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 Namespace 'MiningFrigate'. (200.sysml line : 35 column : 20)
ERROR:Couldn't resolve reference to Namespace 'Domain'. (200.sysml line : 33 column : 20)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 40 column : 37)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 51 column : 37)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 62 column : 37)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 73 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 86 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 98 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 109 column : 33)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 120 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 134 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 145 column : 33)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 156 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 167 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 179 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 190 column : 37)

Code:
```sysml
package StakeholdersDef {
    part def MiningCEO {
        doc /* The Mining CEO is responsible for ensuring profitability, managing overall
               corporate strategy, and balancing operational risks with rewards. */
    }
    part def OperationsManager {
        doc /* The Operations Manager is responsible for minimizing operational costs,
               optimizing deployment efficiency, and ensuring smooth ore delivery processes. */
    }
    part def FleetCommander {
        doc /* The Fleet Commander is responsible for managing fleet operations, ensuring
               scalability, fleet survivability, and neutralizing threats out hostile environments. */
    }
    part def ShipEngineer {
        doc /* The Ship Engineer focuses on ship survivability, performance optimization,
               and ensuring Mining Frigates can handle hostile environments effectively. */
    }
    part def MarketAnalyst {
        doc /* The Market Analyst monitors ore market prices, adapts operations to maximize
               revenue, and advises the corporation on market trends and responses. */
    }
}
package StakeholderConcerns {
    private import ScalarValues::*;
    private import ISQ::*;
    private import Domain::*;
    private import StakeholdersDef::*;
    private import MiningFrigate::*;
    concern def ProfitabilityConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure that mining operations generate sufficient ISK/hour
                   to justify investments in mining frigates, fleets, and operational costs. */
        }
        stakeholder miningCEO : MiningCEO;
    }
    concern def OperationalCostsConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall minimize operational costs (e.g., ship replacements,
                   upgrades, maintenance) to maximize net profitability. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def ScalabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        assume constraint {
            doc /* The Mining Corporation assumes that mining operations can scale effectively with
                   fleet size and deployment in multiple regions. */
        }
        stakeholder fleetCommander : FleetCommander;
    }
    concern def MarketResponsivenessConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall adapt mining operations to fluctuating market demands
                   for specific ores and minerals. */
        }
        stakeholder marketAnalyst : MarketAnalyst;
    }
    concern def SecurityConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure safety and survivability in hostile environments
                   (e.g., Low Sec, Null Sec, Wormholes). */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def ResourceAvailabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure sufficient access to high-value asteroids,
                   ore belts, and gas clouds in different operational areas. */
        }
        stakeholder fleetCommander : FleetCommander;
    }
    concern def DeploymentEfficiencyConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure rapid and efficient movement between resource
                   sites and markets. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def ThreatNeutralizationConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall mitigate risks from NPC pirates and hostile players
                   during mining operations. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def TotalProfitabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall maximize the total ISK/hour generated from mining
                   operations while minimizing costs and losses. */
        }
        stakeholder miningCEO : MiningCEO;
    }
    concern def OreYieldConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall maximize ore yield per frigate or fleet while avoiding
                   resource depletion. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def SurvivabilityConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure high survivability in hostile or dangerous environments. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def FleetDeploymentEfficiencyConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure optimal fleet deployment to maximize ore extraction
                   and minimize operational downtime. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder operationsManager : OperationsManager;
    }
    concern def OreDeliveryEfficiencyConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure fast and efficient transport of mined ore to stations
                   or POS for storage or sale. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def RiskAdjustedProfitabilityConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall balance profitability with the risks of operating in
                   hostile environments. */
        }
        stakeholder miningCEO : MiningCEO;
        stakeholder fleetCommander : FleetCommander;
    }
}
```

