public void Test_AllTransactionsSuccessful()
{
var transactionManager = new TransactionManager();
var suesAccount = new Account("Sue Smith", 0);
var deposit = new Deposit(suesAccount, 100);
transactionManager.AddTransaction(deposit);
// Command has been added to the queue, but not executed.
Assert.True(transactionManager.HasPendingTransactions);
Assert.Equal(0, suesAccount.Balance);
// This executes the commands.
transactionManager.ProcessPendingTransactions();
Assert.False(transactionManager.HasPendingTransactions);
Assert.Equal(100, suesAccount.Balance);
// Add a withdrawal, apply it, and verify the balance changed.
var withdrawal = new Withdraw(suesAccount, 50);
transactionManager.AddTransaction(withdrawal);
transactionManager.ProcessPendingTransactions();
Assert.False(transactionManager.HasPendingTransactions);
Assert.Equal(50, suesAccount.Balance);
}
private static void Main(string[] args)
{
// Invoker
TransactionManager transactionManager = new TransactionManager();
// Receiver
Account myAccount = new Account("Rajiv Ranjan", 100000);
Account hisAccount = new Account("Ribha Singh", 25000);
PrintStatement(myAccount, hisAccount);
// Command
Deposit deposit = new Deposit(myAccount, 100);
Transfer transfer = new Transfer(myAccount, hisAccount, 25000);
// Add commans to transaction manager (invoker)
transactionManager.AddTransaction(deposit);
transactionManager.AddTransaction(transfer);
// Execute commands
transactionManager.ProcessPendingTransactions();
Console.WriteLine("\n************** After Transaction *********************");
PrintStatement(myAccount, hisAccount);
Console.Read();
}
public void Test_AllTransactionsSuccessful()
{
TransactionManager transactionManager = new TransactionManager();
Account suesAccount = new Account("Sue Smith", 0);
Deposit deposit = new Deposit(suesAccount, 100);
transactionManager.AddTransaction(deposit);
// Command is added to the queue, but not executed
Assert.IsTrue(transactionManager.HasPendingTransactions);
Assert.AreEqual(0, suesAccount.Balance);
//This executes the commands
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(100, suesAccount.Balance);
// Add a withdrawal, apply, and verify the balance changed
Withdraw withdrawal = new Withdraw(suesAccount, 50);
transactionManager.AddTransaction(withdrawal);
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(50, suesAccount.Balance);
}
public void Test_OverdraftRemainsInPendingTransactions()
{
TransactionManager transactionManager = new TransactionManager();
//Create an account with a balance of 75
Account bobsAccount = new Account("Bob Jones", 75);
// The first command is a withdrawal that is larger than the account's balance
// Command will not execute, because of the check in Withdraw.Execute
// The deposit will be successful
transactionManager.AddTransaction(new Withdraw(bobsAccount, 100));
transactionManager.AddTransaction(new Deposit(bobsAccount, 75));
transactionManager.ProcessPendingTransactions();
// The Withdrawal of 100 is not complete because there was not enough money in the account.
// Therefore, it is still pending
Assert.IsTrue(transactionManager.HasPendingTransactions);
Assert.AreEqual(150, bobsAccount.Balance);
// The pending transactions (the withdrawal of 100), should execute now
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(50, bobsAccount.Balance);
}
public void Test_AllTransactionsSuccessful()
{
TransactionManager transactionManager = new TransactionManager();
Account anniesAccount = new Account("Annie", 0);
Deposit deposit = new Deposit(1, anniesAccount, 100);
transactionManager.AddTransaction(deposit);
// Command has been added to the queue, but not yet executed
Assert.IsTrue(transactionManager.HasPendingTransactions);
Assert.AreEqual(anniesAccount.Balance, 0);
// This executes the commands
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(anniesAccount.Balance, 100);
// Add a withdrawal, apply it and check the balance changed
Withdraw withdraw = new Withdraw(2, anniesAccount, 50);
transactionManager.AddTransaction(withdraw);
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(anniesAccount.Balance, 50);
// Test the Undo
transactionManager.UndoTransactionNumber(2);
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(anniesAccount.Balance, 100);
}
public static void Test_OverdraftRemainsInPendingTransactions()
{
var transactionManager = new TransactionManager();
// Create an account with a balance of 75
var bobsAccount = new Account("Bob Jones", 75);
// The first command is a withdrawal that is larger than the account's balance.
