private void cmdPurchaseCardL3_Click(object sender, EventArgs e)
{
Cursor = Cursors.WaitCursor;
//NOTE: The first step with purchase card level 2 is to submit a Authorize to verify that the card is a valid purchase card
//Check to see if this transaction type is supported
if (!SupportedTxnTypes.Authorize | !SupportedTxnTypes.Capture) { MessageBox.Show("Purchase card requires support for Authorize as well as Capture"); Cursor = Cursors.Default; return; }
List<ResponseDetails> response = new List<ResponseDetails>();
if (_bcs != null) //Process a BankCard Transaction
{
try
{
BankcardTransactionPro BCtransaction = new BankcardTransactionPro();
//First Check to see if this work flow is an "AuthorizeAndCapture" or an "Authorize" followed by a "Capture".
if (chkL3AuthAndCapture.Checked)
{//In this case the work flow is a "AuthorizeAndCapture"
BankCardProProcessingOptions BCPO = new BankCardProProcessingOptions(PurchaseCardLevel.Level3, false, true);
BCtransaction = SetBankCardTxnData(BCPO);
response = Helper.ProcessBCPTransaction(TransactionType.AuthorizeAndCapture, BCtransaction, null, null, null, null, null, null, null, ChkAcknowledge.Checked, ChkUserWorkflowId.Checked);
if (response.Count < 1) { return; }
ChkLstTransactionsProcessed.Items.Add(response[0]);
}
else
{//In this case the work flow is an "Authorize" followed by a "Capture"
BankCardProProcessingOptions BCPO = new BankCardProProcessingOptions(PurchaseCardLevel.Level3, false, false);
BCtransaction = SetBankCardTxnData(BCPO);
response = Helper.ProcessBCPTransaction(TransactionType.Authorize, BCtransaction, null, null, null, null, null, null, null, ChkAcknowledge.Checked, ChkUserWorkflowId.Checked);
if (response.Count < 1) { return; }
ChkLstTransactionsProcessed.Items.Add(response[0]);
BankcardTransactionResponsePro BCR = (BankcardTransactionResponsePro)response[0].Response;
//Note : Now let's send the capture for the level 3 transaction.
//First verify that the card is a valid Purchase Card.
if (BCR.CommercialCardResponse == CommercialCardResponse.BusinessCard | BCR.CommercialCardResponse == CommercialCardResponse.CorporateCard | BCR.CommercialCardResponse == CommercialCardResponse.PurchaseCard)
{
BankcardCapturePro BCP = new BankcardCapturePro();
BCP.Level2Data = SetLevel2Data(); //Level 3 purchase card is always inclusive of Level 1 and Level 2 data.
List<LineItemDetail> LIDS = new List<LineItemDetail>();
//For each line on the receipt the following needs to be called.
for (int i = 0; i < 3; i++)//Add three line items
{
LIDS.Add(SetLevel3Data());
}
BCP.LineItemDetails = LIDS;
BCP.TransactionId = BCR.TransactionId;//Set the transactionId to the original Authorize
response = Helper.ProcessBCPTransaction(TransactionType.Capture, null, BCP, null, null, null, null, null, null, ChkAcknowledge.Checked, false);
if (response.Count < 1) { return; }
ChkLstTransactionsProcessed.Items.Add(response[0]);
}
else
{
MessageBox.Show("Capture failed as Card PAN was not a valid Level 2 or Level 3 purchase Card");
}
}
}
catch (Exception ex) { MessageBox.Show(ex.Message); }
finally { Cursor = Cursors.Default; }
}
else if (_ecks != null) //Process as a Check transaction
{
try
{
MessageBox.Show(@"Placeholder for ECK code. Please ask your solution consultant for an example");
}
catch (Exception ex) { MessageBox.Show(ex.Message); }
finally { Cursor = Cursors.Default; }
}
}
private BankcardTransactionPro SetBankCardTxnData(BankCardProProcessingOptions _BCPPO)
{
//Note : the following values apply to the BankcardTransaction
