Authorize.Net In-Person Android SDK Integration Guide

The In-Person SDK for Android is deprecated. The BBPOS Chipper 2X hardware is no longer available.

The Authorize.Net In-Person SDK provides a Semi-Integrated Solution for EMV payment processing. For an overview of the semi-integrated environment and the transaction workflow within that environment, see our Authorize.Net In-Person SDK Overview. This SDK builds on the Authorize.Net API for transaction processing. For more in-depth information on the Authorize.Net API, see our API Reference. For frequently asked questions, see the EMV FAQ page.

The merchant's app invokes this SDK to complete an EMV transaction. The SDK handles the complex EMV workflow and securely submits the EMV transaction to Authorize.Net for processing. The merchant's application never touches any EMV data at any point.

To determine which processor you use, you can submit an API call to getMerchantDetailsRequest. The response contains a processors object.

Point of Sale Workflow

1. Insert the card reader.
2. Insert a card with an EMV chip.
3. Select the Application, if prompted. If only a compatible application resides on the card, the application is selected automatically.
4. Confirm amount.
5. Do not remove card until the transaction is complete.
6. If at any time the user cancels the transaction, the EMV transaction is cancelled.

Setting Up Your Project

1. Confirm that you are using Android Studio 2.3+ with min Android SDK version 21 and Gradle 2.14.1.
2. Select File > Open > sampleapp to open the project.
3. Run Sync in Gradle to bring all the dependencies up to date.
4. Plug in the test reader and run the sample application.

SDK Overview

1. Using the SDK to Create and Submit an EMV Transaction.
2. Configuring the UI.
3. Non-EMV Transaction Processing.
4. Receipts.
5. Reporting.
6. OTA Update.

Using the SDK to Create and Submit an EMV Transaction

Step 1. Import the emv-anet-sdk.aar file as a library module and build.

Step2 . Authenticate the merchant's application and initialize a valid Merchant object with PasswordAuthentication. You may specify the a test environment (SANDBOX) or live environment (PRODUCTION) to use in enum Environment.

PasswordAuthentication passAuth = PasswordAuthentication.createMerchantAuthentication("Username", "Password", "In-person-sdk-tests");
Merchant merchant = Merchant.createMerchant(Environment.SANDBOX, passAuth);

Step 3. Create an EMV transaction.

EMVTransaction emvTransaction = EMVTransactionManager.createEMVTransaction(merchant, amount);

The merchant application must populate all the fields required by a standard payment transaction, as described in sample code, except the payment method. In addition, the EMVTransactionType field must be set; the default value is GOODS.

EMVTransactionType {
GOODS(0),
SERVICES(1),
CASHBACK(2),
INQUIRY(3),
TRANSFER(4),
PAYMENT(5),
REFUND(6);
}

emvTransaction.setEmvTransactionType(EMVTransactionType.GOODS);

Note: Only GOODS, SERVICES, and PAYMENT are supported.

Step 4. Submit the EMV transaction.

EMVTransactionManager.startEMVTransaction(EMVTransaction emvTransaction, final EMVTransactionListener emvTransactionListener, Context context)

EMVTransactionListener is the callback interface of the EMVTransaction object. It must be implemented by the merchant application.

public interface EMVTransactionListener {
void onEMVTransactionSuccessful(Result result);
void onEMVReadError(EMVErrorCode emvError);
void onEMVTransactionError(Result result, EMVErrorCode emvError);
}

Responses

Successful response: onEMVTransactionSuccessful

The EMV transaction was approved.

The Result object is returned to the merchant's app. The Result object contains all the values present in a regular API Result object. In addition, it has the EMV response data in a hash map. Standard EMV tag values can be used as keys to retrieve information from the hash map. For example, to retrieve application ID:

HashMap<String,String> map = result.getEmvTlvMap(); String applicationId= map.get("4f");

Server error: onEMVTransactionError

The transaction was sent to the server, but the server returned an error. For example: Session time out, insufficient balance. The Result object is returned.

EMV Error: onEMVReadError

An error occurred in collecting the EMV encrypted BLOB (Binary Large Object) from the reader. One of the following error codes is returned.

// EMV ERROR Codes
EMVErrorCode {
UNKNOWN(0),
TRANSACTION_CANCELED(1),
READER_INITIALIZATION_ERROR(2),
TIMEOUT(3),
INPUT_INVALID(4),
VOLUME_WARNING_NOT_ACCEPTED(5),
CRITICAL_LOW_BATTERY(6),
TRANSACTION_TERMINATED(7),
TRANSACTION_DECLINED(8),
UNKNOWN_READER_ERROR(9);
}

QuickChip

The In-Person SDK for Android supports Visa's Quick Chip. Here are the entry points in EMVTransactionManager:

//entry points
public static void startQuickChipTransaction(EMVTransaction emvTransaction, final QuickChipTransactionSessionListener quickChipTransactionSessionListener, Context context, boolean  showSignature, boolean isAuthOnlyTransaction)
public static void prepareDataForQuickChipTransaction(final Context context, final QuickChipTransactionSessionListener quickChipTransactionSessionListener)
public static boolean hasStoredQuickChipData()
public static void clearStoredQuickChipData(final QuickChipTransactionSessionListener quickChipTransactionSessionListener)
//interfaces
public interface QuickChipTransactionSessionListener extends EMVTransactionListener{
void onTransactionStatusUpdate(String transactionStatus);
void onPrepareQuickChipDataSuccessful();
void onPrepareQuickChipDataError(EMVErrorCode error, String cause);

//bluetooth connection callbacks
void onReturnBluetoothDevices(List<BluetoothDevice> bluetoothDeviceList);
void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice);
void onBluetoothDeviceDisConnected();
}

We support Quick Chip with UI and Quick Chip in the background.

Quick Chip with SDK-Provided UI

The startQuickChipTransaction call works in the same way as startEMVTransaction:

1. Provide the EMVTransaction, QuickChipTransactionSessionListener objects with transaction details and callbacks.
2. Set Context object to be the calling Android context (mostly Activity).
3. isAuthOnlyTransaction boolean provides users with a way of doing transaction without capturing it. This can be useful if user wants to authorize for some amount and later on capture with a different one. If you do not plan to use this functionality, simply set it to false.

Here is a code example using these steps:

// Implement your app logic in the following callbacks:

EMVTransactionManager.QuickChipTransactionSessionListener iemvTransaction = new EMVTransactionManager.QuickChipTransactionSessionListener() {
@Override
public void onEMVTransactionSuccessful(net.authorize.aim.emv.Result result) {

}

@Override
public void onEMVReadError(EMVErrorCode emvError) {

}

@Override
public void onEMVTransactionError(net.authorize.aim.emv.Result result, EMVErrorCode emvError) {

}

@Override
public void onTransactionStatusUpdate(String transactionStatus) {

}

@Override
public void onPrepareQuickChipDataSuccessful() {

}

@Override
public void onPrepareQuickChipDataError(EMVErrorCode error, String cause) {

}

@Override
public void onReturnBluetoothDevices(final List<BluetoothDevice> bluetoothDeviceList) {

}

@Override
public void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice) {

}

@Override
public void onBluetoothDeviceDisConnected() {

}

};

// Construct the transaction object.

Order order = Order.createOrder();
OrderItem oi = OrderItem.createOrderItem();
oi.setItemId("1");
oi.setItemName("name");

oi.setItemQuantity("1");
oi.setItemTaxable(false);
oi.setItemDescription("desc");
oi.setItemDescription("Goods");

order.addOrderItem(oi);
BigDecimal transAmount = new BigDecimal("1.00");
oi.setItemPrice(transAmount);
order.setTotalAmount(transAmount);

// Assume AppManager.merchant is where we keep the singleton merchant object after successful authentication.

EMVTransaction emvTransaction = EMVTransactionManager.createEMVTransaction(AppManager.merchant, transAmount);
emvTransaction.setEmvTransactionType(EMVTransactionType.GOODS);
emvTransaction.setOrder(order);
emvTransaction.setSolutionID("SOLUTION ID");

// Optional fields for tip.

emvTransaction.setTableNumber("TABLE 1");
emvTransaction.setEmployeeId("EMPLOYEE 1");

// Start Quick Chip transaction with your context.

EMVTransactionManager.startQuickChipTransaction(emvTransaction, iemvTransaction, context);

Quick Chip in the Background (No UI)

To use Quick Chip without the UI component, begin the transaction by calling prepareDataForQuickChipTransaction. Here are the steps:

1. Provide a QuickChipTransactionSessionListener object that listens to SDK status changes as it communicates with the reader. Information and error messages will be shown through QuickChipTransactionSessionListener callbacks.
2. After a onPrepareQuickChipDataSuccessful callback, card data will be temporarily stored inside the SDK. To finish the transaction, just initiate startQuickChipTransaction with the transaction details and finish the transaction.
3. You can check if there is any stored card data using hasStoredQuickChipData, or choose to discard that data using clearStoredQuickChipData.

Here is the code snippet for the above section:

// Create the transaction objects in the same way as start Quick Chip
// EMVTransaction emvTransaction;
// Context context;

// Prepare data for quick chip transaction.

EMVTransactionManager.prepareDataForQuickChipTransaction(context, iemvTransaction);

// Callback Methods.

