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RE: Problems building bfd (binutils-2.14) on AIX 4.3.3.0 with gcc 3.0 .1
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From: |
SMANSFEL |
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Subject: |
RE: Problems building bfd (binutils-2.14) on AIX 4.3.3.0 with gcc 3.0 .1 ! |
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Date: |
Thu, 10 Jul 2003 07:57:10 +0200 |
To build the Makefile I've done : address@hidden:/tmp/sources/Temp$
../binutils-2.14/configure ; make
By the way, i didn't find anything called "__thread" in sys/proc.h .
Here's the contents of sys/proc.h (let's hope it helps) :
address@hidden:/tmp/sources/Temp$ cat /usr/include/sys/proc.h
/* IBM_PROLOG_BEGIN_TAG */
/* This is an automatically generated prolog. */
/* */
/* bos43S src/bos/kernel/sys/proc.h 1.57.8.7 */
/* */
/* Licensed Materials - Property of IBM */
/* */
/* (C) COPYRIGHT International Business Machines Corp. 1985,1995 */
/* All Rights Reserved */
/* */
/* US Government Users Restricted Rights - Use, duplication or */
/* disclosure restricted by GSA ADP Schedule Contract with IBM Corp. */
/* */
/* IBM_PROLOG_END_TAG */
/* @(#)86 1.57.8.7 src/bos/kernel/sys/proc.h, sysproc, bos43S,
s2000_28A3 7/14/00 10:26:25 */
/*
* COMPONENT_NAME: SYSPROC
*
* FUNCTIONS: EXTRACT_NICE
* MAYBE_PID
* PROCMASK
* PROCPTR
* SET_NICE
* VALIDATE_PID
*
* ORIGINS: 3, 27, 83
*
*
* (C) COPYRIGHT International Business Machines Corp. 1985, 1996
* All Rights Reserved
* Licensed Materials - Property of IBM
* US Government Users Restricted Rights - Use, duplication or
* disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
*/
/*
* LEVEL 1, 5 Years Bull Confidential Information
*/
#ifndef _H_PROC
#define _H_PROC
#ifdef __cplusplus
extern "C" {
#endif
#include <sys/types.h>
#include <sys/ptrace.h>
#include <sys/timer.h>
#include <sys/resource.h>
#include <sys/m_param.h>
#include <sys/pri.h>
#include <sys/lockl.h>
#include <sys/limits.h>
#include <sys/var.h>
#include <sys/thread.h>
/*
* One structure allocated per uid. This structure contains the
* pointers to the uidinfo list, uid of the process and current
* number of processes refering to the structure.
*/
struct uidinfo {
struct uidinfo *pu_next; /* next uidinfo structure */
struct uidinfo *pu_prev; /* previous uidinfo structure */
uid_t pu_uid; /* uid of process */
long pu_cnt; /* # of refering processes */
int pu_pad[4]; /* future use */
};
extern struct uidinfo *get_uidinfo (uid_t uid);
extern void free_uidinfo (struct uidinfo *uidinfo);
/*
* One structure allocated per active process. Entries that are
* in use are pinned to avoid page faults in kernel critical sections.
*
* This structure contains per-process information that is needed
* when the process is swapped out. The per-process data
* that is not needed when the process is swapped out is located
* in the processes u-block, <sys/user.h>.
* If threads are enabled, per-thread data is located in the thread and
* uthread structures, <sys/thread.h> and <sys/uthread.h>.
*
* When changes are made here, be sure to update the assembler version
* in kernel/ml/proc.m4, too.
*/
#define max_proc ((struct proc *)v.ve_proc)
struct kernext_svc {
void (*kernext_svc_cleanup)(void *);
};
/*
* Generate the proc structure, but...
* If the special _32KER_64VMM flag is set (for vmm modules that must
* run in real 64bit mode in the 32bit kernel), we cannot generate a
* correct proc structure.
* So we don't generate one at all.