BankcardTransactionPro BCtransaction = new BankcardTransactionPro();
BankcardTransactionDataPro TxnData = new BankcardTransactionDataPro();//The following is necessary due to inheritance
//The following are typical settings please ask your solution consultant if you have any questions
TxnData.Amount = Convert.ToDecimal(TxtAmount.Text);
#region Ways to Convert to a decimal with two decimals
//Note : Decimal Example please remember that the amount must always be two decimals "0.00"
//decimal dAmount = 10;
//TxnData.Amount = Convert.ToDecimal(dAmount);
//TxnData.Amount = Decimal.Parse(TxnData.Amount.ToString("0.00"));
//Or Simply
//TxnData.Amount = Decimal.Parse(TxnData.Amount.ToString("0.00"));
//Note : String Example please remember that the amount must always be two decimals "0.00"
//string strAmount = "10";
//TxnData.Amount = Convert.ToDecimal(strAmount);
//TxnData.Amount = Decimal.Parse(TxnData.Amount.ToString("0.00"));
//Note : Int Example please remember that the amount must always be two decimals "0.00"
//int intAmount = 10;
//TxnData.Amount = Convert.ToDecimal(intAmount);
//TxnData.Amount = Decimal.Parse(TxnData.Amount.ToString("0.00"));
//Or
//((int)(100 * amount)) * 0.01m;
#endregion Ways to Convert to a decimal with two decimals
TxnData.CurrencyCode = TypeISOCurrencyCodeA3.USD;
try { TxnData.EntryMode = (EntryMode)Enum.Parse(typeof(EntryMode), ConfigurationSettings.AppSettings["TxnData_EntryMode"]); }catch { }
try { TxnData.CustomerPresent = (CustomerPresent)Enum.Parse(typeof(CustomerPresent), ConfigurationSettings.AppSettings["TxnData_CustomerPresent"]); }catch { }
try { TxnData.SignatureCaptured = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_SignatureCaptured"]); }catch { }
//Used for Vantiv
TxnData.TransactionDateTime = DateTime.Now.ToString("yyyy-MM-ddTHH:mm:ss.fffzzz");
//In the case of Retail or Restaurant
//TxnData.TipAmount = 3.00M;
// Used for QuasiCash transactions
TxnData.IsQuasiCash = false;
TxnData.LaneId = "1";//Used for Vantiv Tandem
//Used for Retail/Restaurant/MOTO
TxnData.EmployeeId = "123456";
//Used for Ecommerce/MOTO
TxnData.OrderNumber = "123543"; //This values must be unique for each transaction. OrderNum should never be zero
//TxnData.GoodsType = GoodsType.PhysicalGoods;
TxnData.TransactionDateTime = DateTime.Now.ToString("yyyy-MM-ddTHH:mm:ss.fffzzz");
// The below value is to support partial authorizations as mandated by Visa and Mastercard
// First check to see if the service supports partial approvals, if it does then set the flag
// that this transaction will support that partial approval. Remember to parse your Response.Amount to verify
// the amount that was approved. Card Not Present applications do not need to abide by the partial approval mandate
if (_bcs.Tenders.PartialApprovalSupportType == schemas.ipcommerce.com.Ipc.General.WCF.Contracts.Common.External.SvcInfo.PartialApprovalSupportType.Enabled)
TxnData.PartialApprovalCapable = PartialApprovalSupportType.Capable;
BCtransaction.CustomerData = new TransactionCustomerData();
BCtransaction.CustomerData.CustomerId = TxnData.OrderNumber;
BCtransaction.CustomerData.BillingData = new CustomerInfo();
BCtransaction.CustomerData.BillingData.Address = new AddressInfo();
BCtransaction.CustomerData.BillingData.Address.Street1 = "123 Fake Pl";
BCtransaction.CustomerData.BillingData.Address.City = "Beverly Hills";
BCtransaction.CustomerData.BillingData.Address.PostalCode = "90120";
BCtransaction.CustomerData.BillingData.Address.CountryCode = TypeISOCountryCodeA3.USA;
