In this project, you have to write a C++ program to keep track of banking transactions.
Your objective is to get transactions from a user and process the transactions for debiting or crediting the account, keeping in view the rules regarding minimum balances and penalties. Each user holds two accounts – a business account and a personal account. Both accounts use the same account number.
CSCE 1030: Project 1
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PROGRAM DESCRIPTION
In this project, you have to write a C++ program to keep track of banking transactions.
Your objective is to get transactions from a user and process the transactions for debiting or crediting the
account, keeping in view the rules regarding minimum balances and penalties. Each user holds two
accounts – a business account and a personal account. Both accounts use the same account number.
PROGRAM REQUIREMENTS
1. As with all projects in this course, your program’s output will display your name, your EUID, your
e-mail address, the department name, and course number. This means that your program will
print this information to the terminal (see the sample output).
2. Declare and initialize the following constants and variables.
A floating-point constant to store the minimum balance for the business account
initialized
to 10000.00.
A floating-point constant to store the minimum balance for the personal account
initialized
to 1000.00.
A floating-point variable to store the current balance for the business account initialized
to 10000.00.
A floating-point variable to store the current balance for the personal account initialized
to 1000.00.
3. Declare an enumeration constant with values Business and Personal and assign suitable integer
values to each data item.
4. Using a suitable message, prompt the user for the name on the account. The name can have
multiple words.
Only alphabets (A-Z or a-z) and whitespaces are permitted in the account name.
o If the user enters any other characters in the name, you need to generate an
error message and ask for the name again.
o Your program must keep on asking the user to enter the name until the user
enters it correctly.(SEE SAMPLE OUTPUT 1)
The user may type the name in either uppercase or lowercase, but you need to convert
every initial to uppercase. (SEE SAMPLE OUTPUTS)
5. Using a suitable message, prompt the user for the number of the account.
The account number must be a 6 digit number. If the user enters any other account
number, generate an error message and ask the user to enter the number again.
Your program must keep on asking the user to enter the number until the user enters it
correctly. (SEE SAMPLE OUTPUT 1)
6. Inside a switch-case block with a default case, implement the following features.
Ask the user to choose which account the user wants to access – Business or Personal.
o Use a suitable integer value to get the choice from the user.
You must use the enumeration constants to set up your cases.
You must use a variable of your enumeration constant type for switching control.
If the user chooses a Business account
o Prompt the user for a transaction to process. The transaction can be a positive or
a negative value. Positive transactions are deposits and negative transactions are
withdrawals.
o If the current balance falls below the required minimum balance for a business
account, there is a 10$ penalty (decrease current balance by $10 for every new
transaction) until the current balance updates to at least the minimum required
balance. (SEE
SAMPLE OUTPUT 3)
o If the current balance is below the minimum required balance, remind the user
that the account is losing 10$ for every transaction using a suitable message. (SEE
SAMPLE OUTPUT 3)
If the user chooses a Personal account
o Prompt the user for a transaction to process. The transaction can be a positive or
a negative value. Positive transactions are deposits and negative transactions are
withdrawals.
o If any transaction drops the current balance below the minimum personal
balance, the transaction will be denied with a suitable message to the user. (SEE
SAMPLE OUTPUT 2)
o Note that for personal accounts the current balance will never be less than the
minimum balance and hence there are no provision of penalties either
If the user enters a wrong choice, use the default case to provide an error message and
ask the user to make the choice again.
o Your program needs to keep on asking the user for the choice until the user
chooses a correct choice. (SEE SAMPLE OUTPUT 1)
Display the current balance in either case after each successful transaction. (SEE SAMPLE
OUTPUTS)
7. Your program needs be able to process more than one transaction.
After successfully processing a transaction, ask the user if the user wants to process
another transaction.
If the user chooses to process another transaction, use a suitable loop to ask the user
about the type of account and the transaction to process (i.e. basically repeat Step 6).
(SEE SAMPLE OUTPUT 4)
8. Display the following results to the user with suitable messages.
The name on the account. Note that the displayed name must reflect the processing of
Step 4.
The account number of the account but in encrypted form.
o Increment the actual account number with a seeded random integer between
200001 and 300000, inclusive
o Note that the addition may increase a 6 digit number to a 7 digit number, in that
case discard the first digit.
o For example, if the actual account number is 999999 and the randomly generated
number is 300000, the sum is 1299999 and the encrypted account number is
299999, with the leading 7th digit discarded.
The current business and personal account balances.
o Make sure the number of digits after the decimal point is 2 digits and there is a $
sign in front of the number (for example, $12562.65 )
9. Your program source code should be named “euidProject1.cpp”, without the quotes.
where euid should be replaced by your EUID.
10. Your program will be graded based largely on whether it works correctly on the CSE machines
(e.g., cse01, cse02, …, cse06), so you should make sure that your program compiles and runs on a
CSE machine.
DESIGN (ALGORITHM):
On a piece of paper (or word processor), write down the algorithm, or sequence of steps, that you will
use to solve the problem. You may think of this as a “recipe” for someone else to follow. Continue to
refine your “recipe” until it is clear and deterministically solves the problem. Be sure to include the steps
for prompting for input, performing calculations, and displaying output.
You should attempt to solve the problem by hand first (using a calculator as needed) to work out what
the answer should be for a few sets of inputs.
