//Program based on chapter 2 illustrates implicit type coercion (mentioned in chapter 3), integer division and mod operator
//It also shows how characters can be treated as integers
//Carol Conway  8/27/17
#include <iostream>
using namespace std;

int main()
{
    int i = 8, j = 3;
    float z = 123.65432;
    char achar = 'A', bchar;
    int k;
    bchar = achar + 1;                      //arithmetic performed on characters uses their ASCII codes
    cout << "bchar: "  << bchar << endl;

    k = achar;
    cout << "The ACSII code for 'A' is " << k << endl;   //implicit type conversion of char to int, its underlying type!

    cout << i << " divided by "<< j << " is " << i/j << endl;

    cout << i " mod " << j << "is " << i % j << endl;

    cout <<  "z is " << z << endl;

    i = z;

    cout << "i is " << i << endl;           //implicit type conversion float to int

//  bchar = "B";                            //this will not compile
    return 0;

}