all remaining *.c *.h files from hp merge.

1 files changed, 3988 insertions, 0 deletions

diff --git a/gdb/hp-symtab-read.c b/gdb/hp-symtab-read.c
new file mode 100644
index 0000000..90d4a10
--- /dev/null
+++ b/gdb/hp-symtab-read.c
@@ -0,0 +1,3988 @@
+/* Read hp debug symbols and convert to internal format, for GDB.
+   Copyright 1993, 1996 Free Software Foundation, Inc.
+
+   This file is part of GDB.
+
+   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., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
+
+   Written by the Center for Software Science at the University of Utah
+   and by Cygnus Support.  */
+
+/* Common include for hp-symtab-read.c and hp-psymtab-read.c.
+ * Note this has nested includes for a bunch of stuff.
+ */
+#include "defs.h"
+#include "symtab.h"
+#include "gdbtypes.h"
+#include "hpread.h"
+#include "demangle.h"
+#include "complaints.h"
+
+
+
+
+static struct complaint  hpread_unhandled_end_common_complaint =
+{
+  "unhandled symbol in hp-symtab-read.c: DNTT_TYPE_COMMON/DNTT_TYPE_END.\n", 0, 0
+};
+
+static struct complaint  hpread_unhandled_type_complaint =
+{
+  "hpread_type_translate: unhandled type code.", 0, 0
+};
+
+static struct complaint  hpread_struct_complaint =
+{
+  "hpread_read_struct_type: expected SVAR type...", 0, 0
+};
+
+static struct complaint hpread_array_complaint =
+{
+  "error in hpread_array_type.", 0, 0
+};
+
+static struct complaint  hpread_type_lookup_complaint =
+{
+  "error in hpread_type_lookup().", 0, 0
+};
+
+
+static struct complaint  hpread_unexpected_end_complaint =
+{
+  "internal error in hp-symtab-read.c: Unexpected DNTT_TYPE_END kind.", 0, 0
+};
+
+static struct complaint hpread_tagdef_complaint  =
+{
+  "error processing class tagdef", 0, 0
+};
+
+static struct complaint  hpread_unhandled_common_complaint =
+{
+  "unhandled symbol in hp-symtab-read.c: DNTT_TYPE_COMMON.", 0, 0
+};
+
+static struct complaint  hpread_unhandled_blockdata_complaint =
+{
+  "unhandled symbol in hp-symtab-read.c: DNTT_TYPE_BLOCKDATA.", 0, 0
+};
+
+
+/* Forward procedure declarations */
+
+static unsigned long hpread_get_scope_start
+  PARAMS ((sltpointer, struct objfile *));
+
+static unsigned long hpread_get_line
+  PARAMS ((sltpointer, struct objfile *));
+
+static CORE_ADDR hpread_get_location
+  PARAMS ((sltpointer, struct objfile *));
+
+static void hpread_psymtab_to_symtab_1 
+  PARAMS ((struct partial_symtab *));
+
+void hpread_psymtab_to_symtab 
+  PARAMS ((struct partial_symtab *));
+
+static struct symtab *hpread_expand_symtab
+  PARAMS ((struct objfile *, int, int, CORE_ADDR, int,
+	   struct section_offsets *, char *));
+
+static int hpread_type_translate 
+  PARAMS ((dnttpointer));
+
+static struct type **hpread_lookup_type
+  PARAMS ((dnttpointer, struct objfile *));
+
+static struct type *hpread_alloc_type
+  PARAMS ((dnttpointer, struct objfile *));
+
+static struct type *hpread_read_enum_type
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *));
+
+static struct type *hpread_read_function_type
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *, int));
+
+static struct type *hpread_read_doc_function_type
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *, int));
+
+static struct type *hpread_read_struct_type
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *));
+
+static struct type *hpread_get_nth_template_arg
+  PARAMS ((struct objfile *, int));
+
+static struct type * hpread_read_templ_arg_type 
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *, char *));
+
+static struct type *hpread_read_set_type
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *));
+
+static struct type * hpread_read_array_type 
+  PARAMS ((dnttpointer, union dnttentry *dn_bufp, struct objfile *objfile));
+
+static struct type *hpread_read_subrange_type
+  PARAMS ((dnttpointer, union dnttentry *, struct objfile *));
+
+static struct type * hpread_type_lookup
+  PARAMS ((dnttpointer, struct objfile *));
+
+static sltpointer hpread_record_lines
+  PARAMS ((struct subfile *, sltpointer, sltpointer,
+	   struct objfile *, CORE_ADDR));
+
+static void hpread_process_one_debug_symbol
+  PARAMS ((union dnttentry *, char *, struct section_offsets *,
+	   struct objfile *, CORE_ADDR, int, char *, int, int * ));
+
+static int hpread_get_scope_depth
+  PARAMS ((union dnttentry *, struct objfile *, int));
+
+static void fix_static_member_physnames 
+  PARAMS ((struct type *, char *, struct objfile *));
+
+static void fixup_class_method_type
+  PARAMS ((struct type *, struct type *, struct objfile *));
+
+static void hpread_adjust_bitoffsets PARAMS ((struct type *, int));
+
+static dnttpointer hpread_get_next_skip_over_anon_unions
+  PARAMS ((int, dnttpointer, union dnttentry **, struct objfile *));
+
+/* Global to indicate presence of HP-compiled objects,
+   in particular, SOM executable file with SOM debug info 
+   Defined in symtab.c, used in hppa-tdep.c. */ 
+extern int hp_som_som_object_present;
+
+/* Static used to indicate a class type that requires a
+   fix-up of one of its method types */
+static struct type * fixup_class = NULL;
+
+/* Static used to indicate the method type that is to be
+   used to fix-up the type for fixup_class */
+static struct type * fixup_method = NULL;
+
+
+
+/* Get the nesting depth for the source line identified by INDEX.  */
+
+static unsigned long
+hpread_get_scope_start (index, objfile)
+     sltpointer index;
+     struct objfile *objfile;
+{
+  union sltentry *sl_bufp;
+
+  sl_bufp = hpread_get_slt (index, objfile);
+  return sl_bufp->sspec.backptr.dnttp.index;
+}
+
+/* Get the source line number the the line identified by INDEX.  */
+
+static unsigned long
+hpread_get_line (index, objfile)
+     sltpointer index;
+     struct objfile *objfile;
+{
+  union sltentry *sl_bufp;
+
+  sl_bufp = hpread_get_slt (index, objfile);
+  return sl_bufp->snorm.line;
+}
+
+/* Find the code address associated with a given sltpointer */
+
+static CORE_ADDR
+hpread_get_location (index, objfile)
+     sltpointer index;
+     struct objfile *objfile;
+{
+  union sltentry *sl_bufp;
+  int i;
+
+  /* code location of special sltentrys is determined from context */
+  sl_bufp = hpread_get_slt (index, objfile);
+
+  if (sl_bufp->snorm.sltdesc == SLT_END)
+    {
+      /* find previous normal sltentry and get address */
+      for (i = 0; ((sl_bufp->snorm.sltdesc != SLT_NORMAL) &&
+                   (sl_bufp->snorm.sltdesc != SLT_NORMAL_OFFSET) &&
+		   (sl_bufp->snorm.sltdesc != SLT_EXIT)); i++)
+	sl_bufp = hpread_get_slt (index - i, objfile);
+      if (sl_bufp->snorm.sltdesc == SLT_NORMAL_OFFSET)
+        return sl_bufp->snormoff.address;
+      else
+        return sl_bufp->snorm.address;
+    }
+
+  /* find next normal sltentry and get address */
+  for (i = 0; ((sl_bufp->snorm.sltdesc != SLT_NORMAL) &&
+	       (sl_bufp->snorm.sltdesc != SLT_NORMAL_OFFSET) &&
+               (sl_bufp->snorm.sltdesc != SLT_EXIT)); i++)
+    sl_bufp = hpread_get_slt (index + i, objfile);
+      if (sl_bufp->snorm.sltdesc == SLT_NORMAL_OFFSET)
+        return sl_bufp->snormoff.address;
+      else
+        return sl_bufp->snorm.address;
+}
+
+
+/* Return 1 if an HP debug symbol of type KIND has a name associated with
+ * it, else return 0. (This function is not currently used, but I'll
+ * leave it here in case it proves useful later on. - RT).
+ */
+
+int
+hpread_has_name (kind)
+     enum dntt_entry_type kind;
+{
+  switch (kind)
+    {
+    case DNTT_TYPE_SRCFILE:
+    case DNTT_TYPE_MODULE:
+    case DNTT_TYPE_FUNCTION:
+    case DNTT_TYPE_DOC_FUNCTION:
+    case DNTT_TYPE_ENTRY:
+    case DNTT_TYPE_IMPORT:
+    case DNTT_TYPE_LABEL:
+    case DNTT_TYPE_FPARAM:
+    case DNTT_TYPE_SVAR:
+    case DNTT_TYPE_DVAR:
+    case DNTT_TYPE_CONST:
+    case DNTT_TYPE_TYPEDEF:
+    case DNTT_TYPE_TAGDEF:
+    case DNTT_TYPE_MEMENUM:
+    case DNTT_TYPE_FIELD:
+    case DNTT_TYPE_SA:
+    case DNTT_TYPE_BLOCKDATA:
+    case DNTT_TYPE_MEMFUNC:
+    case DNTT_TYPE_DOC_MEMFUNC:
+      return 1;
+
+    case DNTT_TYPE_BEGIN:
+    case DNTT_TYPE_END:
+    case DNTT_TYPE_POINTER:
+    case DNTT_TYPE_ENUM:
+    case DNTT_TYPE_SET:
+    case DNTT_TYPE_ARRAY:
+    case DNTT_TYPE_STRUCT:
+    case DNTT_TYPE_UNION:
+    case DNTT_TYPE_VARIANT:
+    case DNTT_TYPE_FILE:
+    case DNTT_TYPE_FUNCTYPE:
+    case DNTT_TYPE_SUBRANGE:
+    case DNTT_TYPE_WITH:
+    case DNTT_TYPE_COMMON:
+    case DNTT_TYPE_COBSTRUCT:
+    case DNTT_TYPE_XREF:
+    case DNTT_TYPE_MACRO:
+    case DNTT_TYPE_CLASS_SCOPE:
+    case DNTT_TYPE_REFERENCE:
+    case DNTT_TYPE_PTRMEM:
+    case DNTT_TYPE_PTRMEMFUNC:
+    case DNTT_TYPE_CLASS:
+    case DNTT_TYPE_GENFIELD:
+    case DNTT_TYPE_VFUNC:
+    case DNTT_TYPE_MEMACCESS:
+    case DNTT_TYPE_INHERITANCE:
+    case DNTT_TYPE_FRIEND_CLASS:
+    case DNTT_TYPE_FRIEND_FUNC:
+    case DNTT_TYPE_MODIFIER: 
+    case DNTT_TYPE_OBJECT_ID:
+    case DNTT_TYPE_TEMPLATE:
+    case DNTT_TYPE_TEMPLATE_ARG:
+    case DNTT_TYPE_FUNC_TEMPLATE:
+    case DNTT_TYPE_LINK:
+    /* DNTT_TYPE_DYN_ARRAY_DESC ? */
+    /* DNTT_TYPE_DESC_SUBRANGE ? */
+    /* DNTT_TYPE_BEGIN_EXT ? */
+    /* DNTT_TYPE_INLN ? */
+    /* DNTT_TYPE_INLN_LIST ? */
+    /* DNTT_TYPE_ALIAS ? */
+    default:
+      return 0;
+    }
+}
+
+/* Do the dirty work of reading in the full symbol from a partial symbol
+   table.  */
+
+static void
+hpread_psymtab_to_symtab_1 (pst)
+     struct partial_symtab *pst;
+{
+  struct cleanup *old_chain;
+  int i;
+
+  /* Get out quick if passed junk.  */
+  if (!pst)
+    return;
+
+  /* Complain if we've already read in this symbol table.  */
+  if (pst->readin)
+    {
+      fprintf (stderr, "Psymtab for %s already read in.  Shouldn't happen.\n",
+	       pst->filename);
+      return;
+    }
+
+  /* Read in all partial symtabs on which this one is dependent */
+  for (i = 0; i < pst->number_of_dependencies; i++)
+    if (!pst->dependencies[i]->readin)
+      {
+	/* Inform about additional files that need to be read in.  */
+	if (info_verbose)
+	  {
+	    fputs_filtered (" ", gdb_stdout);
+	    wrap_here ("");
+	    fputs_filtered ("and ", gdb_stdout);
+	    wrap_here ("");
+	    printf_filtered ("%s...", pst->dependencies[i]->filename);
+	    wrap_here ("");	/* Flush output */
+	    gdb_flush (gdb_stdout);
+	  }
+	hpread_psymtab_to_symtab_1 (pst->dependencies[i]);
+      }
+
+  /* If it's real...  */
+  if (LDSYMLEN (pst))
+    {
+      /* Init stuff necessary for reading in symbols */
+      buildsym_init ();
+      old_chain = make_cleanup (really_free_pendings, 0);
+
+      pst->symtab =
+	hpread_expand_symtab (pst->objfile, LDSYMOFF (pst), LDSYMLEN (pst),
+			      pst->textlow, pst->texthigh - pst->textlow,
+			      pst->section_offsets, pst->filename);
+      sort_symtab_syms (pst->symtab);
+
+      do_cleanups (old_chain);
+    }
+
+  pst->readin = 1;
+}
+
+/* Read in all of the symbols for a given psymtab for real.
+   Be verbose about it if the user wants that.  */
+
+void
+hpread_psymtab_to_symtab (pst)
+     struct partial_symtab *pst;
+{
+  /* Get out quick if given junk.  */
+  if (!pst)
+    return;
+
+  /* Sanity check.  */
+  if (pst->readin)
+    {
+      fprintf (stderr, "Psymtab for %s already read in.  Shouldn't happen.\n",
+	       pst->filename);
+      return;
+    }
+
+  /* elz: setting the flag to indicate that the code of the target
+     was compiled using an HP compiler (aCC, cc) 
+     the processing_acc_compilation variable is declared in the 
+     file buildsym.h, the HP_COMPILED_TARGET is defined to be equal
+     to 3 in the file tm_hppa.h*/
+
+  processing_gcc_compilation = 0;
+
+  if (LDSYMLEN (pst) || pst->number_of_dependencies)
+    {
+      /* Print the message now, before reading the string table,
+         to avoid disconcerting pauses.  */
+      if (info_verbose)
+	{
+	  printf_filtered ("Reading in symbols for %s...", pst->filename);
+	  gdb_flush (gdb_stdout);
+	}
+
+      hpread_psymtab_to_symtab_1 (pst);
+
+      /* Match with global symbols.  This only needs to be done once,
+         after all of the symtabs and dependencies have been read in.   */
+      scan_file_globals (pst->objfile);
+
+      /* Finish up the debug error message.  */
+      if (info_verbose)
+	printf_filtered ("done.\n");
+    }
+}
+
+/* Read in a defined section of a specific object file's symbols.
+
+   DESC is the file descriptor for the file, positioned at the
+   beginning of the symtab
+   SYM_OFFSET is the offset within the file of
+   the beginning of the symbols we want to read
+   SYM_SIZE is the size of the symbol info to read in.
+   TEXT_OFFSET is the beginning of the text segment we are reading symbols for
+   TEXT_SIZE is the size of the text segment read in.
+   SECTION_OFFSETS are the relocation offsets which get added to each symbol. */
+
+static struct symtab *
+hpread_expand_symtab (objfile, sym_offset, sym_size, text_offset, text_size,
+		      section_offsets, filename)
+     struct objfile *objfile;
+     int sym_offset;
+     int sym_size;
+     CORE_ADDR text_offset;
+     int text_size;
+     struct section_offsets *section_offsets;
+     char *filename;
+{
+  char            *namestring;
+  union dnttentry *dn_bufp;
+  unsigned         max_symnum;
+  int              at_module_boundary = 0;
+                   /* 1 => at end, -1 => at beginning */ 
+
+  int sym_index = sym_offset / sizeof (struct dntt_type_block);
+
+  current_objfile = objfile;
+  subfile_stack = 0;
+
+  last_source_file = 0;
+
+  /* Demangling style -- if EDG style already set, don't change it,
+     as HP style causes some problems with the KAI EDG compiler */ 
+  if (current_demangling_style != edg_demangling) {
+    /* Otherwise, ensure that we are using HP style demangling */ 
+    set_demangling_style (HP_DEMANGLING_STYLE_STRING);
+  }
+
+  dn_bufp = hpread_get_lntt (sym_index, objfile);
+  if (!((dn_bufp->dblock.kind == (unsigned char) DNTT_TYPE_SRCFILE) ||
+	(dn_bufp->dblock.kind == (unsigned char) DNTT_TYPE_MODULE)))
+    {
+      start_symtab ("globals", NULL, 0);
+      record_debugformat ("HP");
+    }
+
+  /* The psymtab builder (hp-psymtab-read.c) is the one that
+   * determined the "sym_size" argument (i.e. how many DNTT symbols
+   * are in this symtab), which we use to compute "max_symnum"
+   * (point in DNTT to which we read). 
+   *
+   * Perhaps this should be changed so that 
+   * process_one_debug_symbol() "knows" when
+   * to stop reading (based on reading from the MODULE to the matching
+   * END), and take out this reliance on a #-syms being passed in...
+   * (I'm worried about the reliability of this number). But I'll
+   * leave it as-is, for now. - RT
+   *
+   * The change above has been made. I've left the "for" loop control
+   * in to prepare for backing this out again. -JB
+   */
+  max_symnum = sym_size / sizeof (struct dntt_type_block);
+           /* No reason to multiply on pst side and divide on sym side... FIXME */
+
+  /* Read in and process each debug symbol within the specified range.
+   */
+  for (symnum = 0;
+       symnum < max_symnum;       
+       symnum++)
+    {
+      QUIT;			/* Allow this to be interruptable */
+      dn_bufp = hpread_get_lntt (sym_index + symnum, objfile);
+
+      if (dn_bufp->dblock.extension)
+	continue;
+
+      /* Yow!  We call SET_NAMESTRING on things without names!  */
+      SET_NAMESTRING (dn_bufp, &namestring, objfile);
+
+      hpread_process_one_debug_symbol (dn_bufp, namestring, section_offsets,
+				       objfile, text_offset, text_size,
+				       filename, symnum + sym_index,
+                                      &at_module_boundary
+                                       );
+                                       
+      /* OLD COMMENTS: This routine is only called for psts.  All psts
+       * correspond to MODULES.  If we ever do lazy-reading of globals
+       * from the LNTT, then there will be a pst which ends when the
+       * LNTT ends, and not at an END MODULE entry.  Then we'll have
+       * to re-visit this break.  