BCtransaction.CustomerData.ShippingData = new CustomerInfo();
BCtransaction.CustomerData.ShippingData.Address = new AddressInfo();
BCtransaction.CustomerData.ShippingData.Address.Street1 = "456 Face St";
BCtransaction.CustomerData.ShippingData.Address.City = "Westminster";
BCtransaction.CustomerData.ShippingData.Address.PostalCode = "80031";
BCtransaction.CustomerData.ShippingData.Address.CountryCode = TypeISOCountryCodeA3.USA;
BCtransaction.TenderData = new BankcardTenderData();
BCtransaction.TenderData.CardData = new CardData();
//Process as a Swipe or as a Keyed Transaction
if (Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_ProcessAsKeyed"]))
{//Keyed Transaction
BCtransaction.TenderData.CardData.CardType = TypeCardType.MasterCard;
BCtransaction.TenderData.CardData.Expire = "1213"; // Note : that in a swipe track data the format is "YYMM" however here it's "MMYY"
BCtransaction.TenderData.CardData.PAN = "5454545454545454";
BCtransaction.TenderData.CardData.CardholderName = "Dirk Pit";
}
else
{//Swiped Transaction
#region Card Validation Samples (Optional however good reference for sending valid card swipes)
//NOTE Example : In the case of processing a card swipe string use the following.
//NOTE Example : The following will remove starting and ending sentenals
BCtransaction.TenderData.CardData.CardType = TypeCardType.MasterCard;
string SwipeToSeperateTracks = "%B5454545454545454^IPCOMMERCE/TESTCARD^1312101013490000000001000880000?;5454545454545454=13121010134988000010?";
TrackFromMSRSwipe TFMSRS = Helper.seperateTrackData(SwipeToSeperateTracks);
string[] TrackProcessingOrder = ConfigurationSettings.AppSettings["TxnData_OrderOfProcessingTracks"].Split('|');
foreach (string track in TrackProcessingOrder)
{
if (track == "Track1")
if (Helper.validateTrackData(ref BCtransaction, TFMSRS.Track1Data)) break;
if (track == "Track2")
if (Helper.validateTrackData(ref BCtransaction, TFMSRS.Track2Data)) break;
if (track == "Keyed")
{
DialogResult Result;
Result = MessageBox.Show("Neither Track 1 nor Track 2 match. Process as a Keyed transaction instead?",
"Process as Keyed", MessageBoxButtons.OKCancel);
if (Result == DialogResult.Cancel){Exception e = new Exception("Neither Track 1 or Track 2 is valid. Plesae swipe again"); throw e;}
TxnData.EntryMode = EntryMode.Keyed;
BCtransaction.TenderData.CardData.CardType = TypeCardType.MasterCard;
BCtransaction.TenderData.CardData.Expire = "1213"; // Note : that in a swipe track data the format is "YYMM" however here it's "MMYY"
BCtransaction.TenderData.CardData.PAN = "5454545454545454";
break;
}
}
//Note : Other Track Examples (includes track 1 track 2 and an example of track 3)
//MasterCard : %B5454545454545454^IPCOMMERCE/TESTCARD^1312101013490000000001000880000?;5454545454545454=13121010134988000010?
//MasterCardPurchase : %B5480020605154711^IPCOMMERCE/TESTCARD^1312101100000001000000218000000?;5480020605154711=13121011000017026218?
//MasterCardSigDebit : %B9999989900007723^IPCOMMERCE/TESTCARD^13121015432112345678?;9999989900007723=13121015432112345678?
//Visa : %B4111111111111111^IPCOMMERCE/TESTCARD^13121010454500415000010?;4111111111111111=13121010454541500010?
//Visa Purchasecard : %B4005765777003^IPCOMMERCE/TESTCARD^13121015432112345678?;4005765777003=13121015432112345678?
//AmericanExpress : %B371449635398456^IPCOMMERCE/TESTCARD^1312060523319?;371449635398456=1312060523319?
//Discover : %B6011000995504101^IPCOMMERCE/TESTCARD^13121011000627210201?;6011000995504101=13121011000627210201?
