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<s>[INST] {"Test_Case":["1)When Cloud receives remote vehicle unlock request from app,If TCU is awake Cloud shall send the request (UnlockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication,If TCU is in sleep state Cloud shall wake up TCU over SMS and shall send the command (UnlockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication. 2)TCU on receiving remote vehicle unlock command (UnlockVehicleCmd) from cloud shall check Vehicle Ignition state. TCU if Ignition is ON as per TCU’s Ignition Hardwire input, shall ignore the command from cloud. TCU if Ignition is OFF as per TCUs Ignition Hardwire input shall, Set Vehicle Unlock Command Wake lock with timer Par_VehicleUnlockCmdWakeLock ,Wakeup BCM by activating hardwire wakeup line, Publish TCU_NMPDU message over CAN, Set remote vehicle unlock request (Set RemoteVehicleUnlockCmd == 1) over CAN to BCM , Publish the status signal for RemoteVehicleUnlockCmd , Export the RemoteVehicleUnlockCmd and RemoteVehicleUnlockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM or GPRS communication, Reset the remote vehicle unlock request (Set RemoteVehicleUnlockCmd == 0) after expiry of Par_VehicleUnlockCmdWakeLock or if the successful response is received from BCM whichever is earlier. This reset is for the internal reference of TCU. TCU shall not publish this signal over CAN."],"Signals_Involved":["UnlockVehicleCmd, RemoteVehicleUnlockCmd ,RemoteVehicleUnlockCmdStatus"],"Signal_Table":["RemoteVehicleUnlockCmd Value: 0 -> Condition: No Unlock","RemoteVehicleUnlockCmd Value: 1 -> Condition: Execute Unlock","RemoteVehicleUnlockCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification","RemoteVehicleUnlockCmdStatus Value: 1 -> Condition: Don’t Care","RemoteVehicleUnlockCmdStatus Value: 2 -> Condition: Signal is implausible","RemoteVehicleUnlockCmdStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["RemoteVehicleUnlockCmd=1","RemoteVehicleUnlockCmdStatus=0","TCU in awake condition","Power mode as 0(Awake and ignition OFF)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state."," 2) Cloud receives remote vehicle unlock request from app."],"Pre_condition": ["1) TCU with a functioning SIM ","2) TCU SIM card has sufficient network strength"," 3) TCU is Awake"],"Test_Procedure": ["1. Set the Power Mode as Awake: Power mode state = 1"," 2. Perform a Vehicle Unlock Request from App"],"Expected_Output": ["I. Verify the following Message in the Cloud: UnlockVehicleCommand","II. Set Vehicle Unlock Command Wake lock with timer Par_VehicleUnlockCmdWakeLock","III. Wakeup BCM by activating hardwire wakeup line","IV. Publish TCU_NMPDU message over CAN","V. Set remote vehicle unlock request over CAN to BCM: RemoteVehicleUnlockCmd = 1, RemoteVehicleUnlockCmdStatus = 0","VI. Export the RemoteVehicleUnlockCmd and RemoteVehicleUnlockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM/GPRS communication.","VII. Verify Vehicle Unlock status is updated in the Mobile App"]} </s>

<s>[INST] {"Test_Case":["1)When Cloud receives remote vehicle unlock request from app,If TCU is awake Cloud shall send the request (UnlockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication,If TCU is in sleep state Cloud shall wake up TCU over SMS and shall send the command (UnlockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication. 2)TCU on receiving remote vehicle unlock command (UnlockVehicleCmd) from cloud shall check Vehicle Ignition state. TCU if Ignition is ON as per TCU’s Ignition Hardwire input, shall ignore the command from cloud. TCU if Ignition is OFF as per TCUs Ignition Hardwire input shall, Set Vehicle Unlock Command Wake lock with timer Par_VehicleUnlockCmdWakeLock ,Wakeup BCM by activating hardwire wakeup line, Publish TCU_NMPDU message over CAN, Set remote vehicle unlock request (Set RemoteVehicleUnlockCmd == 1) over CAN to BCM , Publish the status signal for RemoteVehicleUnlockCmd , Export the RemoteVehicleUnlockCmd and RemoteVehicleUnlockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM or GPRS communication, Reset the remote vehicle unlock request (Set RemoteVehicleUnlockCmd == 0) after expiry of Par_VehicleUnlockCmdWakeLock or if the successful response is received from BCM whichever is earlier. This reset