The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (3791.sysml line : 22 column : 6)

Code:
```sysml
package Vehicle_Remix_0292_1ba1 {
    port def MotorInput;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_0400 : ShankCompositePort_Def;
        part comp_b_349c : ShankCompositePort_Def;
        part comp_distractor_91ef : MotorInput_Distractor_Def;
        connect comp_a_0400.p to comp_b_349c.p;
    }
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (3791.sysml line : 22 column : 6)

Code:
```sysml
package Vehicle_Remix_0292_1ba1 {
    port def MotorInput;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_0400 : ShankCompositePort_Def;
        part comp_b_349c : ShankCompositePort_Def;
        part comp_distractor_91ef : MotorInput_Distractor_Def;
        connect comp_a_0400.p to comp_b_349c.p;
    }
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0292_1ba1 {
    port def MotorInput;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_0400 : ShankCompositePort_Def;
        part comp_b_349c : ShankCompositePort_Def;
        part comp_distractor_91ef : MotorInput_Distractor_Def;
        connect comp_a_0400.p to comp_b_349c.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -10,3 +10,4 @@
         part comp_distractor_91ef : MotorInput_Distractor_Def;
         connect comp_a_0400.p to comp_b_349c.p;
     }
+}
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (8919.sysml line : 23 column : 1)

Code:
```sysml
package Vehicle_Remix_0933_52a8 {
    port def DiffPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def DiffPort_Distractor_Def { port p : DiffPort;
    part def SubSystem_Context {
        part comp_a_24fc : FuelPort_Def;
        part comp_b_3a4a : FuelPort_Def;
        part comp_distractor_cfc9 : DiffPort_Distractor_Def;
        connect comp_a_24fc.p to comp_b_3a4a.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (8919.sysml line : 23 column : 1)

Code:
```sysml
package Vehicle_Remix_0933_52a8 {
    port def DiffPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def DiffPort_Distractor_Def { port p : DiffPort;
    part def SubSystem_Context {
        part comp_a_24fc : FuelPort_Def;
        part comp_b_3a4a : FuelPort_Def;
        part comp_distractor_cfc9 : DiffPort_Distractor_Def;
        connect comp_a_24fc.p to comp_b_3a4a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0933_52a8 {
    port def DiffPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def DiffPort_Distractor_Def { port p : DiffPort; }
    part def SubSystem_Context {
        part comp_a_24fc : FuelPort_Def;
        part comp_b_3a4a : FuelPort_Def;
        part comp_distractor_cfc9 : DiffPort_Distractor_Def;
        connect comp_a_24fc.p to comp_b_3a4a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -3,7 +3,7 @@
     port def FuelPort;
     part def FuelPort_Def { port p : FuelPort; }
     part def FuelPort_Def { port p : FuelPort; }
-    part def DiffPort_Distractor_Def { port p : DiffPort;
+    part def DiffPort_Distractor_Def { port p : DiffPort; }
     part def SubSystem_Context {
         part comp_a_24fc : FuelPort_Def;
         part comp_b_3a4a : FuelPort_Def;
```


ERROR:Domain violation: Port 'comp_a_00f0.p' (fluid_fuel) cannot connect to 'comp_distractor_a145.p' (command_signal) (line : 21)

Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0355_7a7e {
    port def HandPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def HandPort_Distractor_Def { port p : HandPort; }
    part def SubSystem_Context {
        part comp_a_00f0 : FuelPort_Def;
        part comp_b_e002 : FuelPort_Def;
        part comp_distractor_a145 : HandPort_Distractor_Def;
        connect comp_a_00f0.p to comp_distractor_a145.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'FuelPort' belongs to Domain: fluid_fuel
- 'HandPort' belongs to Domain: command_signal

Valid Connections Rules:
- command_signal can ONLY connect to: ['command_signal']
- fluid_fuel can ONLY connect to: ['fluid_fuel']

Code:
```sysml
package Vehicle_Remix_0355_7a7e {
    port def HandPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def HandPort_Distractor_Def { port p : HandPort; }
    part def SubSystem_Context {
        part comp_a_00f0 : FuelPort_Def;
        part comp_b_e002 : FuelPort_Def;
        part comp_distractor_a145 : HandPort_Distractor_Def;
        connect comp_a_00f0.p to comp_distractor_a145.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0355_7a7e {
    port def HandPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def HandPort_Distractor_Def { port p : HandPort; }
    part def SubSystem_Context {
        part comp_a_00f0 : FuelPort_Def;
        part comp_b_e002 : FuelPort_Def;
        part comp_distractor_a145 : HandPort_Distractor_Def;
        connect comp_a_00f0.p to comp_b_e002.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_00f0 : FuelPort_Def;
         part comp_b_e002 : FuelPort_Def;
         part comp_distractor_a145 : HandPort_Distractor_Def;
-        connect comp_a_00f0.p to comp_distractor_a145.p;
+        connect comp_a_00f0.p to comp_b_e002.p;
     }
 }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (6620.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (6620.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0645_8bc3 {
    port def ShankPort;
    port def FuelPort;
    part def FuelPort_Def { port p_BROKEN : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_e1f1 : FuelPort_Def;
        part comp_b_6ac8 : FuelPort_Def;
        part comp_distractor_d758 : ShankPort_Distractor_Def;
        connect comp_a_e1f1.p to comp_b_6ac8.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (6620.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (6620.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0645_8bc3 {
    port def ShankPort;
    port def FuelPort;
    part def FuelPort_Def { port p_BROKEN : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_e1f1 : FuelPort_Def;
        part comp_b_6ac8 : FuelPort_Def;
        part comp_distractor_d758 : ShankPort_Distractor_Def;
        connect comp_a_e1f1.p to comp_b_6ac8.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0645_8bc3 {
    port def ShankPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_e1f1 : FuelPort_Def;
        part comp_b_6ac8 : FuelPort_Def;
        part comp_distractor_d758 : ShankPort_Distractor_Def;
        connect comp_a_e1f1.p to comp_b_6ac8.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,7 +1,7 @@
 package Vehicle_Remix_0645_8bc3 {
     port def ShankPort;
     port def FuelPort;
-    part def FuelPort_Def { port p_BROKEN : FuelPort; }
+    part def FuelPort_Def { port p : FuelPort; }
     part def FuelPort_Def { port p : FuelPort; }
     part def ShankPort_Distractor_Def { port p : ShankPort; }
     part def SubSystem_Context {
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (105.sysml line : 33 column : 1)

Code:
```sysml
package InternetModel_v1 {
    part def Data;
    part def Device {
        attribute connType: Connection[1.. * ];
        attribute voltageIn: Electricity[1];
    }
    part def WiFiRouter :> Device {
        attribute wirelessConnection : WirelessConnection[1..2];
        attribute ethernetConnection : CableConnection[1..*];
    part def DSLRouter :> Device {
        attribute dslConnection : CableConnection[1];
        attribute ethernetConnection : CableConnection[1..*];
    }
    part def MobileDevice :> Device {
        doc /** Bluetooth, WiFi, 5G/4G ... so at least 3 wireless connections **/
        attribute wirelessConnection : WirelessConnection[1..3];
    }
    attribute def Connection {
        in item inData: Data;
        out item outData: Data;
    }
    attribute def WirelessConnection :> Connection {
        attribute frequency: SI::FrequencyUnit;
    }
    attribute def CableConnection :> Connection {
        attribute wireCount: ScalarValues::Integer;
    }
    attribute def Electricity {
        attribute voltage: ISQElectromagnetism::ElectricPotentialUnit;
        attribute ampere: ISQElectromagnetism::ElectricChargeUnit;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (105.sysml line : 33 column : 1)

Code:
```sysml
package InternetModel_v1 {
    part def Data;
    part def Device {
        attribute connType: Connection[1.. * ];
        attribute voltageIn: Electricity[1];
    }
    part def WiFiRouter :> Device {
        attribute wirelessConnection : WirelessConnection[1..2];
        attribute ethernetConnection : CableConnection[1..*];
    part def DSLRouter :> Device {
        attribute dslConnection : CableConnection[1];
        attribute ethernetConnection : CableConnection[1..*];
    }
    part def MobileDevice :> Device {
        doc /** Bluetooth, WiFi, 5G/4G ... so at least 3 wireless connections **/
        attribute wirelessConnection : WirelessConnection[1..3];
    }
    attribute def Connection {
        in item inData: Data;
        out item outData: Data;
    }
    attribute def WirelessConnection :> Connection {
        attribute frequency: SI::FrequencyUnit;
    }
    attribute def CableConnection :> Connection {
        attribute wireCount: ScalarValues::Integer;
    }
    attribute def Electricity {
        attribute voltage: ISQElectromagnetism::ElectricPotentialUnit;
        attribute ampere: ISQElectromagnetism::ElectricChargeUnit;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package InternetModel_v1 {
    part def Data;
    part def Device {
        attribute connType: Connection[1.. * ];
        attribute voltageIn: Electricity[1];
    }
    part def WiFiRouter :> Device {
        attribute wirelessConnection : WirelessConnection[1..2];
        attribute ethernetConnection : CableConnection[1..*];
    }
    part def DSLRouter :> Device {
        attribute dslConnection : CableConnection[1];
        attribute ethernetConnection : CableConnection[1..*];
    }
    part def MobileDevice :> Device {
        doc /** Bluetooth, WiFi, 5G/4G ... so at least 3 wireless connections **/
        attribute wirelessConnection : WirelessConnection[1..3];
    }
    attribute def Connection {
        in item inData: Data;
        out item outData: Data;
    }
    attribute def WirelessConnection :> Connection {
        attribute frequency: SI::FrequencyUnit;
    }
    attribute def CableConnection :> Connection {
        attribute wireCount: ScalarValues::Integer;
    }
    attribute def Electricity {
        attribute voltage: ISQElectromagnetism::ElectricPotentialUnit;
        attribute ampere: ISQElectromagnetism::ElectricChargeUnit;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -7,6 +7,7 @@
     part def WiFiRouter :> Device {
         attribute wirelessConnection : WirelessConnection[1..2];
         attribute ethernetConnection : CableConnection[1..*];
+    }
     part def DSLRouter :> Device {
         attribute dslConnection : CableConnection[1];
         attribute ethernetConnection : CableConnection[1..*];
```


Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0388_3c25 {
    port def BatteryInput;
    port def ShankPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_2819 : BatteryInput_Def;
        part comp_b_9bfe : BatteryInput_Def;
        part comp_distractor_ac6a : ShankPort_Distractor_Def;
        connect comp_a_2819.p to comp_b_9bfe.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'BatteryInput' belongs to Domain: electrical_power
- 'ShankPort' belongs to Domain: mechanical_fastening

Valid Connections Rules:
- electrical_power can ONLY connect to: ['electrical_power']
- mechanical_fastening can ONLY connect to: ['mechanical_fastening']

Code:
```sysml
package Vehicle_Remix_0388_3c25 {
    port def BatteryInput;
    port def ShankPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_2819 : BatteryInput_Def;
        part comp_b_9bfe : BatteryInput_Def;
        part comp_distractor_ac6a : ShankPort_Distractor_Def;
        connect comp_a_2819.p to comp_b_9bfe.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


