/// <summary>
/// Processes the transactions.
/// </summary>
public void CreateTransactions()
{
// Check the first record
if (!_iterator.EOF)
{
int i = 0;
// For each of the transactions.
while (_iterator.Read())
{
Realisable.Data.Transform.Transaction trn = _iterator.Item();
// On the first record do any caching and make any necessary checks on the data.
if (i == 0)
{
CacheTransactionFields(trn);
// This shouldn't ever fail in live, but when testing it's easy to create the data structures incorrectly
// and you're left scratching your head why it isn't working.
if (trn.TransactionId != ENTITY)
{
throw new Exception(string.Format("Invalid Data Structure. The {0} Import does not contain a [{1}] record.", ENTITY_DESC, ENTITY));
}
}
// Be a good citizen and call the OnProcess method on the AuditController object. This updates the PROCESSED record count, which can then be used in the Audit log.
_wrapper.AuditController.OnProcess(_transformId, trn);
// Now create the entry.
CreateEntry(trn);
i++;
}
}
}
private bool TransactionHasStatusUpdateFields(Realisable.Data.Transform.Transaction transaction)
{
TraceWriter.Write(transaction.Data.InnerXml);
return(true);
//return transaction.HasField("Id") &&
// transaction.IsFieldSet("Id") &&
// transaction.HasField("OrderStatus") &&
// transaction.IsFieldSet("OrderStatus");
}
/// <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");
}
// public void Authorize()
// {
// //pull from the store
// AuthorizeNetCommon authnetCommon = new AuthorizeNetCommon();
// var gate = authnetCommon.OpenGateway();
// //build the request from the Form post
// //var apiRequest = CheckoutFormReaders.BuildAuthAndCaptureFromPost();
// //validate the request first
// NameValueCollection post = new NameValueCollection();
// var apiRequest = new AuthorizationRequest(post);
// var api = new ApiFields();
// foreach (string item in post.Keys)
// {
// //always send the keys to the API - this allows for Merchant Custom Keys
// apiRequest.Queue(item, post[item]);
// }
// //set the amount - you can also set this from the page itself
// //you have to have a field named "x_amount"
// apiRequest.Queue(ApiFields.Amount, "1.23");
// //You can set your solution ID here.
// apiRequest.SolutionID = "AAA100302";
// //send to Auth.NET
// var response = gate.Send(apiRequest);
// // Example from Randy (from PushDataCustomer)
// //apiResponse = apiRequest.Request;
// //transaction.SetFieldValue("Response", apiResponse.GetFieldValue("Response"), true);
// string authCode;
// string transactionID;
// string orderMessage;
// if (response.Approved)
// {
// authCode = response.AuthorizationCode;
//// transaction.SetFieldValue("AuthCode",
// transactionID = response.TransactionID;
// orderMessage = string.Format("Thank you! Order approved: {0}", response.AuthorizationCode);
// }
// else
// {
// //error... oops. Reload the page
// orderMessage = response.Message;
// }
// }
/// <summary>
/// Updates/Inserts the customer record
/// </summary>
/// <param name="transaction">The transaction being processed.</param>
private void CreateEntry(Realisable.Data.Transform.Transaction transaction)
{
// A mock call to whatever API.
// Essentially get an object so the values of the dataset can be set to it.
AuthorizeNetCommon authnetCommon = new AuthorizeNetCommon();
try
{
//pull from the store
var gate = authnetCommon.OpenGateway();
//build the request from the Form post
//var apiRequest = CheckoutFormReaders.BuildAuthAndCaptureFromPost();
//validate the request first
NameValueCollection post = new NameValueCollection();
var apiRequest = new AuthorizationRequest(post);
var api = new ApiFields();
foreach (string item in post.Keys)
{
//always send the keys to the API - this allows for Merchant Custom Keys
apiRequest.Queue(item, post[item]);
}
apiRequest.Queue(ApiFields.Amount, transaction.GetValue("Amount").ToString());
apiRequest.Queue(ApiFields.SolutionID, transaction.GetValue("SolutionID").ToString());
//set the amount - you can also set this from the page itself
//you have to have a field named "x_amount"
// apiRequest.Queue(ApiFields.Amount, "1.23");
//You can set your solution ID here.
//apiRequest.SolutionID = "AAA100302";
//send to Auth.NET
var response = gate.Send(apiRequest);
// Example from Randy (from PushDataCustomer)
//apiResponse = apiRequest.Request;
transaction.SetFieldValue("ResponseCode", response.ResponseCode, true);
transaction.SetFieldValue("Approved", response.Approved, true);
transaction.SetFieldValue("Message", response.Message, true);
if (response.Approved)
{
transaction.SetFieldValue("TransactionID", response.TransactionID, true);
transaction.SetFieldValue("AuthorizationCode", response.AuthorizationCode, true);
}
else
{
//error... oops. Reload the page
throw new Exception(response.Message);
}
// Now update the AuditController
_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));
//customer.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;
}
}
}
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();
}
}
}