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/*
* Copyright (c) 2002-2005 The TenDRA Project <http://www.tendra.org/>.
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice,
* this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright notice,
* this list of conditions and the following disclaimer in the documentation
* and/or other materials provided with the distribution.
* 3. Neither the name of The TenDRA Project nor the names of its contributors
* may be used to endorse or promote products derived from this software
* without specific, prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS ``AS
* IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
* THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR
* CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
* EXEMPLARY OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
* PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
* OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
* OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* $Id$
*/
/*
Crown Copyright (c) 1997
This TenDRA(r) Computer Program is subject to Copyright
owned by the United Kingdom Secretary of State for Defence
acting through the Defence Evaluation and Research Agency
(DERA). It is made available to Recipients with a
royalty-free licence for its use, reproduction, transfer
to other parties and amendment for any purpose not excluding
product development provided that any such use et cetera
shall be deemed to be acceptance of the following conditions:-
(1) Its Recipients shall ensure that this Notice is
reproduced upon any copies or amended versions of it;
(2) Any amended version of it shall be clearly marked to
show both the nature of and the organisation responsible
for the relevant amendment or amendments;
(3) Its onward transfer from a recipient to another
party shall be deemed to be that party's acceptance of
these conditions;
(4) DERA gives no warranty or assurance as to its
quality or suitability for any purpose and DERA accepts
no liability whatsoever in relation to any use to which
it may be put.
*/
/*
VERSION INFORMATION
===================
--------------------------------------------------------------------------
$Header: /u/g/release/CVSROOT/Source/src/installers/sparc/solaris/sparcdiags.c,v 1.3 1998/03/11 11:04:07 pwe Exp $
--------------------------------------------------------------------------
$Log: sparcdiags.c,v $
* Revision 1.3 1998/03/11 11:04:07 pwe
* DWARF optimisation info
*
* Revision 1.2 1998/02/04 15:50:11 pwe
* STABS for void*
*
* Revision 1.1.1.1 1998/01/17 15:55:53 release
* First version to be checked into rolling release.
*
* Revision 1.5 1998/01/09 15:00:12 pwe
* prep restructure
*
* Revision 1.4 1997/08/23 13:55:22 pwe
* initial ANDF-DE
*
* Revision 1.3 1997/04/04 15:23:42 pwe
* tidy re old DWARF interface
*
* Revision 1.2 1997/04/01 17:17:42 pwe
* diagnose pl_tests
*
* Revision 1.1 1997/03/24 17:10:03 pwe
* reorganise solaris/sunos split
*
* Revision 1.11 1997/02/18 11:48:22 pwe
* NEWDIAGS for debugging optimised code
*
* Revision 1.10 1996/09/10 14:36:55 pwe
* fix diags - nested scope, param struct and leaf return
*
* Revision 1.9 1996/09/09 08:39:55 pwe
* correct stabs enums
*
* Revision 1.8 1995/12/15 10:27:23 john
* Fixed error in previous fix
*
* Revision 1.7 1995/11/23 15:21:31 john
* Fix for diagnostics (nested structures)
*
* Revision 1.6 1995/07/03 09:30:13 john
* Fixed error
*
* Revision 1.5 1995/06/29 08:20:22 john
* Reformatting
*
* Revision 1.4 1995/06/27 08:47:38 john
* Some reformatting
*
* Revision 1.3 1995/04/20 08:06:36 john
* Minor change
*
* Revision 1.2 1995/03/27 12:50:40 john
* Fix for c-style varargs handling
*
* Revision 1.1.1.1 1995/03/13 10:18:56 john
* Entered into CVS
*
* Revision 1.7 1995/01/11 16:40:35 john
* Fixed bug in diagnostics (for change request CR95_40)
*
* Revision 1.6 1995/01/11 09:59:32 john
* Fixed bug in diagnostics (for change request CR94_224)
*
* Revision 1.5 1994/07/07 16:11:33 djch
* Jul94 tape
*
* Revision 1.4 1994/07/04 08:29:06 djch
* added extra parameter to stabd (section number). -ve values used to control
* not putting out stabd (sometimes) in solaris; line #s go in the stabs.
* added assert(0) to catch uninitialized items.
*
* Revision 1.3 1994/06/22 09:48:33 djch
* Changes for solaris - line #s in functions are relative to start of fns,
* global decls have line # in the stabs, and no stabn, and local labels are .LL,
* not LL
*
* Revision 1.2 1994/05/13 13:08:39 djch
* Incorporates improvements from expt version
* changed format strings to remove longs..
*
* Revision 1.1 1994/05/03 14:49:53 djch
* Initial revision
*
* Revision 1.6 93/09/27 14:55:15 14:55:15 ra (Robert Andrews)
* Only whitespace.
*
* Revision 1.5 93/08/27 11:37:55 11:37:55 ra (Robert Andrews)
* A couple of lint-like changes.
*
* Revision 1.4 93/08/13 14:45:51 14:45:51 ra (Robert Andrews)
* Allow the stabs for long double to vary depending on DOUBLE_SZ.
*
* Revision 1.3 93/07/05 18:26:29 18:26:29 ra (Robert Andrews)
* A couple of minor corrections. Introduced stab_ptrs to avoid duplication
* of basic pointer types.
*
* Revision 1.2 93/06/29 14:32:54 14:32:54 ra (Robert Andrews)
* Fairly major rewrite and reformat. There were a number of errors which
* meant that the diagnostics were not previously working.
