Assignment 4- Implementing a Banking Application Due See course shel.pdf

Assignment 4- Implementing a Banking Application Due: See course shell for due date and time
Check with you professor to see if you are permitted to work as a group. The application is by far
the most complex system that you have attempted so far. It consists of eleven classes, two
structs, one interface and two enums coupled in varying degrees of tightness. The Bank class is
the main driver of the application. It has a collection of Accounts and Person that is initialize
appropriately in the static constructor. You will implement the entire system in Visual Studio. A
short description of each type with their members is given below. You are advised to implement
each type in the order that they are described. No method should have a Console.WriteLine()
unless you are explicitly told to output something on the console. Each type must be in separate
files
Assignment 4, Winter 2022 Uses - Inheritance, Interfaces, Exceptions, EventHandlers,
Collections Operator overloading, hiding, and replacing members, Serialization, Generics, Linq
ExceptionType enum You will implement this enum in Visual Studio. There are seven members:
The members are self-explanatory. AccountType enum You will implement this enum in Visual
Studio. There are three members: begin{tabular}{|l|} hline AccountTypeenum hline
Constants hline Checking, Saving, Visa end{tabular} The members are self-explanatory.
Utils class [The implementation for this class is given in the appendix. Create a class called Utls
and copy and past the statements into the appropriate part of the file] You will implement the
Utils class in Visual Studio. This class is comprised of three fields and provides two static
properties. It simulates the passage of time. Each time the Time property is accessed, it increases
the internal field by a random amount. It is used to time stamped all banking events. A short
description of each class member is given below: Properties: There are three properties. 1. _time
- this private class variable is of type DayTime that store the time of this object. It is initialized
(with argument 1_048_000_000) at declaration. It is mutated (changed) whenever either of the
properties is accessed. 2. random - this private class variable is of type Random storing the time
of this object. It is initialized (with argument 1_048_000_000) at declaration. It is mutated
(changed) whenever either of the properties is accessed. 3. ACCOUNT_TYPE - this private class
variable is of type Dictionary. It serves as a lookup table to match an account type with a
particular prefix. It is initialized (code is given in the appendix) at declaration. Properties: There
are two properties, both of which are computed.

1. Time - this public class variable is of type DayTime. It adds a random value to the internal
field_time and then returns it. 2. Now - this public class variable is of type DayTime. It adds zero
to the internal field_time and then returns it. Methods: There are no explicitly defined methods.
You do not have to code this class. Just copy the code statements from the appendix of this
document.
ITransaction interface You will implement the ITransaction Interface in Visual Studio. The three
Account sub classes implement this interface. A short description of each class member is given
below: Properties: There are no properties. Methods: 1. void Withdraw(double amount, Person
person). 2. void Deposit(double amount, Person person).
AccountException class You will implement the AccountException Class in Visual Studio. This
inherits from the Exception Class to provide a custom exception object for this application. It
consists of a single a constructor: Fields: There are no fields Properties: There are no properties
Constructor: 1. public AccountException(ExceptionType reason )- this public constructor
invokes the base constructor with an appropriate argument. The base constructer argument is
obtain by calling the ToString() of the argument. [You are sending the argument of the child
constructor to the parent constructor.] Methods: There are no methods.
LoginEventArgs class You will implement the LoginEventArgs Class in Visual Studio. This
inherits from the EventArgs Class to provide a custom object for this application. It consists of
two properties and a single a constructor: Fields: There are no fields Properties: There are two
public properties, with no accompanying setters. Constructors: 1. public LoginEventArgs(string
name, bool success) - this public constructor takes a string and a bool argument and does the
following: a. Invokes the base constructor b. Assigns the arguments to the appropriate properties.
Methods: There are no explicitly defined methods.

TransactionEventArgs class You will implement the TransactionEventArgs Class in Visual
Studio. This inherits from the LoginEventArgs Class to provide a custom object for this
application. It consists of a single property and a single a constructor: Fields: There are no fields
Properties: There is one explicitly defined public property, with no accompanying setters.
Constructors: 1. public TransactionEventArgs(string name, double amount, bool success) - this
public constructor takes a string, a double and a bool argument and does the following: a.
Invokes the base constructor with the appropriate arguments. b. Assigns the middle argument to
the appropriate property. Methods: There are no explicitly defined methods.
Transaction struct You will implement the Transaction struct in Visual Studio. The only purpose
of this stuct is to capture the data values for each transaction. A short description of the struct
members is given below: Properties: There are no fields. Properties: All the properties are public
with the setter absent 1. AccountNumber - this property is a string representing the account
number associated with this transaction. The getter is public, and the setter is absent. 2. Amount -
this property is a double representing the account of this transaction. The getter is public, and the
setter is absent. 3. Originator - this property is a Person representing the person initiating this
transaction. The getter is public, and the setter is absent. 4. Time - this property is a DayTime
type representing the time associated with this transaction. The getter is public, and the setter is
absent.
Constructors: 1. public Transaction ( string accountNumber, double amount, Person person) -
This public constructor takes three arguments. It assigns the arguments to the appropriate
properties. It also sets the Time property to the Time property of the Utils class. Methods: 1.
public override string ToString( ) -This method overrides the same method of the Object class. It
does not take any parameter and it returns a string representing the account number, name of the
person, the amount, and the time that this transition was completed. [See the output for clues for
this method.] You must include the word Deposit or Withdraw in the output.
DayTime struct You will implement the DayTime struct in Visual Studio. The only purpose of
this stuct is to capture the time of an event. The logic of this class depends on the following: - 1