+
+       if( at_end_of_module )
+           break;
+
+       */
+
+      /* We no longer break out of the loop when we reach the end of a
+         module. The reason is that with CTTI, the compiler can generate
+         function symbols (for template function instantiations) which are not
+         in any module; typically they show up beyond a module's end, and
+         before the next module's start.  We include them in the current
+         module.  However, we still don't trust the MAX_SYMNUM value from
+         the psymtab, so we break out if we enter a new module. */
+
+      if (at_module_boundary == -1)
+        break;
+    }
+
+  current_objfile = NULL;
+  hp_som_som_object_present = 1; /* Indicate we've processed an HP SOM SOM file */
+  
+  return end_symtab (text_offset + text_size, objfile, 0);
+}
+
+
+
+
+/* Convert basic types from HP debug format into GDB internal format.  */
+
+static int
+hpread_type_translate (typep)
+     dnttpointer typep;
+{
+  if (!typep.dntti.immediate) {
+    error ("error in hpread_type_translate\n.");
+    return;
+  }
+
+  switch (typep.dntti.type)
+    {
+    case HP_TYPE_BOOLEAN:
+    case HP_TYPE_BOOLEAN_S300_COMPAT:
+    case HP_TYPE_BOOLEAN_VAX_COMPAT:
+      return FT_BOOLEAN;
+    case HP_TYPE_CHAR:                /* C signed char, C++ plain char */
+ 
+    case HP_TYPE_WIDE_CHAR:
+      return FT_CHAR;
+    case HP_TYPE_INT:
+      if (typep.dntti.bitlength <= 8)
+	return FT_SIGNED_CHAR;         /* C++ signed char */
+      if (typep.dntti.bitlength <= 16)
+	return FT_SHORT;
+      if (typep.dntti.bitlength <= 32)
+	return FT_INTEGER;
+      return FT_LONG_LONG;
+    case HP_TYPE_LONG:
+      if (typep.dntti.bitlength <= 8)
+	return FT_SIGNED_CHAR;           /* C++ signed char. */ 
+      return FT_LONG;
+    case HP_TYPE_UNSIGNED_LONG:
+      if (typep.dntti.bitlength <= 8)
+	return FT_UNSIGNED_CHAR;        /* C/C++ unsigned char */
+      if (typep.dntti.bitlength <= 16)
+	return FT_UNSIGNED_SHORT;
+      if (typep.dntti.bitlength <= 32)
+	return FT_UNSIGNED_LONG;
+      return FT_UNSIGNED_LONG_LONG;
+    case HP_TYPE_UNSIGNED_INT:
+      if (typep.dntti.bitlength <= 8)
+	return FT_UNSIGNED_CHAR;
+      if (typep.dntti.bitlength <= 16)
+	return FT_UNSIGNED_SHORT;
+      if (typep.dntti.bitlength <= 32)
+	return FT_UNSIGNED_INTEGER;
+      return FT_UNSIGNED_LONG_LONG;
+    case HP_TYPE_REAL:
+    case HP_TYPE_REAL_3000:
+    case HP_TYPE_DOUBLE:
+      if (typep.dntti.bitlength == 64)
+	return FT_DBL_PREC_FLOAT;
+      if (typep.dntti.bitlength == 128)
+	return FT_EXT_PREC_FLOAT;
+      return FT_FLOAT;
+    case HP_TYPE_COMPLEX:
+    case HP_TYPE_COMPLEXS3000:
+      if (typep.dntti.bitlength == 128)
+	return FT_DBL_PREC_COMPLEX;
+      if (typep.dntti.bitlength == 192)
+	return FT_EXT_PREC_COMPLEX;
+      return FT_COMPLEX;
+    case HP_TYPE_VOID:
+      return FT_VOID;
+    case HP_TYPE_STRING200:
+    case HP_TYPE_LONGSTRING200:
+    case HP_TYPE_FTN_STRING_SPEC:
+    case HP_TYPE_MOD_STRING_SPEC:
+    case HP_TYPE_MOD_STRING_3000:
+    case HP_TYPE_FTN_STRING_S300_COMPAT:
+    case HP_TYPE_FTN_STRING_VAX_COMPAT:
+      return FT_STRING;
+    case HP_TYPE_TEMPLATE_ARG:
+      return FT_TEMPLATE_ARG;
+    case HP_TYPE_TEXT:
+    case HP_TYPE_FLABEL:
+    case HP_TYPE_PACKED_DECIMAL:
+    case HP_TYPE_ANYPOINTER:  
+    case HP_TYPE_GLOBAL_ANYPOINTER:
+    case HP_TYPE_LOCAL_ANYPOINTER: 
+    default:
+      warning ("hpread_type_translate: unhandled type code.\n");
+      return FT_VOID;
+    }
+}
+
+/* Given a position in the DNTT, return a pointer to the 
+ * already-built "struct type" (if any), for the type defined 
+ * at that position.
+ */
+
+static struct type **
+hpread_lookup_type (hp_type, objfile)
+     dnttpointer hp_type;
+     struct objfile *objfile;
+{
+  unsigned old_len;
+  int index = hp_type.dnttp.index;
+  int size_changed = 0;
+
+  /* The immediate flag indicates this doesn't actually point to
+   * a type DNTT.
+   */
+  if (hp_type.dntti.immediate)
+    return NULL;
+
+  /* For each objfile, we maintain a "type vector".
+   * This an array of "struct type *"'s with one pointer per DNTT index.
+   * Given a DNTT index, we look in this array to see if we have
+   * already processed this DNTT and if it is a type definition.
+   * If so, then we can locate a pointer to the already-built
+   * "struct type", and not build it again.
+   * 
+   * The need for this arises because our DNTT-walking code wanders
+   * around. In particular, it will encounter the same type multiple
+   * times (once for each object of that type). We don't want to 
+   * built multiple "struct type"'s for the same thing.
+   *
+   * Having said this, I should point out that this type-vector is
+   * an expensive way to keep track of this. If most DNTT entries are 
+   * 3 words, the type-vector will be 1/3 the size of the DNTT itself.
+   * Alternative solutions:
+   * - Keep a compressed or hashed table. Less memory, but more expensive
+   *   to search and update.
+   * - (Suggested by JB): Overwrite the DNTT entry itself
+   *   with the info. Create a new type code "ALREADY_BUILT", and modify
+   *   the DNTT to have that type code and point to the already-built entry.
+   * -RT
+   */
+
+  if (index < LNTT_SYMCOUNT (objfile))
+    {
+      if (index >= TYPE_VECTOR_LENGTH (objfile))
+	{
+	  old_len = TYPE_VECTOR_LENGTH (objfile);
+
+          /* See if we need to allocate a type-vector. */
+	  if (old_len == 0)
+	    {
+              TYPE_VECTOR_LENGTH(objfile) = LNTT_SYMCOUNT (objfile) + GNTT_SYMCOUNT (objfile);
+	      TYPE_VECTOR (objfile) = (struct type **)
+		xmmalloc (objfile->md, TYPE_VECTOR_LENGTH (objfile) * sizeof (struct type *));
+	      memset (&TYPE_VECTOR (objfile)[old_len], 0,
+		        (TYPE_VECTOR_LENGTH (objfile) - old_len) *
+		        sizeof (struct type *));
+	    }
+
+          /* See if we need to resize type-vector. With my change to
+           * initially allocate a correct-size type-vector, this code
+           * should no longer trigger.
+           */
+	  while (index >= TYPE_VECTOR_LENGTH (objfile)) {
+	    TYPE_VECTOR_LENGTH (objfile) *= 2;
+            size_changed = 1;
+          }
+          if (size_changed) {
+	    TYPE_VECTOR (objfile) = (struct type **)
+	      xmrealloc (objfile -> md,
+                         (char *) TYPE_VECTOR (objfile),
+                         (TYPE_VECTOR_LENGTH (objfile) * sizeof (struct type *)));
+
+	      memset (&TYPE_VECTOR (objfile)[old_len], 0,
+		        (TYPE_VECTOR_LENGTH (objfile) - old_len) *
+		        sizeof (struct type *));
+          } 
+
+	}
+      return &TYPE_VECTOR (objfile)[index];
+    }
+  else
+    return NULL;
+}
+
+/* Possibly allocate a GDB internal type so we can internalize HP_TYPE.
+   Note we'll just return the address of a GDB internal type if we already
+   have it lying around.  */
+
+static struct type *
+hpread_alloc_type (hp_type, objfile)
+     dnttpointer hp_type;
+     struct objfile *objfile;
+{
+  struct type **type_addr;
+
+  type_addr = hpread_lookup_type (hp_type, objfile);
+  if (*type_addr == 0) {
+    *type_addr = alloc_type (objfile);
+
+    /* A hack - if we really are a C++ class symbol, then this default
+     * will get overriden later on.
+     */
+    TYPE_CPLUS_SPECIFIC (*type_addr)
+      = (struct cplus_struct_type *) &cplus_struct_default;
+  }
+
+  return *type_addr;
+}
+
+/* Read a native enumerated type and return it in GDB internal form.  */
+
+static struct type *
+hpread_read_enum_type (hp_type, dn_bufp, objfile)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+{
+  struct type *type;
+  struct pending **symlist, *osyms, *syms;
+  struct pending *local_list = NULL;
+  int o_nsyms, nsyms = 0;
+  dnttpointer mem;
+  union dnttentry *memp;
+  char *name;
+  long n;
+  struct symbol *sym;
+
+  /* Allocate a GDB type. If we've already read in this enum type,
+   * it'll return the already built GDB type, so stop here.
+   * (Note: I added this check, to conform with what's done for 
+   *  struct, union, class.
+   *  I assume this is OK. - RT)
+   */
+  type = hpread_alloc_type (hp_type, objfile);
+  if (TYPE_CODE (type) == TYPE_CODE_ENUM)
+    return type;
+
+  /* HP C supports "sized enums", where a specifier such as "short" or
+     "char" can be used to get enums of different sizes. So don't assume
+     an enum is always 4 bytes long. pai/1997-08-21 */
+  TYPE_LENGTH (type) = dn_bufp->denum.bitlength / 8;
+
+  symlist = &file_symbols;
+  osyms = *symlist;
+  o_nsyms = osyms ? osyms->nsyms : 0;
+
+  /* Get a name for each member and add it to our list of members.  
+   * The list of "mem" SOM records we are walking should all be
+   * SOM type DNTT_TYPE_MEMENUM (not checked).
+   */
+  mem = dn_bufp->denum.firstmem;
+  while (mem.word && mem.word != DNTTNIL)
+    {
+      memp = hpread_get_lntt (mem.dnttp.index, objfile);
+
+      name = VT (objfile) + memp->dmember.name;
+      sym = (struct symbol *) obstack_alloc (&objfile->symbol_obstack,
+					     sizeof (struct symbol));
+      memset (sym, 0, sizeof (struct symbol));
+      SYMBOL_NAME (sym) = obsavestring (name, strlen (name), 
+					&objfile->symbol_obstack);
+      SYMBOL_CLASS (sym) = LOC_CONST;
+      SYMBOL_NAMESPACE (sym) = VAR_NAMESPACE;
+      SYMBOL_VALUE (sym) = memp->dmember.value;
+      add_symbol_to_list (sym, symlist);
+      nsyms++;
+      mem = memp->dmember.nextmem;
+    }
+
+  /* Now that we know more about the enum, fill in more info.  */
+  TYPE_CODE (type) = TYPE_CODE_ENUM;
+  TYPE_FLAGS (type) &= ~TYPE_FLAG_STUB;
+  TYPE_NFIELDS (type) = nsyms;
+  TYPE_FIELDS (type) = (struct field *)
+    obstack_alloc (&objfile->type_obstack, sizeof (struct field) * nsyms);
+
+  /* Find the symbols for the members and put them into the type.
+     The symbols can be found in the symlist that we put them on
+     to cause them to be defined.  osyms contains the old value
+     of that symlist; everything up to there was defined by us.
+
+     Note that we preserve the order of the enum constants, so
+     that in something like "enum {FOO, LAST_THING=FOO}" we print
+     FOO, not LAST_THING.  */
+  for (syms = *symlist, n = 0; syms; syms = syms->next)
+    {
+      int j = 0;
+      if (syms == osyms)
+	j = o_nsyms;
+      for (; j < syms->nsyms; j++, n++)
+	{
+	  struct symbol *xsym = syms->symbol[j];
+	  SYMBOL_TYPE (xsym) = type;
+	  TYPE_FIELD_NAME (type, n) = SYMBOL_NAME (xsym);
+	  TYPE_FIELD_BITPOS (type, n) = SYMBOL_VALUE (xsym);
+	  TYPE_FIELD_BITSIZE (type, n) = 0;
+	}
+      if (syms == osyms)
+	break;
+    }
+
+  return type;
+}
+
+/* Read and internalize a native function debug symbol.  */
+
+static struct type *
+hpread_read_function_type (hp_type, dn_bufp, objfile, newblock)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+     int newblock;
+{
+  struct type *type, *type1;
+  struct pending *syms;
+  struct pending *local_list = NULL;
+  int nsyms = 0;
+  dnttpointer param;
+  union dnttentry *paramp;
+  char *name;
+  long n;
+  struct symbol *sym;
+  int record_args = 1;
+
+  /* See if we've already read in this type.  */
+  type = hpread_alloc_type (hp_type, objfile);
+  if (TYPE_CODE (type) == TYPE_CODE_FUNC)
+    {
+      record_args = 0; /* already read in, don't modify type */ 
+    }
+  else
+    {
+      /* Nope, so read it in and store it away.  */
+      if (dn_bufp->dblock.kind == DNTT_TYPE_FUNCTION ||
+          dn_bufp->dblock.kind == DNTT_TYPE_MEMFUNC)
+        type1 = lookup_function_type (hpread_type_lookup (dn_bufp->dfunc.retval,
+                                                          objfile));
+      else if (dn_bufp->dblock.kind == DNTT_TYPE_FUNCTYPE)
+        type1 = lookup_function_type (hpread_type_lookup (dn_bufp->dfunctype.retval,
+                                                          objfile));
+      else /* expect DNTT_TYPE_FUNC_TEMPLATE */
+        type1 = lookup_function_type (hpread_type_lookup (dn_bufp->dfunc_template.retval,
+                                                          objfile));
+      memcpy ((char *) type, (char *) type1, sizeof (struct type));
+      
+      /* Mark it -- in the middle of processing */ 
+      TYPE_FLAGS (type) |= TYPE_FLAG_INCOMPLETE;
+    }
+
+  /* Now examine each parameter noting its type, location, and a
+     wealth of other information.  */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_FUNCTION ||
+      dn_bufp->dblock.kind == DNTT_TYPE_MEMFUNC)
+    param = dn_bufp->dfunc.firstparam;
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_FUNCTYPE)
+    param = dn_bufp->dfunctype.firstparam;
+  else /* expect DNTT_TYPE_FUNC_TEMPLATE */
+    param = dn_bufp->dfunc_template.firstparam;
+  while (param.word && param.word != DNTTNIL)
+    {
+      paramp = hpread_get_lntt (param.dnttp.index, objfile);
+      nsyms++;
+      param = paramp->dfparam.nextparam;
+
+      /* Get the name.  */
+      name = VT (objfile) + paramp->dfparam.name;
+      sym = (struct symbol *) obstack_alloc (&objfile->symbol_obstack,
+					     sizeof (struct symbol));
+      (void) memset (sym, 0, sizeof (struct symbol));
+      SYMBOL_NAME (sym) = obsavestring (name, strlen (name),
+					&objfile->symbol_obstack);
+
+      /* Figure out where it lives.  */
+      if (paramp->dfparam.regparam)
+	SYMBOL_CLASS (sym) = LOC_REGPARM;
+      else if (paramp->dfparam.indirect)
+	SYMBOL_CLASS (sym) = LOC_REF_ARG;
+      else
+	SYMBOL_CLASS (sym) = LOC_ARG;
+      SYMBOL_NAMESPACE (sym) = VAR_NAMESPACE;
+      if (paramp->dfparam.copyparam)
+	{
+	  SYMBOL_VALUE (sym) = paramp->dfparam.location ;
+#ifdef HPREAD_ADJUST_STACK_ADDRESS
+	  SYMBOL_VALUE (sym)
+	    += HPREAD_ADJUST_STACK_ADDRESS (CURRENT_FUNCTION_VALUE (objfile));
+#endif
+	  /* This is likely a pass-by-invisible reference parameter,
+	     Hack on the symbol class to make GDB happy.  */
+          /* ??rehrauer: This appears to be broken w/r/t to passing
+             C values of type float and struct.  Perhaps this ought
+             to be highighted as a special case, but for now, just
+             allowing these to be LOC_ARGs seems to work fine.
+             */
+#if 0
+	  SYMBOL_CLASS (sym) = LOC_REGPARM_ADDR;
+#endif
+	}
+      else
+	SYMBOL_VALUE (sym) = paramp->dfparam.location;
+
+      /* Get its type.  */
+      SYMBOL_TYPE (sym) = hpread_type_lookup (paramp->dfparam.type, objfile);
+      /* Add it to the symbol list.  */
+      /* Note 1 (RT) At the moment, add_symbol_to_list() is also being
+       * called on FPARAM symbols from the process_one_debug_symbol()
+       * level... so parameters are getting added twice! (this shows
+       * up in the symbol dump you get from "maint print symbols ...").
+       * Note 2 (RT) I took out the processing of FPARAM from the 
+       * process_one_debug_symbol() level, so at the moment parameters are only
+       * being processed here. This seems to have no ill effect.
+       */
+      /* Note 3 (pai/1997-08-11) I removed the add_symbol_to_list() which put
+         each fparam on the local_symbols list from here.  Now we use the
+         local_list to which fparams are added below, and set the param_symbols
+         global to point to that at the end of this routine. */ 
+      /* elz: I added this new list of symbols which is local to the function.
+         this list is the one which is actually used to build the type for the
+         function rather than the gloabal list pointed to by symlist.
+         Using a global list to keep track of the parameters is wrong, because 
+         this function is called recursively if one parameter happend to be
+         a function itself with more parameters in it. Adding parameters to the
+         same global symbol list would not work!      
+         Actually it did work in case of cc compiled programs where you do 
+         not check the parameter lists of the arguments. */ 
+      add_symbol_to_list (sym, &local_list);
+
+    }
+
+  /* If type was read in earlier, don't bother with modifying
+     the type struct */ 
+  if (!record_args)
+    goto finish;
+  
+  /* Note how many parameters we found.  */
+  TYPE_NFIELDS (type) = nsyms;
+  TYPE_FIELDS (type) = (struct field *)
+    obstack_alloc (&objfile->type_obstack,
+		   sizeof (struct field) * nsyms);
+
+  /* Find the symbols for the parameters and 
+     use them to fill parameter-type information into the function-type.
+     The parameter symbols can be found in the local_list that we just put them on. */
+  /* Note that we preserve the order of the parameters, so
+     that in something like "enum {FOO, LAST_THING=FOO}" we print
+     FOO, not LAST_THING.  */
+  
+  /* get the parameters types from the local list not the global list
+     so that the type can be correctly constructed for functions which
+     have function as parameters */
+  for (syms = local_list, n = 0; syms; syms = syms->next)
+    {
+      int j = 0;
+      for (j=0; j < syms->nsyms; j++, n++)
+	{
+	  struct symbol *xsym = syms->symbol[j];
+	  TYPE_FIELD_NAME (type, n) = SYMBOL_NAME (xsym);
+	  TYPE_FIELD_TYPE (type, n) = SYMBOL_TYPE (xsym);
+	  TYPE_FIELD_BITPOS (type, n) = n;
+	  TYPE_FIELD_BITSIZE (type, n) = 0;
+	}
+    }
+  /* Mark it as having been processed */ 
+  TYPE_FLAGS (type) &= ~(TYPE_FLAG_INCOMPLETE);
+
+  /* Check whether we need to fix-up a class type with this function's type */
+  if (fixup_class && (fixup_method == type))
+    {
+      fixup_class_method_type (fixup_class, fixup_method, objfile);
+      fixup_class = NULL;
+      fixup_method = NULL;
+    }
+
+  /* Set the param list of this level of the context stack
+     to our local list.  Do this only if this function was
+     called for creating a new block, and not if it was called
+     simply to get the function type. This prevents recursive
+     invocations from trashing param_symbols. */
+finish:  
+  if (newblock)
+    param_symbols = local_list;
+  
+   return type;
+}
+
+
+/* Read and internalize a native DOC function debug symbol.  */
+/* This is almost identical to hpread_read_function_type(), except
+ * for references to dn_bufp->ddocfunc instead of db_bufp->dfunc.
+ * Since debug information for DOC functions is more likely to be
+ * volatile, please leave it this way.
