private void transferBetweenAccounts(object o)
{
if (transferFrom != null && transferTo != null)
{
AccountModel account1 = AccountModel.AccountDictionary[transferFrom.Id];
AccountModel account2 = AccountModel.AccountDictionary[transferTo.Id];
if (Validator.AccountsShouldNotMatchCheck(account1, account2))
{
if (Validator.ValidDouble(TransferAmount))
{
{
double?newFromAccountBalance;
double?newToAccountBalance;
AccountModel.TransferBetweenAccounts(account1, account2, TransferAmount,
out newFromAccountBalance, out newToAccountBalance);
account1.AddTransaction(DateTime.Today, "Transfer to: " + account2.Name, TransferAmount,
"Transfer");
account2.AddTransaction(DateTime.Today, "Transfer from: " + account1.Name, TransferAmount,
"Transfer");
//Update Databinds
account1.Balance = newFromAccountBalance;
account2.Balance = newToAccountBalance;
ColourManager.BalanceColourCheck(account1, account2);
TransferFrom = new AccountModel(transferFrom.Id, transferFrom.Name, newFromAccountBalance);
TransferTo = new AccountModel(transferTo.Id, transferTo.Name, newToAccountBalance);
refreshAll();
}
}
else
{
accountSnackbarMessage(4500, "Please enter a valid number.");
}
}
else
{
accountSnackbarMessage(6000, "You can't transfer to the same account.");
}
}
else
{
accountSnackbarMessage(6000, "Please select two accounts to make a transfer between.");
}
}
/// <summary>
/// Create test accounts and transactions.
/// </summary>
private void createTestAccounts(object o)
{
const int numberOfTestAccounts = 8;
const int numberOfTestTransactions = 320;
const int numberOfDays = 365;
for (int i = 0; i < numberOfTestAccounts; i++)
{
if (obcAccounts.Count < 1)
{
accountName = "Dit Lexaragez";
}
else
{
accountName = RandomGenerator.GetRandomStringFromPath().Remove(8) + " Test";
}
accountBalance = 0;
createAccount(o);
for (int k = 0; k < numberOfTestTransactions; k++)
{
string randomTransactionType =
TransactionModel.TransactionTypes[
RandomGenerator.GetRandomIntMaxValue(TransactionModel.TransactionTypes.Count)];
int randomTransactionAmount = RandomGenerator.GetRandomIntMaxValue(999);
if (randomTransactionType != "Income")
{
account.Balance -= randomTransactionAmount;
}
else
{
randomTransactionAmount *= 9; //Make the Income transactions bigger
account.Balance += randomTransactionAmount;
}
account.AddTransaction(RandomGenerator.GenerateRandomDate(numberOfDays), "Test transaction " + k,
randomTransactionAmount, randomTransactionType);
ColourManager.BalanceColourCheck(account);
}
SelectedAccount = account;
}
}
private void refreshAll()
{
ColourManager.BalanceColourCheck(account);
ObcAccounts = new ObservableCollection <AccountModel>(AccountModel.AccountDictionary.Values);
refreshTransactions();
}