE0;

*pi = **pp - '0';
++*pp;
if (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
  {
    unsigned int count;
    const char *p;

    count = *pi;
    p = *pp;
    do
{
 count *= 10;
 count += *p - '0';
 ++p;
}
    while (ISDIGIT (*p)(_sch_istable[(*p) & 0xff] & (unsigned short)(_sch_isdigit
)));
    if (*p == '_')
{
 *pp = p + 1;
 *pi = count;
}
  }

return TRUE1;
3697}

3699/* This function demangles a physical name, returning a NULL
 terminated array of argument types.  */

3702static debug_type *
3703stab_demangle_argtypes (void *dhandle, struct stab_handle *info,
	const char *physname, bfd_boolean *pvarargs,
	unsigned int physname_len)
3706{
struct stab_demangle_info minfo;

/* Check for the g++ V3 ABI.  */
if (physname[0] == '_' && physname[1] == 'Z')
  return stab_demangle_v3_argtypes (dhandle, info, physname, pvarargs);

minfo.dhandle = dhandle;
minfo.info = info;
minfo.args = NULL((void*)0);
minfo.varargs = FALSE0;
minfo.typestring_alloc = 10;
minfo.typestrings = ((struct stab_demangle_typestring *)
       xmalloc (minfo.typestring_alloc
		* sizeof *minfo.typestrings));
minfo.typestring_count = 0;

/* cplus_demangle checks for special GNU mangled forms, but we can't
   see any of them in mangled method argument types.  */

if (! stab_demangle_prefix (&minfo, &physname, physname_len))
  goto error_return;

if (*physname != '\0')
  {
    if (! stab_demangle_signature (&minfo, &physname))
goto error_return;
  }

free (minfo.typestrings);
minfo.typestrings = NULL((void*)0);

if (minfo.args == NULL((void*)0))
  fprintf (stderr(&__sF[2]), _("no argument types in mangled string\n")("no argument types in mangled string\n"));

*pvarargs = minfo.varargs;
return minfo.args;

error_return:
if (minfo.typestrings != NULL((void*)0))
  free (minfo.typestrings);
return NULL((void*)0);
3748}

3750/* Demangle the prefix of the mangled name.  */

3752static bfd_boolean
3753stab_demangle_prefix (struct stab_demangle_info *minfo, const char **pp,
      unsigned int physname_len)
3755{
const char *scan;
unsigned int i;

/* cplus_demangle checks for global constructors and destructors,
   but we can't see them in mangled argument types.  */

if (physname_len)
  scan = *pp + physname_len;
else
  {
    /* Look for `__'.  */
    scan = *pp;
    do
scan = strchr (scan, '_');
    while (scan != NULL((void*)0) && *++scan != '_');

    if (scan == NULL((void*)0))
{
 stab_bad_demangle (*pp);
 return FALSE0;
}

    --scan;

    /* We found `__'; move ahead to the last contiguous `__' pair.  */
    i = strspn (scan, "_");
    if (i > 2)
scan += i - 2;
  }

if (scan == *pp
    && (ISDIGIT (scan[2])(_sch_istable[(scan[2]) & 0xff] & (unsigned short)(_sch_isdigit
))
 || scan[2] == 'Q'
 || scan[2] == 't'))
  {
    /* This is a GNU style constructor name.  */
    *pp = scan + 2;
    return TRUE1;
  }
else if (scan == *pp
  && ! ISDIGIT (scan[2])(_sch_istable[(scan[2]) & 0xff] & (unsigned short)(_sch_isdigit
))
  && scan[2] != 't')
  {
    /* Look for the `__' that separates the prefix from the
       signature.  */
    while (*scan == '_')
++scan;
    scan = strstr (scan, "__");
    if (scan == NULL((void*)0) || scan[2] == '\0')
{
 stab_bad_demangle (*pp);
 return FALSE0;
}

    return stab_demangle_function_name (minfo, pp, scan);
  }
else if (scan[2] != '\0')
  {
    /* The name doesn't start with `__', but it does contain `__'.  */
    return stab_demangle_function_name (minfo, pp, scan);
  }
else
  {
    stab_bad_demangle (*pp);
    return FALSE0;
  }
/*NOTREACHED*/
3823}

3825/* Demangle a function name prefix.  The scan argument points to the
 double underscore which separates the function name from the
 signature.  */

3829static bfd_boolean
3830stab_demangle_function_name (struct stab_demangle_info *minfo,
	     const char **pp, const char *scan)
3832{
const char *name;

/* The string from *pp to scan is the name of the function.  We
   don't care about the name, since we just looking for argument
   types.  However, for conversion operators, the name may include a
   type which we must remember in order to handle backreferences.  */

name = *pp;
*pp = scan + 2;

if (*pp - name >= 5
  && strncmp (name, "type", 4) == 0
  && (name[4] == '$' || name[4] == '.'))
  {
    const char *tem;

    /* This is a type conversion operator.  */
    tem = name + 5;
    if (! stab_demangle_type (minfo, &tem, (debug_type *) NULL((void*)0)))
return FALSE0;
  }
else if (name[0] == '_'
  && name[1] == '_'
  && name[2] == 'o'
  && name[3] == 'p')
  {
    const char *tem;

