public bool TransferTo(IAccountable fromUser, string toUser, int amount, ref string msg)
{
if (amount <= 0)
{
msg = "amount must be bigger then zero";
}
else if (fromUser.Balance - amount < 0)
{
msg = "you don't have enough money";
}
else if (toUser == fromUser.Username)
{
msg = "you can't transfer money to yourself";
}
else
{
var touser = FindByName(toUser);
if (touser == null)
{
msg = "User \'" + touser + "\' not found";
}
else
{
fromUser.Balance -= amount;
touser.Balance += amount;
Transactions.Add(new Transaction()
{
From = fromUser, To = touser, Amount = amount
});
return(true);
}
}
return(false);
}
public static AccountTransaction TransferTransaction(IAccountable fromAccount, IAccountable toAccount, decimal amount, string description)
{
if (fromAccount.Currency != toAccount.Currency)
{
throw new InvalidOperationException("Accounts should have same currency.");
}
return(new AccountTransaction(Guid.NewGuid(), amount, DateTimeOffset.UtcNow, fromAccount.Debit(amount), toAccount.Credit(amount), description));
}
/// <summary>
/// Creates a new accountant reporting its measurement to the specified <paramref name="accountable"/> object.
/// </summary>
/// <param name="accountable">The accountable object to report the measurement to.</param>
public Accountant(IAccountable accountable)
{
_accountable = accountable;
if (!NativeMethods.TryGetThreadCycleTime(out _cycles))
{
_cycles = 0UL;
}
_start = Stopwatch.GetTimestamp();
}
public void GetCustomerAccounts()
{ //Arrange - Create a customer plus some accounts for that customer
BankCustomer cust = new BankCustomer();
SavingsAccount savings = new SavingsAccount("asdf", "123");
CheckingAccount checking1 = new CheckingAccount("asdfj", "123");
CheckingAccount checking2 = new CheckingAccount("asdfj", "123");
cust.AddAccount(checking1);
cust.AddAccount(checking2);
cust.AddAccount(savings);
//Act - call getaccounts
IAccountable[] actualAccounts = cust.GetAccounts();
//assert - verify all accounts are returned
IAccountable[] expectedAccounts = new IAccountable[] { savings, checking1, checking2 };
//CollectionAssert.AreEqual(expectedAccounts, actualAccounts); // has to have the same lineup in the collection that you are checking into
CollectionAssert.AreEquivalent(expectedAccounts, actualAccounts); // checks to make sure the name is in the collection, order doesn't matter.
}
public void getCustomerAccounts(string accountHolderName, string accountNumber)
{
BankCustomer cust = new BankCustomer();
SavingsAccount savings = new SavingsAccount(accountHolderName, accountNumber);
CheckingAccount checking1 = new CheckingAccount(accountHolderName, accountNumber);
CheckingAccount checking2 = new CheckingAccount(accountHolderName, accountNumber);
IAccountable[] expectedAccounts = new IAccountable[] { savings, checking1, checking2 };
cust.AddAccount(savings);
cust.AddAccount(checking2);
cust.AddAccount(checking1);
IAccountable[] actualAccounts = cust.GetAccounts();
//CollectionAssert.AreEqual(expectedAccounts, actualAccounts);
CollectionAssert.AreEquivalent(expectedAccounts, actualAccounts);
}
public void GetCustomerAccounts()
{
// Arrange - Create a customer plus some accounts for that customer
BankCustomer cust = new BankCustomer();
SavingsAccount savings = new SavingsAccount("xxx", "123");
CheckingAccount checking1 = new CheckingAccount("xxx", "123");
CheckingAccount checking2 = new CheckingAccount("xxx", "123");
cust.AddAccount(checking1);
cust.AddAccount(checking2);
cust.AddAccount(savings);
// Act - call GetAccounts
IAccountable[] actualAccounts = cust.GetAccounts();
// Assert - verify all accounts are returned
IAccountable[] expectedAccounts = new IAccountable[] { savings, checking1, checking2 };
//CollectionAssert.AreEqual(expectedAccounts, actualAccounts);
CollectionAssert.AreEquivalent(expectedAccounts, actualAccounts);
}
public void AddAccount(IAccountable newAccount)
{
this.customersAccounts.Add(newAccount);
}
public void AddAccount(IAccountable account)
{
accounts.Add(account);
}
/// <summary>
/// Adds newAccount to the customer's list of accounts
/// </summary>
