| <s>[INST]Generate detailed test cases based on the following description: {"description": ["1.general criteria:BCM and TCU on receiving SNA or Implausible or Dont Care status of any signal, shall discard that signal wherever applicable ie BCM and TCU shall only consider the signal while it’s Status signal is set at plausible condition (ie signalNameStatus==1) .","2.Remote Unlock criteria: when TCU is awake: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."]} [/INST] [{"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 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 BCU 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]Generate detailed test cases based on the following description: {"description":["1.BCM and TCU on receiving SNA or Implausible or Dont Care status of any signal, shall discard that signalwherever applicable ie BCM and TCU shall only consider the signal while it’s Status signal is set at plausible condition (ie {signalName}Status==1).","2.for Remote unlock, when TCU is in sleep state:When Cloud receives remote vehicle unlock request from app, 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."]}[/INST] [{"Pre-Condition":["1) TCU with a functioning SIM", "2) TCU SIM card have 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]Generate detailed test cases based on the following description: {"description": ["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)","2.Vehicle is in Locked State,If vehicle is locked, Unlock the vehicle after checking relevant pre conditions check if Publish updated vehicle lock State(VehicleLockState==7) after RemoteVehicleUnlockCmd execution on CAN to TCU"],"signal table": ["VehicleLockState=0 implies Reserved", "VehicleLockState=1 implies Externally Locked","VehicleLockState=2 implies Internally Locked","VehicleLockState=3 implies Unlocked","VehicleLockState=4 implies Crash Unlocked","VehicleLockState=5 implies Reverse Unlock","VehicleLockState=6 implies TCU Locked","VehicleLockState=7 implies TCU Unlocked"]} [/INST] [{"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 a Vehicle Unlock Request from App" ,"3) Set the Vehicle Lock State Signal from BCM VehicleLockState = 7 VehicleLockStateStatus = 0"],"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 BCU 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]Generate detailed test cases based on the following description: {"description": ["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)","2. Vehicle in unlocked state,If vehicle is in unlock state, discard the command from TCU and publish the vehicle lock state Publish status signal for"], "VehicleLockStateStatus":["VehicleLockStateStatus=0 implies Signal is plausible"," VehicleLockStateStatus =1 implies Reserved for future use"," VehicleLockStateStatus =2 implies Signal is implausible"," VehicleLockStateStatus =3 implies Signal Not Available"]} [/INST] [{"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 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]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote vehicle lock request from app,If TCU is awake, Cloud shall send the request (LockVehicleCmd) 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(LockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication,TCU on receiving remote vehicle lock command (LockVehicleCmd) 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 Vehicle Lock Command Wake lock with timer Par_VehicleLockCmdWakeLock then Wakeup BCM by activating hardwire wakeup line,Publish TCU_NMPDU message over CAN,Set remote vehicle lock request (Set RemoteVehicleLockCmd == “1”) over CAN to BCM","Signal Table for RemoteVehicleLockCmd":["RemoteVehicleLockCmd=0 implies No Lock","RemoteVehicleLockCmd=1 implies Execute Lock"],"Publish the status signal for RemoteVehicleLockCmd using the table following":["RemoteVehicleLockCmdStatus=0 implies Plausible -Information given is correct and according to specification","RemoteVehicleLockCmdStatus=1 implies Don’t Care","RemoteVehicleLockCmdStatus=2 implies Signal is implausible","RemoteVehicleLockCmdStatus=3 impliesSignal Not Available"],"Export the RemoteVehicleLockCmd and RemoteVehicleLockCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.and Reset the remote vehicle unlock request (Set RemoteVehicleLockCmd == “0”) after expiry of Par_VehicleLockCmdWakeLock 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.ECU Applicability TCU."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM","2) TCU SIM card have sufficient network strength","3) TCU is sleep"],"Test Procedure":["1. Set the Power Mode as Awake,PowerModeState = 1","2. Perform a Vehicle Lock Request from App"],"Expected Output":["I. Cloud shall wake up TCU over SMS","II. Verify the following Message in the Cloud:LockVehicleCommand","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 Lock request over CAN to BCM:RemoteVehiclelockCmd = 1,RemoteVehiclelockCmdStatus = 0","VII. Export the RemoteVehiclelockCmd and RemoteVehiclelockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM/GPRS communication.","VIII. Verify Vehicle Lock status is updated in the Mobile App "]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote vehicle lock request from app,If TCU is awake, Cloud shall send the request (LockVehicleCmd) 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(LockVehicleCmd) to TCU as per TMCVP via GSM/GPRS communication,TCU on receiving remote vehicle lock command (LockVehicleCmd) 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 Vehicle Lock Command Wake lock with timer Par_VehicleLockCmdWakeLock then Wakeup BCM by activating hardwire wakeup line,Publish TCU_NMPDU message over CAN,Set remote vehicle lock request (Set RemoteVehicleLockCmd == “1”) over CAN to BCM","Signal Table for RemoteVehicleLockCmd":["RemoteVehicleLockCmd=0 implies No Lock","RemoteVehicleLockCmd=1 implies Execute Lock"],"Publish the status signal for RemoteVehicleLockCmd using the table following":["RemoteVehicleLockCmdStatus=0 implies Plausible -Information given is correct and according to specification","RemoteVehicleLockCmdStatus=1 implies Don’t Care","RemoteVehicleLockCmdStatus=2 implies Signal is implausible","RemoteVehicleLockCmdStatus=3 impliesSignal Not Available"],"Export the RemoteVehicleLockCmd and RemoteVehicleLockCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.and Reset the remote vehicle unlock request (Set RemoteVehicleLockCmd == “0”) after expiry of Par_VehicleLockCmdWakeLock 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.ECU Applicability TCU."]