ERROR:Domain violation: Port 'comp_a_f9b5.p' (mechanical_torque) cannot connect to 'comp_distractor_77fe.p' (command_signal) (line : 22)

Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0479_8f8d {
    port def DiffPort;
    port def ShaftPort_b;
    port def PwrCmdPort;
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def DiffPort_Def { port p : DiffPort; }
    part def PwrCmdPort_Distractor_Def { port p : PwrCmdPort; }
    part def SubSystem_Context {
        part comp_a_f9b5 : ShaftPort_b_Def;
        part comp_b_cc4b : DiffPort_Def;
        part comp_distractor_77fe : PwrCmdPort_Distractor_Def;
        connect comp_a_f9b5.p to comp_distractor_77fe.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'ShaftPort_b' belongs to Domain: mechanical_torque
- 'DiffPort' belongs to Domain: mechanical_torque
- 'PwrCmdPort' belongs to Domain: command_signal

Valid Connections Rules:
- command_signal can ONLY connect to: ['command_signal']
- mechanical_torque can ONLY connect to: ['mechanical_torque']

Code:
```sysml
package Vehicle_Remix_0479_8f8d {
    port def DiffPort;
    port def ShaftPort_b;
    port def PwrCmdPort;
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def DiffPort_Def { port p : DiffPort; }
    part def PwrCmdPort_Distractor_Def { port p : PwrCmdPort; }
    part def SubSystem_Context {
        part comp_a_f9b5 : ShaftPort_b_Def;
        part comp_b_cc4b : DiffPort_Def;
        part comp_distractor_77fe : PwrCmdPort_Distractor_Def;
        connect comp_a_f9b5.p to comp_distractor_77fe.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0479_8f8d {
    port def DiffPort;
    port def ShaftPort_b;
    port def PwrCmdPort;
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def DiffPort_Def { port p : DiffPort; }
    part def PwrCmdPort_Distractor_Def { port p : PwrCmdPort; }
    part def SubSystem_Context {
        part comp_a_f9b5 : ShaftPort_b_Def;
        part comp_b_cc4b : DiffPort_Def;
        part comp_distractor_77fe : PwrCmdPort_Distractor_Def;
        connect comp_a_f9b5.p to comp_b_cc4b.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,6 +9,6 @@
         part comp_a_f9b5 : ShaftPort_b_Def;
         part comp_b_cc4b : DiffPort_Def;
         part comp_distractor_77fe : PwrCmdPort_Distractor_Def;
-        connect comp_a_f9b5.p to comp_distractor_77fe.p;
+        connect comp_a_f9b5.p to comp_b_cc4b.p;
     }
 }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (2900.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (2900.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0180_06e3 {
    port def DriverCmdPort;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p_BROKEN : ShankCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def DriverCmdPort_Distractor_Def { port p : DriverCmdPort; }
    part def SubSystem_Context {
        part comp_a_0040 : ShankCompositePort_Def;
        part comp_b_5ae9 : ShankCompositePort_Def;
        part comp_distractor_9214 : DriverCmdPort_Distractor_Def;
        connect comp_a_0040.p to comp_b_5ae9.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (2900.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (2900.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0180_06e3 {
    port def DriverCmdPort;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p_BROKEN : ShankCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def DriverCmdPort_Distractor_Def { port p : DriverCmdPort; }
    part def SubSystem_Context {
        part comp_a_0040 : ShankCompositePort_Def;
        part comp_b_5ae9 : ShankCompositePort_Def;
        part comp_distractor_9214 : DriverCmdPort_Distractor_Def;
        connect comp_a_0040.p to comp_b_5ae9.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0180_06e3 {
    port def DriverCmdPort;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def DriverCmdPort_Distractor_Def { port p : DriverCmdPort; }
    part def SubSystem_Context {
        part comp_a_0040 : ShankCompositePort_Def;
        part comp_b_5ae9 : ShankCompositePort_Def;
        part comp_distractor_9214 : DriverCmdPort_Distractor_Def;
        connect comp_a_0040.p to comp_b_5ae9.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,7 +1,7 @@
 package Vehicle_Remix_0180_06e3 {
     port def DriverCmdPort;
     port def ShankCompositePort;
-    part def ShankCompositePort_Def { port p_BROKEN : ShankCompositePort; }
+    part def ShankCompositePort_Def { port p : ShankCompositePort; }
     part def ShankCompositePort_Def { port p : ShankCompositePort; }
     part def DriverCmdPort_Distractor_Def { port p : DriverCmdPort; }
     part def SubSystem_Context {
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (5361.sysml line : 8 column : 33)
ERROR:A port must be typed by port definitions. (5361.sysml line : 9 column : 33)

Code:
```sysml
package Vehicle_Remix_0488_0a4c {
    part def BatteryInput;
    port def ClutchPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ClutchPort_Distractor_Def { port p : ClutchPort; }
    part def SubSystem_Context {
        part comp_a_6306 : BatteryInput_Def;
        part comp_b_fd57 : BatteryInput_Def;
        part comp_distractor_7a9f : ClutchPort_Distractor_Def;
        connect comp_a_6306.p to comp_b_fd57.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (5361.sysml line : 8 column : 33)
ERROR:A port must be typed by port definitions. (5361.sysml line : 9 column : 33)

Code:
```sysml
package Vehicle_Remix_0488_0a4c {
    part def BatteryInput;
    port def ClutchPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ClutchPort_Distractor_Def { port p : ClutchPort; }
    part def SubSystem_Context {
        part comp_a_6306 : BatteryInput_Def;
        part comp_b_fd57 : BatteryInput_Def;
        part comp_distractor_7a9f : ClutchPort_Distractor_Def;
        connect comp_a_6306.p to comp_b_fd57.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0488_0a4c {
    port def BatteryInput;
    port def ClutchPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ClutchPort_Distractor_Def { port p : ClutchPort; }
    part def SubSystem_Context {
        part comp_a_6306 : BatteryInput_Def;
        part comp_b_fd57 : BatteryInput_Def;
        part comp_distractor_7a9f : ClutchPort_Distractor_Def;
        connect comp_a_6306.p to comp_b_fd57.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0488_0a4c {
-    part def BatteryInput;
+    port def BatteryInput;
     port def ClutchPort;
     part def BatteryInput_Def { port p : BatteryInput; }
     part def BatteryInput_Def { port p : BatteryInput; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (4601.sysml line : 9 column : 31)

Code:
```sysml
package Vehicle_Remix_0393_d013 {
    part def LugNutPort;
    port def ShankPort;
    port def FuelPort;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_886d : LugNutPort_Def;
        part comp_b_2971 : ShankPort_Def;
        part comp_distractor_0128 : FuelPort_Distractor_Def;
        connect comp_a_886d.p to comp_b_2971.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (4601.sysml line : 9 column : 31)

Code:
```sysml
package Vehicle_Remix_0393_d013 {
    part def LugNutPort;
    port def ShankPort;
    port def FuelPort;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_886d : LugNutPort_Def;
        part comp_b_2971 : ShankPort_Def;
        part comp_distractor_0128 : FuelPort_Distractor_Def;
        connect comp_a_886d.p to comp_b_2971.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0393_d013 {
    port def LugNutPort;
    port def ShankPort;
    port def FuelPort;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_886d : LugNutPort_Def;
        part comp_b_2971 : ShankPort_Def;
        part comp_distractor_0128 : FuelPort_Distractor_Def;
        connect comp_a_886d.p to comp_b_2971.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0393_d013 {
-    part def LugNutPort;
+    port def LugNutPort;
     port def ShankPort;
     port def FuelPort;
     part def LugNutPort_Def { port p : LugNutPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'part' (8598.sysml line : 18 column : 9)

Code:
```sysml
package Vehicle_Remix_0893_9e6d {
    port def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_e70a : ShankPort_Def;
        part comp_b_c1a1 : ShankPort_Def
        part comp_distractor_de4a : FuelPort_Distractor_Def;
        connect comp_a_e70a.p to comp_b_c1a1.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'part' (8598.sysml line : 18 column : 9)

Code:
```sysml
package Vehicle_Remix_0893_9e6d {
    port def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_e70a : ShankPort_Def;
        part comp_b_c1a1 : ShankPort_Def
        part comp_distractor_de4a : FuelPort_Distractor_Def;
        connect comp_a_e70a.p to comp_b_c1a1.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0893_9e6d {
    port def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_e70a : ShankPort_Def;
        part comp_b_c1a1 : ShankPort_Def;
        part comp_distractor_de4a : FuelPort_Distractor_Def;
        connect comp_a_e70a.p to comp_b_c1a1.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -6,7 +6,7 @@
     part def FuelPort_Distractor_Def { port p : FuelPort; }
     part def SubSystem_Context {
         part comp_a_e70a : ShankPort_Def;
-        part comp_b_c1a1 : ShankPort_Def
+        part comp_b_c1a1 : ShankPort_Def;
         part comp_distractor_de4a : FuelPort_Distractor_Def;
         connect comp_a_e70a.p to comp_b_c1a1.p;
     }
```


Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0552_fbe8 {
    port def BatteryInput;
    port def BatteryOutput;
    port def LugNutPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_e773 : BatteryOutput_Def;
        part comp_b_5724 : BatteryInput_Def;
        part comp_distractor_0c47 : LugNutPort_Distractor_Def;
        connect comp_a_e773.p to comp_b_5724.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'BatteryInput' belongs to Domain: electrical_power
- 'BatteryOutput' belongs to Domain: electrical_power
- 'LugNutPort' belongs to Domain: mechanical_fastening