EMVTransactionManager.QuickChipTransactionSessionListener iemvTransaction = new EMVTransactionManager.QuickChipTransactionSessionListener() {
@Override
public void onEMVTransactionSuccessful(net.authorize.aim.emv.Result result) {

}

@Override
public void onEMVReadError(EMVErrorCode emvError) {

}

@Override
public void onEMVTransactionError(net.authorize.aim.emv.Result result, EMVErrorCode emvError) {

}

@Override
public void onTransactionStatusUpdate(String transactionStatus) {

}

@Override
public void onPrepareQuickChipDataSuccessful() {
//should return true
EMVTransactionManager.hasStoredQuickChipData();

}

@Override
public void onPrepareQuickChipDataError(EMVErrorCode error, String cause) {
//clear data if error happens
EMVTransactionManager.clearStoredQuickChipData();
}
};

// Finish transaction by calling startQuickChipTransaction after prepareDataForQuickChipTransaction is completed.

EMVTransactionManager.startQuickChipTransaction(emvTransaction, iemvTransaction, context);

NOTE: To use Quick Chip functionality, the card reader must have the latest firmware version and configuration. Refer to the OTA Update section for more details.

Bluetooth Support

The In-Person SDK for Android now supports a Bluetooth connection mode with AnywhereCommerce Walker C2X BT readers. To enable the Bluetooth connection, follow these steps from class EMVTransactionManager:

1. Set the connection mode to Bluetooth.

enum EMVDeviceConnectionType {
	AUDIO,
	BLUETOOTH
}
EMVTransactionManager.setDeviceConnectionType(EMVDeviceConnectionType deviceConnectionType);

2. Start the Bluetooth scan.

EMVTransactionManager.startBTScan(Context context, QuickChipTransactionListener listener);

3. Connect to the Bluetooth device.

EMVTransactionManager.connectBTDevice(Context context, BluetoothDevice bluetoothDevice, QuickChipTransactionListener listener);
//here the Bluetooth device needs to be imported from android.bluetooth.BluetoothDevice

NOTE: Typically the name of the Bluetooth device is on the back of the reader.

To receive the call-back from the Bluetooth device, implement the following methods in QuickChipTransactionSessionListener

void onReturnBluetoothDevices(List<BluetoothDevice> bluetoothDeviceList);
void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice);

When you receive the onBluetoothDeviceConnected callback, the connection with the Bluetooth device is successfully established and it is now safe to start EMV transaction.

4. Start the transaction normally.

EMVTransactionManager.startEMVTransaction(EMVTransaction emvTransaction, final EMVTransactionListener emvTransactionListener, Context context)

NOTE: By default, the In-Person Android SDK will remember the last Bluetooth device that was used, so you do not need to implement this procedure for each session. However, you can reset the last used device by calling:

EMVTransactionManager.clearSavedBTDevice(Context context);

Swipe-Only Mode

When you use a AnywhereCommerce Walker C2X device, EMV/Quick Chip is turned on by default. However, you can choose to use the Magnetic Stripe Reader by calling this before the transaction:

public enum TerminalMode{
	SWIPE_ONLY,
	SWIPE_OR_INSERT
}
EMVTransactionManager.setTerminalMode(TerminalMode terminalMode);

Please contact customer support to determine the supported mode that is associated with your merchant settings.

Tips

The In-Person Android SDK supports tips functionality. Available entry points are:

// Entry points

public static void startQuickChipTransaction(EMVTransaction emvTransaction, final QuickChipTransactionSessionListener quickChipTransactionSessionListener, Context context, double tipAmount)
public static void startQuickChipTransaction(EMVTransaction emvTransaction, final QuickChipTransactionSessionListener quickChipTransactionSessionListener, Context context, TipOptions tipOptions)

// Tip options 

public static class TipOptions {
Integer tipOption1;
Integer tipOption2;
Integer tipOption3;
}

As shown in the above code, we accept two types of tip: one with exact tip amount and the other one with tip percentage that is going to be added on top of the transaction total amount. To use tip amount field, simply specify tip amount in the tipAmount field in the first call; to use tip options, create a TipOptions object with specified options and they will appear in the checkout screen for Quick Chip transactions.

Here is the code snippet for adding tip to an EMVTransaction

// Start Quick Chip with tip options.

EMVTransactionManager.startQuickChipTransaction(emvTransaction, iemvTransaction, context, new EMVTransactionManager.TipOptions(15, 18, 20));

// start Quick Chip with tip value.

EMVTransactionManager.startQuickChipTransaction(emvTransaction, iemvTransaction, context, 1.00);

// Start Quick Chip with an authorization-only transaction. Merchants can settle with different amount later.

EMVTransactionManager.startQuickChipTransaction(emvTransaction, iemvTransaction, context, true, true);

NOTE: Tips functionality is currently only valid for TSYS merchants.

Configuring the UI

You can configure the UI of the In-Person SDK to better match the UI of the merchant application. The merchant application must initialize these values only once when the application starts. If no values are set or null is set for any of the parameters, the SDK defaults to its original theme.