} [/INST] [{"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,PowerModeState = 1","2. Perform a Vehicle Lock Request from App"],"Expected Output":["I. Verify the following Message in the Cloud:LockVehicleCommand","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 Lock request over CAN to BCM,RemoteVehiclelockCmd = 1, RemoteVehiclelockCmdStatus = 0","VI. Export the RemoteVehicleUnlockCmd and RemoteVehicleUnlockCmdStatus to cloud platform as per TMCVP (raw CAN message) over GSM/GPRS communication.","VII. Verify Vehicle Lock status is updated in the Mobile App "]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["BCM shall,If Ignition is OFF ,Wake up as per TML_NexonEV_Wake_Up_Strategy,Read Remote vehicle lock request(RemoteVehicleLockCmd ) over CAN,"If Remote vehicle lock request is Set (If RemoteVehicleLockCmd = “1”)":["If vehicle is in unlock state, Lock the vehicle after checking relevant pre conditions.","Publish updated vehicle lock State(VehicleLockState==’6’) after RemoteVehicleLockCmd execution on CAN to TCU"],"Signal table for VehicleLockState":["VehicleLockState=0 implies Reserved","VehicleLockState=1 implies Externally Locked","VehicleLockState=2 implies Internally Locked","VehicleLockState=3 implies Unlocked","VehicleLockState=4 implies Crash Unlocked","VehicleLockState=5 implies Reverse Unlock","VehicleLockState=6 implies TCU Locked","VehicleLockState=7 implies TCU Unlocked"]," If vehicle is in lock state, discard the command from TCU and publish the vehicle lock state,Publish status signal for VehicleLockState.","Signal table for VehicleLockStateStatus":["VehicleLockStateStatus=0 implies Signal is plausible","VehicleLockStateStatus=1 implies Reserved for future use.","VehicleLockStateStatus=2 implies Signal is implausible","VehicleLockStateStatus=3 implies Signal Not Available"],"If Ignition is ON, Ignore vehicle lock request (RemoteVehicleLockCmd ) from TCU TCU shall Read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleLockCmdWakeLock timer,Send vehicle lock request response (Response of LockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication,Export the VehicleLockEvent to cloud platform asper TMCVP (Events) GSM/GPRS communication.","Consider the response as per the vehicle lock state value as given":["0 implies Reserved Negative","1 implies Externally Locked Positive","2 implies Internally Locked Positive","3 implies Unlocked Negative","4 implies Crash Unlocked Negative","5 implies Reverse Unlock Negative","6 implies TCU Locked Positive","7 implies TCU Unlocked Negative"]} [/INST] [{"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 a Vehicle Lock Request from App","3. Set the Vehicle Lock State Signal from BCM:VehicleLockState = 6,VehicleLockStateStatus = 0"],"Expected Output":["I. TCU read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleUnlockCmdWakeLock timer.","II. TCU send vehicle lock request response (Response of UnlockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication.","III. TCU export the VehiclelockEvent 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]Generate detailed test cases based on the following description: {"description": ["BCM and TCU on receiving SNA or Implausible or Don’t Care status of any signal, shall discard that signal wherever applicable. i.e. BCM and TCU shall only consider the signal while it’s Status signal is set at plausible condition (i.e. {signalName}Status==’1’).","BCM shall,If Ignition is OFF ,Wake up as per TML_NexonEV_Wake_Up_Strategy,Read Remote vehicle lock request(RemoteVehicleLockCmd ) over CAN,"If Remote vehicle lock request is Set (If RemoteVehicleLockCmd = “1”)":["If vehicle is in unlock state, Lock the vehicle after checking relevant pre conditions.","Publish updated vehicle lock State(VehicleLockState==’6’) after RemoteVehicleLockCmd execution on CAN to TCU"],"Signal table for VehicleLockState":["VehicleLockState=0 implies Reserved","VehicleLockState=1 implies Externally Locked","VehicleLockState=2 implies Internally Locked","VehicleLockState=3 implies Unlocked","VehicleLockState=4 implies Crash Unlocked","VehicleLockState=5 implies Reverse Unlock","VehicleLockState=6 implies TCU Locked","VehicleLockState=7 implies TCU Unlocked"]," If vehicle is in lock state, discard the command from TCU and publish the vehicle lock state,Publish status signal for VehicleLockState.","Signal table for VehicleLockStateStatus":["VehicleLockStateStatus=0 implies Signal is plausible","VehicleLockStateStatus=1 implies Reserved for future use.","VehicleLockStateStatus=2 implies Signal is implausible","VehicleLockStateStatus=3 implies Signal Not Available"],"If Ignition is ON, Ignore vehicle lock request (RemoteVehicleLockCmd ) from TCU TCU shall Read vehicle lock State (VehicleLockState) on CAN from BCM during Par_VehicleLockCmdWakeLock timer,Send vehicle lock request response (Response of LockVehicleCmd) to Cloud as per TMCVP Document via GSM/GPRS communication,Export the VehicleLockEvent to cloud platform asper TMCVP (Events) GSM/GPRS communication.","Consider the response as per the vehicle lock state value as given":["0 implies Reserved Negative","1 implies Externally Locked Positive","2 implies Internally Locked Positive","3 implies Unlocked Negative","4 implies Crash Unlocked Negative","5 implies Reverse Unlock Negative","6 implies TCU Locked Positive","7 implies TCU Unlocked Negative"]} [/INST] [{"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 a Vehicle Lock Request from App","3. Set the Vehicle Lock State Signal from BCM:VehicleLockState = 6,VehicleLockStateStatus = 2"],"Expected Output":["I. Verify TCU shall discard the signal from BCM."]}] </s>} | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["1.Cloud, on receiving Turn AC ON request (along with the set timer value (SetTimer) and set temperature value(SetTemp)) from App shall","steps":["1.Wake UP TCU over SMS, if not awake","2. Create the StartAcCommand payload as per the SetTemp and SetTimer value.","3.Send the request to TCU (StartAcCommand) after connecting over GSM/GPRS communication as per TMCVP."]} [/INST] [{"Pre-Condition":["1) Labcar is equipped with TCU and a functioning SIM."," 2) Phone and TCU SIM cards have sufficient network strength.","3) TCU is Sleep"],"Test Procedure":[" 1) IGN is OFF (Power mode state as=0)","2) User sends Turn ON AC request from mobile App","3) User also changes temp from mobile app "],"Expected Output":["1) Verify that Cloud should wake up TCU by sending SMS","2) Verify that cloud is creating StartAcCommand as payload as per SetTemp and SetTimer value."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["BCM, FATC, VCU, PC, and TCI-J on receiving SNA or Implausible or Don't Care status of any signal, shall discard that signal wherever applicable. i.e. BCM, FATC, VCU, PC, and TCU shall only consider the signal while it's Status signal is set at plausible condition (i.e. {signalName}Status=='1')."]}[/INST][{"Pre-Condition":["1) Labcar is equipped with TCU and a functioning SIM."," 2) Phone and TCU SIM cards have sufficient network strength.","3) TCU is Awake"],"Test Procedure":[" 1) TCU sendsRemoteAcCmdStatus=1 (Don’t Care) OR RemoteAcCmdStatus=2 (Signal is Implausible) ORRemoteAcCmdStatus=3 (Signal not available)"],"Expected Output":["1)VCU or BCM or TCU or IPC or FATC on receiving RemoteAcCmdStatus = 1 (OR) 2 (OR) 3 from TCU, shall discard that signal."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["1.Cloud, on receiving Turn AC ON request (along with the set timer value (SetTimer) and set temperature value(SetTemp)) from App shall","steps":["1.Wake UP TCU over SMS, if not awake","2. Create the StartAcCommand payload as per the SetTemp and SetTimer value.","3.Send the request to TCU (StartAcCommand) after connecting over GSM/GPRS communication as per TMCVP."]} [/INST] [{"Pre-Condition":["1) Vehicle is equipped with TCU and a functioning SIM."," 2) Phone and TCU SIM cards have sufficient network strength.","3) TCU is Sleep"],"Test Procedure":["1) IGN is OFF (Powermode state as=0)","2) User sends Turn ON AC request from mobile App","3) User also set temp=20 degree from mobile app "],"Expected Output":["1) Verify that TCU wakeup over SMS by Mobile app","2)Verify TCU_NMPDU publishes on Vehicle CAN","3) Verify TCU publishes TelematicsEventMsg_RC4 (1EF) with RemoteAcCmd=1.","4) Verify FATC published CCM_RC1 with AcReqNew=1 on CAN and turn on the blower.","5) Verify the VCU publishes VCU8_RC with CabinCoolingSolValveState=2 and turn on the compressor.","6) TCU sends success response for Remote AC command to Cloud.","7) Verify that TCU export AC ON event to cloud","8) Verify in TCU logs that TCU starts timer of 5 min ","9) Verify that after expiry of that timer TCU publishes TelematicsEventMsg_RC4 (1EF) with RemoteAcCmd=0 and AC should be turned OFF.","10) Verify that TCU export AC OFF event to cloud"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["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.