Application of linked list

Abstract: Abstract: According to the principle of the tree to do a single-linked list, here, the single-linked list as a "tree" simplified version. In the recursive creation of the tree, the first creation is the head node, so the single linked list is the same; the structure of a single linked list: typedef struct node{int data; struct node *next;} *list,node; Create summary: According to the principle of the tree to read the full text summary: Abstract: According to the principle of the tree to do a single-linked list, here, the single-linked list as a "tree" simplified version. In the recursive creation of the tree, the first creation is the head node, so the single linked list is the same; the structure of a single linked list: typedef struct node{int data; struct node *next;} *list,node; Create summary: According to the principle of the tree to read the full text summary: Abstract: According to the principle of the tree to do a single-linked list, here, the single-linked list as a "tree" simplified version. In the recursive creation of the tree, the first creation is the head node, so the single linked list is the same; the structure of a single linked list: typedef struct node{int data; struct node *next;} *list,node; Create summary: According to the principle of the tree to read the full text summary: Abstract: According to the principle of the tree to do a single-linked list, here, the single-linked list as a "tree" simplified version. In the recursive creation of the tree, the first creation is the head node, so the single linked list is the same; the structure of a single linked list: typedef struct node{int data; struct node *next;} *list,node; Create summary: According to the principle of the tree to read the full text summary: Abstract: According to the principle of the tree to do a single-linked list, here, the single-linked list as a "tree" simplified version. In the recursive creation of the tree, the first creation is the head node, so the single linked list is the same; the structure of a single linked list: typedef struct node{int data; struct node *next;} *list,node; Create summary: Read the full text according to the principle of the tree

Application of linked list