is for the internal reference of TCU. TCU shall not publish this signal over CAN."],"Signals_Involved":["UnlockVehicleCmd, RemoteVehicleUnlockCmd ,RemoteVehicleUnlockCmdStatus"],"Signal_Table":["RemoteVehicleUnlockCmd Value: 0 -> Condition: No Unlock","RemoteVehicleUnlockCmd Value: 1 -> Condition: Execute Unlock","RemoteVehicleUnlockCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification","RemoteVehicleUnlockCmdStatus Value: 1 -> Condition: Don’t Care","RemoteVehicleUnlockCmdStatus Value: 2 -> Condition: Signal is implausible","RemoteVehicleUnlockCmdStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["RemoteVehicleUnlockCmd=1","RemoteVehicleUnlockCmdStatus=0","TCU in sleep condition","Power mode as 0(Awake and ignition OFF)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state."," 2) Cloud receives remote vehicle unlock request from app."],"Pre_condition": ["1) TCU with a functioning SIM ","2) TCU SIM card has sufficient network strength ","3) TCU is Sleep"],"Test_Procedure": ["1. Set the Power Mode as Awake: Power mode state = 1 ","2. Perform a Vehicle Unlock Request from App"],"Expected_Output": ["I. Cloud shall wake up TCU over SMS","II. Verify the following Message in the Cloud:UnlockVehicleCommand","III. Set Vehicle Unlock Command Wake lock with timer Par_VehicleUnlockCmdWakeLock","IV. Wakeup BCM by activating hardwire wakeup line","V. Publish TCU_NMPDU message over CAN","VI. Set remote vehicle unlock request over CAN to BCM:RemoteVehicleUnlockCmd = 1,RemoteVehicleUnlockCmdStatus = 0","VII. Export the RemoteVehicleUnlockCmd and RemoteVehicleUnlockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM/GPRS communication.","VIII. Verify Vehicle Unlock status is updated in the Mobile App "]} </s>

<s>[INST] {"Test_Case":["1)When Cloud receives remote vehicle unlock request from app,If TCU is awake Cloud shall send the request (UnlockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication,If TCU is in sleep state Cloud shall wake up TCU over SMS and shall send the command (UnlockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication. 2)TCU on receiving remote vehicle unlock command (UnlockVehicleCmd) from cloud shall check Vehicle Ignition state. TCU if Ignition is ON as per TCU’s Ignition Hardwire input, shall ignore the command from cloud. TCU if Ignition is OFF as per TCUs Ignition Hardwire input shall, Set Vehicle Unlock Command Wake lock with timer Par_VehicleUnlockCmdWakeLock ,Wakeup BCM by activating hardwire wakeup line, Publish TCU_NMPDU message over CAN, Set remote vehicle unlock request (Set RemoteVehicleUnlockCmd == 1) over CAN to BCM , Publish the status signal for RemoteVehicleUnlockCmd , Export the RemoteVehicleUnlockCmd and RemoteVehicleUnlockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM or GPRS communication, Reset the remote vehicle unlock request (Set RemoteVehicleUnlockCmd == 0) after expiry of Par_VehicleUnlockCmdWakeLock or if the successful response is received from BCM whichever is earlier. This reset is for the internal reference of TCU. TCU shall not publish this signal over CAN."],"Signals_Involved":["UnlockVehicleCmd, RemoteVehicleUnlockCmd ,RemoteVehicleUnlockCmdStatus"],"Signal_Table": ["RemoteVehicleUnlockCmd Value: 0 -> Condition: No Unlock"," RemoteVehicleUnlockCmd Value: 1 -> Condition: Execute Unlock"," RemoteVehicleUnlockCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," RemoteVehicleUnlockCmdStatus Value: 1 -> Condition: Don’t Care"," RemoteVehicleUnlockCmdStatus Value: 2 -> Condition: Signal is implausible"," RemoteVehicleUnlockCmdStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["RemoteVehicleUnlockCmd=1 "," RemoteVehicleUnlockCmdStatus=0"," TCU in sleep condition", "Power Mode as 6(Ignition ON)"]} [/INST] { "Test_Description": ["1) TCU is in the authorized state."," 2) Cloud receives remote vehicle unlock request from app."],"Pre_condition": ["1) TCU with a functioning SIM ","2) TCU SIM card has sufficient network strength ","3) TCU is Sleep"],"Test_Procedure": ["1. Set the Power Mode as Ignition ON: Power mode state = 6"," 2. Perform a Vehicle Unlock Request from App"],"Expected_Output": ["I.TCU shall ignore the command from cloud if Ignition is ON:Verify RemoteVehicleUnlockCmd is not in the CAN Bus","II. Verify Vehicle Unlock status is not updated in the Mobile App "]} </s>