    /* This is a type conversion operator.  */
    tem = name + 4;
    if (! stab_demangle_type (minfo, &tem, (debug_type *) NULL((void*)0)))
return FALSE0;
  }

return TRUE1;
3868}

3870/* Demangle the signature.  This is where the argument types are
 found.  */

3873static bfd_boolean
3874stab_demangle_signature (struct stab_demangle_info *minfo, const char **pp)
3875{
const char *orig;
bfd_boolean expect_func, func_done;
const char *hold;

orig = *pp;

expect_func = FALSE0;
func_done = FALSE0;
hold = NULL((void*)0);

while (**pp != '\0')
1
Assuming the condition is true→
2
←
Loop condition is true.  Entering loop body→
  {
    switch (**pp)
3
←
Control jumps to the 'default' case at line 3954→
{
case 'Q':
 hold = *pp;
 if (! stab_demangle_qualified (minfo, pp, (debug_type *) NULL((void*)0))
     || ! stab_demangle_remember_type (minfo, hold, *pp - hold))
   return FALSE0;
 expect_func = TRUE1;
 hold = NULL((void*)0);
 break;

case 'S':
 /* Static member function.  FIXME: Can this happen?  */
 if (hold == NULL((void*)0))
   hold = *pp;
 ++*pp;
 break;

case 'C':
 /* Const member function.  */
 if (hold == NULL((void*)0))
   hold = *pp;
 ++*pp;
 break;

case '0': case '1': case '2': case '3': case '4':
case '5': case '6': case '7': case '8': case '9':
 if (hold == NULL((void*)0))
   hold = *pp;
 if (! stab_demangle_class (minfo, pp, (const char **) NULL((void*)0))
     || ! stab_demangle_remember_type (minfo, hold, *pp - hold))
   return FALSE0;
 expect_func = TRUE1;
 hold = NULL((void*)0);
 break;

case 'F':
 /* Function.  I don't know if this actually happens with g++
           output.  */
 hold = NULL((void*)0);
 func_done = TRUE1;
 ++*pp;
 if (! stab_demangle_args (minfo, pp, &minfo->args, &minfo->varargs))
   return FALSE0;
 break;

case 't':
 /* Template.  */
 if (hold == NULL((void*)0))
   hold = *pp;
 if (! stab_demangle_template (minfo, pp, (char **) NULL((void*)0))
     || ! stab_demangle_remember_type (minfo, hold, *pp - hold))
   return FALSE0;
 hold = NULL((void*)0);
 expect_func = TRUE1;
 break;

case '_':
 /* At the outermost level, we cannot have a return type
    specified, so if we run into another '_' at this point we
    are dealing with a mangled name that is either bogus, or
    has been mangled by some algorithm we don't know how to
    deal with.  So just reject the entire demangling.  */
 stab_bad_demangle (orig);
 return FALSE0;

default:
 /* Assume we have stumbled onto the first outermost function
    argument token, and start processing args.  */
 func_done = TRUE1;
 if (! stab_demangle_args (minfo, pp, &minfo->args, &minfo->varargs))
4
←
Passing value via 1st parameter 'minfo'→
5
←
Calling 'stab_demangle_args'→
   return FALSE0;
 break;
}

    if (expect_func)
{
 func_done = TRUE1;
 if (! stab_demangle_args (minfo, pp, &minfo->args, &minfo->varargs))
   return FALSE0;
}
  }

if (! func_done)
  {
    /* With GNU style demangling, bar__3foo is 'foo::bar(void)', and
bar__3fooi is 'foo::bar(int)'.  We get here when we find the
first case, and need to ensure that the '(void)' gets added
to the current declp.  */
    if (! stab_demangle_args (minfo, pp, &minfo->args, &minfo->varargs))
return FALSE0;
  }

return TRUE1;
3982}

3984/* Demangle a qualified name, such as "Q25Outer5Inner" which is the
 mangled form of "Outer::Inner".  */

3987static bfd_boolean
3988stab_demangle_qualified (struct stab_demangle_info *minfo, const char **pp,
	 debug_type *ptype)
3990{
const char *orig;
const char *p;
unsigned int qualifiers;
debug_type context;

orig = *pp;

switch ((*pp)[1])
  {
  case '_':
    /* GNU mangled name with more than 9 classes.  The count is
preceded by an underscore (to distinguish it from the <= 9
case) and followed by an underscore.  */
    p = *pp + 2;
    if (! ISDIGIT (*p)(_sch_istable[(*p) & 0xff] & (unsigned short)(_sch_isdigit
)) || *p == '0')
{
 stab_bad_demangle (orig);
 return FALSE0;
}
    qualifiers = atoi (p);
    while (ISDIGIT (*p)(_sch_istable[(*p) & 0xff] & (unsigned short)(_sch_isdigit
)))
++p;
    if (*p != '_')
{
 stab_bad_demangle (orig);
 return FALSE0;
}
    *pp = p + 1;
    break;

  case '1': case '2': case '3': case '4': case '5':
  case '6': case '7': case '8': case '9':
    qualifiers = (*pp)[1] - '0';
    /* Skip an optional underscore after the count.  */
    if ((*pp)[2] == '_')
++*pp;
    *pp += 2;
    break;

  case '0':
  default:
    stab_bad_demangle (orig);
    return FALSE0;
  }

context = DEBUG_TYPE_NULL((debug_type) ((void*)0));

/* Pick off the names.  */
while (qualifiers-- > 0)
  {
    if (**pp == '_')
++*pp;
    if (**pp == 't')
{
 char *name;

 if (! stab_demangle_template (minfo, pp,
			ptype != NULL((void*)0) ? &name : NULL((void*)0)))
   return FALSE0;

 if (ptype != NULL((void*)0))
   {
     context = stab_find_tagged_type (minfo->dhandle, minfo->info,
			       name, strlen (name),
			       DEBUG_KIND_CLASS);
     free (name);
     if (context == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;
   }
}
    else
{
 unsigned int len;

 len = stab_demangle_count (pp);
 if (strlen (*pp) < len)
   {
     stab_bad_demangle (orig);
     return FALSE0;
   }

 if (ptype != NULL((void*)0))
   {
     const debug_field *fields;

     fields = NULL((void*)0);
     if (context != DEBUG_TYPE_NULL((debug_type) ((void*)0)))
fields = debug_get_fields (minfo->dhandle, context);

     context = DEBUG_TYPE_NULL((debug_type) ((void*)0));

     if (fields != NULL((void*)0))
{
  char *name;