*
* Revision 1.1 93/06/24 14:59:22 14:59:22 ra (Robert Andrews)
* Initial revision
*
--------------------------------------------------------------------------
*/
#define SPARCTRANS_CODE
#include "config.h"
#include "addrtypes.h"
#include "exptypes.h"
#include "shapemacs.h"
#include "expmacs.h"
#include "codetypes.h"
#include "installtypes.h"
#include "toktypes.h"
#include "exp.h"
#include "exptypes.h"
#include "proctypes.h"
#include "procrec.h"
#include "tags.h"
#include "bitsmacs.h"
#include "xalloc.h"
#include "locate.h"
#include "comment.h"
#include "myassert.h"
#include "translat.h"
#include "machine.h"
#include "szs_als.h"
#include "read_fns.h"
#include "installglob.h"
#include "externs.h"
#include "out.h"
#include "sparcdiags.h"
#include "basicread.h"
#ifdef NEWDIAGS
#include "dg_types.h"
#include "dg_aux.h"
#include "dg_globs.h"
/* #include "proc.h" */
/* #include "regmacs.h" */
#else
#include "diagtypes.h"
#include "diag_fns.h"
#include "mark_scope.h"
#include "diagglob.h"
#endif
extern bool last_param(exp);
#if 0
void init_stab
(void)
{
return;
}
void init_stab_aux
(void)
{
return;
}
#endif
/*
FORWARD DECLARATIONS
*/
#ifdef NEWDIAGS
static void stab_file(dg_filename);
static void stab_scope_open(dg_filename);
static void stab_scope_close(void);
static void out_dt_shape(dg_type);
static void stab_local(dg_name, int);
#else
static void stab_scope_open(long);
static void stab_scope_close(void);
#endif
/*
DIAGNOSTICS FILE
*/
static FILE *dg_file;
#ifndef NEWDIAGS
static char *dg_file_name;
#endif
/* label number sequence independent from text code */
static int diag_lab_no = 0;
static int next_d_lab
(void)
{
return ++diag_lab_no;
}
/*
BASIC TYPE NUMBERS
*/
#define STAB_SCHAR 4
#define STAB_UCHAR 6
#define STAB_SSHRT 2
#define STAB_USHRT 3
#define STAB_SLONG 7
#define STAB_ULONG 9
#define STAB_SINT 1
#define STAB_UINT 8
#define STAB_FLOAT 10
#define STAB_DBL 11
#define STAB_LDBL 12
#define STAB_VOID 13
#define STAB_S64 14
#define STAB_U64 15
#define STAB_VS 16
#define NO_STABS 17
/*
BASIC POINTERS
*/
static long stab_ptrs[NO_STABS] = {
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
};
/*
CURRENT TYPE NUMBER
*/
static long typeno;
/*
SIZE OF LAST STAB TYPE OUTPUT
*/
static long last_type_sz = 0;
/*
CURRENT LINE NUMBER AND FILE NUMBER
*/
long currentlno = -1;
#ifdef NEWDIAGS
dg_filename currentfile = (dg_filename)0;
dg_filename prim_file = (dg_filename)0;
#else
long currentfile = -1;
#endif
/*
ARRAY OF TYPE SIZES
*/
static long *type_sizes;
static int total_type_sizes = 0;
/*
SETTING AND GETTING TYPE SIZES
*/
#define set_stab_size(i) type_sizes[(i)] = last_type_sz
#define get_stab_size(i) (type_sizes[(i)])
#define shape_stab_size(i, s) type_sizes[(i)] = shape_size(s)
/*
GET THE NEXT TYPE NUMBER
*/
static long next_typen
(void)
{
if (typeno >= total_type_sizes) {
int i, n = total_type_sizes, m = n + 100;
type_sizes = (long *)xrealloc(type_sizes,(size_t)m * sizeof(long));
for (i = n; i < m; i++)type_sizes[i] = 0;
total_type_sizes = m;
}
return(typeno++);
}
#ifndef NEWDIAGS
/*
ARRAY OF FILE DESCRIPTORS
*/
static filename *fds = null;
static int szfds = 0;
static int nofds = 0;
/*
ADD A NEW FILE TO THE ARRAY OF FILE DESCRIPTORS
*/
void stab_collect_files
(filename f)
{
if (fds == null) {
szfds += 10;
fds = (filename *)xmalloc(szfds * sizeof(filename));
}
else if (nofds >= szfds) {
szfds += 10;
fds = (filename *)xrealloc(fds, szfds * sizeof(filename));
}
fds[nofds++] = f;
return;
}
/*
FIND THE FILE DESCRIPTOR CORRESPONDING TO A FILE NAME
*/
static long find_file
(char * f)
{
long i;
for (i = 0; i < nofds; i++) {
if (strcmp(f, fds[i] ->file.ints.chars) == 0) return(i);
}
return(0);
}
#endif
/* solaris stores line no's relative
to the start of the procedure, so
remember the name */
static char * last_proc_lab = "<<No Proc>>";
/*
OUTPUT A FILE POSITION CONSTRUCT
*/
#define N_SLINE 0x44
#define N_DSLINE 0x46
#define N_BSLINE 0x48
#define N_LBRAC 0xc0
#define N_RBRAC 0xe0
#ifdef NEWDIAGS
void stabd
(dg_filename f, long lno, int seg)
{
long i;
if (f == currentfile && lno == currentlno) return;
stab_file(f);
if (seg != 0){ /* 0 suppresses always */
if (seg > 0) /* -ve line nos are put out in the stabs */
{
i = next_d_lab();
fprintf(dg_file, "\t.stabn\t0x%x,0,%ld,.LL.%ld-%s\n",seg,
lno, i, last_proc_lab);
fprintf(dg_file, ".LL.%ld:\n", i);
}
}
currentlno = lno;
return;
}
#else
void stabd
(long findex, long lno, int seg)
{
long i;
if (findex == currentfile && lno == currentlno) return;
stab_file(findex, 1);
if (seg != 0){ /* 0 suppresses always */
if (seg > 0) /* -ve line nos are put out in the stabs */
{
i = next_d_lab();
fprintf(dg_file, "\t.stabn\t0x%x,0,%ld,.LL.%ld-%s\n",seg,
lno, i, last_proc_lab);
fprintf(dg_file, ".LL.%ld:\n", i);
}
}
currentlno = lno;
return;
}
#endif
#ifdef NEWDIAGS
/*
OUTPUT DIAGNOSTICS SURROUNDING CODE
*/
void code_diag_info
(dg_info d, void(*mcode)PROTO_S((void *)), void * args)
{
if (d == nildiag) {
(*mcode)(args);
return;
}
switch (d->key) {
