2. Consider the following class, which represents a price in dollars and cents: class Price { private: int dollars; int cents; public: Price() { dollars = cents = 0; } Price(int d, int c) { dollars = d; cents = c; } Price operator+(Price&); void printer(); }; Implement the overloaded + operator to compute the sum of two Price objects, and return the result as a Price object containing the sum. You may assume that all price objects contain valid data, i.e. dollars>=0 and 0<=cents<=99.
2. Consider the following class, which represents a price in dollars and cents: class Price { private: int dollars; int cents; public: Price() { dollars = cents = 0; } Price(int d, int c) { dollars = d; cents = c; } Price operator+(Price&); void printer(); }; Implement the overloaded + operator to compute the sum of two Price objects, and return the result as a Price object containing the sum. You may assume that all price objects contain valid data, i.e. dollars>=0 and 0<=cents<=99.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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2. Consider the following class, which represents a price in dollars and cents:
class Price
{
private:
int dollars;
int cents;
public:
Price() { dollars = cents = 0; }
Price(int d, int c) { dollars = d; cents = c; }
Price operator+(Price&);
void printer();
};
Implement the overloaded + operator to compute the sum of two Price objects, and return the result
as a Price object containing the sum. You may assume that all price objects contain valid data, i.e.
dollars>=0 and 0<=cents<=99.
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