CSIS 209 Programming Assignment 5

Description

Create an inheritance hierarchy that a bank might use to represent customers’ bank accounts. All customers at this back can deposit (i.e. credit) money into their accounts and withdraw (i.e. debit) money from their accounts. More specific types of accounts also exist. Savings accounts, for instance, earn interest on the money they hold. Checking accounts, on the other hand, charge a fee per transaction.
Create base class Account and derived classes SavingsAccount and CheckingAccount that inherit from class Account. Base class Account should include the following private instance variables: Balance, which is of type decimal to represent the account balance; AccountName, which is of type string and represents the account holder’s last name; and AccountNumber, which is an integer type that represents the account’s number. The class should provide a constructor that receives an account’s name, account number, and an initial balance. It should use initialize these instance variables using the appropriate mutator methods (i.e. setAccountName, setAccountNumber, and setBalance). The setBalance method should validate the initial balance to ensure that it’s greater than or equal to 0.0; if not, set the balance to 0. You should also include the appropriate accessor (i.e. “get”) methods. Also, the class should provide two other public methods: Method Credit should add an amount to the current balance. Method Debit should withdraw money from the Account and ensure that the debit amount does not exceed the Account’s balance. If it does, the balance should be left unchanged, and the method should print the message “Insufficient Funds.” Base class Account should also have a method called PrintAccount that prints the account’s name, number, and balance.
Derived class SavingsAccount should inherit the functionality of an Account, but also include a decimal instance variable indicating the interest rate (double) assigned to the Account. Call this variable InterestRate. SavingsAccount’s constructor should receive the account’s name, account number, initial balance, and an initial value for the interest rate. The constructor should call the base class constructor to initialize the account’s name, number, and balance. It should also call a method in its own class, setInterestRate, which should set the InterestRate variable and validate that the rate is a positive number. If the interest rate passed in is negative, set the interest rate to zero. SavingsAccount should provide public method CalculateInterest that takes no arguments and returns a decimal indicating the amount of interest earned by an account. Method CalculateInterest should determine this amount by multiplying the interest rate by the account balance. [Note: SavingsAccount should inherit methods Credit and Debit without modifying them.] Finally, create a method in this derived class that overrides the PrintAccount method in the base class. In it, call the base class method to print out the account’s name, number, and balance, and include code in the derived class’s method to print out the information specific to the derived class (i.e. InterestRate).
Derived class CheckingAccount should inherit from base class Account and include a decimal instance variable that represents the fee charged per transaction. Call this variable FeeCharged. CheckingAccount’s constructor should receive the account’s name, account number, initial balance, as well as a parameter indicating a fee amount. Create a mutator method, setFeeAmount, and call it from the constructor. If the fee amount is negative, the setFeeAmount should set it to zero. Class CheckingAccount should redefine methods Credit and Debit so that they subtract the fee from the account balance whenever either transaction is performed successfully. CheckingAccount’s versions of these methods should invoke the base-class Account to perform the updates to an account balance. CheckingAccount’s Debit method should charge a fee only if money is actually withdrawn (i.e. the debit amount does not exceed the account balance.) [Hint: Define Account’s Debit method so that it returns a bool indicating whether money was withdrawn. Then use the return value to determine whether a fee should be charged.] Finally, create a method in this derived class that overrides the PrintAccount method in the base class. In it, call the base class method to print out the account’s name, number, and balance, and include code in the derived class’s method to print out the information specific to the derived class (i.e. FeeCharged).
After defining the classes in this hierarchy, write an application that creates one object of each derived class and tests their methods. Add interest to the SavingsAccount object by first invoking its CalculateInterest method, then passing the returned interest amount to the object’s Credit method. The order of events should be performed as follows:
Create a new checking account object. Assign it an initial balance of $1,000. The account name should be your last name concatenated with the word “Checking”, and the account number should be 1. The fee charged should be 3.00. Print a description of this transaction (i.e. “Created checking account with $1,000 balance.”)
Create a new savings account object. Assign it an initial balance of $2,000. The account name should be your last name concatenated with the work “Savings”, and the account number should be 2. The interest rate should be 5%. Print a description of this transaction (i.e. “Created savings account with $2,000 balance.”)
Print the checking account object’s information.
Print the savings account object’s information
Deposit $100 in the checking account and print a description of this transaction (i.e. “Deposit $100 into checking.”) (this should generate a fee charged as well)
Print the checking account object’s information
Withdraw $50 from the checking account and print a description of this transaction (i.e. “Withdraw $50 from checking.”) (this should generate a fee charged as well)
Print the checking account object’s information
Try to withdraw $6,000 from the checking account and print a description of this transaction (i.e. “Withdraw $6,000 from checking.”) (This should not generate a fee but instead produce an error message that the user has Insufficient Funds. The balance should remain unchanged.)
Print the savings account object’s information
Deposit $3,000 in the savings account and print a description of this transaction (i.e. “Deposit $3,000 into savings.”)
Print the savings account object’s information
Withdraw $200 from the savings account and print a description of this transaction (i.e. “Withdraw $200 from savings.”)
Print the savings account object’s information
Calculate the interest on the savings account and print a description of this transaction (i.e. “Calculate Interest on savings.”)