<s>[INST] {"Test_Case": ["1) BCM shall,If Ignition is OFF,Wake up as per TML_NexonEV_Wake_Up_Strategy, Read Remote vehicle unlock request (RemoteVehicleUnlockCmd) over CAN ,If Remote vehicle unlock request is Set (If RemoteVehicleUnlockCmd = 1), If vehicle is locked, Unlock the vehicle after checking relevant pre conditions Publish updated vehicle lock State (VehicleLockState==7) after RemoteVehicleUnlockCmd execution on CAN to TCU, If vehicle is in unlock state, discard the command from TCU and publish the vehicle lock state Publish status signal for VehicleLockState, If Ignition is ON,Ignore vehicle unlock request (RemoteVehicleUnlockCmd ) from TCU, 2) TCU shall,Read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleUnlockCmdWakeLock timer, Send vehicle unlock request response (Response of UnlockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication, Export the VehicleUnlockEvent to cloud platform as per TMCVP (Events) GSM/GPRS communication."],"Signals_Involved": ["UnlockVehicleCmd ","RemoteVehicleUnlockCmd"," RemoteVehicleUnlockCmdStatus","VehicleLockState","VehicleLockStateStatus"],"Signal_Table":["RemoteVehicleUnlockCmd Value: 0 -> Condition: No Unlock"," RemoteVehicleUnlockCmd Value: 1 -> Condition: Execute Unlock"," RemoteVehicleUnlockCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," RemoteVehicleUnlockCmdStatus Value: 1 -> Condition: Don’t Care"," RemoteVehicleUnlockCmdStatus Value: 2 -> Condition: Signal is implausible"," RemoteVehicleUnlockCmdStatus Value: 3 -> Condition: Signal Not Available"," VehicleLockState value: 0 -> Reserved","VehicleLockState value: 1 -> Externally Locked","VehicleLockState value: 2 -> Internally Locked","VehicleLockState value: 3 -> Unlocked","VehicleLockState value: 4 -> Crash Unlocked","VehicleLockState value: 5 -> Reverse Unlocked","VehicleLockState value: 6 -> TCU Locked","VehicleLockState value: 1 -> TCU Unlocked"," VehicleLockStateStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," VehicleLockStateStatus Value: 1 -> Condition: Don’t Care"," VehicleLockStateStatus Value: 2 -> Condition: Signal is implausible"," VehicleLockStateStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["VehicleLockState = 7","VehicleLockStateStatus = 0"," TCU in sleep condition"," Power Mode as 1(Awake Ignition OFF)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state."," 2) Cloud receives remote vehicle unlock request from app."],"Pre_condition": ["1) TCU with a functioning SIM"," 2) TCU SIM card has sufficient network strength 3) TCU is Awake"],"Test_Procedure": ["1. Set the Power Mode as Awake:Power mode state = 1","2. Perform a Vehicle Unlock Request from App","3. Set the Vehicle Lock State Signal from BCM:VehicleLockState = 7, VehicleLockStateStatus = 0"],"Expected_Output": ["I. TCU read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleUnlockCmdWakeLock timer.","II. TCU send vehicle unlock request response (Response of UnlockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication","III. TCU export the VehicleUnlockEvent to cloud platform as per TMCVP (Events) GSM/GPRS communication.","IV. Verify Vehicle Lock/Unlock Status is updated in the Mobile App "]} </s>

<s>[INST] {"Test_Case": ["1) BCM shall,If Ignition is OFF,Wake up as per TML_NexonEV_Wake_Up_Strategy, Read Remote vehicle unlock request (RemoteVehicleUnlockCmd) over CAN ,If Remote vehicle unlock request is Set (If RemoteVehicleUnlockCmd = 1), If vehicle is locked, Unlock the vehicle after checking relevant pre conditions Publish updated vehicle lock State (VehicleLockState==7) after RemoteVehicleUnlockCmd execution on CAN to TCU, If vehicle is in unlock state, discard the command from TCU and publish the vehicle lock state Publish status signal for VehicleLockState, If Ignition is ON,Ignore vehicle unlock request (RemoteVehicleUnlockCmd ) from TCU, 2) TCU shall,Read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleUnlockCmdWakeLock timer, Send vehicle unlock request response (Response of UnlockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication, Export the VehicleUnlockEvent to cloud platform as per TMCVP (Events) GSM/GPRS communication."],"Signals_Involved": ["UnlockVehicleCmd ","RemoteVehicleUnlockCmd"," RemoteVehicleUnlockCmdStatus","VehicleLockState","VehicleLockStateStatus"],"Signal_Table":["RemoteVehicleUnlockCmd Value: 0 -> Condition: No Unlock"," RemoteVehicleUnlockCmd Value: 1 -> Condition: Execute Unlock"," RemoteVehicleUnlockCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," RemoteVehicleUnlockCmdStatus Value: 1 -> Condition: Don’t Care"," RemoteVehicleUnlockCmdStatus Value: 2 -> Condition: Signal is implausible"," RemoteVehicleUnlockCmdStatus Value: 3 -> Condition: Signal Not Available"," VehicleLockState value: 0 -> Reserved","VehicleLockState value: 1 -> Externally Locked","VehicleLockState value: 2 -> Internally Locked","VehicleLockState value: 3 -> Unlocked","VehicleLockState value: 4 -> Crash Unlocked","VehicleLockState value: 5 -> Reverse Unlocked","VehicleLockState value: 6 -> TCU Locked","VehicleLockState value: 1 -> TCU Unlocked"," VehicleLockStateStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," VehicleLockStateStatus Value: 1 -> Condition: Don’t Care"," VehicleLockStateStatus Value: 2 -> Condition: Signal is implausible"," VehicleLockStateStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["VehicleLockState = 7","VehicleLockStateStatus = 2"," TCU in sleep condition"," Power Mode as 1(Awake Ignition OFF)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state."," 2) Cloud receives remote vehicle unlock request from app."],"Pre_condition": ["1) TCU with a functioning SIM"," 2) TCU SIM card has sufficient network strength 3) TCU is Awake"],"Test_Procedure": ["1. Set the Power Mode as Awake:Power mode state = 1","2. Perform a Vehicle Unlock Request from App","3. Set the Vehicle Lock State Signal from BCM:VehicleLockState = 7, VehicleLockStateStatus = 2"],"Expected_Output": ["TCU Should send fail as response to the cloud."]} </s>

<s>[INST] {"Test_Case": ["1) BCM shall,If Ignition is OFF,Wake up as per TML_NexonEV_Wake_Up_Strategy, Read Remote vehicle unlock request (RemoteVehicleUnlockCmd) over CAN ,If Remote vehicle unlock request is Set (If RemoteVehicleUnlockCmd = 1), If vehicle is locked, Unlock the vehicle after checking relevant pre conditions Publish updated vehicle lock State (VehicleLockState==7) after RemoteVehicleUnlockCmd execution on CAN to TCU, If vehicle is in unlock state, discard the command from TCU and publish the vehicle lock state Publish status signal for VehicleLockState, If Ignition is ON,Ignore vehicle unlock request (RemoteVehicleUnlockCmd ) from TCU, 2) TCU shall,Read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleUnlockCmdWakeLock timer, Send vehicle unlock request response (Response of UnlockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication, Export the VehicleUnlockEvent to cloud platform as per TMCVP (Events) GSM/GPRS communication."],"Signals_Involved": ["UnlockVehicleCmd ","RemoteVehicleUnlockCmd"," RemoteVehicleUnlockCmdStatus","VehicleLockState","VehicleLockStateStatus"],"Signal_Table":["RemoteVehicleUnlockCmd Value: 0 -> Condition: No Unlock"," RemoteVehicleUnlockCmd Value: 1 -> Condition: Execute Unlock"," RemoteVehicleUnlockCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," RemoteVehicleUnlockCmdStatus Value: 1 -> Condition: Don’t Care"," RemoteVehicleUnlockCmdStatus Value: 2 -> Condition: Signal is implausible"," RemoteVehicleUnlockCmdStatus Value: 3 -> Condition: Signal Not Available"," VehicleLockState value: 0 -> Reserved","VehicleLockState value: 1 -> Externally Locked","VehicleLockState value: 2 -> Internally Locked","VehicleLockState value: 3 -> Unlocked","VehicleLockState value: 4 -> Crash Unlocked","VehicleLockState value: 5 -> Reverse Unlocked","VehicleLockState value: 6 -> TCU Locked","VehicleLockState value: 1 -> TCU Unlocked"," VehicleLockStateStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," VehicleLockStateStatus Value: 1 -> Condition: Don’t Care"," VehicleLockStateStatus Value: 2 -> Condition: Signal is implausible"," VehicleLockStateStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["VehicleLockState = 7","VehicleLockStateStatus = 3"," TCU in sleep condition"," Power Mode as 1(Awake Ignition OFF)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state."," 2) Cloud receives remote vehicle unlock request from app."],"Pre_condition": ["1) TCU with a functioning SIM"," 2) TCU SIM card has sufficient network strength 3) TCU is Awake"],"Test_Procedure": ["1. Set the Power Mode as Awake:Power mode state = 1","2. Perform a Vehicle Unlock Request from App","3. Set the Vehicle Lock State Signal from BCM:VehicleLockState = 7, VehicleLockStateStatus = 3"],"Expected_Output": ["TCU Should send fail as response to the cloud."]} </s>