Valid Connections Rules:
- electrical_power can ONLY connect to: ['electrical_power']
- mechanical_fastening can ONLY connect to: ['mechanical_fastening']

Code:
```sysml
package Vehicle_Remix_0552_fbe8 {
    port def BatteryInput;
    port def BatteryOutput;
    port def LugNutPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_e773 : BatteryOutput_Def;
        part comp_b_5724 : BatteryInput_Def;
        part comp_distractor_0c47 : LugNutPort_Distractor_Def;
        connect comp_a_e773.p to comp_b_5724.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Membership 'ScalarValues::Reals'. (10170.sysml line : 2 column : 17)
ERROR:Couldn't resolve reference to Type 'Real'. (10170.sysml line : 71 column : 28)
ERROR:Couldn't resolve reference to Type 'Real'. (10170.sysml line : 72 column : 28)
ERROR:Couldn't resolve reference to Type 'Real'. (10170.sysml line : 76 column : 26)
ERROR:An attribute must be typed by attribute definitions. (10170.sysml line : 71 column : 6)
ERROR:An attribute must be typed by attribute definitions. (10170.sysml line : 72 column : 6)
ERROR:An attribute must be typed by attribute definitions. (10170.sysml line : 76 column : 7)

Code:
```sysml
package '3d-Function-based Behavior-item' {
	private import ScalarValues::Reals;
	public import Definitions::*;
	public import Usages::*;
	package Definitions {
		item def Fuel;
		port def FuelPort {
			out item fuel: Fuel;
		}
		part def Pump {
			port fuelInPort : ~FuelPort;
			port fuelOutPort : FuelPort;
		}
		part def StorageTank {
			port fuelOutPort : FuelPort;
		}
		part def FuelTank {
			port fuelInPort : ~FuelPort;
		}
		part def Vehicle {
			port fuelInPort : ~FuelPort;
		}
		action def PumpFuel {
			in fuelIn : Fuel;
			out fuelOut : Fuel;
		}
	}
	package Usages {
		part context {
			/* Storage Element */
			part storageTank : StorageTank;
			flow of  fuel : Fuel
				from storageTank.fuelOutPort.fuel to pump.fuelInPort.fuel {
				/*
				 * Note: Explicitly notating that the flow is "of fuel : Fuel" is optional.
				 */
			}
			part pump : Pump {
				perform action pumpFuel : PumpFuel {
					in fuelIn = fuelInPort.fuel;
					out fuelOut = fuelOutPort.fuel;
				}
			}
			flow of fuel : Fuel
				from pump.fuelOutPort.fuel to vehicle.fuelInPort.fuel;
			part vehicle : Vehicle {
				flow fuelInPort.fuel to fuelTank.fuel {
					/*
					 * Note: The semantics of flowing to a "stored item" is tentative.
					 */
				}
				/* Storage Element */
				part fuelTank : FuelTank {
					attribute volumeMax : Real;
					attribute fuelLevel : Real = fuel.volume / volumeMax;
					 /* Stored Item */
					item fuel : Fuel {
						attribute volume : Real;
						/* isConserved = true */
					}
				}
			}
		}
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Membership 'ScalarValues::Reals'. (10170.sysml line : 2 column : 17)
ERROR:Couldn't resolve reference to Type 'Real'. (10170.sysml line : 71 column : 28)
ERROR:Couldn't resolve reference to Type 'Real'. (10170.sysml line : 72 column : 28)
ERROR:Couldn't resolve reference to Type 'Real'. (10170.sysml line : 76 column : 26)
ERROR:An attribute must be typed by attribute definitions. (10170.sysml line : 71 column : 6)
ERROR:An attribute must be typed by attribute definitions. (10170.sysml line : 72 column : 6)
ERROR:An attribute must be typed by attribute definitions. (10170.sysml line : 76 column : 7)

Code:
```sysml
package '3d-Function-based Behavior-item' {
	private import ScalarValues::Reals;
	public import Definitions::*;
	public import Usages::*;
	package Definitions {
		item def Fuel;
		port def FuelPort {
			out item fuel: Fuel;
		}
		part def Pump {
			port fuelInPort : ~FuelPort;
			port fuelOutPort : FuelPort;
		}
		part def StorageTank {
			port fuelOutPort : FuelPort;
		}
		part def FuelTank {
			port fuelInPort : ~FuelPort;
		}
		part def Vehicle {
			port fuelInPort : ~FuelPort;
		}
		action def PumpFuel {
			in fuelIn : Fuel;
			out fuelOut : Fuel;
		}
	}
	package Usages {
		part context {
			/* Storage Element */
			part storageTank : StorageTank;
			flow of  fuel : Fuel
				from storageTank.fuelOutPort.fuel to pump.fuelInPort.fuel {
				/*
				 * Note: Explicitly notating that the flow is "of fuel : Fuel" is optional.
				 */
			}
			part pump : Pump {
				perform action pumpFuel : PumpFuel {
					in fuelIn = fuelInPort.fuel;
					out fuelOut = fuelOutPort.fuel;
				}
			}
			flow of fuel : Fuel
				from pump.fuelOutPort.fuel to vehicle.fuelInPort.fuel;
			part vehicle : Vehicle {
				flow fuelInPort.fuel to fuelTank.fuel {
					/*
					 * Note: The semantics of flowing to a "stored item" is tentative.
					 */
				}
				/* Storage Element */
				part fuelTank : FuelTank {
					attribute volumeMax : Real;
					attribute fuelLevel : Real = fuel.volume / volumeMax;
					 /* Stored Item */
					item fuel : Fuel {
						attribute volume : Real;
						/* isConserved = true */
					}
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '3d-Function-based Behavior-item' {
	private import ScalarValues::Real;
	public import Definitions::*;
	public import Usages::*;
	package Definitions {
		item def Fuel;
		port def FuelPort {
			out item fuel: Fuel;
		}
		part def Pump {
			port fuelInPort : ~FuelPort;
			port fuelOutPort : FuelPort;
		}
		part def StorageTank {
			port fuelOutPort : FuelPort;
		}
		part def FuelTank {
			port fuelInPort : ~FuelPort;
		}
		part def Vehicle {
			port fuelInPort : ~FuelPort;
		}
		action def PumpFuel {
			in fuelIn : Fuel;
			out fuelOut : Fuel;
		}
	}
	package Usages {
		part context {
			/* Storage Element */
			part storageTank : StorageTank;
			flow of  fuel : Fuel
				from storageTank.fuelOutPort.fuel to pump.fuelInPort.fuel {
				/*
				 * Note: Explicitly notating that the flow is "of fuel : Fuel" is optional.
				 */
			}
			part pump : Pump {
				perform action pumpFuel : PumpFuel {
					in fuelIn = fuelInPort.fuel;
					out fuelOut = fuelOutPort.fuel;
				}
			}
			flow of fuel : Fuel
				from pump.fuelOutPort.fuel to vehicle.fuelInPort.fuel;
			part vehicle : Vehicle {
				flow fuelInPort.fuel to fuelTank.fuel {
					/*
					 * Note: The semantics of flowing to a "stored item" is tentative.
					 */
				}
				/* Storage Element */
				part fuelTank : FuelTank {
					attribute volumeMax : Real;
					attribute fuelLevel : Real = fuel.volume / volumeMax;
					 /* Stored Item */
					item fuel : Fuel {
						attribute volume : Real;
						/* isConserved = true */
					}
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package '3d-Function-based Behavior-item' {
-	private import ScalarValues::Reals;
+	private import ScalarValues::Real;
 	public import Definitions::*;
 	public import Usages::*;
 	package Definitions {
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input '}' (750.sysml line : 18 column : 2)

Code:
```sysml
package MassRollup {
	private import NumericalFunctions::*;
	part def MassedThing {
		attribute mass :> ISQ::mass;
		attribute totalMass :> ISQ::mass;
	}
	part simpleThing : MassedThing {
		attribute redefines totalMass = mass;
	}
	part compositeThing : MassedThing {
		part subcomponents: MassedThing[*];
		attribute redefines totalMass default
			mass + sum(subcomponents.totalMass)
	}
	part filteredMassThing :> compositeThing {
		abstract attribute minMass :> ISQ::mass;
		attribute redefines totalMass =
			mass + sum(subcomponents.totalMass.?{in p :> ISQ::mass; p > minMass});
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input '}' (750.sysml line : 18 column : 2)

Code:
```sysml
package MassRollup {
	private import NumericalFunctions::*;
	part def MassedThing {
		attribute mass :> ISQ::mass;
		attribute totalMass :> ISQ::mass;
	}
	part simpleThing : MassedThing {
		attribute redefines totalMass = mass;
	}
	part compositeThing : MassedThing {
		part subcomponents: MassedThing[*];
		attribute redefines totalMass default
			mass + sum(subcomponents.totalMass)
	}
	part filteredMassThing :> compositeThing {
		abstract attribute minMass :> ISQ::mass;
		attribute redefines totalMass =
			mass + sum(subcomponents.totalMass.?{in p :> ISQ::mass; p > minMass});
	}
}
```

CODE STATUS = INCORRECT
```sysml
package MassRollup {
	private import NumericalFunctions::*;
	part def MassedThing {
		attribute mass :> ISQ::mass;
		attribute totalMass :> ISQ::mass;
	}
	part simpleThing : MassedThing {
		attribute redefines totalMass = mass;
	}
	part compositeThing : MassedThing {
		part subcomponents: MassedThing[*];
		attribute redefines totalMass default
			mass + sum(subcomponents.totalMass);
	}
	part filteredMassThing :> compositeThing {
		abstract attribute minMass :> ISQ::mass;
		attribute redefines totalMass =
			mass + sum(subcomponents.totalMass.?{in p :> ISQ::mass; p > minMass});
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -10,7 +10,7 @@
 	part compositeThing : MassedThing {
 		part subcomponents: MassedThing[*];
 		attribute redefines totalMass default
-			mass + sum(subcomponents.totalMass)
+			mass + sum(subcomponents.totalMass);
 	}
 	part filteredMassThing :> compositeThing {
 		abstract attribute minMass :> ISQ::mass;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (5105.sysml line : 10 column : 33)

Code:
```sysml
package Vehicle_Remix_0456_8f94 {
    part def BatteryInput;
    port def BatteryOutput;
    port def FuelPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_5784 : BatteryOutput_Def;
        part comp_b_c58c : BatteryInput_Def;
        part comp_distractor_479f : FuelPort_Distractor_Def;
        connect comp_a_5784.p to comp_b_c58c.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (5105.sysml line : 10 column : 33)