// It will not be executed, because of the check in Withdraw.Execute.
// The deposit will be successful.
transactionManager.AddTransaction(new Withdraw(1, bobsAccount, 100));
transactionManager.AddTransaction(new Deposit(2, bobsAccount, 75));
transactionManager.ProcessPendingTransactions();
// The withdrawal of 100 was not completed,
// because there was not enough money in the account.
// So, it is still pending.
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Bob's account balance: {0}", bobsAccount.Balance);
// The pending transactions (the withdrawal of 100), should execute now.
transactionManager.ProcessPendingTransactions();
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Bob's account balance: {0}", bobsAccount.Balance);
// Test the undo
transactionManager.UndoTransactionNumber(2);
// The undo failed, because there is not enough money in the account to undo a deposit of 75
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Bob's account balance: {0}", bobsAccount.Balance);
transactionManager.UndoTransactionNumber(1);
// The previous undo (for transaction ID 2) is still pending.
// But, we successfully undid transaction ID 1.
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Bob's account balance: {0}", bobsAccount.Balance);
// This should re-do the failed undo for transaction ID 2
transactionManager.ProcessPendingTransactions();
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Bob's account balance: {0}", bobsAccount.Balance);
}
public void AddTransactionParametrsTest()
{
var clientManagerMock = Substitute.For <IClientManager>();
var blockOfSharesRepositoryMock = Substitute.For <IBlockOfSharesRepository>();
var clientRepositoryMock = Substitute.For <IClientRepository>();
var sharesRepositoryMock = Substitute.For <ISharesRepository>();
var transactionRepositoryMock = Substitute.For <ITransactionRepository>();
var sut = new TransactionManager(
clientManagerMock,
blockOfSharesRepositoryMock,
clientRepositoryMock,
sharesRepositoryMock,
transactionRepositoryMock);
int sellerID = 3;
int buyerID = 5;
int shareID = 9;
int shareAmount = 1;
// Act
sut.AddTransaction(sellerID, buyerID, shareID, shareAmount);
// Asserts
transactionRepositoryMock.Received(1).Insert(Arg.Is <Transaction>(t => t.BuyerID == buyerID &&
t.SellerID == sellerID &&
t.ShareID == shareID &&
t.Amount == shareAmount));
}
public int AddBalanceByTransaction(Transaction transaction)
{
TransactionManager transactionManager = new TransactionManager();
User userToAddBalance = GetUserByUserId(transaction.OperatedToUserId);
double?newBalance = userToAddBalance.AccountBalance + transaction.Amount;
string sql = "UPDATE [User] " +
"SET AccountBalance = @accountBalance " +
"Where Id = @id";
Command = new SqlCommand(sql, Connection);
Command.Parameters.AddWithValue("@accountBalance", newBalance);
Command.Parameters.AddWithValue("@id", userToAddBalance.Id);
Connection.Open();
int rowEffected = Command.ExecuteNonQuery();
Connection.Close();
if (rowEffected >= 0)
{
transactionManager.AddTransaction(transaction);
}
return(rowEffected);
}
public void AddTransactionTest()
{
var clientManagerMock = Substitute.For <IClientManager>();
var blockOfSharesRepositoryMock = Substitute.For <IBlockOfSharesRepository>();
var clientRepositoryMock = Substitute.For <IClientRepository>();
var sharesRepositoryMock = Substitute.For <ISharesRepository>();
var transactionRepositoryMock = Substitute.For <ITransactionRepository>();
var sut = new TransactionManager(
clientManagerMock,
blockOfSharesRepositoryMock,