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.","table for RemoteHazardCmd signal":["RemoteHazardCmd =0 implies Turn Off Hazard Lamp","RemoteHazardCmd =1 implies Turn On Hazard Lamp"],"Publish the status signal for RemoteHazardCmd","table for RemoteHazardCmdStatus signal":["RemoteHazardCmdStatus =0 implies Plausible -Information given is correct and according to specification","RemoteHazardCmdStatus =1 implies Don’t Care","RemoteHazardCmdStatus =2 implies Signal is implausible","RemoteHazardCmdStatus =3 implies Signal Not Available"],"Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","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.","table for HazardLampState signal":["HazardLampState =0 implies Hazard Lamp Off","HazardLampState =1 implies Hazard Lamp On"],"If hazard lamp is in On state, discard the Command from TCU and publish the hazard lamp state,Publish status signal for HazardLampState."table for HazardLampStateStatus signal":["HazardLampStateStatus =0 implies Signal is plausible","HazardLampStateStatus =1 implies Reserved for future use.","HazardLampStateStatus =2 implies Signal is implausible","HazardLampStateStatus =3 implies Signal Not Available"],"If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU ,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."]} [/INST] [{"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]Generate detailed test cases based on the following description: {"description": ["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.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.","table for RemoteHazardCmd signal":["RemoteHazardCmd =0 implies Turn Off Hazard Lamp","RemoteHazardCmd =1 implies Turn On Hazard Lamp"],"Publish the status signal for RemoteHazardCmd","table for RemoteHazardCmdStatus signal":["RemoteHazardCmdStatus =0 implies Plausible -Information given is correct and according to specification","RemoteHazardCmdStatus =1 implies Don’t Care","RemoteHazardCmdStatus =2 implies Signal is implausible","RemoteHazardCmdStatus =3 implies Signal Not Available"],"Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","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.","table for HazardLampState signal":["HazardLampState =0 implies Hazard Lamp Off","HazardLampState =1 implies Hazard Lamp On"],"If hazard lamp is in On state, discard the Command from TCU and publish the hazard lamp state,Publish status signal for HazardLampState."table for HazardLampStateStatus signal":["HazardLampStateStatus =0 implies Signal is plausible","HazardLampStateStatus =1 implies Reserved for future use.","HazardLampStateStatus =2 implies Signal is implausible","HazardLampStateStatus =3 implies Signal Not Available"],"If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU ,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."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Sleep"],"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.","VII. Verify Hazard Lamp details is updated in the Mobile App"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["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.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.","table for RemoteHazardCmd signal":["RemoteHazardCmd =0 implies Turn Off Hazard Lamp","RemoteHazardCmd =1 implies Turn On Hazard Lamp"],"Publish the status signal for RemoteHazardCmd","table for RemoteHazardCmdStatus signal":["RemoteHazardCmdStatus =0 implies Plausible -Information given is correct and according to specification","RemoteHazardCmdStatus =1 implies Don’t Care","RemoteHazardCmdStatus =2 implies Signal is implausible","RemoteHazardCmdStatus =3 implies Signal Not Available"],"Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","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.","table for HazardLampState signal":["HazardLampState =0 implies Hazard Lamp Off","HazardLampState =1 implies Hazard Lamp On"],"If hazard lamp is in On state, discard the Command from TCU and publish the hazard lamp state,Publish status signal for HazardLampState."table for HazardLampStateStatus signal":["HazardLampStateStatus =0 implies Signal is plausible","HazardLampStateStatus =1 implies Reserved for future use.","HazardLampStateStatus =2 implies Signal is implausible","HazardLampStateStatus =3 implies Signal Not Available"],"If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU ,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."]} [/INST] [{"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 Ignition ON:Power mode state = 6.","2. Perform remote Hazard lamp ON request from app."],"Expected Output":["I.Verify the following Message in the Cloud:RemoteHazardCommand.","II. TCU shall ignore the command from cloud:RemoteHazardCmd CAN signal shall not be in the CAN Bus.","III. Verify Hazard Lamp details is not updated in the Mobile App"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["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.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.","table for RemoteHazardCmd signal":["RemoteHazardCmd =0 implies Turn Off Hazard Lamp","RemoteHazardCmd =1 implies Turn On Hazard Lamp"],"Publish the status signal for RemoteHazardCmd","table for RemoteHazardCmdStatus signal":["RemoteHazardCmdStatus =0 implies Plausible -Information given is correct and according to specification","RemoteHazardCmdStatus =1 implies Don’t Care","RemoteHazardCmdStatus =2 implies Signal is implausible","RemoteHazardCmdStatus =3 implies Signal Not Available"],"Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","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.","table for HazardLampState signal":["HazardLampState =0 implies Hazard Lamp Off","HazardLampState =1 implies Hazard Lamp On"],"If hazard lamp is in On state, discard the Command from TCU and publish the hazard lamp state,Publish status signal for HazardLampState."table for HazardLampStateStatus signal":["HazardLampStateStatus =0 implies Signal is plausible","HazardLampStateStatus =1 implies Reserved for future use.","HazardLampStateStatus =2 implies Signal is implausible","HazardLampStateStatus =3 implies Signal Not Available"],"If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU ,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."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Awake","4) Hazard Lamp is OFF"],"Test Procedure":["1. Vehicle is OFF","2. Perform remote Hazard lamp ON request from app."],"Expected Output":["I. Verify TCU publishes TelematicsEvent_RC4_Msg (1EF) message 10 times with an interval of 200ms on CAN","II. Verify TCU is not generating unintended events,Eg : Vehicle Lock/unlock event","III.Verify BCM is turning Hazard lamp ON and check the signal Hazardlampstate in BCM_RC5","IV. Verify BCM respond the Hazard Lamp ON/OFF Status to TCU.","V. TCU send vehicle hazard lamp ON request response Success to Cloud.","VI. Verify that TCU export the Light Start event to cloud platform .","VII. Verify Hazard lamp status is updated in the Mobile App "]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["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.