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 Namespace 'MiningFrigate'. (200.sysml line : 35 column : 20)
ERROR:Couldn't resolve reference to Namespace 'Domain'. (200.sysml line : 33 column : 20)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 40 column : 37)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 51 column : 37)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 62 column : 37)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 73 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 86 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 98 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 109 column : 33)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 120 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 134 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 145 column : 33)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 156 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 167 column : 37)
ERROR:Couldn't resolve reference to Type 'MiningFrigate::MiningFrigate'. (200.sysml line : 179 column : 33)
ERROR:Couldn't resolve reference to Type 'Domain::MiningCorporation'. (200.sysml line : 190 column : 37)

Code:
```sysml
package StakeholdersDef {
    part def MiningCEO {
        doc /* The Mining CEO is responsible for ensuring profitability, managing overall
               corporate strategy, and balancing operational risks with rewards. */
    }
    part def OperationsManager {
        doc /* The Operations Manager is responsible for minimizing operational costs,
               optimizing deployment efficiency, and ensuring smooth ore delivery processes. */
    }
    part def FleetCommander {
        doc /* The Fleet Commander is responsible for managing fleet operations, ensuring
               scalability, fleet survivability, and neutralizing threats out hostile environments. */
    }
    part def ShipEngineer {
        doc /* The Ship Engineer focuses on ship survivability, performance optimization,
               and ensuring Mining Frigates can handle hostile environments effectively. */
    }
    part def MarketAnalyst {
        doc /* The Market Analyst monitors ore market prices, adapts operations to maximize
               revenue, and advises the corporation on market trends and responses. */
    }
}
package StakeholderConcerns {
    private import ScalarValues::*;
    private import ISQ::*;
    private import Domain::*;
    private import StakeholdersDef::*;
    private import MiningFrigate::*;
    concern def ProfitabilityConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure that mining operations generate sufficient ISK/hour
                   to justify investments in mining frigates, fleets, and operational costs. */
        }
        stakeholder miningCEO : MiningCEO;
    }
    concern def OperationalCostsConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall minimize operational costs (e.g., ship replacements,
                   upgrades, maintenance) to maximize net profitability. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def ScalabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        assume constraint {
            doc /* The Mining Corporation assumes that mining operations can scale effectively with
                   fleet size and deployment in multiple regions. */
        }
        stakeholder fleetCommander : FleetCommander;
    }
    concern def MarketResponsivenessConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall adapt mining operations to fluctuating market demands
                   for specific ores and minerals. */
        }
        stakeholder marketAnalyst : MarketAnalyst;
    }
    concern def SecurityConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure safety and survivability in hostile environments
                   (e.g., Low Sec, Null Sec, Wormholes). */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def ResourceAvailabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure sufficient access to high-value asteroids,
                   ore belts, and gas clouds in different operational areas. */
        }
        stakeholder fleetCommander : FleetCommander;
    }
    concern def DeploymentEfficiencyConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure rapid and efficient movement between resource
                   sites and markets. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def ThreatNeutralizationConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall mitigate risks from NPC pirates and hostile players
                   during mining operations. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def TotalProfitabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall maximize the total ISK/hour generated from mining
                   operations while minimizing costs and losses. */
        }
        stakeholder miningCEO : MiningCEO;
    }
    concern def OreYieldConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall maximize ore yield per frigate or fleet while avoiding
                   resource depletion. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def SurvivabilityConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure high survivability in hostile or dangerous environments. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def FleetDeploymentEfficiencyConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure optimal fleet deployment to maximize ore extraction
                   and minimize operational downtime. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder operationsManager : OperationsManager;
    }
    concern def OreDeliveryEfficiencyConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure fast and efficient transport of mined ore to stations
                   or POS for storage or sale. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def RiskAdjustedProfitabilityConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall balance profitability with the risks of operating in