  /* Try to find the type by looking through the
                   fields of context until we find a field with the
                   same type.  This ought to work for a class
                   defined within a class, but it won't work for,
                   e.g., an enum defined within a class.  stabs does
                   not give us enough information to figure out the
                   latter case.  */

  name = savestring (*pp, len);

  for (; *fields != DEBUG_FIELD_NULL((debug_field) ((void*)0)); fields++)
    {
      debug_type ft;
      const char *dn;

      ft = debug_get_field_type (minfo->dhandle, *fields);
      if (ft == NULL((void*)0))
	return FALSE0;
      dn = debug_get_type_name (minfo->dhandle, ft);
      if (dn != NULL((void*)0) && strcmp (dn, name) == 0)
	{
	  context = ft;
	  break;
	}
    }

  free (name);
}

     if (context == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
{
  /* We have to fall back on finding the type by name.
                   If there are more types to come, then this must
                   be a class.  Otherwise, it could be anything.  */

  if (qualifiers == 0)
    {
      char *name;

      name = savestring (*pp, len);
      context = debug_find_named_type (minfo->dhandle,
				       name);
      free (name);
    }

  if (context == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
    {
      context = stab_find_tagged_type (minfo->dhandle,
				       minfo->info,
				       *pp, len,
				       (qualifiers == 0
					? DEBUG_KIND_ILLEGAL
					: DEBUG_KIND_CLASS));
      if (context == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
	return FALSE0;
    }
}
   }

 *pp += len;
}
  }

if (ptype != NULL((void*)0))
  *ptype = context;

return TRUE1;
4153}

4155/* Demangle a template.  If PNAME is not NULL, this sets *PNAME to a
 string representation of the template.  */

4158static bfd_boolean
4159stab_demangle_template (struct stab_demangle_info *minfo, const char **pp,
	char **pname)
4161{
const char *orig;
unsigned int r, i;

orig = *pp;

++*pp;

/* Skip the template name.  */
r = stab_demangle_count (pp);
if (r == 0 || strlen (*pp) < r)
  {
    stab_bad_demangle (orig);
    return FALSE0;
  }
*pp += r;

/* Get the size of the parameter list.  */
if (stab_demangle_get_count (pp, &r) == 0)
  {
    stab_bad_demangle (orig);
    return FALSE0;
  }

for (i = 0; i < r; i++)
  {
    if (**pp == 'Z')
{
 /* This is a type parameter.  */
 ++*pp;
 if (! stab_demangle_type (minfo, pp, (debug_type *) NULL((void*)0)))
   return FALSE0;
}
    else
{
 const char *old_p;
 bfd_boolean pointerp, realp, integralp, charp, boolp;
 bfd_boolean done;

 old_p = *pp;
 pointerp = FALSE0;
 realp = FALSE0;
 integralp = FALSE0;
 charp = FALSE0;
 boolp = FALSE0;
 done = FALSE0;

 /* This is a value parameter.  */

 if (! stab_demangle_type (minfo, pp, (debug_type *) NULL((void*)0)))
   return FALSE0;

 while (*old_p != '\0' && ! done)
   {
     switch (*old_p)
{
case 'P':
case 'p':
case 'R':
  pointerp = TRUE1;
  done = TRUE1;
  break;
case 'C':	/* Const.  */
case 'S':	/* Signed.  */
case 'U':	/* Unsigned.  */
case 'V':	/* Volatile.  */
case 'F':	/* Function.  */
case 'M':	/* Member function.  */
case 'O':	/* ??? */
  ++old_p;
  break;
case 'Q':	/* Qualified name.  */
  integralp = TRUE1;
  done = TRUE1;
  break;
case 'T':	/* Remembered type.  */
  abort ();
case 'v':	/* Void.  */
  abort ();
case 'x':	/* Long long.  */
case 'l':	/* Long.  */
case 'i':	/* Int.  */
case 's':	/* Short.  */
case 'w':	/* Wchar_t.  */
  integralp = TRUE1;
  done = TRUE1;
  break;
case 'b':	/* Bool.  */
  boolp = TRUE1;
  done = TRUE1;
  break;
case 'c':	/* Char.  */
  charp = TRUE1;
  done = TRUE1;
  break;
case 'r':	/* Long double.  */
case 'd':	/* Double.  */
case 'f':	/* Float.  */
  realp = TRUE1;
  done = TRUE1;
  break;
default:
  /* Assume it's a user defined integral type.  */
  integralp = TRUE1;
  done = TRUE1;
  break;
}
   }

 if (integralp)
   {
     if (**pp == 'm')
++*pp;
     while (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
++*pp;
   }
 else if (charp)
   {
     unsigned int val;

     if (**pp == 'm')
++*pp;
     val = stab_demangle_count (pp);
     if (val == 0)
{
  stab_bad_demangle (orig);
  return FALSE0;
}
   }
 else if (boolp)
   {
     unsigned int val;

     val = stab_demangle_count (pp);
     if (val != 0 && val != 1)
{
  stab_bad_demangle (orig);
  return FALSE0;
}
   }
 else if (realp)
   {
     if (**pp == 'm')
++*pp;
     while (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
++*pp;
     if (**pp == '.')
{
  ++*pp;
  while (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
    ++*pp;
}
     if (**pp == 'e')
{
  ++*pp;
  while (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
    ++*pp;
}
   }
 else if (pointerp)
   {
     unsigned int len;

     len = stab_demangle_count (pp);
     if (len == 0)
{
  stab_bad_demangle (orig);
  return FALSE0;
}
     *pp += len;
   }
}
  }

/* We can translate this to a string fairly easily by invoking the
   regular demangling routine.  */
if (pname != NULL((void*)0))
  {
    char *s1, *s2, *s3, *s4 = NULL((void*)0);
    char *from, *to;

    s1 = savestring (orig, *pp - orig);

    s2 = concat ("NoSuchStrinG__", s1, (const char *) NULL((void*)0));

    free (s1);

    s3 = cplus_demangle (s2, DMGL_ANSI(1 << 1));

    free (s2);

    if (s3 != NULL((void*)0))
s4 = strstr (s3, "::NoSuchStrinG");
    if (s3 == NULL((void*)0) || s4 == NULL((void*)0))
{
 stab_bad_demangle (orig);
 if (s3 != NULL((void*)0))
   free (s3);
 return FALSE0;
}

