devnied/EMV-NFC-Paycard-Enrollment

public class YourProvider implements IProvider {

  @Override
  public byte[] transceive(final byte[] pCommand) {
	 // implement this
  }

  @Override
  public byte[] getAt() {
     // implement this to get card ATR (Answer To Reset) or ATS (Answer To Select)
  }

}

// Create provider
IProvider provider = new YourProvider();
// Define config
Config config = EmvTemplate.Config()
		.setContactLess(true) // Enable contact less reading (default: true)
		.setReadAllAids(true) // Read all aids in card (default: true)
		.setReadTransactions(true) // Read all transactions (default: true)
		.setReadCplc(false) // Read and extract CPCLC data (default: false)
		.setRemoveDefaultParsers(false) // Remove default parsers for GeldKarte and EmvCard (default: false)
		.setReadAt(true) // Read and extract ATR/ATS and description
		; 
// Create Parser
EmvTemplate parser = EmvTemplate.Builder() //
		.setProvider(provider) // Define provider
		.setConfig(config) // Define config
		//.setTerminal(terminal) (optional) you can define a custom terminal implementation to create APDU
		.build();
		
// Read card
EMVCard card = parser.readEmvCard();

public class Provider implements IProvider {

	private IsoDep mTagCom;

	@Override
	public byte[] transceive(final byte[] pCommand) throws CommunicationException {
		
		byte[] response;
		try {
			// send command to emv card
			response = mTagCom.transceive(pCommand);
		} catch (IOException e) {
			throw new CommunicationException(e.getMessage());
		}

		return response;
	}

	@Override
	public byte[] getAt() {
        // For NFC-A
		return mTagCom.getHistoricalBytes();
		// For NFC-B
        // return mTagCom.getHiLayerResponse();
	}


	public void setmTagCom(final IsoDep mTagCom) {
		this.mTagCom = mTagCom;
	}

}