clientRepositoryMock,
sharesRepositoryMock,
transactionRepositoryMock);
var transaction = new Transaction
{
SellerID = 3,
BuyerID = 5,
ShareID = 9,
Amount = 1
};
// Act
sut.AddTransaction(transaction);
// Asserts
transactionRepositoryMock.Received(1).Insert(Arg.Is <Transaction>(transaction));
}
public void Test_OverdraftRemainsInPendingtransactions()
{
TransactionManager transactionManager = new TransactionManager();
// Create an account with a balance of 75
Account bobsAccount = new Account("Bob", 75);
// The first command is a withdrawal larger than the account's balance
// It will not be executed, because of the check in Withdraw.Execute
// The deposit will be successful
transactionManager.AddTransaction(new Withdraw(1, bobsAccount, 100));
transactionManager.AddTransaction(new Deposit(2, bobsAccount, 75));
transactionManager.ProcessPendingTransactions();
// The withdrawal of 100 was not completed
// because there was not eough money in the account
// So, it is still pending
Assert.IsTrue(transactionManager.HasPendingTransactions);
Assert.AreEqual(bobsAccount.Balance, 150);
// The pending transactions (the withdrawal of 100) should execute now
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(bobsAccount.Balance, 50);
// Test the Undo
transactionManager.UndoTransactionNumber(2);
// The Undo failed, because there is not enough money on the account to undo
Assert.IsTrue(transactionManager.HasPendingTransactions);
Assert.AreEqual(bobsAccount.Balance, 50);
transactionManager.UndoTransactionNumber(1);
// The previous Undo (for transaction ID 2) is still pending
// But we successfully undid transaction ID 1
Assert.IsTrue(transactionManager.HasPendingTransactions);
Assert.AreEqual(bobsAccount.Balance, 150);
// This should re-do the failed Undo for transaction ID 2
transactionManager.ProcessPendingTransactions();
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(bobsAccount.Balance, 75);
}
public static void Test_AllTransactionsSuccessful()
{
var transactionManager = new TransactionManager();
var suesAccount = new Account("Sue Smith", 0);
var deposit = new Deposit(1, suesAccount, 100);
transactionManager.AddTransaction(deposit);
// Command has been added to the queue, but not executed.
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Sue's account balance: {0}", suesAccount.Balance);
// This executes the commands.
transactionManager.ProcessPendingTransactions();
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Sue's account balance: {0}", suesAccount.Balance);
// Add a withdrawal, apply it, and verify the balance changed.
var withdrawal = new Withdraw(2, suesAccount, 50);
transactionManager.AddTransaction(withdrawal);
transactionManager.ProcessPendingTransactions();
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Sue's account balance: {0}", suesAccount.Balance);
// Test the undo
transactionManager.UndoTransactionNumber(2);
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Sue's account balance: {0}", suesAccount.Balance);
}
public void Test_Transfer()
{
TransactionManager transactionManager = new TransactionManager();
Account checking = new Account("Mike Brown", 1000);
Account savings = new Account("Mike Brown", 100);
transactionManager.AddTransaction(new Transfer(checking, savings, 750));
transactionManager.ProcessPendingTransactions();
Assert.AreEqual(250, checking.Balance);
Assert.AreEqual(850, savings.Balance);
}
public void LogTransaction(string customerId, string title, decimal newAvailableAmount, TransactionDTO transactionDTO)