Code:
```sysml
package Vehicle_Remix_0456_8f94 {
    part def BatteryInput;
    port def BatteryOutput;
    port def FuelPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_5784 : BatteryOutput_Def;
        part comp_b_c58c : BatteryInput_Def;
        part comp_distractor_479f : FuelPort_Distractor_Def;
        connect comp_a_5784.p to comp_b_c58c.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0456_8f94 {
    port def BatteryInput;
    port def BatteryOutput;
    port def FuelPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_5784 : BatteryOutput_Def;
        part comp_b_c58c : BatteryInput_Def;
        part comp_distractor_479f : FuelPort_Distractor_Def;
        connect comp_a_5784.p to comp_b_c58c.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0456_8f94 {
-    part def BatteryInput;
+    port def BatteryInput;
     port def BatteryOutput;
     port def FuelPort;
     part def BatteryOutput_Def { port p : BatteryOutput; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (3257.sysml line : 11 column : 41)

Code:
```sysml
package Vehicle_Remix_0225_1a65 {
    part def TireInput;
    port def IgnitionCmdPort;
    port def HandPort;
    part def IgnitionCmdPort_Def { port p : IgnitionCmdPort; }
    part def HandPort_Def { port p : HandPort; }
    part def TireInput_Distractor_Def { port p : TireInput; }
    part def SubSystem_Context {
        part comp_a_12cb : IgnitionCmdPort_Def;
        part comp_b_8fd7 : HandPort_Def;
        part comp_distractor_4c84 : TireInput_Distractor_Def;
        connect comp_a_12cb.p to comp_b_8fd7.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (3257.sysml line : 11 column : 41)

Code:
```sysml
package Vehicle_Remix_0225_1a65 {
    part def TireInput;
    port def IgnitionCmdPort;
    port def HandPort;
    part def IgnitionCmdPort_Def { port p : IgnitionCmdPort; }
    part def HandPort_Def { port p : HandPort; }
    part def TireInput_Distractor_Def { port p : TireInput; }
    part def SubSystem_Context {
        part comp_a_12cb : IgnitionCmdPort_Def;
        part comp_b_8fd7 : HandPort_Def;
        part comp_distractor_4c84 : TireInput_Distractor_Def;
        connect comp_a_12cb.p to comp_b_8fd7.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0225_1a65 {
    port def TireInput;
    port def IgnitionCmdPort;
    port def HandPort;
    part def IgnitionCmdPort_Def { port p : IgnitionCmdPort; }
    part def HandPort_Def { port p : HandPort; }
    part def TireInput_Distractor_Def { port p : TireInput; }
    part def SubSystem_Context {
        part comp_a_12cb : IgnitionCmdPort_Def;
        part comp_b_8fd7 : HandPort_Def;
        part comp_distractor_4c84 : TireInput_Distractor_Def;
        connect comp_a_12cb.p to comp_b_8fd7.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0225_1a65 {
-    part def TireInput;
+    port def TireInput;
     port def IgnitionCmdPort;
     port def HandPort;
     part def IgnitionCmdPort_Def { port p : IgnitionCmdPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input ';' (10472.sysml line : 3 column : 5)
ERROR:no viable alternative at input '::' (10472.sysml line : 3 column : 36)

Code:
```sysml
package '15_07-System of Units and Scales' {
    private import ISQ::*;
    private import USCustomaryUnits::;
	/*
	 * A System of Units and Scales is represented by a model library package.
	 *
	 * Its structure is modeled after the International System of Units -- Système Internationale d'Unités, abbreviated to SI -- as defined in ISO/IEC 80000:
	 * - Measurement units and scales are generalized to a common super type MeasurementReference.
	 * - A particular quantity is modeled as the tuple of a numerical value (i.e. a mathematical number) and a MeasurementReference.
	 * - An actual measurement unit is modeled as a usage of a specialization of either SimpleUnit or DerivedUnit, e.g. TimeUnit or ForceUnit,
	 *   see the SI package.
	 * - The quantity dimension of the actual unit usage must match the quantity dimension of the generic quantity unit definition that it is a usage of.
	 * - A system of units and scales must define exactly one selected base unit for each base quantity in the associated system of quantities. The collection of
	 *   base units forms the foundation for automated quantity value conversion between any pair of compatible units and/or scales.
	 * - If only a measurement unit is used on a quantity value, it implies expression on a ratio scale, in other words only the ratio between the actual quantity value,
	 *   and the defined unit value is of importance. On ratio scales for one kind of quantity that only differ in their unit (e.g. metre and inch)
	 *   zero is zero no matter what unit is selected.
	 * - A unit may carry a conversion factor definition w.r.t. to another reference unit. It can be a conversion by convention (e.g. between metre and foot) or
	 *   via an ISO/IEC 80000 prefix symbol that indicates a decimal or binary multiple or sub-multiple (e.g. kilo, nano, mega, kibi, mebi, ...). See package SIPrefixes.
	 * - In addition to measurement units / ratio scales also other types of measurement scales are supported. The additional scales are:
	 *   - ordinal scales (e.g. Beaufort wind force, Richter Scale, Rockwell C hardness scale),
	 *   - interval scales (e.g. absolute temperature in deg C or F),
	 *   - cyclic ratio scales (e.g. rotation angle with modulus 360 degree),
	 *   - logarithmic scales (e.g. dB(A) or dBA sound pressure level w.r.t. a reference ambient pressure, dB(m) or dBm power ratio w.r.t. 1 mW).
	 * - Any base unit quantity is modeled as a specialization of a SimpleUnit. This specialized SimpleUnit (e.g. MassUnit) defines one base unit vector (with power one by definition)
	 *   that establishes a base quantity dimension for the system of quantities, without committing yet to a particular choice of measurement unit.
	 *
	 * The International System of Units (SI) as defined in ISO/IEC 80000 as well as the US Customary System of Units as defined by NIST SP 811
	 * are added as predefined model libraries to SysML v2.
	 * However, this does not prevent to model any other system of units and scales in another model library and use it.
	 */
	 /*
	  * Above capabilities were implemented in:
	  * - standard library MeasurementReferences:
      *   TensorMeasurementReference, VectorMeasurementReference, ScalarMeasurementReference,
      *   MeasurementUnit, OrdinalScale, IntervalScale, CyclicRatioScale, LogarithmicScale,
      *   SystemOfUnits
	  * - standard library SI:
	  *   attribute <si> 'ISO/IEC 80000 International System of Units' : SystemOfUnits
      *     :>> systemOfQuantities = isq;
      *     :>> baseUnits = (m, kg, s, A, K, mol, cd);
      *   }
	  */
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input ';' (10472.sysml line : 3 column : 5)
ERROR:no viable alternative at input '::' (10472.sysml line : 3 column : 36)

Code:
```sysml
package '15_07-System of Units and Scales' {
    private import ISQ::*;
    private import USCustomaryUnits::;
	/*
	 * A System of Units and Scales is represented by a model library package.
	 *
	 * Its structure is modeled after the International System of Units -- Système Internationale d'Unités, abbreviated to SI -- as defined in ISO/IEC 80000:
	 * - Measurement units and scales are generalized to a common super type MeasurementReference.
	 * - A particular quantity is modeled as the tuple of a numerical value (i.e. a mathematical number) and a MeasurementReference.
	 * - An actual measurement unit is modeled as a usage of a specialization of either SimpleUnit or DerivedUnit, e.g. TimeUnit or ForceUnit,
	 *   see the SI package.
	 * - The quantity dimension of the actual unit usage must match the quantity dimension of the generic quantity unit definition that it is a usage of.
	 * - A system of units and scales must define exactly one selected base unit for each base quantity in the associated system of quantities. The collection of
	 *   base units forms the foundation for automated quantity value conversion between any pair of compatible units and/or scales.
	 * - If only a measurement unit is used on a quantity value, it implies expression on a ratio scale, in other words only the ratio between the actual quantity value,
	 *   and the defined unit value is of importance. On ratio scales for one kind of quantity that only differ in their unit (e.g. metre and inch)
	 *   zero is zero no matter what unit is selected.
	 * - A unit may carry a conversion factor definition w.r.t. to another reference unit. It can be a conversion by convention (e.g. between metre and foot) or
	 *   via an ISO/IEC 80000 prefix symbol that indicates a decimal or binary multiple or sub-multiple (e.g. kilo, nano, mega, kibi, mebi, ...). See package SIPrefixes.
	 * - In addition to measurement units / ratio scales also other types of measurement scales are supported. The additional scales are:
	 *   - ordinal scales (e.g. Beaufort wind force, Richter Scale, Rockwell C hardness scale),
	 *   - interval scales (e.g. absolute temperature in deg C or F),
	 *   - cyclic ratio scales (e.g. rotation angle with modulus 360 degree),
	 *   - logarithmic scales (e.g. dB(A) or dBA sound pressure level w.r.t. a reference ambient pressure, dB(m) or dBm power ratio w.r.t. 1 mW).
	 * - Any base unit quantity is modeled as a specialization of a SimpleUnit. This specialized SimpleUnit (e.g. MassUnit) defines one base unit vector (with power one by definition)
	 *   that establishes a base quantity dimension for the system of quantities, without committing yet to a particular choice of measurement unit.
	 *
	 * The International System of Units (SI) as defined in ISO/IEC 80000 as well as the US Customary System of Units as defined by NIST SP 811
	 * are added as predefined model libraries to SysML v2.
	 * However, this does not prevent to model any other system of units and scales in another model library and use it.
	 */
	 /*
	  * Above capabilities were implemented in:
	  * - standard library MeasurementReferences:
      *   TensorMeasurementReference, VectorMeasurementReference, ScalarMeasurementReference,
      *   MeasurementUnit, OrdinalScale, IntervalScale, CyclicRatioScale, LogarithmicScale,
      *   SystemOfUnits
	  * - standard library SI:
	  *   attribute <si> 'ISO/IEC 80000 International System of Units' : SystemOfUnits
      *     :>> systemOfQuantities = isq;
      *     :>> baseUnits = (m, kg, s, A, K, mol, cd);
      *   }
	  */
}
```