+ */
+static struct type *
+hpread_read_doc_function_type (hp_type, dn_bufp, objfile, newblock)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+     int newblock;
+{
+  struct type *type, *type1;
+  struct pending *syms;
+  struct pending *local_list = NULL;
+  int nsyms = 0;
+  dnttpointer param;
+  union dnttentry *paramp;
+  char *name;
+  long n;
+  struct symbol *sym;
+  int record_args = 1;
+
+  /* See if we've already read in this type.  */
+  type = hpread_alloc_type (hp_type, objfile);
+  if (TYPE_CODE (type) == TYPE_CODE_FUNC)
+    {
+      record_args = 0; /* already read in, don't modify type */ 
+    }
+  else
+    {
+      /* Nope, so read it in and store it away.  */
+      if (dn_bufp->dblock.kind == DNTT_TYPE_DOC_FUNCTION ||
+          dn_bufp->dblock.kind == DNTT_TYPE_DOC_MEMFUNC)
+        type1 = lookup_function_type (hpread_type_lookup (dn_bufp->ddocfunc.retval,
+                                                          objfile));
+      memcpy ((char *) type, (char *) type1, sizeof (struct type));
+      
+      /* Mark it -- in the middle of processing */ 
+      TYPE_FLAGS (type) |= TYPE_FLAG_INCOMPLETE;
+    }
+
+  /* Now examine each parameter noting its type, location, and a
+     wealth of other information.  */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_DOC_FUNCTION ||
+      dn_bufp->dblock.kind == DNTT_TYPE_DOC_MEMFUNC)
+    param = dn_bufp->ddocfunc.firstparam;
+  while (param.word && param.word != DNTTNIL)
+    {
+      paramp = hpread_get_lntt (param.dnttp.index, objfile);
+      nsyms++;
+      param = paramp->dfparam.nextparam;
+
+      /* Get the name.  */
+      name = VT (objfile) + paramp->dfparam.name;
+      sym = (struct symbol *) obstack_alloc (&objfile->symbol_obstack,
+					     sizeof (struct symbol));
+      (void) memset (sym, 0, sizeof (struct symbol));
+      SYMBOL_NAME (sym) = name;
+
+      /* Figure out where it lives.  */
+      if (paramp->dfparam.regparam)
+	SYMBOL_CLASS (sym) = LOC_REGPARM;
+      else if (paramp->dfparam.indirect)
+	SYMBOL_CLASS (sym) = LOC_REF_ARG;
+      else
+	SYMBOL_CLASS (sym) = LOC_ARG;
+      SYMBOL_NAMESPACE (sym) = VAR_NAMESPACE;
+      if (paramp->dfparam.copyparam)
+	{
+	  SYMBOL_VALUE (sym) = paramp->dfparam.location ;
+#ifdef HPREAD_ADJUST_STACK_ADDRESS
+	  SYMBOL_VALUE (sym)
+	    += HPREAD_ADJUST_STACK_ADDRESS (CURRENT_FUNCTION_VALUE (objfile));
+#endif
+	  /* This is likely a pass-by-invisible reference parameter,
+	     Hack on the symbol class to make GDB happy.  */
+          /* ??rehrauer: This appears to be broken w/r/t to passing
+             C values of type float and struct.  Perhaps this ought
+             to be highighted as a special case, but for now, just
+             allowing these to be LOC_ARGs seems to work fine.
+             */
+#if 0
+	  SYMBOL_CLASS (sym) = LOC_REGPARM_ADDR;
+#endif
+	}
+      else
+	SYMBOL_VALUE (sym) = paramp->dfparam.location;
+
+      /* Get its type.  */
+      SYMBOL_TYPE (sym) = hpread_type_lookup (paramp->dfparam.type, objfile);
+      /* Add it to the symbol list.  */
+      /* Note 1 (RT) At the moment, add_symbol_to_list() is also being
+       * called on FPARAM symbols from the process_one_debug_symbol()
+       * level... so parameters are getting added twice! (this shows
+       * up in the symbol dump you get from "maint print symbols ...").
+       * Note 2 (RT) I took out the processing of FPARAM from the 
+       * process_one_debug_symbol() level, so at the moment parameters are only
+       * being processed here. This seems to have no ill effect.
+       */
+      /* Note 3 (pai/1997-08-11) I removed the add_symbol_to_list() which put
+         each fparam on the local_symbols list from here.  Now we use the
+         local_list to which fparams are added below, and set the param_symbols
+         global to point to that at the end of this routine. */ 
+         
+      /* elz: I added this new list of symbols which is local to the function.
+         this list is the one which is actually used to build the type for the
+         function rather than the gloabal list pointed to by symlist.
+         Using a global list to keep track of the parameters is wrong, because 
+         this function is called recursively if one parameter happend to be
+         a function itself with more parameters in it. Adding parameters to the
+         same global symbol list would not work!      
+         Actually it did work in case of cc compiled programs where you do not check the
+         parameter lists of the arguments.  */
+      add_symbol_to_list (sym, &local_list);
+    }
+
+  /* If type was read in earlier, don't bother with modifying
+     the type struct */ 
+  if (!record_args)
+    goto finish;
+  
+  /* Note how many parameters we found.  */
+  TYPE_NFIELDS (type) = nsyms;
+  TYPE_FIELDS (type) = (struct field *)
+    obstack_alloc (&objfile->type_obstack,
+                   sizeof (struct field) * nsyms);
+
+  /* Find the symbols for the parameters and 
+     use them to fill parameter-type information into the function-type.
+     The parameter symbols can be found in the local_list that we just put them on. */
+  /* Note that we preserve the order of the parameters, so
+     that in something like "enum {FOO, LAST_THING=FOO}" we print
+     FOO, not LAST_THING.  */
+  
+  /* get the parameters types from the local list not the global list
+     so that the type can be correctly constructed for functions which
+     have function as parameters
+  */
+  for (syms = local_list, n = 0; syms; syms = syms->next)
+    {
+      int j = 0;
+      for (j = 0; j < syms->nsyms; j++, n++)
+        {
+          struct symbol *xsym = syms->symbol[j];
+          TYPE_FIELD_NAME (type, n) = SYMBOL_NAME (xsym);
+          TYPE_FIELD_TYPE (type, n) = SYMBOL_TYPE (xsym);
+          TYPE_FIELD_BITPOS (type, n) = n;
+          TYPE_FIELD_BITSIZE (type, n) = 0;
+        }
+    }
+  
+  /* Mark it as having been processed */ 
+  TYPE_FLAGS (type) &= ~(TYPE_FLAG_INCOMPLETE);
+
+  /* Check whether we need to fix-up a class type with this function's type */
+  if (fixup_class && (fixup_method == type))
+    {
+      fixup_class_method_type (fixup_class, fixup_method, objfile);
+      fixup_class = NULL;
+      fixup_method = NULL;
+    }
+
+  /* Set the param list of this level of the context stack
+     to our local list.  Do this only if this function was
+     called for creating a new block, and not if it was called
+     simply to get the function type. This prevents recursive
+     invocations from trashing param_symbols. */
+finish:  
+  if (newblock)
+    param_symbols = local_list;
+  
+  return type;
+}
+
+
+
+/* A file-level variable which keeps track of the current-template
+ * being processed. Set in hpread_read_struct_type() while processing
+ * a template type. Referred to in hpread_get_nth_templ_arg().
+ * Yes, this is a kludge, but it arises from the kludge that already
+ * exists in symtab.h, namely the fact that they encode
+ * "template argument n" with fundamental type FT_TEMPLATE_ARG and
+ * bitlength n. This means that deep in processing fundamental types
+ * I need to ask the question "what template am I in the middle of?".
+ * The alternative to stuffing a global would be to pass an argument
+ * down the chain of calls just for this purpose.
+ * 
+ * There may be problems handling nested templates... tough.
+ */
+static struct type * current_template = NULL;
+
+/* Read in and internalize a structure definition.  
+ * This same routine is called for struct, union, and class types.
+ * Also called for templates, since they build a very similar
+ * type entry as for class types.
+ */
+
+static struct type *
+hpread_read_struct_type (hp_type, dn_bufp, objfile)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+{
+  /* The data members get linked together into a list of struct nextfield's */
+  struct nextfield
+    {
+      struct nextfield *next;
+      struct field field;
+      unsigned char attributes; /* store visibility and virtuality info */
+#     define ATTR_VIRTUAL 1      
+#     define ATTR_PRIVATE 2      
+#     define ATTR_PROTECT 3      
+    };
+
+
+  /* The methods get linked together into a list of struct next_fn_field's */
+  struct next_fn_field
+    {
+      struct next_fn_field *next;
+      struct fn_fieldlist field;
+      struct fn_field fn_field;
+      int num_fn_fields;
+     };
+
+  /* The template args get linked together into a list of struct next_template's */
+  struct next_template
+    {
+      struct next_template *next;
+      struct template_arg arg;
+    };
+
+  /* The template instantiations get linked together into a list of these... */
+  struct next_instantiation 
+    {
+      struct next_instantiation * next;
+      struct type * t;
+    };
+
+  struct type *type;
+  struct type *baseclass;
+  struct type *memtype;
+  struct nextfield *list = 0, *tmp_list = 0;
+  struct next_fn_field *fn_list = 0;
+  struct next_fn_field *fn_p;
+  struct next_template *t_new, *t_list = 0;
+  struct nextfield *new;
+  struct next_fn_field *fn_new;
+  struct next_instantiation *i_new, *i_list = 0;
+  int n, nfields = 0, n_fn_fields = 0, n_fn_fields_total = 0;
+  int n_base_classes = 0, n_templ_args = 0;
+  int ninstantiations = 0;
+  dnttpointer field, fn_field, parent;
+  union dnttentry *fieldp, *fn_fieldp, *parentp;
+  int i;
+  int static_member = 0;
+  int const_member = 0;
+  int volatile_member = 0;
+  unsigned long vtbl_offset;
+  int need_bitvectors = 0;
+  char * method_name = NULL;
+  char * method_alias = NULL;
+  
+
+  /* Is it something we've already dealt with?  */
+  type = hpread_alloc_type (hp_type, objfile);
+  if ((TYPE_CODE (type) == TYPE_CODE_STRUCT) ||
+      (TYPE_CODE (type) == TYPE_CODE_UNION) ||
+      (TYPE_CODE (type) == TYPE_CODE_CLASS) ||
+      (TYPE_CODE (type) == TYPE_CODE_TEMPLATE))
+      return type;
+
+  /* Get the basic type correct.  */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_STRUCT)
+    {
+      TYPE_CODE (type) = TYPE_CODE_STRUCT;
+      TYPE_LENGTH (type) = dn_bufp->dstruct.bitlength / 8;
+    }
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_UNION)
+    {
+      TYPE_CODE (type) = TYPE_CODE_UNION;
+      TYPE_LENGTH (type) = dn_bufp->dunion.bitlength / 8;
+    }
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_CLASS)
+    {
+      TYPE_CODE (type) = TYPE_CODE_CLASS; 
+      TYPE_LENGTH (type) = dn_bufp->dclass.bitlength / 8;
+
+      /* Overrides the TYPE_CPLUS_SPECIFIC(type) with allocated memory
+       * rather than &cplus_struct_default.
+       */
+      allocate_cplus_struct_type(type);
+
+      /* Fill in declared-type.
+       * (The C++ compiler will emit TYPE_CODE_CLASS 
+       * for all 3 of "class", "struct"
+       * "union", and we have to look at the "class_decl" field if we
+       * want to know how it was really declared)
+       */
+      /* (0==class, 1==union, 2==struct) */
+      TYPE_DECLARED_TYPE(type) = dn_bufp->dclass.class_decl;
+    }
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_TEMPLATE)
+    {
+      /* Get the basic type correct.  */
+      TYPE_CODE (type) = TYPE_CODE_TEMPLATE; 
+      allocate_cplus_struct_type(type);
+      TYPE_DECLARED_TYPE(type) = DECLARED_TYPE_TEMPLATE;
+    }
+  else
+    return type;
+
+
+  TYPE_FLAGS (type) &= ~TYPE_FLAG_STUB;
+
+  /* For classes, read the parent list.
+   * Question (RT): Do we need to do this for templates also?
+   */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_CLASS) {
+
+    /* First read the parent-list (classes from which we derive fields) */
+    parent = dn_bufp->dclass.parentlist;
+    while (parent.word && parent.word != DNTTNIL) {
+      parentp = hpread_get_lntt (parent.dnttp.index, objfile);
+
+      /* "parentp" should point to a DNTT_TYPE_INHERITANCE record */
+
+      /* Get space to record the next field/data-member. */
+      new = (struct nextfield *) alloca (sizeof (struct nextfield));
+      new->next = list;
+      list = new;
+
+      FIELD_BITSIZE (list->field) = 0;
+
+      /* The "classname" field is actually a DNTT pointer to the base class */
+      baseclass = hpread_type_lookup (parentp->dinheritance.classname, 
+  					     objfile);
+      FIELD_TYPE (list->field) = baseclass;
+
+      list->field.name = type_name_no_tag(FIELD_TYPE (list->field));
+
+      list->attributes = 0;
+
+      /* Check for virtuality of base, and set the
+       * offset of the base subobject within the object.
+       * (Offset set to -1 for virtual bases (for now).)
+       */
+      if (parentp->dinheritance.Virtual)
+        {
+	  B_SET(&(list->attributes), ATTR_VIRTUAL);
+          parentp->dinheritance.offset = -1;
+        }
+      else
+        FIELD_BITPOS (list->field) = parentp->dinheritance.offset;
+
+      /* Check visibility */
+      switch (parentp->dinheritance.visibility)
+        {
+          case 1:
+            B_SET(&(list->attributes), ATTR_PROTECT);
+            break;
+          case 2:
+            B_SET(&(list->attributes), ATTR_PRIVATE);
+            break;
+        }
+      
+      n_base_classes++;
+      nfields++;
+
+      parent = parentp->dinheritance.next;
+    }
+  }
+
+  /* For templates, read the template argument list.
+   * This must be done before processing the member list, because
+   * the member list may refer back to this. E.g.:
+   *   template <class T1, class T2> class q2 {
+   *     public:
+   *     T1 a;
+   *     T2 b;
+   *   };
+   * We need to read the argument list "T1", "T2" first.
+   */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_TEMPLATE) {
+    /* Kludge alert: This stuffs a global "current_template" which
+     * is referred to by hpread_get_nth_templ_arg(). The global
+     * is cleared at the end of this routine.
+     */
+    current_template = type;
+
+    /* Read in the argument list */
+    field = dn_bufp->dtemplate.arglist;
+    while (field.word && field.word != DNTTNIL) {
+      /* Get this template argument*/
+      fieldp = hpread_get_lntt (field.dnttp.index, objfile);
+      if (fieldp->dblock.kind != DNTT_TYPE_TEMPLATE_ARG)
+        {
+          warning ("Invalid debug info: Template argument entry is of wrong kind");
+          break;
+        }
+      /* Bump the count */ 
+      n_templ_args++;
+      /* Allocate and fill in a struct next_template */
+      t_new = (struct next_template *) alloca (sizeof (struct next_template));
+      t_new->next = t_list;
+      t_list = t_new;
+      t_list->arg.name = VT (objfile) + fieldp->dtempl_arg.name;
+      t_list->arg.type = hpread_read_templ_arg_type(field, fieldp, 
+                                                    objfile, t_list->arg.name);
+      /* Walk to the next template argument */
+      field = fieldp->dtempl_arg.nextarg;
+    }
+  }
+
+  TYPE_NTEMPLATE_ARGS(type) = n_templ_args;
+
+  if (n_templ_args > 0)
+    TYPE_TEMPLATE_ARGS(type) = (struct template_arg *)
+      obstack_alloc (&objfile->type_obstack, sizeof (struct template_arg) * n_templ_args);
+  for (n = n_templ_args; t_list; t_list = t_list->next)
+    {
+      n -= 1;
+      TYPE_TEMPLATE_ARG(type, n) = t_list->arg;
+    }
+
+  /* Next read in and internalize all the fields/members.  */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_STRUCT)
+    field = dn_bufp->dstruct.firstfield;
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_UNION)
+    field = dn_bufp->dunion.firstfield;
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_CLASS)
+    field = dn_bufp->dclass.memberlist;
+  else if (dn_bufp->dblock.kind == DNTT_TYPE_TEMPLATE)
+    field = dn_bufp->dtemplate.memberlist;
+  else
+    field.word = DNTTNIL;
+
+  while (field.word && field.word != DNTTNIL)
+    {
+      fieldp = hpread_get_lntt (field.dnttp.index, objfile);
+
+      /* At this point "fieldp" may point to either a DNTT_TYPE_FIELD
+       * or a DNTT_TYPE_GENFIELD record. 
+       */
+      vtbl_offset = 0;
+      static_member = 0;
+      const_member = 0;
+      volatile_member = 0;
+       
+      if (fieldp->dblock.kind == DNTT_TYPE_GENFIELD) {
+
+        /* The type will be GENFIELD if the field is a method or
+         * a static member (or some other cases -- see below)
+         */
+
+        /* Follow a link to get to the record for the field. */
+        fn_field = fieldp->dgenfield.field;
+        fn_fieldp = hpread_get_lntt(fn_field.dnttp.index, objfile);
+
+        /* Virtual funcs are indicated by a VFUNC which points to the
+         * real entry
+         */
+        if (fn_fieldp->dblock.kind == DNTT_TYPE_VFUNC) {
+          vtbl_offset = fn_fieldp->dvfunc.vtbl_offset;
+          fn_field = fn_fieldp->dvfunc.funcptr;
+          fn_fieldp = hpread_get_lntt(fn_field.dnttp.index, objfile);
+        }
+
+        /* A function's entry may be preceded by a modifier which
+         * labels it static/constant/volatile.
+         */
+        if (fn_fieldp->dblock.kind == DNTT_TYPE_MODIFIER) {
+          static_member = fn_fieldp->dmodifier.m_static;
+          const_member = fn_fieldp->dmodifier.m_const;
+          volatile_member = fn_fieldp->dmodifier.m_volatile;
+          fn_field = fn_fieldp->dmodifier.type;
+          fn_fieldp = hpread_get_lntt(fn_field.dnttp.index, objfile);
+        }
+
+        /* Check whether we have a method */
+        if ((fn_fieldp->dblock.kind == DNTT_TYPE_MEMFUNC) ||
+            (fn_fieldp->dblock.kind == DNTT_TYPE_FUNCTION) ||
+            (fn_fieldp->dblock.kind == DNTT_TYPE_DOC_MEMFUNC) ||
+            (fn_fieldp->dblock.kind == DNTT_TYPE_DOC_FUNCTION)) {
+          /* Method found */
+
+          short ix = 0;
+
+          /* Look up function type of method */
+	  memtype = hpread_type_lookup (fn_field, objfile);
+
+          /* Methods can be seen before classes in the SOM records.
+             If we are processing this class because it's a parameter of a
+             method, at this point the method's type is actually incomplete;
+             we'll have to fix it up later; mark the class for this. */ 
+             
+          if (TYPE_INCOMPLETE (memtype))
+            {
+              TYPE_FLAGS (type) |= TYPE_FLAG_INCOMPLETE;
+              if (fixup_class)
+                warning ("Two classes to fix up for method??  Type information may be incorrect for some classes.");
+              if (fixup_method)
+                warning ("Two methods to be fixed up at once?? Type information may be incorrect for some classes.");
+              fixup_class = type;     /* remember this class has to be fixed up */
+              fixup_method = memtype; /* remember the method type to be used in fixup */ 
+            }
+
+          /* HP aCC generates operator names without the "operator" keyword, and
+             generates null strings as names for operators that are 
+             user-defined type conversions to basic types (e.g. operator int ()).