hour =60 minutes - 1 day =24 hours =2460=1_440 minutes - 1 month =30 days
=301_440=43_200 minutes - 1 year =12 months =1243_200=518_400 minutes - Time starts on
the zero minute of the zero hour of the first day of the first month of the zero year. i.e. 0 minute
will be 0000-01-01 00:00 A short description of the struct members is given below: Properties:
There is a single private field. 1. minutes - this private field is a long representing the minute
value of this struct. [The time on a computer system is a simple counter. The long counter
represents the number of ticks (milliseconds) since 1970 January 1] Properties: There are no
properties.
Constructors: 1. public Day ( long minutes ) - This public constructor takes a single long
argument and assigns it to the appropriate field. Methods: 1. public static DayTime operator + (
DayTime lhs, int minutes ) - This method overload the addition operator. Returns a new struct
with the original minutes that is increased by the second argument. This is used in the Util class
to get the current time (Utils. Now) and incremented time (Utils. Time). 2. public override string
ToString( ) - This method overrides the same method of the Object class. It calculates the year,
month, day, hour, and remaining minutes from the private minutes field. [See the output for clues
for this method.]
Logger class You will implement the Logger Class in Visual Studio. This is a static class with
some housekeeping duties. It handles all login attempts and transaction occurrences. A short
description of each class member is given below: Fields: There are two fields: 1. loginEvents -
this private static List field represents login attempts to the bank. This is initialized to an empty
collection at declaration. 2. transactionEvents - this private static Liststring>field represents login
attempts to the bank. This is initialized to an empty collection at declaration. Properties: There
are no properties. Constructors: There are no properties.
1. public static void LoginHandler(object sender, EventArgs args)-This method does the
following: a. Uses the as operator to cast the second argument to a LoginEventArgs object. b.
Create a string with the following: - PersonName (from args). - Success (from args). - Current
time (from Utils. Now). c. Adds the above string to the loginEvents collection. This method does
not display anything 2. public static void TransactionHandler(object sender, EventArgs args) -
This method does the following: a. Uses the as operator to cast the second argument to a

TransactionEventArgs object. b. Create a string with the following: - PersonName (from args). -
Amount (from args) - Operation (from Amount in args) - Success (from args). - Current time
(from Utils. Now). c. Adds the above string to the transactionEvents collection. This method
does not display anything 3. public static void ShowLoginEvents( ) - This is method does not
take any parameters nor does it return a value. The method does the following: a. Prints the
current time (Utils. Now) b. Prints a number list of all the items in the loginEvents collection. 4.
public static void ShowTransactionEvents ( ) -This is method does not take any parameters nor
does it return a value. The method does the following: a. Prints the current time (Utils. Now) b.
Prints a number list of all the items in the transactionEvents collection.
Person class You will implement the Person Class in Visual Studio. A person object may be
associated with multiple accounts. A person initiates activities (deposits or withdrawal) against
an account that is captured in a transaction object. A short description of each class member is
given below: Fields: There are two fields: 3. Password - this private string field represents the
password of this person. (N.B. Password are not normally stored as text but as a hash value. A
hashing function operates on the password and the resulting hash value is stored. When a user
supplies a password, it is passed through the same hashing function and the result is compared to
the stored value.) 4. OnLogin - this public event field represents the EventHandler that will store
the method to be invoked. Properties: All the properties are auto-implemented.
1. SIN - this string property represents the sin number of this person. The getter is public, and
setter is absent. 2. Name - this property is a string representing the name of this person. This
getter is public, and setter is absent. 3. IsAuthenticated - this property is a bool representing if
this person is logged in with the correct password. This is modified in the Login() and the Logout
() methods. This getter is public, and setter is absent. Constructors: 1. public Person(string name,
string sin)-This public constructor takes two parameters: a string representing the name of the
person and another string representing the SIN of this person. It does the following: a. The
method assigns the arguments to the appropriate fields. b. It also sets the password field to the
first three letters of the SIN. [use the Substring(start_position, length) method of the string class]
Methods: 6. public void Login(string password) - This method takes a string parameter
representing a password and does the following: a. If the argument DOES NOT match the
password field, it does the following: - Sets the IsAuthenticated property to false - Invokes the

EventHandler OnLogin with the following arguments: The current object reference (use this)
The second argument is of type LoginEventArgs. This will have arguments - the name of the
current object - and the success on the operation (use false in this case). - Creates an
AccountException object using argument AccountEnum.PASSWORD_INCORRECT - Throws
the above exception b. If the argument matches the password, it does the following: - Sets the
IsAuthenticated property is set to true - Invokes the EventHandler OnLogin with the following
arguments:
This method sets the IsAuthenticated property to false This method does not display anything 8.
public override string Tostring( )-This public method overrides the same method of the Object
class. It returns a string representing the name of the person-and if he is authenticated or not.
Account class You will implement the Account Class in Visual Studio. This class that will serve
as the base class for the Visa, Checking and Saving classes. The member
PrepareMonthlyStatement () is Fields: 1. users - this readonly protected field is a list of If these
two fields are readonly, persons representing the user who have access and transactions?
constructor to an empty collection. 2. transactions - this readonly puble field is a list of
transaction representing the deposits, withdrawal, payments and purchases of this account. This
initialized at in the constructor to an empty collection. 3. LAST_NUMBER - this private field is
a class variable of type int. It represents the last account number that was used to generate the
unique account number. It is initialized at declaration to 100,000 and is modify in the
constructor. Properties: 1. Balance - this property is a double representing the amount in this
account. This is modified in the Deposit( ) method and in the PrepareMonthlyReport () method
of the derived classes. This is an auto-implemented property the getter is public and the setter is
protected 2. LowestBalance - this property is a double representing the lowest balance that this
amount ever drops to. This is modified in the Deposit() method. This is an autoimplemented
property the getter is public and the setter is protected 3. Number - this property is a string
representing the account number of this account. The getter is public and the setter is absent.
Events: 1. OnTransaction - this event is a double representing the amount in this account. This is

