// Ch. 7 Demo Program #1
// Mr. Minich

#include <iostream.h>

int main()
{
	int num1 = 0;	
	//  used in expressions that illustrate the use of assigment and logical and relational expressions

	cout << "num1 equals " << num1 << endl;

	// This prints "num1 equals 0"

	cout << "num1 equals " << (num1 = 3) << endl;

	// This prints "num1 equals 3" because C++ performs the assignment of the value 3
	// to the variable num1 and prints its value. This line of code could easily be
	// split over 2 lines of code of course such as,
	//         num1 = 3;
	//         cout << "num1 equals " << num1 << endl;

	cout << "num1 equals " << (num1 == 3) << endl;

	// This prints "num1 equals 1" because the result of the expression (num1 == 3)
	// is TRUE, which is equivalent to the value of 1 according to C++. The double 
	// equals (==) is a relational operator, NOT the C++ assignment operator.

	cout << "num1 equals " << (num1 != 3) << endl;

	// This prints "num1 equals 0" since the relational expression evaluates to FALSE,
	// which is equivalent to the value of 0 according to C++.

	return 0;

}// end of main