+             So try to reconstruct name as best as possible. */
+
+          method_name = (char *) (VT (objfile) + fn_fieldp->dfunc.name);
+          method_alias = (char *) (VT (objfile) + fn_fieldp->dfunc.alias);
+
+          if (!method_name ||                               /* no name */ 
+              !*method_name ||                              /* or null name */ 
+              cplus_mangle_opname (method_name, DMGL_ANSI)) /* or name is an operator like "<" */ 
+            {
+              char * tmp_name = cplus_demangle (method_alias, DMGL_ANSI);
+              char * op_string = strstr (tmp_name, "operator");
+              method_name = xmalloc (strlen (op_string) + 1); /* don't overwrite VT! */ 
+              strcpy (method_name, op_string);
+            }
+                        
+          /* First check if a method of the same name has already been seen. */
+          fn_p = fn_list;
+          while (fn_p)
+            {
+              if (STREQ (fn_p->field.name, method_name))
+                break;
+              fn_p = fn_p->next;
+            }
+
+          /* If no such method was found, allocate a new entry in the list */ 
+          if (!fn_p)
+            {
+              /* Get space to record this member function */
+              /* Note: alloca used; this will disappear on routine exit */
+              fn_new = (struct next_fn_field *) alloca (sizeof (struct next_fn_field));
+              fn_new->next = fn_list;
+              fn_list = fn_new;
+
+              /* Fill in the fields of the struct nextfield */
+          
+              /* Record the (unmangled) method name */
+              fn_list->field.name = method_name;
+              /* Initial space for overloaded methods */
+              /* Note: xmalloc is used; this will persist after this routine exits */ 
+              fn_list->field.fn_fields = (struct fn_field *) xmalloc (5 * (sizeof (struct fn_field)));
+              fn_list->field.length = 1; /* Init # of overloaded instances */ 
+              fn_list->num_fn_fields = 5; /* # of entries for which space allocated */
+              fn_p = fn_list;
+              ix = 0; /* array index for fn_field */ 
+              /* Bump the total count of the distinctly named methods */
+              n_fn_fields++;
+            }
+          else /* Another overloaded instance of an already seen method name */
+            {
+              if (++(fn_p->field.length) > fn_p->num_fn_fields)
+                {
+                  /* Increase space allocated for overloaded instances */ 
+                  fn_p->field.fn_fields
+                    = (struct fn_field *) xrealloc (fn_p->field.fn_fields,
+                                                     (fn_p->num_fn_fields + 5) * sizeof (struct fn_field));
+                  fn_p->num_fn_fields += 5;
+                }
+              ix = fn_p->field.length -1;  /* array index for fn_field */
+            }
+          
+          /* "physname" is intended to be the name of this overloaded instance. */
+          if ((fn_fieldp->dfunc.language == HP_LANGUAGE_CPLUSPLUS) && 
+	      method_alias && 
+              *method_alias) /* not a null string */
+            fn_p->field.fn_fields[ix].physname = method_alias;
+	  else
+            fn_p->field.fn_fields[ix].physname = method_name;
+          /* What's expected here is the function type */
+   /* But mark it as NULL if the method was incompletely processed
+             We'll fix this up later when the method is fully processed */
+          if (TYPE_INCOMPLETE (memtype))
+            {
+              fn_p->field.fn_fields[ix].type = NULL;
+              fn_p->field.fn_fields[ix].args = NULL;
+            }
+          else
+            {
+              fn_p->field.fn_fields[ix].type = memtype;
+
+              /* The argument list */
+              fn_p->field.fn_fields[ix].type->type_specific.arg_types =
+                (struct type **) obstack_alloc(&objfile->type_obstack,
+                                               sizeof(struct type *) * (memtype->nfields + 1));
+              for (i = 0; i < memtype->nfields; i++) 
+                fn_p->field.fn_fields[ix].type->type_specific.arg_types[i] = memtype->fields[i].type;
+              /* void termination */ 
+              fn_p->field.fn_fields[ix].type->type_specific.arg_types[memtype->nfields] = builtin_type_void;
+
+              /* pai: It's not clear why this args field has to be set.  Perhaps
+               * it should be eliminated entirely. */
+              fn_p->field.fn_fields[ix].args =
+                (struct type **) obstack_alloc(&objfile->type_obstack,
+                                               sizeof(struct type *) * (memtype->nfields + 1));
+              for (i = 0; i < memtype->nfields; i++)
+                fn_p->field.fn_fields[ix].args[i] = memtype->fields[i].type;
+              /* null-terminated, unlike arg_types above e*/ 
+              fn_p->field.fn_fields[ix].args[memtype->nfields] = NULL;
+            }
+          /* For virtual functions, fill in the voffset field with the
+           * virtual table offset. (This is just copied over from the
+           * SOM record; not sure if it is what GDB expects here...).
+           * But if the function is a static method, set it to 1.
+           * 
+           * Note that we have to add 1 because 1 indicates a static
+           * method, and 0 indicates a non-static, non-virtual method */
+
+          if (static_member)
+            fn_p->field.fn_fields[ix].voffset = VOFFSET_STATIC;
+          else
+            fn_p->field.fn_fields[ix].voffset = vtbl_offset ? vtbl_offset + 1 : 0;
+
+          /* Also fill in the fcontext field with the current
+           * class. (The latter isn't quite right: should be the baseclass
+           * that defines the virtual function... Note we do have
+           * a variable "baseclass" that we could stuff into the fcontext
+           * field, but "baseclass" isn't necessarily right either,
+           * since the virtual function could have been defined more
+           * than one level up).
+           */
+
+          if (vtbl_offset != 0)
+            fn_p->field.fn_fields[ix].fcontext = type;
+          else
+            fn_p->field.fn_fields[ix].fcontext = NULL;
+
+          /* Other random fields pertaining to this method */
+          fn_p->field.fn_fields[ix].is_const = const_member;
+          fn_p->field.fn_fields[ix].is_volatile = volatile_member; /* ?? */ 
+          switch (fieldp->dgenfield.visibility) {
+            case 1:
+              fn_p->field.fn_fields[ix].is_protected = 1;
+              fn_p->field.fn_fields[ix].is_private = 0;
+              break;
+            case 2:
+              fn_p->field.fn_fields[ix].is_protected = 0;
+              fn_p->field.fn_fields[ix].is_private = 1;
+              break;
+            default: /* public */
+              fn_p->field.fn_fields[ix].is_protected = 0;
+              fn_p->field.fn_fields[ix].is_private = 0;
+          }
+          fn_p->field.fn_fields[ix].is_stub = 0;
+
+          /* HP aCC emits both MEMFUNC and FUNCTION entries for a method;
+             if the class points to the FUNCTION, there is usually separate
+             code for the method; but if we have a MEMFUNC, the method has
+             been inlined (and there is usually no FUNCTION entry)
+             FIXME Not sure if this test is accurate. pai/1997-08-22 */ 
+          if ((fn_fieldp->dblock.kind == DNTT_TYPE_MEMFUNC) ||
+              (fn_fieldp->dblock.kind == DNTT_TYPE_DOC_MEMFUNC))
+            fn_p->field.fn_fields[ix].is_inlined = 1;
+          else
+            fn_p->field.fn_fields[ix].is_inlined = 0;
+          
+          fn_p->field.fn_fields[ix].dummy = 0;
+          
+          /* Bump the total count of the member functions */
+          n_fn_fields_total++;
+
+        } else if (fn_fieldp->dblock.kind == DNTT_TYPE_SVAR) {
+          /* This case is for static data members of classes */ 
+          
+          /* pai:: FIXME -- check that "staticmem" bit is set */
+
+          /* Get space to record this static member */
+          new = (struct nextfield *) alloca (sizeof (struct nextfield));
+          new->next = list;
+          list = new;
+          
+          list->field.name = VT (objfile) + fn_fieldp->dsvar.name;
+          FIELD_BITSIZE (list->field) = -1; /* indicates static member */
+          SET_FIELD_PHYSNAME (list->field, 0);  /* initialize to empty */
+          memtype = hpread_type_lookup (fn_fieldp->dsvar.type, objfile);
+          
+          FIELD_TYPE (list->field) = memtype;
+          list->attributes = 0;
+          switch (fieldp->dgenfield.visibility) {
+            case 1:
+              B_SET(&(list->attributes), ATTR_PROTECT);
+              break;
+            case 2:
+              B_SET(&(list->attributes), ATTR_PRIVATE);
+              break;
+          }
+          nfields++;
+        }
+
+        else if (fn_fieldp->dblock.kind == DNTT_TYPE_FIELD)
+          {
+            /* FIELDs follow GENFIELDs for fields of anonymous unions.
+               Code below is replicated from the case for FIELDs further
+               below, except that fieldp is replaced by fn_fieldp */ 
+            if (!fn_fieldp->dfield.a_union)
+              warning ("Debug info inconsistent: FIELD of anonymous union doesn't have a_union bit set");
+            /* Get space to record the next field/data-member. */
+            new = (struct nextfield *) alloca (sizeof (struct nextfield));
+            new->next = list;
+            list = new;
+
+            list->field.name = VT (objfile) + fn_fieldp->dfield.name;
+            FIELD_BITPOS (list->field) = fn_fieldp->dfield.bitoffset;
+            if (fn_fieldp->dfield.bitlength % 8)
+              list->field.bitsize = fn_fieldp->dfield.bitlength;
+            else
+              list->field.bitsize = 0;
+
+            memtype = hpread_type_lookup (fn_fieldp->dfield.type, objfile);
+            list->field.type = memtype;
+            list->attributes = 0;
+            switch (fn_fieldp->dfield.visibility) {
+              case 1:
+                B_SET(&(list->attributes), ATTR_PROTECT);
+                break;
+              case 2:
+                B_SET(&(list->attributes), ATTR_PRIVATE);
+                break;
+            }
+            nfields++;
+          }
+        else if (fn_fieldp->dblock.kind == DNTT_TYPE_SVAR)
+          {
+            /* Field of anonymous union; union is not inside a class */
+            if (!fn_fieldp->dsvar.a_union)
+              warning ("Debug info inconsistent: SVAR field in anonymous union doesn't have a_union bit set");
+            /* Get space to record the next field/data-member. */
+            new = (struct nextfield *) alloca (sizeof (struct nextfield));
+            new->next = list;
+            list = new;
+
+            list->field.name = VT (objfile) + fn_fieldp->dsvar.name;
+            FIELD_BITPOS (list->field) = 0;  /* FIXME is this always true? */
+            FIELD_BITSIZE (list->field) = 0; /* use length from type */
+            memtype = hpread_type_lookup (fn_fieldp->dsvar.type, objfile);
+            list->field.type = memtype;
+            list->attributes = 0;
+            /* No info to set visibility -- always public */ 
+            nfields++;
+          }
+        else if (fn_fieldp->dblock.kind == DNTT_TYPE_DVAR)
+          {
+            /* Field of anonymous union; union is not inside a class */
+            if (!fn_fieldp->ddvar.a_union)
+              warning ("Debug info inconsistent: DVAR field in anonymous union doesn't have a_union bit set");
+            /* Get space to record the next field/data-member. */
+            new = (struct nextfield *) alloca (sizeof (struct nextfield));
+            new->next = list;
+            list = new;
+
+            list->field.name = VT (objfile) + fn_fieldp->ddvar.name;
+            FIELD_BITPOS (list->field) = 0;  /* FIXME is this always true? */
+            FIELD_BITSIZE (list->field) = 0; /* use length from type */ 
+            memtype = hpread_type_lookup (fn_fieldp->ddvar.type, objfile);
+            list->field.type = memtype;
+            list->attributes = 0;
+            /* No info to set visibility -- always public */ 
+            nfields++;
+          }
+        else { /* Not a method, nor a static data member, nor an anon union field */
+
+          /* This case is for miscellaneous type entries (local enums,
+             local function templates, etc.) that can be present
+             inside a class. */
+
+          /* Enums -- will be handled by other code that takes care
+             of DNTT_TYPE_ENUM; here we see only DNTT_TYPE_MEMENUM so
+             it's not clear we could have handled them here at all. */
+          /* FUNC_TEMPLATE: is handled by other code (??). */
+          /* MEMACCESS: modified access for inherited member. Not
+             sure what to do with this, ignoriing it at present. */ 
+
+          /* What other entries can appear following a GENFIELD which
+             we do not handle above?  (MODIFIER, VFUNC handled above.) */
+
+          if ((fn_fieldp->dblock.kind != DNTT_TYPE_MEMACCESS) &&
+              (fn_fieldp->dblock.kind != DNTT_TYPE_MEMENUM) &&
+              (fn_fieldp->dblock.kind != DNTT_TYPE_FUNC_TEMPLATE))
+            warning ("Internal error: Unexpected debug record kind %d found following DNTT_GENFIELD",
+                     fn_fieldp->dblock.kind);
+        }
+        /* walk to the next FIELD or GENFIELD */
+        field = fieldp->dgenfield.nextfield;
+
+      } 
+      else if (fieldp->dblock.kind == DNTT_TYPE_FIELD) {
+        
+        /* Ordinary structure/union/class field */
+        struct type * anon_union_type;
+
+        /* Get space to record the next field/data-member. */
+	new = (struct nextfield *) alloca (sizeof (struct nextfield));
+        new->next = list;
+        list = new;
+        
+        list->field.name = VT (objfile) + fieldp->dfield.name;
+
+
+        /* A FIELD by itself (without a GENFIELD) can also be a static member */
+        if (fieldp->dfield.staticmem)
+          {
+	    FIELD_BITPOS (list->field) = -1;
+	    FIELD_BITSIZE (list->field) = 0;
+          }
+        else /* Non-static data member */ 
+          {
+	    FIELD_BITPOS (list->field) = fieldp->dfield.bitoffset;
+	    if (fieldp->dfield.bitlength % 8)
+	      FIELD_BITSIZE (list->field) = fieldp->dfield.bitlength;
+	    else
+	      FIELD_BITSIZE (list->field) = 0;
+          }
+
+        memtype = hpread_type_lookup (fieldp->dfield.type, objfile);
+        FIELD_TYPE (list->field) = memtype;
+        list->attributes = 0;
+        switch (fieldp->dfield.visibility) {
+          case 1:
+            B_SET(&(list->attributes), ATTR_PROTECT);
+            break;
+          case 2:
+            B_SET(&(list->attributes), ATTR_PRIVATE);
+            break;
+        }
+        nfields++;
+
+
+        /* Note 1: First, we have to check if the current field is an anonymous
+           union. If it is, then *its* fields are threaded along in the
+           nextfield chain. :-( This was supposed to help debuggers, but is
+           really just a nuisance since we deal with anonymous unions anyway by
+           checking that the name is null.  So anyway, we skip over the fields
+           of the anonymous union. pai/1997-08-22 */
+        /* Note 2: In addition, the bitoffsets for the fields of the anon union
+           are relative to the enclosing struct, *NOT* relative to the anon
+           union!  This is an even bigger nuisance -- we have to go in and munge
+           the anon union's type information appropriately. pai/1997-08-22 */
+
+        /* Both tasks noted above are done by a separate function.  This takes us
+           to the next FIELD or GENFIELD, skipping anon unions, and recursively
+           processing intermediate types. */ 
+        field = hpread_get_next_skip_over_anon_unions (1, field, &fieldp, objfile);
+
+      } else {
+        /* neither field nor genfield ?? is this possible?? */
+        /* pai:: FIXME walk to the next -- how? */
+        warning ("Internal error: unexpected DNTT kind %d encountered as field of struct");
+        warning ("Skipping remaining fields of struct");
+        break; /* get out of loop of fields */ 
+      }
+    }
+
+  /* If it's a template, read in the instantiation list */
+  if (dn_bufp->dblock.kind == DNTT_TYPE_TEMPLATE) {
+    ninstantiations = 0;
+    field = dn_bufp->dtemplate.expansions;
+    while (field.word && field.word != DNTTNIL) {
+      fieldp = hpread_get_lntt (field.dnttp.index, objfile);
+ 
+      /* The expansions or nextexp should point to a tagdef */
+      if (fieldp->dblock.kind != DNTT_TYPE_TAGDEF) 
+        break;
+
+      i_new = (struct next_instantiation *) alloca (sizeof (struct next_instantiation)); 
+      i_new->next = i_list;
+      i_list = i_new;
+      i_list->t = hpread_type_lookup (field, objfile);
+      ninstantiations++;
+
+      /* And the "type" field of that should point to a class */
+      field = fieldp->dtag.type;
+      fieldp = hpread_get_lntt (field.dnttp.index, objfile);
+      if (fieldp->dblock.kind != DNTT_TYPE_CLASS) 
+        break;
+
+      /* Get the next expansion */
+      field = fieldp->dclass.nextexp;
+    }
+  }
+  TYPE_NINSTANTIATIONS(type) = ninstantiations;
+  if (ninstantiations > 0) 
+    TYPE_INSTANTIATIONS(type) = (struct type **)
+      obstack_alloc (&objfile->type_obstack, sizeof (struct type *) * ninstantiations);
+  for (n = ninstantiations; i_list; i_list = i_list->next)
+    {
+      n -= 1;
+      TYPE_INSTANTIATION(type, n) = i_list->t;
+    }
+
+
+  /* Copy the field-list to GDB's symbol table */
+  TYPE_NFIELDS (type) = nfields;
+  TYPE_N_BASECLASSES (type) = n_base_classes;
+  TYPE_FIELDS (type) = (struct field *)
+    obstack_alloc (&objfile->type_obstack, sizeof (struct field) * nfields);
+  /* Copy the saved-up fields into the field vector.  */
+  for (n = nfields, tmp_list = list; tmp_list; tmp_list = tmp_list->next)
+    {
+      n -= 1;
+      TYPE_FIELD (type, n) = tmp_list->field;
+    }
+
+  /* Copy the "function-field-list" (i.e., the list of member
+   * functions in the class) to GDB's symbol table 
+   */
+  TYPE_NFN_FIELDS (type) = n_fn_fields;
+  TYPE_NFN_FIELDS_TOTAL (type) = n_fn_fields_total;
+  TYPE_FN_FIELDLISTS(type) = (struct fn_fieldlist *)
+    obstack_alloc (&objfile->type_obstack, sizeof (struct fn_fieldlist) * n_fn_fields);
+  for (n = n_fn_fields; fn_list; fn_list = fn_list->next)
+    {
+      n -= 1;
+      TYPE_FN_FIELDLIST(type, n) = fn_list->field;
+    }
+
+  /* pai:: FIXME -- perhaps each bitvector should be created individually */
+  for (n = nfields, tmp_list = list; tmp_list; tmp_list = tmp_list->next)
+    {
+      n -= 1;
+      if (tmp_list->attributes)
+        {
+          need_bitvectors = 1;
+          break;
+        }
+    }
+
+  if (need_bitvectors)
+    {
+      /* pai:: this step probably redundant */ 
+      ALLOCATE_CPLUS_STRUCT_TYPE (type);
+
+      TYPE_FIELD_VIRTUAL_BITS (type) =
+	(B_TYPE *) TYPE_ALLOC (type, B_BYTES (nfields));
+      B_CLRALL (TYPE_FIELD_VIRTUAL_BITS (type), nfields);
+
+      TYPE_FIELD_PRIVATE_BITS (type) =
+	(B_TYPE *) TYPE_ALLOC (type, B_BYTES (nfields));
+      B_CLRALL (TYPE_FIELD_PRIVATE_BITS (type), nfields);
+      
+      TYPE_FIELD_PROTECTED_BITS (type) =
+	(B_TYPE *) TYPE_ALLOC (type, B_BYTES (nfields));
+      B_CLRALL (TYPE_FIELD_PROTECTED_BITS (type), nfields);
+
+      /* this field vector isn't actually used with HP aCC */
+      TYPE_FIELD_IGNORE_BITS (type) =
+	(B_TYPE *) TYPE_ALLOC (type, B_BYTES (nfields));
+      B_CLRALL (TYPE_FIELD_IGNORE_BITS (type), nfields);
+
+      while (nfields-- > 0)
+        {
+          if (B_TST(&(list->attributes),ATTR_VIRTUAL))
+            SET_TYPE_FIELD_VIRTUAL (type, nfields);
+          if (B_TST(&(list->attributes),ATTR_PRIVATE))
+            SET_TYPE_FIELD_PRIVATE (type, nfields);
+          if (B_TST(&(list->attributes),ATTR_PROTECT))
+            SET_TYPE_FIELD_PROTECTED (type, nfields);
+
+          list = list->next;
+        }
+    }
+  else
+    {
+      TYPE_FIELD_VIRTUAL_BITS(type) = NULL;
+      TYPE_FIELD_PROTECTED_BITS(type) = NULL;
+      TYPE_FIELD_PRIVATE_BITS(type) = NULL;
+    }
+  
+  if (has_vtable(type))
+    {
+      /* Allocate space for class runtime information */
+      TYPE_RUNTIME_PTR(type) = (struct runtime_info *) xmalloc (sizeof(struct runtime_info));
+      /* Set flag for vtable */
+      TYPE_VTABLE(type) = 1;
+      /* The first non-virtual base class with a vtable. */
+      TYPE_PRIMARY_BASE(type) = primary_base_class(type);
+      /* The virtual base list. */
+      TYPE_VIRTUAL_BASE_LIST(type) = virtual_base_list(type);
+    }
+  else
+    TYPE_RUNTIME_PTR(type) = NULL;
+
+  /* If this is a local type (C++ - declared inside a function), record file name & line # */
+  if (hpread_get_scope_depth (dn_bufp, objfile, 1 /* no need for real depth */))
+    {
+      TYPE_LOCALTYPE_PTR (type) = (struct local_type_info *) xmalloc (sizeof (struct local_type_info));
+      TYPE_LOCALTYPE_FILE (type) = (char *) xmalloc (strlen (current_subfile->name) + 1);
+      strcpy (TYPE_LOCALTYPE_FILE (type), current_subfile->name);
+      if (current_subfile->line_vector && (current_subfile->line_vector->nitems > 0))
+        TYPE_LOCALTYPE_LINE (type) = current_subfile->line_vector->item[current_subfile->line_vector->nitems - 1].line;
+      else
+        TYPE_LOCALTYPE_LINE (type) = 0;
+    }
+  else
+    TYPE_LOCALTYPE_PTR (type) = NULL;
+
+  /* Clear the global saying what template we are in the middle of processing */
+  current_template = NULL;
+
+  return type;
+}
+
+/* Adjust the physnames for each static member of a struct
+   or class type to be something like "A::x"; then various
+   other pieces of code that do a lookup_symbol on the phyname
+   work correctly.
