// Wykład_06.cpp : Defines the entry point for the console application.
//

#include "stdafx.h"
#include <iostream>

using namespace std;

int main()
{

    int tabT[3][2];
    //int** ptr = tabT;

    int** tabD = new int*[3];
    tabD[0] = new int[2];
    tabD[1] = new int[2];
    tabD[2] = new int[2];

    // ========================================

    int wrt = 10;

    typedef int LICZBA_CALKOWITA;

    LICZBA_CALKOWITA val1;
    val1 = 10;

    cout << sizeof(int) << "\t" << sizeof(LICZBA_CALKOWITA) << endl;

    typedef int MY_TAB[3];

    MY_TAB testTab;
    testTab[0] = 10;

    MY_TAB testTab2[5];

    LICZBA_CALKOWITA* ptr1 = &val1;

    MY_TAB* ptr2 = &testTab;

    // ==============================================

    union MyUnion {
        int myInt;
        char myChar;
    };

    MyUnion myunion;
    myunion.myInt = 500;

    cout << ">" <<myunion.myInt << "<" <<endl;
    cout << ">" << (int)myunion.myChar << "<" << endl;

    struct MyStruct {
        int myInt;
        char myChar;

        bool equal(MyStruct* ptr) {
            return ptr->myChar == myChar && ptr->myInt == myInt;
        }
    };

    MyStruct mystract;
    mystract.myChar = 'a';
    mystract.myInt = 10;

    MyStruct* ptr3 = new MyStruct();
    ptr3->myChar = 'a';
    ptr3->myInt = 10;

    MyStruct* ptr4 = new MyStruct();
    ptr4->myChar = 'a';
    ptr4->myInt = 10;

    cout << (mystract.equal(ptr4)) << endl;
    cout << (ptr3->equal(ptr4)) << endl;


    class MyClass {
    public:
        int myInt;
        char myChar;
    };

    MyClass myclass;

    cout << sizeof(MyStruct) << "\t" << sizeof(MyClass)<< endl;
    //cout << mystract.myInt << "\t" << myclass.myInt << endl;

    return 0;
}