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[Data structs] houzhuishi2 DL : 0: "栈顶运算符为: ％c\n",getTop(optr)) printf("此时运算符为:％c\n",e) printf("栈顶运算符优先级低,％c进栈\n",e) push(optr,e) //e进运算符栈 - Top-Operators for: c , getTop (optr)) printf ( at this time for the operator: c , e) printf ( Top-operator low-priority, c into the stack , e) push (optr, e)// e into operator stack
Date : 2025-12-21 Size : 1kb User : 李默
[Data structs] tony DL : 0: 成績顯示三個部份abc #include<stdio.h> #include<stdlib.h> int main(void) { float gread printf("請輸入分數\n") scanf("％f",&gread) if(gread>=80&&gread<=100) printf("成績為A\n") else if(gread>=60&&gread<=79) { printf("成績為B\n") } else if(gread>=0&&gread<60) { printf("成績為C\n") } else { printf("分數輸入錯誤\n") } system("pause") return 0 } -Results demonstrate that the three parts of abc# Include <stdio.h># Include <stdlib.h> int main (void) (float gread printf ( Please enter the Score ) scanf ( f ,
Date : 2025-12-21 Size : 6kb User : 林小世
[Data structs] WinRAR-ZIP DL : 0: 在C++用递归实现链表逆序使得倒序输出。-#include <stdio.h> #include <stdlib.h> #include <time.h> const int M=10 typedef int Type typedef struct Node{ Type data struct Node* next }Node void add_elem(Node**head,Type data){ Node* tmp = (Node*)malloc(sizeof(Node)) tmp->data = data tmp->next = (*head) *head = tmp } void print_list(Node*head){ while(head){ printf(“ d “, head->data) head = head->next } printf(“\n”) } void reverse_list(Node**head){ if(!*head)//如果(*head)==NULL return Node*p1,*p2 p1 =*head p2 = (*head)->next if(!p2)//如果没有下一个节点 return reverse_list(&p2) //同时存在两个节点就要进行翻转 p1->next->next = p1 p1->next = NULL //主要是保证，第一个节点指向NULL (*head) = p2 } int main(){ Node*head = NULL for(int i=0 i<M i++) add_elem(&head, rand() 100) print_list(head) reverse_list(&head) print_list(head) }
Date : 2025-12-21 Size : 3kb User : ye zi