case DGA_PARAMS: {
dg_name arg = d->data.i_param.args;
while (arg) {
stab_local(arg, 1);
arg = arg->next;
}
code_diag_info(d->more, mcode, args);
break;
}
case DGA_SRC: {
if (d->data.i_src.startpos.line) {
stabd(d->data.i_src.startpos.file, d->data.i_src.startpos.line,
N_SLINE);
}
code_diag_info(d->more, mcode, args);
if (d->data.i_src.endpos.line)
stabd(d->data.i_src.endpos.file, d->data.i_src.endpos.line,
N_SLINE);
break;
}
case DGA_SCOPE:
case DGA_EXTRA: {
dg_filename f = currentfile;
long l = currentlno + 1;
if (d->data.i_scope.lexpos.line) {
f = d->data.i_scope.lexpos.file;
l = d->data.i_scope.lexpos.line;
}
stab_scope_open(f);
stabd(f, l, N_SLINE);
code_diag_info(d->more, mcode, args);
stab_scope_close();
if (d->data.i_scope.endpos.line)
stabd(d->data.i_scope.endpos.file, d->data.i_scope.endpos.line,
N_SLINE);
break;
}
case DGA_NAME: {
stab_local(d->data.i_nam.dnam, 0);
code_diag_info(d->more, mcode, args);
break;
}
default: {
code_diag_info(d->more, mcode, args);
break;
}
};
return;
}
#else
/*
OUTPUT INITIAL DIAGNOSTICS FOR A DIAGNOSE_TAG
*/
void stab_begin
(diag_info * d, int proc_no, exp e)
{
exp x;
if (d->key == DIAG_INFO_SOURCE) {
sourcemark *s = &d->data.source.beg;
long f = find_file(s->file->file.ints.chars);
stabd(f,(long)s->line_no.nat_val.small_nat ,N_SLINE);
return;
}
if (d->key != DIAG_INFO_ID) {
/* not implemented */
return;
}
x = d->data.id_scope.access;
/* MIPS */
if (isglob(son(x)) || no(son(x)) == 1) return;
mark_scope(e);
if (props(e) & 0x80) {
stab_scope_open(currentfile);
stabd(currentfile,(long)(currentlno + 1), N_SLINE);
}
stab_local(d->data.id_scope.nme.ints.chars, d->data.id_scope.typ,
x, 0, currentfile);
if (last_param(son(x))) {
stabd(currentfile,(long)(currentlno + 1),N_SLINE);
}
return;
}
/*
OUTPUT FINAL DIAGNOSTICS FOR A DIAGNOSE_TAG
*/
void stab_end
(diag_info * d, exp e)
{
if (d->key == DIAG_INFO_SOURCE) {
sourcemark *s = &d->data.source.end;
long f = find_file(s->file->file.ints.chars);
long lno = s->line_no.nat_val.small_nat;
stabd(f,(long)lno,N_SLINE);
return;
}
if (d->key == DIAG_INFO_ID && props(e) & 0x80) {
stab_scope_close(currentfile);
return;
}
return;
}
#endif
/*
FIND THE STAB OF A SIMPLE SHAPE
*/
#ifdef NEWDIAGS
static long out_sh_type
(shape s, char* nm)
{
last_type_sz = shape_size(s);
switch (name(s)) {
case scharhd: return(STAB_SCHAR);
case ucharhd: return(STAB_UCHAR);
case swordhd: return(STAB_SSHRT);
case uwordhd: return(STAB_USHRT);
case slonghd: return(strstr(nm, "long")? STAB_SLONG : STAB_SINT);
case ulonghd: return(strstr(nm, "long")? STAB_ULONG : STAB_UINT);
case s64hd: return(STAB_S64);
case u64hd: return(STAB_U64);
case shrealhd: return(STAB_FLOAT);
case realhd: return(STAB_DBL);
case doublehd: return(STAB_LDBL);
}
return(STAB_VOID);
}
static long find_basic_type
(char* s)
{
char* x;
if (strstr(s, "char"))
return(strstr(s, "unsigned")? STAB_UCHAR : STAB_SCHAR);
if (strstr(s, "double"))
return(strstr(s, "long")? STAB_LDBL : STAB_DBL);
if (strstr(s, "float"))
return(STAB_FLOAT);
if (strstr(s, "short"))
return(strstr(s, "unsigned")? STAB_USHRT : STAB_SSHRT);
if ((x = strstr(s, "long"))) {
if (strstr(x+1, "long"))
return(strstr(s, "unsigned")? STAB_U64 : STAB_S64);
return(strstr(s, "unsigned")? STAB_ULONG : STAB_SLONG);
}
if (strstr(s, "int"))
return(strstr(s, "unsigned")? STAB_UINT : STAB_SINT);
if (strstr(s, "void_star"))
return(STAB_VS);
return(STAB_VOID);
}
#else
static long out_sh_type
(shape s)
{
last_type_sz = shape_size(s);
switch (name(s)) {
case scharhd: return(STAB_SCHAR);
case ucharhd: return(STAB_UCHAR);
case swordhd: return(STAB_SSHRT);
case uwordhd: return(STAB_USHRT);
case slonghd: return(STAB_SINT);
case ulonghd: return(STAB_UINT);
case s64hd: return(STAB_S64);
case u64hd: return(STAB_U64);
case shrealhd: return(STAB_FLOAT);
case realhd: return(STAB_DBL);
case doublehd: return(STAB_LDBL);
}
return(STAB_VOID);
}
#endif
/*
OUTPUT DIAGNOSTICS DIRECTIVE FOR A FILE
*/
#ifdef NEWDIAGS
static void stab_file
(dg_filename f)
{
long i = next_d_lab();
int stb;
if (f == currentfile || !f) {
return;
}
stb = (f == prim_file ? 0x64 : 0x84);
if (f->file_name[0]!= '/' && f->file_path[0])
fprintf(dg_file, "\t.stabs\t\"%s/\",0x%x,0,0,.LL.%ld\n", f->file_path, stb, i);
fprintf(dg_file, "\t.stabs\t\"%s\",0x%x,0,0,.LL.%ld\n", f->file_name, stb, i);
fprintf(dg_file, ".LL.%ld:\n", i);
currentfile = f;
return;
}
#else
void stab_file
(long findex, bool internal)
{
static long i = 0;
if (findex == currentfile || findex < 0 || findex >= szfds) {
return;
}
if (!internal) {
/* source file */
i = next_d_lab();
fprintf(dg_file, "\t.stabs\t\"%s\",0x64,0,0,.LL.%ld\n",
fds[findex] ->file.ints.chars, i);
fprintf(dg_file, ".LL.%ld:\n", i);
}
else {
/* included file */
fprintf(dg_file, "\t.stabs\t\"%s\",0x84,0,0,.LL.%ld\n",
fds[findex] ->file.ints.chars, i);
}
currentfile = findex;
return;
}
#endif
/*
LIST OF DIAGNOSTIC SCOPES AND LOCAL VARIABLES
*/
#define DEL_SIZE 50
struct delay_stab {
int del_t;
union {
struct {
char * nm;
#ifdef NEWDIAGS
dg_type dt;