<s>[INST] {"Test_Case": ["1)The Mobile APP provides a page wherein the user can fill in his personal details (either at the time of registration or as per customer’s choice):Customer Opens the Mobile APP,Goes to Menu-Personal details-Update Date of Birth,After the customer fills in his details, the save option allows him to save the data,App sends the (UpdatePersonalInfo) command to Cloud platform.When Cloud receives (UpdatePersonalInfo) request from app,The Platform updates the customer data in the database mapped against the VIN number. 2)The Platform shall send a command along with event type to TCU on the following dates associated with the Vehicle after detecting 1st Ignition ON of the day: Date of Birth (BirthdayTriggerCmd). 2)The TCU shall receive the command from the platform after 1st Ignition ON of the day. Upon receiving the command, the TCU shall Set customized message wake lock with timer CustomMessageWakeLockSend the CAN signal (OwnersBirthday) Bit value 0 to IPC if no alert is received from the platform,Bit value 1 to IPC if alert is received from the platform. 3)The IPC shall receive the below signals & display the message as below: Receive the below CAN signal from TCU (OwnersBirthday) and If Bit value is 0, no message to be displayed on IPC screen.If Bit value is 1, Display message “Happy Birthday!” on screen.After displaying the message, the IPC sends (OwnersBirthdayResponse) message to TCU over CAN.If Bit value is 0, no message displayed.If Bit value is 1, message successfully Displayed. 4)The TCU upon receiving the below response from the IPC:(OwnersBirthdayResponse) Shall kill the command message wakelock timer Shall send the below successful response against the received commands from the TMLCVP.(BirthdayTriggerCmdResponse) If the response from IPC is not received during CustomMessageWakeLock duration, TCU shall export the command response as failure for the command received from TMCVP platform."],"Signals_Involved": ["UpdatePersonalInfo","BirthdayTriggerCmd","OwnersBirthday","OwnersBirthdayResponse","BirthdayTriggerCmdResponse"],"Signal_Table": ["OwnersBirthday Value: 0 -> Condition: No Trigger","OwnersBirthday Value: 1 -> Condition: Display the birthday message “Happy Birthday!”","OwnersBirthdayResponse Value: 0 -> Condition: No Message Displayed","OwnersBirthdayResponse Value: 1 -> Condition: Message successfully displayed"],"Test_Conditions":["Set date of birth as today", "Power Mode as 6(Ignition ON)","OwnersBirthday=1"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state. ","2) TCU shall receive the Owners Birthday notification alert and type from Cloud"],"Pre_condition": ["1) TCU with a functioning SIM","2) TCU SIM card have sufficient network strength","3) User is registered to TML cloud application through the Connected Vehicle APP","4) Fill personal details like Date of Birth, Anniversary date etc. through the Mobile App - Opens the Mobile APP - Goes to Menu - Personal details - Update Personal Info Date of Birth , Click on Save option to save the data,App sends the updated data to Cloud"],"Test_Procedure": ["1. Set the Date of Birth through the Mobile App as today","2. Set the Power Mode as Ignition On:Powermode state = 6","3. Cloud shall send the Owners birthday notification alert to TCU"],"Expected_Output": ["I. Verify the following Message in the Cloud:BirthdayTriggerCmd","II. Verify the Following Messages in CAN bus from TCU to IPC :OwnersBirthday = 1"]} </s>