The merchant app can configure the following UI parameters:

SDK font color: EmvSdkUISettings.setFontColorId(R.color.black);

SDK button font color: EmvSdkUISettings.setButtonTextColor(R.color.font_green);

SDK background color: EmvSdkUISettings.setBackgroundColorId(R.color.light_blue);

Banner/top bar background color: EmvSdkUISettings.setBannerBackgroundColor(R.color.white);

For the color properties listed above, the merchant application must define color values and pass the color IDs to the In-Person SDK:

Banner/top bar image: EmvSdkUISettings.setLogoDrawableId(R.drawable.apple);

The merchant application must have a drawable file in the resource file. The drawable ID must be provided to the In-Person SDK.

SDK button color: EmvSdkUISettings.setButtonDrawableId(R.drawable.button_material_style_custom);

The merchant application must define a drawable. SDK supports state list drawables also. The merchant application must provide the drawable ID to the EMV SDK.

You can also customize the signature screen with following APIs:

Signature screen background color: EmvSdkUISettings.setSignViewBackgroundResId(R.color.white);

Signature screen background drawable: EmvSdkUISettings.setSignViewBackgroundResId(R.drawable.apple);

Signature view Border color: EmvSdkUISettings.setSignViewBorderColor(R.color.light_blue)

Signature view background color: EmvSdkUISettings.setSignCaptureBgResId(R.color.white)

Non-EMV Transaction Processing

The SDK supports the following transaction types that can be posted to Authorize.Net gateway:

/**
* The credit card transaction types supported by the payment gateway.
*/
public enum TransactionType {
AUTH_CAPTURE,
AUTH_ONLY,
PRIOR_AUTH_CAPTURE,
CAPTURE_ONLY,
TransactionType.,
UNLINKED_CREDIT,
VOID,
CASH;
}

Non-EMV Code Samples

The following code samples use keyed-in credit card information. To use another transaction type, simply replace TransactionType.AUTH_CAPTURE with the type of transaction you want (shown in the list above). For example, TransactionType.AUTH_ONLY or TransactionType.CREDIT.

//login to gateway to get valid session token
PasswordAuthentication passAuth = PasswordAuthentication.createMerchantAuthentication("Username", "Password", "InpersonSDK-Android-test");
Merchant testMerchant = Merchant.createMerchant(Environment.SANDBOX, passAuth);
testMerchant.setDeviceType(DeviceType.WIRELESS_POS);
testMerchant.setMarketType(MarketType.RETAIL);
net.authorize.aim.Transaction transaction = Transaction.createTransaction(testMerchant, TransactionType.AUTH_CAPTURE, new BigDecimal(1.0));
net.authorize.aim.Result result = (net.authorize.aim.Result)testMerchant.postTransaction(transaction);
//if login succeeded, populate session token in the Merchant object
SessionTokenAuthentication sessionTokenAuthentication = SessionTokenAuthentication.createMerchantAuthentication(testMerchant.getMerchantAuthentication().getName(), loginResult.getSessionToken(), "Test EMV Android");
if ((loginResult.getSessionToken() != null) && (sessionTokenAuthentication != null)) {
testMerchant.setMerchantAuthentication(sessionTokenAuthentication);
}

//create new credit card object with required fields
CreditCard creditCard = CreditCard.createCreditCard();
creditCard.setCreditCardNumber("4111111111111111");
creditCard.setExpirationMonth("11");
creditCard.setExpirationYear("2020");
creditCard.setCardCode("123");

//create order item and add to transaction object
Order order =  Order.createOrder();
OrderItem oi =  OrderItem.createOrderItem();
oi.setItemId("001");
oi.setItemName("testItem");
oi.setItemDescription("Goods");
oi.setItemPrice(new BigDecimal(1.1));
oi.setItemQuantity("1");
oi.setItemTaxable(false);
order.addOrderItem(oi);
order.setTotalAmount(new BigDecimal(1.1));

//post the transaction to Gateway
net.authorize.aim.Result authCaptureResult = (net.authorize.aim.Result) testMerchant.postTransaction(authCaptureTransaction);

Code Sample for Non-EMV Transactions Using Encrypted Swiper Data

//login to gateway to get valid session token
PasswordAuthentication passAuth = PasswordAuthentication.createMerchantAuthentication("Username", "Password", "InpersonSDK-Android-test");
Merchant testMerchant = Merchant.createMerchant(Environment.SANDBOX, passAuth);
testMerchant.setDeviceType(DeviceType.WIRELESS_POS);
testMerchant.setMarketType(MarketType.RETAIL);
net.authorize.aim.Transaction transaction = Transaction.createTransaction(testMerchant, TransactionType.AUTH_CAPTURE, new BigDecimal(1.0));
net.authorize.aim.Result result = (net.authorize.aim.Result)testMerchant.postTransaction(transaction);
//if login succeeded, populate session token in the Merchant object
SessionTokenAuthentication sessionTokenAuthentication = SessionTokenAuthentication.createMerchantAuthentication(testMerchant.getMerchantAuthentication().getName(), loginResult.getSessionToken(), "Test EMV Android");
if ((loginResult.getSessionToken() != null) && (sessionTokenAuthentication != null)) {
testMerchant.setMerchantAuthentication(sessionTokenAuthentication);
}