*/
#ifndef _32KERMODE
struct proc {
#ifndef __64BIT_KERNEL
char p_stat; /* process state */
char pad1; /* padding */
short p_xstat; /* exit status for wait */
uint p_flag; /* process flags */
uint p_int; /* process flags */
uint p_atomic; /* process flags */
/* main process link pointers */
struct proc *p_child; /* head of list of children */
struct proc *p_siblings; /* NULL terminated sibling list */
struct uidinfo *p_uidinfo; /* uid information structure */
struct proc *p_ganchor; /* anchor for pgrpl */
/* thread fields */
struct thread *p_threadlist; /* head of list of threads */
unsigned short p_threadcount; /* number of threads */
unsigned short p_active; /* number of active threads*/
unsigned short p_suspended; /* number of suspended threads */
unsigned short p_terminating; /* number of terminating threads*/
unsigned short p_local; /* number of "local" threads */
/* scheduler fields */
char p_nice; /* nice for cpu usage */
/* NOTE: PUSER is added into */
/* this field for processes that*/
/* do not have a fixed priority */
char p_sched_pri; /* most favored swapped thrd pri */
/* dispatcher fields */
uint p_pevent; /* pending events */
tid_t p_synch; /* event list for threads waiting
for this process to be suspended
*/
/* identifier fields */
uid_t p_uid; /* real user identifier */
uid_t p_suid; /* set user identifier */
pid_t p_pid; /* unique process identifier */
pid_t p_ppid; /* parent process identifier */
pid_t p_sid; /* session identifier */
pid_t p_pgrp; /* process group leader pid */
/* miscellaneous */
Simple_lock p_lock; /* proc lock for enabled cs */
uint p_kstackseg; /* never used in 4.3 and beyond */
uint p_adspace; /* process address space */
struct proc *p_pgrpl; /* circular list of process in */
/* the same process group. */
/* NOTE: this field is valid, */
/* only if p_pgrp != 0 */
struct proc *p_ttyl; /* circular list of process groups
*/
/* in the same session (p_sid).
*/
/* If the session has a controlling
*/
/* tty (u.u_ttyp), the processes
*/
/* (process groups) in the session
*/
/* have the same controlling tty.
*/
/* NOTE: p_ttyl links one process of
*/
/* each process group in the session
*/
struct ptipc *p_ipc; /* ipc when being debugged */
struct proc *p_dblist; /* processes being debugged */
struct proc *p_dbnext; /* next in p_dblist */
/* signal information */
sigset_t p_sig; /* pending signals */
sigset_t p_sigignore; /* signals being ignored */
sigset_t p_sigcatch; /* signals being caught */
sigset_t p_siginfo; /* keep siginfo_t for these */
struct ksiginfo *p_infoq; /* queue of siginfo_t's */
uint p_flag2; /* More flags */
/* zombie process information (doubleword aligned) */
struct rusage64 p_ru; /* Rusage structure for exit() */
/* process statistics */
unsigned long long p_size; /* size of image (pages) */
unsigned long long p_minflt; /* page fault count - no I/O */
unsigned long long p_majflt; /* page fault count - I/O needed*/
unsigned long long p_nframes; /* accounting page frames */
unsigned long long p_npsblks; /* accounting paging space blocks */
unsigned long long p_nvpages; /* accounting virtual mem pages */
uint p_pctcpu; /* cpu percentage */
uint p_auditmask; /* Auditing stuff */
/* additional scheduler fields */
long long p_repage; /* repaging count */
int p_sched_count; /* watchdog suspension count */
struct proc *p_sched_next; /* next process in swap queues */
struct proc *p_sched_back; /* previous process in swap q */
short p_cpticks; /* ticks of cpu time in last sec*/
short p_msgcnt; /* uprintf message count */
uint p_majfltsec; /* maj flts in the last sec */
Simple_lock p_lock_d; /* proc lock for disabled cs */
struct kernext_svc *p_asyncio;
/* fields for checkpoint/restart */
int p_chkblock; /* No. of checkpoint handler blocks
*/
crid_t p_crid; /* CRID of process */
struct proc *p_cridnext; /* Next process in C/R group */
void *p_chkfile; /* Ptr to chkfile structure */
uint p_crid_token; /* Token for primary chkpt process
*/
pid_t p_vpid; /* Virtual pid for a restarted
process*/
pid_t p_vppid; /* virtual parent id
*/
pid_t p_vsid; /* virtual session identifier
*/
pid_t p_vpgrp; /* virtual process group leader pid
*/
class_id_t p_class; /* wlm class */
#define P_PAD 6
#define P_VCSIZE 32
Simple_lock p_usched_lock; /* disabled user scheduler lock */
struct thread *p_uschedp; /* user scheduler thread ptr */
void *p_lgpage; /* for shmat SHM_LGPAGE option */
int p_pad[P_PAD]; /* pad to P_VCSIZE byte boundary*/
#else /* __64BIT_KERNEL */
/* Proc structure in 64bit kernel. The fields have been
* rearranged to avoid "holes" between fields.
