Example code for Building UconnectMessage:

    /**********************************************************************************************
     * This example code is provided for illustrative purposes only and provided 'AS IS' without
     * warranty of any kind.
     *
     * Copyright ©2014 Chrysler Group LLC.  All Rights Reserved.  All information contained herein is,
     * and remains the property of Chrysler Group LLC and its suppliers, if any.  The intellectual and
     * technical concepts contained herein are proprietary to Chrysler Group LLC and its suppliers
     * and may be covered by U.S. and Foreign Patents, patents in process, and are protected by trade
     * secret or copyright law. Dissemination of this information or reproduction of this material is
     * strictly forbidden unless prior written permission is obtained from Chrysler Group LLC.
     *
     * Chrysler, Jeep, Dodge, Ram, SRT, Mopar and the Pentastar logo are registered trademarks of
     * Chrysler Group LLC. FIAT is a registered trademark of Fiat group Marketing & Corporate
     * Communication S.p.A. used under license by Chrysler Group LLC.
     *********************************************************************************************/

    	ActivationRequest activationReq = ActivationRequest.newBuilder()
    			.setVehicleId(vehicleId)
    			.setEmailAddress(emailAddress)
    			.setFirstName(firstName)
    			.setLastName(lastName)
    			.setTcIndicator(indicatorEnum)
    			.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder()
    			.setExtension(GlobalUconnectExtActivation.activationRequest,
    			 activationReq))
    			.build();

The example code demonstrates how to build Uconnect message and add Activation Request message to it, Similarly you can add other messages

Client Example Code (HU/TBM) for AOTA:

    package com.fca.uconnect.global;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.DRM.AppDrm;
    import com.fca.uconnect.global.GlobalUconnectControl.DRM.AppDrm.DRMContent;
    import com.fca.uconnect.global.GlobalUconnectControl.DRM.AppDrm.DRMRegistration;
    import com.fca.uconnect.global.GlobalUconnectControl.DRM.AppDrm.DRMRegistration.OperationEnum;
    import com.fca.uconnect.global.GlobalUconnectControl.DRM.AppDrm.DRMRegistration.RegistrationStatusEnum;
    import com.fca.uconnect.global.GlobalUconnectControl.DRMService;
    import com.fca.uconnect.global.GlobalUconnectControl.DRM;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtAOTA.DiscrepancyCheck;
    import com.fca.uconnect.global.GlobalUconnectExtAOTA.UpdateStatusNotification;
    import com.fca.uconnect.global.GlobalUconnectExtAOTA.UpdateStatusNotification.StatusEnum;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect AOTA message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForAOTA {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private int correlationId = 0;// The correlationId is a sender messageId so that Sender can recognize the message once its received response.
    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForAOTA() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtAOTA.applicationUpdateNotification);
    		extRegistry.add(GlobalUconnectExtAOTA.initiateDiscrepancyCheck);
    	}
    	public void disconnect(){
    		try {
    			mqttClient.disconnect();
    		} catch (AWSIotException e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for AOTA Response.
    	 *
    	 * @return
    	 */
    	public UconnectMessage getAOTARespMsg(StatusEnum repsonse){
    			messageId++;
    			UpdateStatusNotification respMsg = UpdateStatusNotification.newBuilder()
    					.setStatus(repsonse)
    					.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.setCorrelationId(correlationId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtAOTA.updateStatusNotification, respMsg))
    			.build();

    		return msg;
    	}

    	public UconnectMessage getDescCheckMsg(){
    		messageId++;
    		DRMRegistration regiMsg = DRMRegistration.newBuilder()
    				.setOperation(OperationEnum.RESET)
    				.setRegistrationStatus(RegistrationStatusEnum.BASIC_STAGE)
    				.build();
    		//Only few fields added in this example
    				DRMService drmService = DRMService.newBuilder()
    						.setAppIdentifier("APPIDENTIFIER")
    						.setEmailId("EMAILID")
    						.setFileName("FILENAME")
    						.setInstallerType("INSTALLER TYPE")
    						.build();
    		DRMContent drmContent = DRMContent.newBuilder()
    				.setDrmService(0, drmService)
    				.setApplicationType("APPTYPE")
    				.setMsisdn("MSISDN")
    				.build();
    		AppDrm appDrm = AppDrm.newBuilder()
    				.setDrmRegistration(regiMsg)
    				.setAmsDRM(drmContent)
    				.build();
    		DRM drm = DRM.newBuilder()
    				.setAppDrm(appDrm)
    				.build();
    		DiscrepancyCheck descCheckMsg = DiscrepancyCheck.newBuilder()
    				.setDrm(drm)
    				.build();

    	UconnectMessage msg = UconnectMessage.newBuilder()
    		.setTimestamp(System.currentTimeMillis())
    		.setMessageId(messageId)
    		.setCorrelationId(correlationId)
    		.addMessages(UconnectAny.newBuilder().
    		 setExtension(GlobalUconnectExtAOTA.discrepancyCheck, descCheckMsg))
    		.build();
    	return msg;
    }
    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an AOTA message to the AOTA topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/AOTA/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    						e.printStackTrace();
    					}
    					if(msgIn.getMessages(0).hasExtension(GlobalUconnectExtAOTA.initiateDiscrepancyCheck)){
    						//receive Initiate  and send DRM to SDP
    						correlationId=msgIn.getMessageId();
    						sendMessage(getDescCheckMsg());
    					}else if ((msgIn.getMessages(0).hasExtension(GlobalUconnectExtAOTA.applicationUpdateNotification))){

    						correlationId=msgIn.getMessageId();
    						sendMessage(getAOTARespMsg(StatusEnum.SUCCESS));
    					}
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}
    	}
    	/**
    	 * This method publishes the message to AOTA topic
    	 */
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			mqttClient.publish("/AOTA/"+clientId, AWSIotQos.QOS1, msgOut);
    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}
    	/**
    	 * Example main to launch example.
    	 *
    	 */
    	public static void main(String[] args) {
    		TBMExampleForAOTA example = new TBMExampleForAOTA();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for Activation:

    package com.fca.uconnect.global;

    import java.util.ArrayList;
    import java.util.List;
    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtActivation.ActivationRequest;
    import com.fca.uconnect.global.GlobalUconnectExtActivation.ActivationResponse;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect Activation message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForActivation {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private Semaphore semaphore;//The semaphore objects is used to wait for a response.
    	List messages ;

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForActivation() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtActivation.activationResponse);
    		extRegistry.add(GlobalUconnectExtProvision.provisioningPush);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for Activation.
    	 *
    	 * @param vehicleId
    	 * @param firstName
    	 * @param lastName
    	 * @param emailAddress
    	 * @param acceptTandC
    	 * @return UconnectMessage Protocol Buffer
    	 */
    	public UconnectMessage getActivationReqMsg(String vehicleId,String firstName,String lastName,
    		String emailAddress, boolean acceptTandC) {
    		this.messageId++;
    		sessionId = ByteString.copyFrom(new byte[18]);
    		GlobalUconnectExtActivation.ActivationRequest.TCIndicatorEnum indicatorEnum;

    		if (acceptTandC) {
    			indicatorEnum = GlobalUconnectExtActivation.ActivationRequest.TCIndicatorEnum.AGREE;
    		}
    		else {
    			indicatorEnum = GlobalUconnectExtActivation.ActivationRequest.TCIndicatorEnum.DISAGREE;
    		}

    		ActivationRequest activationReq = ActivationRequest.newBuilder()
    			.setVehicleId(vehicleId)
    			.setEmailAddress(emailAddress)
    			.setFirstName(firstName)
    			.setLastName(lastName)
    			.setTcIndicator(indicatorEnum)
    			.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtActivation.activationRequest, activationReq))
    			.build();

    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an Activation message to the UACT topic.
    	 */
    	public List process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/UACT/", AWSIotQos.QOS1) {
    				//this code will be executed upon receiving an ActivationRespose message.
    				public void onMessage(AWSIotMessage msg) {
    					try{
    					UconnectMessage msgIn;
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					if (msgIn.getCorrelationId()==messageId && msgIn.getMessages(0).hasExtension(GlobalUconnectExtActivation.activationResponse)) {
    						if(messages==null)
    							messages = new ArrayList();
    						messages.add(msgIn.getMessages(0));
    						ActivationResponse activationMsg = msgIn.getMessages(0).getExtension(GlobalUconnectExtActivation.activationResponse);
    						semaphore.unlock();// Releasing the lock as it received response
    					}else if(messages!=null && messages.size()>0){
    						receivedResponse=true;
    						messages.add(msgIn.getMessages(0));
    					}