CODE STATUS = INCORRECT
```sysml
package '15_07-System of Units and Scales' {
    private import ISQ::*;
    private import USCustomaryUnits::*;
	/*
	 * A System of Units and Scales is represented by a model library package.
	 *
	 * Its structure is modeled after the International System of Units -- Système Internationale d'Unités, abbreviated to SI -- as defined in ISO/IEC 80000:
	 * - Measurement units and scales are generalized to a common super type MeasurementReference.
	 * - A particular quantity is modeled as the tuple of a numerical value (i.e. a mathematical number) and a MeasurementReference.
	 * - An actual measurement unit is modeled as a usage of a specialization of either SimpleUnit or DerivedUnit, e.g. TimeUnit or ForceUnit,
	 *   see the SI package.
	 * - The quantity dimension of the actual unit usage must match the quantity dimension of the generic quantity unit definition that it is a usage of.
	 * - A system of units and scales must define exactly one selected base unit for each base quantity in the associated system of quantities. The collection of
	 *   base units forms the foundation for automated quantity value conversion between any pair of compatible units and/or scales.
	 * - If only a measurement unit is used on a quantity value, it implies expression on a ratio scale, in other words only the ratio between the actual quantity value,
	 *   and the defined unit value is of importance. On ratio scales for one kind of quantity that only differ in their unit (e.g. metre and inch)
	 *   zero is zero no matter what unit is selected.
	 * - A unit may carry a conversion factor definition w.r.t. to another reference unit. It can be a conversion by convention (e.g. between metre and foot) or
	 *   via an ISO/IEC 80000 prefix symbol that indicates a decimal or binary multiple or sub-multiple (e.g. kilo, nano, mega, kibi, mebi, ...). See package SIPrefixes.
	 * - In addition to measurement units / ratio scales also other types of measurement scales are supported. The additional scales are:
	 *   - ordinal scales (e.g. Beaufort wind force, Richter Scale, Rockwell C hardness scale),
	 *   - interval scales (e.g. absolute temperature in deg C or F),
	 *   - cyclic ratio scales (e.g. rotation angle with modulus 360 degree),
	 *   - logarithmic scales (e.g. dB(A) or dBA sound pressure level w.r.t. a reference ambient pressure, dB(m) or dBm power ratio w.r.t. 1 mW).
	 * - Any base unit quantity is modeled as a specialization of a SimpleUnit. This specialized SimpleUnit (e.g. MassUnit) defines one base unit vector (with power one by definition)
	 *   that establishes a base quantity dimension for the system of quantities, without committing yet to a particular choice of measurement unit.
	 *
	 * The International System of Units (SI) as defined in ISO/IEC 80000 as well as the US Customary System of Units as defined by NIST SP 811
	 * are added as predefined model libraries to SysML v2.
	 * However, this does not prevent to model any other system of units and scales in another model library and use it.
	 */
	 /*
	  * Above capabilities were implemented in:
	  * - standard library MeasurementReferences:
      *   TensorMeasurementReference, VectorMeasurementReference, ScalarMeasurementReference,
      *   MeasurementUnit, OrdinalScale, IntervalScale, CyclicRatioScale, LogarithmicScale,
      *   SystemOfUnits
	  * - standard library SI:
	  *   attribute <si> 'ISO/IEC 80000 International System of Units' : SystemOfUnits
      *     :>> systemOfQuantities = isq;
      *     :>> baseUnits = (m, kg, s, A, K, mol, cd);
      *   }
	  */
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package '15_07-System of Units and Scales' {
     private import ISQ::*;
-    private import USCustomaryUnits::;
+    private import USCustomaryUnits::*;
 	/*
 	 * A System of Units and Scales is represented by a model library package.
 	 *
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'connect' (5574.sysml line : 22 column : 9)
ERROR:no viable alternative at input '.' (5574.sysml line : 22 column : 28)
ERROR:no viable alternative at input 'to' (5574.sysml line : 22 column : 31)
ERROR:no viable alternative at input '.' (5574.sysml line : 22 column : 45)

Code:
```sysml
package Vehicle_Remix_0515_870a {
    port def BatteryInput;
    port def BatteryOutput;
    port def FuelPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4967 : BatteryOutput_Def;
        part comp_b_f536 : BatteryInput_Def;
        part comp_distractor_6b40 : FuelPort_Distractor_Def
        connect comp_a_4967.p to comp_b_f536.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'connect' (5574.sysml line : 22 column : 9)
ERROR:no viable alternative at input '.' (5574.sysml line : 22 column : 28)
ERROR:no viable alternative at input 'to' (5574.sysml line : 22 column : 31)
ERROR:no viable alternative at input '.' (5574.sysml line : 22 column : 45)

Code:
```sysml
package Vehicle_Remix_0515_870a {
    port def BatteryInput;
    port def BatteryOutput;
    port def FuelPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4967 : BatteryOutput_Def;
        part comp_b_f536 : BatteryInput_Def;
        part comp_distractor_6b40 : FuelPort_Distractor_Def
        connect comp_a_4967.p to comp_b_f536.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0515_870a {
    port def BatteryInput;
    port def BatteryOutput;
    port def FuelPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4967 : BatteryOutput_Def;
        part comp_b_f536 : BatteryInput_Def;
        part comp_distractor_6b40 : FuelPort_Distractor_Def;
        connect comp_a_4967.p to comp_b_f536.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,7 +8,7 @@
     part def SubSystem_Context {
         part comp_a_4967 : BatteryOutput_Def;
         part comp_b_f536 : BatteryInput_Def;
-        part comp_distractor_6b40 : FuelPort_Distractor_Def
+        part comp_distractor_6b40 : FuelPort_Distractor_Def;
         connect comp_a_4967.p to comp_b_f536.p;
     }
 }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (2201.sysml line : 8 column : 30)
ERROR:A port must be typed by port definitions. (2201.sysml line : 9 column : 30)

Code:
```sysml
package Vehicle_Remix_0093_b58b {
    part def ShankPort;
    port def IgnitionCmdPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def IgnitionCmdPort_Distractor_Def { port p : IgnitionCmdPort; }
    part def SubSystem_Context {
        part comp_a_ab6a : ShankPort_Def;
        part comp_b_d154 : ShankPort_Def;
        part comp_distractor_7984 : IgnitionCmdPort_Distractor_Def;
        connect comp_a_ab6a.p to comp_b_d154.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (2201.sysml line : 8 column : 30)
ERROR:A port must be typed by port definitions. (2201.sysml line : 9 column : 30)

Code:
```sysml
package Vehicle_Remix_0093_b58b {
    part def ShankPort;
    port def IgnitionCmdPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def IgnitionCmdPort_Distractor_Def { port p : IgnitionCmdPort; }
    part def SubSystem_Context {
        part comp_a_ab6a : ShankPort_Def;
        part comp_b_d154 : ShankPort_Def;
        part comp_distractor_7984 : IgnitionCmdPort_Distractor_Def;
        connect comp_a_ab6a.p to comp_b_d154.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0093_b58b {
    port def ShankPort;
    port def IgnitionCmdPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def IgnitionCmdPort_Distractor_Def { port p : IgnitionCmdPort; }
    part def SubSystem_Context {
        part comp_a_ab6a : ShankPort_Def;
        part comp_b_d154 : ShankPort_Def;
        part comp_distractor_7984 : IgnitionCmdPort_Distractor_Def;
        connect comp_a_ab6a.p to comp_b_d154.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0093_b58b {
-    part def ShankPort;
+    port def ShankPort;
     port def IgnitionCmdPort;
     part def ShankPort_Def { port p : ShankPort; }
     part def ShankPort_Def { port p : ShankPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'port' (5870.sysml line : 5 column : 5)

Code:
```sysml
package Vehicle_Remix_0552_fbe8 {
    port def BatteryInput
    port def BatteryOutput;
    port def LugNutPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_e773 : BatteryOutput_Def;
        part comp_b_5724 : BatteryInput_Def;
        part comp_distractor_0c47 : LugNutPort_Distractor_Def;
        connect comp_a_e773.p to comp_b_5724.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'port' (5870.sysml line : 5 column : 5)

Code:
```sysml
package Vehicle_Remix_0552_fbe8 {
    port def BatteryInput
    port def BatteryOutput;
    port def LugNutPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_e773 : BatteryOutput_Def;
        part comp_b_5724 : BatteryInput_Def;
        part comp_distractor_0c47 : LugNutPort_Distractor_Def;
        connect comp_a_e773.p to comp_b_5724.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0552_fbe8 {
    port def BatteryInput;
    port def BatteryOutput;
    port def LugNutPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_e773 : BatteryOutput_Def;
        part comp_b_5724 : BatteryInput_Def;
        part comp_distractor_0c47 : LugNutPort_Distractor_Def;
        connect comp_a_e773.p to comp_b_5724.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0552_fbe8 {
-    port def BatteryInput
+    port def BatteryInput;
     port def BatteryOutput;
     port def LugNutPort;
     part def BatteryOutput_Def { port p : BatteryOutput; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (7836.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0797_50c2 {
    port def DriveIF;
    port def AxlePort;
    port def FuelPort;
    part def AxlePort_Def { port p_BROKEN : AxlePort; }
    part def DriveIF_Def { port p : DriveIF; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_821a : AxlePort_Def;
        part comp_b_888a : DriveIF_Def;
        part comp_distractor_b692 : FuelPort_Distractor_Def;
        connect comp_a_821a.p to comp_b_888a.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (7836.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0797_50c2 {
    port def DriveIF;
    port def AxlePort;
    port def FuelPort;
    part def AxlePort_Def { port p_BROKEN : AxlePort; }
    part def DriveIF_Def { port p : DriveIF; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_821a : AxlePort_Def;
        part comp_b_888a : DriveIF_Def;
        part comp_distractor_b692 : FuelPort_Distractor_Def;
        connect comp_a_821a.p to comp_b_888a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0797_50c2 {
    port def DriveIF;
    port def AxlePort;
    port def FuelPort;
    part def AxlePort_Def { port p : AxlePort; }
    part def DriveIF_Def { port p : DriveIF; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_821a : AxlePort_Def;
        part comp_b_888a : DriveIF_Def;
        part comp_distractor_b692 : FuelPort_Distractor_Def;
        connect comp_a_821a.p to comp_b_888a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def DriveIF;
     port def AxlePort;
     port def FuelPort;
-    part def AxlePort_Def { port p_BROKEN : AxlePort; }
+    part def AxlePort_Def { port p : AxlePort; }
     part def DriveIF_Def { port p : DriveIF; }
     part def FuelPort_Distractor_Def { port p : FuelPort; }
     part def SubSystem_Context {
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'port' (2190.sysml line : 6 column : 5)

Code:
```sysml
package Vehicle_Remix_0092_f122 {
    port def TireOutput;
    port def BatteryInput
    port def BatteryOutput;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def TireOutput_Distractor_Def { port p : TireOutput; }
    part def SubSystem_Context {
        part comp_a_128e : BatteryOutput_Def;
        part comp_b_cdd6 : BatteryInput_Def;
        part comp_distractor_00d8 : TireOutput_Distractor_Def;
        connect comp_a_128e.p to comp_b_cdd6.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'port' (2190.sysml line : 6 column : 5)

