基于visual Studio2013解决C语言竞赛题之0605strcat





题目

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解决代码及点评

/*
5.	写一函数，将两个字符串连接，即编写一strcat函数。
*/
#include <stdio.h>
#include <stdlib.h>

void stract(char *p1,char *p2,int n,int count1,int count2)//字符串链接函数
{
	if (n<count1+count2+1)
	{
		printf("第一个字符串长度不够");
	}
	else
	{
		count2=0;
		while(p1[count1++]=p2[count2++]);

	}
}
void main()
{
	char str1[50]="abcdefghijk";
	char str2[]="1234567890";

	int count1=0;//记录第一个字符串长度
	int count2=0;//记录第二个字符串长度

	while(str1[count1]) count1++;
	while(str2[count2]) count2++;

	int n=sizeof(str1);//计算数组一的字节数

	stract(str1,str2,n,count1,count2);

	printf("%s",str1);

	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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" alt="" />