#else
diag_type dt;
#endif
int offset;
} l;
struct {
int br;
int lev;
int lab;
} b;
} u;
};
enum del_types {D_PARAM, D_LOCAL, D_BRACKET};
struct del_stab_array {
struct del_stab_array *more;
struct delay_stab a[DEL_SIZE];
};
static struct del_stab_array *del_stab_start = NULL;
static struct del_stab_array *last_del_array = NULL;
static struct del_stab_array *c_del_array = NULL;
static int c_del_index = DEL_SIZE;
static struct delay_stab * next_del_stab
(void)
{
if (c_del_index == DEL_SIZE) {
if (c_del_array != last_del_array)
c_del_array = c_del_array -> more;
else {
struct del_stab_array * s =
(struct del_stab_array *)(xmalloc(sizeof(struct del_stab_array)));
s -> more = NULL;
if (del_stab_start == NULL)
del_stab_start = s;
else
last_del_array -> more = s;
c_del_array = last_del_array = s;
}
c_del_index = 0;
}
return((c_del_array -> a) + (c_del_index ++));
}
static long open_label = 0;
static long bracket_level = 1;
/*
START OF A DIAGNOSTICS SCOPE
*/
#ifdef NEWDIAGS
static void stab_scope_open
(dg_filename f)
{
long i;
stab_file(f);
if (open_label != 0)
{
struct delay_stab * t = next_del_stab();
t->del_t = D_BRACKET;
t->u.b.br = N_LBRAC;
t->u.b.lev = bracket_level;
t->u.b.lab = open_label;
}
i = next_d_lab();
fprintf(dg_file, ".LL.%ld:\n", i);
open_label = i;
bracket_level++;
return;
}
#else
static void stab_scope_open
(long findex)
{
long i;
stab_file(findex, 1);
if (open_label != 0)
{
struct delay_stab * t = next_del_stab();
t->del_t = D_BRACKET;
t->u.b.br = N_LBRAC;
t->u.b.lev = bracket_level;
t->u.b.lab = open_label;
}
i = next_d_lab();
fprintf(dg_file, ".LL.%ld:\n", i);
open_label = i;
bracket_level++;
return;
}
#endif
/*
END OF A DIAGNOSTICS SCOPE
*/
#ifdef NEWDIAGS
static void stab_scope_close
(void)
{
long i;
struct delay_stab * x;
if (open_label != 0) {
struct delay_stab * t = next_del_stab();
t->del_t = D_BRACKET;
t->u.b.br = N_LBRAC;
t->u.b.lev = bracket_level;
t->u.b.lab = open_label;
open_label = 0;
}
i = next_d_lab();
x = next_del_stab();
x->del_t = D_BRACKET;
x->u.b.br = N_RBRAC;
x->u.b.lev = bracket_level;
x->u.b.lab = i;
fprintf(dg_file, ".LL.%ld:\n", i);
bracket_level--;
return;
}
#else
static void stab_scope_close
(long findex)
{
long i;
struct delay_stab * x;
if (open_label != 0) {
struct delay_stab * t = next_del_stab();
t->del_t = D_BRACKET;
t->u.b.br = N_LBRAC;
t->u.b.lev = bracket_level;
t->u.b.lab = open_label;
open_label = 0;
}
i = next_d_lab();
x = next_del_stab();
x->del_t = D_BRACKET;
x->u.b.br = N_RBRAC;
x->u.b.lev = bracket_level;
x->u.b.lab = i;
fprintf(dg_file, ".LL.%ld:\n", i);
bracket_level--;
return;
}
#endif
/*
DEPTH COUNT FOR STAB TYPES
*/
static int max_depth = 64;
static int depth_now = 0;
/*
OUTPUT A DIAGNOSTICS TYPE
*/
#define OUT_DT_SHAPE(dt) out_dt_shape((depth_now = 0, dt))
#ifdef NEWDIAGS
static long type_size
(dg_type dt)
{
if (!dt)
return 0;
if (dt->outref.k == LAB_D || dt->outref.k < 0)
return get_stab_size(dt->outref.u.l);
switch (dt->key) {
case DGT_TAGGED: {
dg_tag tag = dt->data.t_tag;
if (tag->key == DGK_NONE) {
return 0;
}
if (tag->key == DGK_TYPE) {
dg_type ref_t = tag->p.typ;
if (ref_t == dt)
return type_sizes[find_basic_type(ref_t->outref.u.s)];
return type_size(ref_t);
}
if (tag->key == DGK_NAME) {
dg_name ref_n = tag->p.nam;
if (ref_n->key == DGN_TYPE /* && ref_n->idnam.id_key == DG_ID_NONE */) {
dg_type ref_t = tag->p.nam->data.n_typ.raw;
return type_size(ref_t);
}
}
return 0;
}
case DGT_BASIC: {
return shape_size(dt->data.t_bas.b_sh);
}
case DGT_QUAL: {
if (dt->data.t_qual.q_key == DG_PTR_T)
return 32;
{
dg_type pdt = dt->data.t_qual.typ;
return type_size(pdt);
}
}
case DGT_ARRAY: {
if (dt->data.t_arr.dims.len == 1) {
dg_dim x;
x = dt->data.t_arr.dims.array[0];
if (x.d_key == DG_DIM_BOUNDS && !x.low_ref && !x.hi_ref && !x.hi_cnt) {
long lwb = no(son(x.lower.x));
long upb = no(son(x.upper.x));
long stride = no(son(dt->data.t_arr.stride));
return(stride *(upb - lwb + 1));
}
}
return 0;
}
case DGT_ENUM: {
return shape_size(dt->data.t_enum.sha);
}
case DGT_STRUCT: {
return shape_size(dt->data.t_struct.sha);
}
case DGT_BITF: {
return dt->data.t_bitf.bv.bits;
}
case DGT_PROC: {
return 32;
}
default :
return 0;
}
}
static void out_dt_shape
(dg_type dt)
{
if (!dt) {
fprintf(dg_file, "%d", STAB_VOID);
last_type_sz = 0;
return;
}
if (dt->outref.k == LAB_D || (dt->outref.k < 0 && depth_now != 0)) {
fprintf(dg_file, "%ld", dt->outref.u.l);
last_type_sz = get_stab_size(dt->outref.u.l);
return;
}
depth_now++;
switch (dt->key) {
case DGT_TAGGED: {
dg_tag tag = dt->data.t_tag;
if (tag->done) {
dt->outref = tag->outref;
out_dt_shape(dt);
break;
}
if (tag->key == DGK_NONE) {
failer("external type");
tag->done = 1;
tag->outref.k = LAB_D;
tag->outref.u.l = 0;
out_dt_shape(dt);
break;
}
if (tag->key == DGK_TYPE) {
dg_type ref_t = tag->p.typ;
if (ref_t == dt) {
if (ref_t->outref.k != LAB_STR)
failer("uninitialised?");
ref_t->outref.k = LAB_D;
ref_t->outref.u.l = find_basic_type(ref_t->outref.u.s);
}
out_dt_shape(ref_t);