    			} catch( Exception ex) {
    				ex.printStackTrace();
    				System.out.println("Err processing message: "+ex+", try parsing Activation.");
    			}
    			}
    			};
    			mqttClient.subscribe(iotTopic);
    			UconnectMessage msg = getActivationReqMsg("562X4423AE122","fname","lname","flname@google.com",true);
    			AWSIotMessage message = new MessagePublisherListener("/UACT/"+clientId,AWSIotQos.QOS1,msg.toByteArray());
    			mqttClient.publish(message);
    			//This is just to simulate a delay between sending Activation request and receiving Activation response and its just a place holder ,The onMessage method Handles callback
    			this.semaphore.lock();

    			if(messages!=null)
    				return messages;
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    		return null;
    	}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForActivation example = new TBMExampleForActivation();
    		example.process();vc
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for AUTH:

    package com.fca.uconnect.global;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtAuth.LoginRequest;
    import com.fca.uconnect.global.GlobalUconnectExtAuth.LoginResponse;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect Login/Logout message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForAuthorization {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.
    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForAuthorization() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtAuth.loginResponse);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for Login.
    	 * @param userId
    	 * @param credentials
    	 * @return
    	 */
    	public UconnectMessage getLoginReqMsg(String userId,String credentials) {
    		this.messageId++;

    		LoginRequest lr = LoginRequest.newBuilder()
    				.setIdentifier(userId)
    				.setCredentials(credentials)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtAuth.loginRequest, lr))
    			.build();

    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an Login message to the ULIO topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");

    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/ULIO/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {

    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    					}
    					if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtAuth.loginResponse)) {
    						LoginResponse loginMsg = msgIn.getMessages(0).getExtension(GlobalUconnectExtAuth.loginResponse);
    						semaphore.unlock();// Releasing the lock as it received response
    					}
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    			UconnectMessage msg = getLoginReqMsg("userId","password");

    			AWSIotMessage message = new
    					MessagePublisherListener("/ULIO/"+clientId,AWSIotQos.QOS1,msg.toByteArray());
    			mqttClient.publish(message);
    			this.semaphore.lock();	//Wait for response, lock thread

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		} catch (InterruptedException e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForAuthorization example = new TBMExampleForAuthorization();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for ECALL:

    package com.fca.uconnect.global;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Location;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtECall.ECallDataUpload;
    import com.fca.uconnect.global.GlobalUconnectExtECall.ECallDataUpload.AirBagStatus;
    import com.fca.uconnect.global.GlobalUconnectExtECall.ECallDataUpload.EngineStatusEnum;
    import com.fca.uconnect.global.GlobalUconnectExtECall.ECallDataUpload.TirePressure;
    import com.fca.uconnect.global.GlobalUconnectExtECall.ECallStatusUpdate;
    import com.fca.uconnect.global.GlobalUconnectExtECall.ECallStatusUpdate.ECallStatusEnum;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect Ecall message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForECall {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForECall() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtECall.ecallDataUpload);
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for ECALLDATAUPLOAD.
    	 *
    	 * @param vehicleId
    	 * @param numberOfPassengers
    	 * @param vehicleSpeed
    	 * @param tirePressure
    	 * @param isPositionTrusted
    	 * @param carLocation
    	 * @param airBagStatus
    	 * @return
    	 */
    	public UconnectMessage getECallDataUploadReqMsg(String vehicleId,int numberOfPassengers,float vehicleSpeed,
    			TirePressure tirePressure,boolean isPositionTrusted,Location carLocation,AirBagStatus airBagStatus){

    		this.messageId++;
    		sessionId = ByteString.copyFrom(new byte[18]);
        	ECallDataUpload cardata = ECallDataUpload.newBuilder()
        			.setVehicleId(vehicleId)
        			.setNumberOfPassengers(numberOfPassengers)
        			.setVehicleSpeed(vehicleSpeed)
        			.setTimeStamp(System.currentTimeMillis())
        			.setTirePressure(tirePressure)
        			.setEngineStatusEnum(EngineStatusEnum.STOP)
        			.setIsPositionTrusted(isPositionTrusted)
        			.setVehicleLocation(carLocation)
        			.setAirBagStatus(airBagStatus)
        			.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setSessionId(sessionId)

    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtECall.ecallDataUpload, cardata))
    			.build();

    		return msg;
    	}

    	public UconnectMessage getECallStatusUpdateMsg(){
    		ECallStatusUpdate ecallStatusUpdate = ECallStatusUpdate.newBuilder().
    				setEcallStatusEnum(ECallStatusEnum.DIAL).build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    				.setTimestamp(System.currentTimeMillis())
    				.setSessionId(sessionId)

    				.setMessageId(messageId)
    				.addMessages(UconnectAny.newBuilder().
    				 setExtension(GlobalUconnectExtECall.ecallStatusUpdate, ecallStatusUpdate))
    				.build();

    			return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an ECALL message to the ECAL topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");

    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/ECAL/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    					}
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    			AirBagStatus airBagStatus = AirBagStatus.newBuilder()
    					.setIsDriver(false)
    					.setIsDriverKnee(false)
    					.setIsLeftSeat(false)
    					.setIsRightSeat(false)
    					.setIsPassenger(false)
    					.setIsPassengerKnee(false)
    					.setIsLeftSideCurtain(false)
    					.build();
    			Location vehicleLocation = Location.newBuilder()
    					.setPositionLongitude(43.9999f)
    					.setPositionLatitude(-84.54635343f)
    					.build();
    				TirePressure tirePressureMsg = TirePressure.newBuilder()
    						.setFlTirePressure(35)
    						.setFrTirePressure(34)
    						.setRlTirePressure(36)
    						.setRrTirePressure(35)
    						.build();
    			UconnectMessage msg = getECallDataUploadReqMsg("1234AXFGFGHGH4566",1,75,tirePressureMsg,true,vehicleLocation,airBagStatus);
    			sendMessage(msg);
    			Thread.sleep(5000);
    			UconnectMessage eCallMsg = getECallStatusUpdateMsg();
    			sendMessage(eCallMsg);

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		} catch (InterruptedException e) {
    		}
    	}
    	/**
    	 * This method publishes the message to ECAL topic
    	 */
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/ECAL/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);
    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 */
    	public static void main(String[] args) {
    		TBMExampleForECall example = new TBMExampleForECall();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for FOTA:

    package com.fca.uconnect.global;

    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtFOTA.FirmwareUpdateResponse;
    import com.fca.uconnect.global.GlobalUconnectExtFOTA.FirmwareUpdateResponse.ResponseEnum;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect FOTA message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForFOTA {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private List messages;// This can be used for JUNIT tests.
    	private int correlationId = 0;// The correlationId is a sender messageId so that Sender can recognize the message once its received response.
    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForFOTA() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtFOTA.firmwareUpdateNotification);

    	}
    	public void disconnect(){
    		try {
    			mqttClient.disconnect();
    		} catch (AWSIotException e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for FOTA Response.
    	 *
    	 * @return
    	 */
    	public UconnectMessage getFOTARespMsg(ResponseEnum repsonse){
    			messageId++;
    			FirmwareUpdateResponse respMsg = FirmwareUpdateResponse.newBuilder()
    					.setResponseEnum(repsonse)
    					.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.setCorrelationId(correlationId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtFOTA.firmwareUpdateResponse, respMsg))
    			.build();

    		return msg;
    	}
    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an FOTA message to the FOTA topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/FOTA/", AWSIotQos.QOS0) {
    				public void onMessage(AWSIotMessage msg) {
    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    						e.printStackTrace();
    					}
    					if(msgIn.getMessages(0).hasExtension(GlobalUconnectExtFOTA.firmwareUpdateNotification)){
    						//receive notify and update firmware and send response to SDP
    						correlationId=msgIn.getMessageId();
    						sendMessage(getFOTARespMsg(ResponseEnum.SUCCESS));

    					}
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}
    	}
    	/**
    	 * This method publishes the message to FOTA topic
    	 */
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			mqttClient.publish("/FOTA/"+clientId, AWSIotQos.QOS0, msgOut);
    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 */
    	public static void main(String[] args) {
    		TBMExampleForFOTA example = new TBMExampleForFOTA();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for PC:

    package com.fca.uconnect.global;
    import java.util.List;
    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Location;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtPC.PCNotificationPublish;
    import com.fca.uconnect.global.GlobalUconnectExtPC.PCNotificationPublish.NotificationType;
    import com.fca.uconnect.global.GlobalUconnectExtPC.PCNotificationPublish.SignalSource;
    import com.fca.uconnect.global.GlobalUconnectExtPC.PCNotificationPublish.VehiclePosition;
    import com.fca.uconnect.global.GlobalUconnectExtPC.PCUpdateConfigResponse;
    import com.fca.uconnect.global.GlobalUconnectExtPC.PCUpdateConfigResponse.ResponseEnum;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload.EngineStatusEnum;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload.ErrorTellTale;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload.TirePressure;
    import com.fca.uconnect.global.util.MessageUtil;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect RoadSideAsistance message with Data to the SDP .
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForPC {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	List messages ;