Type these steps and calculations into a document (i.e., Word, text, or PDF) that will be submitted along
with your source code. Note that if you do any work by hand, images (such as pictures) may be used, but
they must be clear and easily readable. This document shall contain both the algorithm and any supporting
hand-calculations you used in verifying your results.
Here are some sample outputs to help you write the code. The items in bold are entered by the user on
the terminal as input data.
SAMPLE OUTPUT 1
$ ./a.out
+————————————————-+
| Computer Science and Engineering |
| CSCE 1030 – Computer Science I |
| Student Name EUID euid@my.unt.edu |
+————————————————-+
Enter your name:John7 smith
Your name can only have alphabets or spaces. Enter again.
Enter your name:john c smit%
Your name can only have alphabets or spaces. Enter again.
Enter your name:john c smith
Enter your account number:25689745
Your account number is a 6-digit number. Enter again:55
Your account number is a 6-digit number. Enter again:123456
What is your account type?0 for Business, 1 for Personal:3
Wrong choice. Please enter again.
What is your account type?0 for Business, 1 for Personal:8
Wrong choice. Please enter again.
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:2000
Business Balance:$12000
Do you want to process another transaction? Y/N:n
Name:John C Smith
Account Number (Encrypted):394797
Business Balance:$12000.00
Personal Balance:$1000.00
SAMPLE OUTPUT 2
$ ./a.out
+————————————————-+
| Computer Science and Engineering |
| CSCE 1030 – Computer Science I |
| Student Name EUID euid@my.unt.edu |
+————————————————-+
Enter your name:John Smith
Enter your account number:999999
What is your account type?0 for Business, 1 for Personal:1
Enter transaction:-10000
Your personal balance cannot be less than minimum balance. Transaction
denied.
Personal Balance:$1000
Do you want to process another transaction? Y/N:n
Name:John Smith
Account Number (Encrypted):271340
Business Balance:$10000.00
Personal Balance:$1000.00
SAMPLE OUTPUT 3
$ ./a.out
+————————————————-+
| Computer Science and Engineering |
| CSCE 1030 – Computer Science I |
| Student Name EUID euid@my.unt.edu |
+————————————————-+
Enter your name:sheila HARRIS
Enter your account number:555555
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:-50000
Business Balance:$-40000
Do you want to process another transaction? Y/N:y
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:10000
Your balance is less than the required minimum. There will be a $10.00
fee for every transaction.
Business Balance:$-30010
Do you want to process another transaction? Y/N:y
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:-10000
Your balance is less than the required minimum. There will be a $10.00
fee for every transaction.
Business Balance:$-40020
Do you want to process another transaction? Y/N:y
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:100000
Your balance is less than the required minimum. There will be a $10.00
fee for every transaction.
Business Balance:$59970
Do you want to process another transaction? Y/N:y
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:5000
Business Balance:$64970
Do you want to process another transaction? Y/N:n
Name:Sheila HARRIS
Account Number (Encrypted):851179
Business Balance:$64970.00
Personal Balance:$1000.00
SAMPLE OUTPUT 4
$ ./a.out
+————————————————-+
| Computer Science and Engineering |
| CSCE 1030 – Computer Science I |
| Student Name EUID euid@my.unt.edu |
+————————————————-+
Enter your name:abcd efgh
Enter your account number:100000
What is your account type?0 for Business, 1 for Personal:0
Enter transaction:10000
Business Balance:$20000
Do you want to process another transaction? Y/N:y
What is your account type?0 for Business, 1 for Personal:1
Enter transaction:2000
Personal Balance:$3000
Do you want to process another transaction? Y/N:n
Name:Abcd Efgh
Account Number (Encrypted):371341
Business Balance:$20000.00
Personal Balance:$3000.00
TESTING:
Test your program to check that it operates as desired with a variety of inputs. Then, compare the answers
your code gives with the ones you get from hand calculations.
SUBMISSION:
Your program will be graded based largely upon whether it works correctly on the CSE machines,
so you should make sure your program compiles and runs on the CSE machines.
Your program will also be graded based upon your program style. This means that you should use
comments (as directed), meaningful variable names, and a consistent indentation style as
recommended in the textbook and in class.
We will be using an electronic homework submission on Canvas to make sure that all students
hand their programming projects on time. You will submit both (1) the program source code file
and (2) the algorithm design document to the Project 1 dropbox on Canvas by the due date and
time.
Homework are meant to be problem-solving exercises and are designed to help you practice your
coding on larger projects with various pieces of functionality. While the coding should be primarily
your sole work, you are allowed to get assistance from classmates when working on these
assignments. However, each student is required to report the name(s) of the students they
worked with on the assignment. Cheating for these assignments is now defined as copying from
a fellow student without reporting it or copying from the web. You should not copy someone
else’s code or let a classmate examine your code if you have not identified as working in a group
for your homework.
As a safety precaution, do not edit your program (using vim or nano) after you have submitted
your program where you might accidentally re-save the program, causing the timestamp on your
file to be later than the due date. If you want to look (or work on it) after submitting, make a copy
of your submission and work on that copy. Should there be any issues with your submission, this
timestamp on your code on the CSE machines will be used to validate when the program was
completed.
