//Since all of the assignment from 5.30 to 5.35 were just changes to the Account and DollarAmount classes, here is the final header file with all the changes made to it


// Fig. 5.8: DollarAmount.h
// DollarAmount class stores dollar amounts as a whole numbers of pennies
#include <string>
#include <cmath>

class DollarAmount {
public:
    DollarAmount(int indollars, int inpennies){
        amount = indollars*100+inpennies;
        dollars = indollars;
        cents = inpennies;
    }
   explicit DollarAmount(int64_t value) : amount{value} { }

   void add(DollarAmount right) {
      amount += right.amount;
      dollars = amount/100;
      cents = amount % 100;
   }
   int getTotal() {
    return(dollars*100+cents);
   }

   void subtract(DollarAmount right) {
      amount -= right.amount;class DollarAmount {
public:
    DollarAmount(int indollars, int inpennies){
        amount = indollars*100+inpennies;
        dollars = indollars;
        cents = inpennies;
    }
   explicit DollarAmount(int64_t value) : amount{value} { }

   void add(DollarAmount right) {
      amount += right.amount;
      dollars = amount/100;
      cents = amount % 100;
   }

   void subtract(DollarAmount right) {
      amount -= right.amount;
   }


    void divide(int divisor) {
    amount = amount/divisor;
    dollars = dollars/divisor;
    cents = cents/divisor;
    }
   void addInterest(int rate, int divisor) {
      DollarAmount interest{
         (amount * rate + divisor / 2) / divisor
      };

      add(interest);
   }

   std::string toString() const {
      std::string returnDollars{std::to_string(dollars)};
      std::string returnCents{std::to_string(cents)};
      return returnDollars + "." + (returnCents.size() == 1 ? "0" : "") + returnCents;
   }
private:
   int64_t amount{0};
   int dollars;
   int cents;
};
   }


    void divide(int divisor) {
    amount = amount/divisor;
    dollars = dollars/divisor;
    cents = cents/divisor;
    }

   void addInterest(int rate, int divisor) {
      DollarAmount interest{
         (amount * rate + divisor / 2) / divisor
      };

      add(interest);
      std::cout << "INTEREST RATE ENTERED = " << rate/(double)divisor << std::endl;
   }

   std::string toString() const {
      std::string returnDollars{std::to_string(dollars)};
      std::string returnCents{std::to_string(cents)};
      return returnDollars + "." + (returnCents.size() == 1 ? "0" : "") + returnCents;
   }
private:
   int64_t amount{0};
   int dollars;
   int cents;
};

class Account {
public:
    Account(std::string accountName, int initialBalanceDollars, int initialBalanceCents)
        : name{accountName} {

        if (initialBalanceDollars > 0 || initialBalanceCents > 0) {
            DollarAmount initialDeposit{initialBalanceDollars,initialBalanceCents};
            balance.add(initialDeposit);
    }
    }
    void deposit(int depositAmountDollars,int depositAmountCents) {
    if (depositAmountDollars > 0) {
        DollarAmount deposit{depositAmountDollars,depositAmountCents};
        balance.add(deposit);
    }
    }

    std::string getBalance() {
    return(balance.toString());
    }

    void setName(std::string accountName) {
    name = accountName;
    }

    std::string getName() const {
    return name;
    }

    std::string withdraw(int withdrawAmountDollars,int withdrawAmountCents) {
    int currentbalance = balance.getTotal();
    if (withdrawAmountDollars > currentbalance) {
        return("You do not have enough money in your account to do that.");
    }
    else {
        DollarAmount withdrawAmount{-1*withdrawAmountDollars,-1*withdrawAmountCents};
        balance.add(withdrawAmount);
        return("Money withdrawn succesfully.");
    }
    }

private:
    std::string name;
    DollarAmount balance{0,0};
};