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForPC() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtPC.pcUpdateConfigRequest);
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for Parental Control Response
    	 * @param ResponseEnum
    	 * @return
    	 */
    	public UconnectMessage getPCConfigRespMsg(ResponseEnum respEnum) {
    		this.messageId++;
    		PCUpdateConfigResponse pcConfigResp = PCUpdateConfigResponse.newBuilder()
    				.setResponseEnum(respEnum)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtPC.pcUpdateConfigResponse, pcConfigResp))
    			.build();
    		return msg;
    	}
    	public UconnectMessage getPCNotifyPubMsg() {
    		this.messageId++;
    		Location vehicleLocation = Location.newBuilder()
    				.setPositionLongitude(43.9999f)
    				.setPositionLatitude(-84.54635343f)
    				.build();
    		VehiclePosition vehPosition = VehiclePosition.newBuilder()
    			.setPositionEncrypted(false)
    			.setGpsTimestamp((int)System.currentTimeMillis())
    			.setVehicleDirection(32)
    			.setVehiclePosition(vehicleLocation)
    			.build();
    		PCNotificationPublish notify = PCNotificationPublish.newBuilder()
    				.setAcceleration(35)
    				.setNotificatonType(NotificationType.SUDDEN_CORNERING)
    				.setSpeed(75)
    				.setSteeringWheelRotationRate(15.5f)
    				.setVehiclePosition(vehPosition)
    				.setSpeedSource(SignalSource.TBM_ACCELEROMETER)
    				.setAccelerationSource(SignalSource.TBM_ACCELEROMETER)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtPC.pcNotificationPublish, notify))
    			.build();
    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an RSADataUpload message to the RSA topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();
    			iotTopic = new AWSIotTopic(clientId+"/PC/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    					}
    					if(msgIn.getMessages(0).hasExtension(GlobalUconnectExtPC.pcUpdateConfigRequest)){
    						GlobalUconnectExtPC.PCUpdateConfigRequest pcConfigReq = msgIn.getMessages(0).getExtension(GlobalUconnectExtPC.pcUpdateConfigRequest);
    					UconnectMessage respMsg = getPCConfigRespMsg(ResponseEnum.SUCCESS);
    					sendMessage(respMsg);
    					sendMessage(getPCNotifyPubMsg());
    				}
    			}};
    			mqttClient.subscribe(iotTopic);
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * This method publishes the message to PC topic
    	 */
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/PC/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);
    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForPC example = new TBMExampleForPC();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for PHEV:

    package com.fca.uconnect.global;

    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtPHEV.PHEVData;
    import com.fca.uconnect.global.GlobalUconnectExtPHEV.PHEVData.CommandMarkEnum;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect PHEVDATA message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForPHEV {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.

    	private List messages ;

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForPHEV() {
    		extRegistry = ExtensionRegistry.newInstance();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for PHEVData.
    	 *
    	 *
    	 */
    	public UconnectMessage getPHEVDataMsg() {
    		this.messageId++;
    		ByteString phevData = ByteString.copyFrom(new byte[18]);

    		PHEVData phevDataMsg = PHEVData.newBuilder()
    				.setData(phevData)
    				.setCommandMark(CommandMarkEnum.VEHICLE_LOGIN)
    				.setDataCollectionTimestamp(System.currentTimeMillis())
    				.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtPHEV.phevData,phevDataMsg))
    			.build();
    		return msg;
    	}
    	public void disconnect(){
    		try {
    			mqttClient.disconnect();
    		} catch (AWSIotException e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an PHEVData message to the PHEV topic.
    	 */
    	public List process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/PHEV/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					try{
    					UconnectMessage msgIn;
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    			} catch( Exception ex) {
    				ex.printStackTrace();
    				System.out.println("Err processing message: "+ex+", try parsing PHEV.");
    			}
    			}
    			};
    			mqttClient.subscribe(iotTopic);
    			UconnectMessage msg = getPHEVDataMsg();
    			mqttClient.publish("/PHEV/"+clientId, AWSIotQos.QOS1, msg.toByteArray());

    			if(messages!=null)
    				return messages;
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    		return null;
    	}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForPHEV example = new TBMExampleForPHEV();
    		example.process();
    	}
    }

The example code demonstrates how to connect with AWS IoT for publishing and subscribing to the PHEV topic.

Download Client Example Code here

Client Example Code (HU/TBM) for Provisioning:

    package com.fca.uconnect.global;

    import java.util.ArrayList;
    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Device;
    import com.fca.uconnect.global.GlobalUconnectControl.Device.DeviceType;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtProvision.ProvisioningRequest;
    import com.fca.uconnect.global.GlobalUconnectExtProvision.ProvisioningResponse;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect Provisioning message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForProvisioning {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.
    	private List messages;
    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForProvisioning() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtProvision.provisioningResponse);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for Provisioning.
    	 *
    	 * @param vehicleId
    	 * @return UconnectMessage Protocol Buffer
    	 */
    	public UconnectMessage getProvisioningReqMsg(String vehicleId) {
    		this.messageId++;
    		Device device = Device.newBuilder()
    				.setDeviceType(DeviceType.VP4)
    				.setHuSerialNum("HUSerialNbr")
    				.setHuFirmwareVersion("HUVersion")
    				.setTbmFirmwareVersion("TBM Version")
    				.setTbmSerialNum("TBMSerial Nbr")
    				.setIccid("ICCID")
    				.setImei("IMEI")
    				.setMsisdn("MSDISDN")
    				.build();
    		ProvisioningRequest pr = ProvisioningRequest.newBuilder()
    				.setVehicleId(vehicleId)
    				.setDevice(device)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtProvision.provisioningRequest, pr))
    			.build();

    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an Provisioning message to the PRVI topic.
    	 */
    	public List process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");

    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/PRVI/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {

    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    					}
    					if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtProvision.provisioningResponse)) {
    						ProvisioningResponse provisioningMsg = msgIn.getMessages(0).getExtension(GlobalUconnectExtProvision.provisioningResponse);
    						semaphore.unlock();// Releasing the lock as it received response
    						if(messages==null)
    							messages = new ArrayList();
    						messages.add(msgIn.getMessages(0));
    					}

    				}
    			};
    			mqttClient.subscribe(iotTopic);
    			UconnectMessage msg = getProvisioningReqMsg("562X4423AE122");

    			AWSIotMessage message = new
    					MessagePublisherListener("/PRVI/"+clientId,AWSIotQos.QOS1,msg.toByteArray());
    			mqttClient.publish(message);
    			this.semaphore.lock();	//Wait for response, lock thread

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		} catch (InterruptedException e) {
    			e.printStackTrace();
    		}
    		return messages;
    	}
    	public void disconnect(){
    		try {
    			mqttClient.disconnect();
    		} catch (AWSIotException e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForProvisioning example = new TBMExampleForProvisioning();
    		example.process();
    	}
    }

The example code demonstrates how to connect with AWS IoT for publishing and subscribing to the Provisioning topic.

Download Client Example Code here

Client Example Code (HU/TBM) for Remote Operation:

    package com.fca.uconnect.global;

    import java.util.UUID;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtRemoteOp.RemoteDoorRequest.CommandEnum;
    import com.fca.uconnect.global.GlobalUconnectExtRemoteOp.RemoteOperationRequest.ActionEnum;
    import com.fca.uconnect.global.GlobalUconnectExtRemoteOp.RemoteOperationResponse;
    import com.fca.uconnect.global.GlobalUconnectExtRemoteOp.RemoteOperationStatus;
    import com.fca.uconnect.global.GlobalUconnectExtRemoteOp.RemoteOperationStatus.StatusEnum;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect RemoteOperations message to the Client and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForRemoteOp  {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId ;// The messageId is a sequential number incremented and assigned to each message sent from the Service.
    	private AWSIotMqttClient mqttClient;// The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private int correlationId = 0;// The correlationId is a sender messageId so that Sender can recognize the message once its received response.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.

    	public TBMExampleForRemoteOp() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtRemoteOp.remoteOperationRequest);
    		extRegistry.add(GlobalUconnectExtRemoteOp.remoteOperationSubscribeResponse);
    		this.semaphore = new Semaphore();
    	}
    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an Login message to the RO topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    	try {
    	mqttClient.connect();
    	iotTopic = new AWSIotTopic(clientId+"/RO/",AWSIotQos.QOS1){
    		public void onMessage(AWSIotMessage msg) {
    	try {

