public static void Overdraft(string accId, decimal ammount, out bool canOverdraft, out decimal deposit)
{
canOverdraft = true;
if (AccountStore.StoredAccounts[accId].CanOverdraft)
{
Console.WriteLine("You have overdrafted on account: " + accId);
if (AccountStore.StoredAccounts[accId]._AssociatedAccountId is null)
{
deposit = ammount;
ammount -= AccountBalance.Balance[accId];
TransactionStore.AddTransferTransaction(accId, null, AccountStore.AccCharToId[accId[0]], 2, AccountBalance.Balance[accId]);
AccountBalance.Balance[accId] = 0;
AccCreator.OverCreator(accId, ammount);
Console.WriteLine("You now have an overdraft faucility: " + AccountStore.StoredAccounts[accId]._AssociatedAccountId +
" associated with account: " + accId + " for $" + ammount);
}
else
{
deposit = ammount;
string AaccId = AccountStore.StoredAccounts[accId]._AssociatedAccountId;
AccountBalance.Balance[AaccId] += ammount;
TransactionStore.AddTransferTransaction(AaccId, null, 4, 2, ammount);
Console.WriteLine("You now owe $" + AccountBalance.Balance[AccountStore.StoredAccounts[accId]._AssociatedAccountId] +
" on account: " + accId);
}
}
else
{
Console.WriteLine("You cannot overdraft from a " + AccountStore.AccCharToName[accId[0]] + " account!");
canOverdraft = false;
deposit = 0;
}
}
public static void Deposit(string accId, decimal ammount)
{
{
TransactionStore.AddTransferTransaction(accId, null, AccountStore.AccCharToId[accId[0]], 1, ammount);
AccountBalance.Balance[accId] += ammount;
}
}
public static void AccountCloser(string accId)
{
TransactionStore.AddCloseTransaction(accId);
AccountStore.StoredAccounts.Remove(accId);
AccountBalance.Balance.Remove(accId);
Console.WriteLine("Account " + accId + " has been closed!");
}
public static void Deposit(string accId)
{
Console.WriteLine("Note: enter a decimal number with no symbles. " +
"Any decimal past the 2nd decimal place will be rounded up.");
while (true)
{
bool exit = false;
Console.WriteLine("How much would you like to deposit?\nCurrent balance is: $" + AccountBalance.Balance[accId]);
input = Console.ReadLine();
parsed = decimal.TryParse(input, out _checkedInput);
if (parsed && _checkedInput >= 0)
{
_checkedInput = Math.Round(_checkedInput, 2);
OverdraftChecker(accId, _checkedInput, out _checkedInput, out bool didClose);
if (didClose == true)
{
AccountStore.StoredAccounts[accId]._AssociatedAccountId = null;
}
AccountBalance.Balance[accId] += _checkedInput;
TransactionStore.AddTransferTransaction(accId, null, AccountStore.AccCharToId[accId[0]], 1, _checkedInput);
Console.WriteLine("Your new balance is: $" + AccountBalance.Balance[accId] +
"\nWould you like to deposit more? (y/n)");
Parsers.YNCheck();
exit = Parsers.YNtoBool[Parsers.parsedYN];
if (!exit == true)
{
break;
}
}
else
{
Parsers.InvalidInput();
}
}
}
public static void AccountCloser()
{
AccViewer.getAccounts();
while (true)
{
Console.WriteLine("Please enter the account Id you wish to close...");
AccId = Console.ReadLine();
if (AccountStore.StoredAccounts.ContainsKey(AccId))
{
break;
}
else
{
Parsers.InvalidInput();
}
}
if (AccountBalance.Balance[AccId] != 0 || !(AccountStore.StoredAccounts[AccId]._AssociatedAccountId is null))
{
Console.WriteLine("You cannot close an account with an outstanding balance!\nAccount " + AccId + " has a balance of $" +
AccountBalance.Balance[AccId]);
if (!(AccountStore.StoredAccounts[AccId]._AssociatedAccountId is null))
{
Console.WriteLine("and the associated account " + AccountStore.StoredAccounts[AccId]._AssociatedAccountId + " has a balance of $" +
AccountBalance.Balance[AccountStore.StoredAccounts[AccId]._AssociatedAccountId]);
}
}
else
{
TransactionStore.AddCloseTransaction(AccId);
AccountStore.StoredAccounts.Remove(AccId);
AccountBalance.Balance.Remove(AccId);
Console.WriteLine("Account " + AccId + " has been closed!");
}
}
public static void OverCreator(string AssociatedAccountId, decimal ammount)
{
AccountStore.addAccountid('o');
AccId = AccountStore.lastmadeAccId;
InterestRate = AccountStore.StoredAccounts[AssociatedAccountId].InterestRate;
OverdraftFaucility newOverdraft = new OverdraftFaucility(AccId, AssociatedAccountId, ammount);
AccountStore.addAccount(AccId, newOverdraft);
AccountStore.StoredAccounts[AssociatedAccountId]._AssociatedAccountId = AccId;
TransactionStore.AddTransferTransaction(AccId, AssociatedAccountId, 4, 0, ammount);
}