Code:
```sysml
package Vehicle_Remix_0092_f122 {
    port def TireOutput;
    port def BatteryInput
    port def BatteryOutput;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def TireOutput_Distractor_Def { port p : TireOutput; }
    part def SubSystem_Context {
        part comp_a_128e : BatteryOutput_Def;
        part comp_b_cdd6 : BatteryInput_Def;
        part comp_distractor_00d8 : TireOutput_Distractor_Def;
        connect comp_a_128e.p to comp_b_cdd6.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0092_f122 {
    port def TireOutput;
    port def BatteryInput;
    port def BatteryOutput;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def TireOutput_Distractor_Def { port p : TireOutput; }
    part def SubSystem_Context {
        part comp_a_128e : BatteryOutput_Def;
        part comp_b_cdd6 : BatteryInput_Def;
        part comp_distractor_00d8 : TireOutput_Distractor_Def;
        connect comp_a_128e.p to comp_b_cdd6.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package Vehicle_Remix_0092_f122 {
     port def TireOutput;
-    port def BatteryInput
+    port def BatteryInput;
     port def BatteryOutput;
     part def BatteryOutput_Def { port p : BatteryOutput; }
     part def BatteryInput_Def { port p : BatteryInput; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (8601.sysml line : 8 column : 30)
ERROR:A port must be typed by port definitions. (8601.sysml line : 9 column : 30)

Code:
```sysml
package Vehicle_Remix_0893_9e6d {
    part def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_e70a : ShankPort_Def;
        part comp_b_c1a1 : ShankPort_Def;
        part comp_distractor_de4a : FuelPort_Distractor_Def;
        connect comp_a_e70a.p to comp_b_c1a1.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (8601.sysml line : 8 column : 30)
ERROR:A port must be typed by port definitions. (8601.sysml line : 9 column : 30)

Code:
```sysml
package Vehicle_Remix_0893_9e6d {
    part def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_e70a : ShankPort_Def;
        part comp_b_c1a1 : ShankPort_Def;
        part comp_distractor_de4a : FuelPort_Distractor_Def;
        connect comp_a_e70a.p to comp_b_c1a1.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0893_9e6d {
    port def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_e70a : ShankPort_Def;
        part comp_b_c1a1 : ShankPort_Def;
        part comp_distractor_de4a : FuelPort_Distractor_Def;
        connect comp_a_e70a.p to comp_b_c1a1.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0893_9e6d {
-    part def ShankPort;
+    port def ShankPort;
     port def FuelPort;
     part def ShankPort_Def { port p : ShankPort; }
     part def ShankPort_Def { port p : ShankPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Element 'mass'. (9917.sysml line : 62 column : 15)

Code:
```sysml
package 'Analysis Case Definition Example' {
	private import ScalarValues::Real;
	private import 'Calculation Definitions'::*;
	private import 'Analytical Constraints'::*;
	private import USCustomaryUnits::*;
	private import SequenceFunctions::size;
	private import Quantities::ScalarQuantityValue;
	private import ControlFunctions::*;
	private import ScalarValues::Positive;
	attribute def DistancePerVolumeValue :> ScalarQuantityValue;
	part def Vehicle {
        attribute mass_BROKEN : MassValue;
        attribute cargoMass : MassValue;
        attribute wheelDiameter : LengthValue;
        attribute driveTrainEfficiency : Real;
        attribute fuelEconomy_city : DistancePerVolumeValue;
        attribute fuelEconomy_highway : DistancePerVolumeValue;
    }
    attribute def WayPoint {
		time : TimeValue;
		position : LengthValue;
		speed : SpeedValue;
	}
	analysis def FuelEconomyAnalysis {
		subject vehicle : Vehicle;
		objective fuelEconomyAnalysisObjective {
			/*
			 * The objective of this analysis is to determine whether the
			 * subject vehicle can satisfy the fuel economy requirement.
			 */
			assume constraint {
				vehicle.wheelDiameter == 33 ['in'] &
				vehicle.driveTrainEfficiency == 0.4
			}
			require constraint {
				fuelEconomyResult > 30 [mi / gal]
			}
		}
		in attribute scenario : WayPoint[*];
		action solveForPower {
			out power : PowerValue[*];
			out acceleration : AccelerationValue[*];
			/*
			 * Solve for the required engine power as a function of time
			 * to support the scenario.
			 */
			assert constraint {
				(1..size(scenario)-1)->forAll {in i: Positive;
					StraightLineDynamicsEquations (
						power#(i),
						vehicle.mass,
						scenario.time#(i+1) - scenario.time#(i),
						scenario.position#(i),
						scenario.speed#(i),
						scenario.position#(i+1),
						scenario.speed#(i+1),
						acceleration#(i+1)
					)
				}
			}
		}
		then action solveForFuelConsumption {
			in power : PowerValue[*] = solveForPower.power;
			out fuelEconomy : DistancePerVolumeValue;
			/*
			 * Solve the engine equations to determine how much fuel is
			 * consumed.
			 */
		}
        return fuelEconomyResult : DistancePerVolumeValue = solveForFuelConsumption.fuelEconomy;
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Element 'mass'. (9917.sysml line : 62 column : 15)

Code:
```sysml
package 'Analysis Case Definition Example' {
	private import ScalarValues::Real;
	private import 'Calculation Definitions'::*;
	private import 'Analytical Constraints'::*;
	private import USCustomaryUnits::*;
	private import SequenceFunctions::size;
	private import Quantities::ScalarQuantityValue;
	private import ControlFunctions::*;
	private import ScalarValues::Positive;
	attribute def DistancePerVolumeValue :> ScalarQuantityValue;
	part def Vehicle {
        attribute mass_BROKEN : MassValue;
        attribute cargoMass : MassValue;
        attribute wheelDiameter : LengthValue;
        attribute driveTrainEfficiency : Real;
        attribute fuelEconomy_city : DistancePerVolumeValue;
        attribute fuelEconomy_highway : DistancePerVolumeValue;
    }
    attribute def WayPoint {
		time : TimeValue;
		position : LengthValue;
		speed : SpeedValue;
	}
	analysis def FuelEconomyAnalysis {
		subject vehicle : Vehicle;
		objective fuelEconomyAnalysisObjective {
			/*
			 * The objective of this analysis is to determine whether the
			 * subject vehicle can satisfy the fuel economy requirement.
			 */
			assume constraint {
				vehicle.wheelDiameter == 33 ['in'] &
				vehicle.driveTrainEfficiency == 0.4
			}
			require constraint {
				fuelEconomyResult > 30 [mi / gal]
			}
		}
		in attribute scenario : WayPoint[*];
		action solveForPower {
			out power : PowerValue[*];
			out acceleration : AccelerationValue[*];
			/*
			 * Solve for the required engine power as a function of time
			 * to support the scenario.
			 */
			assert constraint {
				(1..size(scenario)-1)->forAll {in i: Positive;
					StraightLineDynamicsEquations (
						power#(i),
						vehicle.mass,
						scenario.time#(i+1) - scenario.time#(i),
						scenario.position#(i),
						scenario.speed#(i),
						scenario.position#(i+1),
						scenario.speed#(i+1),
						acceleration#(i+1)
					)
				}
			}
		}
		then action solveForFuelConsumption {
			in power : PowerValue[*] = solveForPower.power;
			out fuelEconomy : DistancePerVolumeValue;
			/*
			 * Solve the engine equations to determine how much fuel is
			 * consumed.
			 */
		}
        return fuelEconomyResult : DistancePerVolumeValue = solveForFuelConsumption.fuelEconomy;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'Analysis Case Definition Example' {
	private import ScalarValues::Real;
	private import 'Calculation Definitions'::*;
	private import 'Analytical Constraints'::*;
	private import USCustomaryUnits::*;
	private import SequenceFunctions::size;
	private import Quantities::ScalarQuantityValue;
	private import ControlFunctions::*;
	private import ScalarValues::Positive;
	attribute def DistancePerVolumeValue :> ScalarQuantityValue;
	part def Vehicle {
        attribute mass : MassValue;
        attribute cargoMass : MassValue;
        attribute wheelDiameter : LengthValue;
        attribute driveTrainEfficiency : Real;
        attribute fuelEconomy_city : DistancePerVolumeValue;
        attribute fuelEconomy_highway : DistancePerVolumeValue;
    }
    attribute def WayPoint {
		time : TimeValue;
		position : LengthValue;
		speed : SpeedValue;
	}
	analysis def FuelEconomyAnalysis {
		subject vehicle : Vehicle;
		objective fuelEconomyAnalysisObjective {
			/*
			 * The objective of this analysis is to determine whether the
			 * subject vehicle can satisfy the fuel economy requirement.
			 */
			assume constraint {
				vehicle.wheelDiameter == 33 ['in'] &
				vehicle.driveTrainEfficiency == 0.4
			}
			require constraint {
				fuelEconomyResult > 30 [mi / gal]
			}
		}
		in attribute scenario : WayPoint[*];
		action solveForPower {
			out power : PowerValue[*];
			out acceleration : AccelerationValue[*];
			/*
			 * Solve for the required engine power as a function of time
			 * to support the scenario.
			 */
			assert constraint {
				(1..size(scenario)-1)->forAll {in i: Positive;
					StraightLineDynamicsEquations (
						power#(i),
						vehicle.mass,
						scenario.time#(i+1) - scenario.time#(i),
						scenario.position#(i),
						scenario.speed#(i),
						scenario.position#(i+1),
						scenario.speed#(i+1),
						acceleration#(i+1)
					)
				}
			}
		}
		then action solveForFuelConsumption {
			in power : PowerValue[*] = solveForPower.power;
			out fuelEconomy : DistancePerVolumeValue;
			/*
			 * Solve the engine equations to determine how much fuel is
			 * consumed.
			 */
		}
        return fuelEconomyResult : DistancePerVolumeValue = solveForFuelConsumption.fuelEconomy;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,7 +9,7 @@
 	private import ScalarValues::Positive;
 	attribute def DistancePerVolumeValue :> ScalarQuantityValue;
 	part def Vehicle {
-        attribute mass_BROKEN : MassValue;
+        attribute mass : MassValue;
         attribute cargoMass : MassValue;
         attribute wheelDiameter : LengthValue;
         attribute driveTrainEfficiency : Real;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (10163.sysml line : 83 column : 1)

Code:
```sysml
package '3d-Function-based Behavior-item' {
	private import ScalarValues::Real;
	public import Definitions::*;
	public import Usages::*;
	package Definitions {
		item def Fuel;
		port def FuelPort {
			out item fuel: Fuel;
		}
		part def Pump {
			port fuelInPort : ~FuelPort;
			port fuelOutPort : FuelPort;
		}
		part def StorageTank {
			port fuelOutPort : FuelPort;
		}
		part def FuelTank {
			port fuelInPort : ~FuelPort;
		part def Vehicle {
			port fuelInPort : ~FuelPort;
		}
		action def PumpFuel {
			in fuelIn : Fuel;
			out fuelOut : Fuel;
		}
	}
	package Usages {
		part context {
			/* Storage Element */
			part storageTank : StorageTank;
			flow of  fuel : Fuel
				from storageTank.fuelOutPort.fuel to pump.fuelInPort.fuel {
				/*
				 * Note: Explicitly notating that the flow is "of fuel : Fuel" is optional.
				 */
			}
			part pump : Pump {
				perform action pumpFuel : PumpFuel {
					in fuelIn = fuelInPort.fuel;
					out fuelOut = fuelOutPort.fuel;
				}
			}
			flow of fuel : Fuel
				from pump.fuelOutPort.fuel to vehicle.fuelInPort.fuel;
			part vehicle : Vehicle {
				flow fuelInPort.fuel to fuelTank.fuel {
					/*
					 * Note: The semantics of flowing to a "stored item" is tentative.
					 */
				}
				/* Storage Element */
				part fuelTank : FuelTank {
					attribute volumeMax : Real;
					attribute fuelLevel : Real = fuel.volume / volumeMax;
					 /* Stored Item */
					item fuel : Fuel {
						attribute volume : Real;
						/* isConserved = true */
					}
				}
			}
		}
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (10163.sysml line : 83 column : 1)

