public void AddRecurringTransaction(IRecurringTransaction transaction)
{
/* TODO:
* When should we enumerate elements? When do we add them to the calendar?
*
* It's not enough to add them when we add the transaction in. It's a kludge, and it shows that we can at least get it to work, but it isn't great.
*
* TODO: #2
* How does a recurring transaction handle a Transfer? It might have to be:
* 1. Identify a transfer as a composite object made of 2 accounts and 1 Amount. The value is inverted between the accounts
* 2. Transactions will need to be rethought completely...
*/
RecurringTransactionsList.Add(transaction);
if (DayCollection.Any())
{
transaction.EnumerateElementsUntilDate(DayCollection.Last().Date);
}
foreach (var el in transaction.Elements)
{
var day = GetDayForDate(el.Date);
day.AddTransaction(el);
}
}
public RecurringTransactionDto(IRecurringTransaction model) : base(model.Id)
{
Start = model.Start.ToShortDateString();
End = model.End.ToShortDateString();
Children = new List <RecurringEntityChildDto>();
Description = model.Description;
Notes = model.Notes;
Amount = model.Amount;
Recurrence = model.Recurrence;
}
public void AddRecurringTransaction(IRecurringTransaction transaction)
{
Calendar.AddRecurringTransaction(transaction);
}
public IList <ITransaction> GetChildTransactions(IRecurringTransaction recurringTransaction)
{
return(recurringTransaction.Children(_repository));
}
public RecurringTransactionElement(IRecurringTransaction parent, DateTime date)
{
Parent = parent;
Date = date;
}
public RecurringTransactionDto(IRecurringTransaction model, IList <ITransaction> children) : this(model)
{
Children = children.Select(t => new RecurringEntityChildDto(t)).ToList();
}