//create new credit card object and populate it with the encrypted card data coming from the reader
CreditCard creditCard = CreditCard.createCreditCard();
creditCard.setCardPresenseType(net.authorize.data.creditcard.CreditCardPresenceType.CARD_PRESENT_ENCRYPTED);
creditCard.getSwipperData().setMode(SwiperModeType.DATA);
//the following field is the data converted into HEX string coming from the reader
creditCard.getSwipperData().setEncryptedData(IDtechTestBlob);
//the FID for the reader
creditCard.getSwipperData().setDeviceInfo("4649443d4944544543482e556e694d61672e416e64726f69642e53646b7631");
//the Encryption method used by the reader, should be TDES for IDTech
creditCard.getSwipperData().setEncryptionAlgorithm(SwiperEncryptionAlgorithmType.TDES);

//create order item and add to transaction object
Order order =  Order.createOrder();
OrderItem oi =  OrderItem.createOrderItem();
oi.setItemId("001");
oi.setItemName("testItem");
oi.setItemDescription("Goods");
oi.setItemPrice(new BigDecimal(1.1));
oi.setItemQuantity("1");
oi.setItemTaxable(false);
order.addOrderItem(oi);
order.setTotalAmount(new BigDecimal(1.1));

//post the transaction to Gateway
net.authorize.aim.Result authCaptureResult = (net.authorize.aim.Result) testMerchant.postTransaction(authCaptureTransaction);

NOTE: For Non-EMV transaction processing, there is no UI provided by the SDK. The client application is expected to have its own layout and display the response/error message properly.

Fore more details on the supported API call accepted by Authorize.Net gateway, please refer to our Authorize.Net API Documentation.

Creating a Customer Profiles from a Transaction

You can use the information that you capture during a transaction to create a customer profile. The process differs depending on whether you use the provided UI or your own UI.

Creating a Profile Using Your Own UI

The transaction response contains a transaction ID. To create a customer profile, send the transaction ID and the customer profile details taken as input from the customer. Send the Boolean value which decides whether the consent for creating profile is to be taken before or after the transaction. The following example assumes that you use your own UI.

Method Call

//Create customer profile object.
CustomerProfile customerProfile = CustomerProfile.createCustomerProfile(); 
customerProfile.setEmail(email); 
customerProfile.setMerchantCustomerId(merchantCustomerId); 
customerProfile.setDescription(description);

//Create payment profile object.
PaymentProfile paymentProfile = PaymentProfile.createPaymentProfile();
Address address = Address.createAddress(); 
address.setFirstName("abc); 
address.setLastName("def"); 
address.setCity("New york"); 
address.setState("CA"); 
address.setCountry("USA"); 
address.setZipPostalCode("94585"); 
address.setCompany("lmn");
address.setPhoneNumber("02014585485"); 
address.setAddress(Mt street); 
address.setFaxNumber("857458547965);
paymentProfile.setBillTo(address);

// Implement the profile transaction listener which is overridden from QuickChipTransactionSessionListener and send its object as an input parameter.

final EMVTransactionManager.ProfileTransactionListener profileTransactionListener = new EMVTransactionManager.ProfileTransactionListener() {
@Override  public void onTransactionStatusUpdate(String transactionStatus) {}
@Override  public void onPrepareQuickChipDataSuccessful() {}
@Override  public void onPrepareQuickChipDataError(EMVErrorCode error, String cause) {}
@Override  public void onReturnBluetoothDevices(List<BluetoothDevice> bluetoothDeviceList) {}
@Override  public void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice) {}
@Override  public void onBluetoothDeviceDisConnected() {}
@Override  public void onProfileEMVTransactionSuccessful(net.authorize.aim.emv.Result emvResult,net.authorize.cim.Result custProfileResult) { } 
@Override  public void onProfileTransactionSuccessful(net.authorize.cim.Result result) {}
@Override  public void onEMVTransactionSuccessful(net.authorize.aim.emv.Result result) {}
@Override  public void onEMVReadError(EMVErrorCode emvError) {}
@Override  public void onEMVTransactionError(net.authorize.aim.emv.Result result, EMVErrorCode emvError) {}
public void onProfileEMVTransactionError(final String message,final Exception e, net.authorize.aim.emv.Result result) {}
public void onProfileTransactionError(String errorMessage, Exception e) {}
@Override  public void onProfileTransactionStarted(String message) {}
};

//Call the provided API for creating customer profile as below:

ProfileTransactionManager.getInstance().createCustomerProfileFromTransaction(context, AppManager.merchant, transactionId, customerProfile,paymentProfile, profileTransactionListener);