+   TYPE is a pointer to the struct/class type
+   NAME is a char * (string) which is the class/struct name
+   Void return */ 
+
+static void
+fix_static_member_physnames (type, class_name, objfile)
+  struct type * type;
+  char * class_name;
+  struct objfile * objfile;
+{
+  int i;
+
+  /* We fix the member names only for classes or structs */ 
+  if (TYPE_CODE (type) != TYPE_CODE_STRUCT)
+    return;
+
+  for (i=0; i < TYPE_NFIELDS (type); i++)
+    if (TYPE_FIELD_STATIC (type, i))
+      {
+        if (TYPE_FIELD_STATIC_PHYSNAME (type, i))
+          return;  /* physnames are already set */
+
+        SET_FIELD_PHYSNAME (type->fields[i], 
+                 obstack_alloc (&objfile->type_obstack,
+                                  strlen (class_name) + strlen (TYPE_FIELD_NAME (type, i)) + 3));
+        strcpy (TYPE_FIELD_STATIC_PHYSNAME (type, i), class_name);
+        strcat (TYPE_FIELD_STATIC_PHYSNAME (type, i), "::");
+        strcat (TYPE_FIELD_STATIC_PHYSNAME (type, i), TYPE_FIELD_NAME (type, i));
+      }
+}
+
+/* Fix-up the type structure for a CLASS so that the type entry
+ * for a method (previously marked with a null type in hpread_read_struct_type()
+ * is set correctly to METHOD.
+ * OBJFILE is as for other such functions. 
+ * Void return. */ 
+ 
+static void
+fixup_class_method_type (class, method, objfile)
+  struct type * class;
+  struct type * method;
+  struct objfile * objfile;
+{
+  int i, j, k;
+
+  if (!class || !method || !objfile)
+    return;
+
+  /* Only for types that have methods */
+  if ((TYPE_CODE (class) != TYPE_CODE_CLASS) &&
+      (TYPE_CODE (class) != TYPE_CODE_UNION))
+    return;
+
+  /* Loop over all methods and find the one marked with a NULL type */ 
+  for (i = 0; i < TYPE_NFN_FIELDS (class); i++)
+    for (j = 0; j < TYPE_FN_FIELDLIST_LENGTH (class, i); j++)
+      if (TYPE_FN_FIELD_TYPE (TYPE_FN_FIELDLIST1 (class, i), j) == NULL)
+        {
+          /* Set the method type */ 
+          TYPE_FN_FIELD_TYPE (TYPE_FN_FIELDLIST1 (class, i), j) = method;
+          /* The argument list */
+          (TYPE_FN_FIELD_TYPE (TYPE_FN_FIELDLIST1 (class, i), j))->type_specific.arg_types
+            = (struct type **) obstack_alloc(&objfile->type_obstack,
+                                             sizeof(struct type *) * (method->nfields + 1));
+          for (k = 0; k < method->nfields; k++) 
+          (TYPE_FN_FIELD_TYPE (TYPE_FN_FIELDLIST1 (class, i), j))->type_specific.arg_types[k] = method->fields[k].type;
+          /* void termination */ 
+          (TYPE_FN_FIELD_TYPE (TYPE_FN_FIELDLIST1 (class, i), j))->type_specific.arg_types[method->nfields] = builtin_type_void;
+          
+          /* pai: It's not clear why this args field has to be set.  Perhaps
+           * it should be eliminated entirely. */
+          (TYPE_FN_FIELD (TYPE_FN_FIELDLIST1 (class, i), j)).args
+            = (struct type **) obstack_alloc(&objfile->type_obstack,
+                                             sizeof(struct type *) * (method->nfields + 1));
+          for (k = 0; k < method->nfields; k++)
+            (TYPE_FN_FIELD (TYPE_FN_FIELDLIST1 (class, i), j)).args[k] = method->fields[k].type;
+          /* null-terminated, unlike arg_types above */ 
+          (TYPE_FN_FIELD (TYPE_FN_FIELDLIST1 (class, i), j)).args[method->nfields] = NULL;
+
+          /* Break out of both loops -- only one method to fix up in a class */ 
+          goto finish;
+        }
+
+finish:
+  TYPE_FLAGS (class) &= ~TYPE_FLAG_INCOMPLETE;  
+}
+
+
+/* If we're in the middle of processing a template, get a pointer
+ * to the Nth template argument.
+ * An example may make this clearer:
+ *   template <class T1, class T2> class q2 {
+ *     public:
+ *     T1 a;
+ *     T2 b;
+ *   };
+ * The type for "a" will be "first template arg" and
+ * the type for "b" will be "second template arg".
+ * We need to look these up in order to fill in "a" and "b"'s type.
+ * This is called from hpread_type_lookup().
+ */
+static struct type * 
+hpread_get_nth_template_arg(objfile, n)
+     struct objfile *objfile;
+     int n;
+{
+   if (current_template != NULL)
+     return TYPE_TEMPLATE_ARG(current_template, n).type;
+   else
+     return lookup_fundamental_type (objfile, FT_TEMPLATE_ARG);
+}
+
+/* Read in and internalize a TEMPL_ARG (template arg) symbol.  */
+
+static struct type *
+hpread_read_templ_arg_type (hp_type, dn_bufp, objfile, name)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+     char * name;
+{
+  struct type *type;
+
+  /* See if it's something we've already deal with.  */
+  type = hpread_alloc_type (hp_type, objfile);
+  if (TYPE_CODE (type) == TYPE_CODE_TEMPLATE_ARG)
+    return type;
+
+  /* Nope.  Fill in the appropriate fields.  */
+  TYPE_CODE (type) = TYPE_CODE_TEMPLATE_ARG;
+  TYPE_LENGTH (type) = 0;
+  TYPE_NFIELDS (type) = 0;
+  TYPE_NAME (type) = name;
+  return type;
+}
+
+/* Read in and internalize a set debug symbol.  */
+
+static struct type *
+hpread_read_set_type (hp_type, dn_bufp, objfile)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+{
+  struct type *type;
+
+  /* See if it's something we've already deal with.  */
+  type = hpread_alloc_type (hp_type, objfile);
+  if (TYPE_CODE (type) == TYPE_CODE_SET)
+    return type;
+
+  /* Nope.  Fill in the appropriate fields.  */
+  TYPE_CODE (type) = TYPE_CODE_SET;
+  TYPE_LENGTH (type) = dn_bufp->dset.bitlength / 8;
+  TYPE_NFIELDS (type) = 0;
+  TYPE_TARGET_TYPE (type) = hpread_type_lookup (dn_bufp->dset.subtype,
+						objfile);
+  return type;
+}
+
+/* Read in and internalize an array debug symbol.  */
+
+static struct type *
+hpread_read_array_type (hp_type, dn_bufp, objfile)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+{
+  struct type *type;
+  
+  /* Allocate an array type symbol.
+   * Why no check for already-read here, like in the other
+   * hpread_read_xxx_type routines?  Because it kept us 
+   * from properly determining the size of the array!  
+   */
+  type = hpread_alloc_type (hp_type, objfile);
+
+  TYPE_CODE (type) = TYPE_CODE_ARRAY;
+
+  /* Although the hp-symtab.h does not *require* this to be the case,
+   * GDB is assuming that "arrayisbytes" and "elemisbytes" be consistent.
+   * I.e., express both array-length and element-length in bits,
+   * or express both array-length and element-length in bytes.
+   */
+  if (!((dn_bufp->darray.arrayisbytes && dn_bufp->darray.elemisbytes) ||
+	(!dn_bufp->darray.arrayisbytes && !dn_bufp->darray.elemisbytes))) {
+    warning ("error in hpread_array_type.\n");
+    return;
+  } else if (dn_bufp->darray.arraylength == 0x7fffffff) {
+    /* The HP debug format represents char foo[]; as an array with
+     * length 0x7fffffff.  Internally GDB wants to represent this
+     *	as an array of length zero.  
+     */
+    TYPE_LENGTH (type) = 0;
+  } else if (dn_bufp->darray.arrayisbytes)
+    TYPE_LENGTH (type) = dn_bufp->darray.arraylength;
+  else /* arraylength is in bits */
+    TYPE_LENGTH (type) = dn_bufp->darray.arraylength / 8;
+
+  TYPE_TARGET_TYPE (type) = hpread_type_lookup (dn_bufp->darray.elemtype,
+						objfile);
+
+  /* The one "field" is used to store the subscript type */
+  /* Since C and C++ multi-dimensional arrays are simply represented
+   * as: array of array of ..., we only need one subscript-type
+   * per array. This subscript type is typically a subrange of integer.
+   * If this gets extended to support languages like Pascal, then
+   * we need to fix this to represent multi-dimensional arrays properly.
+   */
+  TYPE_NFIELDS (type) = 1;
+  TYPE_FIELDS (type) = (struct field *)
+    obstack_alloc (&objfile->type_obstack, sizeof (struct field));
+  TYPE_FIELD_TYPE (type, 0) = hpread_type_lookup (dn_bufp->darray.indextype,
+						  objfile);
+  return type;
+}
+
+/* Read in and internalize a subrange debug symbol.  */
+static struct type *
+hpread_read_subrange_type (hp_type, dn_bufp, objfile)
+     dnttpointer hp_type;
+     union dnttentry *dn_bufp;
+     struct objfile *objfile;
+{
+  struct type *type;
+
+  /* Is it something we've already dealt with.  */
+  type = hpread_alloc_type (hp_type, objfile);
+  if (TYPE_CODE (type) == TYPE_CODE_RANGE)
+    return type;
+
+  /* Nope, internalize it.  */
+  TYPE_CODE (type) = TYPE_CODE_RANGE;
+  TYPE_LENGTH (type) = dn_bufp->dsubr.bitlength / 8;
+  TYPE_NFIELDS (type) = 2;
+  TYPE_FIELDS (type)
+    = (struct field *) obstack_alloc (&objfile->type_obstack,
+				      2 * sizeof (struct field));
+
+  if (dn_bufp->dsubr.dyn_low)
+    TYPE_FIELD_BITPOS (type, 0) = 0;
+  else
+    TYPE_FIELD_BITPOS (type, 0) = dn_bufp->dsubr.lowbound;
+
+  if (dn_bufp->dsubr.dyn_high)
+    TYPE_FIELD_BITPOS (type, 1) = -1;
+  else
+    TYPE_FIELD_BITPOS (type, 1) = dn_bufp->dsubr.highbound;
+  TYPE_TARGET_TYPE (type) = hpread_type_lookup (dn_bufp->dsubr.subtype,
+						objfile);
+  return type;
+}
+
+/* struct type * hpread_type_lookup(hp_type, objfile)
+ *   Arguments:
+ *     hp_type: A pointer into the DNTT specifying what type we
+ *              are about to "look up"., or else [for fundamental types
+ *              like int, float, ...] an "immediate" structure describing
+ *              the type.
+ *     objfile: ?
+ *   Return value: A pointer to a "struct type" (representation of a
+ *                 type in GDB's internal symbol table - see gdbtypes.h)
+ *   Routine description:
+ *     There are a variety of places when scanning the DNTT when we
+ *     need to interpret a "type" field. The simplest and most basic 
+ *     example is when we're processing the symbol table record
+ *     for a data symbol (a SVAR or DVAR record). That has
+ *     a "type" field specifying the type of the data symbol. That
+ *     "type" field is either an "immediate" type specification (for the
+ *     fundamental types) or a DNTT pointer (for more complicated types). 
+ *     For the more complicated types, we may or may not have already
+ *     processed the pointed-to type. (Multiple data symbols can of course
+ *     share the same type).
+ *     The job of hpread_type_lookup() is to process this "type" field.
+ *     Most of the real work is done in subroutines. Here we interpret
+ *     the immediate flag. If not immediate, chase the DNTT pointer to
+ *     find our way to the SOM record describing the type, switch on
+ *     the SOM kind, and then call an appropriate subroutine depending
+ *     on what kind of type we are constructing. (e.g., an array type,
+ *     a struct/class type, etc).
+ */
+static struct type *
+hpread_type_lookup (hp_type, objfile)
+     dnttpointer hp_type;
+     struct objfile *objfile;
+{
+  union dnttentry *dn_bufp;
+  struct type * tmp_type;
+
+  /* First see if it's a simple builtin type.  */
+  if (hp_type.dntti.immediate)
+    /* If this is a template argument, the argument number is
+     * encoded in the bitlength. All other cases, just return
+     * GDB's representation of this fundamental type.
+     */
+    if (hp_type.dntti.type == HP_TYPE_TEMPLATE_ARG)
+      return hpread_get_nth_template_arg(objfile, hp_type.dntti.bitlength);
+    else
+      return lookup_fundamental_type (objfile, hpread_type_translate (hp_type));
+
+  /* Not a builtin type.  We'll have to read it in.  */
+  if (hp_type.dnttp.index < LNTT_SYMCOUNT (objfile))
+    dn_bufp = hpread_get_lntt (hp_type.dnttp.index, objfile);
+  else
+    /* This is a fancy way of returning NULL */
+    return lookup_fundamental_type (objfile, FT_VOID);
+
+  switch (dn_bufp->dblock.kind)
+    {
+    case DNTT_TYPE_SRCFILE:
+    case DNTT_TYPE_MODULE:
+    case DNTT_TYPE_ENTRY:
+    case DNTT_TYPE_BEGIN:
+    case DNTT_TYPE_END:
+    case DNTT_TYPE_IMPORT:
+    case DNTT_TYPE_LABEL:
+    case DNTT_TYPE_FPARAM:
+    case DNTT_TYPE_SVAR:
+    case DNTT_TYPE_DVAR:
+    case DNTT_TYPE_CONST:
+    case DNTT_TYPE_MEMENUM:
+    case DNTT_TYPE_VARIANT:
+    case DNTT_TYPE_FILE:
+    case DNTT_TYPE_WITH:
+    case DNTT_TYPE_COMMON:
+    case DNTT_TYPE_COBSTRUCT:
+    case DNTT_TYPE_XREF:
+    case DNTT_TYPE_SA:
+    case DNTT_TYPE_MACRO:
+    case DNTT_TYPE_BLOCKDATA:
+    case DNTT_TYPE_CLASS_SCOPE:
+    case DNTT_TYPE_MEMACCESS:
+    case DNTT_TYPE_INHERITANCE:
+    case DNTT_TYPE_OBJECT_ID:
+    case DNTT_TYPE_FRIEND_CLASS:
+    case DNTT_TYPE_FRIEND_FUNC:
+      /* These are not types - something went wrong.  */
+      /* This is a fancy way of returning NULL */
+      return lookup_fundamental_type (objfile, FT_VOID);
+
+    case DNTT_TYPE_FUNCTION:
+      /* We wind up here when dealing with class member functions 
+       * (called from hpread_read_struct_type(), i.e. when processing
+       * the class definition itself).
+       */
+      return hpread_read_function_type (hp_type, dn_bufp, objfile, 0);
+
+    case DNTT_TYPE_DOC_FUNCTION:
+      return hpread_read_doc_function_type (hp_type, dn_bufp, objfile, 0);
+
+    case DNTT_TYPE_TYPEDEF:
+      {
+        /* A typedef - chase it down by making a recursive call */
+	struct type *structtype = hpread_type_lookup (dn_bufp->dtype.type,
+						      objfile);
+
+        /* The following came from the base hpread.c that we inherited.
+         * It is WRONG so I have commented it out. - RT
+         *...
+
+	char *suffix;
+	suffix = VT (objfile) + dn_bufp->dtype.name;
+ 	TYPE_NAME (structtype) = suffix;
+
+         * ... further explanation ....
+         *
+         * What we have here is a typedef pointing to a typedef.
+         * E.g.,
+         * typedef int foo;
+         * typedef foo fum;
+         *
+         * What we desire to build is (these are pictures
+         * of "struct type"'s): 
+         *
+         *  +---------+     +----------+     +------------+
+         *  | typedef |     | typedef  |     | fund. type |
+         *  |     type| ->  |      type| ->  |            |
+         *  | "fum"   |     | "foo"    |     | "int"      |
+         *  +---------+     +----------+     +------------+
+         *
+         * What this commented-out code is doing is smashing the
+         * name of pointed-to-type to be the same as the pointed-from
+         * type. So we wind up with something like:
+         *
+         *  +---------+     +----------+     +------------+
+         *  | typedef |     | typedef  |     | fund. type |
+         *  |     type| ->  |      type| ->  |            |
+         *  | "fum"   |     | "fum"    |     | "fum"      |
+         *  +---------+     +----------+     +------------+
+         * 
+         */
+
+	return structtype;
+      }
+
+    case DNTT_TYPE_TAGDEF:
+	{
+	/* Just a little different from above.  We have to tack on
+	 * an identifier of some kind (struct, union, enum, class, etc).  
+         */
+	struct type *structtype = hpread_type_lookup (dn_bufp->dtype.type,
+						      objfile);
+	char *prefix, *suffix;
+	suffix = VT (objfile) + dn_bufp->dtype.name;
+
+	/* Lookup the next type in the list.  It should be a structure,
+	 * union, class, enum, or template type.  
+         * We will need to attach that to our name.  