                   hostile environments. */
        }
        stakeholder miningCEO : MiningCEO;
        stakeholder fleetCommander : FleetCommander;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package StakeholdersDef {
    part def MiningCEO {
        doc /* The Mining CEO is responsible for ensuring profitability, managing overall
               corporate strategy, and balancing operational risks with rewards. */
    }
    part def OperationsManager {
        doc /* The Operations Manager is responsible for minimizing operational costs,
               optimizing deployment efficiency, and ensuring smooth ore delivery processes. */
    }
    part def FleetCommander {
        doc /* The Fleet Commander is responsible for managing fleet operations, ensuring
               scalability, fleet survivability, and neutralizing threats in hostile environments. */
    }
    part def ShipEngineer {
        doc /* The Ship Engineer focuses on ship survivability, performance optimization,
               and ensuring Mining Frigates can handle hostile environments effectively. */
    }
    part def MarketAnalyst {
        doc /* The Market Analyst monitors ore market prices, adapts operations to maximize
               revenue, and advises the corporation on market trends and responses. */
    }
}
package StakeholderConcerns {
    private import ScalarValues::*;
    private import ISQ::*;
    private import Domain::*;
    private import StakeholdersDef::*;
    private import MiningFrigate::*;
    concern def ProfitabilityConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure that mining operations generate sufficient ISK/hour
                   to justify investments in mining frigates, fleets, and operational costs. */
        }
        stakeholder miningCEO : MiningCEO;
    }
    concern def OperationalCostsConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall minimize operational costs (e.g., ship replacements,
                   upgrades, maintenance) to maximize net profitability. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def ScalabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        assume constraint {
            doc /* The Mining Corporation assumes that mining operations can scale effectively with
                   fleet size and deployment in multiple regions. */
        }
        stakeholder fleetCommander : FleetCommander;
    }
    concern def MarketResponsivenessConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall adapt mining operations to fluctuating market demands
                   for specific ores and minerals. */
        }
        stakeholder marketAnalyst : MarketAnalyst;
    }
    concern def SecurityConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure safety and survivability in hostile environments
                   (e.g., Low Sec, Null Sec, Wormholes). */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def ResourceAvailabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure sufficient access to high-value asteroids,
                   ore belts, and gas clouds in different operational areas. */
        }
        stakeholder fleetCommander : FleetCommander;
    }
    concern def DeploymentEfficiencyConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure rapid and efficient movement between resource
                   sites and markets. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def ThreatNeutralizationConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall mitigate risks from NPC pirates and hostile players
                   during mining operations. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def TotalProfitabilityConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall maximize the total ISK/hour generated from mining
                   operations while minimizing costs and losses. */
        }
        stakeholder miningCEO : MiningCEO;
    }
    concern def OreYieldConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall maximize ore yield per frigate or fleet while avoiding
                   resource depletion. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def SurvivabilityConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure high survivability in hostile or dangerous environments. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder shipEngineer : ShipEngineer;
    }
    concern def FleetDeploymentEfficiencyConcern  {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall ensure optimal fleet deployment to maximize ore extraction
                   and minimize operational downtime. */
        }
        stakeholder fleetCommander : FleetCommander;
        stakeholder operationsManager : OperationsManager;
    }
    concern def OreDeliveryEfficiencyConcern  {
        subject miningFrigate : MiningFrigate::MiningFrigate;
        require constraint {
            doc /* The Mining Frigate shall ensure fast and efficient transport of mined ore to stations
                   or POS for storage or sale. */
        }
        stakeholder operationsManager : OperationsManager;
    }
    concern def RiskAdjustedProfitabilityConcern {
        subject miningCorporation : Domain::MiningCorporation;
        require constraint {
            doc /* The Mining Corporation shall balance profitability with the risks of operating in
                   hostile environments. */
        }
        stakeholder miningCEO : MiningCEO;
        stakeholder fleetCommander : FleetCommander;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,7 +9,7 @@
     }
     part def FleetCommander {
         doc /* The Fleet Commander is responsible for managing fleet operations, ensuring
-               scalability, fleet survivability, and neutralizing threats out hostile environments. */
+               scalability, fleet survivability, and neutralizing threats in hostile environments. */
     }
     part def ShipEngineer {
         doc /* The Ship Engineer focuses on ship survivability, performance optimization,
```