Method Details

/**
 * @param context: Android component context.
 * @param merchant: Merchant object.
 * @param transactionId: Transaction ID from which user want to create profile.
 * @param customerProfile: Customer profile details object like email, merchant customer ID or description.
 * @param paymentProfile: PaymentProfile profile details objects, such as billing address.
 * @param profileTransactionListener: An interface callback to receive the result after transaction is completed.
*/
 
public void createCustomerProfileFromTransaction(final Context context, final Merchant merchant, String transactionId,final CustomerProfile  customerProfile, final PaymentProfile paymentProfile, final EMVTransactionManager.ProfileTransactionListener profileTransactionListener)

Creating a Profile Using the Included UI

When you create a profile using the included UI, the customer profile is created as soon as the transaction is done. Send the customer profile and payment profile objects with the EMV transaction object while creating the transaction. The transaction is completed the transaction UI is used to create the customer profile within SDK itself. The SDK provides the UI for collecting customer information. When the profile is created, both the payment transaction result and the profile result objects are sent simultaneously to the calling application.

Method Call

//Create customer profile object.
CustomerProfile customerProfile = CustomerProfile.createCustomerProfile(); 
customerProfile.setEmail(email); 
customerProfile.setMerchantCustomerId(merchantCustomerId); 
customerProfile.setDescription(description);

//Create payment profile object.
PaymentProfile paymentProfile = PaymentProfile.createPaymentProfile();
Address address = Address.createAddress(); 
address.setFirstName("abc); 
address.setLastName("def"); 
address.setCity("New york"); 
address.setState("CA"); 
address.setCountry("USA"); 
address.setZipPostalCode("94585"); 
address.setCompany("lmn");
address.setPhoneNumber("02014585485"); 
address.setAddress(Mt street); 
address.setFaxNumber("857458547965);
paymentProfile.setBillTo(address);

// Implement the profile transaction listener which is overridden from QuickChipTransactionSessionListener and send its object as an input parameter.

final EMVTransactionManager.ProfileTransactionListener profileTransactionListener = new EMVTransactionManager.ProfileTransactionListener() {
@Override  public void onTransactionStatusUpdate(String transactionStatus) {}
@Override  public void onPrepareQuickChipDataSuccessful() {}
@Override  public void onPrepareQuickChipDataError(EMVErrorCode error, String cause) {}
@Override  public void onReturnBluetoothDevices(List<BluetoothDevice> bluetoothDeviceList) {}
@Override  public void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice) {}
@Override  public void onBluetoothDeviceDisConnected() {}
@Override  public void onProfileEMVTransactionSuccessful(net.authorize.aim.emv.Result emvResult,net.authorize.cim.Result custProfileResult) { } 
@Override  public void onProfileTransactionSuccessful(net.authorize.cim.Result result) {}
@Override  public void onEMVTransactionSuccessful(net.authorize.aim.emv.Result result) {}
@Override  public void onEMVReadError(EMVErrorCode emvError) {}
@Override  public void onEMVTransactionError(net.authorize.aim.emv.Result result, EMVErrorCode emvError) {}
public void onProfileEMVTransactionError(final String message,final Exception e, net.authorize.aim.emv.Result result) {}
public void onProfileTransactionError(String errorMessage, Exception e) {}
@Override  public void onProfileTransactionStarted(String message) {}
};

EMVTransactionManager.createCustomerProfileHeadFul(emvTransaction, context, true, IS_BEFORE, profileTransactionListener);

Method Details

 /**
* @param emvTransaction: Details for creating transaction ie amount etc. 
* @param context: Android component context
* @param showSignature: to show signature or not
* @param isConsentBefore: This is related to taking user consent before payment transaction or after payment transaction.
* @param profileEMVTransactionListener: An interface callback to receive the result after transaction is completed
*/

public static void createCustomerProfileHeadFul(EMVTransaction emvTransaction, Context context, boolean showSignature,
boolean isConsentBefore, final ProfileTransactionListener profileEMVTransactionListener)

Creating an Additional Payment from a Transaction Using Your Own UI

After the transaction is completed, you can create an additional payment. Send the payment details object (with details such as billing address), customer profile ID, and the transaction ID of the previous transaction to the SDK. You must create customized UI to collect the customer data.

Method Call

//Create payment profile object.
PaymentProfile paymentProfile = PaymentProfile.createPaymentProfile();
Address address = Address.createAddress(); 
address.setFirstName("abc); 
address.setLastName("def"); 
address.setCity("New york"); 
address.setState("CA"); 
address.setCountry("USA"); 
address.setZipPostalCode("94585"); 
address.setCompany("lmn");
address.setPhoneNumber("02014585485"); 
address.setAddress(Mt street); 
address.setFaxNumber("857458547965);
paymentProfile.setBillTo(address);

// Implement the profile transaction listener which is overridden from QuickChipTransactionSessionListener and send its object as an input parameter.