//The following track includes a track 3 which is possible in Costco American Express cards %B371449635398456^IPCOMMERCE/TESTCARD^1312060523319?;371449635398456=1312060523319?+823156444000?
#endregion Card Validation Samples (Optional however good reference for sending valid card swipes)
}
#region Simulating a flag used to set either AVS CV or PINDebit data
//Simulating a flag used to set either AVS, CV data or PINDebit
bool blnAVS = false;
bool blnCVV = false;
try { blnAVS = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_IncludeAVS"]); }catch { };
try { blnCVV = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_IncludeCV"]); }catch { };
if (blnAVS | blnCVV | chkProcessAsPINDebitTxn.Checked)
{
BCtransaction.TenderData.CardSecurityData = new CardSecurityData(); //Required if AVS or CV is used
if (blnAVS)
{
//AVSData
BCtransaction.TenderData.CardSecurityData.AVSData = new AVSData();
//Required AVS Elements
BCtransaction.TenderData.CardSecurityData.AVSData.PostalCode = "80023";
//Optional AVS Elements
BCtransaction.TenderData.CardSecurityData.AVSData.CardholderName = "John Smith";
BCtransaction.TenderData.CardSecurityData.AVSData.City = "Mason";
BCtransaction.TenderData.CardSecurityData.AVSData.Country = TypeISOCountryCodeA3.USA;
BCtransaction.TenderData.CardSecurityData.AVSData.Phone = "513 5456699"; //Must be of format "NNN NNNNNNN"
BCtransaction.TenderData.CardSecurityData.AVSData.StateProvince = "OH";
BCtransaction.TenderData.CardSecurityData.AVSData.Street = "1234 IrwinSimpaon";
}
if (blnCVV)
{
//CVData
string strCVData = "111"; //Please note that this would typically be an input field in the application.
if (strCVData.Length > 0)
{
BCtransaction.TenderData.CardSecurityData.CVDataProvided = CVDataProvided.Provided;
BCtransaction.TenderData.CardSecurityData.CVData = strCVData;
}
else
{
//In this case the card was present (Retail or Restaurant) however the CV code was not readable or available
BCtransaction.TenderData.CardSecurityData.CVDataProvided = CVDataProvided.DeliberatelyBypass;
}
}
//Check to see if the transaction is a PINDebit Transaction
if (chkProcessAsPINDebitTxn.Checked)
{
BCtransaction.TenderData.CardSecurityData.KeySerialNumber = "1234567890123456";
BCtransaction.TenderData.CardSecurityData.PIN = "1234567890";
TxnData.AccountType = AccountType.CheckingAccount;
}
}
#endregion END Simulating a flag used to set either AVS CV or PINDebit data
#region Check to see if PINLessDebit selected
if(ChkProcessAsPINLessDebit.Checked)
{
TxnData.PINlessDebitData = new PINlessDebitData();
TxnData.PINlessDebitData.PayeeData = new PayeeData();
TxnData.PINlessDebitData.PayeeData.AccountNumber = "000056";
TxnData.PINlessDebitData.PayeeData.CompanyName = "ABC Company";
TxnData.PINlessDebitData.PayeeData.Phone = "555 1238888";
}
#endregion END Check to see if PINLessDebit selected
//#region Simulating a flag used to set Magensa data
////Simulating a flag used to set either AVS, CV data or PINDebit
//bool blnMagensa = false;
//try { blnMagensa = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_ProcessMagensaTxn"]); }
//catch { };
//if (blnMagensa)
//{ //*** ToDo : the following are generic values which will only work against Sandbox.***
// //First set the CardData to null
// BCtransaction.TenderData.CardData = null;
// if (BCtransaction.TenderData.CardSecurityData == null) { BCtransaction.TenderData.CardSecurityData = new CardSecurityData(); }
// BCtransaction.TenderData.CardSecurityData.CVData = null;
// BCtransaction.TenderData.CardSecurityData.CVDataProvided = CVDataProvided.NotSet;
// BCtransaction.TenderData.CardSecurityData.IdentificationInformation = "A52AFB9FB5B283A6C8C38377A6CB1D2C63CC59D3B0B29D2A0DF1C9A54F123D37536756C77B4A9B75E51BF028B51971E81C8B221533A3AFF4";
// BCtransaction.TenderData.SecurePaymentAccountData = "13A7783BD91D0A05712606644778CF8F34397EAC2AB26676A52A380350CAA07E";
// BCtransaction.TenderData.EncryptionKeyId = "9011400B042692000398";
// BCtransaction.TenderData.SwipeStatus = "1065057";
// TxnData.ScoreThreshold = ".5";
// TxnData.EntryMode = EntryMode.Track2DataFromMSR;
// TxnData.Reference = "11";
//}
//#endregion Simulating a flag used to set Magensa data
#region Pro specific functionality
//Note : BankcardTransactionPro
//The following sections are specific to the Pro object
//Applications that will support Level 2, Level 3, and Managed Billing (recurring/installment payments) data may be
//required to provide the following data elements in addition to the Base Transaction and Bankcard
//Transaction data elements described above.