dt->outref = tag->outref = ref_t->outref;
tag->done = 1;
break;
}
if (tag->key == DGK_NAME) {
dg_name ref_n = tag->p.nam;
if (ref_n->key == DGN_TYPE /* && ref_n->idnam.id_key == DG_ID_NONE */) {
dg_type ref_t = tag->p.nam->data.n_typ.raw;
out_dt_shape(ref_t);
dt->outref = tag->outref = ref_t->outref;
tag->done = 1;
break;
}
}
failer("unfinished convolution");
tag->done = 1;
tag->outref.k = LAB_D;
tag->outref.u.l = 0;
out_dt_shape(dt);
break;
}
case DGT_BASIC: {
dt->outref.u.l = out_sh_type(dt->data.t_bas.b_sh, dt->data.t_bas.tnam);
dt->outref.k = LAB_D;
out_dt_shape(dt);
break;
}
case DGT_QUAL: {
if (dt->data.t_qual.q_key == DG_PTR_T) {
long non;
dg_type pdt = dt->data.t_qual.typ;
if (pdt->key == DGT_BASIC) {
long pn = out_sh_type(pdt->data.t_bas.b_sh, pdt->data.t_bas.tnam);
non = stab_ptrs[pn];
if (non == 0) {
non = (dt->outref.k < 0 ? dt->outref.u.l : next_typen());
stab_ptrs[pn] = non;
fprintf(dg_file, "%ld=*%ld", non, pn);
}
else {
fprintf(dg_file, "%ld", non);
}
}
else {
non = (dt->outref.k < 0 ? dt->outref.u.l : next_typen());
fprintf(dg_file, "%ld=*", non);
out_dt_shape(pdt);
}
dt->outref.u.l = non;
dt->outref.k = LAB_D;
last_type_sz = 32;
set_stab_size(non);
}
else {
dg_type pdt = dt->data.t_qual.typ;
out_dt_shape(pdt);
dt->outref = pdt->outref;
}
break;
}
case DGT_ARRAY: {
long non;
if (dt->outref.k >= 0)
dt->outref.u.l = next_typen();
dt->outref.k = LAB_D;
non = dt->outref.u.l;
if (dt->data.t_arr.dims.len == 1) {
dg_dim x;
x = dt->data.t_arr.dims.array[0];
if (x.d_key == DG_DIM_BOUNDS && !x.low_ref && !x.hi_ref && !x.hi_cnt) {
long lwb = no(son(x.lower.x));
long upb = no(son(x.upper.x));
long stride = no(son(dt->data.t_arr.stride));
dg_type index_type = x.d_typ;
dg_type element_type = dt->data.t_arr.elem_type;
fprintf(dg_file, "%ld=", non);
fprintf(dg_file, "ar");
out_dt_shape(index_type);
fprintf(dg_file, ";%ld;%ld;", lwb, upb);
out_dt_shape(element_type);
last_type_sz = stride *(upb - lwb + 1);
set_stab_size(non);
break;
}
if (x.d_key == DG_DIM_NONE) {
dg_type index_type = x.d_typ;
dg_type element_type = dt->data.t_arr.elem_type;
fprintf(dg_file, "%ld=", non);
fprintf(dg_file, "ar");
out_dt_shape(index_type);
fprintf(dg_file, ";0;0;");
out_dt_shape(element_type);
last_type_sz = 0;
set_stab_size(non);
break;
}
}
failer("complex array");
break;
}
case DGT_ENUM: {
int i;
dg_enum * el = dt->data.t_enum.values.array;
if (dt->outref.k >= 0)
dt->outref.u.l = next_typen();
dt->outref.k = LAB_D;
fprintf(dg_file, "%ld=e", dt->outref.u.l);
for (i = 0; i < dt->data.t_enum.values.len; i++) {
fprintf(dg_file, "%s:%d,", el[i].enam, no(son(el[i].value)));
}
fprintf(dg_file, ";");
last_type_sz = shape_size(dt->data.t_enum.sha);
set_stab_size(dt->outref.u.l);
break;
}
case DGT_STRUCT: {
int i;
char su = (dt->data.t_struct.is_union ? 'u' : 's');
shape s = dt->data.t_struct.sha;
dg_classmem * el = dt->data.t_struct.u.fields.array;
if (dt->outref.k >= 0)
dt->outref.u.l = next_typen();
dt->outref.k = LAB_D;
fprintf(dg_file, "%ld=%c%d", dt->outref.u.l, su, shape_size(s) / 8);
for (i = 0; i < dt->data.t_struct.u.fields.len; i++) {
long offset = no(son(el[i].d.cm_f.f_offset));
if (depth_now >= max_depth) {
depth_now = 0;
fprintf(dg_file, "\\\\\",0x80,0,%d,%d\n",0,0);
fprintf(dg_file, }
depth_now++;
fprintf(dg_file, "%s:", el[i].d.cm_f.fnam);
out_dt_shape(el[i].d.cm_f.f_typ);
fprintf(dg_file, ",%ld,%ld;", offset, type_size(el[i].d.cm_f.f_typ));
}
fprintf(dg_file, ";");
last_type_sz = shape_size(s);
set_stab_size(dt->outref.u.l);
break;
}
case DGT_BITF: {
bitfield_variety bv;
bv = dt->data.t_bitf.bv;
fprintf(dg_file, "%d",(bv.has_sign ? STAB_SINT : STAB_UINT));
last_type_sz = bv.bits;
break;
}
case DGT_PROC: {
dg_type result_type = dt->data.t_proc.res_type;
long non1 = next_typen();
long non2 = next_typen();
dt->outref.u.l = non1;
dt->outref.k = LAB_D;
fprintf(dg_file, "%ld=*%ld=f", non1, non2);
out_dt_shape(result_type);
last_type_sz = 32;
set_stab_size(non1);
set_stab_size(non2);
break;
}
default : {
fprintf(dg_file, "%d", STAB_VOID);
dt->outref.u.l = STAB_VOID;
dt->outref.k = LAB_D;
last_type_sz = 0;
break;
}
}
#if 0
if (dt->mor && dt->mor->this_tag)
dt->mor->this_tag->outref = dt->outref;
#endif
return;
}
#else
static void out_dt_shape
(diag_type dt)
{
if (dt->been_outed) {
fprintf(dg_file, "%d",(int)dt->been_outed);
last_type_sz = get_stab_size(dt->been_outed);
return;
}
depth_now++;
switch (dt->key) {
case DIAG_TYPE_PTR: {
long non;
diag_type pdt = dt->data.ptr.object;
if (pdt->key == DIAG_TYPE_VARIETY) {
long pn = out_sh_type(f_integer(pdt->data.var));
non = stab_ptrs[pn];
if (non == 0) {
non = next_typen();
stab_ptrs[pn] = non;
fprintf(dg_file, "%ld=*%ld", non, pn);
}
else {
fprintf(dg_file, "%ld", non);
}
}
else {
non = next_typen();
fprintf(dg_file, "%ld=*", non);
out_dt_shape(dt->data.ptr.object);
}
dt->been_outed = non;
last_type_sz = 32;
set_stab_size(non);
break;
}
case DIAG_TYPE_ARRAY: {
long lwb = no(dt->data.array.lower_b);
long upb = no(dt->data.array.upper_b);
diag_type index_type = dt->data.array.index_type;
