#include
void printptr(int *i){
printf("&i of printfptr = %#X\n",&i);
printf("i of printfptr = %#X\n",i);
printf("*i of printfptr = %d\n",*i);
printf("i+1 of printfptr = %#X\n",i+1);
printf("*(i + 1) of printfptr = %d\n",*(i+1));
}
void printptr2(int *i,int j){
printf("&i of printfptr2 = %#X\n",&i);
printf("i of printfptr2 = %#X\n",i);
printf("*i of printfptr2 = %d\n",*i);
printf("i+1 of printfptr2 = %#X\n",i+1);
printf("*(i + 1) of printfptr2 = %d\n",*(i+1));
}
void printptr3(int *i){
printf("&i of printfptr3 = %#X\n",&i);
printf("i of printfptr3 = %#X\n",i);
printf("*i of printfptr3 = %d\n",*i);
printf("i+1 of printfptr3 = %#X\n",i+1);
printf("*(i + 1) of printfptr3 = %d\n",*(i+1));
}
void printptr4(int *i,int j){
printf("&i of printfptr4 = %#X\n",&i);
printf("i of printfptr4 = %#X\n",i);
printf("*i of printfptr4 = %d\n",*i);
printf("i+1 of printfptr4 = %#X\n",i+1);
printf("*(i + 1) of printfptr4 = %d\n",*(i+1));
}
void printptr5(int **i){
printf("&i of printfptr5 = %#X\n",&i);
printf("i of printfptr5 = %#X\n",i);
printf("*i of printfptr5 = %d\n",*i);
printf("i+1 of printfptr5 = %#X\n",i+1);
printf("*(i + 1) of printfptr5 = %d\n",*(i+1));
printf("**i of printfptr5 = %d\n",**i);
printf("*(*i+1) of printfptr5 = %d\n",*(*i+1));
printf("**(i+1) of printfptr5 = %d\n",**(i+1));
}
void printptr6(int **i){
printf("&i of printfptr6 = %#X\n",&i);
printf("i of printfptr6 = %#X\n",i);
printf("*i of printfptr6 = %d\n",*i);
printf("i+1 of printfptr6 = %#X\n",i+1);
printf("*(i + 1) of printfptr6 = %d\n",*(i+1));
print
1，栈区（stack）— 由编译器自动分配释放，存放函数的参数值，局部变量的值等。其操作方式类似于数据结构中的栈。 例如，声明在函数中的一个局部变量int b；系统自动在栈中为b开辟空间。只要栈的剩余空间大于所申请空间，系统将为程序提供内存，否则将报异常提示栈溢出。比如：
char* AllocStrfromStack ......