if (Convert.ToBoolean(ConfigurationSettings.AppSettings["ProcessAsBankcardTransaction_Pro"]) | _BCPPO != null)//Determines if additional Pro objects should be used.
{
PurchaseCardLevel PCL;
bool InterchangeData;
bool L2L3;
if(_BCPPO != null)
{//In this case an override was passed in
PCL = _BCPPO.PurchaseCardLevel;
InterchangeData = _BCPPO.InterchangeData;
L2L3 = _BCPPO.IncludeLevel2OrLevel3Data;
}
else
{//Use the default values in the app.config
PCL = (PurchaseCardLevel)Enum.Parse(typeof(PurchaseCardLevel), ConfigurationSettings.AppSettings["Pro_PurchaseCardLevel"]);
InterchangeData = Convert.ToBoolean(ConfigurationSettings.AppSettings["Pro_InterchangeData"]);
L2L3 = Convert.ToBoolean(ConfigurationSettings.AppSettings["Pro_IncludeLevel2OrLevel3Data"]);
}
#region Purchase Card Level 2 or Level 3
if (PCL == PurchaseCardLevel.Level2 | PCL == PurchaseCardLevel.Level3)
{
/*
For AuthorizeAndCapture the level2/3 goes in immediately as there is no follow up transaction.
For Authorize followed by Capture the level 2/3 goes in the Capture, never in the Authorize.
The schema requires BaseAmt and OrderNum for level 2. Amt, Quantity, SeqNum, TaxIncludedInd, and UnitPrice are all required for level 3.
• Of course you must have level 2 in order to have level 3.
Set TxnData.CmrclCardReq to “Enable” since some providers get that value and will return the card type in the response in CmrclCardResp. Not all providers do this but they should always set it.
The value is returned in the response and can be used to determine whether or not to submit level 2.
Level 2 requirements for Ecomm/Moto:
• TaxExempt
• DestinationPostal
• ShipFromPostalCode
Level 2 requirements for Retail:
• DestinationPostal
• TaxExempt
Level 3 requirements for Ecomm/Moto:
• Desc
• ProductCode
• UnitOfMeasure
• only 98 items allowed
*/
//Send with the original Authorize with the "RequestCommerciaCard" flag set. In the response you will reference
//"CommercialCardResponse" as the indicator that the card is a valid Level 2 or Level 3 card.
BCtransaction.InterchangeData = new BankcardInterchangeData();
BCtransaction.InterchangeData.RequestCommercialCard = RequestCommercialCard.Enable;
if (L2L3 & PCL == PurchaseCardLevel.Level2)
{//Level 2 data
TxnData.Level2Data = SetLevel2Data();
if (BCtransaction.TenderData.CardData.CardType == TypeCardType.AmericanExpress)
{
BCtransaction.CustomerData = new TransactionCustomerData();
BCtransaction.CustomerData.ShippingData = new CustomerInfo();
BCtransaction.CustomerData.ShippingData.Name = new NameInfo();
BCtransaction.CustomerData.ShippingData.Address = new AddressInfo();
//For Amex only cards. Amex only supports Purchase Card Level 2
BCtransaction.CustomerData.ShippingData.Name.First = "Dan"; //Full name or parameterized name.