diag_type element_type = dt->data.array.element_type;
long non = next_typen();
dt->been_outed = non;
fprintf(dg_file, "%ld=", non);
fprintf(dg_file, "ar");
out_dt_shape(index_type);
fprintf(dg_file, ";%ld;%ld;", lwb, upb);
out_dt_shape(element_type);
last_type_sz *= (upb - lwb + 1);
set_stab_size(non);
break;
}
case DIAG_TYPE_STRUCT:
case DIAG_TYPE_UNION: {
int i;
char su;
shape s;
diag_field_list fields;
long non = next_typen();
dt->been_outed = non;
if (dt->key == DIAG_TYPE_STRUCT) {
fields = dt->data.t_struct.fields;
s = dt->data.t_struct.tdf_shape;
su = 's';
}
else {
fields = dt->data.t_union.fields;
s = dt->data.t_union.tdf_shape;
su = 'u';
}
fprintf(dg_file, "%ld=%c%d", non, su, shape_size(s) / 8);
for (i = fields->lastused - 1; i >= 0; i--) {
diag_field sf = (fields->array)[i];
long offset = no(sf->where);
/* if ( depth_now >= max_depth ) return ;*/
if (depth_now >= max_depth) {
depth_now = 0;
fprintf(dg_file, "\\\\\",0x80,0,%d,%d\n",0,0);
fprintf(dg_file, }
depth_now++;
fprintf(dg_file, "%s:", sf->field_name.ints.chars);
out_dt_shape(sf->field_type);
fprintf(dg_file, ",%ld,%ld;", offset, last_type_sz);
}
fprintf(dg_file, ";");
last_type_sz = shape_size(s);
set_stab_size(non);
break;
}
case DIAG_TYPE_VARIETY: {
dt->been_outed = out_sh_type(f_integer(dt->data.var));
fprintf(dg_file, "%ld", dt->been_outed);
break;
}
case DIAG_TYPE_PROC: {
diag_type result_type = dt->data.proc.result_type;
long non1 = next_typen();
long non2 = next_typen();
dt->been_outed = non1;
fprintf(dg_file, "%ld=*%ld=f", non1, non2);
out_dt_shape(result_type);
last_type_sz = 32;
set_stab_size(non1);
set_stab_size(non2);
break;
}
case DIAG_TYPE_LOC: {
/* +++ use qualifier which gives "const"/"volatile" */
out_dt_shape(dt->data.loc.object);
break;
}
case DIAG_TYPE_FLOAT: {
dt->been_outed = out_sh_type(f_floating(dt->data.f_var));
fprintf(dg_file, "%ld", dt->been_outed);
break;
}
case DIAG_TYPE_NULL: {
fprintf(dg_file, "%d", STAB_VOID);
last_type_sz = 0;
break;
}
case DIAG_TYPE_BITFIELD: {
long sz = dt->data.bitfield.no_of_bits.nat_val.small_nat;
fprintf(dg_file, "%d", STAB_SINT);
last_type_sz = sz;
break;
}
case DIAG_TYPE_ENUM: {
int i;
enum_values_list enumvals = dt->data.t_enum.values;
long non = next_typen();
dt->been_outed = non;
fprintf(dg_file, "%ld=e", non);
for (i = enumvals->lastused - 1; i >= 0; i--) {
enum_values ef = (enumvals->array)[i];
fprintf(dg_file, "%s:%d,", ef->nme.ints.chars, no(ef->val));
}
fprintf(dg_file, ";");
last_type_sz = 32;
set_stab_size(non);
break;
}
default : {
fprintf(dg_file, "%d", STAB_VOID);
last_type_sz = 0;
break;
}
}
return;
}
#endif
/*
OUTPUT DIAGNOSTICS FOR A GLOBAL VARIABLE
*/
#ifdef NEWDIAGS
void stab_global
(dg_name di, exp global, char * id, int ext)
{
char* nm;
dg_type dt;
if (!di || di->key != DGN_OBJECT)
return;
nm = idname_chars(di->idnam);
dt = di->data.n_obj.typ;
if (di->whence.line)
stabd(di->whence.file, di->whence.line, -N_DSLINE);
fprintf(dg_file, "\t.stabs\t\"%s:%c", nm,(ext ? 'G' : 'S'));
OUT_DT_SHAPE(dt);
fprintf(dg_file, "\",%#x,0,%ld,%s\n",(ext ? 0x24 :((no(global)!=0)?0x26:0x28)),
/* solaris puts line no,0 rather than
0, varname, so suppress the stabd
above, and do here. */
di->whence.line,
id
);
return;
}
#else
void stab_global
(diag_descriptor * dd, exp global, char * id, bool ext)
{
if (dd == NULL) return;
stabd(find_file(dd->data.id.whence.file->file.ints.chars),
(long)dd->data.id.whence.line_no.nat_val.small_nat
, -N_DSLINE);
fprintf(dg_file, "\t.stabs\t\"%s:%c", dd->data.id.nme.ints.chars,
(ext ? 'G' : 'S'));
OUT_DT_SHAPE(dd->data.id.new_type);
fprintf(dg_file, "\",%#x,0,%ld,%s\n",(ext ? 0x24 :((no(global)!=0)?0x26:0x28)),
/* solaris puts line no,0 rather than
0, varname, so suppress the stabd
above, and do here. */
dd->data.id.whence.line_no.nat_val.small_nat,
id
);
return;
}
#endif
/*
OUTPUT DIAGNOSTICS FOR A PROCEDURE
*/
#ifdef NEWDIAGS
void stab_proc
(dg_name di, exp proc, char * id, int ext)
{
char* nm;
dg_type dt;
if (!di || di->key != DGN_PROC)
return;
nm = idname_chars(di->idnam);
dt = di->data.n_proc.typ;
if (dt->key == DGT_PROC) /* it should be */
dt = dt->data.t_proc.res_type;
last_proc_lab = id;
if (di->whence.line)
stabd(di->whence.file, di->whence.line, 0);
fprintf(dg_file, "\t.stabs\t\"%s:%c", nm,(ext ? 'F' : 'f'));
OUT_DT_SHAPE(dt);
fprintf(dg_file, "\",0x24,0,%ld,%s\n", di->whence.line, id);
return;
}
#else
void stab_proc
(diag_descriptor * dd, exp proc, char * id, bool ext)
{
last_proc_lab = id; /* id is passed from translate_capsule,
so stays in scope while needed */
if (dd == NULL) return;
stabd(find_file(dd->data.id.whence.file->file.ints.chars),
(long)dd->data.id.whence.line_no.nat_val.small_nat
,0);
fprintf(dg_file, "\t.stabs\t\"%s:%c",
dd->data.id.nme.ints.chars,(ext ? 'F' : 'f'));
OUT_DT_SHAPE(dd->data.id.new_type->data.proc.result_type);
fprintf(dg_file, "\",0x24,0,%ld,%s\n",
dd->data.id.whence.line_no.nat_val.small_nat, id);
return;
}
#endif
void stab_proc_end
(void)
{
if (del_stab_start != NULL) {
