PFIL_PASS
KASSERT(rv == PFIL_PASS,
KASSERT(pfil == PFIL_PASS,
return (PFIL_PASS);
rv = PFIL_PASS;
PFIL_PASS)
if (rv != PFIL_PASS)
PFIL_PASS)
PFIL_PASS)
if (rv != PFIL_PASS)
PFIL_PASS)
if (ret != PFIL_PASS) {
if (i != PFIL_PASS)
case PFIL_PASS:
*pf_rv = PFIL_PASS;
*pf_rv = PFIL_PASS;
if (pf_rv != PFIL_PASS && pf_rv != PFIL_REALLOCED)
if (pf_rv == PFIL_PASS) {
if (pf_rv != PFIL_PASS && pf_rv != PFIL_REALLOCED)
if (rv == PFIL_PASS && *mp != &m) {
rv = PFIL_PASS;
if (realloc && rv == PFIL_PASS)
rv = PFIL_PASS;
NULL) != PFIL_PASS)
NULL) != PFIL_PASS)
PFIL_PASS)
PFIL_PASS)
case PFIL_PASS:
return (PFIL_PASS);
return (PFIL_PASS);
PFIL_PASS)
NULL) != PFIL_PASS)
NULL) != PFIL_PASS)
NULL) != PFIL_PASS)
PFIL_PASS)
case PFIL_PASS:
return (rv == 0 ? PFIL_PASS : PFIL_DROPPED);
return (rv == 0 ? PFIL_PASS : PFIL_DROPPED);
return (PFIL_PASS);
ret = PFIL_PASS;
ret = PFIL_PASS;
if (ret != PFIL_PASS) {
return (PFIL_PASS);
ret = PFIL_PASS;
if (ret != PFIL_PASS) {
ret = PFIL_PASS;
if (*m != NULL && ret == PFIL_PASS)
return (PFIL_PASS);