Question

Your final project will satisfy the following scenario:

You are writing a program that will act as an ATM machine by the end of this course. In order to access the ATM, the customer must enter their user name and their passcode. After 3 incorrect attempts at entering the user name and password, the program will end. The list of legitimate users along with their user ID, passcode, and account balance will be provided to you.

There are only 5 functions that can be carried out by the ATM:

1 – Deposit (adding money to the account)

2 – Withdrawal (removing money from the account)

3 – Balance Inquiry (check current balance)

4 – Transfer Balance (transfer balance from one account to another)

5 - Log Out (exits/ends the program)

Allow the user to make up to a maximum of 3 transactions at a time. After 3 transactions, the program will terminate. Each transaction cannot exceed $500; for example, a user cannot withdraw more than $500.00, if there is $500.00 available on their account. After a transaction is completed, the program will update the running balance and give the customer a detailed description of the transaction. A customer cannot overdraft on their account; if they try to withdraw more money than there is, a warning will be given to the customer. Also, note that the ATM doesn’t distribute or collect coins – all monetary values are in whole dollars (e.g. an integer is an acceptable variable type). Any incorrect transaction types will display an appropriate message and count as a transaction.

Customer	Username	Password	Savings Account	Checking Account
Robert Brown	rbrown	blue123	$2500.00	$35.00
Lisa White	lwhite	red456	$500.00	$1250.00
Mark Black	mblack	green789	$750.00	$200.00
Khizzy Junior	khizzyjr	3163	$600.00	$900.00

Final Project Part 1: The Raptor program should do the following:

• Create an executable flowchart using Raptor to support your solution to the problem. Your flowchart must use a modular design. (This should be your M07 Evaluate – Progress Report 5.)
• Implement a menu-driven program to help assist the customer.
• Incorporate defensive programming to make sure that the user is inputting valid data.
• Use at least one array to capture the account information for each customer. Use correctly nested loops to allow customers to do multiple transactions.
• With good programming style, code the program using Raptor in a way that enhances readability and ease of use, including the appropriate use of internal documentation (comments) and external documentation (user-friendly outputs).

Final Project Part 1: The Raptor program should do the following:

• Create an executable flowchart using Raptor to support your solution to the problem. Your flowchart must use a modular design. (This should be your M07 Evaluate – Progress Report 5.)
• Implement a menu-driven program to help assist the customer.
• Incorporate defensive programming to make sure that the user is inputting valid data.
• Use at least one array to capture the account information for each customer. Use correctly nested loops to allow customers to do multiple transactions.
• With good programming style, code the program using Raptor in a way that enhances readability and ease of use, including the appropriate use of internal documentation (comments) and external documentation (user-friendly outputs).

Answer 1

#include <iostream>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
using namespace std;
class custaccount
{
public:
string name;
long passcode;
double accountno;
custaccount()
{
cout<<"Enter number:"; cin>>name;
cout<<"Enter Passcode:";cin>>passcode;
cout<<"Enter accountno;"; cin>>accountno;
}
bool authenticate(string custname,int pass_code)
{
string custname;
long passcode;
int i=0;
cout<<"Enter Name:";cin>>custname;
for(i=0;i<=20;i++)
{
cout<<"Enter passcode:";cin>>pass_code;
int flag=0,j=0;
for(j-0;j<=20;j++)
{
if(pass_code==passcode)
{
flag=1;
}
else
{
flag-=0;
}
}
if(flag==1)
{ int i=0,j=0;
for(j=0;j<=20;j++)
{
if (cust_name=name[i])
{flag1=1;
exit(0);
}
else
{
flag1==0;
exit(0);
}
}
flag1=0;
}
else
{
flag1==0;
}
return flag1;
}
}
};
void deposit(long amt,long accountno,string custname)
{
accontq1=accountno;
custnam=custname;
if(authenticate(accontq1,custname))
{ long depositsum;
cout<<"Enter amount you want to deposit:";cin>>depositsum;
accountsum+=depositsum;
return 0;
}
void withdrawl(long amt, long accountno, string custname)
{
accontq1=accountno;
custnam=custname;
If(authenticate(account1,custnam))
{ long withdrawlsum;
cout<<"Enter amount you want to deposit:";cin>>withdrawlsum;
accountsum-=withdrawlsum;
}
else
{
Return 0;
}
}
void balanceenquiry(long accountno)
{
custaccount a1;
int flag=0;
int I;
for(i=0;i<=20;i++)
{
if a1[i].account_no==accountno)
{
cout<<"Balance=";<<a[i].accountsum;
flag=1;
}
else
{
flag=0;
}
}
if(flag==0)
{
cout<<"account invalid:";
}
}
}
}
void transferbalance(long sendac, long recac, double accsum)
{
custaccount a1;
a1[sendac].accountsum-accsum;
a1[reccac].accountsum+=accsum;
return 0;
}
int main()
{
int accountno, passcode;
Cout<<"Enter accountno"; cin>>accountno;
cout<<"Enter passcode"; cin>>passcode;
If(authenticate(accountno,passcode)
{ int choice;
cout<<"Enter your choice 1. Withdrawl 2. Deposit 3. Balance enquiry 4. Long out:"; cin>> choice;
switch(choice)
{
case'1': custaccount[accountno].withdrawl(amt);break();
case'2': custaccount[accountno].deposit(amt);break();
case'3':custaccount[accountno].balanceenquiry(accountno);break();
case'4': cout<<"You are logged out:";exit(0);
}
}
else
{
cout<<"Invalid AccountNo."; exit(0);
}
return 0;
}