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.","table for RemoteHazardCmd signal":["RemoteHazardCmd =0 implies Turn Off Hazard Lamp","RemoteHazardCmd =1 implies Turn On Hazard Lamp"],"Publish the status signal for RemoteHazardCmd","table for RemoteHazardCmdStatus signal":["RemoteHazardCmdStatus =0 implies Plausible -Information given is correct and according to specification","RemoteHazardCmdStatus =1 implies Don’t Care","RemoteHazardCmdStatus =2 implies Signal is implausible","RemoteHazardCmdStatus =3 implies Signal Not Available"],"Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","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.","table for HazardLampState signal":["HazardLampState =0 implies Hazard Lamp Off","HazardLampState =1 implies Hazard Lamp On"],"If hazard lamp is in On state, discard the Command from TCU and publish the hazard lamp state,Publish status signal for HazardLampState."table for HazardLampStateStatus signal":["HazardLampStateStatus =0 implies Signal is plausible","HazardLampStateStatus =1 implies Reserved for future use.","HazardLampStateStatus =2 implies Signal is implausible","HazardLampStateStatus =3 implies Signal Not Available"],"If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU ,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."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Sleep","4) Hazard Lamp is OFF"],"Test Procedure":["1. Vehicle is OFF","2. Perform remote Hazard lamp ON request from app."],"Expected Output":["I. Verify that TCU is getting wakeup by receiving SMS from Mobile App, TCU's LED should starts blinking","II. Verify TCU publishes TelematicsEvent_RC4_Msg (1EF) message on CAN.","III. Verify TCU is not generating unintended events:Eg : Vehicle Lock/unlock event","IV.Verify BCM is turning Hazard lamp ON and check the signal Hazardlampstate in BCM_RC5","V.Verify BCM respond the Hazard Lamp ON/OFF Status to TCU","VI. TCU send vehicle hazard lamp ON request response Success to Cloud .","VII. Verify that TCU export the Light Start event to cloud platform .","VIII. Verify Hazard lamp status is updated in the Mobile App "]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["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.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.","table for RemoteHazardCmd signal":["RemoteHazardCmd =0 implies Turn Off Hazard Lamp","RemoteHazardCmd =1 implies Turn On Hazard Lamp"],"Publish the status signal for RemoteHazardCmd","table for RemoteHazardCmdStatus signal":["RemoteHazardCmdStatus =0 implies Plausible -Information given is correct and according to specification","RemoteHazardCmdStatus =1 implies Don’t Care","RemoteHazardCmdStatus =2 implies Signal is implausible","RemoteHazardCmdStatus =3 implies Signal Not Available"],"Export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","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.","table for HazardLampState signal":["HazardLampState =0 implies Hazard Lamp Off","HazardLampState =1 implies Hazard Lamp On"],"If hazard lamp is in On state, discard the Command from TCU and publish the hazard lamp state,Publish status signal for HazardLampState."table for HazardLampStateStatus signal":["HazardLampStateStatus =0 implies Signal is plausible","HazardLampStateStatus =1 implies Reserved for future use.","HazardLampStateStatus =2 implies Signal is implausible","HazardLampStateStatus =3 implies Signal Not Available"],"If Ignition is ON,Ignore hazard lamp on request (RemoteHazardCmd) from TCU ,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."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Sleep","4) Hazard Lamp is OFF"],"Test Procedure":["1. Vehicle is in ignition ON","2. Perform remote Hazard lamp ON request from app."],"Expected Output":["I. Verify the following Message in the Cloud:RemoteHazardCommand.","II. TCU shall ignore the command from cloud:1. RemoteHazardCmd CAN signal shall not be in the CAN Bus,2. Verify TCU is not generating unintended events.","III. Verify Hazard Lamp details is not updated in the Mobile App."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote hazard lamp OFF 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 sleep state, Cloud shall wake up TCU over SMS and shall send the command(RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication.TCU , on receiving remote hazard OFF 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 OFF request (Set RemoteHazardCmd == “0”) 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.BCM shall,If Ignition is OFF: Wake up as per TML_NexonEV_Wake_Up_Strategy ,Read Remote hazard OFF request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = “0”) ,If hazard lamp is on, turn off the hazardlamp,Publish updated hazard lamp state (HazardLampState=’0’) after RemoteHazardCmd execution over CAN to TCU, If hazard lamp is in Off state, discard the Command from TCU and publish the hazard lamp state.Publish status signal for HazardLampState.If Ignition is ON:Ignore hazard lamp off request (RemoteHazardCmd) from TCU.TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer,Send remote hazard OFF request response(Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StopLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."]} [/INST] [{"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 OFF 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 OFF request over CAN to BCM:RemoteHazardCmd = 0,RemoteHazardCmdStatus = 0.","VI. Verify BCM respond the Hazard Lamp ON/OFF Status to TCU.","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]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote hazard lamp OFF 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 sleep state, Cloud shall wake up TCU over SMS and shall send the command(RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication.TCU , on receiving remote hazard OFF 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 OFF request (Set RemoteHazardCmd == “0”) 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.BCM shall,If Ignition is OFF: Wake up as per TML_NexonEV_Wake_Up_Strategy ,Read Remote hazard OFF request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = “0”) ,If hazard lamp is on, turn off the hazardlamp,Publish updated hazard lamp state (HazardLampState=’0’) after RemoteHazardCmd execution over CAN to TCU, If hazard lamp is in Off state, discard the Command from TCU and publish the hazard lamp state.Publish status signal for HazardLampState.If Ignition is ON:Ignore hazard lamp off request (RemoteHazardCmd) from TCU.TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer,Send remote hazard OFF request response(Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StopLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Sleep"],"Test Procedure":["1. Set the Power Mode as Awake:Power mode state = 1.","2. Perform remote Hazard lamp OFF 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 OFF request over CAN to BCM:RemoteHazardCmd = 0,RemoteHazardCmdStatus = 0","VII. Verify BCM respond the Hazard Lamp ON/OFF Status to TCU.","VIII.TCU export the RemoteHazardCmd and RemoteHazardCmdStatus to cloud platform as per TMCVP over GSM/GPRS communication.","IX. Verify Hazard Lamp details is updated in the Mobile App"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote hazard lamp OFF 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 sleep state, Cloud shall wake up TCU over SMS and shall send the command(RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication.TCU , on receiving remote hazard OFF 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 OFF request (Set RemoteHazardCmd == “0”) 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.BCM shall,If Ignition is OFF: Wake up as per TML_NexonEV_Wake_Up_Strategy ,Read Remote hazard OFF request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = “0”) ,If hazard lamp is on, turn off the hazardlamp,Publish updated hazard lamp state (HazardLampState=’0’) after RemoteHazardCmd execution over CAN to TCU, If hazard lamp is in Off state, discard the Command from TCU and publish the hazard lamp state.Publish status signal for HazardLampState.If Ignition is ON:Ignore hazard lamp off request (RemoteHazardCmd) from TCU.TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer,Send remote hazard OFF request response(Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StopLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."]