+         */
+	if (dn_bufp->dtype.type.dnttp.index < LNTT_SYMCOUNT (objfile))
+	  dn_bufp = hpread_get_lntt (dn_bufp->dtype.type.dnttp.index, objfile);
+	else {
+          complain (&hpread_type_lookup_complaint);
+          return;
+        }
+
+	if (dn_bufp->dblock.kind == DNTT_TYPE_STRUCT) {
+	  prefix = "struct ";
+	} else if (dn_bufp->dblock.kind == DNTT_TYPE_UNION) {
+	  prefix = "union ";
+	} else if (dn_bufp->dblock.kind == DNTT_TYPE_CLASS) { 
+          /* Further field for CLASS saying how it was really declared */
+          /* 0==class, 1==union, 2==struct */
+          if (dn_bufp->dclass.class_decl == 0) 
+	    prefix = "class ";
+          else if (dn_bufp->dclass.class_decl == 1) 
+	    prefix = "union ";
+          else if (dn_bufp->dclass.class_decl == 2) 
+	    prefix = "struct ";
+          else
+            prefix = "";
+	} else if (dn_bufp->dblock.kind == DNTT_TYPE_ENUM) {
+	  prefix = "enum ";
+	} else if (dn_bufp->dblock.kind == DNTT_TYPE_TEMPLATE) {
+	  prefix = "template ";
+        } else {
+          prefix = "";
+        }
+
+	/* Build the correct name.  */
+	structtype->name
+	  = (char *) obstack_alloc (&objfile->type_obstack,
+				    strlen (prefix) + strlen (suffix) + 1);
+	TYPE_NAME (structtype) = strcpy (TYPE_NAME (structtype), prefix);
+	TYPE_NAME (structtype) = strcat (TYPE_NAME (structtype), suffix);
+	TYPE_TAG_NAME (structtype) = suffix;
+
+        /* For classes/structs, we have to set the static member "physnames"
+           to point to strings like "Class::Member" */ 
+        if (TYPE_CODE (structtype) == TYPE_CODE_STRUCT)
+          fix_static_member_physnames (structtype, suffix, objfile);
+
+	return structtype;
+      }
+
+    case DNTT_TYPE_POINTER:
+      /* Pointer type - call a routine in gdbtypes.c that constructs
+       * the appropriate GDB type.
+       */
+      return make_pointer_type (
+          hpread_type_lookup (dn_bufp->dptr.pointsto, 
+                              objfile), 
+          NULL);
+
+    case DNTT_TYPE_REFERENCE:
+      /* C++ reference type - call a routine in gdbtypes.c that constructs
+       * the appropriate GDB type.
+       */
+      return make_reference_type (
+                 hpread_type_lookup (dn_bufp->dreference.pointsto, 
+                                     objfile), 
+                 NULL);
+   
+    case DNTT_TYPE_ENUM:
+      return hpread_read_enum_type (hp_type, dn_bufp, objfile);
+    case DNTT_TYPE_SET:
+      return hpread_read_set_type (hp_type, dn_bufp, objfile);
+    case DNTT_TYPE_SUBRANGE:
+      return hpread_read_subrange_type (hp_type, dn_bufp, objfile);
+    case DNTT_TYPE_ARRAY:
+      return hpread_read_array_type (hp_type, dn_bufp, objfile);
+    case DNTT_TYPE_STRUCT:
+    case DNTT_TYPE_UNION:
+      return hpread_read_struct_type (hp_type, dn_bufp, objfile);
+    case DNTT_TYPE_FIELD:
+      return hpread_type_lookup (dn_bufp->dfield.type, objfile);
+
+    case DNTT_TYPE_FUNCTYPE:
+      /* Here we want to read the function SOMs and return a 
+       * type for it. We get here, for instance, when processing
+       * pointer-to-function type.
+       */
+      return hpread_read_function_type (hp_type, dn_bufp, objfile, 0);
+
+    case DNTT_TYPE_PTRMEM:
+      /* Declares a C++ pointer-to-data-member type. 
+       * The "pointsto" field defines the class,
+       * while the "memtype" field defines the pointed-to-type.
+       */
+      {
+      struct type * ptrmemtype;
+      struct type * class_type;
+      struct type * memtype;
+      memtype = hpread_type_lookup (dn_bufp->dptrmem.memtype, 
+                                    objfile), 
+      class_type = hpread_type_lookup (dn_bufp->dptrmem.pointsto, 
+                                       objfile), 
+      ptrmemtype = alloc_type(objfile);
+      smash_to_member_type(ptrmemtype, class_type, memtype); 
+      return make_pointer_type(ptrmemtype, NULL);
+      }
+      break;
+
+    case DNTT_TYPE_PTRMEMFUNC:
+      /* Defines a C++ pointer-to-function-member type. 
+       * The "pointsto" field defines the class,
+       * while the "memtype" field defines the pointed-to-type.
+       */
+      {
+      struct type * ptrmemtype;
+      struct type * class_type;
+      struct type * functype;
+      struct type * retvaltype;
+      int nargs;
+      int i;
+      struct type ** args_type;
+      class_type = hpread_type_lookup (dn_bufp->dptrmem.pointsto, 
+                                       objfile); 
+      functype = hpread_type_lookup (dn_bufp->dptrmem.memtype, 
+                                     objfile); 
+      retvaltype = TYPE_TARGET_TYPE (functype);
+      nargs =   TYPE_NFIELDS (functype);
+      args_type = (struct type **) xmalloc ((nargs+1) * sizeof (struct type *));
+      for (i = 0; i < nargs; i++) {
+        args_type[i] = TYPE_FIELD_TYPE (functype, i); 
+      }
+      args_type[nargs] = NULL;
+      ptrmemtype = alloc_type(objfile);
+      smash_to_method_type(ptrmemtype, class_type, retvaltype, args_type); 
+      return make_pointer_type(ptrmemtype, NULL);
+      }
+      break;
+
+    case DNTT_TYPE_CLASS: 
+      return hpread_read_struct_type (hp_type, dn_bufp, objfile);
+
+    case DNTT_TYPE_GENFIELD:
+      /* Chase pointer from GENFIELD to FIELD, and make recursive
+       * call on that.
+       */
+      return hpread_type_lookup (dn_bufp->dgenfield.field, objfile);
+
+    case DNTT_TYPE_VFUNC:
+      /* C++ virtual function.
+       * We get here in the course of processing a class type which
+       * contains virtual functions. Just go through another level
+       * of indirection to get to the pointed-to function SOM.
+       */
+      return hpread_type_lookup (dn_bufp->dvfunc.funcptr, objfile);
+
+    case DNTT_TYPE_MODIFIER:
+      /* Check the modifiers and then just make a recursive call on
+       * the "type" pointed to by the modifier DNTT.
+       * 
+       * pai:: FIXME -- do we ever want to handle "m_duplicate" and
+       * "m_void" modifiers?  Is static_flag really needed here?
+       * (m_static used for methods of classes, elsewhere).
+       */
+      tmp_type = make_cv_type (dn_bufp->dmodifier.m_const, 
+                               dn_bufp->dmodifier.m_volatile,
+                               hpread_type_lookup (dn_bufp->dmodifier.type, objfile),
+                               0);
+      return tmp_type;
+      
+
+    case DNTT_TYPE_MEMFUNC:
+      /* Member function. Treat like a function.
+       * I think we get here in the course of processing a 
+       * pointer-to-member-function type...
+       */
+      return hpread_read_function_type (hp_type, dn_bufp, objfile, 0);
+
+    case DNTT_TYPE_DOC_MEMFUNC:
+      return hpread_read_doc_function_type (hp_type, dn_bufp, objfile, 0);
+
+    case DNTT_TYPE_TEMPLATE:
+      /* Template - sort of the header for a template definition,
+       * which like a class, points to a member list and also points
+       * to a TEMPLATE_ARG list of type-arguments.
+       */
+      return hpread_read_struct_type (hp_type, dn_bufp, objfile);
+
+    case DNTT_TYPE_TEMPLATE_ARG:
+      {
+      char * name;
+      /* The TEMPLATE record points to an argument list of
+       * TEMPLATE_ARG records, each of which describes one
+       * of the type-arguments. 
+       */
+      name =  VT (objfile) + dn_bufp->dtempl_arg.name;
+      return hpread_read_templ_arg_type (hp_type, dn_bufp, objfile, name);
+      }
+
+    case DNTT_TYPE_FUNC_TEMPLATE:
+      /* We wind up here when processing a TEMPLATE type, 
+       * if the template has member function(s).
+       * Treat it like a FUNCTION.
+       */
+      return hpread_read_function_type (hp_type, dn_bufp, objfile, 0);
+
+    case DNTT_TYPE_LINK:
+      /* The LINK record is used to link up templates with instantiations.
+       * There is no type associated with the LINK record per se.
+       */
+      return lookup_fundamental_type (objfile, FT_VOID);
+
+    /* Also not yet handled... */
+    /* case DNTT_TYPE_DYN_ARRAY_DESC: */
+    /* case DNTT_TYPE_DESC_SUBRANGE: */
+    /* case DNTT_TYPE_BEGIN_EXT: */
+    /* case DNTT_TYPE_INLN: */
+    /* case DNTT_TYPE_INLN_LIST: */
+    /* case DNTT_TYPE_ALIAS: */
+    default:
+      /* A fancy way of returning NULL */
+      return lookup_fundamental_type (objfile, FT_VOID);
+    }
+}
+
+static sltpointer
+hpread_record_lines (subfile, s_idx, e_idx, objfile, offset)
+     struct subfile *subfile;
+     sltpointer s_idx, e_idx;
+     struct objfile *objfile;
+     CORE_ADDR offset;
+{
+  union sltentry *sl_bufp;
+
+  while (s_idx <= e_idx)
+    {
+      sl_bufp = hpread_get_slt (s_idx, objfile);
+      /* Only record "normal" entries in the SLT.  */
+      if (sl_bufp->snorm.sltdesc == SLT_NORMAL
+	  || sl_bufp->snorm.sltdesc == SLT_EXIT)
+	record_line (subfile, sl_bufp->snorm.line,
+		     sl_bufp->snorm.address + offset);
+      else if (sl_bufp->snorm.sltdesc == SLT_NORMAL_OFFSET)
+	record_line (subfile, sl_bufp->snormoff.line,
+		     sl_bufp->snormoff.address + offset);
+      s_idx++;
+    }
+  return e_idx;
+}
+
+/* Given a function "f" which is a member of a class, find
+ * the classname that it is a member of. Used to construct
+ * the name (e.g., "c::f") which GDB will put in the
+ * "demangled name" field of the function's symbol.
+ * Called from hpread_process_one_debug_symbol()
+ * If "f" is not a member function, return NULL.
+ */
+char * class_of (functype)
+struct type * functype;
+{
+  struct type * first_param_type;
+  char * first_param_name;
+  struct type * pointed_to_type;
+  char * class_name;
+
+  /* Check that the function has a first argument "this",
+   * and that "this" is a pointer to a class. If not,
+   * functype is not a member function, so return NULL.
+   */
+  if (TYPE_NFIELDS(functype) == 0)
+    return NULL;
+  first_param_name = TYPE_FIELD_NAME (functype, 0);
+  if (first_param_name == NULL)
+    return NULL; /* paranoia */
+  if (strcmp(first_param_name, "this"))
+    return NULL;
+  first_param_type = TYPE_FIELD_TYPE (functype, 0);
+  if (first_param_type == NULL)
+    return NULL; /* paranoia */
+  if (TYPE_CODE(first_param_type) != TYPE_CODE_PTR)
+    return NULL;
+
+  /* Get the thing that "this" points to, check that
+   * it's a class, and get its class name.
+   */
+  pointed_to_type = TYPE_TARGET_TYPE(first_param_type);
+  if (pointed_to_type == NULL) 
+    return NULL; /* paranoia */
+  if (TYPE_CODE(pointed_to_type) != TYPE_CODE_CLASS)
+    return NULL;
+  class_name = TYPE_NAME(pointed_to_type);
+  if (class_name == NULL)
+    return NULL; /* paranoia */
+
+  /* The class name may be of the form "class c", in which case
+   * we want to strip off the leading "class ".
+   */
+  if (strncmp(class_name, "class ", 6) == 0)
+    class_name += 6;
+
+  return class_name;
+}
+
+/* Internalize one native debug symbol. 
+ * Called in a loop from hpread_expand_symtab(). 
+ * Arguments:
+ *   dn_bufp: 
+ *   name: 
+ *   section_offsets:
+ *   objfile:
+ *   text_offset: 
+ *   text_size: 
+ *   filename: 
+ *   index: 		Index of this symbol
+ *   at_module_boundary_p Pointer to boolean flag to control caller's loop.
+ */
+
+static void
+hpread_process_one_debug_symbol (dn_bufp, name, section_offsets, objfile,
+				 text_offset, text_size, filename,
+                                 index, at_module_boundary_p
+                                 )
+     union dnttentry *dn_bufp;
+     char *name;
+     struct section_offsets *section_offsets;
+     struct objfile *objfile;
+     CORE_ADDR text_offset;
+     int       text_size;
+     char     *filename;
+     int       index;
+     int      *at_module_boundary_p;
+{
+  unsigned long desc;
+  int type;
+  CORE_ADDR valu;
+  int offset = ANOFFSET (section_offsets, SECT_OFF_TEXT);
+  int data_offset = ANOFFSET (section_offsets, SECT_OFF_DATA);
+  union dnttentry *dn_temp;
+  dnttpointer hp_type;
+  struct symbol *sym;
+  struct context_stack *new;
+  char * class_scope_name;
+  extern int is_in_import_list (); /* in somread.c */ 
+  
+  /* Allocate one GDB debug symbol and fill in some default values. */
+  sym = (struct symbol *) obstack_alloc (&objfile->symbol_obstack,
+					 sizeof (struct symbol));
+  memset (sym, 0, sizeof (struct symbol));
+  SYMBOL_NAME (sym) = obsavestring (name, strlen (name), &objfile->symbol_obstack);
+  SYMBOL_LANGUAGE (sym) = language_auto;
+  SYMBOL_NAMESPACE (sym) = VAR_NAMESPACE;
+  SYMBOL_LINE (sym) = 0;
+  SYMBOL_VALUE (sym) = 0;
+  SYMBOL_CLASS (sym) = LOC_TYPEDEF;
+
+  /* Just a trick in case the SOM debug symbol is a type definition.
+   * There are routines that are set up to build a GDB type symbol, given
+   * a SOM dnttpointer. So we set up a dummy SOM dnttpointer "hp_type".
+   * This allows us to call those same routines.
+   */
+  hp_type.dnttp.extension = 1;
+  hp_type.dnttp.immediate = 0;
+  hp_type.dnttp.global = 0;
+  hp_type.dnttp.index = index;
+
+  /* This "type" is the type of SOM record.
+   * Switch on SOM type.
+   */
+  type = dn_bufp->dblock.kind;
+  switch (type)
+    {
+    case DNTT_TYPE_SRCFILE:
+      /* This type of symbol indicates from which source file or
+       * include file any following data comes. It may indicate:
+       *
+       * o   The start of an entirely new source file (and thus
+       *     a new module)
+       *
+       * o   The start of a different source file due to #include
+       *
+       * o   The end of an include file and the return to the original
+       *     file. Thus if "foo.c" includes "bar.h", we see first
+       *     a SRCFILE for foo.c, then one for bar.h, and then one for
+       *     foo.c again.
+       *
+       * If it indicates the start of a new module then we must
+       * finish the symbol table of the previous module 
+       * (if any) and start accumulating a new symbol table.  
+       */
+
+      valu = text_offset;
+      if (!last_source_file ) {
+          /*
+           * A note on "last_source_file": this is a char* pointing
+           * to the actual file name.  "start_symtab" sets it,
+           * "end_symtab" clears it.
+           *
+           * So if "last_source_file" is NULL, then either this is
+           * the first record we are looking at, or a previous call
+           * to "end_symtab()" was made to close out the previous
+           * module.  Since we're now quitting the scan loop when we
+           * see a MODULE END record, we should never get here, except
+           * in the case that we're not using the quick look-up tables
+           * and have to use the old system as a fall-back.
+           */
+	  start_symtab (name, NULL, valu);
+	  record_debugformat ("HP");
+	  SL_INDEX (objfile) = dn_bufp->dsfile.address;
+      }
+
+      else {
+          /* Either a new include file, or a SRCFILE record
+           * saying we are back in the main source (or out of
+           * a nested include file) again.
+           */
+	  SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+						    SL_INDEX (objfile),
+						    dn_bufp->dsfile.address,
+						    objfile, offset);
+      }
+
+      /* A note on "start_subfile".  This routine will check
+       * the name we pass it and look for an existing subfile
+       * of that name.  There's thus only one sub-file for the
+       * actual source (e.g. for "foo.c" in foo.c), despite the
+       * fact that we'll see lots of SRCFILE entries for foo.c
+       * inside foo.c.
+       */
+      start_subfile (name, NULL);
+      break;
+      
+    case DNTT_TYPE_MODULE:
+      /*
+       * We no longer ignore DNTT_TYPE_MODULE symbols.  The module 
+       * represents the meaningful semantic structure of a compilation
+       * unit.  We expect to start the psymtab-to-symtab expansion
+       * looking at a MODULE entry, and to end it at the corresponding
+       * END MODULE entry.
+       *
+       *--Begin outdated comments
+       * 
+       * This record signifies the start of a new source module
+       * In C/C++ there is no explicit "module" construct in the language,
+       * but each compilation unit is implicitly a module and they
+       * do emit the DNTT_TYPE_MODULE records.
+       * The end of the module is marked by a matching DNTT_TYPE_END record.
+       *
+       * The reason GDB gets away with ignoring the DNTT_TYPE_MODULE record 
+       * is it notices the DNTT_TYPE_END record for the previous 
+       * module (see comments under DNTT_TYPE_END case), and then treats
+       * the next DNTT_TYPE_SRCFILE record as if it were the module-start record.
+       * (i.e., it makes a start_symtab() call).
+       * This scheme seems a little convoluted, but I'll leave it 
+       * alone on the principle "if it ain't broke don't fix
+       * it". (RT).
+       *
+       *-- End outdated comments
+       */
+
+      valu = text_offset;
+      if (!last_source_file )
+	{
+          /* Start of a new module. We know this because "last_source_file"
+           * is NULL, which can only happen the first time or if we just 
+           * made a call to end_symtab() to close out the previous module.
+           */
+	  start_symtab (name, NULL, valu);
+	  SL_INDEX (objfile) = dn_bufp->dmodule.address;
+	}
+      else
+	{
+          /* This really shouldn't happen if we're using the quick
+           * look-up tables, as it would mean we'd scanned past an
+           * END MODULE entry.  But if we're not using the tables,
+           * we started the module on the SRCFILE entry, so it's ok.
+           * For now, accept this.
+           */
+     /* warning( "Error expanding psymtab, missed module end, found entry for %s",
+      *           name );
+      */
+          *at_module_boundary_p = -1;
+	}
+
+      start_subfile (name, NULL);
+      break;
+
+    case DNTT_TYPE_FUNCTION:
+    case DNTT_TYPE_ENTRY:
+      /* A function or secondary entry point.  */
+      valu = dn_bufp->dfunc.lowaddr + offset;
+
+      /* Record lines up to this point. */
+      SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+						SL_INDEX (objfile),
+						dn_bufp->dfunc.address,
+						objfile, offset);
+      
+      WITHIN_FUNCTION (objfile) = 1;
+      CURRENT_FUNCTION_VALUE (objfile) = valu;
+
+      /* Stack must be empty now.  */
+      if (context_stack_depth != 0)
+	complain (&lbrac_unmatched_complaint, (char *) symnum);
+      new = push_context (0, valu);
+
+      /* Built a type for the function. This includes processing
+       * the symbol records for the function parameters.
+       */
+      SYMBOL_CLASS (sym) = LOC_BLOCK;
+      SYMBOL_TYPE (sym) = hpread_read_function_type (hp_type, dn_bufp, objfile, 1);
+
+      /* The "SYMBOL_NAME" field is expected to be the mangled name
+       * (if any), which we get from the "alias" field of the SOM record
+       * if that exists.
+       */
+      if ((dn_bufp->dfunc.language == HP_LANGUAGE_CPLUSPLUS) && 
+          dn_bufp->dfunc.alias && /* has an alias */ 
+          *(char *)(VT (objfile) + dn_bufp->dfunc.alias)) /* not a null string */ 
+        SYMBOL_NAME (sym) = VT (objfile) + dn_bufp->dfunc.alias;
+      else
+        SYMBOL_NAME (sym) = VT (objfile) + dn_bufp->dfunc.name;
+
+      /* Special hack to get around HP compilers' insistence on
+       * reporting "main" as "_MAIN_" for C/C++ */
+      if ((strcmp (SYMBOL_NAME (sym), "_MAIN_") == 0) &&
+          (strcmp (VT (objfile) + dn_bufp->dfunc.name, "main") == 0))
+        SYMBOL_NAME (sym) = VT (objfile) + dn_bufp->dfunc.name;
+      
+      /* The SYMBOL_CPLUS_DEMANGLED_NAME field is expected to
+       * be the demangled name.