modified in the Deposit() method and in the PrepareMonthlyReport () method of the derived
classes. This is an auto-implemented property the getter is public and the setter is protected
Methods: 1. public Account( string type, double balance) - This is the public constructor. It takes
two parameters: a three-letter string representing the type of the account ("VS-", "SV-" and "CK-
" for visa, saving and checking account respectively) and a double representing the starting
balance. The method does the following: a. Sets the Number property to the concatenation
(joining) of the first argument and the class variable LastNumber b. Increments the class variable
LastNumber c. Assigns the second argument to the property Balance d. Assigns the second
argument to the property LowestBalance e. Initializes the field transactions to an empty list of
Transactions. f. Initializes the field users to an empty list of Persons. This constructor is called in
the constructors on the three derived classes 2. public void Deposit( double amount, Person
person) - This public method take a double parameter representing the amount to change balance
by and a person
following: a. Increase (or decrease) the property Balance by the amount specified by its
argument. b. Update the property LowestBalance based on the current value of Balance. c.
Create a Transaction object based on the account Number, the amount (specified by the
argument), a person object (specified by the argument. d. Adds the above object to the list of
transactions This is method is called by the Deposit and withdraw methods of the derived classes
CheckingAccount and SavingsAccount as well as the DoPurchase and DoPayment of the VisaAc
count class. This method does not display anything, nor does it return a value. 3. public void
Adduser (Person person) - This public method takes a person object as a parameter. It adds the
argument to holders (the list of persons). This method does not return a value, nor does it display
anything on the screen. 4. public bool IsUser (string name) -This public method that takes a
string parameter because it is possible that multiple representing the name of the user and
returns true if users will have the same name the argument matches the name of a person in
holders (the list of persons) and false otherwise. You cannot use the Contains method of the list
class because the list is a list of persons and not a list of strings. You willhave to use a loep to
checkeach person in the eollection. Use linq to implement this method. This method does not
display anything on screen. 5. public abstract void PrepareMonthlyReport( )-This abstract public
method does not take any parameter nor does it return a value. Research how to declare an
abstract method. This method is implemented in the classes derived from Accounts. 6. public
virtual void OnTransactionoccur (object sender, EventArgs args) - This public method invoke
the EventHandler OnTransaction with its two arguments. This method does not return a value,
nor does it display anything on the screen. 7. public override string Tostring( )-This method
overrides the same method of the Object class. It does not take any parameter but returns a string

representation of this account. It does the following: a. Declare and initialise a string variable to
store the return value and add the following to it: - The Number of this account - The names of
each of the users of the account - The Balance - All the transactions
CheckingAccount class You will implement the CheckingAccount Class in Visual Studio. This
is a sub class is derived from the Account class and implements the ITransaction interface. There
are two class variables i.e. variables that are shared but all the objects of this class. A short
description of the class members is given below: Fields: 1. COST_PER_TRANSACTION - this
is a class variable of type double representing the unit cost per transaction. All of the objects on
this class will have the same value. This class variable is initialized to 0.05 . 2.
INTEREST_RATE - this is a class variable of type double representing the annual interest rate.
All of the objects on this class will have the same value. This class variable is initialized to 0.005
. 3. hasoverdraft - this is a bool indicating if the balance on this account can be less than zero.
This private instance variable is set in the constructor. Methods: 1. public CheckingAccount (
double balance =0, bool hasoverdraft = false ) - This public constructor takes a parameter of type
double representing the
starting balance of the account and a bool indicating if this account has over draft permission.
The constructor does the following: a. It invokes the base constructor with the string " CK" and
the appropriate argument. [It uses the dictionary ACCOUNT_TYPE and the enum AccountType
to obtain the two letter prefix for this account type] b. Assigns the hasoverdraft argument to the
appropriate field. 2. public new void Deposit( double amount, Person person) -this public method
takes two arguments: a double representing the amount to be deposited and This definition hides
the corresponding a person object representing the person do member in the parent class because
the base the transaction. The method does the class implementation is needed for this method as
well as the Withdraw () method following: a. Calls the Deposit() method of the base class with
the appropriate arguments. b. Calls the OnTransactionoccur () method of the base class with the
appropriate arguments. i. The second argument TransactionEventArgs needs the name of the
person, the amount and true (success of the operation) 3. public void Withdraw (double amount,
Person person) -this public method takes two arguments: a double representing the amount to be
withdrawn and a person object representing the person do the transaction. The method does the
following: a. If this person in not associated with this account, it does the following: i. Calls the

OnTransactionoccur () method of the base class with the appropriate arguments. Read the above
Deposit() method for more explanation ii. Throws the appropriate AccountException object b. If
this person in not logged in, it does the following: i. Calls the OnTransactionoccur () method of
the base class with the appropriate arguments. ii. Throws the appropriate AccountException
object. c. If the withdrawal amount is greater than the balance and there is no overdraft facility, it
does the following: i. Calls the OnTransactionoccur () method of the base class with the
appropriate arguments. ii. Throws the appropriate AccountException object. d. Otherwise, it does
the following: i. Calls the OnTransactionoccur () method of the base class with the appropriate
arguments. ii. calls the Deposit() method of the base class with the appropriate arguments (you
will send negative of the amount)
4. public override void PrepareMonthlyReport ( ) -this public method override the method of the
base class with the same name. The method does the following: a. Calculate the service charge
by multiplying the number of transactions by the COST_PER_TRANSACTION (how can you
find out the number of transactions?). b. Calculate the interest by multiplying the LowestBalance
by the INTEREST_RATE and then dividing by 12 . c. Update the Balance by adding the interest
and subtracting the service charge. d. Re-initializes the collection transactions (use the Clear ()
method of the list class) This method does not take any parameter, In a real-world application,
the transaction objects would be archived before clearing.
nor does it display anything
SavingAccount class You will implement the SavingAccount Class in Visual Studio. This is a
sub class derived from the Account class and implements the ITransaction interface. Again, there
are two class variables. A short description of the class members is given below: Fields: 1.
COST_PER_TRANSACTION - this is a class variable of type double representing the unit cost
per transaction. All of the objects on this class will have the same value. This class variable is
initialized to 0.05 . 2. INTEREST_RATE - this is a class variable of type double representing the
annual interest rate. All of the objects on this class will have the same value. This class variable
is initialized to 0.015 . Methods: 1. public SavingAccount (double balance =0 ) - This public

