#include<stdio.h>#include<stdlib.h>#include<math.h>typedefstruct_node {intdata;struct_node *next; }node;voidinsertNodeSorted(node **head, node *newNode);voidprintList(node *head);voiddeleteList(node **head);voidinsertNodeSorted(node **head, node *newNode) {if(*head ==NULL) {*head =...
intdata);12voidprintList(Node *head);13Node* insert_at_tail(Node *tail,intdata);14voiddeleteList(Node *head);15intgetMax(Node *head);1617intgetMax(Node *head)18{19Node *temp =head;20intmaxVal = head->data;21while(temp
#include<stdio.h> #include<stdlib.h> #include<math.h> typedef struct _node { int data; struct _node *next; }node; void insertNodeSorted(node **head, node *newNode); void printList(node *head); void deleteList(node **head); void insertNodeSorted(node **head, node *newNode) { if...
75 printf("Enter p or P: Print the current list of items\n"); 76 printf("Enter q or Q: Quit the program\n"); 77 printf("Enter your choice:"); 78 fgets(Buffer,50,stdin); 79 sscanf(Buffer,"%c",choice); 80 } 81 82 int main() 83 { 84 int num; 85 int num_in_cart = ...
printf("There are %d elements in linked list.\n", count) ; while (t->next != NULL) { printf("%d\n", t->data) ; t = t->next ; } printf("%d\n", t->data); // Print last node } void delete_begin() { struct node *t ; ...
printf("\n 3 Print list : "); printf("\n 4 to exit: "); printf("\nEnter Choice: "); scanf("%d",&choice); switch(choice) { case 1: create_node(); break; case 2: del_node(); break; case 3: display_node(); break; ...
bool valuein(node*head,int x); int reportvalue(int value); void printlist(struct node* temp); void nthvalue(node*head, int n); int main() { node *head = NULL; char commands=' '; int value; int pos = 0; cout << "This program responds to commands the user enters to\nmanipula...
printList(head); return 0; } Stack: A Stack is a linear data structure that follows the LIFO (Last-In-First-Out) principle. Stack has one end, whereas the Queue has two ends (front and rear). It contains only one pointer top pointer pointing to the topmost element of the stack. Whe...
2、List五种遍历方式的性能测试及对比 以下是性能测试代码,会输出不同数量级大小的ArrayList和LinkedList各种遍历方式所花费的时间。 ArrayList和LinkedList循环性能对比测试代码 PS:如果运行报异常in thread “main” java.lang.OutOfMemoryError: Java heap space,请将main函数里面list size的大小减小。
void Print_Node(node*head) { node*p=head->next; printf("输出该链表:"); while(p) { printf("%-5d--->",p->info); p=p->next; } if(p==NULL) { printf("^\n\n\n"); } } #include"Head_Node.h" intCount_Node(node*head) ...