freem/src/init.c - diff

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Diff for /freem/src/init.c between versions 1.11 and 1.14

version 1.11, 2025/04/13 04:22:43	version 1.14, 2025/04/20 03:13:17
Line 24	Line 24
* along with FreeM. If not, see <https://www.gnu.org/licenses/>.	* along with FreeM. If not, see <https://www.gnu.org/licenses/>.
*	*
* $Log$	* $Log$
	* Revision 1.14 2025/04/20 03:13:17 snw
	* Updates to init_execution_context
	*
	* Revision 1.13 2025/04/17 14:34:27 snw
	* Further logging improvements
	*
	* Revision 1.12 2025/04/15 14:39:06 snw
	* Further improvements to logging
	*
* Revision 1.11 2025/04/13 04:22:43 snw	* Revision 1.11 2025/04/13 04:22:43 snw
* Fix snprintf calls	* Fix snprintf calls
*	*
Line 92	Line 101
#include "jobtab.h"	#include "jobtab.h"
#include "datatypes.h"	#include "datatypes.h"
#include "objects.h"	#include "objects.h"
	#include "log.h"

#ifdef HAVE_LIBREADLINE	#ifdef HAVE_LIBREADLINE
# if defined(HAVE_READLINE_READLINE_H)	# if defined(HAVE_READLINE_READLINE_H)
Line 165 void init_mwapi(void);	Line 175 void init_mwapi(void);
short init (char *namespace_name)	short init (char *namespace_name)
{	{
short retval;	short retval;
	int log_level;

	init_log ();
init_process ();	init_process ();
init_devtable ();	init_devtable ();
init_signals ();	init_signals ();
Line 189 short init (char *namespace_name)	Line 201 short init (char *namespace_name)

if (retval == SHMS_GET_ERR) {	if (retval == SHMS_GET_ERR) {
if (errno != 13) {	if (errno != 13) {
fprintf (stderr, "init: error initializing shared memory [errno %d]\r\n", errno);	logprintf (FM_LOG_FATAL, "init: error initializing shared memory (error code %d [%s])", errno, strerror (errno));
}	}
else {	else {
fprintf (stderr, "init: error attaching to environment -- does your user belong to the group that owns environment '%s'?\r\n", shm_env);	logprintf (FM_LOG_FATAL, "init: error attaching to environment -- does your user belong to the group that owns environment '%s'?", shm_env);
}	}
if (run_daemon == FALSE) {
set_io (UNIX);
}
exit (1);
}	}

symtab_init ();	symtab_init ();
Line 206 short init (char *namespace_name)	Line 214 short init (char *namespace_name)
set_namespace (namespace_name, FALSE);	set_namespace (namespace_name, FALSE);

if (first_process) {	if (first_process) {
fprintf (stderr, "init: we are the first process in the environment (pid %d)\r\n", pid);	log_level = FM_LOG_INFO;
	}
	else {
	log_level = FM_LOG_DEBUG;
	}

	if (first_process) {
	logprintf (log_level, "init: we are the first process in the environment (pid %d)", pid);
}	}

if (first_process) fprintf (stderr, "init: initializing job table\r\n");	logprintf (log_level, "init: initializing job table");
jobtab_init ();	jobtab_init ();

if (first_process) fprintf (stderr, "init: adding job to job table\r\n");	logprintf (log_level, "init: adding job to job table");
job_init (FALSE);	job_init (FALSE);

if (first_process) fprintf (stderr, "init: initializing structured system variables\r\n");	logprintf (log_level, "init: initializing structured system variables");
init_ssvn ();	init_ssvn ();

if (first_process) fprintf (stderr, "init: initializing terminal\r\n");	logprintf (log_level, "init: initializing terminal");
init_terminal ();	init_terminal ();

if (first_process) fprintf (stderr, "init: initializing asynchronous events\r\n");	logprintf (log_level, "init: initializing asynchronous events");
evt_init ();	evt_init ();

if (first_process) fprintf (stderr, "init: initializing debugger\r\n");	logprintf (log_level, "init: initializing debugger");
dbg_init ();	dbg_init ();

if (first_process) fprintf (stderr, "init: initializing error stack\r\n");	logprintf (log_level, "init: initializing error stack");
init_estack();	init_estack();

etrap[0] = EOL;	etrap[0] = EOL;
Line 386 void init_timezone (void)	Line 401 void init_timezone (void)

long clock;	long clock;