final EMVTransactionManager.ProfileTransactionListener profileTransactionListener = new EMVTransactionManager.ProfileTransactionListener() {
@Override  public void onTransactionStatusUpdate(String transactionStatus) {}
@Override  public void onPrepareQuickChipDataSuccessful() {}
@Override  public void onPrepareQuickChipDataError(EMVErrorCode error, String cause) {}
@Override  public void onReturnBluetoothDevices(List<BluetoothDevice> bluetoothDeviceList) {}
@Override  public void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice) {}
@Override  public void onBluetoothDeviceDisConnected() {}
@Override  public void onProfileEMVTransactionSuccessful(net.authorize.aim.emv.Result emvResult,net.authorize.cim.Result custProfileResult) { } 
@Override  public void onProfileTransactionSuccessful(net.authorize.cim.Result result) {}
@Override  public void onEMVTransactionSuccessful(net.authorize.aim.emv.Result result) {}
@Override  public void onEMVReadError(EMVErrorCode emvError) {}
@Override  public void onEMVTransactionError(net.authorize.aim.emv.Result result, EMVErrorCode emvError) {}
public void onProfileEMVTransactionError(final String message,final Exception e, net.authorize.aim.emv.Result result) {}
public void onProfileTransactionError(String errorMessage, Exception e) {}
@Override  public void onProfileTransactionStarted(String message) {}
 };

ProfileTransactionManager.getInstance().createAdditionalPaymentProfile(profileId, transactionId, AppManager.merchant, context, paymentProfile, profileTransactionListener);

Method Details

/**
	* @param profileId: Profile id for which user want to create additional payment profile
	* @param transactionId: Transaction id from which the payment profile is to be created.
	* @param merchant: Logged in Merchant object.
	* @param context: Android component context.
	* @param paymentProfile: Payment profile details object.
	* @param profileTransactionListener: An interface callback to receive the result after transaction is completed
*/

public void createAdditionalPaymentProfile(String profileId, String transactionId, Merchant merchant, Context context, PaymentProfile paymentProfile, final EMVTransactionManager.ProfileTransactionListener profileTransactionListener){final ResultReceiver resultReceiver = new ResultReceiver(new Handler())

Creating an Additional Payment from a Transaction Using the Included UI

To create additional payment profiles, the user has to send the customer profile id with the emv transaction object while submitting the transaction.

// Implement the profile transaction listener which is overridden from QuickChipTransactionSessionListener and send its object as an input parameter.

final EMVTransactionManager.ProfileTransactionListener profileTransactionListener = new EMVTransactionManager.ProfileTransactionListener() {
@Override  public void onTransactionStatusUpdate(String transactionStatus) {}
@Override  public void onPrepareQuickChipDataSuccessful() {}
@Override  public void onPrepareQuickChipDataError(EMVErrorCode error, String cause) {}
@Override  public void onReturnBluetoothDevices(List<BluetoothDevice> bluetoothDeviceList) {}
@Override  public void onBluetoothDeviceConnected(BluetoothDevice bluetoothDevice) {}
@Override  public void onBluetoothDeviceDisConnected() {}
@Override  public void onProfileEMVTransactionSuccessful(net.authorize.aim.emv.Result emvResult,net.authorize.cim.Result custProfileResult) { } 
@Override  public void onProfileTransactionSuccessful(net.authorize.cim.Result result) {}
@Override  public void onEMVTransactionSuccessful(net.authorize.aim.emv.Result result) {}
@Override  public void onEMVReadError(EMVErrorCode emvError) {}
@Override  public void onEMVTransactionError(net.authorize.aim.emv.Result result, EMVErrorCode emvError) {}
public void onProfileEMVTransactionError(final String message,final Exception e, net.authorize.aim.emv.Result result) {}
public void onProfileTransactionError(String errorMessage, Exception e) {}
@Override  public void onProfileTransactionStarted(String message) {}
 };

EMVTransactionManager.createAdditionalPaymentProfileHeadFul(emvTransaction, context, true, IS_BEFORE,profileTransactionListener, customerProfileId);