constructor takes a parameter of type double representing the starting balance of the account. The
constructor does the following: a. It invokes the base constructor with the string "SV-" and its
argument. [It uses the dictionary ACCOUNT_TYPE and the enum AccountType to obtain the
two letter prefix for this account type]
VisaAccount class You will implement the VisaAccount Class in Visual Studio. This is a sub
class derived from the Account class and implements ITransaction interface. This class has a
single class variable. A short description of the class members is given below: Fields: 1.
creditLimit - this is a double representing the maximum balance allowable on this account. This
private instance variable is set in the constructor. 2. INTEREST_RATE - this is a class variable
of type double representing the annual interest rate. All of the objects on this class will have the
same value. This class variable is initialized to 0.1995 . Methods: 1. public VisaAccount ( double
balance =0, double creditLimit =1200 ) - This public constructor takes a parameter of type
double representing the starting balance of the account and a double representing the credit limit
of this account. The constructor does the following: a. It invokes the base constructor with the
string "VS-" and the appropriate argument.
[It uses the dictionary ACCOUNT_TYPE and the enum AccountType to obtain the two letter
prefix for this account type] b. Assigns the argument to the appropriate field 6. public void
DoPayment ( double amount, Person person ) -this public method takes two arguments: a double
representing the amount to be deposited and a person object representing the person do the
transaction. This method does the following: a. Calls the Deposit() method of the base class with
the appropriate arguments. b. Calls the OnTransactionoccur () method of the base class with the
appropriate arguments. i. The second argument TransactionEventArgs needs the name of the
person, the amount and true (success of the operation). 2. public void DoPurchase( double
amount, Person person)-this public method takes two arguments: a double representing the
amount to be withdrawn and a person object representing the person do the transaction. The
method does the following: a. If this person in not associated with this account, it does the
following: i. Calls the OnTransactionoccur () method of the base class with the appropriate
arguments. Read the above Deposit() method for more explanation ii. Throws the appropriate

AccountException object b. If this person in not logged in, it does the following: i. Calls the
OnTransactionoccur () method of the base class with the appropriate arguments. ii. Throws the
appropriate AccountException object. c. If the withdrawal amount is greater than the balance and
there is no overdraft facility, it does the following: i. Calls the OnTransactionoccur () method of
the base class with the appropriate arguments. ii. Throws the appropriate AccountException
object. d. Otherwise it does the following: i. Calls the OnTransactionoccur () method of the base
class with the appropriate arguments. ii. calls the Deposit() method of the base class with the
appropriate arguments (you will send negative of the amount) 3. public override void
PrepareMonthlyReport ( )-this public method override the method of the base class with the
same name. The method does the following: a. Calculate the interest by multiplying the
LowestBalance by the InterestRate and then dividing by 12 b. Update the Balance by subtraction
the interest c. Transactions is re-initialized This method does not take any parameter nor does it
display anything
Bank class You will implement the Bank Class in Visual Studio. This is a static class where all
its members are also static. [All the members of a static class must also be declared static.] A
short description of the class members is given below: Fields: 1. ACCOUNTS - this public
readonly class variable is a dictionary of account. It is initialized at declaration. 2. USERS - this
public readonly class variable is a dictionary of person. It is initialized at declaration. Methods:
1. static Bank( ) - This static constructor contains the following statements to initialize the
USERS and ACCOUNTS collections.
//initialize the USERS collection //initialize the AcCOUNTS collection AddAccount (new
VisaAccount()); //VS-100000 AddAccount (new VisaAccount (150,500) ); //VS-100001
AddAccount (new SavingAccount(5000)); //SV-100002 AddAccount (new SavingAccount());
//SV-160003 AddAccount (new CheckingAccount (2000)); //CK-100004 AddAccount (new
CheckingAccount(1500, true));//CK-100005 AddAccount (new VisaAccount (50,550) ); //VS-
100006 AddAccount (new SavingAccount(1000)); //SV100007 //associate users with accounts
string number = "VS-100000"; AddUserToAccount (number, "Narendra"); AddUserToAccount
(number, "Ilia"); AdduserToAccount(number, "Mehrdad"); number = "VS-100001";
AddUserToAccount(number, "Vijay"); AddUserToAccount (number, "Arben");
AddUserToAccount (number, "Patrick"); number = "SV-100002"; AddUserToAccount (number,

"Yin"); AddUserToAccount (number, "Hao"); AddUserToAccount (number, "Jake"); number =
"SV-100003"; AddUserToAccount (number, "Mayy"); AdduserToAccount (number,
"Nicoletta") number = "CK-100004"; AddUserToAccount (number, "Mehrdad");
AddUserToAccount (number, "Arben"); AddUserToAccount (number, "Yin"); number = "CK-
100005"; AdduserToAccount (number, "Jake"); AdduserToAccount (number, "Nicoletta")
number = "VS-100006"; AddUserToAccount(number, "Ilia");
AddUserToAccount(number, "Vijay"); number = "SV-100007" AdduserToAccount (number,
"Patrick"); AddUserToAccount (number, "Hao"); 2. public static void PrintAccounts ( ) -this
public static method displays all the accounts in the ACCOUNTS collection 3. public static void
PrintPersons (-this public static method displays all the persons in the USERS collection 4.
public static Person GetPerson( string name) -this public static method takes a string representing
the name of a person and returns the matching person object. This method does the following: a.
Check if the argument is present in the key of the static collection USERS. b. If the argument is
present the value part of this pair is returned. c. Else the appropriate AccountException object is
thrown This method does not display anything on screen 5. public static Account GetAccount(
string number) - this public static method takes a string representing an account number and
returns the matching account. This method does the following: a. Check if the argument is
present in the key of the static collection ACCOUNTS. b. If the argument is present the value
part of this pair is returned. c. Else the appropriate AccountException object is thrown 6. public
static void AddPerson(string name, string sin) -this method takes two strings and does the
following: a. Creates a Person object with the two arguments. b. Add the static method
LoginHandler() of the Logger class to the Eventhandler field (OnLogin) of the above object. c.
Adds a key-value pair to the USERS collection. The key is the first argument and the value is the
object in Step A respectively. 7. public static void AddAccount (Account account) - this method
takes an account argument and does the following: a. Add the static method TransactionHandler
() of the Logger class to the Eventhandler field (OnTransaction) of the argument. b. Adds a key-
value pair to the ACCOUNTS collection. The key is the Number property of the argument and
the value is the actual argument respectively. 8. public static void AddUserToAccount(string
number, string name) this method takes two string arguments and does the following: a. Locates
the account matching the first argument.