+       */
+      if (dn_bufp->dfunc.language == HP_LANGUAGE_CPLUSPLUS)
+	{
+        /* SYMBOL_INIT_DEMANGLED_NAME is a macro which winds up
+         * calling the demangler in libiberty (cplus_demangle()) to
+         * do the job. This generally does the job, even though
+         * it's intended for the GNU compiler and not the aCC compiler
+         * Note that SYMBOL_INIT_DEMANGLED_NAME calls the
+         * demangler with arguments DMGL_PARAMS | DMGL_ANSI.
+         * Generally, we don't want params when we display
+         * a demangled name, but when I took out the DMGL_PARAMS,
+         * some things broke, so I'm leaving it in here, and
+         * working around the issue in stack.c. - RT
+         */
+        SYMBOL_INIT_DEMANGLED_NAME (sym, &objfile->symbol_obstack);
+        if ((SYMBOL_NAME (sym) == VT (objfile) + dn_bufp->dfunc.alias) &&
+           (!SYMBOL_CPLUS_DEMANGLED_NAME(sym))) {
+
+          /* Well, the symbol name is mangled, but the
+           * demangler in libiberty failed so the demangled
+           * field is still NULL. Try to
+           * do the job ourselves based on the "name" field
+           * in the SOM record. A complication here is that
+           * the name field contains only the function name
+           * (like "f"), whereas we want the class qualification
+           * (as in "c::f"). Try to reconstruct that.
+           */          
+          char * basename;
+          char * classname;
+          char * dem_name;
+          basename = VT (objfile) + dn_bufp->dfunc.name;
+          classname = class_of(SYMBOL_TYPE(sym));
+          if (classname) {
+            dem_name = xmalloc(strlen(basename)+strlen(classname)+3);
+            strcpy(dem_name, classname);
+            strcat(dem_name, "::");
+            strcat(dem_name, basename);
+            SYMBOL_CPLUS_DEMANGLED_NAME(sym) = dem_name;
+            SYMBOL_LANGUAGE (sym) = language_cplus;
+          }
+        }
+      }
+ 
+      /* Add the function symbol to the list of symbols in this blockvector */
+      if (dn_bufp->dfunc.global)
+	add_symbol_to_list (sym, &global_symbols);
+      else
+	add_symbol_to_list (sym, &file_symbols);
+      new->name = sym;
+
+      /* Search forward to the next BEGIN and also read
+       * in the line info up to that point. 
+       * Not sure why this is needed.
+       * In HP FORTRAN this code is harmful since there   
+       * may not be a BEGIN after the FUNCTION.
+       * So I made it C/C++ specific. - RT
+       */
+      if (dn_bufp->dfunc.language == HP_LANGUAGE_C ||
+          dn_bufp->dfunc.language == HP_LANGUAGE_CPLUSPLUS) {
+        while (dn_bufp->dblock.kind != DNTT_TYPE_BEGIN)
+	  {
+	  dn_bufp = hpread_get_lntt (++index, objfile);
+	  if (dn_bufp->dblock.extension)
+	    continue;
+	  }
+        SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+  						  SL_INDEX (objfile),
+						  dn_bufp->dbegin.address,
+						  objfile, offset);
+        SYMBOL_LINE (sym) = hpread_get_line (dn_bufp->dbegin.address, objfile);
+      }
+      record_line (current_subfile, SYMBOL_LINE (sym), valu);
+      break;
+
+    case DNTT_TYPE_DOC_FUNCTION:
+      valu = dn_bufp->ddocfunc.lowaddr + offset;
+
+      /* Record lines up to this point. */
+      SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+						SL_INDEX (objfile),
+						dn_bufp->ddocfunc.address,
+						objfile, offset);
+      
+      WITHIN_FUNCTION (objfile) = 1;
+      CURRENT_FUNCTION_VALUE (objfile) = valu;
+      /* Stack must be empty now.  */
+      if (context_stack_depth != 0)
+	complain (&lbrac_unmatched_complaint, (char *) symnum);
+      new = push_context (0, valu);
+
+      /* Built a type for the function. This includes processing
+       * the symbol records for the function parameters.
+       */
+      SYMBOL_CLASS (sym) = LOC_BLOCK;
+      SYMBOL_TYPE (sym) = hpread_read_doc_function_type (hp_type, dn_bufp, objfile, 1);
+
+      /* The "SYMBOL_NAME" field is expected to be the mangled name
+       * (if any), which we get from the "alias" field of the SOM record
+       * if that exists.
+       */
+      if ((dn_bufp->ddocfunc.language == HP_LANGUAGE_CPLUSPLUS) && 
+          dn_bufp->ddocfunc.alias && /* has an alias */ 
+          *(char *)(VT (objfile) + dn_bufp->ddocfunc.alias)) /* not a null string */ 
+        SYMBOL_NAME (sym) = VT (objfile) + dn_bufp->ddocfunc.alias;
+      else
+        SYMBOL_NAME (sym) = VT (objfile) + dn_bufp->ddocfunc.name;
+
+      /* Special hack to get around HP compilers' insistence on
+       * reporting "main" as "_MAIN_" for C/C++ */
+      if ((strcmp (SYMBOL_NAME (sym), "_MAIN_") == 0) &&
+          (strcmp (VT (objfile) + dn_bufp->ddocfunc.name, "main") == 0))
+        SYMBOL_NAME (sym) = VT (objfile) + dn_bufp->ddocfunc.name;
+      
+      if (dn_bufp->ddocfunc.language == HP_LANGUAGE_CPLUSPLUS) {
+
+        /* SYMBOL_INIT_DEMANGLED_NAME is a macro which winds up
+         * calling the demangler in libiberty (cplus_demangle()) to
+         * do the job. This generally does the job, even though
+         * it's intended for the GNU compiler and not the aCC compiler
+         * Note that SYMBOL_INIT_DEMANGLED_NAME calls the
+         * demangler with arguments DMGL_PARAMS | DMGL_ANSI.
+         * Generally, we don't want params when we display
+         * a demangled name, but when I took out the DMGL_PARAMS,
+         * some things broke, so I'm leaving it in here, and
+         * working around the issue in stack.c. - RT 
+         */
+        SYMBOL_INIT_DEMANGLED_NAME (sym, &objfile->symbol_obstack);
+
+        if ((SYMBOL_NAME (sym) == VT (objfile) + dn_bufp->ddocfunc.alias) &&
+           (!SYMBOL_CPLUS_DEMANGLED_NAME(sym))) {
+
+          /* Well, the symbol name is mangled, but the
+           * demangler in libiberty failed so the demangled
+           * field is still NULL. Try to
+           * do the job ourselves based on the "name" field
+           * in the SOM record. A complication here is that
+           * the name field contains only the function name
+           * (like "f"), whereas we want the class qualification
+           * (as in "c::f"). Try to reconstruct that.
+           */          
+          char * basename;
+          char * classname;
+          char * dem_name;
+          basename = VT (objfile) + dn_bufp->ddocfunc.name;
+          classname = class_of(SYMBOL_TYPE(sym));
+          if (classname) {
+            dem_name = xmalloc(strlen(basename)+strlen(classname)+3);
+            strcpy(dem_name, classname);
+            strcat(dem_name, "::");
+            strcat(dem_name, basename);
+            SYMBOL_CPLUS_DEMANGLED_NAME(sym) = dem_name;
+            SYMBOL_LANGUAGE (sym) = language_cplus;
+          }
+        }
+      }
+
+      /* Add the function symbol to the list of symbols in this blockvector */
+      if (dn_bufp->ddocfunc.global)
+	add_symbol_to_list (sym, &global_symbols);
+      else
+	add_symbol_to_list (sym, &file_symbols);
+      new->name = sym;
+
+      /* Search forward to the next BEGIN and also read
+       * in the line info up to that point. 
+       * Not sure why this is needed.
+       * In HP FORTRAN this code is harmful since there   
+       * may not be a BEGIN after the FUNCTION.
+       * So I made it C/C++ specific. - RT
+       */
+      if (dn_bufp->ddocfunc.language == HP_LANGUAGE_C ||
+          dn_bufp->ddocfunc.language == HP_LANGUAGE_CPLUSPLUS) {
+        while (dn_bufp->dblock.kind != DNTT_TYPE_BEGIN)
+	  {
+	  dn_bufp = hpread_get_lntt (++index, objfile);
+	  if (dn_bufp->dblock.extension)
+	    continue;
+	  }
+        SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+  						  SL_INDEX (objfile),
+						  dn_bufp->dbegin.address,
+						  objfile, offset);
+        SYMBOL_LINE (sym) = hpread_get_line (dn_bufp->dbegin.address, objfile);
+      }
+      record_line (current_subfile, SYMBOL_LINE (sym), valu);
+      break;
+
+    case DNTT_TYPE_BEGIN:
+      /* Begin a new scope. */
+      if (context_stack_depth == 1 /* this means we're at function level */ &&
+          context_stack[0].name != NULL /* this means it's a function */ &&
+          context_stack[0].depth == 0 /* this means it's the first BEGIN 
+                                         we've seen after the FUNCTION */ 
+         )
+      {
+        /* This is the first BEGIN after a FUNCTION.
+         * We ignore this one, since HP compilers always insert
+         * at least one BEGIN, i.e. it's:
+         * 
+         *     FUNCTION
+         *     argument symbols
+         *     BEGIN
+         *     local symbols
+         *        (possibly nested BEGIN ... END's if there are inner { } blocks)
+         *     END
+         *     END
+         *
+         * By ignoring this first BEGIN, the local symbols get treated
+         * as belonging to the function scope, and "print func::local_sym"
+         * works (which is what we want).
+         */
+
+        /* All we do here is increase the depth count associated with
+         * the FUNCTION entry in the context stack. This ensures that
+         * the next BEGIN we see (if any), representing a real nested { }
+         * block, will get processed.
+         */ 
+
+         context_stack[0].depth++;
+
+      } else { 
+
+        /* Record lines up to this SLT pointer. */
+        SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+                      			 	  SL_INDEX (objfile),
+						  dn_bufp->dbegin.address,
+						  objfile, offset);
+        /* Calculate start address of new scope */
+        valu = hpread_get_location (dn_bufp->dbegin.address, objfile);
+        valu += offset;		/* Relocate for dynamic loading */
+        /* We use the scope start DNTT index as nesting depth identifier! */
+        desc = hpread_get_scope_start (dn_bufp->dbegin.address, objfile);
+        new = push_context (desc, valu);
+      }
+      break;
+
+    case DNTT_TYPE_END:
+      /* End a scope.  */
+
+      /* Valid end kinds are:
+       *  MODULE
+       *  FUNCTION
+       *  WITH
+       *  COMMON
+       *  BEGIN
+       *  CLASS_SCOPE
+       */
+
+      SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+						SL_INDEX (objfile),
+						dn_bufp->dend.address,
+						objfile, offset);
+      switch (dn_bufp->dend.endkind)
+	{
+	case DNTT_TYPE_MODULE:
+	  /* Ending a module ends the symbol table for that module.  
+           * Calling end_symtab() has the side effect of clearing the
+           * last_source_file pointer, which in turn signals 
+           * process_one_debug_symbol() to treat the next DNTT_TYPE_SRCFILE
+           * record as a module-begin.
+           */
+	  valu = text_offset + text_size + offset;
+
+          /* Tell our caller that we're done with expanding the
+           * debug information for a module.
+           */
+          *at_module_boundary_p = 1;
+
+          /* Don't do this, as our caller will do it!
+           *
+           *	  (void) end_symtab (valu, objfile, 0);
+           */
+	  break;
+
+	case DNTT_TYPE_FUNCTION:
+	  /* Ending a function, well, ends the function's scope.  */
+	  dn_temp = hpread_get_lntt (dn_bufp->dend.beginscope.dnttp.index,
+				     objfile);
+	  valu = dn_temp->dfunc.hiaddr + offset;
+          /* Insert func params into local list */ 
+          merge_symbol_lists (&param_symbols, &local_symbols);
+	  new = pop_context ();
+	  /* Make a block for the local symbols within.  */
+	  finish_block (new->name, &local_symbols, new->old_blocks,
+			new->start_addr, valu, objfile);
+	  WITHIN_FUNCTION (objfile) = 0; /* This may have to change for Pascal */ 
+          local_symbols = new->locals;
+          param_symbols = new->params;
+	  break;
+
+	case DNTT_TYPE_BEGIN:
+          if (context_stack_depth == 1 &&
+              context_stack[0].name != NULL &&
+              context_stack[0].depth == 1)         
+          {
+            /* This is the END corresponding to the
+             * BEGIN which we ignored - see DNTT_TYPE_BEGIN case above.
+             */
+            context_stack[0].depth--;
+          } else {
+	    /* Ending a local scope.  */
+	    valu = hpread_get_location (dn_bufp->dend.address, objfile);
+	    /* Why in the hell is this needed?  */
+	    valu += offset + 9;	/* Relocate for dynamic loading */
+	    new = pop_context ();
+	    desc = dn_bufp->dend.beginscope.dnttp.index;
+	    if (desc != new->depth)
+	      complain (&lbrac_mismatch_complaint, (char *) symnum);
+
+	    /* Make a block for the local symbols within.  */
+	    finish_block (new->name, &local_symbols, new->old_blocks,
+	                  new->start_addr, valu, objfile);
+	    local_symbols = new->locals;
+	    param_symbols = new->params;
+          }
+	  break;
+
+        case DNTT_TYPE_WITH:
+          /* Since we ignore the DNTT_TYPE_WITH that starts the scope,
+           * we can ignore the DNTT_TYPE_END that ends it.
+           */
+	  break;
+
+        case DNTT_TYPE_COMMON:
+          /* End a FORTRAN common block. We don't currently handle these */
+          complain (&hpread_unhandled_end_common_complaint);
+	  break;
+
+        case DNTT_TYPE_CLASS_SCOPE: 
+
+         /* pai: FIXME Not handling nested classes for now -- must
+           * maintain a stack */
+          class_scope_name = NULL;
+
+#if 0
+          /* End a class scope */
+	  valu = hpread_get_location (dn_bufp->dend.address, objfile);
+	  /* Why in the hell is this needed?  */
+	  valu += offset + 9;	/* Relocate for dynamic loading */
+	  new = pop_context ();
+	  desc = dn_bufp->dend.beginscope.dnttp.index;
+	  if (desc != new->depth)
+	    complain (&lbrac_mismatch_complaint, (char *) symnum);
+	  /* Make a block for the local symbols within.  */
+	  finish_block (new->name, &local_symbols, new->old_blocks,
+			new->start_addr, valu, objfile);
+	  local_symbols = new->locals;
+	  param_symbols = new->params;
+#endif
+	  break;
+
+        default:
+          complain (&hpread_unexpected_end_complaint);
+          break;
+	}
+      break;
+
+    /* DNTT_TYPE_IMPORT is not handled */
+
+    case DNTT_TYPE_LABEL:
+      SYMBOL_NAMESPACE (sym) = LABEL_NAMESPACE;
+      break;
+
+    case DNTT_TYPE_FPARAM:
+      /* Function parameters.  */
+      /* Note 1: This code was present in the 4.16 sources, and then
+         removed, because fparams are handled in
+         hpread_read_function_type().  However, while fparam symbols
+         are indeed handled twice, this code here cannot be removed
+         because then they don't get added to the local symbol list of
+         the function's code block, which leads to a failure to look
+         up locals, "this"-relative member names, etc.  So I've put
+         this code back in. pai/1997-07-21 */
+      /* Note 2: To fix a defect, we stopped adding FPARAMS to local_symbols
+         in hpread_read_function_type(), so FPARAMS had to be handled
+         here.  I changed the location to be the appropriate argument
+         kinds rather than LOC_LOCAL. pai/1997-08-08 */
+      /* Note 3: Well, the fix in Note 2 above broke argument printing
+         in traceback frames, and further it makes assumptions about the
+         order of the FPARAM entries from HP compilers (cc and aCC in particular
+         generate them in reverse orders -- fixing one breaks for the other).
+         So I've added code in hpread_read_function_type() to add fparams
+         to a param_symbols list for the current context level.  These are
+         then merged into local_symbols when a function end is reached.
+         pai/1997-08-11 */ 
+         
+      break; /* do nothing; handled in hpread_read_function_type() */ 
+      
+#if 0 /* Old code */ 
+      if (dn_bufp->dfparam.regparam)
+        SYMBOL_CLASS (sym) = LOC_REGISTER;
+      else if (dn_bufp->dfparam.indirect)
+	SYMBOL_CLASS (sym) = LOC_REF_ARG;
+      else
+	SYMBOL_CLASS (sym) = LOC_ARG;
+      SYMBOL_NAMESPACE (sym) = VAR_NAMESPACE;
+      if (dn_bufp->dfparam.copyparam)
+        {
+          SYMBOL_VALUE (sym) = dn_bufp->dfparam.location;
+#ifdef HPREAD_ADJUST_STACK_ADDRESS
+          SYMBOL_VALUE (sym)
+            += HPREAD_ADJUST_STACK_ADDRESS (CURRENT_FUNCTION_VALUE (objfile));
+#endif
+        }
+      else
+        SYMBOL_VALUE (sym) = dn_bufp->dfparam.location;
+      SYMBOL_TYPE (sym) = hpread_type_lookup (dn_bufp->dfparam.type, objfile);
+      add_symbol_to_list (sym, &fparam_symbols);
+      break;
+#endif
+
+    case DNTT_TYPE_SVAR:
+      /* Static variables.  */
+      SYMBOL_CLASS (sym) = LOC_STATIC; 
+
+      /* Note: There is a case that arises with globals in shared
+       * libraries where we need to set the address to LOC_INDIRECT.
+       * This case is if you have a global "g" in one library, and
+       * it is referenced "extern <type> g;" in another library.
+       * If we're processing the symbols for the referencing library,
+       * we'll see a global "g", but in this case the address given
+       * in the symbol table contains a pointer to the real "g".
+       * We use the storage class LOC_INDIRECT to indicate this. RT
+       */
+      if (is_in_import_list (SYMBOL_NAME(sym), objfile))
+        SYMBOL_CLASS (sym) = LOC_INDIRECT;
+
+      SYMBOL_VALUE_ADDRESS (sym) = dn_bufp->dsvar.location + data_offset;
+      SYMBOL_TYPE (sym) = hpread_type_lookup (dn_bufp->dsvar.type, objfile);
+
+      if (dn_bufp->dsvar.global)
+	add_symbol_to_list (sym, &global_symbols);
+        
+      else if (WITHIN_FUNCTION (objfile))
+	add_symbol_to_list (sym, &local_symbols);
+        
+      else
+	add_symbol_to_list (sym, &file_symbols);
+
+      if (dn_bufp->dsvar.thread_specific)
+        {
+          /* Thread-local variable.
+           */
+          SYMBOL_CLASS (sym)   = LOC_THREAD_LOCAL_STATIC;
+          SYMBOL_BASEREG (sym) = CR27_REGNUM;
+
+          if( objfile->flags & OBJF_SHARED ) {
+              /*
+               * This variable is not only thread local but
+               * in a shared library.
+               *
+               * Alas, the shared lib structures are private
+               * to "somsolib.c".  But C lets us point to one.
+               */
+              struct so_list *so;
+
+              if( objfile->obj_private == NULL )
+                  error( "Internal error in reading shared library information." );
+
+              so = ((obj_private_data_t *)(objfile->obj_private))->so_info;
+              if( so == NULL )
+                  error( "Internal error in reading shared library information." );
+
+              /* Thread-locals in shared libraries do NOT have the
+               * standard offset ("data_offset"), so we re-calculate
+               * where to look for this variable, using a call-back
+               * to interpret the private shared-library data.
