static public void Auth()
{
Console.WriteLine("Press any key to run an Authorization.");
Console.ReadLine();
Console.WriteLine("Running Authorization transaction.");
Console.WriteLine();
// -----------------------------------------------
// An Authorization charge is like a Sale, except it needs to be finalized
// before settlement. You can use this as an opportunity to adjust the amount,
// which makes it a great option for adding tips, shipping, etc.
// See the Utilities class for more on building requests.
Request_v1 SedRequest = RequestFactory.GetPaymentRequest();
// Setting the transaction type to "12" indicates that we want to run an Authorization.
SedRequest.Payments[0].TransactionBase.TransactionType = "12";
// Convert the request object to an XML string.
string XmlRequest = SedRequest.ToXml();
// The SED API exposes a client object that manages messaging
// between your application and Sage Exchange Desktop.
var ApiClient = new ModuleClient();
// This is the point at which the UI pops up to collect the payment information.
IModuleResponse ApiResponse = ApiClient.GetResponse(XmlRequest);
// All requests through the SED API return a status code and description:
int StatusCode = ApiResponse.GetStatusCode();
string StatusDesc = ApiResponse.GetStatusDescription();
Console.WriteLine("Status Code: " + StatusCode.ToString());
Console.WriteLine("Status Desc: " + StatusDesc);
if (StatusCode == 0)
{
// Status Code "0" indicates a successful request. Note that this does NOT
// mean the transaction was approved; a transaction that declined due to
// insufficient funds, for instance, is still a successful -request-, despite
// not being a successful -transaction-.
// Get the gateway response from the response object...
string XmlResponse = ApiResponse.GetResponseText();
// ... and deserialize it, if you want:
Response_v1 SedResponse = Response_v1.FromXml(ApiResponse.GetResponseText());
// ResponseIndicator "A" means the transaction was approved.
Console.WriteLine("Approved: " + (SedResponse.PaymentResponses[0].Response.ResponseIndicator == "A" ? "Yes" : "No"));
// Printing out the transaction amount, so we can compare after a capture.
Console.WriteLine("Amount: " + SedResponse.PaymentResponses[0].TransactionResponse.Amount.ToString());
// We'll save the transaction reference for later. It's used for voids, refunds, etc.
Config.vanReference = SedResponse.PaymentResponses[0].TransactionResponse.VANReference;
}
Console.WriteLine();
}
static public void Sale()
{
Console.WriteLine("Press any key to run Sale.");
Console.ReadLine();
Console.WriteLine("Running Sale transaction.");
Console.WriteLine();
// -----------------------------------------------
// This sample demonstrates a Sale request through Sage Exchange Desktop.
// A Sale is the most basic type of transaction.
// See the Utilities class for more on building requests.
Request_v1 SedRequest = RequestFactory.GetPaymentRequest();
// Setting the transaction type to "11" indicates that we want to run a Sale.
SedRequest.Payments[0].TransactionBase.TransactionType = "11";
// Convert the request object to an XML string.
string XmlRequest = SedRequest.ToXml();
/*
* Note that, in many cases, it makes more sense to build the XML string directly.
*
* For example, if you know your requests are all going to be simple sales,
* maybe just varying by amount and order number, you could manipulate an XML
* string literal with String.Format() -- this would probably be easier than
* piecing together a request object and calling its ToXml() method.
*
* See the "XML Messaging" document for more on SED requests.
*
*/
// The SED API exposes a client object that manages messaging
// between your application and Sage Exchange Desktop.
var ApiClient = new ModuleClient();
// This is the point at which the UI pops up to collect the payment information.
IModuleResponse ApiResponse = ApiClient.GetResponse(XmlRequest);
// All requests through the SED API return a status code and description:
int StatusCode = ApiResponse.GetStatusCode();
string StatusDesc = ApiResponse.GetStatusDescription();
Console.WriteLine("Status Code: " + StatusCode.ToString());
Console.WriteLine("Status Desc: " + StatusDesc);
if (StatusCode == 0)
{
// Status Code "0" indicates a successful request. Note that this does NOT
// mean the transaction was approved; a transaction that declined due to
// insufficient funds, for instance, is still a successful -request-, despite
// not being a successful -transaction-.
// Get the gateway response from the response object...
string XmlResponse = ApiResponse.GetResponseText();
// ... and deserialize it, if you want:
Response_v1 SedResponse = Response_v1.FromXml(ApiResponse.GetResponseText());
// ResponseIndicator "A" means the transaction was approved.
Console.WriteLine("Approved: " + (SedResponse.PaymentResponses[0].Response.ResponseIndicator == "A" ? "Yes" : "No"));
// We'll save the transaction reference for later. It's used for voids, refunds, etc.
Config.vanReference = SedResponse.PaymentResponses[0].TransactionResponse.VANReference;
}
Console.WriteLine();
}
static public void Capture()
{
Console.WriteLine("Press any key to run an Capture.");
Console.ReadLine();
Console.WriteLine("Running Capture transaction.");
Console.WriteLine();
// -----------------------------------------------
// An Capture transaction finalizes an Authorization, indicating that it is
// ready for settlement. During Capture, we can update the transaction amount.
if (String.IsNullOrWhiteSpace(Config.vanReference))
{
Console.WriteLine("A capture request requires a previous Authorization.");
Console.WriteLine("The AuthAndCapture() method wraps the Auth and Cap in a single method.");
}
else
{
// See the Utilities class for more on building requests.
Request_v1 SedRequest = RequestFactory.GetPaymentRequest();
// Setting the transaction type to "03" indicates that we want to run a Capture.
// To require user interaction, use "13" instead.
SedRequest.Payments[0].TransactionBase.TransactionType = "03";
// Reference the Authorization that we want to Capture.
SedRequest.Payments[0].TransactionBase.VANReference = Config.vanReference;
// Add 10 cents to our original dollar.
SedRequest.Payments[0].TransactionBase.Amount = 1.10;
// Convert the request object to an XML string.
string XmlRequest = SedRequest.ToXml();
// The SED API exposes a client object that manages messaging
// between your application and Sage Exchange Desktop.
var ApiClient = new ModuleClient();
// This is the point at which the UI pops up to collect the payment information.
IModuleResponse ApiResponse = ApiClient.GetResponse(XmlRequest);
// All requests through the SED API return a status code and description:
int StatusCode = ApiResponse.GetStatusCode();
string StatusDesc = ApiResponse.GetStatusDescription();
Console.WriteLine("Status Code: " + StatusCode.ToString());
Console.WriteLine("Status Desc: " + StatusDesc);
if (StatusCode == 0)
{
// Status Code "0" indicates a successful request. Note that this does NOT
// mean the transaction was approved; a transaction that declined due to
// insufficient funds, for instance, is still a successful -request-, despite
// not being a successful -transaction-.
// Get the gateway response from the response object...
string XmlResponse = ApiResponse.GetResponseText();
// ... and deserialize it, if you want:
Response_v1 SedResponse = Response_v1.FromXml(ApiResponse.GetResponseText());
// ResponseIndicator "A" means the transaction was approved.
Console.WriteLine("Approved: " + (SedResponse.PaymentResponses[0].Response.ResponseIndicator == "A" ? "Yes" : "No"));
// Printing out the transaction amount, so we can compare to the original Authorization.
Console.WriteLine("Amount: " + SedResponse.PaymentResponses[0].TransactionResponse.Amount.ToString());
// We'll save the transaction reference for later. It's used for voids, refunds, etc.
Config.vanReference = SedResponse.PaymentResponses[0].TransactionResponse.VANReference;
}
Console.WriteLine();
}
}
