sys/kern/kern_entropy.c

1052

bitspending += MIN(MINENTROPYBITS - bitspending, nbits);

sys/kern/kern_entropy.c

1167

return C->bitspending >= MINENTROPYBITS ||

sys/kern/kern_entropy.c

1181

C->bitspending += MIN(MINENTROPYBITS - C->bitspending,

sys/kern/kern_entropy.c

130

#define MINSAMPLES (2*MINENTROPYBITS)

sys/kern/kern_entropy.c

1601

atomic_store_relaxed(&E->bitsneeded, MINENTROPYBITS);

sys/kern/kern_entropy.c

1613

bitsneeded += MIN(MINENTROPYBITS - bitsneeded, cost);

sys/kern/kern_entropy.c

201

.bitsneeded = MINENTROPYBITS,

sys/kern/kern_entropy.c

2472

atomic_store_relaxed(&E->bitsneeded, MINENTROPYBITS);

sys/kern/kern_entropy.c

2550

*countp = MINENTROPYBITS - E->bitsneeded;

sys/kern/kern_entropy.c

2562

pstat->threshold = MINENTROPYBITS/NBBY; /* bytes */

sys/kern/kern_entropy.c

2567

pstat->curentropy = MINENTROPYBITS - E->bitsneeded; /* bits */

sys/kern/kern_entropy.c

784

KASSERTMSG(E->bitspending <= MINENTROPYBITS,

sys/kern/kern_entropy.c

787

MINENTROPYBITS - E->bitspending);

sys/kern/kern_entropy.c

798

E->bitspending == MINENTROPYBITS ||

sys/kern/kern_entropy.c

806

(unsigned)MINENTROPYBITS, (unsigned)MINSAMPLES);

sys/kern/kern_entropy.c

810

KASSERTMSG(E->bitspending <= MINENTROPYBITS,

sys/kern/kern_entropy.c

892

notify |= (nbits >= MINENTROPYBITS);

sys/kern/kern_entropy.c

958

bitspending += MIN(MINENTROPYBITS - bitspending, nbits);