    /* Eliminating all spaces, except those between > characters,
       makes it more likely that the demangled name will match the
       name which g++ used as the structure name.  */
    for (from = to = s3; from != s4; ++from)
if (*from != ' '
   || (from[1] == '>' && from > s3 && from[-1] == '>'))
 *to++ = *from;

    *pname = savestring (s3, to - s3);

    free (s3);
  }

return TRUE1;
4376}

4378/* Demangle a class name.  */

4380static bfd_boolean
4381stab_demangle_class (struct stab_demangle_info *minfo ATTRIBUTE_UNUSED__attribute__ ((__unused__)),
     const char **pp, const char **pstart)
4383{
const char *orig;
unsigned int n;

orig = *pp;

n = stab_demangle_count (pp);
if (strlen (*pp) < n)
  {
    stab_bad_demangle (orig);
    return FALSE0;
  }

if (pstart != NULL((void*)0))
  *pstart = *pp;

*pp += n;

return TRUE1;
4402}

4404/* Demangle function arguments.  If the pargs argument is not NULL, it
 is set to a NULL terminated array holding the arguments.  */

4407static bfd_boolean
4408stab_demangle_args (struct stab_demangle_info *minfo, const char **pp,
    debug_type **pargs, bfd_boolean *pvarargs)
4410{
const char *orig;
unsigned int alloc, count;

orig = *pp;

alloc = 10;
if (pargs != NULL((void*)0))
6
←
Assuming 'pargs' is equal to NULL→
7
←
Taking false branch→
  {
    *pargs = (debug_type *) xmalloc (alloc * sizeof **pargs);
    *pvarargs = FALSE0;
  }
count = 0;

while (**pp != '_' && **pp != '\0' && **pp != 'e')
8
←
Assuming the condition is true→
9
←
Loop condition is true.  Entering loop body→
  {
    if (**pp == 'N' || **pp == 'T')
10
←
Assuming the condition is true→
{
 char temptype;
 unsigned int r, t;

 temptype = **pp;
 ++*pp;

 if (temptype == 'T')
11
←
Taking false branch→
   r = 1;
 else
   {
     if (! stab_demangle_get_count (pp, &r))
12
←
Assuming the condition is false→
13
←
Taking false branch→
{
  stab_bad_demangle (orig);
  return FALSE0;
}
   }

 if (! stab_demangle_get_count (pp, &t))
14
←
Assuming the condition is false→
15
←
Taking false branch→
   {
     stab_bad_demangle (orig);
     return FALSE0;
   }

 if (t >= minfo->typestring_count)
16
←
Access to field 'typestring_count' results in a dereference of a null pointer (loaded from variable 'minfo')
   {
     stab_bad_demangle (orig);
     return FALSE0;
   }
 while (r-- > 0)
   {
     const char *tem;

     tem = minfo->typestrings[t].typestring;
     if (! stab_demangle_arg (minfo, &tem, pargs, &count, &alloc))
return FALSE0;
   }
}
    else
{
 if (! stab_demangle_arg (minfo, pp, pargs, &count, &alloc))
   return FALSE0;
}
  }

if (pargs != NULL((void*)0))
  (*pargs)[count] = DEBUG_TYPE_NULL((debug_type) ((void*)0));

if (**pp == 'e')
  {
    if (pargs != NULL((void*)0))
*pvarargs = TRUE1;
    ++*pp;
  }

return TRUE1;
4483}

4485/* Demangle a single argument.  */

4487static bfd_boolean
4488stab_demangle_arg (struct stab_demangle_info *minfo, const char **pp,
   debug_type **pargs, unsigned int *pcount,
   unsigned int *palloc)
4491{
const char *start;
debug_type type;

start = *pp;
if (! stab_demangle_type (minfo, pp,
	    pargs == NULL((void*)0) ? (debug_type *) NULL((void*)0) : &type)
    || ! stab_demangle_remember_type (minfo, start, *pp - start))
  return FALSE0;

if (pargs != NULL((void*)0))
  {
    if (type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
return FALSE0;

    if (*pcount + 1 >= *palloc)
{
 *palloc += 10;
 *pargs = ((debug_type *)
    xrealloc (*pargs, *palloc * sizeof **pargs));
}
    (*pargs)[*pcount] = type;
    ++*pcount;
  }

return TRUE1;
4517}

4519/* Demangle a type.  If the ptype argument is not NULL, *ptype is set
 to the newly allocated type.  */

4522static bfd_boolean
4523stab_demangle_type (struct stab_demangle_info *minfo, const char **pp,
    debug_type *ptype)
4525{
const char *orig;

orig = *pp;

switch (**pp)
  {
  case 'P':
  case 'p':
    /* A pointer type.  */
    ++*pp;
    if (! stab_demangle_type (minfo, pp, ptype))
return FALSE0;
    if (ptype != NULL((void*)0))
*ptype = debug_make_pointer_type (minfo->dhandle, *ptype);
    break;

  case 'R':
    /* A reference type.  */
    ++*pp;
    if (! stab_demangle_type (minfo, pp, ptype))
return FALSE0;
    if (ptype != NULL((void*)0))
*ptype = debug_make_reference_type (minfo->dhandle, *ptype);
    break;

  case 'A':
    /* An array.  */
    {
unsigned long high;

++*pp;
high = 0;
while (**pp != '\0' && **pp != '_')
 {
   if (! ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
     {
stab_bad_demangle (orig);
return FALSE0;
     }
   high *= 10;
   high += **pp - '0';
   ++*pp;
 }
if (**pp != '_')
 {
   stab_bad_demangle (orig);
   return FALSE0;
 }
++*pp;

if (! stab_demangle_type (minfo, pp, ptype))
 return FALSE0;
if (ptype != NULL((void*)0))
 {
   debug_type int_type;

   int_type = debug_find_named_type (minfo->dhandle, "int");
   if (int_type == NULL((void*)0))
     int_type = debug_make_int_type (minfo->dhandle, 4, FALSE0);
   *ptype = debug_make_array_type (minfo->dhandle, *ptype, int_type,
			    0, high, FALSE0);
 }
    }
    break;

  case 'T':
    /* A back reference to a remembered type.  */
    {
unsigned int i;
const char *p;