{
var transaction = new Transaction();
transaction.CustomerId = customerId;
transaction.DebitProductId = transactionDTO.DebitProductId;
transaction.CreditProductId = transactionDTO.CreditProductId;
transaction.Amount = transactionDTO.Amount;
transaction.TransactionType = "debit";
transaction.Beneficiary = transactionDTO.Beneficiary;
transaction.Bank = transactionDTO.Bank;
transaction.Currency = transactionDTO.Currency;
transaction.Title = title;
transaction.NewBalance = newAvailableAmount;
transaction.Date = transactionDTO.IsAsap ? DateTime.Now : transactionDTO.Date;
transactionManager.AddTransaction(transaction);
}
public void DepositAccountCheckBalanceAndThenWithdraw_AllTransactionsSuccessful()
{
// Create Account with Balance 0
var initialAccount1 = new Account()
{
Balance = 0, AccountGuid = Guid.NewGuid()
};
// Add a deposit reqest of 100 to that account
_transactionManager.AddTransaction(new Deposit(initialAccount1, 100));
// Pre-check : transactionManager Should have pending transactions at this point
Assert.IsTrue(_transactionManager.HasPendingTransactions());
// Account Balance Should be 0 at this point
Assert.AreEqual(initialAccount1.Balance, 0);
// Run ProcessPendingTransactions() to process Pending TransactionRequests
_transactionManager.ProcessPendingTransactions();
// Check : there should not be any pending Transactions now
Assert.IsFalse(_transactionManager.HasPendingTransactions());
// Check balance of the account which should be 100 now
Assert.AreEqual(initialAccount1.Balance, 100);
// Create a Withdraw of 50 on that account
_transactionManager.AddTransaction(new Withdraw(initialAccount1, 50));
// Perform a ProcessPendingTransactions() to process this
_transactionManager.ProcessPendingTransactions();
// check : No pending Transactions at this point
Assert.IsFalse(_transactionManager.HasPendingTransactions());
// Check balance: should be 100-50 =50
Assert.AreEqual(initialAccount1.Balance, 50);
}
protected void AddNewTransaction(TransactionStrings data, int entry)
{
try
{
Date date = new Date(data.GetDate());
Account sender = accounts.GetAccount(data.GetSender());
Account recipient = accounts.GetAccount(data.GetRecipient());
Money amount = new Money(data.GetAmount());
Transaction transaction = new Transaction(date, sender, recipient, data.GetNarrative(), amount);
transactions.AddTransaction(transaction);
}
catch (ArgumentException ae)
{
WriteErrorToConsoleFirstTime();
LogBadFormatTransaction(entry, ae.Message);
}
}
public void Test_Transfert()
{
TransactionManager transactionManager = new TransactionManager();
Account checking = new Account("Charlie", 1000);
Account savings = new Account("Dimitri", 100);
transactionManager.AddTransaction(new Transfert(1, checking, savings, 750));
transactionManager.ProcessPendingTransactions();
Assert.AreEqual(checking.Balance, 250);
Assert.AreEqual(savings.Balance, 850);
// Test the Undo
transactionManager.UndoTransactionNumber(1);
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(checking.Balance, 1000);
Assert.AreEqual(savings.Balance, 100);
}
public void Test_Transfer()
{
TransactionManager transactionManager = new TransactionManager();
Account checking = new Account("Mike Brown", 1000);
Account savings = new Account("Mike Brown", 100);
transactionManager.AddTransaction(new Transfer(1, checking, savings, 750));
transactionManager.ProcessPendingTransactions();
Assert.AreEqual(250, checking.Balance);
Assert.AreEqual(850, savings.Balance);
// Undo the transfer, and check the account balances.
