struct list_elem *next; /** pointer to next list element */
char mask[MASK_LEN]; /** IRC mask */
char *reason; /** Optional "reason" text */
- time_t valid_until; /** 0: unlimited; 1: once; t(>1): until t */
+ time_t valid_until; /** 0: unlimited; t(>0): until t */
+ bool onlyonce;
};
/**
* Get "validity" value stored in list element.
*
* @param list_elem List element.
- * @return Validity: 0=unlimited, 1=once, >1 until this time stamp.
+ * @return Validity: 0=unlimited, >0 until this time stamp.
*/
GLOBAL time_t
Lists_GetValidity(const struct list_elem *e)
return e->valid_until;
}
+/**
+ * Get "onlyonce" value stored in list element.
+ *
+ * @param list_elem List element.
+ * @return True if the element was stored for single use, false otherwise.
+ */
+GLOBAL bool
+Lists_GetOnlyOnce(const struct list_elem *e)
+{
+ assert(e != NULL);
+ return e->onlyonce;
+}
+
/**
* Get first list element of a list.
*
*/
bool
Lists_Add(struct list_head *h, const char *Mask, time_t ValidUntil,
- const char *Reason)
+ const char *Reason, bool OnlyOnce = false)
{
struct list_elem *e, *newelem;
else
newelem->reason = NULL;
newelem->valid_until = ValidUntil;
+ newelem->onlyonce = OnlyOnce;
newelem->next = e;
h->first = newelem;
while (e) {
next = e->next;
- if (e->valid_until > 1 && e->valid_until < now) {
+ if (e->valid_until > 0 && e->valid_until < now) {
/* Entry is expired, delete it */
if (e->reason)
Log(LOG_INFO,