Method Details

/**
* @param emvTransaction
* @param context
* @param showSignature
* @param isBefore
* @param profileEMVTransactionListener
* @param profileId: Application just has to send the profile id. Payment profile input is taken in the sdk UI.
*/

```java
public static void createAdditionalPaymentProfileHeadFul(EMVTransaction emvTransaction, Context context, boolean showSignature, boolean isBefore, final ProfileTransactionListener profileEMVTransactionListener, String profileId)

Customer Email Receipt

To send the customer a transaction receipt, create a notification transaction and post it to the Authorize.Net gateway. Here is a code sample:

//assume we have MerchantContact Object that stores merchant contact info
MerchantContact contact = getMerchantContact();
if (contact != null) {
StringBuilder sb = new StringBuilder();
if (StringUtils.isNotEmpty(contact.getCompanyName())) {
sb.append(contact.getCompanyName());
}
sb.append("<br/>");
if (StringUtils.isNotEmpty(contact.getAddress())) {
sb.append(contact.getAddress());
}
sb.append("<br/>");
if (StringUtils.isNotEmpty(contact.getCity())) {
sb.append(contact.getCity());
sb.append(", ");
}
if (StringUtils.isNotEmpty(contact.getState())) {
sb.append(contact.getState());
sb.append(" ");
}
if (StringUtils.isNotEmpty(contact.getZip())) {
sb.append(contact.getZip());

}
sb.append("<br/>");
if (StringUtils.isNotEmpty(contact.getPhone())) {
sb.append(contact.getPhone());
}

er.setHeaderEmailReceipt(sb.toString());
}
net.authorize.notification.Transaction t = testMerchant.createNotificationTransaction(net.authorize.notification.TransactionType.CUSTOMER_TRANSACTION_RECEIPT_EMAIL, er);
t.setTransId(transactionId);
t.setCustomerEmailAddress(emailId);
net.authorize.notification.Result result = (net.authorize.notification.Result) testMerchant.postTransaction(t);
//result object has all the result coming from Anet gateway

NOTE: For other supported notification transaction types, refer to the Transaction and Result object in the net.authorize.notification package.

Reporting

Here is the list of supported transaction types for transaction reporting:

GET_SETTLED_BATCH_LIST,
GET_TRANSACTION_LIST,
GET_TRANSACTION_DETAILS,
GET_BATCH_STATISTICS,
GET_UNSETTLED_TRANSACTION_LIST;
GET_SETTLED_BATCH_LIST,
GET_TRANSACTION_LIST,
GET_TRANSACTION_DETAILS,
GET_BATCH_STATISTICS,
GET_UNSETTLED_TRANSACTION_LIST;

These transaction types follow the identical format for posting to Authorize.Net gateway as a payment transaction. For example, here is the code sample for GET_UNSETTLED_TRANSACTION_LIST:

net.authorize.reporting.Result result = null;
net.authorize.reporting.Transaction t = testMerchant.createReportingTransaction(net.authorize.reporting.TransactionType.GET_UNSETTLED_TRANSACTION_LIST);
t.setReportingDetails(ReportingDetails.createReportingDetails());
result = (net.authorize.reporting.Result) AnetHelper.merchant.postTransaction(t);
//you can check reporting details in the ReportingDetails object returned by result.getReportingDetails()

To use other report types, simply change TransactionType to other enum values.

NOTE: For other supported transaction types, refer to the Transaction and Result object in the net.authorize.notification package.

OTA Updates

The In-Person Android SDK has the ability to do an Over-The-Air update for AnywhereCommerce Walker C2X magstripe and chip reader. To use this functionality, initiate the following SDK call:

public static void startOTAUpdate(Context context, boolean demoMode)

where context is the calling Android Context and demoMode is for setting the update to be going to either a demo server or a production server.

In the OTA update page, you have the option to do firmware update, config update, or both. In the option menu, you may get detailed info for the reader that you are currently using.

NOTE: OTA update may take up to 30 min to finish, please make sure reader is fully charged and do not unplug reader while updating.

Error Codes

You can view these error messages at our Reason Response Code Tool by entering the Response Reason Code into the tool. There will be additional information and suggestions there.

Field Order	Response Code	Response Reason Code	Text
3	2	355	An error occurred during the parsing of the EMV data.
3	2	356	EMV-based transactions are not currently supported for this processor and card type.
3	2	357	Opaque Descriptor is required.
3	2	358	EMV data is not supported with this transaction type.
3	2	359	EMV data is not supported with this market type.
3	2	360	An error occurred during the decryption of the EMV data.
3	2	361	The EMV version is invalid.
3	2	362	x_emv_version is required.

Auto Configuration of Audio Readers

Android hardware varies between different manufacturers, and there is a possibility that default audio configuration does not work in all Android devices. For audio jack readers, if we check reader information by getDeviceInfo() API, and the error returned is OTAUpdateManager.HeadlessOTAUpdateError.COMM_ERROR, this implies that default configuration are not working for the attached reader and auto configuration is required to setup it up.

The following API from OTAUpdateManager can be used to start auto configuration:

public static void startAutoConfig(Context context, boolean demoMode, HeadlessOTAUpdateListener listener)

The following interface methods have been added to HeadlessOTAUpdateListener to monitor and update configuration process:

1- void onAudioAutoConfigProgressUpdate(double var1); Return the auto configuration progress in percentage.

2- void onAudioAutoConfigCompleted(boolean isDefaultSettings, String autoConfigSettings); The auto configuration completed. If it is not default settings, the auto configuration settings are returned.

3- void onAudioAutoConfigError(AudioAutoConfigError error); The auto config resulted in some error.

Apart from the three additions to HeadlessOTAUpdateListener for auto configuration, shown above, another interface method is added to notify when bluetooth device gets disconnected.

4- void onBluetoothDeviceDisConnected(); Bluetooth device got disconnected.

At anytime if it is required to cancel the auto configuration, use following API from OTAUpdateManager -

`public static void cancelAutoConfig(Context context, boolean demoMode, HeadlessOTAUpdateListener listener)`