    		UconnectMessage	msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    		if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtRemoteOp.remoteOperationRequest)) {
    				boolean validRemoteOperation = false;
    				GlobalUconnectExtRemoteOp.RemoteOperationRequest ro = msgIn.getMessages(0).getExtension(GlobalUconnectExtRemoteOp.remoteOperationRequest);
    				if (ro.hasRemoteDoorRequest()) {
    					if (ro.getRemoteDoorRequest().getCommand() == CommandEnum.UNLOCK_DRIVER) {
    						correlationId = msgIn.getMessageId();
    						validRemoteOperation = true;
    						semaphore.unlock();
    						sendMessage(getRemoteOpRespMsg(correlationId,GlobalUconnectExtRemoteOp.RemoteOperationResponse.ResponseEnum.SUCCESS));
    						//Publish Remote operation Status if User subscribing
    						if(ro.getAction().equals(ActionEnum.SUBSCRIBE)){
    						GlobalUconnectExtRemoteOp.RemoteOperationStatus.StatusEnum statusEnum=GlobalUconnectExtRemoteOp.RemoteOperationStatus.StatusEnum.REQUESTED;
    						UUID serviceId =UUID.randomUUID();
    						for(int i=0;i<4;i++){
    							Thread.sleep(1000);//wait and send remote operation status
    							if(i==1)
    								statusEnum = GlobalUconnectExtRemoteOp.RemoteOperationStatus.StatusEnum.DELIVERED;
    							else if (i==2)
    								statusEnum = GlobalUconnectExtRemoteOp.RemoteOperationStatus.StatusEnum.IN_PROGRESS;
    							else if (i==3)
    								statusEnum = GlobalUconnectExtRemoteOp.RemoteOperationStatus.StatusEnum.COMPLETE;
    						  sendMessage(getRemoteOpPubMsg(correlationId,serviceId,statusEnum));
    						 }
    						}
    					}else{
    						sendMessage(getRemoteOpRespMsg(correlationId,GlobalUconnectExtRemoteOp.RemoteOperationResponse.ResponseEnum.NOT_AUTHORIZED));
    					}
    				}
    			}

    	} catch( Exception ex) {
    		ex.printStackTrace();
    		System.out.println("Err processing message: "+ex+", try parsing Provisioning.");
    	  }
    	 }
    	};
    	mqttClient.subscribe(iotTopic);

    	} catch (AWSIotException e) {
    		System.out.println("Caught Exception "+e);
    		e.printStackTrace();
    	}
    	try {
    		semaphore.lock();
    	} catch (InterruptedException e) {

    	}
    	}
    	public UconnectMessage getRemoteOpPubMsg(int correlationId, UUID serviceRequestId, StatusEnum status) {
    		messageId++;
    		RemoteOperationStatus ros = RemoteOperationStatus.newBuilder()
    				.setStatus(status)
    				.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    				.setTimestamp(System.currentTimeMillis())
    				.setMessageId(messageId)

    				.addMessages(UconnectAny.newBuilder().setExtension(GlobalUconnectExtRemoteOp.remoteOperationStatus, ros))
    				.build();
    		return msg;
    	}
    	public UconnectMessage getRemoteOpRespMsg(int correlationId, GlobalUconnectExtRemoteOp.RemoteOperationResponse.ResponseEnum response) {
    		messageId++;
    		RemoteOperationResponse ro = RemoteOperationResponse.newBuilder()
    				.setResponse(response)
    				.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    				.setTimestamp(System.currentTimeMillis())
    				.setSessionId(sessionId)
    				.setMessageId(messageId)
    				.addMessages(UconnectAny.newBuilder().setExtension(GlobalUconnectExtRemoteOp.remoteOperationResponse, ro))
    				.build();
    		return msg;
    	}
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/RO/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);

    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }

    			}).start();
    }

    	public static void main(String[] args) {
    		TBMExampleForRemoteOp service = new TBMExampleForRemoteOp();
    		service.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM):

    /**********************************************************************************************
     * This example code is provided for illustrative purposes only and provided 'AS IS' without
     * warranty of any kind.
     *
     * Copyright ©2014 Chrysler Group LLC.  All Rights Reserved.  All information contained herein is,
     * and remains the property of Chrysler Group LLC and its suppliers, if any.  The intellectual and
     * technical concepts contained herein are proprietary to Chrysler Group LLC and its suppliers
     * and may be covered by U.S. and Foreign Patents, patents in process, and are protected by trade
     * secret or copyright law. Dissemination of this information or reproduction of this material is
     * strictly forbidden unless prior written permission is obtained from Chrysler Group LLC.
     *
     * Chrysler, Jeep, Dodge, Ram, SRT, Mopar and the Pentastar logo are registered trademarks of
     * Chrysler Group LLC. FIAT is a registered trademark of Fiat group Marketing & Corporate
     * Communication S.p.A. used under license by Chrysler Group LLC.
     *********************************************************************************************/
    package com.fca.uconnect.global;

    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Location;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload.EngineStatusEnum;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload.ErrorTellTale;
    import com.fca.uconnect.global.GlobalUconnectExtRoadSideAssist.RSADataUpload.TirePressure;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect RoadSideAsistance message with Data to the SDP .
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForRSA {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.

    	List messages ;

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForRSA() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtRoadSideAssist.rsaDataUpload);
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for RoadSideAssistance Data upload
    	 * @param location
    	 * @param tirePressure
    	 * @param errorTellTale
    	 * @param statusEnum
    	 * @param fuelLevel
    	 * @return
    	 */
    	public UconnectMessage getRSADataMsg(Location location,TirePressure tirePressure,ErrorTellTale errorTellTale , EngineStatusEnum statusEnum,float fuelLevel) {
    		this.messageId++;
    		sessionId = ByteString.copyFrom(new byte[18]);
    		RSADataUpload rsaData = RSADataUpload.newBuilder()
    				.setErrorTellTale(errorTellTale)
    				.setFuelLevel(fuelLevel)
    				.setTirePressure(tirePressure)
    				.setVehicleLocation(location)
    				.setEngineStatusEnum(statusEnum)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtRoadSideAssist.rsaDataUpload, rsaData))
    			.build();
    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an RSADataUpload message to the RSA topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/RSA/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					// You can receive messages if SDP sends any
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    			Location carLocation = Location.newBuilder()
    					.setPositionLongitude(43.9999)
    					.setPositionLatitude(-84.54635343f)
    					.build();
    			TirePressure tirePressureMsg = TirePressure.newBuilder()
    					.setFlTirePressure(35)
    					.setFrTirePressure(34)
    					.setRlTirePressure(36)
    					.setRrTirePressure(35)
    					.build();
    			ErrorTellTale tellTaleMsg = ErrorTellTale.newBuilder()
    					.setIsOilPressure(true)
    					.build();
    			EngineStatusEnum engineStatus = EngineStatusEnum.REQUESTSTART;
    			UconnectMessage msg = getRSADataMsg(carLocation,tirePressureMsg,tellTaleMsg,engineStatus,20f);
    			mqttClient.publish("/RSA/"+clientId, AWSIotQos.QOS1, msg.toByteArray());

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    	}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForRSA example = new TBMExampleForRSA();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for SQDF:

    package com.fca.uconnect.global;

    import java.util.ArrayList;
    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtSQDF.SQDFData;
    import com.fca.uconnect.global.GlobalUconnectExtSQDF.SQDFData.ECUDataPoint;
    import com.fca.uconnect.global.GlobalUconnectExtSQDF.SQDFData.ECUDataPoint.CanType;
    import com.fca.uconnect.global.GlobalUconnectExtSQDF.SQDFData.QuickScan;
    import com.fca.uconnect.global.GlobalUconnectExtSQDF.SQDFPublish;
    import com.fca.uconnect.global.GlobalUconnectExtSQDF.SQDFResponse;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect SQDF message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForSQDF {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	List messages ;
    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForSQDF() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtSQDF.sqdfRequest);
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for SQDFPublish.
    	 *
    	 * @return UconnectMessage Protocol Buffer
    	 */
    	public UconnectMessage getSQDFPubMsg() {
    		this.messageId++;
    		ECUDataPoint dataPoint = ECUDataPoint.newBuilder()
    		.setResponseID(12345)
    		.setType(CanType.BHCAN_OR_I_CAN)
    		.setCanFrame(ByteString.copyFrom(new byte[18]))
    		.build();
    		QuickScan scan = QuickScan.newBuilder()
    				.setODO(60)
    				.setGpsLatitude(12.34)
    				.setGpsLongitude(12.34)
    				.addQuickscanDataPoints(dataPoint)
    				.setGpsAltitude(12.34)
    				.setGpsTimestamp(System.currentTimeMillis())
    				.setVIN(122)
    				.build();
    		SQDFData data = SQDFData.newBuilder()
    				.setQuickScan(scan)
    				.build();
    		SQDFPublish pubMsg = SQDFPublish.newBuilder()
    				.setData(data)
    				.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtSQDF.sqdfPublish, pubMsg))
    			.build();

    		return msg;
    	}
    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an SQDF message to the SQDF topic.
    	 */
    	public List process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    		iotTopic = new AWSIotTopic(clientId+"/SQDF/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					try{
    					UconnectMessage msgIn;
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtSQDF.sqdfRequest)) {
    						if(messages==null)
    							messages = new ArrayList();
    						messages.add(msgIn.getMessages(0));
    					}