*/
pid_t p_pid; /* unique process identifier */
pid_t p_ppid; /* parent process identifier */
char p_stat; /* process state */
char pad1; /* padding */
short p_xstat; /* exit status for wait */
uint p_flag; /* process flags */
uint p_int; /* process flags */
uint p_atomic; /* process flags */
/* main process link pointers */
struct proc *p_child; /* head of list of children */
struct proc *p_siblings; /* NULL terminated sibling list */
struct uidinfo *p_uidinfo; /* uid information structure */
struct proc *p_ganchor; /* anchor for pgrpl */
/* thread fields */
struct thread *p_threadlist; /* head of list of threads */
uint p_threadcount;/* number of threads */
uint p_active; /* number of active threads*/
uint p_suspended; /* number of suspended threads */
uint p_terminating;/* number of terminating threads*/
uint p_local; /* number of "local" threads */
/* scheduler fields */
char p_nice; /* nice for cpu usage */
/* NOTE: PUSER is added into */
/* this field for processes that*/
/* do not have a fixed priority */
char p_sched_pri; /* most favored swapped thrd pri */
/* dispatcher fields */
ulong p_pevent; /* pending events */
tid_t p_synch; /* event list for threads waiting
for this process to be suspended
*/
/* identifier fields */
uid_t p_uid; /* real user identifier */
uid_t p_suid; /* set user identifier */
pid_t p_sid; /* session identifier */
pid_t p_pgrp; /* process group leader pid */
/* miscellaneous */
Simple_lock p_lock; /* proc lock for enabled cs */
vmhandle_t p_kstackseg; /* never used in 4.3 and beyond */
vmhandle_t p_adspace; /* process address space */
#ifdef _IA64
ulong p_adspace_m; /* machine-specific proc add space
*/
#endif /* _IA64 */
ulong p_adtable; /* process address space */
struct proc *p_pgrpl; /* circular list of process in */
/* the same process group. */
/* NOTE: this field is valid, */
/* only if p_pgrp != 0 */
struct proc *p_ttyl; /* circular list of process groups
*/
/* in the same session (p_sid).
*/
/* If the session has a controlling
*/
/* tty (u.u_ttyp), the processes
*/
/* (process groups) in the session
*/
/* have the same controlling tty.
*/
/* NOTE: p_ttyl links one process of
*/
/* each process group in the session
*/
struct ptipc *p_ipc; /* ipc when being debugged */
struct proc *p_dblist; /* processes being debugged */
struct proc *p_dbnext; /* next in p_dblist */
/* signal information */
sigset_t p_sig; /* pending signals */
sigset_t p_sigignore; /* signals being ignored */
sigset_t p_sigcatch; /* signals being caught */
sigset_t p_siginfo; /* keep siginfo_t for these */
struct ksiginfo *p_infoq; /* queue of siginfo_t's */
/* zombie process information (doubleword aligned) */
struct rusage64 p_ru; /* Rusage structure for exit() */
/* process statistics */
unsigned long long p_size; /* size of image (pages) */
unsigned long long p_minflt; /* page fault count - no I/O */
unsigned long long p_majflt; /* page fault count - I/O needed*/
unsigned long long p_nframes; /* accounting page frames */
unsigned long long p_npsblks; /* accounting paging space blocks */
unsigned long long p_nvpages; /* accounting virtual mem pages */
uint p_pctcpu; /* cpu percentage */
uint p_auditmask; /* Auditing stuff */
uint p_flag2; /* More flags */
/* additional scheduler fields */
int p_sched_count; /* watchdog suspension count */
long long p_repage; /* repaging count */
struct proc *p_sched_next; /* next process in swap queues */
struct proc *p_sched_back; /* previous process in swap q */
short p_cpticks; /* ticks of cpu time in last sec*/
short p_msgcnt; /* uprintf message count */
uint p_majfltsec; /* maj flts in the last sec */
Simple_lock p_lock_d; /* proc lock for disabled cs */
struct kernext_svc *p_asyncio;
/* fields for checkpoint/restart */
int p_chkblock; /* No. of checkpoint handler blocks
*/
crid_t p_crid; /* CRID of process */
struct proc *p_cridnext; /* Next process in C/R group */
void *p_chkfile; /* Ptr to chkfile structure */
pid_t p_vpid; /* Virtual pid for a restarted
process*/
pid_t p_vppid; /* virtual parent id
*/
pid_t p_vsid; /* virtual session identifier
*/
pid_t p_vpgrp; /* virtual process group leader pid
*/
uint p_crid_token; /* Token for primary chkpt process
*/
class_id_t p_class; /* wlm class */
#ifdef _IA64
#define P_PAD 10
#define P_VCSIZE 64
#else
#define P_PAD 12
#define P_VCSIZE 64
Simple_lock p_usched_lock; /* disabled user scheduler lock */
struct thread *p_uschedp; /* user scheduler thread ptr */
void *p_lgpage; /* for shmat SHM_LGPAGE option */
int p_pad[P_PAD]; /* pad to P_VCSIZE byte boundary*/
#endif
#endif /* __64BIT_KERNEL */
};
#ifdef _KERNSYS
/*
* Make sure that the proc structure is really a multiple of P_VCSIZE bytes.