} [/INST] [{"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 Ignition ON:Power mode state = 6.","2. Perform remote Hazard lamp OFF request from app."],"Expected Output":["I. Verify the following Message in the Cloud:RemoteHazardCommand","II. TCU shall ignore the command from cloud:RemoteHazardCmd CAN signal shall not be in the CAN Bus","III. Verify Hazard Lamp details is not updated in the Mobile App."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote hazard lamp OFF 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 sleep state, Cloud shall wake up TCU over SMS and shall send the command(RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication.TCU , on receiving remote hazard OFF 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 OFF request (Set RemoteHazardCmd == “0”) 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.BCM shall,If Ignition is OFF: Wake up as per TML_NexonEV_Wake_Up_Strategy ,Read Remote hazard OFF request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = “0”) ,If hazard lamp is on, turn off the hazardlamp,Publish updated hazard lamp state (HazardLampState=’0’) after RemoteHazardCmd execution over CAN to TCU, If hazard lamp is in Off state, discard the Command from TCU and publish the hazard lamp state.Publish status signal for HazardLampState.If Ignition is ON:Ignore hazard lamp off request (RemoteHazardCmd) from TCU.TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer,Send remote hazard OFF request response(Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StopLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Awake","4) Hazard Lamp is ON"],"Test Procedure":["1. Set the Power Mode as Awake:Power mode state = 1.","2. Perform remote Hazard lamp OFF request from app."],"Expected Output":["I. Verify TCU publishes TelematicsEvent_RC4_Msg (1EF) message 10 times with an interval of 200ms on CAN.","II. Verify TCU is not generating unintended events.Eg : Vehicle Lock/unlock event.","III.Verify BCM is turning Hazard lamp OFF and check the signal Hazardlampstate in BCM_RC5.","IV.Verify BCM respond the Hazard Lamp ON/OFF Status to TCU.","V. TCU send vehicle hazard lamp OFF request response Success to Cloud.","VI. Verify that TCU export the Light Stop event to cloud platform.","VII. Verify Hazard lamp status is updated in the Mobile App "]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description": ["When Cloud receives remote hazard lamp OFF 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 sleep state, Cloud shall wake up TCU over SMS and shall send the command(RemoteHazardCommand) to TCU as per TMCVP via GSM/GPRS communication.TCU , on receiving remote hazard OFF 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 OFF request (Set RemoteHazardCmd == “0”) 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.BCM shall,If Ignition is OFF: Wake up as per TML_NexonEV_Wake_Up_Strategy ,Read Remote hazard OFF request (RemoteHazardCmd) over CAN,If Remote hazard in request is Set (If RemoteHazardCmd = “0”) ,If hazard lamp is on, turn off the hazardlamp,Publish updated hazard lamp state (HazardLampState=’0’) after RemoteHazardCmd execution over CAN to TCU, If hazard lamp is in Off state, discard the Command from TCU and publish the hazard lamp state.Publish status signal for HazardLampState.If Ignition is ON:Ignore hazard lamp off request (RemoteHazardCmd) from TCU.TCU shall,Read hazard lamp State (HazardLampState) on CAN from BCM during Par_RemoteLightCmdWakeLock timer,Send remote hazard OFF request response(Response of RemoteHazardCommand) to Cloud as per TMCVP Document via GSM/GPRS communication,Export StopLightEvent with Hazard Lamp property to cloud platform as per TMCVP via GSM/GPRS communication."]} [/INST] [{"Pre-Condition":["1) TCU with a functioning SIM.","2) TCU SIM card have sufficient network strength.","3) TCU is Sleep","4) Hazard Lamp is ON"],"Test Procedure":["1. Set the Power Mode as Awake:Power mode state = 1.","2. Perform remote Hazard lamp OFF request from app."],"Expected Output":["I. Verify that TCU is getting wakeup by receiving SMS from Mobile App, TCU's LED should starts blinking.","II. Verify TCU publishes TelematicsEvent_RC4_Msg (1EF) message on CAN.","III. Verify TCU is not generating unintended events.Eg : Vehicle Lock/unlock event.","IV.Verify BCM is turning Hazard lamp OFF and check the signal Hazardlampstate in BCM_RC5.","V. Verify BCM respond the Hazard Lamp ON/OFF Status to TCU.","VI. TCU send vehicle hazard lamp OFF request response Success to Cloud .","VII. Verify that TCU export the Light Stop event to cloud platform.","VIII. Verify Hazard lamp status is updated in the Mobile App."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM shall publish the Don’t Care condition of the status signal under the following conditions:Actual command is not received from the platform but signal is being published,Command is being published in the ignition On condition.TCM shall publish the plausible condition of the status signal under the following conditions:Valid remote command is received from platform and is being published on the CAN,TCM shall not publish SNA or Implausible unless specifically mentioned in the requirements.TCM, HU and BCM shall remain awake as long as the TCM_NMPDU message is available over CAN,TCM shall stop publishing the TCM_NMPDU signal post the remote command sequence is completed unless stated otherwise in the requirements."]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Pre Standby:PowerModeState = 0.","2. Ensure that TCM is in sleep state.","3. Publish Remote Engine start Command from app/cloud."],"Expected Output":["1.TCM shall StartEngAcCommandWakeLock with timer Par_StartEngAcCommandWakeLock ","2. Publish TM_NMPDU Message over vehicle CAN.","3. Set RemoteEngAcCmd = 1"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM shall publish the Don’t Care condition of the status signal under the following conditions:Actual command is not received from the platform but signal is being published,Command is being published in the ignition On condition.TCM shall publish the plausible condition of the status signal under the following conditions:Valid remote command is received from platform and is being published on the CAN,TCM shall not publish SNA or Implausible unless specifically mentioned in the requirements.TCM, HU and BCM shall remain awake as long as the TCM_NMPDU message is available over CAN,TCM shall stop publishing the TCM_NMPDU signal post the remote command sequence is completed unless stated otherwise in the requirements."]