+               */
+              SYMBOL_VALUE_ADDRESS(sym) = dn_bufp->dsvar.location +
+                                             so_lib_thread_start_addr( so );
+          }
+        }
+      break;
+
+    case DNTT_TYPE_DVAR:
+      /* Dynamic variables.  */
+      if (dn_bufp->ddvar.regvar)
+	SYMBOL_CLASS (sym) = LOC_REGISTER;
+      else
+	SYMBOL_CLASS (sym) = LOC_LOCAL;
+        
+      SYMBOL_VALUE (sym) = dn_bufp->ddvar.location;
+#ifdef HPREAD_ADJUST_STACK_ADDRESS
+      SYMBOL_VALUE (sym)
+	+= HPREAD_ADJUST_STACK_ADDRESS (CURRENT_FUNCTION_VALUE (objfile));
+#endif
+      SYMBOL_TYPE (sym) = hpread_type_lookup (dn_bufp->ddvar.type, objfile);
+      if (dn_bufp->ddvar.global)
+	add_symbol_to_list (sym, &global_symbols);
+      else if (WITHIN_FUNCTION (objfile))
+	add_symbol_to_list (sym, &local_symbols);
+      else
+	add_symbol_to_list (sym, &file_symbols);
+      break;
+
+    case DNTT_TYPE_CONST:
+      /* A constant (pascal?).  */
+      SYMBOL_CLASS (sym) = LOC_CONST;
+      SYMBOL_VALUE (sym) = dn_bufp->dconst.location;
+      SYMBOL_TYPE (sym) = hpread_type_lookup (dn_bufp->dconst.type, objfile);
+      if (dn_bufp->dconst.global)
+	add_symbol_to_list (sym, &global_symbols);
+      else if (WITHIN_FUNCTION (objfile))
+	add_symbol_to_list (sym, &local_symbols);
+      else
+	add_symbol_to_list (sym, &file_symbols);
+      break;
+
+    case DNTT_TYPE_TYPEDEF:
+      /* A typedef. We do want to process these, since a name is
+       * added to the namespace for the typedef'ed name.
+       */
+      SYMBOL_NAMESPACE (sym) = VAR_NAMESPACE;
+      SYMBOL_TYPE (sym) = hpread_type_lookup (dn_bufp->dtype.type, objfile);
+      if (dn_bufp->dtype.global)
+	add_symbol_to_list (sym, &global_symbols);
+      else if (WITHIN_FUNCTION (objfile))
+	add_symbol_to_list (sym, &local_symbols);
+      else
+	add_symbol_to_list (sym, &file_symbols);
+      break;
+
+    case DNTT_TYPE_TAGDEF:
+      {
+      int global = dn_bufp->dtag.global;
+      /* Structure, union, enum, template, or class tag definition */
+      /* We do want to process these, since a name is
+       * added to the namespace for the tag name (and if C++ class,
+       * for the typename also).
+       */
+      SYMBOL_NAMESPACE (sym) = STRUCT_NAMESPACE;
+
+      /* The tag contains in its "type" field a pointer to the
+       * DNTT_TYPE_STRUCT, DNTT_TYPE_UNION, DNTT_TYPE_ENUM, 
+       * DNTT_TYPE_CLASS or DNTT_TYPE_TEMPLATE
+       * record that actually defines the type.
+       */
+      SYMBOL_TYPE (sym) = hpread_type_lookup (dn_bufp->dtype.type, objfile);
+      TYPE_NAME (sym->type) = SYMBOL_NAME (sym);
+      TYPE_TAG_NAME (sym->type) = SYMBOL_NAME (sym);
+      if (dn_bufp->dtag.global)
+	add_symbol_to_list (sym, &global_symbols);
+      else if (WITHIN_FUNCTION (objfile))
+	add_symbol_to_list (sym, &local_symbols);
+      else
+	add_symbol_to_list (sym, &file_symbols);
+
+      /* If this is a C++ class, then we additionally 
+       * need to define a typedef for the
+       * class type. E.g., so that the name "c" becomes visible as
+       * a type name when the user says "class c { ... }".
+       * In order to figure this out, we need to chase down the "type"
+       * field to get to the DNTT_TYPE_CLASS record. 
+       *
+       * We also add the typename for ENUM. Though this isn't
+       * strictly correct, it is necessary because of the debug info
+       * generated by the aCC compiler, in which we cannot
+       * distinguish between:
+       *   enum e { ... };
+       * and
+       *   typedef enum { ... } e;
+       * I.e., the compiler emits the same debug info for the above
+       * two cases, in both cases "e" appearing as a tagdef.
+       * Therefore go ahead and generate the typename so that
+       * "ptype e" will work in the above cases.
+       *
+       * We also add the typename for TEMPLATE, so as to allow "ptype t"
+       * when "t" is a template name. 
+       */
+      if (dn_bufp->dtype.type.dnttp.index < LNTT_SYMCOUNT (objfile))
+        dn_bufp = hpread_get_lntt (dn_bufp->dtag.type.dnttp.index, objfile);
+      else {
+        complain (&hpread_tagdef_complaint);
+        return;
+      }
+      if (dn_bufp->dblock.kind == DNTT_TYPE_CLASS ||
+          dn_bufp->dblock.kind == DNTT_TYPE_ENUM ||
+          dn_bufp->dblock.kind == DNTT_TYPE_TEMPLATE) {
+        struct symbol *newsym;
+        
+        newsym = (struct symbol *) obstack_alloc (&objfile->symbol_obstack,
+	             				  sizeof (struct symbol));
+        memset (newsym, 0, sizeof (struct symbol));
+        SYMBOL_NAME (newsym) = name;
+        SYMBOL_LANGUAGE (newsym) = language_auto;
+        SYMBOL_NAMESPACE (newsym) = VAR_NAMESPACE;
+        SYMBOL_LINE (newsym) = 0;
+        SYMBOL_VALUE (newsym) = 0;
+        SYMBOL_CLASS (newsym) = LOC_TYPEDEF;
+        SYMBOL_TYPE (newsym) = sym->type;
+        if (global)
+  	  add_symbol_to_list (newsym, &global_symbols);
+        else if (WITHIN_FUNCTION (objfile))
+  	  add_symbol_to_list (newsym, &local_symbols);
+        else
+  	  add_symbol_to_list (newsym, &file_symbols);
+      }
+      }
+      break;
+
+    case DNTT_TYPE_POINTER:
+      /* Declares a pointer type. Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_ENUM:
+      /* Declares an enum type. Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_MEMENUM:
+      /* Member of enum */
+      /* Ignored at this level, but hpread_read_enum_type() will take
+       * care of walking the list of enumeration members.
+       */
+      break;
+
+    case DNTT_TYPE_SET:
+      /* Declares a set type. Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_SUBRANGE:
+      /* Declares a subrange type. Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_ARRAY:
+      /* Declares an array type. Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_STRUCT:
+    case DNTT_TYPE_UNION:
+      /* Declares an struct/union type. 
+       * Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_FIELD:
+      /* Structure/union/class field */
+      /* Ignored at this level, but hpread_read_struct_type() will take
+       * care of walking the list of structure/union/class members.
+       */
+      break;
+
+    /* DNTT_TYPE_VARIANT is not handled by GDB */
+
+    /* DNTT_TYPE_FILE is not handled by GDB */
+
+    case DNTT_TYPE_FUNCTYPE:
+      /* Function type */
+      /* Ignored at this level, handled within hpread_type_lookup() */
+      break;
+
+    case DNTT_TYPE_WITH:
+      /* This is emitted within methods to indicate "with <class>" 
+       * scoping rules (i.e., indicate that the class data members
+       * are directly visible).
+       * However, since GDB already infers this by looking at the
+       * "this" argument, interpreting the DNTT_TYPE_WITH 
+       * symbol record is unnecessary.
+       */
+      break;
+
+    case DNTT_TYPE_COMMON:
+      /* FORTRAN common. Not yet handled. */
+      complain (&hpread_unhandled_common_complaint);
+      break;
+
+    /* DNTT_TYPE_COBSTRUCT is not handled by GDB.  */
+    /* DNTT_TYPE_XREF is not handled by GDB.  */
+    /* DNTT_TYPE_SA is not handled by GDB.  */
+    /* DNTT_TYPE_MACRO is not handled by GDB */
+
+    case DNTT_TYPE_BLOCKDATA:
+      /* Not sure what this is - part of FORTRAN support maybe? 
+       * Anyway, not yet handled.
+       */
+      complain (&hpread_unhandled_blockdata_complaint);
+      break;
+
+    case DNTT_TYPE_CLASS_SCOPE:
+
+
+
+      /* The compiler brackets member functions with a CLASS_SCOPE/END
+       * pair of records, presumably to put them in a different scope
+       * from the module scope where they are normally defined.
+       * E.g., in the situation:
+       *   void f() { ... }
+       *   void c::f() { ...}
+       * The member function "c::f" will be bracketed by a CLASS_SCOPE/END.
+       * This causes "break f" at the module level to pick the
+       * the file-level function f(), not the member function
+       * (which needs to be referenced via "break c::f"). 
+       * 
+       * Here we record the class name to generate the demangled names of
+       * member functions later.
+       *
+       * FIXME Not being used now for anything -- cplus_demangle seems
+       * enough for getting the class-qualified names of functions. We
+       * may need this for handling nested classes and types.  */
+
+      /* pai: FIXME Not handling nested classes for now -- need to
+       * maintain a stack */
+
+      dn_temp = hpread_get_lntt (dn_bufp->dclass_scope.type.dnttp.index, objfile);
+      if (dn_temp->dblock.kind == DNTT_TYPE_TAGDEF)
+        class_scope_name = VT (objfile) + dn_temp->dtag.name;
+      else
+        class_scope_name = NULL;
+
+#if 0
+
+      /* Begin a new scope.  */
+      SL_INDEX (objfile) = hpread_record_lines (current_subfile,
+						SL_INDEX (objfile),
+						dn_bufp->dclass_scope.address,
+						objfile, offset);
+      valu = hpread_get_location (dn_bufp->dclass_scope.address, objfile);
+      valu += offset;		/* Relocate for dynamic loading */
+      desc = hpread_get_scope_start (dn_bufp->dclass_scope.address, objfile);
+      /* We use the scope start DNTT index as the nesting depth identifier! */
+      new = push_context (desc, valu);
+#endif
+      break;
+
+    case DNTT_TYPE_REFERENCE:
+      /* Declares a C++ reference type. Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level.
+       */
+      break;
+
+    case DNTT_TYPE_PTRMEM:
+      /* Declares a C++ pointer-to-data-member type. This does not
+       * need to be handled at this level; being a type description it
+       * is instead handled at the hpread_type_lookup() level.
+       */
+      break;
+
+    case DNTT_TYPE_PTRMEMFUNC:
+      /* Declares a C++ pointer-to-function-member type. This does not
+       * need to be handled at this level; being a type description it
+       * is instead handled at the hpread_type_lookup() level.
+       */
+      break;
+
+    case DNTT_TYPE_CLASS:
+      /* Declares a class type. 
+       * Should not be necessary to do anything
+       * with the type at this level; these are processed
+       * at the hpread_type_lookup() level. 
+       */
+      break;
+
+    case DNTT_TYPE_GENFIELD:
+      /* I believe this is used for class member functions */
+      /* Ignored at this level, but hpread_read_struct_type() will take
+       * care of walking the list of class members.
+       */
+      break;
+
+    case DNTT_TYPE_VFUNC:
+      /* Virtual function */
+      /* This does not have to be handled at this level; handled in
+       * the course of processing class symbols.
+       */
+      break;
+
+    case DNTT_TYPE_MEMACCESS:
+      /* DDE ignores this symbol table record.
+       * It has something to do with "modified access" to class members.
+       * I'll assume we can safely ignore it too.
+       */
+      break;
+
+    case DNTT_TYPE_INHERITANCE:
+      /* These don't have to be handled here, since they are handled
+       * within hpread_read_struct_type() in the process of constructing
+       * a class type.
+       */
+      break;
+
+    case DNTT_TYPE_FRIEND_CLASS:
+    case DNTT_TYPE_FRIEND_FUNC:
+      /* These can safely be ignored, as GDB doesn't need this
+       * info. DDE only uses it in "describe". We may later want
+       * to extend GDB's "ptype" to give this info, but for now
+       * it seems safe enough to ignore it.
+       */  
+      break;
+
+    case DNTT_TYPE_MODIFIER:
+      /* Intended to supply "modified access" to a type */
+      /* From the way DDE handles this, it looks like it always
+       * modifies a type. Therefore it is safe to ignore it at this
+       * level, and handle it in hpread_type_lookup().
+       */
+      break;
+
+    case DNTT_TYPE_OBJECT_ID:
+      /* Just ignore this - that's all DDE does */
+      break;
+
+    case DNTT_TYPE_MEMFUNC:
+      /* Member function */
+      /* This does not have to be handled at this level; handled in
+       * the course of processing class symbols.
+       */
+      break;
+
+    case DNTT_TYPE_DOC_MEMFUNC:
+      /* Member function */
+      /* This does not have to be handled at this level; handled in
+       * the course of processing class symbols.
+       */
+      break;
+
+    case DNTT_TYPE_TEMPLATE:
+      /* Template - sort of the header for a template definition,
+       * which like a class, points to a member list and also points
+       * to a TEMPLATE_ARG list of type-arguments.
+       * We do not need to process TEMPLATE records at this level though.
+       */
+      break;
+
+    case DNTT_TYPE_TEMPLATE_ARG:
+      /* The TEMPLATE record points to an argument list of
+       * TEMPLATE_ARG records, each of which describes one
+       * of the type-arguments.
+       * We do not need to process TEMPLATE_ARG records at this level though.
+       */
+      break;
+
+    case DNTT_TYPE_FUNC_TEMPLATE:
+      /* This will get emitted for member functions of templates.
+       * But we don't need to process this record at this level though,
+       * we will process it in the course of processing a TEMPLATE
+       * record.
+       */
+      break;
+
+    case DNTT_TYPE_LINK:
+      /* The LINK record is used to link up templates with instantiations. */
+      /* It is not clear why this is needed, and furthermore aCC does
+       * not appear to generate this, so I think we can safely ignore it. - RT
+       */
+      break;
+
+    /* DNTT_TYPE_DYN_ARRAY_DESC is not handled by GDB */
+    /* DNTT_TYPE_DESC_SUBRANGE is not handled by GDB */
+    /* DNTT_TYPE_BEGIN_EXT is not handled by GDB */
+    /* DNTT_TYPE_INLN is not handled by GDB */
+    /* DNTT_TYPE_INLN_LIST is not handled by GDB */
+    /* DNTT_TYPE_ALIAS is not handled by GDB */
+
+    default:
+      break;
+    }
+}
+
+/* Get nesting depth for a DNTT entry.
+ * DN_BUFP points to a DNTT entry.
+ * OBJFILE is the object file.
+ * REPORT_NESTED is a flag; if 0, real nesting depth is
+ * reported, if it is 1, the function simply returns a 
+ * non-zero value if the nesting depth is anything > 0.
+ * 
+ * Return value is an integer.  0 => not a local type / name
+ * positive return => type or name is local to some 
+ * block or function.
+ */ 
+
+
+/* elz: ATTENTION: FIXME: NOTE: WARNING!!!!
+   this function now returns 0 right away. It was taking too much time
+   at start up. Now, though, the local types are not handled correctly.
+*/
+
+
+static int
+hpread_get_scope_depth (dn_bufp, objfile, report_nested)
+  union dnttentry * dn_bufp;
+  struct objfile * objfile;
+  int  report_nested;
+{
+  register int index;
+  register union dnttentry * dn_tmp;
+  register short depth = 0;
+/****************************/
+  return 0;
+/****************************/
+
+  index = (((char *) dn_bufp) - LNTT (objfile)) / (sizeof (struct dntt_type_block));
+  
+  while (--index >= 0)
+    {
+      dn_tmp = hpread_get_lntt (index, objfile);
+      switch (dn_tmp->dblock.kind)
+        {
+          case DNTT_TYPE_MODULE:
+            return depth;
+          case DNTT_TYPE_END:
+            /* index is signed int; dnttp.index is 29-bit unsigned int! */
+            index = (int) dn_tmp->dend.beginscope.dnttp.index;
+            break;
+          case DNTT_TYPE_BEGIN:
+          case DNTT_TYPE_FUNCTION:
+          case DNTT_TYPE_DOC_FUNCTION:
+          case DNTT_TYPE_WITH:   
+          case DNTT_TYPE_COMMON: 
+          case DNTT_TYPE_CLASS_SCOPE:
+            depth++;
+            if (report_nested)
+              return 1;
+            break;
+          default:
+            break;
+        }
+    }
+  return depth;
+}
+
+/* Adjust the bitoffsets for all fields of an anonymous union of
+   type TYPE by negative BITS.  This handles HP aCC's hideous habit
+   of giving members of anonymous unions bit offsets relative to the
+   enclosing structure instead of relative to the union itself. */  
+
+static void
+hpread_adjust_bitoffsets (type, bits)
+  struct type * type;
+  int bits;
+{
+  register int i;
+
+  /* This is done only for unions; caller had better check that
+     it is an anonymous one. */ 
+  if (TYPE_CODE (type) != TYPE_CODE_UNION)
+    return;
+
+  /* Adjust each field; since this is a union, there are no base
+     classes. Also no static membes.  Also, no need for recursion as
+     the members of this union if themeselves structs or unions, have
+     the correct bitoffsets; if an anonymous union is a member of this
+     anonymous union, the code in hpread_read_struct_type() will
+     adjust for that. */
+
+  for (i = 0; i < TYPE_NFIELDS (type); i++)
+    TYPE_FIELD_BITPOS (type, i) -= bits;
+}
+
+/* Because of quirks in HP compilers' treatment of anonymous unions inside
+   classes, we have to chase through a chain of threaded FIELD entries.
+   If we encounter an anonymous union in the chain, we must recursively skip over
+   that too.
+
+   This function does a "next" in the chain of FIELD entries, but transparently
+   skips over anonymous unions' fields (recursively).
+   
+   Inputs are the number of times to do "next" at the top level, the dnttpointer
+   (FIELD) and entry pointer (FIELDP) for the dntt record corresponding to it,
+   and the ubiquitous objfile parameter. (Note: FIELDP is a **.)  Return value
+   is a dnttpointer for the new field after all the skipped ones */
+
+static dnttpointer
+hpread_get_next_skip_over_anon_unions (skip_fields, field, fieldp, objfile)
+  int skip_fields;
+  dnttpointer field;
+  union dnttentry ** fieldp;
+  struct objfile * objfile;
+{
+  struct type * anon_type;
+  register int i;
+  int bitoffset;
+  char * name;
+
+  for (i=0; i < skip_fields; i++)
+    {
+      /* Get type of item we're looking at now; recursively processes the types
+         of these intermediate items we skip over, so they aren't lost. */
+      anon_type = hpread_type_lookup ((*fieldp)->dfield.type, objfile);
+      anon_type = CHECK_TYPEDEF (anon_type);
+      bitoffset = (*fieldp)->dfield.bitoffset;
+      name = VT (objfile) + (*fieldp)->dfield.name;
+      /* First skip over one item to avoid stack death on recursion */ 
+      field = (*fieldp)->dfield.nextfield;
+      *fieldp = hpread_get_lntt (field.dnttp.index, objfile);
+      /* Do we have another anonymous union? If so, adjust the bitoffsets
+         of its members and skip over its members. */
+      if ((TYPE_CODE (anon_type) == TYPE_CODE_UNION) &&
+          (!name || STREQ (name, "")))
+        {
+          hpread_adjust_bitoffsets (anon_type, bitoffset);
+          field = hpread_get_next_skip_over_anon_unions (TYPE_NFIELDS (anon_type), field, fieldp, objfile);
+        }
+    }
+  return field;
+}
+
+