Code:
```sysml
package '3d-Function-based Behavior-item' {
	private import ScalarValues::Real;
	public import Definitions::*;
	public import Usages::*;
	package Definitions {
		item def Fuel;
		port def FuelPort {
			out item fuel: Fuel;
		}
		part def Pump {
			port fuelInPort : ~FuelPort;
			port fuelOutPort : FuelPort;
		}
		part def StorageTank {
			port fuelOutPort : FuelPort;
		}
		part def FuelTank {
			port fuelInPort : ~FuelPort;
		part def Vehicle {
			port fuelInPort : ~FuelPort;
		}
		action def PumpFuel {
			in fuelIn : Fuel;
			out fuelOut : Fuel;
		}
	}
	package Usages {
		part context {
			/* Storage Element */
			part storageTank : StorageTank;
			flow of  fuel : Fuel
				from storageTank.fuelOutPort.fuel to pump.fuelInPort.fuel {
				/*
				 * Note: Explicitly notating that the flow is "of fuel : Fuel" is optional.
				 */
			}
			part pump : Pump {
				perform action pumpFuel : PumpFuel {
					in fuelIn = fuelInPort.fuel;
					out fuelOut = fuelOutPort.fuel;
				}
			}
			flow of fuel : Fuel
				from pump.fuelOutPort.fuel to vehicle.fuelInPort.fuel;
			part vehicle : Vehicle {
				flow fuelInPort.fuel to fuelTank.fuel {
					/*
					 * Note: The semantics of flowing to a "stored item" is tentative.
					 */
				}
				/* Storage Element */
				part fuelTank : FuelTank {
					attribute volumeMax : Real;
					attribute fuelLevel : Real = fuel.volume / volumeMax;
					 /* Stored Item */
					item fuel : Fuel {
						attribute volume : Real;
						/* isConserved = true */
					}
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '3d-Function-based Behavior-item' {
	private import ScalarValues::Real;
	public import Definitions::*;
	public import Usages::*;
	package Definitions {
		item def Fuel;
		port def FuelPort {
			out item fuel: Fuel;
		}
		part def Pump {
			port fuelInPort : ~FuelPort;
			port fuelOutPort : FuelPort;
		}
		part def StorageTank {
			port fuelOutPort : FuelPort;
		}
		part def FuelTank {
			port fuelInPort : ~FuelPort;
		}
		part def Vehicle {
			port fuelInPort : ~FuelPort;
		}
		action def PumpFuel {
			in fuelIn : Fuel;
			out fuelOut : Fuel;
		}
	}
	package Usages {
		part context {
			/* Storage Element */
			part storageTank : StorageTank;
			flow of  fuel : Fuel
				from storageTank.fuelOutPort.fuel to pump.fuelInPort.fuel {
				/*
				 * Note: Explicitly notating that the flow is "of fuel : Fuel" is optional.
				 */
			}
			part pump : Pump {
				perform action pumpFuel : PumpFuel {
					in fuelIn = fuelInPort.fuel;
					out fuelOut = fuelOutPort.fuel;
				}
			}
			flow of fuel : Fuel
				from pump.fuelOutPort.fuel to vehicle.fuelInPort.fuel;
			part vehicle : Vehicle {
				flow fuelInPort.fuel to fuelTank.fuel {
					/*
					 * Note: The semantics of flowing to a "stored item" is tentative.
					 */
				}
				/* Storage Element */
				part fuelTank : FuelTank {
					attribute volumeMax : Real;
					attribute fuelLevel : Real = fuel.volume / volumeMax;
					 /* Stored Item */
					item fuel : Fuel {
						attribute volume : Real;
						/* isConserved = true */
					}
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -16,6 +16,7 @@
 		}
 		part def FuelTank {
 			port fuelInPort : ~FuelPort;
+		}
 		part def Vehicle {
 			port fuelInPort : ~FuelPort;
 		}
```


Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0061_fbc9 {
    port def WheelToAxlePort;
    port def BatteryInput;
    port def ClutchPort;
    part def ClutchPort_Def { port p : ClutchPort; }
    part def WheelToAxlePort_Def { port p : WheelToAxlePort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_ff36 : ClutchPort_Def;
        part comp_b_7df8 : WheelToAxlePort_Def;
        part comp_distractor_4ec1 : BatteryInput_Distractor_Def;
        connect comp_a_ff36.p to comp_b_7df8.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'ClutchPort' belongs to Domain: mechanical_torque
- 'WheelToAxlePort' belongs to Domain: mechanical_torque
- 'BatteryInput' belongs to Domain: electrical_power

Valid Connections Rules:
- electrical_power can ONLY connect to: ['electrical_power']
- mechanical_torque can ONLY connect to: ['mechanical_torque']

Code:
```sysml
package Vehicle_Remix_0061_fbc9 {
    port def WheelToAxlePort;
    port def BatteryInput;
    port def ClutchPort;
    part def ClutchPort_Def { port p : ClutchPort; }
    part def WheelToAxlePort_Def { port p : WheelToAxlePort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_ff36 : ClutchPort_Def;
        part comp_b_7df8 : WheelToAxlePort_Def;
        part comp_distractor_4ec1 : BatteryInput_Distractor_Def;
        connect comp_a_ff36.p to comp_b_7df8.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0806_1a29 {
    port def MotorOutput;
    port def BatteryInput;
    port def SpeedSensorPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def MotorOutput_Def { port p : MotorOutput; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_fa5e : BatteryInput_Def;
        part comp_b_67dc : MotorOutput_Def;
        part comp_distractor_17f3 : SpeedSensorPort_Distractor_Def;
        connect comp_a_fa5e.p to comp_b_67dc.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'SpeedSensorPort' belongs to Domain: command_signal
- 'BatteryInput' belongs to Domain: electrical_power
- 'MotorOutput' belongs to Domain: electrical_power

Valid Connections Rules:
- command_signal can ONLY connect to: ['command_signal']
- electrical_power can ONLY connect to: ['electrical_power']

Code:
```sysml
package Vehicle_Remix_0806_1a29 {
    port def MotorOutput;
    port def BatteryInput;
    port def SpeedSensorPort;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def MotorOutput_Def { port p : MotorOutput; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_fa5e : BatteryInput_Def;
        part comp_b_67dc : MotorOutput_Def;
        part comp_distractor_17f3 : SpeedSensorPort_Distractor_Def;
        connect comp_a_fa5e.p to comp_b_67dc.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Element 'massActual'. (10280.sysml line : 13 column : 25)
ERROR:Couldn't resolve reference to Feature 'massActual'. (10280.sysml line : 43 column : 8)