++*pp;
if (! stab_demangle_get_count (pp, &i))
 {
   stab_bad_demangle (orig);
   return FALSE0;
 }
if (i >= minfo->typestring_count)
 {
   stab_bad_demangle (orig);
   return FALSE0;
 }
p = minfo->typestrings[i].typestring;
if (! stab_demangle_type (minfo, &p, ptype))
 return FALSE0;
    }
    break;

  case 'F':
    /* A function.  */
    {
debug_type *args;
bfd_boolean varargs;

++*pp;
if (! stab_demangle_args (minfo, pp,
		  (ptype == NULL((void*)0)
		   ? (debug_type **) NULL((void*)0)
		   : &args),
		  (ptype == NULL((void*)0)
		   ? (bfd_boolean *) NULL((void*)0)
		   : &varargs)))
 return FALSE0;
if (**pp != '_')
 {
   /* cplus_demangle will accept a function without a return
      type, but I don't know when that will happen, or what
      to do if it does.  */
   stab_bad_demangle (orig);
   return FALSE0;
 }
++*pp;
if (! stab_demangle_type (minfo, pp, ptype))
 return FALSE0;
if (ptype != NULL((void*)0))
 *ptype = debug_make_function_type (minfo->dhandle, *ptype, args,
			     varargs);

    }
    break;

  case 'M':
  case 'O':
    {
bfd_boolean memberp, constp, volatilep;
debug_type class_type = DEBUG_TYPE_NULL((debug_type) ((void*)0));
debug_type *args;
bfd_boolean varargs;
unsigned int n;
const char *name;

memberp = **pp == 'M';
constp = FALSE0;
volatilep = FALSE0;
args = NULL((void*)0);
varargs = FALSE0;

++*pp;
if (ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
 {
   n = stab_demangle_count (pp);
   if (strlen (*pp) < n)
     {
stab_bad_demangle (orig);
return FALSE0;
     }
   name = *pp;
   *pp += n;

   if (ptype != NULL((void*)0))
     {
class_type = stab_find_tagged_type (minfo->dhandle,
				    minfo->info,
				    name, (int) n,
				    DEBUG_KIND_CLASS);
if (class_type == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return FALSE0;
     }
 }
else if (**pp == 'Q')
 {
   if (! stab_demangle_qualified (minfo, pp,
			   (ptype == NULL((void*)0)
			    ? (debug_type *) NULL((void*)0)
			    : &class_type)))
     return FALSE0;
 }
else
 {
   stab_bad_demangle (orig);
   return FALSE0;
 }

if (memberp)
 {
   if (**pp == 'C')
     {
constp = TRUE1;
++*pp;
     }
   else if (**pp == 'V')
     {
volatilep = TRUE1;
++*pp;
     }
   if (**pp != 'F')
     {
stab_bad_demangle (orig);
return FALSE0;
     }
   ++*pp;
   if (! stab_demangle_args (minfo, pp,
		      (ptype == NULL((void*)0)
		       ? (debug_type **) NULL((void*)0)
		       : &args),
		      (ptype == NULL((void*)0)
		       ? (bfd_boolean *) NULL((void*)0)
		       : &varargs)))
     return FALSE0;
 }

if (**pp != '_')
 {
   stab_bad_demangle (orig);
   return FALSE0;
 }
++*pp;

if (! stab_demangle_type (minfo, pp, ptype))
 return FALSE0;

if (ptype != NULL((void*)0))
 {
   if (! memberp)
     *ptype = debug_make_offset_type (minfo->dhandle, class_type,
			       *ptype);
   else
     {
/* FIXME: We have no way to record constp or
                 volatilep.  */
*ptype = debug_make_method_type (minfo->dhandle, *ptype,
				 class_type, args, varargs);
     }
 }
    }
    break;

  case 'G':
    ++*pp;
    if (! stab_demangle_type (minfo, pp, ptype))
return FALSE0;
    break;

  case 'C':
    ++*pp;
    if (! stab_demangle_type (minfo, pp, ptype))
return FALSE0;
    if (ptype != NULL((void*)0))
*ptype = debug_make_const_type (minfo->dhandle, *ptype);
    break;

  case 'Q':
    {
const char *hold;

hold = *pp;
if (! stab_demangle_qualified (minfo, pp, ptype))
 return FALSE0;
    }
    break;

  default:
    if (! stab_demangle_fund_type (minfo, pp, ptype))
return FALSE0;
    break;
  }

return TRUE1;
4784}

4786/* Demangle a fundamental type.  If the ptype argument is not NULL,
 *ptype is set to the newly allocated type.  */

4789static bfd_boolean
4790stab_demangle_fund_type (struct stab_demangle_info *minfo, const char **pp,
	 debug_type *ptype)
4792{
const char *orig;
bfd_boolean constp, volatilep, unsignedp, signedp;
bfd_boolean done;

orig = *pp;

constp = FALSE0;
volatilep = FALSE0;
unsignedp = FALSE0;
signedp = FALSE0;

done = FALSE0;
while (! done)
  {
    switch (**pp)
{
case 'C':
 constp = TRUE1;
 ++*pp;
 break;

case 'U':
 unsignedp = TRUE1;
 ++*pp;
 break;

case 'S':
 signedp = TRUE1;
 ++*pp;
 break;

case 'V':
 volatilep = TRUE1;
 ++*pp;
 break;

default:
 done = TRUE1;
 break;
}
  }

switch (**pp)
  {
  case '\0':
  case '_':
    /* cplus_demangle permits this, but I don't know what it means.  */
    stab_bad_demangle (orig);
    break;