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Awake:PowerModeState = 1.","2. Ensure that TCM is in Awakestate.","3. Publish Remote Engine start Command from app/cloud."],"Expected Output":["1.TCM shall StartEngAcCommandWakeLock with timer Par_StartEngAcCommandWakeLock ","2. Publish TM_NMPDU Message over vehicle CAN.","3. Set RemoteEngAcCmd = 1"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM shall publish the Don’t Care condition of the status signal under the following conditions:Actual command is not received from the platform but signal is being published,Command is being published in the ignition On condition.TCM shall publish the plausible condition of the status signal under the following conditions:Valid remote command is received from platform and is being published on the CAN,TCM shall not publish SNA or Implausible unless specifically mentioned in the requirements.TCM, HU and BCM shall remain awake as long as the TCM_NMPDU message is available over CAN,TCM shall stop publishing the TCM_NMPDU signal post the remote command sequence is completed unless stated otherwise in the requirements."]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as IGNITION ON:PowerModeState = 6.","2. Ensure that TCM is in Awake state.","3. Publish Remote Engine start Command from app/cloud."],"Expected Output":["TCM shall publish the Don’t Care condition of the status signal. i.e RemoteEngAcCmd is not equal to 1. its sending RemoteEngAcCmd=0"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM,Shall wakeup, upon receiving the wakeup via SMS from cloud,On receiving remote start Engine command StartEngCommand from platform, shall check Vehicle Ignition state,TCM, if ignition is OFF (as per TCM’s Ignition Hardwire input), shall Decode the StartEngCommand to extract the SetTimer value,Set StartEngAcCommandWakeLock with timer Par_StartEngAcCommandWakeLock, which will be awake till pre conditions met signal feedback is received. The duration of this timer shall be calibratable. If precondition failed signal feedback received from BCM, then TCM will turn off the Par_StartEngAcCommandWakeLock timer and publish StartEngCommandResponse == Failed to platform.","Wake up the BCM on hardwired line,Publish TCM_NMPDU message over CAN,Set RemoteEngAcCmd == 1","On receiving RemoteEngAcCmd == 1 command,BCM should check the,door open status of all the doors by monitoring the following signals/ components:DoorStateDrvr,DoorStatePass,DoorStateRearRH,DoorStateRearLH,TailgateState,BonnetState","BCM shall also monitor vehicle lock state in addition to the above signals.If any of the door status is Open, BCM shall publish the BCMRemotePrecheck == 2 to TCM & PEPS and RemoteUsecaseState == 0 to applicable ECU’s informing about Remote Engine feature is turned off.If all the doors are closed, publish the BCMRemotePrecheck == 1 to PEPS & TCM and RemoteUsecaseState == 3 to TCM, PEPS, HU and IPC so that all ECU’s will be aware of Remote Engine feature is turned on.Also, after successful precheck, BCM shall give audio visual output in the form of hazard lamps and horn to alert pedestrians side by","After receiving RemoteUsecaseState, BCMRemotePrecheck and PowerModeState signals from BCM, TCM should:If received signal status from BCM is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason Door Open, tailgate open etc.If received signal status from BCM is successful, TCM shall send RemoteEngAcCmd == 1 signal periodically to BCM & PEPS to keep the Ignition ON relay remotely active."]]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Pre Standby:PowerModeState = 0","2. Publish Remote Engine start Command from app/cloud.","3. Set below signals from BCM/PEPS:BCMRemotePrecheck = 2,RemoteUsecaseState = 0"],"Expected Output":["1. If any of the door status is Open, BCM shall publish the BCMRemotePrecheck == 2 to TCM & PEPS and RemoteUsecaseState == 0 to applicable ECU’s informing about Remote Engine feature is turned off.","2. If received signal status from BCM is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason Door Open, tailgate open etc."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM,Shall wakeup, upon receiving the wakeup via SMS from cloud,On receiving remote start Engine command StartEngCommand from platform, shall check Vehicle Ignition state,TCM, if ignition is OFF (as per TCM’s Ignition Hardwire input), shall Decode the StartEngCommand to extract the SetTimer value,Set StartEngAcCommandWakeLock with timer Par_StartEngAcCommandWakeLock, which will be awake till pre conditions met signal feedback is received. The duration of this timer shall be calibratable. If precondition failed signal feedback received from BCM, then TCM will turn off the Par_StartEngAcCommandWakeLock timer and publish StartEngCommandResponse == Failed to platform.","Wake up the BCM on hardwired line,Publish TCM_NMPDU message over CAN,Set RemoteEngAcCmd == 1","On receiving RemoteEngAcCmd == 1 command,BCM should check the,door open status of all the doors by monitoring the following signals/ components:DoorStateDrvr,DoorStatePass,DoorStateRearRH,DoorStateRearLH,TailgateState,BonnetState","BCM shall also monitor vehicle lock state in addition to the above signals.If any of the door status is Open, BCM shall publish the BCMRemotePrecheck == 2 to TCM & PEPS and RemoteUsecaseState == 0 to applicable ECU’s informing about Remote Engine feature is turned off.If all the doors are closed, publish the BCMRemotePrecheck == 1 to PEPS & TCM and RemoteUsecaseState == 3 to TCM, PEPS, HU and IPC so that all ECU’s will be aware of Remote Engine feature is turned on.Also, after successful precheck, BCM shall give audio visual output in the form of hazard lamps and horn to alert pedestrians side by","After receiving RemoteUsecaseState, BCMRemotePrecheck and PowerModeState signals from BCM, TCM should:If received signal status from BCM is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason Door Open, tailgate open etc.If received signal status from BCM is successful, TCM shall send RemoteEngAcCmd == 1 signal periodically to BCM & PEPS to keep the Ignition ON relay remotely active."]]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Awake:PowerModeState = 1","2. Publish Remote Engine start Command from app/cloud.","3. Set below signals from BCM/PEPS:BCMRemotePrecheck = 2,RemoteUsecaseState = 0"],"Expected Output":["1. If any of the door status is Open, BCM shall publish the BCMRemotePrecheck == 2 to TCM & PEPS and RemoteUsecaseState == 0 to applicable ECU’s informing about Remote Engine feature is turned off.","2. If received signal status from BCM is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason Door Open, tailgate open etc."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM,Shall wakeup, upon receiving the wakeup via SMS from cloud,On receiving remote start Engine command StartEngCommand from platform, shall check Vehicle Ignition state,TCM, if ignition is OFF (as per TCM’s Ignition Hardwire input), shall Decode the StartEngCommand to extract the SetTimer value,Set StartEngAcCommandWakeLock with timer Par_StartEngAcCommandWakeLock, which will be awake till pre conditions met signal feedback is received. The duration of this timer shall be calibratable. If precondition failed signal feedback received from BCM, then TCM will turn off the Par_StartEngAcCommandWakeLock timer and publish StartEngCommandResponse == Failed to platform.","Wake up the BCM on hardwired line,Publish TCM_NMPDU message over CAN,Set RemoteEngAcCmd == 1","On receiving RemoteEngAcCmd == 1 command,BCM should check the,door open status of all the doors by monitoring the following signals/ components:DoorStateDrvr,DoorStatePass,DoorStateRearRH,DoorStateRearLH,TailgateState,BonnetState","BCM shall also monitor vehicle lock state in addition to the above signals.If any of the door status is Open, BCM shall publish the BCMRemotePrecheck == 2 to TCM & PEPS and RemoteUsecaseState == 0 to applicable ECU’s informing about Remote Engine feature is turned off.If all the doors are closed, publish the BCMRemotePrecheck == 1 to