/*
* Always splhi()'ed.
*/
void
schedinit(void) /* never returns */
{
Edf *e;
machp()->inidle = 1;
machp()->proc = nil;
ainc(&run.nmach);
setlabel(&machp()->sched);
Proc *up = externup();
if(infected_with_std()){
print("mach %d got an std from %s (pid %d)!\n",
machp()->machno,
up ? up->text : "*notext",
up ? up->pid : -1
);
disinfect_std();
}
if(up) {
if((e = up->edf) && (e->flags & Admitted))
edfrecord(up);
machp()->qstart = 0;
machp()->qexpired = 0;
coherence();
machp()->proc = 0;
switch(up->state) {
case Running:
ready(up);
break;
case Moribund:
up->state = Dead;
stopac();
edfstop(up);
if (up->edf)
free(up->edf);
up->edf = nil;
/*
* Holding locks from pexit:
* procalloc
* pga
*/
mmurelease(up);
unlock(&pga.l);
psrelease(up);
unlock(&procalloc.l);
break;
}
up->mach = nil;
updatecpu(up);
machp()->externup = nil;
}
sched();
}
/*
* Always splhi()'ed.
*/
void
schedinit(void) /* never returns */
{
Mach *m = machp();
Edf *e;
m->inidle = 1;
m->proc = nil;
ainc(&run.nmach);
setlabel(&m->sched);
if(m->externup) {
if((e = m->externup->edf) && (e->flags & Admitted))
edfrecord(m->externup);
m->qstart = 0;
m->qexpired = 0;
coherence();
m->proc = 0;
switch(m->externup->state) {
case Running:
ready(m->externup);
break;
case Moribund:
m->externup->state = Dead;
stopac();
edfstop(m->externup);
if (m->externup->edf)
free(m->externup->edf);
m->externup->edf = nil;
/*
* Holding locks from pexit:
* procalloc
* pga
*/
mmurelease(m->externup);
unlock(&pga);
psrelease(m->externup);
unlock(&procalloc);
break;
}
m->externup->mach = nil;
updatecpu(m->externup);
m->externup = nil;
}
sched();
}
/*
* Always splhi()'ed.
*/
void
schedinit(void) /* never returns */
{
Edf *e;
setlabel(&m->sched);
if(up != nil) {
if((e = up->edf) != nil && (e->flags & Admitted))
edfrecord(up);
m->proc = nil;
switch(up->state) {
case Running:
ready(up);
break;
case Moribund:
up->state = Dead;
edfstop(up);
if(up->edf != nil)
free(up->edf);
up->edf = nil;
/*
* Holding locks from pexit:
* procalloc
* palloc
*/
mmurelease(up);
unlock(&palloc);
up->mach = nil;
updatecpu(up);
up->qnext = procalloc.free;
procalloc.free = up;
/* proc is free now, make sure unlock() wont touch it */
up = procalloc.Lock.p = nil;
unlock(&procalloc);
sched();
}
up->mach = nil;
updatecpu(up);
up = nil;
}
sched();
}
