题目

aaarticlea/png;base64,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” alt=”” />

解决代码及点评

/*
功能：写一函数完成查找串s2在串s1中第一次出现的位置*/#include<stdio.h>
#include<stdlib.h>
#include<string.h>int search(char *, int, char *, int);//查找第一次出现的位置，返回下标void main()
{
char s1[] = "fj12eia123fjoae;if123";
char s2[] = "123";int n1 = strlen(s1);
int n2 = strlen(s2);int pResult = search(s1,n1,s2,n2);
if (pResult == -1)printf("NO");
else
{
printf("start from s1[%d]",pResult);
}
system("pause");
}int search(char *p1, int n, char *p2, int m)//n为p1的长度，m为p2的长度
{
int t = -1;//t为下标，初始化为-1，  -1就是找不到
for (int i = 0; i < n - m -1; i++)//遍历p1，找到与*p2相同的元素
{
if (p1[i] == p2[0])
{
t = i;//将i的下标存到t中
int jj = 0;
for (int j = 0; j < m; j++)
{
if (p1[i + j] != p2[j])
break;
jj++;//jj等于m时表示已经找到
}
if (jj == m)break;
}
}
return t;
}
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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