BCtransaction.CustomerData.ShippingData.Name.Middle = "Joe";
BCtransaction.CustomerData.ShippingData.Name.Last = "Billings";
BCtransaction.CustomerData.ShippingData.Address.Street1 = "123 HappyWay";
//BCtransaction.CustomerData.ShippingData.Address.Street2 = "";
BCtransaction.CustomerData.ShippingData.Address.City = "Mason";
BCtransaction.CustomerData.ShippingData.Address.StateProvince = "OH";
BCtransaction.CustomerData.ShippingData.Address.PostalCode = "45040";
BCtransaction.CustomerData.ShippingData.Address.CountryCode = TypeISOCountryCodeA3.USA;
}
}
if (L2L3 & PCL == PurchaseCardLevel.Level3)
{//Level 3 data
TxnData.Level2Data = SetLevel2Data();
//Level 3 data includes Level 2 data plus line items details. in this case your application should handle calling the following
// for each line item
List<LineItemDetail> LIDs = new List<LineItemDetail>();
LineItemDetail LID = new LineItemDetail();
LID = SetLevel3Data();
LIDs.Add(LID);
TxnData.LineItemDetails = LIDs;
}
}
#endregion Purchase Card Level 2 or Level 3
#region Recurring/Bill Payments
if (InterchangeData)
{
BCtransaction.InterchangeData = new BankcardInterchangeData();
//Single Payment
BCtransaction.InterchangeData.BillPayment = BillPayment.SinglePayment;
BCtransaction.InterchangeData.ExistingDebt = ExistingDebt.IsExistingDebt;
/*
//Deferred Billing
BCtransaction.InterchangeData.BillPayment = BillPayment.DeferredBilling;
BCtransaction.InterchangeData.ExistingDebt = ExistingDebt.IsExistingDebt;
//Installment
BCtransaction.InterchangeData.BillPayment = BillPayment.Installment;
BCtransaction.InterchangeData.ExistingDebt = ExistingDebt.IsExistingDebt;
BCtransaction.InterchangeData.CurrentInstallmentNumber = 1;
BCtransaction.InterchangeData.TotalNumberOfInstallments = 3;
*/
//Recurring
//Note: Any time recurring payments are used for any BCP service MultiClearSeqNum should be 1 for the first payment and any number
//greater than 1 for the additional recurring payments. The software company doesn’t have to count payments.
//They can always send 2 for the additional transactions if they want. Sending the 1 sends a code to the service provider that this
//is the first payment and CVData and AVSData are expected. Sending greater than 1 means that the lack of CVData and AVSData is OK
//since they don’t have to store or submit that data with the additional payments.
BCtransaction.InterchangeData.BillPayment = BillPayment.Recurring;
BCtransaction.InterchangeData.ExistingDebt = ExistingDebt.IsExistingDebt;
BCtransaction.InterchangeData.CurrentInstallmentNumber = 1; //If this is a follow-up recuring payment the value needs to be greater than 1.
//Any time BillPayInd is set to either “Deferred_Billing”, “Installment” or “Recurring”, CustPresentFlag should be set to “Bill_Payment"
if( BCtransaction.InterchangeData.BillPayment == BillPayment.DeferredBilling | BCtransaction.InterchangeData.BillPayment == BillPayment.Installment | BCtransaction.InterchangeData.BillPayment == BillPayment.Recurring)
TxnData.CustomerPresent = CustomerPresent.BillPayment;
}
#endregion Recurring/Bill Payments
}
#endregion END-Pro specific functionality
#region Verified By Visa (VbV/VPAS)
bool blnVPAS = false;
try { blnVPAS = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_IncludeVPAS"]); }catch { };
/* IF supported
If a token is obtained:
TenderData/EcommerceSecurityData/TokenData is required and contains the token provided by the service.
TenderData/EcommerceSecurityData/TokenInd is required and must be set to VPAS_3D_Secure_V100 or VPAS_3D_Secure_V102. Even if the merchant has a newer version, either setting will work for any version.