struct del_stab_array *this_a = del_stab_start;
int this_i = 0;
while (this_a != c_del_array || this_i != c_del_index) {
struct delay_stab * t;
if (this_i == DEL_SIZE) {
this_a = this_a -> more;
this_i = 0;
}
t = (this_a -> a) + (this_i ++);
switch (t -> del_t) {
case D_PARAM: {
long disp = t->u.l.offset;
fprintf(dg_file, "\t.stabs\t\"%s:p", t->u.l.nm);
OUT_DT_SHAPE(t->u.l.dt);
fprintf(dg_file, "\",0xa0,0,%d,%ld\n", 0, disp);
if (disp <= 88) { /* register useage comment */
fprintf(dg_file, "\t.stabs\t\"%s:r", t->u.l.nm);
OUT_DT_SHAPE(t->u.l.dt);
fprintf(dg_file, "\",0x40,0,%d,%ld\n",0,24+ ((disp-68) /4));
}
break;
}
case D_LOCAL: {
long disp = t->u.l.offset;
fprintf(dg_file, "\t.stabs\t\"%s:", t->u.l.nm);
OUT_DT_SHAPE(t->u.l.dt);
fprintf(dg_file, "\",0x80,0,%d,%ld\n", 0, disp);
break;
}
default: {
fprintf(dg_file, "\t.stabn\t0x%x,0,%d,.LL.%d-%s\n",
t->u.b.br, t->u.b.lev, t->u.b.lab, last_proc_lab);
}
}
}
c_del_array = del_stab_start;
c_del_index = 0;
}
return;
}
/*
OUTPUT DIAGNOSTICS FOR A LOCAL VARIABLE
*/
#ifdef NEWDIAGS
static void stab_local
(dg_name di, int param)
{
exp id = di->data.n_obj.obtain_val;
struct delay_stab * t;
char* nm;
dg_type dt;
long disp;
if (di->key != DGN_OBJECT || !id)
return;
id = son(id);
if (name(id) == cont_tag && name(son(id)) == name_tag && isvar(son(son(id))))
id = son(id);
if (name(id)!= name_tag || isdiscarded(id) || (isglob(son(id)) &&
no(son(id)) == 0 && !(brog(son(id)) ->dec_u.dec_val.extnamed)))
return;
disp = no(id);
id = son(id);
nm = idname_chars(di->idnam);
dt = di->data.n_obj.typ;
t = next_del_stab();
if (name(id) == ident_tag && ((props(id) & defer_bit) == 0))
disp += boff ( id ).offset ; /* is this condition right ? */
again :
if (name(id) == ident_tag) {
if ((props(id) & defer_bit) == 0) {
/* +++ add assembler comment to say which reg is being used */
t->del_t = (param ? D_PARAM : D_LOCAL);
t->u.l.nm = nm;
t->u.l.dt = dt;
t->u.l.offset = disp;
return;
}
else {
exp sn = son(id);
long d = disp;
while (sn != nilexp) {
switch (name(sn)) {
case name_tag: {
disp = d + no(sn);
id = son(sn);
/* if ( isvar ( id ) ) dt = dt->data.ptr.object ; ?????????? */
goto again;
}
case reff_tag: {
d += no(sn);
sn = son(sn);
break;
}
case cont_tag: {
sn = son(sn);
break;
}
default : {
return;
}
}
}
}
}
return;
}
#else
void stab_local
(char *nm, diag_type dt, exp ldid, long disp, long findex)
{
exp id = son(ldid);
struct delay_stab * t = next_del_stab();
if (name(id) == ident_tag && ((props(id) & defer_bit) == 0))
disp += boff ( id ).offset ; /* is this condition right ? */
again :
if (name(id) == ident_tag) {
if ((props(id) & defer_bit) == 0) {
/* +++ add assembler comment to say which reg is being used */
if (isparam(id)) {
t->del_t = D_PARAM;
t->u.l.nm = nm;
t->u.l.dt = dt;
t->u.l.offset = disp;
return;
}
else {
t->del_t = D_LOCAL;
t->u.l.nm = nm;
t->u.l.dt = dt;
t->u.l.offset = disp;
return;
}
}
else {
exp sn = son(id);
long d = disp;
while (sn != nilexp) {
switch (name(sn)) {
case name_tag: {
disp = d + no(sn);
id = son(sn);
if (isvar(id))dt = dt->data.ptr.object;
goto again;
}
case reff_tag: {
d += no(sn);
sn = son(sn);
break;
}
case cont_tag: {
sn = son(sn);
break;
}
default : {
return;
}
}
}
}
}
return;
}
#endif
/*
DEAL WITH BASIC TYPES
*/
void stab_types
(void)
{
total_type_sizes = NO_STABS;
typeno = NO_STABS;
type_sizes = (long *)xmalloc(NO_STABS * sizeof(long));
fputs("\t.stabs\t\"int:t1=r1;-2147483648;2147483647;\",0x80,0,0,0\n", dg_file);
fputs("\t.stabs\t\"short int:t2=r1;-32768;32767;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"short unsigned int:t3=r1;0;65535;\",0x80,0,0,0\n", dg_file);
fputs("\t.stabs\t\"char:t4=r4;0;127;\",0x80,0,0,0\n", dg_file);
fputs("\t.stabs\t\"signed char:t5=r1;-128;127;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"unsigned char:t6=r1;0;255;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"long int:t7=r1;-2147483648;2147483647;\",0x80,0,0,0\n", dg_file);
fputs("\t.stabs\t\"unsigned int:t8=r1;0;-1;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"long unsigned int:t9=r1;0;-1;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"float:t10=r1;4;0;\",0x80,0,0,0\n", dg_file);
fputs("\t.stabs\t\"double:t11=r1;8;0;\",0x80,0,0,0\n", dg_file);
fprintf(dg_file, "\t.stabs\t\"long double:t12=r1;%ld;0;\",0x80,0,0,0\n",
DOUBLE_SZ / 8);
fputs("\t.stabs\t\"void:t13=13\",0x80,0,0,0\n", dg_file);
fputs("\t.stabs\t\"long long int:t14=r1;", dg_file);
fputs("01000000000000000000000;0777777777777777777777;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"unsigned long long int:t15=r1;", dg_file);
fputs("0000000000000;01777777777777777777777;\",0x80,0,0,0\n",
dg_file);
fputs("\t.stabs\t\"__void_star:t16=*13\",0x80,0,0,0\n",
dg_file);
type_sizes[0] = 0;
type_sizes[1] = 32;
type_sizes[2] = 16;
type_sizes[3] = 16;
type_sizes[4] = 8;
type_sizes[5] = 8;
type_sizes[6] = 8;
type_sizes[7] = 32;
type_sizes[8] = 32;
type_sizes[9] = 32;
type_sizes[10] = 32;
type_sizes[11] = 64;
type_sizes[12] = DOUBLE_SZ;