    			} catch( Exception ex) {
    				ex.printStackTrace();
    				System.out.println("Err processing message: "+ex+", try parsing SQDF.");
    			}
    			}
    			};
    			mqttClient.subscribe(iotTopic);
    			UconnectMessage msg = getSQDFPubMsg();
    			mqttClient.publish("/SQDF/"+clientId, AWSIotQos.QOS1, msg.toByteArray());

    			if(messages!=null)
    				return messages;
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    		return null;
    	}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForSQDF example = new TBMExampleForSQDF();
    		example.process();
    	}
    }

Download Client Example Code here

Example Code (HU/TBM) for SendAndGo:

    package com.fca.uconnect.global;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to receive a Uconnect SendDestinationtoCar messages from the SDP
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForSendDesttoCar {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForSendDesttoCar() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtSendAndGo.destinationPush);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing and subscribing  SendDestoVehicle messages to the SDTC topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();
    			iotTopic = new AWSIotTopic(clientId+"/SDTC/", AWSIotQos.QOS1) {
    			 public void onMessage(AWSIotMessage msg) {
    				 try {
    			 UconnectMessage msgIn;
    				msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    				if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtSendAndGo.destinationPush)) {
    					semaphore.unlock();// Releasing the lock
    				}

    			} catch (InvalidProtocolBufferException e) {
    			}
    			 }};

    			mqttClient.subscribe(iotTopic);
    			this.semaphore.lock();	//Wait for response, lock thread
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    	}
    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForSendDesttoCar example = new TBMExampleForSendDesttoCar();
    		example.process();
    	}
    }

Download Client Example Code here

Example Code (HU/TBM):

    /**********************************************************************************************
     * This example code is provided for illustrative purposes only and provided 'AS IS' without
     * warranty of any kind.
     *
     * Copyright ©2014 Chrysler Group LLC.  All Rights Reserved.  All information contained herein is,
     * and remains the property of Chrysler Group LLC and its suppliers, if any.  The intellectual and
     * technical concepts contained herein are proprietary to Chrysler Group LLC and its suppliers
     * and may be covered by U.S. and Foreign Patents, patents in process, and are protected by trade
     * secret or copyright law. Dissemination of this information or reproduction of this material is
     * strictly forbidden unless prior written permission is obtained from Chrysler Group LLC.
     *
     * Chrysler, Jeep, Dodge, Ram, SRT, Mopar and the Pentastar logo are registered trademarks of
     * Chrysler Group LLC. FIAT is a registered trademark of Fiat group Marketing & Corporate
     * Communication S.p.A. used under license by Chrysler Group LLC.
     *********************************************************************************************/
    package com.fca.uconnect.global;

    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Location;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtStolenVehAssist.StolenModeChangeRequest;
    import com.fca.uconnect.global.GlobalUconnectExtStolenVehAssist.StolenModeChangeRequest.StolenModeCommand;
    import com.fca.uconnect.global.GlobalUconnectExtStolenVehAssist.StolenModeChangeResponse;
    import com.fca.uconnect.global.GlobalUconnectExtStolenVehAssist.StolenVehicleControlResponse;
    import com.fca.uconnect.global.GlobalUconnectExtStolenVehAssist.StolenVehicleControlResponse.StolenVehControlResponseEnum;
    import com.fca.uconnect.global.GlobalUconnectExtStolenVehAssist.StolenVehicleInfoNotification;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send/receive a Uconnect StolenVehicleAssistance messages to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForStolenVehAssist {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private int correlationId = 0;// The correlationId is a sender messageId so that Sender can recognize the message once its received response.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.
    	List messages ;

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForStolenVehAssist() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtStolenVehAssist.stolenModeChangeRequest);
    		extRegistry.add(GlobalUconnectExtStolenVehAssist.stolenModeChangeResponse);
    		extRegistry.add(GlobalUconnectExtStolenVehAssist.stolenVehicleInfoNotification);
    		extRegistry.add(GlobalUconnectExtStolenVehAssist.stolenVehicleControlRequest);
    		extRegistry.add(GlobalUconnectExtStolenVehAssist.stolenVehicleControlResponse);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for StolenModeChangeResponse.
    	 *
    	 * @param isStolenModeActive
    	 * @return UconnectMessage Protocol Buffer
    	 */
    	public UconnectMessage getStolenModeChangeRespMsg(boolean isStolenModeActive) {
    		this.messageId++;
    		sessionId = ByteString.copyFrom(new byte[18]);
    		StolenModeChangeResponse stolenModeChgResp = StolenModeChangeResponse.newBuilder()
    			.setIsStolenModeActive(isStolenModeActive)
    			.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.setCorrelationId(correlationId)
    			.addMessages(UconnectAny.newBuilder().
    			setExtension(GlobalUconnectExtStolenVehAssist.stolenModeChangeResponse, stolenModeChgResp))
    			.build();
    		return msg;
    	}
    	public UconnectMessage getStolenVehNotificationMsg(Location vehicleLocation,boolean isBlockIgnitionActive,
    					boolean isIgnoreAccelerateActive){
    		messageId++;
    		StolenVehicleInfoNotification notifyMsg =StolenVehicleInfoNotification.newBuilder()
    				.setIsBlockIgnitionActive(isBlockIgnitionActive)
    				.setIsIgnoreAccelerateActive(isIgnoreAccelerateActive)
    				.setVehicleLocation(vehicleLocation)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    				.setTimestamp(System.currentTimeMillis())
    				.setMessageId(messageId)
    				.addMessages(UconnectAny.newBuilder().
    				setExtension(GlobalUconnectExtStolenVehAssist.stolenVehicleInfoNotification, notifyMsg))
    				.build();
    			return msg;
    	}
    public UconnectMessage getStolenVehicleControlRespMsg(StolenVehControlResponseEnum respEnum){
    messageId++;
    StolenVehicleControlResponse respMsg =StolenVehicleControlResponse.newBuilder()
    		.setStolenVehControlResponseEnum(respEnum)
    		.build();
    UconnectMessage msg = UconnectMessage.newBuilder()
    		.setTimestamp(System.currentTimeMillis())
    		.setMessageId(messageId)
    		.setCorrelationId(correlationId)
    		.addMessages(UconnectAny.newBuilder().
    		setExtension(GlobalUconnectExtStolenVehAssist.stolenVehicleControlResponse, respMsg))
    		.build();
    	return msg;
    }
    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an StolenVehAsist messages to the SVAS topic.
    	 */
    	public void process() {
    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();
    			iotTopic = new AWSIotTopic(clientId+"/SVAS/", AWSIotQos.QOS1) {
    	public void onMessage(AWSIotMessage msg) {
    		try{
    		UconnectMessage msgIn;
    			msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    			correlationId=msgIn.getMessageId();
    	if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtStolenVehAssist.stolenModeChangeRequest)) {
    		semaphore.unlock();// Releasing the lock
    		StolenModeChangeRequest stolenModelChgReqMsg = msgIn.getMessages(0).getExtension(
    				GlobalUconnectExtStolenVehAssist.stolenModeChangeRequest);
    		boolean isStolenModeActive=false;
    	if(stolenModelChgReqMsg.getStolenModeCommand().equals(StolenModeCommand.ENTER))
    			isStolenModeActive=true;
    		UconnectMessage respMsg = getStolenModeChangeRespMsg(isStolenModeActive);
    		sendMessage(respMsg);
    		//For Every interval send Vehicle Notification to SDP with location and Mode
    		int i=1;
    		while(isStolenModeActive){
    			Location vehicleLocation = Location.newBuilder()
    					.setPositionLatitude(42.480201F+(i*0.0001F))
    					.setPositionLongitude(-83.671875F+(i*0.0001F))
    					.build();
    			boolean isBlockIgnitionActive=false;
    			boolean isIgnoreAccelerateActive=false;
    			Thread.sleep(stolenModelChgReqMsg.getLocationUpdateInterval());
    			sendMessage(getStolenVehNotificationMsg(vehicleLocation,
    					isBlockIgnitionActive, isIgnoreAccelerateActive));
    			i++;
    		}
    	}else if(msgIn.getMessages(0).hasExtension(
    			GlobalUconnectExtStolenVehAssist.stolenVehicleControlRequest)){
    		correlationId=msgIn.getMessageId();
    		sendMessage(getStolenVehicleControlRespMsg(StolenVehControlResponseEnum.SUCCESS));
    	}
    	} catch( Exception ex) {
    		ex.printStackTrace();
    		System.out.println("Err processing message: "+ex+", try parsing StolenVehAssistance messages.");
    	}
     }
    };
    			mqttClient.subscribe(iotTopic);
    			this.semaphore.lock();	// lock thread

