au_class_ent_t *
getauclassnam(char *name)
{
static au_class_ent_t e;
static char cname[AU_CLASS_NAME_MAX];
static char cdesc[AU_CLASS_DESC_MAX];
e.ac_name = cname;
e.ac_desc = cdesc;
return (getauclassnam_r(&e, name));
}
/*
* Convert the character representation of audit values into the au_mask_t
* field.
*/
int
getauditflagsbin(char *auditstr, au_mask_t *masks)
{
char class_ent_name[AU_CLASS_NAME_MAX];
char class_ent_desc[AU_CLASS_DESC_MAX];
struct au_class_ent c;
char *tok;
char sel, sub;
char *last;
bzero(&c, sizeof(c));
bzero(class_ent_name, sizeof(class_ent_name));
bzero(class_ent_desc, sizeof(class_ent_desc));
c.ac_name = class_ent_name;
c.ac_desc = class_ent_desc;
masks->am_success = 0;
masks->am_failure = 0;
tok = strtok_r(auditstr, flagdelim, &last);
while (tok != NULL) {
/* Check for the events that should not be audited. */
if (tok[0] == '^') {
sub = 1;
tok++;
} else
sub = 0;
/* Check for the events to be audited for success. */
if (tok[0] == '+') {
sel = AU_PRS_SUCCESS;
tok++;
} else if (tok[0] == '-') {
sel = AU_PRS_FAILURE;
tok++;
} else
sel = AU_PRS_BOTH;
if ((getauclassnam_r(&c, tok)) != NULL) {
if (sub)
SUB_FROM_MASK(masks, c.ac_class, sel);
else
ADD_TO_MASK(masks, c.ac_class, sel);
} else {
errno = EINVAL;
return (-1);
}
/* Get the next class. */
tok = strtok_r(NULL, flagdelim, &last);
}
return (0);
}
struct au_class_ent *
getauclassnam(const char *name)
{
static char class_ent_name[AU_CLASS_NAME_MAX];
static char class_ent_desc[AU_CLASS_DESC_MAX];
static struct au_class_ent c;
bzero(&c, sizeof(c));
bzero(class_ent_name, sizeof(class_ent_name));
bzero(class_ent_desc, sizeof(class_ent_desc));
c.ac_name = class_ent_name;
c.ac_desc = class_ent_desc;
return (getauclassnam_r(&c, name));
}
