Hi okay I've gotten my code to run and work but the only thing is I'm not getting the output values needed for either one of the people if you could correct this, fix it be greatly appreciated I will rate.

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 /

#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

#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;

}