/// <param name="newAccount"></param>
public void AddAccount(IAccountable newAccount)
{
listOfAccounts.Add(newAccount);
}
public static AccountTransaction WithdrawTransaction(IAccountable account, decimal amount, string description)
{
return(TransferTransaction(account, SystemAccount.FromCurrency(account.Currency), amount, description));
}
public static AccountTransaction Transfer(this IAccountable fromAccount, IAccountable toAccount, decimal amount, string description) => AccountTransaction.TransferTransaction(fromAccount, toAccount, amount, description);
public static AccountTransaction Withdraw(this IAccountable account, decimal amount, string description) => AccountTransaction.WithdrawTransaction(account, amount, description);
public static AccountTransaction Deposit(this IAccountable account, decimal amount, string description) => AccountTransaction.DepositTransaction(account, amount, description);
public void CreateAccountingEntry(DeepBlue.Models.Accounting.Enums.AccountingTransactionType accountingTransactionType, int fundID, int entityID, IAccountable accountableItem, decimal? amount = null, int? accountingTransactionSubTypeID = null)
{
DeepBlueEntities context = new DeepBlueEntities();
decimal amt = amount.HasValue ? amount.Value : (accountableItem.Amount.HasValue ? accountableItem.Amount.Value : 0);
var query = from aet in context.AccountingEntryTemplates
where aet.EntityID == entityID && aet.AccountingTransactionTypeID == (int)accountingTransactionType
select aet;
// See if there are any templates specific to the Fund
List<AccountingEntryTemplate> templates = query.Where(x => x.FundID == fundID).ToList();
if (templates.Count <= 0) {
// No templates found for this fund.. try to see if there is an Entity level template available
templates = query.Where(x => x.FundID == null).ToList();
}
if (templates.Count > 0) {
// Filter on the sub type
if (accountingTransactionSubTypeID.HasValue) {
//var templatesWithSubType = templates.Where(x => x.AccountingTransactionSubTypeID == accountingTransactionSubTypeID.Value).ToList();
//if (templatesWithSubType.Count > 0) {
// templates = templatesWithSubType;
//}
}
List<AccountingEntry> accountingEntries = new List<AccountingEntry>();
foreach (AccountingEntryTemplate template in templates) {
// each template will result in an accounting entry
AccountingEntry entry = new AccountingEntry();
entry.AccountingEntryTemplateID = template.AccountingEntryTemplateID;
DeepBlue.Models.Accounting.Enums.AccountingEntryAmountType amountType = (DeepBlue.Models.Accounting.Enums.AccountingEntryAmountType)template.AccountingEntryAmountTypeID;
switch (amountType) {
case DeepBlue.Models.Accounting.Enums.AccountingEntryAmountType.FixedAmount:
entry.Amount = Convert.ToDecimal(template.AccountingEntryAmountTypeData);
break;
case DeepBlue.Models.Accounting.Enums.AccountingEntryAmountType.Percentage:
decimal percent = Convert.ToDecimal(template.AccountingEntryAmountTypeData);
entry.Amount = (percent * amt) / 100;
break;
case DeepBlue.Models.Accounting.Enums.AccountingEntryAmountType.Field:
// Use reflection to get the amount
PropertyInfo property = accountableItem.GetType().GetProperties().Where(x => x.Name == template.AccountingEntryAmountTypeData).FirstOrDefault();
object val = property.GetValue(accountableItem, null);
if (val != null) {
entry.Amount = Convert.ToDecimal(val);
}
break;
case DeepBlue.Models.Accounting.Enums.AccountingEntryAmountType.Custom:
break;
default:
entry.Amount = amt;
break;
}
entry.TraceID = accountableItem.TraceID;
entry.AttributedTo = accountableItem.AttributedTo;
entry.AttributedToName = accountableItem.AttributedToName;
entry.AttributedToType = accountableItem.AttributedToType;
entry.FundID = fundID;
entry.EntityID = entityID;
context.AccountingEntries.AddObject(entry);
context.SaveChanges();
}
}
}
public void AddAccount(IAccountable newAccount)
{
accounts.Add(newAccount);
}
public void AddAccount(IAccountable newAccount)
{
AccountList.Add(newAccount);
}
public void AddAccount(IAccountable newAccount)
{
customerAccounts.Add(newAccount);
}