<s>[INST] {"Test_Case": ["1)The Mobile APP provides a page wherein the user can fill in his personal details (either at the time of registration or as per customer’s choice):Customer Opens the Mobile APP,Goes to Menu-Personal details-Update Date of Birth,After the customer fills in his details, the save option allows him to save the data,App sends the (UpdatePersonalInfo) command to Cloud platform.When Cloud receives (UpdatePersonalInfo) request from app,The Platform updates the customer data in the database mapped against the VIN number. 2)The Platform shall send a command along with event type to TCU on the following dates associated with the Vehicle after detecting 1st Ignition ON of the day: Date of Birth (BirthdayTriggerCmd). 2)The TCU shall receive the command from the platform after 1st Ignition ON of the day. Upon receiving the command, the TCU shall Set customized message wake lock with timer CustomMessageWakeLockSend the CAN signal (OwnersBirthday) Bit value 0 to IPC if no alert is received from the platform,Bit value 1 to IPC if alert is received from the platform. 3)The IPC shall receive the below signals & display the message as below: Receive the below CAN signal from TCU (OwnersBirthday) and If Bit value is 0, no message to be displayed on IPC screen.If Bit value is 1, Display message “Happy Birthday!” on screen.After displaying the message, the IPC sends (OwnersBirthdayResponse) message to TCU over CAN.If Bit value is 0, no message displayed.If Bit value is 1, message successfully Displayed. 4)The TCU upon receiving the below response from the IPC:(OwnersBirthdayResponse) Shall kill the command message wakelock timer Shall send the below successful response against the received commands from the TMLCVP.(BirthdayTriggerCmdResponse) If the response from IPC is not received during CustomMessageWakeLock duration, TCU shall export the command response as failure for the command received from TMCVP platform."],"Signals_Involved": ["UpdatePersonalInfo","BirthdayTriggerCmd","OwnersBirthday","OwnersBirthdayResponse","BirthdayTriggerCmdResponse"],"Signal_Table": ["OwnersBirthday Value: 0 -> Condition: No Trigger","OwnersBirthday Value: 1 -> Condition: Display the birthday message “Happy Birthday!”","OwnersBirthdayResponse Value: 0 -> Condition: No Message Displayed","OwnersBirthdayResponse Value: 1 -> Condition: Message successfully displayed"],"Test_Conditions":["Set date of birth as not today", "Power Mode as 6(Ignition ON)","OwnersBirthday=0"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state. ","2) TCU shall receive the Owners Birthday notification alert and type from Cloud"],"Pre_condition": ["1) TCU with a functioning SIM","2) TCU SIM card have sufficient network strength","3) User is registered to TML cloud application through the Connected Vehicle APP","4) Fill personal details like Date of Birth, Anniversary date etc. through the Mobile App - Opens the Mobile APP - Goes to Menu - Personal details - Update Personal Info Date of Birth , Click on Save option to save the data,App sends the updated data to Cloud"],"Test_Procedure": ["1. Set the Date of Birth through the Mobile App as not today","2. Set the Power Mode as Ignition On:Powermode state = 6","3. Cloud shall not send the Owners birthday notification alert to TCU"],"Expected_Output": ["I. Verify the Following Messages in CAN bus from TCU to IPC :OwnersBirthday = 0"]} </s>

<s>[INST] {"Test_Case": ["1)The user shall be able to create a Geofencing radius through the Connected Car app using the smartphone map triggered through the App.The App sends the Geo-Fence details to platform."],"Signals_Involved": ["No Signals"],"Signal_Table": ["No Signal_Table"],"Test_Conditions":[""User Creates a geofencing radius","Power mode=6(Ignition ON)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state.","2) User shall be able to create a Geofencing radius through the Connected Car app"],"Pre_condition": ["1. Set the Power Mode as IGN ON:Powermode state = 6"],"Test_Procedure": ["1. User to create a Geofencing radius "],"Expected_Output": ["I. Verify user shall be able to create Geofencing radius "]} </s>

<s>[INST] {"Test_Case": ["1)The Platform shall receive the Geo-fence data and store the same in data lake.2)The platform shall continuously monitor the geographical location of vehicle based on GPS location sent by TCU, In case the vehicle moves out of Geo-fence, the platform shall trigger a mobile App notification.3)The platform shall also trigger an SMS based notification sent to user’s registered mobile number"],"Signals_Involved": ["No Signals"],"Signal_Table": ["No Signal_Table"],"Test_Conditions":[""User Creates a geofencing radius and move vehicle outside the radius","Power mode=6(Ignition ON)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state.","2) User shall be able to create a Geofencing radius through the Connected Car app"],"Pre_condition": ["1. Set the Power Mode as IGN ON:Powermode state = 6"],"Test_Procedure": ["1. User to create a Geofencing radius ","2.Move the vehicle out of the geofence area."],"Expected_Output": ["I. Verify user has received SMS based notification "]} </s>