PEPS & TCM and RemoteUsecaseState == 3 to TCM, PEPS, HU and IPC so that all ECU’s will be aware of Remote Engine feature is turned on.Also, after successful precheck, BCM shall give audio visual output in the form of hazard lamps and horn to alert pedestrians side by","After receiving RemoteUsecaseState, BCMRemotePrecheck and PowerModeState signals from BCM, TCM should:If received signal status from BCM is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason Door Open, tailgate open etc.If received signal status from BCM is successful, TCM shall send RemoteEngAcCmd == 1 signal periodically to BCM & PEPS to keep the Ignition ON relay remotely active.","After receiving successful BCMRemotePrecheck signal from BCM, PEPS shall monitor the Steering lock state and battery voltage,If any of the above signals value are outside set threshold, PEPS shall publish the PEPSRemoteCheck == 2 to TCM and not turn on the Ignition relay control,If all of the above signals value are in valid threshold range, PEPS shall publish the PEPSRemoteCheck == 1 to TCM and turn on the Ignition relay control,PEPSRemoteCheck signal shall be event based and will transmit in Accessory Power mode,PEPSRemoteCheck from PEPS is Event based signals with the frequency of 200 ms, 10 times shared to TCM. Therefore,TCM has to wait for 15 sec maximum to receive the signals. (calibratable),Turn ON the internal timer ConfiguralTimer with default value. This timer value should be calibratable,BCMRemotePrecheck from BCM is Event based signals with the frequency of 200 ms, 10 times shared to PEPS. Therefore, PEPS has to wait for 15 sec maximum to receive the signals,Delay of any signal to PEPS will result in failure status and PEPS shall not turn ON Ignition relay."]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Pre Standby:PowerModeState = 0.","2. Publish Remote Engine start Command from app/cloud.","3. Publish the below signals values on CAN to set below signals from BCM/PEPS:BCMRemotePrecheck = 1,RemoteUsecaseState = 3,PEPSRemoteCheck = 2"],"Expected Output":["1. TCM shall export the:StartEngCommandResponse = Failed.","2. TCM shall set:RemoteEngAcCmd = 0"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM, if Ignition is ON (as per TCM’s Ignition Hardwire input), shall ignore the command from platform and shall send StartEngCommandResponse == Failed as per TMCVP to cloud over GSM/GPRS communication.","TCM, if ignition is OFF (as per TCM’s Ignition Hardwire input), shall Decode the StartEngCommand to extract the SetTimer value,Set StartEngAcCommandWakeLock with timer Par_StartEngAcCommandWakeLock, which will be awake till pre conditions met signal feedback is received. The duration of this timer shall be calibratable. If precondition failed signal feedback received from BCM, then TCM will turn off the Par_StartEngAcCommandWakeLock timer and publish StartEngCommandResponse == Failed to platform,Wake up the BCM on hardwired line,Publish TCM_NMPDU message over CAN,Set RemoteEngAcCmd == 1.","After receiving PEPSRemoteCheck signal from PEPS, TCM should:If received signal status from PEPS is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason low/high battery voltage, steering not locked etc, If received signal status from PEPS is successful, TCM shall keep sending RemoteEngAcCmd == 1 signal periodically.","After receiving IPCRemoteCheck signal from IPC and PowerModeState from BCM respectively, TCM should:If received signal status from IPC is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason fuel level low, non-zero vehicle speed (calibratable) and park brake not engaged,If received signal status from IPC is successful as well as PowerModeState (Ignition On), TCM shall send RemoteEngAcCmd == 1 signal periodically to BCM & PEPS to keep the Ignition ON relay remotely active.","After receiving of RemoteEngAcCmd == 1 && RemoteUsecaseState == 3 command on Ignition ON, TCU shall check Clutch open state, failure in TCU and Gear Shift Lever in Park for DCT / Gear Shift Lever in Neutral for AMT,If bit value of all above signals is within set limits / plausible, then TCU shall update RESSEnable == 1 (Success),If bit value of any of above signals is failure/ outside set limits, then TCU shall update RESSEnable == 0 (Off).","After receiving EMSRemoteCheck signal from EMS, PEPS should:If received signal status is a failure i.e. EMSRemoteCheck == 2, PEPS shall turn OFF Ignition relay and TCM shall monitor PowerModeState signal for feedback,If the received signal status is successful i.e. EMSRemoteCheck == 1, PEPS shall keep ON the ignition relay control till TCM sends periodically RemoteEngAcCmd == 1 and TCM shall monitor PowerModeState signal for feedback."]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Pre Standby:PowerModeState = 0","2. Publish Remote Engine start Command from app/cloud.","3. Set below signals from BCM/PEPS:BCMRemotePrecheck = 1,RemoteUsecaseState = 3,PEPSRemoteCheck = 1,IPCRemoteCheck = 1,EMSRemoteCheck = 1,PowerModeState = 8"],"Expected Output":["1. TCM shall export the RemoteEngAcCmd = 1","TCM shall export remote command response as success if all the ECUs remote pre-conditions passed"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["After receiving of RemoteEngAcCmd == 1 && RemoteUsecaseState == 3 command on Ignition ON, IPC shall check the Vehicle Fuel Level(LowFuelOutputIC), Vehicle Speed (VehSpdIC) and Park brake state of the vehicle by monitoring the signals ParkBrkState.If any of the above signals value are outside set threshold, IPC shall publish the IPCRemoteCheck == 2 to TCM & PEPS.If all of the above signals value are in valid threshold range, IPC should publish the IPCRemoteCheck == 1 to TCM & PEPS.","After receiving IPCRemoteCheck signal from IPC and PowerModeState from BCM respectively, TCM should:If received signal status from IPC is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason fuel level low, non-zero vehicle speed (calibratable) and park brake not engaged.If received signal status from IPC is successful as well as PowerModeState (Ignition On), TCM shall send RemoteEngAcCmd == 1 signal periodically to BCM & PEPS to keep the Ignition ON relay Remotely active."]} [/INST] [{"Pre-Condition":["1.TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the Power Mode as Pre Standby:PowerModeState = 0","2. Publish Remote Engine start Command from app/cloud - RemoteEngAcCmd == 1","3. Set below signals from BCM/PEPS:IPCRemoteCheck = 2,IPCRemoteCheckStatus = 0","4. Check for the below signal responses:RemoteEngAcCmd = 0,StartEngCommandResponse == Failed"],"Expected Output":["If any of the above signals value are outside set threshold, IPC shall publish the IPCRemoteCheck == 2 to TCM & PEPS.","If received signal status from IPC is a failure, TCM shall stop the Par_StartEngAcCommandWakeLock and export the StartEngCommandResponse == Failed with the reason fuel level low, non-zero vehicle speed (calibratable) and park brake not engaged "]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["ECU’s shall meet IVN specifications and relevant signals shall have calibratable options in terms of debounce time, delay etc,Transmitting ECU’s shall publish all the messages to receiving ECU as per the periodicity defined in function net and DBC document,All the relevant signals for RESS feature shall have status signals,ECU shall log DTC related to Message Time Out (MTO) from respective ECU,ECU shall log DTC related to invalid /implausible signal received from respective ECU.","TCM shall support/allow RESS feature execution when it is requested through tool /tester at EoL."]