42 Exam Rank 03 【1000+ VERIFIED】
int max(int a, int b) return (a > b ? a : b); int ft_btree_level_count(t_btree *root)
if (!*root) *root = ft_btree_create_node(item); return; if (cmpf(item, (*root)->item) < 0) ft_btree_insert_data(&(*root)->left, item, cmpf); else ft_btree_insert_data(&(*root)->right, item, cmpf); 42 Exam Rank 03
struct s_btree *left; struct s_btree *right; void *item; t_btree; int max(int a, int b) return (a > b
typedef struct s_queue
Use pointer to pointer root to modify the tree when inserting at root or child. 5. ft_btree_apply_by_level (Most difficult in Rank 03) This requires a queue (FIFO) or recursion with level tracking. Since you can't use external libs, you must implement a simple queue using a linked list or array. int max(int a
> 3 ex00? y Submitted. Moulinette: OK (2/2)