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    	}

    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {
    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/SVAS/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);

    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForStolenVehAssist example = new TBMExampleForStolenVehAssist();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM):

    /**********************************************************************************************
     * This example code is provided for illustrative purposes only and provided 'AS IS' without
     * warranty of any kind.
     *
     * Copyright ©2014 Chrysler Group LLC.  All Rights Reserved.  All information contained herein is,
     * and remains the property of Chrysler Group LLC and its suppliers, if any.  The intellectual and
     * technical concepts contained herein are proprietary to Chrysler Group LLC and its suppliers
     * and may be covered by U.S. and Foreign Patents, patents in process, and are protected by trade
     * secret or copyright law. Dissemination of this information or reproduction of this material is
     * strictly forbidden unless prior written permission is obtained from Chrysler Group LLC.
     *
     * Chrysler, Jeep, Dodge, Ram, SRT, Mopar and the Pentastar logo are registered trademarks of
     * Chrysler Group LLC. FIAT is a registered trademark of Fiat group Marketing & Corporate
     * Communication S.p.A. used under license by Chrysler Group LLC.
     *********************************************************************************************/
    package com.fca.uconnect.global;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Location;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtTheftAlarmNotify.TheftAlarmNotification;
    import com.fca.uconnect.global.GlobalUconnectExtTheftAlarmNotify.TheftAlarmNotification.AlarmCause;
    import com.fca.uconnect.global.GlobalUconnectExtTheftAlarmNotify.TheftAlarmNotification.AlarmStatusEnum;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect TheftAlarmNotification message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForTheftAlarm {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private boolean receivedResponse = false; // flag to wait for the response as part of this example.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForTheftAlarm() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtTheftAlarmNotify.theftAlarmNotificationResponse);
    		extRegistry.add(GlobalUconnectExtTheftAlarmNotify.theftAlarmNotification);
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for TheftAlarmNotification.
    	 * @param alarmCause
    	 * @param vehicleLocation
    	 * @param alarmStatus
    	 * @return
    	 */
    	public UconnectMessage getTheftAlarmNotifyMsg(AlarmCause alarmCause,Location vehicleLocation,AlarmStatusEnum alarmStatus){

    		this.messageId++;
    		sessionId = ByteString.copyFrom(new byte[18]);
    		TheftAlarmNotification theftAlarmMsg = TheftAlarmNotification.newBuilder()
    				.setAlarmCause(alarmCause)
    				.setAlarmStatusEnum(alarmStatus)
    				.setVehicleLocation(vehicleLocation)
    				.setTimeStamp(System.currentTimeMillis())
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtTheftAlarmNotify.theftAlarmNotification, theftAlarmMsg))
    			.build();

    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an TheftAlarmNotification message to the TANF topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/TANF/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					UconnectMessage msgIn;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    						e.printStackTrace();
    					}
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    			AlarmCause alarmCause = AlarmCause.newBuilder()
    					.setIsFLDoorBreached(true)
    					.setIsVehiclePositionChanged(true)
    					.build();
    			Location vehicleLocation = Location.newBuilder()
    					.setPositionLongitude(43.9999f)
    					.setPositionLatitude(-84.54635343f)
    					.build();

    			UconnectMessage msg = getTheftAlarmNotifyMsg(alarmCause,vehicleLocation,AlarmStatusEnum.ACTIVE);
    			sendMessage(msg);

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}
    	}
    	/**
    	 * This method publishes the message to TANF topic
    	 */
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/TANF/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);

    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 */
    	public static void main(String[] args) {
    		TBMExampleForTheftAlarm example = new TBMExampleForTheftAlarm();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM):

    package com.fca.uconnect.global;

    import java.util.UUID;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtVehDataAcquisition.VehicleDataAcquisitionPolicyPublish.DataSetSignal;
    import com.fca.uconnect.global.GlobalUconnectExtVehDataAcquisition.VehicleDataAcquisitionPublish;
    import com.fca.uconnect.global.GlobalUconnectExtVehDataAcquisition.VehicleDataAcquisitionPublish.DataSet;
    import com.fca.uconnect.global.GlobalUconnectExtVehDataAcquisition.VehicleDataAcquisitionPublish.DataSubscription;
    import com.fca.uconnect.global.GlobalUconnectExtVehDataAcquisition.VehicleDataAcquisitionPublish.SignalValue;
    import com.google.protobuf.ExtensionRegistry;

    public class ClientExampleForADA {
    private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    private UUID sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    private boolean messageReceived = false; // flag to wait for the message as part of this example.

    public ClientExampleForADA() {
    	extRegistry = ExtensionRegistry.newInstance();
    	extRegistry.add(GlobalUconnectExtVehDataAcquisition.vehicleDataAcquisitionPolicyPublish);
    	extRegistry.add(GlobalUconnectExtVehDataAcquisition.vehicleDataAcquisitionPublish);
    }

    private void process() {

    	mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    try {
    mqttClient.connect();
     iotTopic = new AWSIotTopic("/ADA/#",AWSIotQos.QOS0){
    	public void onMessage(AWSIotMessage msg) {
    try {

    	UconnectMessage	msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    	GlobalUconnectExtVehDataAcquisition.VehicleDataAcquisitionPolicyPublish vehicleDataAcquisitionPolicyPublishMsg = msgIn.getMessages(0).getExtension(GlobalUconnectExtVehDataAcquisition.vehicleDataAcquisitionPolicyPublish);
    	if (vehicleDataAcquisitionPolicyPublishMsg.getPolicySubscriptionList()!=null &&vehicleDataAcquisitionPolicyPublishMsg.getPolicySubscriptionList().size()>0) {
    		while(true){
    		 Thread.sleep(1000);//wait and send Vehicle Data
    		 sendMessage(getVehicleDataPublishMsg());
    		}
    	}

    } catch( Exception ex) {
    	ex.printStackTrace();
    	System.out.println("Err processing message: "+ex+", try parsing ADA.");

    }
    }
    };

    mqttClient.subscribe(iotTopic);

    } catch (AWSIotException e) {
    	System.out.println("Caught Exception "+e);
    	e.printStackTrace();
    }

    while(!messageReceived) {
     try {
            Thread.sleep(1000);
        } catch (InterruptedException e){
        }
     }

    }
    public UconnectMessage getVehicleDataPublishMsg() {
    	messageId++;
    	VehicleDataAcquisitionPublish.DataSet.Builder dataSetBuilder = VehicleDataAcquisitionPublish.DataSet.newBuilder();
    	dataSetBuilder.setDataSetId(1);

    	VehicleDataAcquisitionPublish.DataRow.Builder dataRowBuilder = VehicleDataAcquisitionPublish.DataRow.newBuilder();
    	dataRowBuilder.setTimestamp(System.currentTimeMillis());

    		SignalValue.Builder svb1 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				svb1.setStringValue("123456");	//VehicleId
    				dataRowBuilder.addSignalValue(svb1);
    		SignalValue.Builder svb2 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				svb2.setStringValue("4.0");	//SWRelease
    				dataRowBuilder.addSignalValue(svb2);
    		SignalValue.Builder svb3 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				svb3.setStringValue("12AESCXFSDSDS2344");//HU Serial nbr
    				dataRowBuilder.addSignalValue(svb3);
    				SignalValue.Builder svb4 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setDoubleValue(48.543434343434);//Latitude
    				    dataRowBuilder.addSignalValue(svb4);
    				    SignalValue.Builder svb5 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setDoubleValue(48.543434343434);//Longitude
    				    dataRowBuilder.addSignalValue(svb5);
    				    SignalValue.Builder svb6 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setFloatValue(4.434343434f);//HorizontalAccuracy
    				    dataRowBuilder.addSignalValue(svb6);
    				    SignalValue.Builder svb7 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setFloatValue(4.434343434f);//VerticalAccuracy
    				    dataRowBuilder.addSignalValue(svb7);
    				    SignalValue.Builder svb8 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setFloatValue(4.434343434f);//Course
    				    dataRowBuilder.addSignalValue(svb8);
    				    SignalValue.Builder svb9 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setFloatValue(4.434343434f);//Azimuth
    				    dataRowBuilder.addSignalValue(svb9);
    				    SignalValue.Builder svb10 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setFloatValue(65f);//Speed
    				    dataRowBuilder.addSignalValue(svb10);
    				    SignalValue.Builder svb11 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setInt64Value(System.currentTimeMillis());//Timestamp
    				    dataRowBuilder.addSignalValue(svb11);
    				    SignalValue.Builder svb12 = VehicleDataAcquisitionPublish.SignalValue.newBuilder();
    				    svb4.setFloatValue(4.434343434f);//Altitude
    				    dataRowBuilder.addSignalValue(svb12);
    	dataSetBuilder.addDataRow(dataRowBuilder);
    	DataSet ds = dataSetBuilder.build();