* If not, the structure below will cause a severe compilation error.
*/
struct procsizevaliditycheck {
char a[sizeof(struct proc) % P_VCSIZE ? -1 : 1];
};
#endif
#endif /* _32KERMODE */
#define p_link p_child /* any field not used when free */
#define xp_stat p_xstat
#define xp_ru p_ru
#define xp_utime p_ru.ru_utime.tv_sec
#define xp_stime p_ru.ru_stime.tv_sec
#define p_sigmask p_threadlist->t_sigmask /* to be removed (NFS) */
/*
* NOTE: process flag values are or'd together for binary compatibility
*/
/*
* process flags, p_flag
*
* This field can be updated under the process only. If the process
* is single threaded, then the update can be made at base level. Otherwise
* interrupts need to be disabled and the p_lock_d held.
*/
#define SLOAD 0x00000001 /* user and uthread struct. pinned
*/
#define SNOSWAP 0x00000002 /* process can't be swapped out
*/
#define SFORKSTACK 0x00000004 /* special fork stack is allocated
*/
#define STRC 0x00000008 /* process being traced
*/
#define SFIXPRI 0x00000100 /* fixed priority, ignoring p_cpu
*/
#define SKPROC 0x00000200 /* Kernel processes
*/
#define SSIGNOCHLD 0x00000400 /* do send SIGCHLD on child's
death*/
#define SSIGSET 0x00000800 /* process uses the SVID sigset
int*/
#define SXPG1170 0x00001000 /* XPG SPEC1170 behavior assumed
*/
#define SGETUREGS 0x00002000 /* state save on svc call
*/
#define SLKDONE 0x00002000 /* proc has "done" locks(not used)
*/
#define STRACING 0x00004000 /* process is a debugger
*/
#define SMPTRACE 0x00008000 /* multi-process debugging
*/
#define SEXIT 0x00010000 /* process is exiting
*/
#define SORPHANPGRP 0x00040000 /* orphaned process group
*/
#define SNOCNTLPROC 0x00080000 /* session leader relinquished
*/
/* the controlling terminal
*/
#define SPPNOCLDSTOP 0x00100000 /* Do not send parent process
*/
/* SIGCHLD when a child stops
*/
#define SEXECED 0x00200000 /* process has exec'd
*/
#define SJOBSESS 0x00400000 /* job control used in session
*/
#define SJOBOFF 0x00800000 /* free from job control
*/
#define SEXECING 0x01000000 /* process is execing
*/
#define SPSEARLYALLOC 0x04000000 /* allocates paging space early
*/
#define SCONTINUED 0x08000000 /* process continued after stop
*/
/*
* yet more process flags, p_flag2
*/
#define S64BIT 0x00000001 /* this is a 64-bit process
*/
#define SFASTTRAP 0x00000004 /* fast trap capability enabled
*/
#define SCHKPNT 0x00000008 /* checkpoint operation pending
*/
#define SRESTART 0x00000010 /* restart in progress
*/
#define SPRIMARY 0x00000020 /* Primary checkpoint process
*/
#define SCHKPNTABLE 0x00000040 /* Checkpointable process (env
var)*/
#define SRESTARTED 0x00000080 /* Restarted process
*/
#define SRESTARTING 0x00000100 /* Restarting process
*/
#define SCHKPNTING 0x00000200 /* Process in checkpoint
*/
#define SRT_MPC 0x00000400 /* RT kernel: send MPC to preempt
*/
#define SRT_GRQ 0x00000800 /* process stays on global run queue
*/
#define SWP_SIGNALED 0x00001000 /* sig posted for watchpoint hit
*/
#define PTHREADED 0x00002000 /* this is a pthreaded process
*/
/*
* process flags, p_int
*
* This field can be updated at the interrupt level, under the process,
* or from another process provided that interrupts are disabled and the
* p_lock_d is held.