Print the savings account object’s information
Try to withdraw $10,000 from the savings account (This should produce the Insufficient Funds error message and leave the balance unchanged.) Print a description of this transaction (i.e. “Withdraw $10,000 from savings.”)
Print the savings account object’s information
SCREENSHOTS
SOLUTION
PAYMENT
The solution includes a Visual Studio (c#) project
Attachments [Move over files to preview content of those files]
CSIS209_Programming_Assignment_5.zip (110.83 KB)
CSIS209-Programming-Assignment-5-Screenshot.png
Visual Studio project
CSIS209ProgrammingAssignment5
CSIS209ProgrammingAssignment5
Account.cs
App.config
bin
Debug
CSIS209ProgrammingAssignment5.vshost.exe
CSIS209ProgrammingAssignment5.vshost.exe.config
CSIS209ProgrammingAssignment5.vshost.exe.manifest
CheckingAccount.cs
CSIS209ProgrammingAssignment5.csproj
obj
Debug
DesignTimeResolveAssemblyReferencesInput.cache
TempPE
Program.cs
Properties
AssemblyInfo.cs
SavingsAccount.cs
CSIS209ProgrammingAssignment5.sln
CSIS209ProgrammingAssignment5.v12.suo
Preview Account.cs
xxxxxxx xxxxxx xxxxxxxxxxx { xxx; xxx; } // xxxxxxxxxx xxx xxxxxxx xxxxxx’x xxxx xxxx
xxxxxxx xxx xxxxxxxxxxxxx { xxx; xxx; } // xxxxxxxxxx xxx xxxxxxx’x xxxxxx
xxxxxxx xxxxxx xxxxxxx; // xxxxxxxxx xxx xxxxxxx xxxxxxx
public double Balance { get { return balance; } set { balance = value; } }
// Default construct public Account() { }
// Constructor that receives an account’s name, account number, and an initial balance
xxxxxx xxxxxxx(xxxxxx xxxxxxxxxxx, xxx xxxxxxxxxxxxx, xxxxxx xxxxxxxxxxx)
{
xxxx.xxxxxxxxxxx = xxxxxxxxxxx;
xxxx.xxxxxxxxxxxxx = xxxxxxxxxxxxx;
xxxxxxxxxx(xxxxxxxxxxx);
}
Preview CheckingAccount.cs
xxxxxxx xxxxxx xxxxxxxxxx;
// xxxxxxx xxxxxxxxx
xxxxxx xxxxxxxxxxxxxxx()
{
}
public CheckingAccount(string accountName, int accountNumber, double initBalance, double feeCharged) : base(accountName, accountNumber, initBalance) { setFeeAmount(feeCharged); }
public void setFeeAmount(double feeCharged) { if (feeCharged >= 0)
{
xxxx.xxxxxxxxxx = xxxxxxxxxx;
}
xxxx
{
xxxx.xxxxxxxxxx = 0;
Preview Program.cs
xxxxxx xxxx xxxx(xxxxxx[] xxxx)
{
xxxxxx xxxx_xxxx_xxxx = “xxxxx”;
xxxxxxxxxxxxxxx xxxxxxxxxxxxxxxxxxx = xxx xxxxxxxxxxxxxxx(xxxx_xxxx_xxxx + “xxxxxxxx”, 1, 1000, 3);
xxxxxxx.xxxxxxxxx(“xxxxxxx xxxxxxxx xxxxxxx xxxx $1,000 xxxxxxx.”);
checkingAccountTest.PrintAccount(); SavingsAccount savingsAccountTest = new SavingsAccount(YOUR_LAST_NAME + “Savings”, 2, 2000, 0.05); Console.WriteLine(“Created savings account with $2,000 balance.”); savingsAccountTest.PrintAccount(); Console.WriteLine(“Deposit $100 into checking.”); checkingAccountTest.Credit(100); checkingAccountTest.PrintAccount(); Console.WriteLine(“Withdraw $50 from checking.”); checkingAccountTest.Debit(50); checkingAccountTest.PrintAccount(); Console.WriteLine(“Withdraw $6,000 from checking.”); checkingAccountTest.Debit(6000);
xxxxxxxxxxxxxxxxxxx.xxxxxxxxxxxx();
xxxxxxx.xxxxxxxxx(“xxxxxxx $3,000 xxxx xxxxxxx.”);
xxxxxxxxxxxxxxxxxx.xxxxxx(3000);
xxxxxxxxxxxxxxxxxx.xxxxxxxxxxxx();
xxxxxxx.xxxxxxxxx(“xxxxxxxx $200 xxxx xxxxxxx.”);
xxxxxxxxxxxxxxxxxx.xxxxx(200);
Preview SavingsAccount.cs
xxxxxxx xxxxxx xxxxxxxxxxxx {xxx ; xxx ; }
// xxxxxxx xxxxxxxxx
xxxxxx xxxxxxxxxxxxxx()
{
}
public SavingsAccount(string accountName, int accountNumber, double initBalance, double interestRate) : base(accountName, accountNumber, initBalance) { setInterestRate(interestRate); }
public void setInterestRate(double interestRate) { if (interestRate >= 0) {
xxxx.xxxxxxxxxxxx = xxxxxxxxxxxx;
}
xxxx
{
xxxx.xxxxxxxxxxxx = 0;
}
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