public static void TermMature(string TermaccId, decimal ammount)
{
AccountStore.addAccountid('c');
string AccId = AccountStore.lastmadeAccId;
Checking newChecking = new Checking(AccId);
AccountStore.addAccount(AccId, newChecking);
AccountBalance.setBalance(AccId, ammount);
AccountBalance.setBalance(TermaccId, 0);
TransactionStore.AddTransferTransaction(AccId, null, 0, 0, ammount);
TransactionStore.AddTransferTransaction(TermaccId, null, 3, 5, ammount);
AccCreator.AccountCloser(TermaccId);
}
public static void simInterest()
{
int countMonth = 0;
countMonth++;
foreach (KeyValuePair <string, Account> entry in AccountStore.StoredAccounts)
{
decimal interest = decimal.Round(AccountBalance.Balance[entry.Key] * AccountStore.StoredAccounts[entry.Key].InterestRate, 2);
if (entry.Value.InstallmentTypeId == 0)
{
AccountBalance.Balance[entry.Key] += interest;
TransactionStore.AddTransferTransaction(entry.Key, null, AccountStore.AccCharToId[entry.Key[0]], 6, interest);
}
else if (entry.Value.InstallmentTypeId == 1 && countMonth % 12 == 0)
{
AccountBalance.Balance[entry.Key] += interest;
TransactionStore.AddTransferTransaction(entry.Key, null, AccountStore.AccCharToId[entry.Key[0]], 6, interest);
}
}
}
public static void Withdraw(string accId, out decimal deposit)
{
Console.WriteLine("Note: enter a decimal number with no symbles. " +
"Any decimal past the 2nd decimal place will be rounded up.");
while (true)
{
Console.WriteLine("How much would you like to withdraw?\nCurrent balance is: $" + AccountBalance.Balance[accId]);
input = Console.ReadLine();
parsed = decimal.TryParse(input, out _checkedInput);
if (parsed && _checkedInput >= 0)
{
_checkedInput = Math.Round(_checkedInput, 2);
if (AccountBalance.Balance[accId] - _checkedInput < 0)
{
bool canOverdraft;
Overdraft(accId, _checkedInput, out canOverdraft, out deposit);
if (canOverdraft)
{
Console.WriteLine("Your new balance is: $" + AccountBalance.Balance[accId]);
}
break;
}
else
{
AccountBalance.Balance[accId] -= _checkedInput;
TransactionStore.AddTransferTransaction(accId, null, AccountStore.AccCharToId[accId[0]], 2, _checkedInput);
Console.WriteLine("Your new balance is: $" + AccountBalance.Balance[accId]);
deposit = _checkedInput;
break;
}
}
else
{
Parsers.InvalidInput();
}
}
}
public static void Pay(string accId, decimal ammount)
{
TransactionStore.AddTransferTransaction(accId, null, AccountStore.AccCharToId[accId[0]], 4, ammount);
AccountBalance.Balance[accId] -= ammount;
}
public static void Creator(int selection)
{
void StateCreated()
{
Console.WriteLine("\nAccount " + AccountStore.lastmadeAccId + " has been created!");
AccountBalance.getBalance(AccountStore.lastmadeAccId);
}
switch (selection)
{
case 0:
AccountStore.addAccountid('c');
AccId = AccountStore.lastmadeAccId;
Checking newChecking = new Checking(AccId);
AccountStore.addAccount(AccId, newChecking);
BalanceTransact.Deposit();
AccountBalance.setBalance(AccId, BalanceTransact.checkedInput);
StateCreated();
TransactionStore.AddTransferTransaction(AccId, null, 0, 0, BalanceTransact.checkedInput);
break;
case 1:
AccountStore.addAccountid('b');
AccId = AccountStore.lastmadeAccId;
Business newBusiness = new Business(AccId);
AccountStore.addAccount(AccId, newBusiness);
BalanceTransact.Deposit();
AccountBalance.setBalance(AccId, BalanceTransact.checkedInput);
StateCreated();
TransactionStore.AddTransferTransaction(AccId, null, 1, 0, BalanceTransact.checkedInput);
break;
case 2:
AccountStore.addAccountid('l');
AccId = AccountStore.lastmadeAccId;
AccCreator.setInterest();
AccCreator.setInstallment();
AccCreator.setInitialAmount();
Loan newLoan = new Loan(AccId, AccCreator.InterestRate, AccCreator.InstallmentTypeId, AccCreator.InitialAmount);
AccountStore.addAccount(AccId, newLoan);
AccountBalance.setBalance(AccId, AccCreator.InitialAmount);
StateCreated();
TransactionStore.AddTransferTransaction(AccId, null, 2, 0, AccCreator.InitialAmount);
break;
case 3:
AccountStore.addAccountid('t');
AccId = AccountStore.lastmadeAccId;
AccCreator.setInterest();
AccCreator.setInitialAmount();
TermDeposit newCD = new TermDeposit(AccId, InterestRate);
AccountStore.addAccount(AccId, newCD);
AccountBalance.setBalance(AccId, AccCreator.InitialAmount);
StateCreated();
TransactionStore.AddTransferTransaction(AccId, null, 3, 0, AccCreator.InitialAmount);
break;
default:
Console.WriteLine("That is not a valid selection");
return;
}
}