b. Locates the person matching the second argument. c. Invokes the AddUser() method on the
account object and passing the person object.
Assignment 4 , Winter 2022 Uses - Inheritance, Interfaces, Exceptions, EventHandlers,
Testing Use the following code in your test harness. Console.WriteLine("nAll acounts:"); Bank.
PrintAccounts(); Console.WriteLine("nA11 Users:"); Bank. PrintPersons(); Person p0, p1, p2,
p3, p4, p5, p6, p7, p8, p9, p10; p= Bank.GetPerson ("Narendra"); p1 = Bank.GetPerson("Ilia");
p2 = Bank.GetPerson ("Mehrdad"); p3 = Bank.GetPerson ("Vijay"); p4 = Bank.GetPerson
("Arben"); p5 = Bank.GetPerson ("Patrick"); p6 = Bank.GetPerson ("Yin"); p7= Bank.GetPerson
("Hao"); p8 = Bank.GetPerson ("Jake"); p9= Bank.GetPerson ("Mayy"); p10 =
Bank.GetPerson("Nicoletta"); po. Login ("123"); p1. Login ("234"); p2. Login ("345"); p3.
Login ("456"); p4. Login("567"); p5. Login("678"); p6. Login("789"); p7. Login ("896"); p10.
Login("234"); p8.Login ("901"); //a visa account VisaAccount a= Bank.GetAccount("VS-
100000") as VisaAccount; a.Pay (1500,p0); a. Purchase (200, p1); a. Purchase (25, p2);
a.Purchase (15,p); a.Purchase (39,p1); a.Pay (480, p0); Console.WriteLine(a); a =
Bank.GetAccount ("VS-106001") as VisaAccount; a.Pay (50,p); a.Purchase (25,p3); a. Purchase
(20,p4); a. Purchase (15, p5); Console, Writeline(a); //a saving account SavingAccount b=
Bank.GetAccount ("SV-100002") as SavingAccount; b.Withdraw (300,p6); b. Withdraw
(32.90,p6); b. Withdraw (50,p7); b. Withdraw (111.11, p8); Console. WriteLine(b); b=
Bank.GetAccount ("SV-106003") as SavingAccount; b.Deposit(300, p3); //ok even though p3 is
not a holder n.k.p. Programming II Page 33 of 42
b.Deposit(32.90, p2); b. Deposit( 50,p5); b. Withdraw (111.11,p10); Console.WriteLine(b); //a
checking account CheckingAccount c= Bank.GetAccount("CK-106004") as CheckingAccount;
c.Deposit(33.33, p7); c.Deposit (48.44,p7); c. Withdraw (150,p2); c. Withdraw (200,p4);
c.Withdraw (645, p6); c. Withdraw (350,p6); Console.WriteLine(c); c= Bank.GetAccount ("CK-
100005") as CheckingAccount; c.Deposit(33.33, p8); c.Deposit (40.44,p7); c. Withdraw
(450,p10); c. Withdraw (580, p8); c. Withdraw (645,p10); c. Withdraw (850,p10);
Console.Writeline(c); a= Bank.GetAccount ("VS-100086") as VisaAccount; a.Pay (70, p0); a.
Purchase (2,p3); a. Purchase (10,p1); a.Purchase (15,p1); Console.Writeline(a); b=
Bank.GetAccount ("SV-100007") as SavingAccount; b.Deposit(300, p3); //ok even though p3 is
not a holder b.Deposit (32.90, p2); b. Deposit (50,p5); b. Withdraw (111.11, p7);
Console.WriteLine(b); //The following will cause exception try { n.k.p. Programming Page 34

of 42
catch (AccountException e) { Console.WriteLine(e.Message); } try { a.Purchase(5825, p4);
//credit limit exceeded 3 catch (AccountException e) {Console.WriteLine(e.Message); } try {
c. Withdraw (1500, p6); //no overdraft } catch (AccountException e)
{Console.WriteLine(e.Message); try { Bank.GetAccount("CK-100018"); //account does not
exist catch (AccountException e) { Console.WriteLine(e.Message); } try {
Bank.GetPerson("Trudeau"); //user does not exist } catch (AccountException e) {
Console.Writeline(e.Message); } //show all transactions foreach(var transaction in Bank.
GetAllTransactions()) Console.WriteLine( transaction); foreach (var keyvaluePair in
Bank.ACCOUNTS) { Account account = keyvaluePair. Value; Console.WriteLine("nBefore
PrepareMonthlyReport()"); Console. Writeline(account); Console. WriteLine(" nAfter
PrepareMonthlyReport ()"); account. PrepareMonthlyReport(); //all transactions are cleared,
balance changes Console. WriteLine(account); } Logger. ShowLoginEvents(); Logger.
ShowTransactionEvents(); n.k.p. Page 35 of 42
Sample output Use the following code in your test harness. All acounts: [VS-100000, VS-
100000 Narendra Not logged in, Ilia Not logged in, Mehrdad Not logged in $0.00 - transactions
(0) [VS-100001, VS-106001 Vijay Not logged in, Arben Not logged in, Patrick Not logged in
$150.00 - transactions (B) ] [SV-100002, SV-100002 Yin Not logged in, Hao Not logged in,
Jake Not logged in $5,000.00 - transactions () ] [5V-100003, 5V-100003 Mayy Not logged in,
Nicoletta Not logged in $0.00 transactions (0) ] [CK-100004, CK-100004 Mehrdad Not logged
in, Arben Not logged in, Yin Not logged in $2,600.08 - transactions (6)[CK1 [CK-100005, CK-
100005 Jake Not logged in, Nicoletta Not logged in $1,500.00 transactions (b) [VS-100006, VS-
100006 Ilia Not logged in, Vijay Not logged in $50.00 transactions (b) ] [SV-100007, SV-
100007 Patrick Not logged in, Hao Not logged in $1,000.00 transactions (b) ] All Users:
[Narendra, Narendra Not logged in] [Ilia, Ilia Not logged in] [Mehrdad, Mehrdad Not logged in]
[Vijay, Vijay Not logged in] [Arben, Arben Not logged in] [Patrick, Patrick Not logged in] [Yin,
Yin Not logged in] [Hao, Hao Not logged in] [Jake, Jake Not logged in] [Mayy, Mayy Not
logged in] [Nicoletta, Nicoletta Not logged in] VS-100000 Narendra Logged in, Ilia Logged in,
Mehrdad Logged in $1,621.00 transactions (6) VS-100000 $1,500.00 deposited by Narendra on
2021-08-18 05:10 VS-100000 $200.00 withdrawn by Ilia on 2021-08-19 09:11 VS-100000