    	VehicleDataAcquisitionPublish.DataSubscription.Builder dataSubBuilder = VehicleDataAcquisitionPublish.DataSubscription.newBuilder();
    	UUID policyId = UUID.randomUUID();
    	dataSubBuilder.setPolicySubscriptionIdLSB(policyId.getLeastSignificantBits());
    	dataSubBuilder.setPolicySubscriptionIdMSB(policyId.getMostSignificantBits());
    	dataSubBuilder.addDataSet(ds);
    	VehicleDataAcquisitionPublish.Builder publishBuilder = VehicleDataAcquisitionPublish.newBuilder();
    	publishBuilder.addDataSubscription(dataSubBuilder);

    	UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)

    			.addMessages(UconnectAny.newBuilder().
    			setExtension(GlobalUconnectExtVehDataAcquisition.vehicleDataAcquisitionPublish, publishBuilder.build()))
    			.build();
    	return msg;
    }

    public void sendMessage(UconnectMessage msg) {
    final byte[] msgOut = msg.toByteArray();
    new Thread(new Runnable() {

        @Override
    public void run() {
    try {
    	mqttClient.publish(clientId+"/ADA/", AWSIotQos.QOS0, msgOut);

    } catch (AWSIotException e) {
    	System.out.println("Caught Exception "+e);
    				e.printStackTrace();
    			}
    	    }

    	}).start();
    }
    public static void main(String[] args) {
    	ServiceExampleForADA service = new ServiceExampleForADA();
    	service.process();
    }
    }

Download Client Example Code here

Client Example Code (HU/TBM) for Vehicle Sync:

    package com.fca.uconnect.global;
    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.Address;
    import com.fca.uconnect.global.GlobalUconnectControl.Destination;
    import com.fca.uconnect.global.GlobalUconnectControl.Destination.OriginalSource;
    import com.fca.uconnect.global.GlobalUconnectControl.Destination.RoutePreference;
    import com.fca.uconnect.global.GlobalUconnectControl.Location;
    import com.fca.uconnect.global.GlobalUconnectControl.PointOfInterest;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount.InfotainmentPreference;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount.MusicFavourite;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount.NavigationPreference;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount.RadioPreset;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount.RadioPreset.RadioStation;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.PersonalAccount.RadioPreset.RadioStation.StationType;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.VehSyncModel;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.VehicleConfigPublish;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.WifiSetting;
    import com.fca.uconnect.global.GlobalUconnectExtVehSync.WifiSetting.EncryptionEnum;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect VehSync message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForVehSync {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private int correlationId = 0;// The correlationId is a sender messageId so that Sender can recognize the message once its received response.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.
    	List messages ;

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForVehSync() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtVehSync.vehicleConfigPublish);
    		extRegistry.add(GlobalUconnectExtVehSync.vehicleConfigRequest);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for VehicleConfigPublish.
    	 *
    	 */
    	public UconnectMessage getVehConfigPubMsg() {
    		this.messageId++;
    		WifiSetting wifiSetting = WifiSetting.newBuilder()
    				 .setEncryption(EncryptionEnum.WEP)
    				 .setSsid("FCA")
    				 .setPassword("FCAPWD")
    				 .build();
    		RadioStation radioStation = RadioStation.newBuilder()
    				.setStationFrequency(91)
    				.setStationName("Michigan Radio")
    				.setStationType(StationType.FM)
    				.build();
    		RadioPreset radioPreset = RadioPreset.newBuilder()
    				.addStations(radioStation)
    				.build();
    		MusicFavourite musicFavourite = MusicFavourite.newBuilder()
    				.addBandNames("Green Day")
    				.addSongNames("Wake Me Up When September")
    				.addSongNames("Boulevard of Broken Dreams")
    				.build();
    		InfotainmentPreference infotainmentPreference = InfotainmentPreference.newBuilder()
    				.setMusicFavorite(musicFavourite)
    				.setRadioPreset(radioPreset)
    				.build();
    		Location destLocation = Location.newBuilder()
    				.setPositionLatitude(42.480201)
    				.setPositionLongitude(-83.671875F)
    				.build();
    				Address address = Address.newBuilder()
    				.setHouseNumber("1000")
    				.setStreetName("Chrystler Drive")
    				.setCityName("Auburn Hills")
    				.setProvinceName("Michigan")
    				.setCountryName("USA")
    				.build();
    				Address poiAddress = Address.newBuilder()
    				.setHouseNumber("2000")
    				.setStreetName("abc drive")
    				.setCityName("Auburn Hills")
    				.setProvinceName("Michigan")
    				.setCountryName("USA")
    				.build();
    				PointOfInterest poi  = PointOfInterest.newBuilder()
    				.setCategory("Restaurant")
    				.setDescription("favorite")
    				.setName("ABCD Restaurant")
    				.setId(123)
    				.setPhoneNumber("123 456 7890")
    				.setLocation(destLocation)
    				.setUrl("www.abcrestaurant.com")
    				.setAddress(poiAddress)
    				.build();
    				Destination dest = Destination.newBuilder()
    				.setDestinationDescription("fav restaurant")
    				.setRoutePreference(RoutePreference.Fast)
    				.setOrignalSource(OriginalSource.SDP)
    				.setCreateTimestamp(System.currentTimeMillis())
    				.setLocation(destLocation)
    				.setDestinationPoi(poi)
    				.setDestinationAddress(address)
    				.build();
    		NavigationPreference navigationPreference = NavigationPreference.newBuilder()
    				.addFavoriteLocations(dest)
    				.build();

    		PersonalAccount personalAccount = PersonalAccount.newBuilder()
    				.setInfotainmentPreference(infotainmentPreference)
    				.setNavigationPreference(navigationPreference)
    				.build();
    		VehSyncModel vehSyncModel = VehSyncModel.newBuilder()
    				.setPersonalAccountData(personalAccount)
    				.setWifiConfigSet(wifiSetting)
    				.build();
    		VehicleConfigPublish vehicleConfigPublish = VehicleConfigPublish.newBuilder()
    				.setConfigSetVersion(1)
    				.setIsChangesOnly(false)
    				.setModelData(vehSyncModel)
    				.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.setCorrelationId(correlationId)
    			.addMessages(UconnectAny.newBuilder().
    					 setExtension(GlobalUconnectExtVehSync.vehicleConfigPublish,vehicleConfigPublish))
    			.build();
    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an Activation message to the UACT topic.
    	 */
    	public List process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/VCSC/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					try{
    					UconnectMessage msgIn;
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);

    					if ( msgIn.getMessages(0).hasExtension(GlobalUconnectExtVehSync.vehicleConfigRequest)) {
    						correlationId=msgIn.getMessageId();
    						sendMessage(getVehConfigPubMsg());
    						semaphore.unlock();// Releasing the lock
    					}

    			} catch( Exception ex) {
    				ex.printStackTrace();
    				System.out.println("Err processing message: "+ex+", try parsing Vehicle Sync.");
    			}
    			}
    			};
    			mqttClient.subscribe(iotTopic);
    			this.semaphore.lock();	// lock thread
    			if(messages!=null)
    				return messages;
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    		return null;
    	}
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/VCSC/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);

    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }

    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForVehSync example = new TBMExampleForVehSync();
    		example.process();
    	}
    }