<s>[INST] {"Test_Case":["1)When Cloud receives remote hazard lamp ON request from app,If TCU is awake, Cloud shall send the request (RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication,If TCU is in sleepstate, Cloud shall wake up TCU over SMS and shall send the command (RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication. 2) TCU , on receiving remote hazard ON command (RemoteHazardCommand) from cloud, shall check Vehicle Ignition state.TCU, if Ignition is ON as per TCU’s Ignition Hardwire input, shall ignore the command from cloud.TCU, if Ignition is OFF (as per TCU’s Ignition Hardwire input), shall Set start remote light command Wake lock with timer Par_RemoteLightCmdWakeLock, Wakeup BCM by activating hardwire wakeup line,Publish TCU_NMPDU message over CAN,Set remote hazard ON request (Set RemoteHazardCmd == 1) over CAN to BCM,Publish the status signal for RemoteHazardCmd,Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication. 3) BCM shall, If Ignition is OFF, Wake up as per TML_NexonEV_Wake_Up_Strategy,Read Remote hazard ON request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = 1) , If hazard lamp is off, turn on the hazard lamp,Publish updated hazard lamp state(HazardLampState=1) after RemoteHazardCmd execution on CAN to TCU, If hazard lamp is in On state, discard the Command from TCU and publish the hazardlamp state.Publish status signal for HazardLampState, If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU. 4)TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer.Send remote hazard ON request response (Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StartLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."] ,"Signals_Involved": ["RemoteHazardCmd","RemoteHazardCmdStatus","HazardLampState","HazardLampStateStatus"],"Signal_Table": ["RemoteHazardCmd Value: 0 -> Condition: Turn Off Hazard Lamp"," RemoteHazardCmd Value: 1 -> Condition: Turn On Hazard Lamp"," RemoteHazardCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," RemoteHazardCmdStatus Value: 1 -> Condition: Don’t Care"," RemoteHazardCmdStatus Value: 2 -> Condition: Signal is implausible"," RemoteHazardCmdStatus Value: 3 -> Condition: Signal Not Available"," HazardLampState value: 0 -> Hazard Lamp Off","HazardLampState value: 1 -> Hazard Lamp On"," HazardLampStateStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," HazardLampStateStatus Value: 1 -> Condition: Don’t Care"," HazardLampStateStatus Value: 2 -> Condition: Signal is implausible"," HazardLampStateStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["TCU is in awake state","Power mode =0 (Awake)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state.","2) Cloud receives remote Hazard lamp ON request from app."],"Pre_condition": ["1) TCU with a functioning SIM","2) TCU SIM card have sufficient network strength","3) TCU is Awake"],"Test_Procedure": ["1. Set the Power Mode as Awake:Power mode state = 1","2. Perform remote Hazard lamp ON request from app."],"Expected_Output": ["I. Verify the following Message in the Cloud to TCU:RemoteHazardCommand","II. TCU set start remote light command Wake lock with timer Par_RemoteLightCmdWakeLock","III. TCU wakeup BCM by activating hardwire wakeup line","IV. TCU publish the TCU_NMPDU message over CAN ","V. Verify TCU set remote Hazard ON request over CAN to BCM:RemoteHazardCmd = 1,RemoteHazardCmdStatus = 0","VI.TCU export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","VII. Verify Hazard Lamp details is updated in the Mobile App"]} </s>

