This content is controlled by your instructor and is not zyBooks content. Direct questions or concerns about this content to your instructor. If you have any technical issues with the ZyLAB submission system, use the Trouble with the lab button at the bottom of the lab.
This homework assignment gives you the opportunity to practice nested structures, passing a structure by reference, and dynamic allocation of an array of structures. There is an extra credit version worth an additional 5 points.
HW5 (Graded out of 100)
Write a program that manages bank accounts. Specifically, the program allows the user to enter the data related to an account, and list the data related to accounts. The data related to an account is maintained in the following structures:
int accountNumber; Person ownerInfo; double balance;
1. Additional Requirements – Make sure you meet all the requirements to avoid losing points
Prompt the user to enter the maximum number of Accounts. Perform input validation. A valid value is an integer > 0.
Dynamically allocate an array of Accounts of the size entered by the user Display the menu of choices:
1->Enter data for specific account, 2->Display data for specific account 3->Display data for all accounts, 4->Quit
Perform input validation on the user’s choice. A user’s choice is valid if it is a choice on the menu.
If the user chooses 1, prompt the user for the account data, do input validation on the account number and balance, and populate the next available element of the
Account array. The next available element is the lowest index element that is not
populated. If there is no available element (array is full), print an error message. Then display the menu again.
If the user chooses 2, prompt the user for the account number. Perform input
validation. If there is no account with that number, print an error message. Else, display the data related to the account. Then display the menu again.
If the user chooses 3, print the data of all the accounts that have been populated. Then display the menu again.
If the user chooses 4, terminate the program.
For all the above input validations, the program should ask the user to reenter as long as the input is invalid, up to 5 attempts (the initial input counts as one attempt). If the maximum number of attempts is reached, the program prints an error message and terminates.
An account number is valid if it is an integer > 0
A balance is valid is it consists only of digits and at most one dot. If there is a dot, there are at most two digits after the dot.
You are required to implement your program with these functions. You may implement more functions to make your program more modular if you wish.
passed by reference, and the size of the array passed by value. It prompts the user for the data and populates the next available element of the Account array. It performs all the necessary input validations. It prints an error message if there is no available element. The function returns void.
• printAccount: This function takes as argument an Account structure variable passed by reference. It prints the content of the structure variable. The function returns void.
For the two above functions, you must use the proper qualifier(s) to comply with the principle of least privilege. You will fail the unit test if you don’t comply with the principle of least privilege.
Make sure you follow the style requirements, especially regarding the comment header for functions, to avoid losing points.
1. Implementation Suggestions – You are not required to implement the suggestions
For the input validation, you can use getline to read the user’s input.
You are allowed to use any of the existing library functions in chapter 10 of the Gaddis textbook to check input validity. You are also allowed to reuse code that you wrote for the previous homeworks.
2. Extra credit
You can earn 5 points extra credit if your program checks the account number entered at choice 1 is not a duplicate of an existing account. If it is a duplicate account number, the program asks the user to reenter, up to 5 attempts (the initial input counts as one attempt). After 5 unsuccessful attempts, the program prints an error message and terminates.
3. Grading Criteria
a) Source code inspection (grader)
Style: 10 points (refer to the “Homework Notes” for the style requirements) If the code does not do dynamic array allocation, 20 points will be deducted
b) Program compilation and execution (zylabs)
Test-1 – Array creation with input validation and menu display – Output starts like output-1: 3 points.
Test-2 – Array creation with input validation, max number of attempts reached – Output matches output-2: 3 points. Test-3 – Display menu with input validation, max number of attempts reached – Output matches output-3: 3 points. Test-4 – Enter data for an account with input validation on the data – Output matches output-4: 9 points
Test-5 – Enter data for an account with input validation on the data, max number of attempts reached – Output matches output-5: 3 points
Test-6 – Enter data for an account, array full – Output matches output-6: 8 points Test-7 – Enter data for an account, array full – Output matches output-7: 8 points
Test-8 – Display data for an account with input validation on the account number– Output matches output-8: 7 points Test-9– Display data for an account, no account found – Output matches output-9: 7 points
Test-10 – Display data for all accounts – Output matches output-10: 19 points
Test-11 (Extra credit) – Enter data for an account with input validation, extra credit – Output matches output-11: 5 points Test-12 – populateAccount unit test: 10 points
Test-13 – populateAccount-full unit test: 5 points
Test-14 – printAccount unit test: 5 points
DescriptionIn this final assignment, the students will demonstrate their ability to apply two majorconstructs of the C programming language – Fu
Path finding involves finding a path from A to B. Typically we want the path to have certain properties,such as being the shortest or to avoid going t
Develop a program to emulate a purchase transaction at a retail store. Thisprogram will have two classes, a LineItem class and a Transaction class. Th
1 Project 1 Introduction - the SeaPort Project series For this set of projects for the course, we wish to simulate some of the aspects of a number of
1 Project 2 Introduction - the SeaPort Project series For this set of projects for the course, we wish to simulate some of the aspects of a number of