*/
#define SCORE 0x00000001 /* process is core dumping
*/
#define SRUNQ 0x00000004 /* runnable pthreads.
*/
#define SJUSTBACKIN 0x00020000 /* process recently restarted
*/
#define SPSMKILL 0x02000000 /* paging space mgr chose me to
die*/
#define STERM 0x10000000 /* process should be terminated
*/
#define SSUSP 0x20000000 /* suspend process in kmode/umode
*/
#define SSUSPUM 0x40000000 /* suspend process in umode
*/
#define SGETOUT 0x80000000 /* process should be swapped out
*/
/*
* This flag triggers a call to sig_slih. When changing these flags,
* one must also change proc.m4. Moreover, the bits have to be consecutive
* to work with rlinm.
*/
#define SSIGSLIH (STERM|SSUSP|SSUSPUM|SGETOUT)
/*
* process flags, p_atomic
*
* This field is updated through atomic primitives only.
*/
#define SWTED 0x00000010 /* stopped while traced
*/
#define SFWTED 0x00000020 /* stopped after fork while traced
*/
#define SEWTED 0x00000040 /* stopped after exec while traced
*/
#define SLWTED 0x00000080 /* stopped after load/unload while
*/
/*
* process states, p_stat
*/
#define SNONE 0 /* slot is available */
#define SIDL 4 /* process is created */
#define SZOMB 5 /* process is dying */
#define SSTOP 6 /* process is stopped */
#define SACTIVE 7 /* process is active */
#define SSWAP 8 /* process is swapped */
/*
* Defines and macros for use with process table entries
*/
#define PIDRESERVED 6 /* number of bits reserved in pid */
#define PROCSHIFT 18 /* number of bits in proc index */
#define PGENSHIFT 8 /* proc index offset */
#define PGENMASK ((1<<PGENSHIFT)-1)
#define NPROC (1<<PROCSHIFT)
#define PIDMASK ((NPROC-1)<<PGENSHIFT)
#define PIDMAX ((NPROC<<PGENSHIFT)-1)
/* pid are even, but 1 is also a pid */
#define MAYBE_PID(pid) (!(pid & 1) || (pid == 1))
/* mask for proc index */
#define PROCMASK(pid) ((((pid)&PIDMASK)>>PGENSHIFT) | ((pid)&1))
#ifdef _KERNEL
extern struct proc proc[NPROC]; /* the process table, itself */
/* convert pid to proc pointer */
#define PROCPTR(pid) (&proc[PROCMASK(pid)])
/* validate whether a process id is valid or not */
#define VALIDATE_PID(pid) \
(((PROCPTR(pid) >= (struct proc *)v.ve_proc) || \
(PROCPTR(pid)->p_pid != (pid))) ? \
NULL : PROCPTR(pid))
/* determine if a process is multi-threaded given a procp or threadp */
#define MTHREAD(p) ( (p)->p_active > 1 )
#define MTHREADT(t) ( (t)->t_procp->p_active > 1 )
#endif
#define P_NICE_DEFAULT (NZERO+PUSER) /* default value for p_nice */
#define P_NICE_MAX 40 /* maximum nice value */
#define P_NICE_MIN 0 /* minimum nice value */
#define EXTRACT_NICE(p) \
(((p)->p_flag & SFIXPRI) ? (P_NICE_MAX + 1) : ((p)->p_nice - PUSER))
#define SET_NICE(p,n) \
{ \
if (!((p)->p_flag & SFIXPRI)) { \
(p)->p_nice = (MIN(P_NICE_MAX,MAX(0,(n)))) + PUSER; \
} \
}
/* global locks - listed in precedence */
extern Complex_lock core_lock;
extern Simple_lock crid_lock;
extern Simple_lock time_lock;
extern Simple_lock proc_tbl_lock;
/* user_event_lock's */
extern Simple_lock ptrace_lock;
extern Complex_lock tod_lock;
extern Simple_lock proc_base_lock;