#ifdef __CYGWIN__	#if defined(__CYGWIN__)

tzset (); /* may be required in order */	tzset (); /* may be required in order */
/* to guarantee _timezone set */	/* to guarantee _timezone set */
#else	#else
Line 475 void init_execution_context (void)	Line 489 void init_execution_context (void)

codptr = code;	codptr = code;
code[0] = EOL; /* init code_pointer */	code[0] = EOL; /* init code_pointer */
partition = calloc ((unsigned) (PSIZE + 2), 1);

if (partition == NULL) exit (2); /* could not allocate stuff... */	if ((partition = calloc ((unsigned) (PSIZE + 2), 1)) == NULL) {
	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate symbol table (error code %d [%s])", errno, strerror (errno));
	}

for (i = 0; i < MAXNO_OF_RBUF; i++) {	for (i = 0; i < MAXNO_OF_RBUF; i++) {
rbuf_flags[i].standard = standard;	rbuf_flags[i].standard = standard;
Line 491 void init_execution_context (void)	Line 506 void init_execution_context (void)
s = &partition[PSIZE] - 256; /* pointer to symlen_offset */	s = &partition[PSIZE] - 256; /* pointer to symlen_offset */
argptr = partition; /* pointer to beg of tmp-storage */	argptr = partition; /* pointer to beg of tmp-storage */

svntable = calloc ((unsigned) (UDFSVSIZ + 1), 1);	if ((svntable = calloc ((unsigned) (UDFSVSIZ + 1), 1)) == NULL) {
if (svntable == NULL) exit (2); /* could not allocate stuff... */	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate user-defined ISV table (error code %d [%s])", errno, strerror (errno));
	}
svnlen = UDFSVSIZ; /* begin of udf_svn_table */	svnlen = UDFSVSIZ; /* begin of udf_svn_table */
buff = calloc ((unsigned) NO_OF_RBUF * (unsigned) PSIZE0, 1); /* routine buffer pool */
if (buff == NULL) exit (2); /* could not allocate stuff... */

	if ((buff = calloc ((unsigned) NO_OF_RBUF * (unsigned) PSIZE0, 1)) == NULL) {
	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate routine buffers (error code %d [%s])", errno, strerror (errno));
	}

newstack = calloc ((unsigned) NSIZE, 1);	if ((newstack = calloc ((unsigned) NSIZE, 1)) == NULL) {
if (newstack == NULL) exit (2); /* could not allocate stuff... */	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate NEW stack (error code %d [%s])", errno, strerror (errno));
	}

#ifdef DEBUG_NEWPTR	logprintf (FM_LOG_DEBUG, "allocating newptr stack...");
printf("Allocating newptr stack...\r\n");
#endif

newptr = newstack;	newptr = newstack;
newlimit = newstack + NSIZE - 1024;	newlimit = newstack + NSIZE - 1024;


namstck = calloc ((unsigned) NESTLEVLS * 13, 1);	if ((namstck = calloc ((unsigned) NESTLEVLS * 13, 1)) == NULL) {
if (namstck == NULL) exit (2); /* could not allocate stuff... */	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate newptr stack (error code %d [%s])", errno, strerror (errno));
	}

*namstck = EOL;	*namstck = EOL;
*(namstck + 1) = EOL;	*(namstck + 1) = EOL;
namptr = namstck; /* routine name stack pointer */	namptr = namstck; /* routine name stack pointer */
framstck = calloc ((unsigned) NESTLEVLS * 256, 1);
if (framstck == NULL) exit (2); /* could not allocate stuff... */	if ((framstck = calloc ((unsigned) NESTLEVLS * 256, 1)) == NULL) {
	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate DO frame stack stack (error code %d [%s])", errno, strerror (errno));
	}

*framstck = EOL;	*framstck = EOL;
*(framstck + 1) = EOL;	*(framstck + 1) = EOL;
dofrmptr = framstck; /* DO_frame stack pointer */	dofrmptr = framstck; /* DO_frame stack pointer */
cmdstack = calloc ((unsigned) NESTLEVLS * 256, 1);
if (cmdstack == NULL) exit (2); /* could not allocate stuff... */	if ((cmdstack = calloc ((unsigned) NESTLEVLS * 256, 1)) == NULL) {
	logprintf (FM_LOG_FATAL, "init_execution_context: could not allocate command stack (error code %d [%s])", errno, strerror (errno));
	}

cmdptr = cmdstack; /* command stack */	cmdptr = cmdstack; /* command stack */

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Removed from v.1.11
changed lines
	Added in v.1.14