libtar_list_t *libtar_list_new(int flags,
int (*cmpfunc)());
void libtar_list_free(libtar_list_t *l, void (*freefunc)());
int libtar_list_add_str(libtar_list_t *l, char *str,
char *delim);
int libtar_list_add(libtar_list_t *l, void *data);
void libtar_list_del(libtar_list_t *l, libtar_node_t **n);
int libtar_list_search(libtar_list_t *l, libtar_node_t **n,
void *data, int (*matchfunc)());
int libtar_list_next(libtar_list_t *l, libtar_node_t **n);
int libtar_list_prev(libtar_list_t *l, libtar_node_t **n);
libtar_list_t *libtar_list_dup(libtar_list_t *l);
libtar_list_t *libtar_list_merge(int (*cmpfunc)(), int flags,
libtar_list_t *list1, libtar_list_t *list2);
The libtar_list_free() function deallocates all memory associated with the list l. If freefunc is not NULL, it is called to free memory associated with each node in the list.
The libtar_list_add() function adds the element pointed to by data to the list l. The position of the new element will be determined by the flags passed to libtar_list_new() when the list was created.
The libtar_list_add_str() function tokenizes the string str using the delimiter characters in the string delim. The resulting tokens are added to list l using libtar_list_add().
The libtar_list_search() function searches for an element which matches data using the matching function matchfunc. If matchfunc is NULL, a default matching function designed for ASCII strings is used. Searching begins from the node pointed to by n.
The libtar_list_del() function removes the entry pointed to by n from the list pointed to by l.
The libtar_list_dup() function creates a copy of the list l using dynamically allocated memory.
The libtar_list_merge() function creates a new list with flags and cmpfunc, in the same way as libtar_list_new(). It then adds all elements from list1 and list2 using libtar_list_add().
The libtar_list_next(), libtar_list_prev(), and libtar_list_search() functions return 1 when valid data is returned, or 0 otherwise.
The libtar_list_add() and libtar_list_add_str() functions return 0 on success, or -1 on error.