} [/INST] [{"Pre-Condition":["1. TCM should allow the remote engine start request via a EOL tester tool as a valid request"],"Test Procedure":["1. Set the Power Mode as Pre Standby:PowerModeState = 6 / Ignition is ON","2. Publish Remote Engine start Command from the EOL tester tool","3. confirm the status of below signals from BCM/PEPS:BCMRemotePrecheck = 2,RemoteUsecaseState = 3,RemoteUsecaseStateStatus = 0,PEPSRemoteCheck = 1,IPCRemoteCheck = 2,IPCRemoteCheckStatus = 0,EMSRemoteCheck = 1,EMSRemoteCheckStatus = 0,RemoteEngAcCmd = 1,StartEngCommandResponse = Pass / Fail"],"Expected Output":["All ECUs shall support for checking of RESS feature at EoL through tester/tool. For Ex. ECUs shall allow to start the engine remotely when Remote Engine Start Stop requested through tester/tool"]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["TCM shall publish the Don’t Care condition of the status signal under the following conditions:Actual command is not received from the platform but signal is being published,Command is being published in the ignition On condition","TCM shall publish the plausible condition of the status signal under the following conditions:Valid remote command is received from platform and is being published on the CAN, TCM shall not publish SNA or Implausible unless specifically mentioned in the requirements.","TCM, if Ignition is ON (as per TCM’s Ignition Hardwire input), shall ignore the command from platform and shall send StartEngCommandResponse == Failed as per TMCVP to cloud over GSM/GPRS communication."]} [/INST] [{"Pre-Condition":["1. TCM should be with a functioning SIM.","2. The SOC of TCM should be sufficient to let it perform whenever required.","3. TCM SIM card have sufficient network strength."],"Test Procedure":["1. Set the vehicle in IGN ON condition","2. Publish Remote Engine start Command from app/cloud.","3. Check the below signals from TCM:RemoteEngAcCmd = 0,StartEngCommandResponse == Failed"],"Expected Output":["TCM, if Ignition is ON (as per TCM’s Ignition Hardwire input), shall ignore the command from platform and shall send StartEngCommandResponse == Failed as per TMCVP to cloud over GSM/GPRS communication."]}] </s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["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."]} [/INST] [{"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]Generate detailed test cases based on the following description: {"description":["The Platform shall receive the Geo-fence data and store the same in data lake.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.The platform shall also trigger an SMS based notification sent to user’s registered mobile number."]} [/INST] [{"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]Generate detailed test cases based on the following description: {"description":["During E-Call and B/I-Call, TCM shall not execute any remote command."]} [/INST] [{"Pre-Condition":["1. User has subscribed to the feature and subscription is active. ","2. TCM is in IGN ON state:(PowerModeState = 6).","3. Auto E-call has been already initiated from TCM and it is in progress.","4. Green LED on switch is blinking or continuosly ON "],"Test Procedure":["1. Execute any remote command from connected car mobile app or cloud portal and check the status of command."],"Expected Output":["1. Remote command shall not execute and status shall failure in mobile app and cloud portal."]}]</s> | |
| <s>[INST]Generate detailed test cases based on the following description: {"description":["On detecting a crash, the SRS shall send 'CrashoutputSignal' signal with a value of 0x02/0x04/0x08/0x10 to the TCM.","TCM on receiving Crash signal (Crashoutputsignal) from SRS shall,Send callType as ECALL-AUTO and ,callState as CallDialing signals periodically to HU over SOME/IP.","TCM On receiving Crash signal (Crashoutputsignal) from SRS shall,Initiate voice call to white listed 3rd party customer care number(Ecall Number)without 5 sec delay and send MSD message (eCallMSD_TML.xlsx) via SMS,After initiation of E-call, TCM shall send CallType as E-Call and ‘CallState as CallDialling’ periodically to HU over SOME/IP,Green LED on E-call button blinks until call gets connected. After call gets connected Green LED will remain ON continuously till call gets cancel/ Disconnected,TCM shall Send ‘eCallEvent’ with eCallType as ‘AutoEcall’ to cloud platform,On receiving ‘eCallEvent’ cloud platform shall send SOS message to register emergency contacts (up to 5 contacts) containing vehicle GPS location and showing info about emergency situation,After call gets connected, TCM shall send callType as ECALL-AUTO and ‘callState as Call In-Progress’ signals periodically to HU over SOME/IP,If E-call fails to connect, TCM shall send MSD message (eCallMSD_TML.xlsx) via SMS to white listed 3rd party customer care PSAP number and wait for 3 min (Configurable) to receive call from customer care.TCM shall publish callType as ECALL-Callback and callState as CALL_NotConnected to HU over SOME/IP during incoming call wait time period.Upon receiving call from white listed 3rd party customer care PSAP number, TCM shall publish CallType as ECALL-Callback’ callState as CALL_INCOMING to HU over SOME/IP.,If E-call fails to connect due to no network condition and unable to send MSD message, TCM shall retry calling and this process of retrying have 3 attempts with 1 minuet time interval (configurable) for each attempt.TCM shall publish callType as ECALL-AUTO and callState as CALL_RETRYING periodically to HU over SOME/IP.,If E-call fails to connect, TCM shall send ‘eCallEvent’with eCallType as ‘AutoEcall’ to cloud platform,On receiving ‘eCallEvent’ Cloud platform shall send SOS message to register emergency contacts (up to 5 contacts) containing vehicle GPS location and showing info about crash event / emergency situation in case of auto crash signal.,In case of customer care unable to answer the call,wait for 3 min (Configurable)to receive call from customer care, TCM shall publish callType as ECALL-Callback andcallState as CALL_NotConnected to HU over SOME/IP during incoming call wait time period."]} [/INST] [{"Pre-Condition":["1. User has subscribed to the feature and subscription is active. ","2. TCM is in IGN OFF state ","3. The TCM and SRS are communicating on the same CAN bus "],"Test Procedure":["1. Turn ON IGN, Set the Power Mode as Active:PowerModeState = 6","2. Set 'CrashoutputSignal = 2' from SRS. "],"Expected Output":["Verify following signals on SOME/IP,1. Verify TCM on receiving Crash signal (Crashoutputsignal) from SRS shall,Send callType=4(ECALL-AUTO) and callState as CallDialing’ signals periodically to HU over SOME/IP.","2. Verify TCM shall initiate voice call to white listed 3rd party customer care number(Ecall Number)without 5 sec delay and send MSD message (eCallMSD_TML.xlsx) via SMS.","3. Verify after initiation of E-call, TCM shall send ‘CallType as E-Call’ and ‘CallState as CallDialling’ periodically to HU over SOME/IP.","4. Verify green LED on E-call button blinks until call gets connected. After call gets connected Green LED will remain ON continuously till call gets cancel/ Disconnected.","5. Verify TCM shall Send ‘eCallEvent’ with eCallType as ‘AutoEcall’ to cloud platform.","6. Verify on receiving ‘eCallEvent’ cloud platform shall send SOS message to register emergency contacts (up to 5 contacts) containing vehicle GPS location and showing info about emergency situation.","7. Verify after call gets connected, TCM shall send callType as ECALL-AUTO and ‘callState as Call In-Progress’ signals periodically to HU over SOME/IP."]}]</s> | |