/// <summary>
/// Caches any values/fields to be used during processing.
/// </summary>
/// <param name="transaction">The transaction object.</param>
private void CacheTransactionFields(Realisable.Data.Transform.Transaction transaction)
{
// Cache the fields to be used later on.
_tranHasReferenceFld = transaction.HasField("Reference");
}
private void CreateEntry(Realisable.Data.Transform.Transaction transaction)
{
ApplicationObject auth = ApplicationObject.Create();
try
{
if (TransactionHasStatusUpdateFields(transaction))
{
string ApiLoginID = _client._APILoginKey;
string ApiTransactionKey = _client._ApiTransactionKey;
bool sandbox = _client._Sandbox;
string _transactionAmount = transaction.GetValue("TransactionAmount").ToString();
decimal transactionAmount = 0.00M;
if (!decimal.TryParse(_transactionAmount, out transactionAmount))
{
throw new Exception(string.Format("Unable to parse transaction amount [{0}]", _transactionAmount));
}
string TransactionID = transaction.GetValue("TransactionID").ToString();
Capture response = Client.Capture(ApiLoginID, ApiTransactionKey, transactionAmount, TransactionID, sandbox);
if (response != null)
{
TraceWriter.Write("Authorize.Net capture response:\n" + response.ToTraceOutput());
if (transaction.HasField(nameof(Capture.ResponseCode)))
{
transaction.SetFieldValue(nameof(Capture.ResponseCode), response.ResponseCode, true);
}
if (transaction.HasField(nameof(Capture.MessageCode)))
{
transaction.SetFieldValue(nameof(Capture.MessageCode), response.MessageCode, true);
}
if (transaction.HasField(nameof(Capture.Description)))
{
transaction.SetFieldValue(nameof(Capture.Description), response.Description, true);
}
if (transaction.HasField(nameof(Capture.AuthCode)))
{
transaction.SetFieldValue(nameof(Capture.AuthCode), response.AuthCode, true);
}
if (transaction.HasField(nameof(Capture.ErrorCode)))
{
transaction.SetFieldValue(nameof(Capture.ErrorCode), response.ErrorCode, true);
}
if (transaction.HasField(nameof(Capture.CaptureErrorMessage)))
{
transaction.SetFieldValue(nameof(Capture.CaptureErrorMessage), response.CaptureErrorMessage, true);
}
}
else
{
TraceWriter.Write("Authorize.Net capture response is NULL.");
}
// Being a good citizen.
_auditController.OnUpdate(_transformId, transaction);
}
else
{
throw new Exception("'Id' and 'OrderStatus' must both be set.");
}
_wrapper.AuditController.OnInsert(_transformId, transaction);
}
catch (Exception ex)
{
string errorText = string.Format("Error while processing {0} record.", ENTITY_DESC);
// There's an error based on the error action.
switch (_errAction)
{
// If the error action is set to Abort: Log the error and re-raise the exception.
case eTransformErrorAction.eTransformErrorActionAbort:
_wrapper.LogError(transaction, ex, string.Format("{0} The entry will be discarded.", errorText));
throw;
// If the error action is set to Continue: CHAOS mode.
// Try to save/update again and see what happens.
// An exception will probably be generated, causing the transform to terminate unexpectedly.
case eTransformErrorAction.eTransformErrorActionContinue:
_wrapper.LogError(transaction, ex, string.Format("{0} The entry will attempt to re-save.", errorText));
//auth.Update();
_wrapper.AuditController.OnInsert(_transformId, transaction);
break;
// If the error action is Reject Record: Log the error and no update will occur.
// Exit the method gracefully so the next record can be processed.
case eTransformErrorAction.eTransformErrorActionRejectRecord:
_wrapper.LogError(transaction, ex, string.Format("{0} The entry will be discarded.", errorText));
break;
}
}
finally
{
// Check the iterator is back at the header; move the parent if it is not.
if (_iterator.Item().TransactionId != ENTITY)
{
_iterator.MoveParent();
}
}
}