  case 'v': /* void */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle, "void");
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_void_type (minfo->dhandle);
}
    ++*pp;
    break;

  case 'x': /* long long */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle,
			  (unsignedp
			   ? "long long unsigned int"
			   : "long long int"));
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_int_type (minfo->dhandle, 8, unsignedp);
}
    ++*pp;
    break;

  case 'l': /* long */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle,
			  (unsignedp
			   ? "long unsigned int"
			   : "long int"));
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_int_type (minfo->dhandle, 4, unsignedp);
}
    ++*pp;
    break;

  case 'i': /* int */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle,
			  (unsignedp
			   ? "unsigned int"
			   : "int"));
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_int_type (minfo->dhandle, 4, unsignedp);
}
    ++*pp;
    break;

  case 's': /* short */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle,
			  (unsignedp
			   ? "short unsigned int"
			   : "short int"));
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_int_type (minfo->dhandle, 2, unsignedp);
}
    ++*pp;
    break;

  case 'b': /* bool */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle, "bool");
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_bool_type (minfo->dhandle, 4);
}
    ++*pp;
    break;

  case 'c': /* char */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle,
			  (unsignedp
			   ? "unsigned char"
			   : (signedp
			      ? "signed char"
			      : "char")));
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_int_type (minfo->dhandle, 1, unsignedp);
}
    ++*pp;
    break;

  case 'w': /* wchar_t */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle, "__wchar_t");
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_int_type (minfo->dhandle, 2, TRUE1);
}
    ++*pp;
    break;

  case 'r': /* long double */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle, "long double");
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_float_type (minfo->dhandle, 8);
}
    ++*pp;
    break;

  case 'd': /* double */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle, "double");
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_float_type (minfo->dhandle, 8);
}
    ++*pp;
    break;

  case 'f': /* float */
    if (ptype != NULL((void*)0))
{
 *ptype = debug_find_named_type (minfo->dhandle, "float");
 if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
   *ptype = debug_make_float_type (minfo->dhandle, 4);
}
    ++*pp;
    break;

  case 'G':
    ++*pp;
    if (! ISDIGIT (**pp)(_sch_istable[(**pp) & 0xff] & (unsigned short)(_sch_isdigit
)))
{
 stab_bad_demangle (orig);
 return FALSE0;
}
    /* Fall through.  */
  case '0': case '1': case '2': case '3': case '4':
  case '5': case '6': case '7': case '8': case '9':
    {
const char *hold;

if (! stab_demangle_class (minfo, pp, &hold))
 return FALSE0;
if (ptype != NULL((void*)0))
 {
   char *name;

   name = savestring (hold, *pp - hold);
   *ptype = debug_find_named_type (minfo->dhandle, name);
   free (name);
   if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
     {
/* FIXME: It is probably incorrect to assume that
                 undefined types are tagged types.  */
*ptype = stab_find_tagged_type (minfo->dhandle, minfo->info,
				hold, *pp - hold,
				DEBUG_KIND_ILLEGAL);
if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
  return FALSE0;
     }
 }
    }
    break;

  case 't':
    {
char *name;

if (! stab_demangle_template (minfo, pp,
		      ptype != NULL((void*)0) ? &name : NULL((void*)0)))
 return FALSE0;
if (ptype != NULL((void*)0))
 {
   *ptype = stab_find_tagged_type (minfo->dhandle, minfo->info,
			    name, strlen (name),
			    DEBUG_KIND_CLASS);
   free (name);
   if (*ptype == DEBUG_TYPE_NULL((debug_type) ((void*)0)))
     return FALSE0;
 }
    }
    break;

  default:
    stab_bad_demangle (orig);
    return FALSE0;
  }

if (ptype != NULL((void*)0))
  {
    if (constp)
*ptype = debug_make_const_type (minfo->dhandle, *ptype);
    if (volatilep)
*ptype = debug_make_volatile_type (minfo->dhandle, *ptype);
  }

return TRUE1;
5039}

5041/* Remember a type string in a demangled string.  */

5043static bfd_boolean
5044stab_demangle_remember_type (struct stab_demangle_info *minfo,
	     const char *p, int len)
5046{
if (minfo->typestring_count >= minfo->typestring_alloc)
  {
    minfo->typestring_alloc += 10;
    minfo->typestrings = ((struct stab_demangle_typestring *)
	    xrealloc (minfo->typestrings,
		      (minfo->typestring_alloc
		       * sizeof *minfo->typestrings)));
  }

minfo->typestrings[minfo->typestring_count].typestring = p;
minfo->typestrings[minfo->typestring_count].len = (unsigned int) len;
++minfo->typestring_count;

return TRUE1;
5061}
5062
5063/* Demangle names encoded using the g++ V3 ABI.  The newer versions of
 g++ which use this ABI do not encode ordinary method argument types
 in a mangled name; they simply output the argument types.  However,
 for a static method, g++ simply outputs the return type and the
 physical name.  So in that case we need to demangle the name here.
 Here PHYSNAME is the physical name of the function, and we set the
 variable pointed at by PVARARGS to indicate whether this function
 is varargs.  This returns NULL, or a NULL terminated array of
 argument types.  */

5073static debug_type *
5074stab_demangle_v3_argtypes (void *dhandle, struct stab_handle *info,
	   const char *physname, bfd_boolean *pvarargs)
5076{
struct demangle_component *dc;
void *mem;
debug_type *pargs;

dc = cplus_demangle_v3_components (physname, DMGL_PARAMS(1 << 0) | DMGL_ANSI(1 << 1), &mem);
if (dc == NULL((void*)0))
  {
    stab_bad_demangle (physname);
    return NULL((void*)0);
  }