$25.00 withdrawn by Mehrdad on 2021-08-20 01:39 VS-100000 $15.00 withdrawn by Narendra
on 2021-08-22 05:21 V5-100000 $39.00 withdrawn by Ilia on 2021-08-24 18:17 VS-100000
$400.00 deposited by Narendra on 2021-08-25 21:58 VS-100001 Vijay Logged in, Arben
Logged in, Patrick Logged in $590.00 - transactions (4) VS-100001 $500.60 deposited by
Narendra on 2021-08-27 00:39 n.k.p. Programming II Page 36 of 42
VS-100001 $25.00 withdrawn by Vijay on 2021-08-28 23:55 VS-100001 $20.00 withdrawn by
Arben on 2021-09-01 09:51 VS-100001 $15.00 withdrawn by Patrick on 2021-09-03 03:46 SV-
100002 Yin Logged in, Hao Logged in, Jake Logged in $4,505.99 - transactions (4) SV-100002
$300.00 withdrawn by Yin on 2021-09-04 20:23 SV-100082 $32.90 withdrawn by Y in on 2021-
09-05 17:11 SV-100002 $50.00 withdrawn by Hao on 2021-09-07 08:54 SV-100002 $111.11
withdrawn by Jake on 2021-09-08 16:16 SV-100803 Mayy Not logged in, Nicoletta Logged in
$271.79 - transactions (4) SV-100003 $300.00 deposited by Vijay on 2021-09-10 18:14 SV-
100003 $32.90 deposited by Mehrdad on 2021-09-12 20:20 SV-100003 $50.00 deposited by
Patrick on 2021-09-13 06:52 SV-100003 $111.11 withdrawn by Nicoletta on 2021-09-15 00:51
CK-100004 Mehrdad Logged in, Arben Logged in, Yin Logged in $728.77 - transactions (6)
CK-100004 $33.33 deposited by Hao on 2021-09-16 10:40 CK-100004 $40.44 deposited by Hao
on 2021-09-18 03:03 CK-100004 $150.00 withdrawn by Mehrdad on 2021-09-20 17:27 CK-
100004 $200.00 withdrawn by Arben on 2021-09-22 19:01 CK-100004 $645.00 withdrawn by
Yin on 2021-09-25 02:44 CK-100004 $350.00 withdrawn by Yin on 2021-09-27 10:29 CK-
100005 Jake Logged in, Nicoletta Logged in - $871.23 - transactions (6) CK-100005 $33.33
deposited by Jake on 2021-09-28 06:51 CK-100005 $40.44 deposited by Hao on 2021-09-29
07:34 CK-100005 $450.00 withdrawn by Nicoletta on 2021-09-30 06:07 CK-100005 $500.00
withdrawn by Jake on 2021-10-01 13:11 CK-100005 $645.00 withdrawn by Nicoletta on 2021-
10-02 12:47 CK-100005 $850.00 withdrawn by Nicoletta on 2021-10-03 21:54 VS-100006 Ilia
Logged in, Vijay Logged in $705.00 - transactions (4) VS-100006 $700.00 deposited by
Narendra on 2021-10-05 15:16 VS-100006 $20.00 withdrawn by Vijay on 2021-10-06 05:47
VS-100006 $10.00 withdrawn by Ilia on 2021-10-07 19:54 VS-100006 $15.00 withdrawn by Ilia
on 2021-10-09 08:31 SV-100007 Patrick Logged in, Hao Logged in $1,271.79 - transactions (4)
SV-100007 $300.00 deposited by Vijay on 2021-10-10 06:31 SV-100007 $32.90 deposited by
Mehrdad on 2021-10-11 13:55 SV-100007 $50.00 deposited by Patrick on 2021-10-12 14:04
SV-100007 $111.11 withdrawn by Hao on 2021-10-13 11:58 Exceptions:
PASSWORD_INCORRECT USER_NOT_LOGGED_IN
NAME_NOT_ASSOCIATED_WITH_ACCOUNT