type_sizes[13] = 0;
type_sizes[14] = 64;
type_sizes[15] = 64;
type_sizes[16] = 32;
return;
}
#ifndef NEWDIAGS
/*
DEAL WITH STRUCTURE, UNION AND ENUM TAGS
*/
void stab_tagdefs
(void)
{
diag_tagdef **di = unit_ind_diagtags;
int i, n = unit_no_of_diagtags, istag;
for (i = 0; i < n; i++) {
diag_type d = di[i] ->d_type;
istag = 1;
switch (d->key) {
case DIAG_TYPE_STRUCT: {
char *nme = d->data.t_struct.nme.ints.chars;
if (nme && *nme) {
fprintf(dg_file, "\t.stabs\t\"%s:", nme);
} else {
static int s_count = 0;
fprintf(dg_file, "\t.stabs\t\"_struct%d:", s_count++);
}
break;
}
case DIAG_TYPE_UNION: {
char *nme = d->data.t_union.nme.ints.chars;
if (nme && *nme) {
fprintf(dg_file, "\t.stabs\t\"%s:", nme);
} else {
static int u_count = 0;
fprintf(dg_file, "\t.stabs\t\"_union%d:", u_count++);
}
break;
}
case DIAG_TYPE_ENUM: {
char *nme = d->data.t_enum.nme.ints.chars;
if (nme && *nme) {
fprintf(dg_file, "\t.stabs\t\"%s:", nme);
} else {
static int e_count = 0;
fprintf(dg_file, "\t.stabs\t\"_enum%d:", e_count++);
}
break;
}
default: {
istag = 0;
break;
}
}
if (istag) {
if (d->been_outed && 0) {
fprintf(dg_file, "%d",(int)d->been_outed);
} else {
fprintf(dg_file, "T");
OUT_DT_SHAPE(d);
}
fprintf(dg_file, "\",0x80,0,0,0\n");
}
}
return;
}
#endif
/*
DEAL WITH TYPEDEFS
*/
#ifndef NEWDIAGS
void stab_typedefs
(void)
{
diag_descriptor *di = unit_diagvar_tab.array;
int i, n = unit_diagvar_tab.lastused;
for (i = 0; i < n; i++) {
if (di[i].key == DIAG_TYPEDEF_KEY) {
long non = next_typen();
fprintf(dg_file, "\t.stabs\t\"%s:t%ld=",
di[i].data.typ.nme.ints.chars, non);
OUT_DT_SHAPE(di[i].data.typ.new_type);
fprintf(dg_file, "\",0x80,0,0,0\n");
}
}
return;
}
#endif
/*
INITIALISE DIAGNOSTICS
*/
#ifdef NEWDIAGS
void init_stab
(void)
{
return;
}
void init_stab_aux
(void)
{
dg_compilation this_comp;
dg_file = as_file;
this_comp = all_comp_units;
while (this_comp) {
dg_name item = this_comp->dn_list;
while (item) {
if (item->key == DGN_PROC && item->data.n_proc.obtain_val)
prim_file = this_comp->prim_file;
item = item -> next;
}
this_comp = this_comp->another;
}
if (prim_file)
stab_file(prim_file);
stab_types();
#if 0
this_comp = all_comp_units;
while (this_comp) {
dg_name item = this_comp->dn_list;
while (item) {
if (item->key == DGN_TYPE) {
dg_type dt = item->data.n_typ.raw;
char * s = idname_chars(item->idnam);
if (s[0]) {
if (!dt->outref.k) {
dt->outref.k = -1;
dt->outref.u.l = next_typen();
if (dt->key == DGT_STRUCT)
shape_stab_size(dt->outref.u.l, dt->data.t_struct.sha);
else
if (dt->key == DGT_ENUM)
shape_stab_size(dt->outref.u.l, dt->data.t_enum.sha);
}
}
else
if ((dt->key == DGT_STRUCT &&
(dt->data.t_struct.idnam.id_key == DG_ID_SRC ||
dt->data.t_struct.idnam.id_key == DG_ID_EXT)
&& (s = dt->data.t_struct.idnam.idd.nam, s[0]))
|| (dt->key == DGT_ENUM && (s = dt->data.t_enum.tnam, s[0]))) {
if (!dt->outref.k) {
dt->outref.k = -1;
dt->outref.u.l = next_typen();
if (dt->key == DGT_STRUCT)
shape_stab_size(dt->outref.u.l, dt->data.t_struct.sha);
else
if (dt->key == DGT_ENUM)
shape_stab_size(dt->outref.u.l, dt->data.t_enum.sha);
}
}
}
item = item -> next;
}
this_comp = this_comp->another;
}
#endif
this_comp = all_comp_units;
while (this_comp) {
dg_name item = this_comp->dn_list;
while (item) {
if (item->key == DGN_TYPE && item->data.n_typ.raw->key != DGT_UNKNOWN) {
dg_type dt = item->data.n_typ.raw;
char * s = idname_chars(item->idnam);
if (s[0]) {
fprintf(dg_file, "\t.stabs\t\"%s:", s);
if (dt->outref.k == LAB_STR) {
dt->outref.k = LAB_D;
dt->outref.u.l = find_basic_type(dt->outref.u.s);
}
if (dt->outref.k == LAB_D) {
fprintf(dg_file, "%d",(int)dt->outref.u.l);
} else {
fprintf(dg_file, "t");
OUT_DT_SHAPE(dt);
}
fprintf(dg_file, "\",0x80,0,0,0\n");
}
else
if ((dt->key == DGT_STRUCT &&
(dt->data.t_struct.idnam.id_key == DG_ID_SRC ||
dt->data.t_struct.idnam.id_key == DG_ID_EXT)
&& (s = dt->data.t_struct.idnam.idd.nam, s[0]))
|| (dt->key == DGT_ENUM && (s = dt->data.t_enum.tnam, s[0]))) {
fprintf(dg_file, "\t.stabs\t\"%s:", s);
if (dt->outref.k == LAB_D) {
fprintf(dg_file, "%d",(int)dt->outref.u.l);
} else {
fprintf(dg_file, "T");
OUT_DT_SHAPE(dt);
}
fprintf(dg_file, "\",0x80,0,0,0\n");
}
#if 0
if (item->mor && item->mor->this_tag)
item->mor->this_tag->outref = item->data.n_typ.raw->outref;
#endif
}
item = item -> next;
}
this_comp = this_comp->another;
}
return;
}
#else
void init_stab
(void)
{
dg_file_name = tmpnam(NULL);
dg_file = fopen(dg_file_name, "w");
if (dg_file == NULL) {
fail("Can't open temporary diagnostics file");
exit(EXIT_FAILURE);
}
stab_types();
return;
}
void init_stab_aux
(void)
{
int c;
FILE *f;
int i, j = 0;
for (i = 0; i < nofds; i++) {
char *s = fds[i] ->file.ints.chars;
int n = (int)strlen(s);
if (n && s[n - 1]!= 'h')j = i;
}
fclose(dg_file);
dg_file = as_file;
stab_file((long)j, 0);
f = fopen(dg_file_name, "r");
if (f == NULL) {
fail("Can't open temporary diagnostics file");
exit(EXIT_FAILURE);
}
while (c = fgetc(f), c != EOF)outc(c);
fclose(f);
remove(dg_file_name);
return;
}
#endif