基于visual Studio2013解决C语言竞赛题之0810链表去重
题目
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解决代码及点评
/************************************************************************/
/*
10. 建立一个链表，每个结点包括：学号、姓名、性别、年龄。输入一个年龄，
如果链表中的结点所包含的年龄等于此年龄，将此结点删除，输出最后的链表。 */
/************************************************************************/
#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include <string.h> typedef struct student STU;
struct student // 保存学生信息的节点结构体
{
int num;
char name[10];
int age;
int sex;
struct student * next;
};
STU * Init10() // 初始化链表
{
STU * p=(STU *)malloc(sizeof(STU)); // 初始化链表时，创建了一个头节点，该节点信息无意义
if (p==NULL) // 如果内存申请失败，则
{
return NULL;
}
else
p->next=NULL;
return p; // 返回创建的头结点
}
void Insert10(STU * head,int num,int aeg,int sex,char * name) // 将新学生信息插入链表
{ STU * last=head;
if (last==NULL)
{
return;
}
while(last->next!=NULL) // 找到最后一个节点
last=last->next;
STU *p=(STU *)malloc(sizeof(STU)); // 申请新节点空间
if (p==NULL)
{
return;
}
else
{
p->num=num; // 初始化新节点
strcpy_s(p->name,name);
p->age=aeg;
p->sex=sex;
last->next=p; // 把新节点保存在链表最后
p->next=NULL; }
}
void DeleteNode10(STU* pre,STU *cur)
{
pre->next=cur->next; // 删除cur节点，pre是cur的前置节点
free(cur);
}
void printfNodes10(STU *head) // 该函数遍历所有node，进行打印输出
{
STU *p=head->next;
while(p!=NULL)
{
printf("%5d",p->age);
p=p->next;
}
printf("\n");
}
void main()
{ int num;
scanf_s("%d",&num); // 输入
STU * A=Init10(); // 初始化链表，并插入一堆数据
Insert10(A,1,12,1,"abc");
Insert10(A,2,13,0,"abc");
Insert10(A,3,14,1,"abc");
Insert10(A,3,14,0,"abc");
Insert10(A,4,15,1,"abc");
printfNodes10(A);
STU * index=A->next;
STU * flower=A;
while(index!=NULL) // 遍历所有节点
{
if (index->age==num) // 如果节点的年纪是指定需要删除的年纪
{
DeleteNode10(flower,index); // 删除该节点
index=flower->next; // 继续遍历
}
else
{
index=index->next; // 只是继续遍历
flower=flower->next;
} }
printfNodes10(A); // 输出新的链表
system("pause");
}
代码编译以及运行
由于资源上传太多，资源频道经常被锁定无法上传资源，同学们可以打开VS2013自己创建工程，步骤如下：
1）新建工程
2）选择工程
3）创建完工程如下图：
4）增加文件，右键点击项目
5）在弹出菜单里做以下选择
6）添加文件
7）拷贝代码与运行
程序运行结果
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" 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