<s>[INST] {"Test_Case":["1)When Cloud receives remote hazard lamp ON request from app,If TCU is awake, Cloud shall send the request (RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication,If TCU is in sleepstate, Cloud shall wake up TCU over SMS and shall send the command (RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication. 2) TCU , on receiving remote hazard ON command (RemoteHazardCommand) from cloud, shall check Vehicle Ignition state.TCU, if Ignition is ON as per TCU’s Ignition Hardwire input, shall ignore the command from cloud.TCU, if Ignition is OFF (as per TCU’s Ignition Hardwire input), shall Set start remote light command Wake lock with timer Par_RemoteLightCmdWakeLock, Wakeup BCM by activating hardwire wakeup line,Publish TCU_NMPDU message over CAN,Set remote hazard ON request (Set RemoteHazardCmd == 1) over CAN to BCM,Publish the status signal for RemoteHazardCmd,Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication. 3) BCM shall, If Ignition is OFF, Wake up as per TML_NexonEV_Wake_Up_Strategy,Read Remote hazard ON request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = 1) , If hazard lamp is off, turn on the hazard lamp,Publish updated hazard lamp state(HazardLampState=1) after RemoteHazardCmd execution on CAN to TCU, If hazard lamp is in On state, discard the Command from TCU and publish the hazardlamp state.Publish status signal for HazardLampState, If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU. 4)TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer.Send remote hazard ON request response (Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StartLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."] ,"Signals_Involved": ["RemoteHazardCmd","RemoteHazardCmdStatus","HazardLampState","HazardLampStateStatus"],"Signal_Table": ["RemoteHazardCmd Value: 0 -> Condition: Turn Off Hazard Lamp"," RemoteHazardCmd Value: 1 -> Condition: Turn On Hazard Lamp"," RemoteHazardCmdStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," RemoteHazardCmdStatus Value: 1 -> Condition: Don’t Care"," RemoteHazardCmdStatus Value: 2 -> Condition: Signal is implausible"," RemoteHazardCmdStatus Value: 3 -> Condition: Signal Not Available"," HazardLampState value: 0 -> Hazard Lamp Off","HazardLampState value: 1 -> Hazard Lamp On"," HazardLampStateStatus Value: 0 -> Condition: Plausible - Information given is correct and according to specification"," HazardLampStateStatus Value: 1 -> Condition: Don’t Care"," HazardLampStateStatus Value: 2 -> Condition: Signal is implausible"," HazardLampStateStatus Value: 3 -> Condition: Signal Not Available"],"Test_Conditions":["TCU is in sleep state","Power mode =0 (Awake)"]} [/INST] {"Test_Description": ["1) TCU is in the authorized state.","2) Cloud receives remote Hazard lamp ON request from app."],"Pre_condition": ["1) TCU with a functioning SIM","2) TCU SIM card have sufficient network strength","3) TCU is Awake"],"Test_Procedure": ["1. Set the Power Mode as Awake:Power mode state = 1","2. Perform remote Hazard lamp ON request from app."],"Expected_Output": ["I. Cloud shall wake up TCU over SMS","II. Verify the following Message in the Cloud to TCU:RemoteHazardCommand","III. TCU set start remote light command Wake lock with timer Par_RemoteLightCmdWakeLock","IV. TCU wakeup BCM by activating hardwire wakeup line","V. TCU publish the TCU_NMPDU message over CAN ","VI. Verify TCU set remote Hazard ON request over CAN to BCM:RemoteHazardCmd = 1,RemoteHazardCmdStatus = 0","VII.TCU export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","VIII. Verify Hazard Lamp details is updated in the Mobile App"]} </s>

<s>[INST] {"Test_Case":[" 1) The network service provider shall be able to provide the information on the amount of data consumed (50% : Threshold_1, 90% : Threshold_2) at any point in time for the SIM embedded in the TCM. 2) The network service provider shall be able to provide the Threshold notifications as per Plan.E.g. 2GB Plan : [ Threshold_1 : 50% of 2GB Plan, Threshold_2 : 90% of 2GB Plan]"],"Signals_Involved":["No signals"],"Signal_Table":["No signal table"],"Test_Conditions":["Set the data consumed as 50%","Choose the plan of 2GB"]} [/INST] {"Test_Description": ["1)To test the TCM/HU shall be able to provide the information on the amount of 50% data consumed."],"Pre_condition": ["1)Set the power mode as Awake:Power mode =1","2)SIM embedded in the TCM having 2GB Plan"],"Test_Procedure": ["1)Set the data consumed in TCM embedded SIM as 50%"],"Expected_Output": ["1)Verify the TCM/HU shall be able to provide the information on the amount of data consumed (50%) at any point in time for the SIM embedded in the TCM.","2)The TCM/HU shall be able to provide the Threshold notifications as per Plan."]} </s>