NAME_NOT_ASSOCIATED_WITH_ACCOUNT
NAME_NOT_ASSOCIATED_WITH_ACCOUNT ACCOUNT_DOES_NOT_EXIST
USER_DOES_NOT_EXIST All transactions VS-100000 $1,500.00 deposited by Narendra on
2021-08-18 05:10 VS- 100000$200.0 withdrawn by Ilia on 2021-08-19 69:11 VS-100000 $25.00
withdrawn by Mehrdad on 2021-08-20 01:39 VS-100000 $15.00 withdrawn by Narendra on
2021-08-22 05:21 VS-100000 $39.00 withdrawn by Ilia on 2021-08-24 18:17 VS-100000
$400.00 deposited by Narendra on 2021-08-25 21:58 n.k.p. Programming II Page 37 of 42
VS-100001 $500.00 deposited by Narendra on 2021-08-27 00:39 VS-100001 $25.00 withdrawn
by Vijay on 2021-08-28 23:55 VS-100001 $20.00 withdrawn by Arben on 2021-09-01 09:51
VS-100001 $15.00 withdrawn by Patrick on 2021-09-03 03:46 SV-100002 $300.00 withdrawn
by Yin on 2021-09-04 20:23 SV-100002 $32.90 withdrawn by Y in on 2021-09-05 17:11 SV-
100002 $50.00 withdrawn by Hao on 2021-09-07 08:54 SV-100002 $111.11 withdrawn by Jake
on 2021-09-08 16:16 SV-100003 $300.00 deposited by Vijay on 2021-09-10 18:14 SV-100003
$32.90 deposited by Mehrdad on 2021-09-12 20:20 SV-100003 $50.00 deposited by Patrick on
2021-09-13 06:52 SV-100003 $111.11 withdrawn by Nicoletta on 2021-09-15 60:51 CK-100004
$33.33 deposited by Hao on 2021-09-16 10:40 CK-100004 $40.44 deposited by Hao on 2021-
09-18 03:03 CK-100004 $150.00 withdrawn by Mehrdad on 2021-09-20 17:27 CK-100004
$200.00 withdrawn by Arben on 2021-09-22 19:01 CK-100004 $645.00 withdrawn by Yin on
2021-09-25 02:44 CK-100004 $350.00 withdrawn by Yin on 2021-09-27 10:29 CK-100005
$33.33 deposited by Jake on 2021-09-28 06:51 CK-100005 $40.44 deposited by Hao on 2021-
09-29 07:34 CK-100005 $450.00 withdrawn by Nicoletta on 2021-09-30 06:07 CK-10005
$500.00 withdrawn by Jake on 2021-10-01 13:11 CK-100005 $645.00 withdrawn by Nicoletta
on 2021-10-02 12:47 CK-100005 $850.00 withdrawn by Nicoletta on 2021-10-03 21:54 VS-
100006 $700.00 deposited by Narendra on 2021-10-05 15:16 VS-100006 $20.00 withdrawn by
vijay on 2021-10-06 85:47 VS-100006 $10.00 withdrawn by Ilia on 2021-10-07 19:54 VS-
100006 $15.00 withdrawn by Ilia on 2021-10-69 08:31 SV-100007 $300.00 deposited by Vijay
on 2021-10-10 06:31 SV-100007 $32.90 deposited by Mehrdad on 2021-10-11 13:55 SV-
100007 $50.00 deposited by Patrick on 2021-10-12 14:04 SV-100007 $111.11 withdrawn by
Hao on 2021101311:58 Before PreparemonthlyReport () VS-100000 Narendra Logged in, Ilia
Logged in, Mehrdad Logged in $1,621.00 transactions (6) VS-100000 $1,500.00 deposited by
Narendra on 2021-08-18 05:10 VS-100000 $200.60 withdrawn by Ilia on 2021-08-19 09:11 V5-
100000 $25.00 withdrawn by Mehrdad on 2021-08-20 01:39 VS-100000 $15.00 withdrawn by
Narendra on 2021-08-22 05:21 VS-100000 $39.00 withdrawn by Ilia on 2021-08-24 18:17 VS-

100000 $400.00 deposited by Narendra on 2021-08-25 21:58 After PrepareMonthlyReport() VS-
100000 Narendra Logged in, Ilia Logged in, Mehrdad Logged in $1,621.00 transactions (0)
Before PreparemonthlyReport() VS-100001 Vijay Not logged in, Arben Logged in, Patrick
Logged in $590.00 transactions (4) VS-100001 $500.60 deposited by Narendra on 2021-08-27
00:39 VS-100001 $25.00 withdrawn by Vijay on 2021-08-28 23:55 VS-100001 $20.00
withdrawn by Arben on 2021-09-01 09:51 VS-100001 $15.00 withdrawn by Patrick on 2021-09-
03 03:46 After PrepareMonthlyReport() n.k.p. Programming II Page 38 of 42
VS-100001 Vijay Not logged in, Arben Logged in, Patrick Logged in $619.92 transactions ( )
Before PrepareMonthlyReport() SV-100002 Yin Logged in, Hao Logged in, Jake Not logged in
$4,505.99 - transactions (4) SV-100002 $300.80 withdrawn by Yin on 2021-09-04 20:23 SV-
100002 $32.90 withdrawn by Y in on 2021-09-05 17:11 SV-100002 $50.00 withdrawn by Hao
on 2021-09-07 08:54 SV-100002 $111.11 withdrawn by Jake on 2021-09-08 16:16 After
PrepareMonthlyReport() SV-100002 Yin Logged in, Hao Logged in, Jake Not logged in
$4,573.38 - transactions (b) Before PreparemonthlyReport() SV-100003 Mayy Not logged in,
Nicoletta Logged in $271.79 - transactions (4) SV-100003 $300.00 deposited by Vijay on
2021-09-10 18:14 SV-100003 $32.90 deposited by Mehrdad on 2021-09-12 20:20 SV-100003
$50.00 deposited by Patrick on 2021-09-13 06:52 SV-100003 $111.11 withdrawn by Nicoletta
on 2021-09-15 00:51 After PrepareMonthlyReport() Before PrepareMonthlyReport() CK-
100004 Mehrdad Logged in, Arben Logged in, Yin Logged in $728.77 - transactions (6) CK-
100004 $33.33 deposited by Hao on 2021-09-16 10:40 CK-100004 $40.44 deposited by Hao on
2021-09-18 03:03 CK-100004 $150.00 withdrawn by Mehrdad on 2021-09-20 17:27 CK-100004
$200.08 withdrawn by Arben on 2021-09-22 19:01 CK-100004 $645.60 withdrawn by Yin on
2021-09-25 02:44 CK-100004 $350.00 withdrawn by Yin on 2021-09-27 10:29 After
PrepareMonthlykeport() CK-100004 Mehrdad Logged in, Arben Logged in, Yin Logged in
$732.11 - transactions (6) Before PreparemonthlyReport() CK-100005 Jake Not logged in,
Nicoletta Logged in $871.23 - transactions (6) CK-100005 $33.33 deposited by Jake on
2021-09-28 06:51 CK-100005 $40.44 deposited by Hao on 2021-09-29 07:34 CK-100005
$450.00 withdrawn by Nicoletta on 2021-09-30 06:07 CK-100005 $500.00 withdrawn by Jake
on 2021-10-01 13:11 CK-100005 $645.08 withdrawn by Nicoletta on 2021-10-02 12:47 CK-
100005 $850.00 withdrawn by Nicoletta on 2021-10-03 21:54 After PrepareMonthlyReport()
CK-100005 Jake Not logged in, Nicoletta Logged in $875.89 - transactions (0) Before
PrepareMonthlyReport() n.k.p. Programming II Page 39 of 42

