static void __CDECL
startup(register BASEPAGE *b)
{
register int (*func)(long);
register long arg;
_setstack(((char *)b) + SIZE);
func = (int (*)(long))b->p_dbase;
arg = b->p_dlen;
/* If this is a thread, it doesn't need
* own copy of the environment, right?
*/
Mfree(b->p_env);
b->p_env = _base->p_env;
/* copy from parents basepage for debuggers... */
b->p_tbase = _base->p_tbase;
b->p_tlen = _base->p_tlen;
b->p_dbase = _base->p_dbase;
b->p_dlen = _base->p_dlen;
b->p_bbase = _base->p_bbase;
b->p_blen = _base->p_blen;
Pterm((*func)(arg));
}
void _acc_main(void) {
static char *acc_argv[] = { "", NULL }; /* no name and no arguments */
if (_stksize == 0 || _stksize == -1L)
_stksize = MINKEEP;
if (_stksize < 0)
_stksize = -_stksize;
// if ((s = getenv("STACKSIZE")) != 0)
// _stksize = atoi(s);
/* stack on word boundary */
_stksize &= 0xfffffffeL;
if (_heapbase == 0) {
_heapbase = (void *)Malloc(_stksize);
}
_setstack((char *) _heapbase + _stksize);
/* this is an accessory */
_app = 0;
_main(1L, acc_argv, acc_argv);
/*NOTREACHED*/
}
void _crtinit(void)
{
register BASEPAGE *bp;
register long m;
register long freemem;
bp = _base;
/* m = # bytes used by environment + args */
m = parseargs(bp);
/* make m the total number of bytes required by program sans stack/heap */
m += (bp->p_tlen + bp->p_dlen + bp->p_blen + sizeof(BASEPAGE));
m = (m + 3L) & (~3L);
/* freemem the amount of free mem accounting for MINFREE at top */
if ((freemem = (long)bp->p_hitpa - (long)bp - MINFREE - m) <= 0L)
goto notenough;
/* make m the total number of bytes including stack */
m += _stksize;
/* make sure there's enough room for the stack */
if (((long)bp + m) > ((long)bp->p_hitpa - MINFREE))
goto notenough;
/* set up the new stack to bp + m */
_setstack((char *)bp + m);
/* shrink the TPA */
(void)Mshrink(0, bp, m);
Pterm(main());
__builtin_unreachable();
notenough:
(void) Cconws("Fatal error: insufficient memory\r\n"
"Hint: either decrease stack size using 'stack' command (not recomended)\r\n"
" or increase TPA_INITIALMEM value in mint.cnf.\r\n");
Pterm(-1);
__builtin_unreachable();
}