Code:
```sysml
package '9-Verification-simplified' {
	private import VerificationCases::*;
	private import Definitions::*;
	package Definitions {
		requirement def <'2'> MassRequirement {
			attribute massActual_BROKEN :> ISQ::mass;
			attribute massReqd :> ISQ::mass;
			doc /* The actual mass shall be less than or equal to the required mass limit. */
			require constraint { massActual <= massReqd }
		}
		part def Vehicle {
			attribute mass :> ISQ::mass;
		}
		part def MassVerificationSystem;
		part def Scale;
		part def TestOperator;
		individual def TestVehicle1 :> Vehicle;
		individual def TestVehicle2 :> Vehicle;
		individual def TestSystem :> MassVerificationSystem;
		verification def MassTest {
			objective massVerificationObjective {
				verify requirement massRequirement : MassRequirement;
			}
		}
	}
	package Usages {
		requirement <'2.1'> vehicleMassRequirement : MassRequirement {
			subject vehicle : Vehicle;
			doc /* The vehicle mass shall be less than or equal to 2500 kg. */
			:>> massActual = vehicle.mass;
			:>> massReqd = 2500 [SI::kg];
		}
		part vehicle1_c2 : Vehicle {
		}
		verification vehicleMassTest : MassTest {
			subject testVehicle : Vehicle;
			objective vehicleMassVerificationObjective {
				verify vehicleMassRequirement :>> massRequirement;
			}
			action collectData {
				in part testVehicle : Vehicle = vehicleMassTest.testVehicle;
				out massMeasured :> ISQ::mass;
			}
			action processData {
				in massMeasured :> ISQ::mass = collectData.massMeasured;
				out massProcessed :> ISQ::mass;
			}
			action evaluateData {
				in massProcessed :> ISQ::mass = processData.massProcessed;
				out verdict : VerdictKind =
					PassIf(vehicleMassRequirement(vehicle = new testVehicle(mass = massProcessed)));
			}
			return verdict : VerdictKind = evaluateData.verdict;
		}
		part massVerificationSystem : MassVerificationSystem {
			perform vehicleMassTest {
				in part :>> testVehicle = vehicleUnderTest;
			}
			ref part vehicleUnderTest : Vehicle;
			part testOperator : TestOperator;
			part scale : Scale {
				perform vehicleMassTest.collectData {
					in part :>> testVehicle;
					measurement = testVehicle.mass;
					out :>> massMeasured = measurement;
				}
			}
		}
		individual testSystem : TestSystem :> massVerificationSystem {
			timeslice test1 {
				ref individual :>> vehicleUnderTest : TestVehicle1 :> vehicle1_c2 {
					:>> mass = 2500 [SI::kg];
				}
			}
			then timeslice test2 {
				ref individual :>> vehicleUnderTest : TestVehicle2 :> vehicle1_c2 {
					:>> mass = 2500 [SI::kg];
				}
			}
		}
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Element 'massActual'. (10280.sysml line : 13 column : 25)
ERROR:Couldn't resolve reference to Feature 'massActual'. (10280.sysml line : 43 column : 8)

Code:
```sysml
package '9-Verification-simplified' {
	private import VerificationCases::*;
	private import Definitions::*;
	package Definitions {
		requirement def <'2'> MassRequirement {
			attribute massActual_BROKEN :> ISQ::mass;
			attribute massReqd :> ISQ::mass;
			doc /* The actual mass shall be less than or equal to the required mass limit. */
			require constraint { massActual <= massReqd }
		}
		part def Vehicle {
			attribute mass :> ISQ::mass;
		}
		part def MassVerificationSystem;
		part def Scale;
		part def TestOperator;
		individual def TestVehicle1 :> Vehicle;
		individual def TestVehicle2 :> Vehicle;
		individual def TestSystem :> MassVerificationSystem;
		verification def MassTest {
			objective massVerificationObjective {
				verify requirement massRequirement : MassRequirement;
			}
		}
	}
	package Usages {
		requirement <'2.1'> vehicleMassRequirement : MassRequirement {
			subject vehicle : Vehicle;
			doc /* The vehicle mass shall be less than or equal to 2500 kg. */
			:>> massActual = vehicle.mass;
			:>> massReqd = 2500 [SI::kg];
		}
		part vehicle1_c2 : Vehicle {
		}
		verification vehicleMassTest : MassTest {
			subject testVehicle : Vehicle;
			objective vehicleMassVerificationObjective {
				verify vehicleMassRequirement :>> massRequirement;
			}
			action collectData {
				in part testVehicle : Vehicle = vehicleMassTest.testVehicle;
				out massMeasured :> ISQ::mass;
			}
			action processData {
				in massMeasured :> ISQ::mass = collectData.massMeasured;
				out massProcessed :> ISQ::mass;
			}
			action evaluateData {
				in massProcessed :> ISQ::mass = processData.massProcessed;
				out verdict : VerdictKind =
					PassIf(vehicleMassRequirement(vehicle = new testVehicle(mass = massProcessed)));
			}
			return verdict : VerdictKind = evaluateData.verdict;
		}
		part massVerificationSystem : MassVerificationSystem {
			perform vehicleMassTest {
				in part :>> testVehicle = vehicleUnderTest;
			}
			ref part vehicleUnderTest : Vehicle;
			part testOperator : TestOperator;
			part scale : Scale {
				perform vehicleMassTest.collectData {
					in part :>> testVehicle;
					measurement = testVehicle.mass;
					out :>> massMeasured = measurement;
				}
			}
		}
		individual testSystem : TestSystem :> massVerificationSystem {
			timeslice test1 {
				ref individual :>> vehicleUnderTest : TestVehicle1 :> vehicle1_c2 {
					:>> mass = 2500 [SI::kg];
				}
			}
			then timeslice test2 {
				ref individual :>> vehicleUnderTest : TestVehicle2 :> vehicle1_c2 {
					:>> mass = 2500 [SI::kg];
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '9-Verification-simplified' {
	private import VerificationCases::*;
	private import Definitions::*;
	package Definitions {
		requirement def <'2'> MassRequirement {
			attribute massActual :> ISQ::mass;
			attribute massReqd :> ISQ::mass;
			doc /* The actual mass shall be less than or equal to the required mass limit. */
			require constraint { massActual <= massReqd }
		}
		part def Vehicle {
			attribute mass :> ISQ::mass;
		}
		part def MassVerificationSystem;
		part def Scale;
		part def TestOperator;
		individual def TestVehicle1 :> Vehicle;
		individual def TestVehicle2 :> Vehicle;
		individual def TestSystem :> MassVerificationSystem;
		verification def MassTest {
			objective massVerificationObjective {
				verify requirement massRequirement : MassRequirement;
			}
		}
	}
	package Usages {
		requirement <'2.1'> vehicleMassRequirement : MassRequirement {
			subject vehicle : Vehicle;
			doc /* The vehicle mass shall be less than or equal to 2500 kg. */
			:>> massActual = vehicle.mass;
			:>> massReqd = 2500 [SI::kg];
		}
		part vehicle1_c2 : Vehicle {
		}
		verification vehicleMassTest : MassTest {
			subject testVehicle : Vehicle;
			objective vehicleMassVerificationObjective {
				verify vehicleMassRequirement :>> massRequirement;
			}
			action collectData {
				in part testVehicle : Vehicle = vehicleMassTest.testVehicle;
				out massMeasured :> ISQ::mass;
			}
			action processData {
				in massMeasured :> ISQ::mass = collectData.massMeasured;
				out massProcessed :> ISQ::mass;
			}
			action evaluateData {
				in massProcessed :> ISQ::mass = processData.massProcessed;
				out verdict : VerdictKind =
					PassIf(vehicleMassRequirement(vehicle = new testVehicle(mass = massProcessed)));
			}
			return verdict : VerdictKind = evaluateData.verdict;
		}
		part massVerificationSystem : MassVerificationSystem {
			perform vehicleMassTest {
				in part :>> testVehicle = vehicleUnderTest;
			}
			ref part vehicleUnderTest : Vehicle;
			part testOperator : TestOperator;
			part scale : Scale {
				perform vehicleMassTest.collectData {
					in part :>> testVehicle;
					measurement = testVehicle.mass;
					out :>> massMeasured = measurement;
				}
			}
		}
		individual testSystem : TestSystem :> massVerificationSystem {
			timeslice test1 {
				ref individual :>> vehicleUnderTest : TestVehicle1 :> vehicle1_c2 {
					:>> mass = 2500 [SI::kg];
				}
			}
			then timeslice test2 {
				ref individual :>> vehicleUnderTest : TestVehicle2 :> vehicle1_c2 {
					:>> mass = 2500 [SI::kg];
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -3,7 +3,7 @@
 	private import Definitions::*;
 	package Definitions {
 		requirement def <'2'> MassRequirement {
-			attribute massActual_BROKEN :> ISQ::mass;
+			attribute massActual :> ISQ::mass;
 			attribute massReqd :> ISQ::mass;
 			doc /* The actual mass shall be less than or equal to the required mass limit. */
 			require constraint { massActual <= massReqd }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (5484.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0503_cb09 {
    port def SpeedSensorPort;
    port def SetSpeedPort;
    port def ShaftPort_c;
    part def SpeedSensorPort_Def { port p_BROKEN : SpeedSensorPort; }
    part def SetSpeedPort_Def { port p : SetSpeedPort; }
    part def ShaftPort_c_Distractor_Def { port p : ShaftPort_c; }
    part def SubSystem_Context {
        part comp_a_3207 : SpeedSensorPort_Def;
        part comp_b_eee5 : SetSpeedPort_Def;
        part comp_distractor_6cfc : ShaftPort_c_Distractor_Def;
        connect comp_a_3207.p to comp_b_eee5.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (5484.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0503_cb09 {
    port def SpeedSensorPort;
    port def SetSpeedPort;
    port def ShaftPort_c;
    part def SpeedSensorPort_Def { port p_BROKEN : SpeedSensorPort; }
    part def SetSpeedPort_Def { port p : SetSpeedPort; }
    part def ShaftPort_c_Distractor_Def { port p : ShaftPort_c; }
    part def SubSystem_Context {
        part comp_a_3207 : SpeedSensorPort_Def;
        part comp_b_eee5 : SetSpeedPort_Def;
        part comp_distractor_6cfc : ShaftPort_c_Distractor_Def;
        connect comp_a_3207.p to comp_b_eee5.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0503_cb09 {
    port def SpeedSensorPort;
    port def SetSpeedPort;
    port def ShaftPort_c;
    part def SpeedSensorPort_Def { port p : SpeedSensorPort; }
    part def SetSpeedPort_Def { port p : SetSpeedPort; }
    part def ShaftPort_c_Distractor_Def { port p : ShaftPort_c; }
    part def SubSystem_Context {
        part comp_a_3207 : SpeedSensorPort_Def;
        part comp_b_eee5 : SetSpeedPort_Def;
        part comp_distractor_6cfc : ShaftPort_c_Distractor_Def;
        connect comp_a_3207.p to comp_b_eee5.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def SpeedSensorPort;
     port def SetSpeedPort;
     port def ShaftPort_c;
-    part def SpeedSensorPort_Def { port p_BROKEN : SpeedSensorPort; }
+    part def SpeedSensorPort_Def { port p : SpeedSensorPort; }
     part def SetSpeedPort_Def { port p : SetSpeedPort; }
     part def ShaftPort_c_Distractor_Def { port p : ShaftPort_c; }
     part def SubSystem_Context {
```