transactionManager.UndoTransactionNumber(1);
Assert.IsFalse(transactionManager.HasPendingTransactions);
Assert.AreEqual(1000, checking.Balance);
Assert.AreEqual(100, savings.Balance);
}
public void DepositAccountCheckBalanceAndThenWithdraw_AllTransactionsSuccessful()
{
Account sumonAccount = new Account("Sumon", 0);
Deposit deposit = new Deposit(sumonAccount, 100);
_transactionManager.AddTransaction(deposit);
Assert.IsTrue(_transactionManager.HasPendingTransactions);
Assert.AreEqual(0, sumonAccount.Balance);
_transactionManager.ProcessPendingTransactions();
Assert.IsFalse(_transactionManager.HasPendingTransactions);
Assert.AreEqual(100, sumonAccount.Balance);
Withdraw withdrawal = new Withdraw(sumonAccount, 50);
_transactionManager.AddTransaction(withdrawal);
_transactionManager.ProcessPendingTransactions();
Assert.IsFalse(_transactionManager.HasPendingTransactions);
Assert.AreEqual(50, sumonAccount.Balance);
}
public object CreateNewTransaction(string transactionName)
{
var provider = (ICustomErrorPagesEFDataProvider)this.DataProvider;
if (string.IsNullOrEmpty(transactionName))
{
return(this.GetContext(provider));
}
string id = GetScopeId(provider);
var scope = TransactionManager.GetTransaction <object>(transactionName, id);
if (scope == null)
{
var context = this.GetContext(provider);
context.BeginTransaction();
TransactionManager.AddTransaction(transactionName, id, this, context);
scope = context;
}
return(scope);
}
public static void Test_Transfer()
{
var random = new Random();
var transactionManager = new TransactionManager();
var checking = new Account("Mike Brown", 1000);
var savings = new Account("Mike Brown", 100);
transactionManager.AddTransaction(new Transfer(random.Next(), checking, savings, 750));
transactionManager.ProcessPendingTransactions();
Console.WriteLine("Mike Brown's checking account balance: {0}", checking.Balance);
Console.WriteLine("Bob's savings account balance: {0}", savings.Balance);
// Undo the transfer, and check the account balances.
transactionManager.UndoTransactionNumber(1);
Console.WriteLine("Transaction Manager has pending transactions? {0}",
transactionManager.HasPendingTransactions);
Console.WriteLine("Mike Brown's checking account balance: {0}", checking.Balance);
Console.WriteLine("Bob's savings account balance: {0}", savings.Balance);
}
private static void CreateTransaction()
{
if (AccountList.Count != 0)
{
var transactionManager = new TransactionManager();
Account account = null;
while (account == null)
{
Console.WriteLine(Translator.GetTranslation("ChooseAccount"));
var accountName = Console.ReadLine();
if (AccountList.Any(x => x.Name.ToLower() == accountName.ToLower()))
{
account = AccountList.SingleOrDefault(x => x.Name.ToLower() == accountName.ToLower());
}
}
// Get transaction type
while (true)
{
Console.WriteLine(Translator.GetTranslation("TransactionType"));
var type = Console.ReadLine();
if (type.ToLower().Equals("transfer"))
{
Account accountToTransferTo = null;
while (accountToTransferTo == null)
{
Console.WriteLine(Translator.GetTranslation("ChooseAccount"));
var accountName = Console.ReadLine();
if (AccountList.Any(x => x.Name.ToLower() == accountName.ToLower()))
{
accountToTransferTo = AccountList.SingleOrDefault(x => x.Name.ToLower() == accountName.ToLower());
}
}
Console.WriteLine(Translator.GetTranslation("AmountToTransfer"));
var amount = Convert.ToDouble(Console.ReadLine());
var transfer = new Transfer(account, accountToTransferTo, amount);
transactionManager.AddTransaction(transfer);
Console.WriteLine(Translator.GetTranslation("TransactionPrice") + account.TransactionStrategy.GetTransactionFee() + '$');
Console.WriteLine(Translator.GetTranslation("TransactionComplete"));
var complete = (Console.ReadKey().KeyChar == 'y') ? true : false;
Console.WriteLine();
if (complete)
{
transactionManager.ProcessTransactions();
}
SeeAccounts();
break;
}
else if (type.ToLower().Equals("deposit"))
{
Console.WriteLine(Translator.GetTranslation("AmountToDeposit"));
var amount = Convert.ToDouble(Console.ReadLine());
var deposit = new Deposit(account, amount);
transactionManager.AddTransaction(deposit);
Console.WriteLine(Translator.GetTranslation("TransactionPrice") + account.TransactionStrategy.GetTransactionFee() + '$');
Console.WriteLine(Translator.GetTranslation("TransactionComplete"));
var complete = (Console.ReadKey().KeyChar == 'y') ? true : false;
Console.WriteLine();
if (complete)
{
transactionManager.ProcessTransactions();
}
SeeAccounts();
break;
}
}
}
else
{
Console.WriteLine(Translator.GetTranslation("AccountMissing"));
}
}
/// <summary>
/// Programme très simple qui n'a qu'un seul but : Implémenter le command Design pattern.