/* We expect to see TYPED_NAME, and the right subtree describes the
   function type.  */
if (dc->type != DEMANGLE_COMPONENT_TYPED_NAME
    || dc->u.s_binary.right->type != DEMANGLE_COMPONENT_FUNCTION_TYPE)
  {
    fprintf (stderr(&__sF[2]), _("Demangled name is not a function\n")("Demangled name is not a function\n"));
    free (mem);
    return NULL((void*)0);
  }

pargs = stab_demangle_v3_arglist (dhandle, info,
		    dc->u.s_binary.right->u.s_binary.right,
		    pvarargs);

free (mem);

return pargs;
5105}

5107/* Demangle an argument list in a struct demangle_component tree.
 Returns a DEBUG_TYPE_NULL terminated array of argument types, and
 sets *PVARARGS to indicate whether this is a varargs function.  */

5111static debug_type *
5112stab_demangle_v3_arglist (void *dhandle, struct stab_handle *info,
	  struct demangle_component *arglist,
	  bfd_boolean *pvarargs)
5115{
struct demangle_component *dc;
unsigned int alloc, count;
debug_type *pargs;

alloc = 10;
pargs = (debug_type *) xmalloc (alloc * sizeof *pargs);
*pvarargs = FALSE0;

count = 0;

for (dc = arglist;
     dc != NULL((void*)0);
     dc = dc->u.s_binary.right)
  {
    debug_type arg;
    bfd_boolean varargs;

    if (dc->type != DEMANGLE_COMPONENT_ARGLIST)
{
 fprintf (stderr(&__sF[2]), _("Unexpected type in v3 arglist demangling\n")("Unexpected type in v3 arglist demangling\n"));
 free (pargs);
 return NULL((void*)0);
}

    arg = stab_demangle_v3_arg (dhandle, info, dc->u.s_binary.left,
		  NULL((void*)0), &varargs);
    if (arg == NULL((void*)0))
{
 if (varargs)
   {
     *pvarargs = TRUE1;
     continue;
   }
 free (pargs);
 return NULL((void*)0);
}

    if (count + 1 >= alloc)
{
 alloc += 10;
 pargs = (debug_type *) xrealloc (pargs, alloc * sizeof *pargs);
}

    pargs[count] = arg;
    ++count;
  }

pargs[count] = DEBUG_TYPE_NULL((debug_type) ((void*)0));

return pargs;
5166}

5168/* Convert a struct demangle_component tree describing an argument
 type into a debug_type.  */

5171static debug_type
5172stab_demangle_v3_arg (void *dhandle, struct stab_handle *info,
      struct demangle_component *dc, debug_type context,
      bfd_boolean *pvarargs)
5175{
debug_type dt;

if (pvarargs != NULL((void*)0))
  *pvarargs = FALSE0;

switch (dc->type)
  {
    /* FIXME: These are demangle component types which we probably
need to handle one way or another.  */
  case DEMANGLE_COMPONENT_LOCAL_NAME:
  case DEMANGLE_COMPONENT_TYPED_NAME:
  case DEMANGLE_COMPONENT_TEMPLATE_PARAM:
  case DEMANGLE_COMPONENT_CTOR:
  case DEMANGLE_COMPONENT_DTOR:
  case DEMANGLE_COMPONENT_JAVA_CLASS:
  case DEMANGLE_COMPONENT_RESTRICT_THIS:
  case DEMANGLE_COMPONENT_VOLATILE_THIS:
  case DEMANGLE_COMPONENT_CONST_THIS:
  case DEMANGLE_COMPONENT_VENDOR_TYPE_QUAL:
  case DEMANGLE_COMPONENT_COMPLEX:
  case DEMANGLE_COMPONENT_IMAGINARY:
  case DEMANGLE_COMPONENT_VENDOR_TYPE:
  case DEMANGLE_COMPONENT_ARRAY_TYPE:
  case DEMANGLE_COMPONENT_PTRMEM_TYPE:
  case DEMANGLE_COMPONENT_ARGLIST:
  default:
    fprintf (stderr(&__sF[2]), _("Unrecognized demangle component %d\n")("Unrecognized demangle component %d\n"),
      (int) dc->type);
    return NULL((void*)0);

  case DEMANGLE_COMPONENT_NAME:
    if (context != NULL((void*)0))
{
 const debug_field *fields;

 fields = debug_get_fields (dhandle, context);
 if (fields != NULL((void*)0))
   {
     /* Try to find this type by looking through the context
 class.  */
     for (; *fields != DEBUG_FIELD_NULL((debug_field) ((void*)0)); fields++)
{
  debug_type ft;
  const char *dn;

  ft = debug_get_field_type (dhandle, *fields);
  if (ft == NULL((void*)0))
    return NULL((void*)0);
  dn = debug_get_type_name (dhandle, ft);
  if (dn != NULL((void*)0)
      && (int) strlen (dn) == dc->u.s_name.len
      && strncmp (dn, dc->u.s_name.s, dc->u.s_name.len) == 0)
    return ft;
}
   }
}
    return stab_find_tagged_type (dhandle, info, dc->u.s_name.s,
		    dc->u.s_name.len, DEBUG_KIND_ILLEGAL);

  case DEMANGLE_COMPONENT_QUAL_NAME:
    context = stab_demangle_v3_arg (dhandle, info, dc->u.s_binary.left,
		      context, NULL((void*)0));
    if (context == NULL((void*)0))
return NULL((void*)0);
    return stab_demangle_v3_arg (dhandle, info, dc->u.s_binary.right,
		   context, NULL((void*)0));

  case DEMANGLE_COMPONENT_TEMPLATE:
    {
char *p;
size_t alc;