Download Client Example Code here

    package com.fca.uconnect.global;

    import java.util.List;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtVehicleMessaging.VehicleMessageAck;
    import com.fca.uconnect.global.GlobalUconnectExtVehicleMessaging.VehicleMessageAck.ResponseEnum;
    import com.fca.uconnect.global.GlobalUconnectExtVehicleMessaging.VehicleMessageDispositionPublish;
    import com.fca.uconnect.global.GlobalUconnectExtVehicleMessaging.VehicleMessageDispositionPublish.MessageDispositionEnum;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect In Vehicle message Acknowledgement to the SDP .
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForVehMessaging {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private int correlationId = 0;// The correlationId is a sender messageId so that Sender can recognize the message once its received response.
    	List messages ;//This is for Junit Tests.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForVehMessaging() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtVehicleMessaging.vehicleMessagePublish);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the required inputs for VehicleMessage Ack
    	 * @param response
    	 * @param vehMsgId
    	 * @return
    	 */
    	public UconnectMessage getVehicleMessagingAckMsg(ResponseEnum response,ByteString vehMsgId) {
    		this.messageId++;
    		VehicleMessageAck ackMsg = VehicleMessageAck.newBuilder()
    				.setStatus(response)
    				.setVehicleMessageID(vehMsgId)
    				.setMessageReceiptTimestamp(System.currentTimeMillis())
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.setCorrelationId(correlationId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtVehicleMessaging.vehicleMessageAck,ackMsg))
    			.build();
    		return msg;
    	}
    	public UconnectMessage getVehicleMessagingDispPubMsg(long messageDisplayTimestamp,
    			long messageHMIDispositionEventTimestamp,ByteString vehicleMessageID,MessageDispositionEnum dispEnum) {
    		this.messageId++;
    		VehicleMessageDispositionPublish vehDispPubMsg = VehicleMessageDispositionPublish.newBuilder()
    				.setMessageDisplayTimestamp(messageDisplayTimestamp)
    				.setMessageHMIDispositionEventTimestamp(messageHMIDispositionEventTimestamp)
    				.setVehicleMessageID(vehicleMessageID)
    				.setDisposition(dispEnum)
    				.build();
    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.setCorrelationId(correlationId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtVehicleMessaging.vehicleMessageDispositionPublish, vehDispPubMsg))
    			.build();
    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an Vehicle message Ack to the In Vehicle Message topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");
    		try {
    			mqttClient.connect();
    			iotTopic = new AWSIotTopic(clientId+"/IVM/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {
    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    					}
    					if(msgIn.getMessages(0).hasExtension(GlobalUconnectExtVehicleMessaging.vehicleMessagePublish)){
    						semaphore.unlock();// Releasing the lock
    						GlobalUconnectExtVehicleMessaging.VehicleMessagePublish msgToDisplay = msgIn.getMessages(0).getExtension(GlobalUconnectExtVehicleMessaging.vehicleMessagePublish);
    						correlationId = msgIn.getMessageId();
    						ByteString vehMsgId = ByteString.copyFrom(new byte[18]);//This is just an example
    						sendMessage(getVehicleMessagingAckMsg(ResponseEnum.MESSAGE_STAGED_FOR_DISPLAY,vehMsgId));
    						long dispTime = System.currentTimeMillis();

    						try {
    							Thread.sleep(10000);
    						} catch (InterruptedException e) {
    						}
    						long dispositionTime = System.currentTimeMillis();
    						sendMessage(getVehicleMessagingDispPubMsg(dispTime,
    						dispositionTime,vehMsgId,MessageDispositionEnum.MESSAGE_DISPLAY_CANCELLED));
    				}
    			}};
    			mqttClient.subscribe(iotTopic);
    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		}  catch (Exception e) {
    			e.printStackTrace();
    		}
    		try {
    			this.semaphore.lock();// lock thread
    		} catch (InterruptedException e) {
    		}
    	}
    	/**
    	 * This method publishes the message to VehicleMessaging topic
    	 */
    	public void sendMessage(UconnectMessage msg) {
    		final byte[] msgOut = msg.toByteArray();
    		new Thread(new Runnable() {

    		    @Override
    		public void run() {
    		try {
    			AWSIotMessage message = new
    					MessagePublisherListener("/IVM/"+clientId,AWSIotQos.QOS1,msgOut);
    			mqttClient.publish(message);

    		} catch (AWSIotException e) {
    			System.out.println("Caught Exception "+e);
    						e.printStackTrace();
    					}
    			    }
    			}).start();
    		}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForVehMessaging example = new TBMExampleForVehMessaging();
    		example.process();
    	}
    }

Download Client Example Code here

Client Example Code (HU/TBM) for WIFIHotSpot:

    package com.fca.uconnect.global;

    import com.amazonaws.services.iot.client.AWSIotException;
    import com.amazonaws.services.iot.client.AWSIotMessage;
    import com.amazonaws.services.iot.client.AWSIotMqttClient;
    import com.amazonaws.services.iot.client.AWSIotQos;
    import com.amazonaws.services.iot.client.AWSIotTopic;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectAny;
    import com.fca.uconnect.global.GlobalUconnectControl.UconnectMessage;
    import com.fca.uconnect.global.GlobalUconnectExtWIFIHotSpot.DataPackageStatusRequest;
    import com.fca.uconnect.global.GlobalUconnectExtWIFIHotSpot.DataPackageStatusResponse;
    import com.google.protobuf.ByteString;
    import com.google.protobuf.ExtensionRegistry;
    import com.google.protobuf.InvalidProtocolBufferException;

    /**
     * This example class demonstrates how to use the AWS IoT mqtt client to send a Uconnect DataPackageStatus message to the SDP and wait for a response message.
     * This code is only for reference and is furnished without warranty.....
     *
     * @author FCA Global V2C API Team
     *
     */
    public class TBMExampleForWifiHotSpot {

    	private String clientId; // The clientId is unique to the device and obtained from the client X.509 certificate CN.
    	private ByteString sessionId; // The sessionId is assigned by the SDP to maintain a session independent of connection protocols.
    	private int messageId; // The messageId is a sequential number incremented and assigned to each message sent from the client.
    	private AWSIotMqttClient mqttClient; // The mqtt client object from the AWS IoT client library.
    	private AWSIotTopic iotTopic; // The Topic object to subscribe for inbound messages.
    	private ExtensionRegistry extRegistry; // Google protocol buffers extension registry instance.
    	private Semaphore semaphore;//The semaphore object is used to wait for a response.

    	/**
    	 * Constructor - initialize protocol buffer extension registry for parsing incoming Uconnect Messages.
    	 */
    	public TBMExampleForWifiHotSpot() {
    		extRegistry = ExtensionRegistry.newInstance();
    		extRegistry.add(GlobalUconnectExtWIFIHotSpot.dataPackageStatusResponse);
    		this.semaphore = new Semaphore();
    	}

    	/**
    	 * This method generates a Protocol Buffer Uconnect Message given the empty message for Wifi.
    	 *
    	 * @return UconnectMessage Protocol Buffer
    	 */
    	public UconnectMessage getWifiReqMsg() {
    		this.messageId++;
    		DataPackageStatusRequest dataReq = DataPackageStatusRequest.newBuilder()
    			.build();

    		UconnectMessage msg = UconnectMessage.newBuilder()
    			.setTimestamp(System.currentTimeMillis())
    			.setMessageId(messageId)
    			.addMessages(UconnectAny.newBuilder().
    			 setExtension(GlobalUconnectExtWIFIHotSpot.dataPackageStatusRequest, dataReq))
    			.build();

    		return msg;
    	}

    	/**
    	 * This method demonstrates connecting to the AWS IoT mqtt broker and publishing an DataPackageStatus message to the WIFI topic.
    	 */
    	public void process() {

    		mqttClient = new AWSIotMqttClient("endpoint", clientId, "awsAccessKeyId", "awsSecretAccessKey");

    		try {
    			mqttClient.connect();

    			iotTopic = new AWSIotTopic(clientId+"/WIFI/", AWSIotQos.QOS1) {
    				public void onMessage(AWSIotMessage msg) {

    					UconnectMessage msgIn = null;
    					try {
    						msgIn = UconnectMessage.parseFrom(msg.getPayload(),extRegistry);
    					} catch (InvalidProtocolBufferException e) {
    					}
    					if (msgIn.getMessages(0).hasExtension(GlobalUconnectExtWIFIHotSpot.dataPackageStatusResponse)) {
    						DataPackageStatusResponse dataRespMsg = msgIn.getMessages(0).getExtension(GlobalUconnectExtWIFIHotSpot.dataPackageStatusResponse);
    						semaphore.unlock();// Releasing the lock as it received response
    					}
    				}
    			};
    			mqttClient.subscribe(iotTopic);
    			UconnectMessage msg = getWifiReqMsg();
    			AWSIotMessage message = new
    					MessagePublisherListener("/WIFI/"+clientId,AWSIotQos.QOS1,msg.toByteArray());
    			mqttClient.publish(message);
    			this.semaphore.lock();	//Wait for response, lock thread

    		} catch (AWSIotException ex) {
    			System.out.println("Caught AWS Exception "+ex);
    			ex.printStackTrace();
    		} catch (InterruptedException e) {
    			e.printStackTrace();
    		}
    	}

    	/**
    	 * Example main to launch example.
    	 *
    	 * @param args
    	 */
    	public static void main(String[] args) {
    		TBMExampleForWifiHotSpot example = new TBMExampleForWifiHotSpot();
    		example.process();
    	}
    }

Download Client Example Code here