/// Main est ici le Client qui va faire appel à l'invoker (transactionmanager) pour exécuter des Command
/// qui vont agir sur le business Object (account)
/// </summary>
/// <param name="args"></param>
static void Main(string[] args)
{
try
{
bool continuer = true;
TransactionManager transactionManager = new TransactionManager();
Account compteGeoffrey = new Account("Geoffrey", 20000);
Account compteLorena = new Account("Lorena", 5000);
// Ajout d'une commande :
ITransaction commande;
Console.WriteLine("Geoffrey a " + compteGeoffrey.Balance + "et Lorena a " + compteLorena.Balance);
while (continuer)
{
Console.WriteLine("Choisir une commande : W/D/T");
var cle = Console.ReadKey();
switch (cle.KeyChar)
{
case 'w':
Console.WriteLine("Ajout commande Withdraw sur compte Geoffrey de 500");
commande = new WithdrawCommand(compteGeoffrey, 500);
break;
case 'd':
Console.WriteLine("Deposit sur compte Lorena de 300");
commande = new DepositCommand(compteLorena, 300);
break;
case 't':
Console.WriteLine("Transfert de Lorena vers Geoffrey de 400");
commande = new TransferCommand(compteLorena, compteGeoffrey, 400);
break;
default:
throw new Exception();
}
transactionManager.AddTransaction(commande);
Console.WriteLine("Geoffrey a " + compteGeoffrey.Balance + "et Lorena a " + compteLorena.Balance);
Console.WriteLine("Executer les commandes ? (y/n)");
var executer = Console.ReadKey();
if (executer.KeyChar == 'y')
{
transactionManager.ProcessPendingTransactions();
}
Console.WriteLine("Geoffrey a " + compteGeoffrey.Balance + "et Lorena a " + compteLorena.Balance);
Console.WriteLine("Quitter ?(y/n)");
var quitter = Console.ReadKey();
if (quitter.KeyChar == 'y')
{
continuer = false;
}
}
}
catch
{
Console.WriteLine("Mauvais input, programme fait à l'arrache dans le seul but d'implémenter le Command Design pattern, respecter la casse.");
Console.ReadKey();
}
}
private void BtnSave_Click(object sender, EventArgs e)
{
//check if fields are blank
if (txtTransactionName.Text == "")
{
MessageBox.Show("You need to enter a Transaction Name");
txtTransactionName.Focus();
return;
}
if (cmbTransactionType.SelectedItem == null)
{
MessageBox.Show("You need to Select a Type");
cmbTransactionType.Focus();
return;
}
if (numAmount.Value == 0.00m)
{
MessageBox.Show("Amount Value needs to be above 0.00");
numAmount.Focus();
return;
}
//create objects
var transaction = new Transaction();
transaction.Name = txtTransactionName.Text;
transaction.Date = dtpDate.Value.ToString("yyyy-MM-dd");
transaction.Type = cmbTransactionType.SelectedItem.ToString();
// create object for amount value depentent on transaction type
if (cmbTransactionType.SelectedIndex == 0) //Income
{
transaction.Amount = numAmount.Value.ToString();
}
else //Expense
{
decimal newAmount = numAmount.Value * -1;
transaction.Amount = newAmount.ToString();
}
//save record
if (editMode == true)
{
_transactionManager.EditTransaction(transaction, _transactionIndex);
this.Close();
}
else
{
int transactionCount = _transactionManager.TransactionList.Count;
var newList = _transactionManager.AddTransaction(transaction);
if (newList.Count > transactionCount)
{
MessageBox.Show("New Transaction Added.");
this.Close();
}
else
{
MessageBox.Show("Add Failed.");
this.Close();
}
}
}