TxnData/EcommerceData/PayTypeInd is required and must be set to Secure_Ecom.
TenderData/EcommerceSecurityData/XID is optional and may contain the Visa XID value.
If VbV is supported but the token could not be obtained:
TenderData/EcommerceSecurityData/TokenData will not be populated.
TenderData/EcommerceSecurityData/TokenInd is required and must be set to Attempted_Card_Unsupported or Attempted_Service_Unavailable.
TxnData/EcommerceData/PayTypeInd is required and must be set to Non_authenticated_Security_Without_SSL or Non_authenticated_Security_With_SSL.
*/
if (blnVPAS && BCtransaction.TenderData.CardData.CardType == TypeCardType.Visa)
{
//Token Obtained
BCtransaction.TenderData.EcommerceSecurityData.TokenData = "";
BCtransaction.TenderData.EcommerceSecurityData.TokenIndicator = TokenIndicator.VPAS;
//TODO :TxnData.
BCtransaction.TenderData.EcommerceSecurityData.XID = "";
//No Token Obtained
BCtransaction.TenderData.EcommerceSecurityData.TokenIndicator = TokenIndicator.AttemptedCardUnsupported;
//TODO :TxnData.
}
#endregion Verified By Visa (VbV/VPAS)
#region MasterCard Secure Code (MCSC/UCAF)
bool blnUCAF = false;
try { blnUCAF = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_IncludeUCAF"]); }catch { };
/*
* If a token is obtained:
TenderData/EcommerceSecurityData/TokenData is required and contains the token provided by the service.
TenderData/EcommerceSecurityData/TokenInd is required and must be set to UCAF or UCAF_With_Data.
TxnData/EcommerceData/PayTypeInd is required and must be set to Secure_Ecom.
If MCSC is supported but the token could not be obtained or will not be sent with the transaction:
TenderData/EcommerceSecurityData/TokenData will not be populated.
TenderData/EcommerceSecurityData/TokenInd is required and must be set to Attempted_Card_Unsupported, Attempted_Service_Unavailable, or UCAF_Without_Data.
TxnData/EcommerceData/PayTypeInd is required and must be set to either Non_authenticated_Security_Without_SSL or Non_authenticated_Security_With_SSL.
*/
if (blnUCAF && BCtransaction.TenderData.CardData.CardType == TypeCardType.MasterCard)
{
//Token Obtained
BCtransaction.TenderData.EcommerceSecurityData.TokenData = "";
BCtransaction.TenderData.EcommerceSecurityData.TokenIndicator = TokenIndicator.UCAFWithData;
//TODO :TxnData.
BCtransaction.TenderData.EcommerceSecurityData.XID = "";
//No Token Obtained
BCtransaction.TenderData.EcommerceSecurityData.TokenIndicator = TokenIndicator.AttemptedCardUnsupported;
//TODO :TxnData.
}
#endregion MasterCard Secure Code (MCSC/UCAF)
# region Convenience Fees
//Simulating a flag used to include Convenience Fees
bool cFees = false;
try { cFees = Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_IncludeCFees"]); }catch { };
if (cFees)
{
//TxnData.FeeAmount = 5.00M;
}
# endregion Convenience Fees
#region Soft Descriptors
//Simulating setting soft descriptors
try
{
if (Convert.ToBoolean(ConfigurationSettings.AppSettings["TxnData_SoftDescriptors"]))
{
TxnData.AlternativeMerchantData = Helper.SetSoftDescriptors();
}
}
catch { };
#endregion Soft Descriptors
BCtransaction.TransactionData = TxnData;
return BCtransaction;
}
private void cmdPurchaseCardL2_Click(object sender, EventArgs e)
{
Cursor = Cursors.WaitCursor;
if (_bcs != null) //Process a BankCard Transaction
{
//NOTE: The first step with purchase card level 2 is to submit a Authorize to verify that the card is a valid purchase card
//Check to see if this the service is a host capture or terminal capture solution. This will drive logice in terms of useing an AuthorizeAndCapture Versus Authorize to Capture
if (_bcs.Tenders.CreditAuthorizeSupport == CreditAuthorizeSupportType.AuthorizeOnly)//In this case it's a Host capture so either an Authorize followed by capture or AuthorizeAndCapture should be used.
