。栈的创建以及用栈进行进制转换

#include
#include

#define SIZE 10
typedef char Type;
typedef struct stack
{
	Type *data; // 顺序栈存储单元首地址
	int capacity; //容量
	int top;  //栈顶
}SeqStack;
void InitStack(SeqStack *ss);//c创建栈 
void Change(SeqStack *ss,int n,int m); //相应的进制转换 
bool IsFull(SeqStack *ss);//判断栈满 
void Print(SeqStack *ss);//输出 
void Push(SeqStack *ss,Type value);//入栈 
int main()
{
	SeqStack ss;
	InitStack(&ss);
	int x,y;
	printf("请输入转换的数字：n"); 
	scanf("%d",&x); 
	printf("请输入转换的进制："); 
	scanf("%d",&y); 
	Change(&ss,x,y);
	Print(&ss);
}
void Change(SeqStack *ss,int n,int m)
{
	int r; //余数
	char c; //转换后余数对应的字符
	while(n != 0)
	{
		r = n % m;
		if(r < 10)
		{
			c = r + '0';
		}
		else
		{
			c = r - 10 + 'a';	
		}
		Push(ss,c);
		n = n / m;
	}
}
void InitStack(SeqStack *ss)//创建栈 
{
	ss->capacity = SIZE;//容量 
	//首元地址 
	ss->data = (Type*)malloc(sizeof(Type)*ss->capacity);
	ss->top = 0;//栈顶指针 
}
bool IsFull(SeqStack *ss)//判断栈满 
{
	return ss->top == ss->capacity?true:false;
}
void Print(SeqStack *ss)//输出站内元素 
{
	for(int i = ss->top-1;i>=0;--i)
		printf("%c",ss->data[i]);
	printf("n");
}
void Push(SeqStack *ss,Type value)//入栈 
{
	if(IsFull(ss))
	{
		printf("栈已满，无法入栈n");
		return;
	}
	ss->data[ss->top] = value;
	ss->top++;
}