Assignment 4, Uses - Inheritance, Interfaces, Exceptions, EventHandlers, Collections Operator
overloading, hiding, and replacing members, Serialization, Generics, Linq VS-100006 Ilia
Logged in, Vijay Not logged in $705.00 - transactions (4) VS-100006 $700.00 deposited by
Narendra on 2021-10-65 15:16 VS-100006 $20.00 withdrawn by Vijay on 2021-10-06 05:47
VS-100006 $10.00 withdrawn by Ilia on 2021-10-07 19:54 VS-100006 $15,00 withdrawn by Ilia
on 2021-10-09 08:31 After PrepareMonthlyReport() VS-100006 Ilia Logged in, Vijay Not
logged in $714.98 - transactions (0) Before PrepareMonthlyReport() SV-100007 Patrick Logged
in, Hao Logged in $1,271.79 - transactions (4) SV-100007 $300.00 deposited by Vijay on
2021-10-10 06:31 SV-100007 $32.90 deposited by Mehrdad on 2021-10-11 13:55 SV-100007
$50.00 deposited by Patrick on 2021-10-12 14:04 SV-100007 $111.11 withdrawn by Hao on
2021-10-13 11:58 After PrepareMonthlyReport () SV-10007 Patrick Logged in, Hao Logged in
$1,286.59 - transactions (0) Login events as of 2021-10-18 05:02 1 Narendra logged in
successfully on 2021-08-09 21:24 2 Ilia logged in successfully on 2021-08-11 00:02 3 Mehrdad
logged in successfully on 2021-08-12 09:15 4 Vijay logged in successfully on 2021-08-13 05:23
5 Arben logged in successfully on 2621-68-13 15:16 6 Patrick logged in successfully on 2021-
08-14 09:14 7 Yin logged in successfully on 2021-08-14 22:32 8 Hao logged in successfully on
2021-08-15 12:40 9 Nicoletta logged in successfully on 2021-08-15 20:23 10 Jake logged in
successfully on 2021-08-16 16:08 11 Jake logged in unsuccessfully on 2021-10-14 01:59
Transaction events as of 2021-10-18 05:02 1. Narendra deposit $1,500.00 successfully on 2021-
08-17 67:05 2 Ilia deposit $200.00 successfully on 2021-08-18 19:58 3 Mehrdad deposit $25.00
successfully on 2021-08-19 12:26 4 Narendra deposit $15.00 successfully on 2021-08-21 05:58
5 Ilia deposit $39.00 successfully on 2021-08-23 14:17 6 Narendra deposit $480.08 successfully
on 2021-08-25 06:04 7 Narendra deposit $500.00 successfully on 2021-08-26 03:11 8 Vijay
deposit $25.00 successfully on 2021-08-27 16:59 9 Arben deposit $20.00 successfu1ly on 2021-
08-30 05:42 10 Patrick deposit $15.00 successfully on 2021-09-01 22:08 11 Yin deposit $300.00
successfully on 2021-09-04 13:01 12 Yin deposit $32.90 successfully on 2021-09-05 11:14 13
Hao deposit $50.00 successfully on 2021-09-06 07:43 14 Jake deposit $111.11 successfully on
2021-09-07 12:20 15 Vijay deposit $300.00 successfully on 2021-09-09 14:05 16 Mehrdad
deposit $32.90 successfully on 2021-09-11 16:50 17 Patrick deposit $50.00 successfully on
2021-09-13 02:42 18 Nicoletta deposit $111.11 successfully on 2021-09-13 23:30 19 Hao
deposit $33.33 successfully on 2021-09-16 08:38 20 Hao deposit $46.44 successfully on 2021-
09-17 01:40 n.k.p. Programming II
21 Mehrdad deposit $150.00 successfully on 2021-09-19 11:17 22 Arben deposit $200.00

successfully on 2021-09-22 01:01 23 Yin deposit $645.00 successfully on 2021-09-23 21:42 24
Yin deposit $350.00 successfully on 2021-09-26 04:27 25 Jake deposit $33.33 successfully on
2021-09-27 22:25 26 Hao deposit $40.44 successfully on 2021-09-28 15:46 27 Nicoletta deposit
$450.00 successfully on 2021-09-30 84:37 28 Jake deposit $500.00 successfully on 2021-09-30
17:15 29 Nicoletta deposit $645.00 successfully on 2021-10-02 98:42 30 Nicoletta deposit
$850.00 successfully on 2021-10-02 22:48 31 Narendra deposit $700.00 successfully on 2021-
10-04 20:47 32 Vijay deposit $20.60 successfully on 2021-10-05 21:04 33 Ilia deposit $10.00
successfully on 2021-10-06 23:57 34 Ilia deposit $15.00 successfully on 2021100806:25 35
Vijay deposit $300.00 successfully on 2021-10-09 14:23 36 Mehrdad deposit $32.90
successfully on 2021-10-11 05:38 37 Patrick deposit $50.80 successfully on 2021-10-12 06:37
38 Hao deposit $111.11 successfully on 2021101310:12 39 Vijay deposit $12.50 unsuccessfully
on 2021-10-15 10:24 40 Narendra deposit $12.50 unsuccessfully on 2021-10-16 14:19 41 Arben
deposit $5,825.00 unsuccessfully on 2021-10-17 13:56 42 Yin deposit $1,500.00 unsuccessfully
on 2021-10-18 05:02
Appendix Copy the following statements to your Utils class //this class depends of the
implementation of the following types: //DayTime struct and AccountType enum public static
class Utils { static DayTime _time = new DayTime (1_48_00_000); static Random random =
new Random(); public static DayTime Time f get _time += random. Next(1000); } public static
DayTime Now { } get _time +=0; public readonly static Dictionary ACCOUNT_TYPES =
new Dictionary { { AccountType.Checking, "CK" }, { AccountType.Saving, "SV" }, {
AccountType.Visa, "VS"} }; } n.k.p. Programming II Page 42 of 42

Assignment 4- Implementing a Banking Application Due See course shel.pdf

More Related Content

Similar to Assignment 4- Implementing a Banking Application Due See course shel.pdf (20)

More from amarhandi (20)

Recently uploaded (20)

Assignment 4- Implementing a Banking Application Due See course shel.pdf