/*!\fn int list_push( LIST *list , void *ptr , void (*destructor)( void *ptr ) )
*\brief Add a pointer to the end of the list.
*\param list An initilized list container. A null value will cause an error and a _log message.
*\param ptr The pointer you wan to put in the list. A null value will cause an error and a _log message.
*\param destructor Pointer to the ptr type destructor function. Leave to NULL if there isn't.
*\return TRUE or FALSE. Check error messages in DEBUG mode.
*/
int list_push( LIST *list , void *ptr , void (*destructor)( void *ptr ) )
{
LIST_NODE *node = NULL ;
n_assert( list , n_log( LOG_ERR , "invalid list: NULL" ); return FALSE );
n_assert( ptr , n_log( LOG_ERR , "invalid ptr: NULL" ); return FALSE );
if( list -> nb_max_items > 0 && ( list -> nb_items >= list -> nb_max_items ) )
{
n_log( LOG_ERR , "list is full" );
return FALSE ;
}
node = new_list_node( ptr , destructor );
n_assert( node , n_log( LOG_ERR , "Couldn't allocate new node" ); return FALSE );
list -> nb_items ++ ;
if( list -> end )
{
list -> end -> next = node ;
node -> prev = list -> end ;
list -> end = node ;
}
else
{
list -> start = list -> end = node ;
}
return TRUE ;
} /* list_push( ... ) */
int ylist_insert(ylist_t *l, uint64_t index, void *e)
{
if (!l->head && !l->tail) {
return ylist_add(l, e);
}
ylist_node *node = find_node_index(l, index);
if (!node) {
return 1;
}
ylist_node *new_node = new_list_node(e);
if (!node->pre) {
new_node->next = node;
node->pre = new_node;
l->head = new_node;
l->cur = l->head;
} else {
node->pre->next = new_node;
new_node->next = node;
new_node->pre = node->pre;
node->pre = new_node;
}
l->count++;
return 0;
}
auto parse(State&& state) const {
if (state.cursor) {
char32_t value = *state.cursor;
if (first <= value && value <= last) {
return make_state(new_list_node(value, std::move(state.values)), std::move(state.cursor).next());
}
}
throw failure{};
}
/*在单链表尾部添加元素*/
void slist_push_back(slist_t *l,void *item) {
/*构造新结点*/
list_node_t *node=new_list_node(item);
if(l->head){
list_node_t *cur=l->head;
while(cur->next){
cur=cur->next;
}
cur->next=node;
} else {
l->head=node;
}
l->n++;
}
int ylist_add(ylist_t *list, void *e)
{
if (!e) {
return 1;
}
ylist_node *node = new_list_node(e);
if (!list->head && !list->tail) {
list->cur = list->head = list->tail = node;
} else {
list->tail->next = node;
node->pre = list->tail;
list->tail = node;
}
list->count++;
return 0;
}
/*!\fn int list_push_sorted( LIST *list , void *ptr , int (*comparator)( const void *a , const void *b ) , void (*destructor)( void *ptr ) )
*\brief Add a pointer sorted in the list , starting by the end of the list.
*\param list An initilized list container. A null value will cause an error and a _log message.
*\param ptr The pointer you wan to put in the list. A null value will cause an error and a _log message.
*\param comparator A pointer to a function which take two void * pointers and return an int.
*\param destructor Pointer to the ptr type destructor function. Leave to NULL if there isn't.
*\return TRUE or FALSE. Check error messages in DEBUG mode.
*/
int list_push_sorted( LIST *list , void *ptr , int (*comparator)( const void *a , const void *b ) , void (*destructor)( void *ptr ) )
{
LIST_NODE *nodeptr = NULL ;
n_assert( list , n_log( LOG_ERR , "invalid list: NULL" ); return FALSE );
n_assert( ptr , n_log( LOG_ERR , "invalid ptr: NULL" ); return FALSE );
if( list -> nb_max_items > 0 && ( list -> nb_items >= list -> nb_max_items ) )
{
n_log( LOG_ERR , "list is full" );
return FALSE ;
}
if( list -> end )
{
nodeptr = list -> end ;
while( nodeptr && ( comparator( ptr , nodeptr -> ptr ) < 0 ) )
nodeptr = nodeptr -> prev ;
if( !nodeptr )
{
/* It's the lower ranked element in the sort */
list_unshift( list , ptr , destructor );
}
else
{
/* we have a match inside the list. let's insert the datas */
LIST_NODE *node_next = nodeptr -> next ;
LIST_NODE *newnode = new_list_node( ptr , destructor );
n_assert( newnode , n_log( LOG_ERR , "Couldn't allocate new node" ); return FALSE );
if( node_next )
{
link_node( newnode , node_next );
}
else
list -> end = newnode ;
link_node( nodeptr , newnode );
list -> nb_items ++ ;
}
}
/*在单链表头部添加元素*/
void slist_push_front(slist_t *l,void *item) {
list_node_t *node=new_list_node(item);
node->next=l->head;
l->head=node; //无需区分头指针是否为空，情形一样
l->n++;
}