/* We print this component to get a class name which we can
  use.  FIXME: This probably won't work if the template uses
  template parameters which refer to an outer template.  */
p = cplus_demangle_print (DMGL_PARAMS(1 << 0) | DMGL_ANSI(1 << 1), dc, 20, &alc);
if (p == NULL((void*)0))
 {
   fprintf (stderr(&__sF[2]), _("Failed to print demangled template\n")("Failed to print demangled template\n"));
   return NULL((void*)0);
 }
dt = stab_find_tagged_type (dhandle, info, p, strlen (p),
		    DEBUG_KIND_CLASS);
free (p);
return dt;
    }

  case DEMANGLE_COMPONENT_SUB_STD:
    return stab_find_tagged_type (dhandle, info, dc->u.s_string.string,
		    dc->u.s_string.len, DEBUG_KIND_ILLEGAL);

  case DEMANGLE_COMPONENT_RESTRICT:
  case DEMANGLE_COMPONENT_VOLATILE:
  case DEMANGLE_COMPONENT_CONST:
  case DEMANGLE_COMPONENT_POINTER:
  case DEMANGLE_COMPONENT_REFERENCE:
    dt = stab_demangle_v3_arg (dhandle, info, dc->u.s_binary.left, NULL((void*)0),
		 NULL((void*)0));
    if (dt == NULL((void*)0))
return NULL((void*)0);

    switch (dc->type)
{
default:
 abort ();
case DEMANGLE_COMPONENT_RESTRICT:
 /* FIXME: We have no way to represent restrict.  */
 return dt;
case DEMANGLE_COMPONENT_VOLATILE:
 return debug_make_volatile_type (dhandle, dt);
case DEMANGLE_COMPONENT_CONST:
 return debug_make_const_type (dhandle, dt);
case DEMANGLE_COMPONENT_POINTER:
 return debug_make_pointer_type (dhandle, dt);
case DEMANGLE_COMPONENT_REFERENCE:
 return debug_make_reference_type (dhandle, dt);
}

  case DEMANGLE_COMPONENT_FUNCTION_TYPE:
    {
debug_type *pargs;
bfd_boolean varargs;

if (dc->u.s_binary.left == NULL((void*)0))
 {
   /* In this case the return type is actually unknown.
      However, I'm not sure this will ever arise in practice;
      normally an unknown return type would only appear at
      the top level, which is handled above.  */
   dt = debug_make_void_type (dhandle);
 }
else
 dt = stab_demangle_v3_arg (dhandle, info, dc->u.s_binary.left, NULL((void*)0),
		     NULL((void*)0));
if (dt == NULL((void*)0))
 return NULL((void*)0);

pargs = stab_demangle_v3_arglist (dhandle, info,
			  dc->u.s_binary.right,
			  &varargs);
if (pargs == NULL((void*)0))
 return NULL((void*)0);

return debug_make_function_type (dhandle, dt, pargs, varargs);
    }

  case DEMANGLE_COMPONENT_BUILTIN_TYPE:
    {
char *p;
size_t alc;
debug_type ret;

/* We print this component in order to find out the type name.
  FIXME: Should we instead expose the
  demangle_builtin_type_info structure?  */
p = cplus_demangle_print (DMGL_PARAMS(1 << 0) | DMGL_ANSI(1 << 1), dc, 20, &alc);
if (p == NULL((void*)0))
 {
   fprintf (stderr(&__sF[2]), _("Couldn't get demangled builtin type\n")("Couldn't get demangled builtin type\n"));
   return NULL((void*)0);
 }

/* The mangling is based on the type, but does not itself
  indicate what the sizes are.  So we have to guess.  */
if (strcmp (p, "signed char") == 0)
 ret = debug_make_int_type (dhandle, 1, FALSE0);
else if (strcmp (p, "bool") == 0)
 ret = debug_make_bool_type (dhandle, 1);
else if (strcmp (p, "char") == 0)
 ret = debug_make_int_type (dhandle, 1, FALSE0);
else if (strcmp (p, "double") == 0)
 ret = debug_make_float_type (dhandle, 8);
else if (strcmp (p, "long double") == 0)
 ret = debug_make_float_type (dhandle, 8);
else if (strcmp (p, "float") == 0)
 ret = debug_make_float_type (dhandle, 4);
else if (strcmp (p, "__float128") == 0)
 ret = debug_make_float_type (dhandle, 16);
else if (strcmp (p, "unsigned char") == 0)
 ret = debug_make_int_type (dhandle, 1, TRUE1);
else if (strcmp (p, "int") == 0)
 ret = debug_make_int_type (dhandle, 4, FALSE0);
else if (strcmp (p, "unsigned int") == 0)
 ret = debug_make_int_type (dhandle, 4, TRUE1);
else if (strcmp (p, "long") == 0)
 ret = debug_make_int_type (dhandle, 4, FALSE0);
else if (strcmp (p, "unsigned long") == 0)
 ret = debug_make_int_type (dhandle, 4, TRUE1);
else if (strcmp (p, "__int128") == 0)
 ret = debug_make_int_type (dhandle, 16, FALSE0);
else if (strcmp (p, "unsigned __int128") == 0)
 ret = debug_make_int_type (dhandle, 16, TRUE1);
else if (strcmp (p, "short") == 0)
 ret = debug_make_int_type (dhandle, 2, FALSE0);
else if (strcmp (p, "unsigned short") == 0)
 ret = debug_make_int_type (dhandle, 2, TRUE1);
else if (strcmp (p, "void") == 0)
 ret = debug_make_void_type (dhandle);
else if (strcmp (p, "wchar_t") == 0)
 ret = debug_make_int_type (dhandle, 4, TRUE1);
else if (strcmp (p, "long long") == 0)
 ret = debug_make_int_type (dhandle, 8, FALSE0);
else if (strcmp (p, "unsigned long long") == 0)
 ret = debug_make_int_type (dhandle, 8, TRUE1);
else if (strcmp (p, "...") == 0)
 {
   if (pvarargs == NULL((void*)0))
     fprintf (stderr(&__sF[2]), _("Unexpected demangled varargs\n")("Unexpected demangled varargs\n"));
   else
     *pvarargs = TRUE1;
   ret = NULL((void*)0);
 }
else
 {
   fprintf (stderr(&__sF[2]), _("Unrecognized demangled builtin type\n")("Unrecognized demangled builtin type\n"));
   ret = NULL((void*)0);
 }

free (p);

return ret;
    }
  }
5399}