/* event_list_lock's and slist_list_lock's are peers */
/* p_lock_d's */
extern Simple_lock suspending_q_lock;
/* run_queue_lock's, suspending_q_lock, and vmm wait_list_lock's are peers
*/
/*
* Structures for resource intialization/termination handlers
*/
struct proch
{
struct proch *next; /* next pointer */
void (*handler)(); /* function to be called */
};
/* Defines to pass the resource handlers */
#define PROCH_INITIALIZE 1
#define PROCH_TERMINATE 2
#define PROCH_SWAPOUT 3 /* process is being swapped out. It's
*/
/* u block is still pinned. Interrupts
*/
/* are enabled
*/
#define PROCH_SWAPIN 4 /* process is being made runnable. It's
*/
/* u block has been pinned , but it
has*/
/* not been put on a 'ready to run'
*/
/* queue. Interrupts are enabled.
*/
#define PROCH_EXEC 5
#define THREAD_INITIALIZE 11
#define THREAD_TERMINATE 12
/*
* Function prototypes for 64bit kernel only
*/
#ifdef _KERNEL
#if defined(__64BIT_KERNEL) || defined(__FULL_PROTO)
extern void prochadd(struct proch *);
extern void prochdel(struct proch *);
extern int initp(pid_t, int (*)(),
char *, int32long64_t, char[]);
extern pid_t creatp(void);
extern int setpinit(void);
extern int setpswap(void);
extern pid_t getpid(void);
extern pid_t getppidx(pid_t pid);
extern int getuerror(void);
extern int setuerror(int errno);
extern int setjmpx(label_t *);
extern void clrjmpx(label_t *);
extern int longjmpx(int);
extern void setsid2(void);
#endif /* (__64BIT_KERNEL || __FULL_PROTO) */
#endif /* _KERNEL */
/*
* p_pctcpu is a floating point number represented as a ulong. It has
* a range of [(2 ** 16 ) - 1, (2 ** -16) + 1]. To translate into a
* floating point divide by (double)FLT_MODULO.
*/
#define FLT_MODULO (1<<16)
#ifdef __cplusplus
}
#endif
#endif /* _H_PROC */
-----Message d'origine-----
De: Alan Modra [mailto:address@hidden
Date: jeudi 10 juillet 2003 03:25
À: SOPRA - MANSFELD, Sebastien
Cc: address@hidden; address@hidden;
address@hidden
Objet: Re: Problems building bfd (binutils-2.14) on AIX 4.3.3.0 with gcc
3.0 .1 !
On Wed, Jul 09, 2003 at 06:19:04PM +0200, address@hidden wrote:
> I get the following message when making binutils with gcc 3.0.1 :
> (Reading specs from
> /usr/local/lib/gcc-lib/powerpc-ibm-aix4.3.2.0/3.0.1/specs
> Configured with: ./configure --enable-threads=aix --disable-nls
> Thread model: single
> gcc version 3.0.1) on AIX 4.3.3.0 (oslevel output) :
>
> gcc -DHAVE_CONFIG_H -I. -I. -I. -D_GNU_SOURCE -DAIX_CORE_DUMPX_CORE
> -DAIX_CORE -I. -I. -I./../include -I./../intl -I../intl -W -Wall
> -Wstrict-prototypes -Wmissing-prototypes -g -O2 -c rs6000-core.c -o
> rs6000-core.o
> In file included from /usr/include/sys/user.h:77,
> from rs6000-core.c:67:
> /usr/include/sys/proc.h:203: parse error before "crid_t"
Without knowing the contents of sys/proc.h, I can't say what went wrong.
You possibly have a variable named __thread, which is now a reserved
word.
--
Alan Modra
IBM OzLabs - Linux Technology Centre
- RE: Problems building bfd (binutils-2.14) on AIX 4.3.3.0 with gcc 3.0 .1 !,
SMANSFEL <=