if (!SupportedTxnTypes.Authorize && !SupportedTxnTypes.AuthAndCapture) { MessageBox.Show("Purchase card requires support for Authorize or AuthorizeAndCapture"); Cursor = Cursors.Default; return; }
else//In this case its a terminal capture service which requires an Authorize followed by a captureall or capture selective
if (!SupportedTxnTypes.Authorize | !SupportedTxnTypes.CaptureAll) { MessageBox.Show("Purchase card requires support for Authorize as well as CaptureAll or CaptureSelective"); Cursor = Cursors.Default; return; }
List<ResponseDetails> response = new List<ResponseDetails>();
try
{
BankcardTransactionPro BCtransaction = new BankcardTransactionPro();
//First Check to see if this work flow is an "AuthorizeAndCapture" or an "Authorize" followed by a "Capture".
if (chkL2AuthAndCapture.Checked && _bcs.Tenders.CreditAuthorizeSupport == CreditAuthorizeSupportType.AuthorizeOnly)
{//In this case the work flow is a "AuthorizeAndCapture"
BankCardProProcessingOptions BCPO = new BankCardProProcessingOptions(PurchaseCardLevel.Level2, false, true);
BCtransaction = SetBankCardTxnData(BCPO);
response = Helper.ProcessBCPTransaction(TransactionType.AuthorizeAndCapture, BCtransaction, null, null, null, null, null, null, null, ChkAcknowledge.Checked, ChkUserWorkflowId.Checked);
if (response.Count < 1) { return; }
ChkLstTransactionsProcessed.Items.Add(response[0]);
}
else if (!chkL2AuthAndCapture.Checked)
{//In this case the work flow is an "Authorize" followed by a "Capture"
BankCardProProcessingOptions BCPO = new BankCardProProcessingOptions(PurchaseCardLevel.Level2, false, false);
BCtransaction = SetBankCardTxnData(BCPO);
response = Helper.ProcessBCPTransaction(TransactionType.Authorize, BCtransaction, null, null, null, null, null, null, null, ChkAcknowledge.Checked, ChkUserWorkflowId.Checked);
if (response.Count < 1) { return; }
ChkLstTransactionsProcessed.Items.Add(response[0]);
BankcardTransactionResponsePro BCR = (BankcardTransactionResponsePro)response[0].Response;
//Note : Now let's send the capture for the level 2 transaction.
//First verify that the card is a valid Purchase Card.
if (BCR.CommercialCardResponse == CommercialCardResponse.BusinessCard | BCR.CommercialCardResponse == CommercialCardResponse.CorporateCard | BCR.CommercialCardResponse == CommercialCardResponse.PurchaseCard)
{
BankcardCapturePro BCP = new BankcardCapturePro();
BCP.Level2Data = SetLevel2Data();
BCP.TransactionId = BCR.TransactionId;//Set the transactionId to the original Authorize
response = Helper.ProcessBCPTransaction(TransactionType.Capture, null, BCP, null, null, null, null, null, null, ChkAcknowledge.Checked, false);
if (response.Count < 1) { return; }
ChkLstTransactionsProcessed.Items.Add(response[0]);
}
else
{
MessageBox.Show("Capture failed as Card PAN was not a valid Level 2 or Level 3 purchase Card");
}
}
else
{
MessageBox.Show("Unable to process purchase Card as the transaction types requested are not supported. Specifically AuthorizeAndCapture");
}
}
catch (Exception ex) { MessageBox.Show(ex.Message); }
finally { Cursor = Cursors.Default; }
}
else if (_ecks != null) //Process as a Check transaction
{
try
{
MessageBox.Show(@"Placeholder for ECK code. Please ask your solution consultant for an example");
}
catch (Exception ex) { MessageBox.Show(ex.Message); }
finally { Cursor = Cursors.Default; }
}
}
