Could someone fix my code I keep getting 58 out of a 100 I wanna make sure I understand the material, I will rate highly.

Define the class bankAccount to implement the basic properties of a bank account. An object of this class should store the following data: Account holders name (string), account number (int), account type (string, checking/saving), balance (double), and interest rate (double). (Store interest rate as a decimal number.) Add appropriate member functions to manipulate an object. Use a static member in the class to automatically assign account numbers. Also, declare an array of 10 components of type bankAccount to process up to 10 customers and write a program to illustrate how to use your class.

Example output is shown below:

1: Enter 1 to add a new customer. 2: Enter 2 for an existing customer. 3: Enter 3 to print customers data. 9: Enter 9 to exit the program. 1 Enter customer's name: Dave Brown Enter account type (checking/savings): checking Enter amount to be deposited to open account: 10000 Enter interest rate (as a percent): .01 1: Enter 1 to add a new customer. 2: Enter 2 for an existing customer. 3: Enter 3 to print customers data. 9: Enter 9 to exit the program. 3 Account Holder Name: Dave Brown Account Type: checking Account Number: 1100 Balance: $10000.00 Interest Rate: 0.01% ***************************** 1: Enter 1 to add a new customer. 2: Enter 2 for an existing customer. 3: Enter 3 to print customers data. 9: Enter 9 to exit the program. 9

Since your program handles currency, make sure to use a data type that can store decimals with a precision to 2 decimals.

bankAccount.h

#ifndef BANK_ACCOUNT_H

#define BANK_ACCOUNT_H

#include

#include

using namespace std;

class bankAccount

{

private:

string accountHolderName;//Account holder name

int accountNumber;//Account number

string accountType;//Account type(savings or checking)

double accountBalance;//Account balance

double interestRate;//Interest rate

static int n;

public:

//Constructor

bankAccount()

{

n++;

accountNumber = 10000 + n;//Assign account number

}

bankAccount(string name, string type, double balance, double rate) : accountHolderName(name), accountType(type), accountBalance(balance), interestRate(rate)

{

n++;

accountNumber = 10000. + n;//Assign account number

}

void deposit(double amount);

void withdraw(double amount);

double getInterest();

void updateBalance();

void print();

int getAccountNumber();

string getAccountHolderName();

string getAccountType();

double getBalance();

double getInterestRate();

void setAccountHolderName(const string &accountHolderName);

void setAccountType(const string &accountType);

void setAccountBalance(double accountBalance);

void setInterestRate(double interestRate);

};

bankAccountImp.cpp

#endif

#include "bankAccount.h"

#include

#include

using namespace std;

int bankAccount::n = 0;//Initialize static member n

//Method to perform deposit

void bankAccount::deposit(double amount)

{

accountBalance += amount;//Deposit

}

//Method to perform withdrawal

void bankAccount::withdraw(double amount)

{

if(accountBalance - amount < 0)//Check for sufficient balance

{

cout<<"Withdrawal failed: Insufficient balance"<

return;

}

accountBalance -= amount;//Make withdrawal

}

//Method to return balance time interest

double bankAccount::getInterest()

{

return (accountBalance * interestRate);

}

//Method to add interest to balance

void bankAccount::updateBalance()

{

accountBalance += getInterest();

}

//Method to print all account information

void bankAccount::print()

{

cout << "Account Holder Name: " << accountHolderName << endl;

cout << "Account Type: " << accountType << endl;

cout << "Account number: " << accountNumber << endl;

cout << "Balance: $" << accountBalance << endl;

cout << "Interest Rate: " << interestRate << "%" << endl;

cout << "**************" << endl;

}

//Method to get account number

int bankAccount::getAccountNumber()

{

return accountNumber;

}

//Method to get account holder name

string bankAccount::getAccountHolderName()

{

return accountHolderName;

}

//Method to get account type

string bankAccount::getAccountType()

{

return accountType;

}

//Method to get balance

double bankAccount::getBalance()

{

return accountBalance;

}

//Method to get interest rate

double bankAccount::getInterestRate()

{

return interestRate;

}

void bankAccount::setAccountHolderName(const string &accountHolderName) {

bankAccount::accountHolderName = accountHolderName;

}

void bankAccount::setAccountType(const string &accountType) {

bankAccount::accountType = accountType;

}

void bankAccount::setAccountBalance(double accountBalance) {

bankAccount::accountBalance = accountBalance;

}

void bankAccount::setInterestRate(double interestRate) {

bankAccount::interestRate = interestRate;

}

main.cpp

#include

#include

#include "bankAccount.h"

using namespace std;

void printMenu()

{

cout << "1: Enter 1 to add a new customer." << endl;

cout << "2: Enter 2 for an existing customer." << endl;

cout << "3: Enter 3 to print customers data." << endl;

cout << "9: Enter 9 to exit the program." << endl;

}

int main()

{

bankAccount acc[10];

int option, size = 0;

do{

printMenu();

cout << "Enter your choice: ";

cin >> option;

cin.ignore(255, ' ');

switch(option)

{

case 1:

{

if(size == 10)

{

cout << "Array full. Cannot add more customers." << endl;

break;

}

string name, type;

double amount, interest;

cout << "Enter customer's name: ";

getline(cin, name);

cout << "Enter account type(checking/saving): ";

cin >> type;

cout << "Enter amount to deposit to open account: $";

cin >> amount;

cout << "Enter interest rate(as a percent): ";

cin >> interest;

acc[size].setAccountHolderName(name);

acc[size].setAccountType(type);

acc[size].setAccountBalance(amount);

acc[size].setInterestRate(interest);

size++;

break;

}

case 2:

{

int accountNum;

bool found = false;

cout << "Enter account number: ";

cin >> accountNum;

for(int i = 0; i < size; i++)

{

if(acc[i].getAccountNumber() == accountNum)

{

int choice;

double amount;

cout << "1: Deposit" << endl;

cout << "2: Withdrawal" << endl;

cin >> choice;

if(choice == 1)

{

cout << "Enter amount: $";

cin >> amount;

acc[i].deposit(amount);

}

else

if(choice == 2)

{

cout << "Enter amount: $";

cin >> amount;

acc[i].withdraw(amount);

}

else

{

cout << "Invalid option." << endl;

}

found = true;

break;

}

}

if(!found)

cout << "Account not found" << endl;

break;

}

case 3:

{

for(int i = 0; i < size; i++)

{

acc[i].print();

cout << endl;

}

break;

}

case 9:

{

break;

}

default:

cout << "Invalid option." << endl;

}

cout << endl;

}while(option != 9);

return 0;

}