private XMLSplitsSplit GetDesiredSplit(XMLBookTransaction xmlTransaction, string rootAcccGUID)
{
var parentAcc = gnuCashAccMgr.GetAccountHierarchy(rootAcccGUID); //TODO provider class to implement caching
var accountList = GNUCashAccMgr.FlattenAccountHierarchy(parentAcc); //TODO provider class to implement caching
var chosenSplit = xmlTransaction.splits.Where(x => accountList.Any(xx => xx.GUID.Contains(x.account.Value))).FirstOrDefault();
return(chosenSplit);
}
Transaction GetEquivalentTransaction(XMLBookTransaction xmlTransaction, string accGUID)
{
//XMLSplitsSplit chosenSplit = null;
//if (xmlTransaction.splits[0].Mark == null)//TODO if a tag is used at xmlTranslevel-polymorphism can help elegantly
//{
// chosenSplit = GetDesiredSplit(xmlTransaction, accGUID);
//}
//else
//{
// chosenSplit = GetDesiredSplit(xmlTransaction);
//}
Transaction transaction = new Transaction();
TransactionDetail d1 = new TransactionDetail();
d1.Amount = xmlTransaction.splits[0].quantity.EvaluateExpression();
d1.Name = GNUCashAccMgr.GetAccNameByGUID(xmlTransaction.splits[0].account.Value);
TransactionDetail d2 = new TransactionDetail();
d2.Amount = xmlTransaction.splits[1].quantity.EvaluateExpression();
d2.Name = GNUCashAccMgr.GetAccNameByGUID(xmlTransaction.splits[1].account.Value);
transaction.TransactionAccounts = Tuple.Create(d1, d2);
//transaction.AccountName = gnuCashAccMgr.GetAccNameByGUID(chosenSplit.account.Value);
//transaction.Amount = chosenSplit.quantity.EvaluateExpression();
transaction.DatePosted = DateTime.Parse(xmlTransaction.dateposted.date);//TODO Check culture and apply
transaction.Id = xmlTransaction.id.Value;
transaction.Description = xmlTransaction.description;
return(transaction);
}
/// <summary>
/// works if split is tagged earler.
/// </summary>
/// <param name="xmlTransaction"></param>
/// <returns></returns>
private XMLSplitsSplit GetDesiredSplit(XMLBookTransaction xmlTransaction)
{
return(xmlTransaction.splits.Where(x => x.Mark.Contains("CHOSEN")).FirstOrDefault());
}
