#include <cstring>

class CStack {
private:
    unsigned m_uSize;
    int *m_puSTACK;     // Segment STACK
unsigned m_uESP;    // STACK POINTER
unsigned m_uEBP;  // BASE POINTER

public:
CStack(unsigned size); // Inicialize Value
virtual ~CStack();
void push(int iReg); // Instruction PUSH Operator
int pop();              // Instruction POP Operator
bool isFull();
    unsigned ESP();
    unsigned ESP(unsigned ESP);

    unsigned EBP();
    unsigned EBP(unsigned EBP);
};

CStack::CStack(unsigned size) : m_uESP(NULL), m_uEBP(0) {
    m_puSTACK = new int[m_uSize = size];
    memset(m_puSTACK, 0, m_uSize * sizeof(int));
}

CStack::~CStack() {
    delete m_puSTACK;
}

unsigned CStack::ESP() {
    return m_uESP;
}

unsigned CStack::ESP(unsigned ESP) {
    return m_uESP = ESP;
}

unsigned CStack::EBP() {
    return m_uEBP;
}

unsigned CStack::EBP(unsigned EBP) {
    if (EBP > m_uSize)
        EBP = m_uSize;
    return m_uEBP = EBP;
}

bool CStack::isFull(){
    return m_uSize == m_uESP ? true:false;
}

void CStack::push(int iReg) {
    if (m_uESP > m_uSize) return;
m_puSTACK[m_uESP++] = iReg;
}

int CStack::pop(){
    int iRet;
    if (m_uESP == m_uEBP)
        return m_puSTACK[m_uEBP];
    iRet = m_puSTACK[m_uESP - 1];
    m_puSTACK[--m_uESP] = 0;
return iRet;
}

 
#include <iostream>
#include "include/aa.h"
 
using namespace std;
 
int main()
{
CStack oStack(12);
 
	oStack.push(45);
	oStack.push(46);
	oStack.push(47);
	oStack.push(48);
	cout << oStack.pop() << endl;
	oStack.push(49);
	cout << oStack.pop() << endl;
	cout << oStack.isFull() << endl;
	cout << oStack.ESP() << endl;
	oStack.ESP(10);
	cout << oStack.isFull() << endl;
	cout << oStack.ESP() << endl;
	while (oStack.ESP())
        cout << oStack.pop() << endl;
	return 0;
}