YourNameMoney.cpp file (this file contains only the Money class implementation), YourNameProj4.cpp (this file contains only main function to use/test your money class), and YourNameMoney.h file

Please help me make YourNameMoney.cpp file and YournameMoney.h file

________________________________________________ #include #include #include #include using namespace std;

//Create a class name, Money class Money { public:

//Define the methods friend bool operator (const Money& price1, const Money& price2); friend bool operator >= (const Money& price1, const Money& price2); friend const Money operator + (const Money& amount1, const Money& amount2); friend const Money operator - (const Money& amount1, const Money& amount2); friend bool operator == (const Money& amount1, const Money& amount2); friend const Money operator - (const Money& amount); friend ostream& operator > (istream& inputStream, Money& amount); Money(); Money(double amount); Money(int dol, int cen); Money(int dol); double findTotalamount() const; int findTotaldolloars() const; int findTotalcents() const; const Money percent(int percent_figure) const; private: //Member variables int dollars; int cents; int dType(double amount) const; int cType(double amount) const; int roundedNumber(double number) const; }; //Program begins with a main function int main() { //Class object Money amount; Money systemAmount(50, 5); int p; //For input file variable ifstream in_stream; //For output file variable ofstream out_stream; //Open the input file in_stream.open("infile.dat"); if (in_stream.fail()) { //Display an error message cout

} //Open the output file out_stream.open("outfile.dat"); if (out_stream.fail()) { //Display an error message cout > amount; in_stream >> p; //Display the output cout cout cout cout //Compare the amounts if (amount == systemAmount) cout Money sumAmount = amount + systemAmount; cout Money diffAmount = amount - systemAmount; cout if (amount >= systemAmount) cout diffAmount) cout cout cout in_stream.close(); out_stream.close(); system("pause"); }//End main

//Method definition of operator bool operator { //Return output value return (price1.dollars (price1.cents }

//Method definition of operator bool operator //Method definition of operator> bool operator > (const Money& price1, const Money& price2) { //Return output value return (price1.dollars > price2.dollars) || ((price1.dollars == price2.dollars) && (price1.cents > price2.cents)); }

//Method definition of operator >= bool operator >=(const Money& price1, const Money& price2) { //Return output value return ((price1.dollars > price2.dollars) || ((price1.dollars == price2.dollars) && (price1.cents > price2.cents))) || ((price1.dollars == price2.dollars) && (price1.cents == price2.cents)); }

//Method definition of percent const Money Money::percent(int per) const { int ds = dollars * per / 100; int cs = dollars * per % 100 + cents * per / 100; return Money(ds, cs); }

//Method definition of operator+ const Money operator + (const Money& amount1, const Money& amount2) { int c1 = amount1.cents + amount1.dollars * 100; int c2 = amount2.cents + amount2.dollars * 100; int totalCents = (c1 + c2); int absCents = abs(totalCents); int totDollars = absCents / 100; int totCents = absCents % 100; if (totalCents //Return output value return Money(totDollars, totCents); } //Method definition of operator- with two parameters const Money operator -(const Money& amount1, const Money& amount2) { int c1 = amount1.cents + amount1.dollars * 100; int c2 = amount2.cents + amount2.dollars * 100; int differCents = c1 - c2; int absCents = abs(differCents); int totDollars = absCents / 100; int totCents = absCents % 100; if (differCents //Method definition of operator== bool operator == (const Money& amount1, const Money& amount2) { //Return output value return((amount1.dollars == amount2.dollars) && (amount1.cents == amount2.cents)); } //Method definition of operator- with one parameter const Money operator - (const Money& amount) { //Return output value return Money(-amount.dollars, -amount.cents); }

Money::Money() : dollars(0), cents(0) { } Money::Money(double amount) : dollars(dType(amount)), cents(cType(amount)) { } Money::Money(int dol) : dollars(dol), cents(0) { } Money::Money(int dol, int cen) { if ((dol 0) || (dol > 0 && cen (amount); } //Method definition of cType int Money::cType(double amount) const { double doubleCents = amount * 100; int intCents = (roundedNumber(fabs(doubleCents))) % 100; if (amount ; } //Method definition of roundedNumber int Money::roundedNumber(double number) const { //Return output value return floor(number + 0.5); } ostream& operator = 10) outputStream

istream& operator >> (istream& inputStream, Money& amount) { char dollarSign; inputStream >> dollarSign; if (dollarSign != '$') { cout > incrementAmount; amount.dollars = amount.dType(incrementAmount); amount.cents = amount.cType(incrementAmount); return inputStream; }

Redo Practice Programs 1 11, time Money from Chapter but this define the ADT class in separate files for the interface and implementation so that the implementation can be compiled separately from any application program