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'. (9444.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (9444.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0998_a7da {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p_BROKEN : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_a668 : FuelPort_Def;
        part comp_b_7432 : FuelPort_Def;
        part comp_distractor_473b : LugNutCompositePort_Distractor_Def;
        connect comp_a_a668.p to comp_b_7432.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'. (9444.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (9444.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0998_a7da {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p_BROKEN : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_a668 : FuelPort_Def;
        part comp_b_7432 : FuelPort_Def;
        part comp_distractor_473b : LugNutCompositePort_Distractor_Def;
        connect comp_a_a668.p to comp_b_7432.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0998_a7da {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_a668 : FuelPort_Def;
        part comp_b_7432 : FuelPort_Def;
        part comp_distractor_473b : LugNutCompositePort_Distractor_Def;
        connect comp_a_a668.p to comp_b_7432.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,7 +1,7 @@
 package Vehicle_Remix_0998_a7da {
     port def LugNutCompositePort;
     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 LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
     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:Couldn't resolve reference to Feature 'p'. (7428.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (7428.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0746_2d9f {
    port def MotorOutput;
    port def FuelPort;
    part def MotorOutput_Def { port p_BROKEN : MotorOutput; }
    part def MotorOutput_Def { port p : MotorOutput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_5b5a : MotorOutput_Def;
        part comp_b_ec4b : MotorOutput_Def;
        part comp_distractor_bedc : FuelPort_Distractor_Def;
        connect comp_a_5b5a.p to comp_b_ec4b.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'. (7428.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (7428.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0746_2d9f {
    port def MotorOutput;
    port def FuelPort;
    part def MotorOutput_Def { port p_BROKEN : MotorOutput; }
    part def MotorOutput_Def { port p : MotorOutput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_5b5a : MotorOutput_Def;
        part comp_b_ec4b : MotorOutput_Def;
        part comp_distractor_bedc : FuelPort_Distractor_Def;
        connect comp_a_5b5a.p to comp_b_ec4b.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0746_2d9f {
    port def MotorOutput;
    port def FuelPort;
    part def MotorOutput_Def { port p : MotorOutput; }
    part def MotorOutput_Def { port p : MotorOutput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_5b5a : MotorOutput_Def;
        part comp_b_ec4b : MotorOutput_Def;
        part comp_distractor_bedc : FuelPort_Distractor_Def;
        connect comp_a_5b5a.p to comp_b_ec4b.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,7 +1,7 @@
 package Vehicle_Remix_0746_2d9f {
     port def MotorOutput;
     port def FuelPort;
-    part def MotorOutput_Def { port p_BROKEN : MotorOutput; }
+    part def MotorOutput_Def { port p : MotorOutput; }
     part def MotorOutput_Def { port p : MotorOutput; }
     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 ';' (9911.sysml line : 5 column : 2)
ERROR:no viable alternative at input '::' (9911.sysml line : 5 column : 33)

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 : 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:no viable alternative at input ';' (9911.sysml line : 5 column : 2)
ERROR:no viable alternative at input '::' (9911.sysml line : 5 column : 33)

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 : 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
@@ -2,7 +2,7 @@
 	private import ScalarValues::Real;
 	private import 'Calculation Definitions'::*;
 	private import 'Analytical Constraints'::*;
-	private import USCustomaryUnits::;
+	private import USCustomaryUnits::*;
 	private import SequenceFunctions::size;
 	private import Quantities::ScalarQuantityValue;
 	private import ControlFunctions::*;
```


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' (7326.sysml line : 8 column : 5)

Code:
```sysml
package Vehicle_Remix_0734_1eb5 {
    port def WheelToRoadPort;
    port def FuelPort
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def WheelToRoadPort_Distractor_Def { port p : WheelToRoadPort; }
    part def SubSystem_Context {
        part comp_a_7887 : FuelPort_Def;
        part comp_b_212a : FuelPort_Def;
        part comp_distractor_4b73 : WheelToRoadPort_Distractor_Def;
        connect comp_a_7887.p to comp_b_212a.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' (7326.sysml line : 8 column : 5)

Code:
```sysml
package Vehicle_Remix_0734_1eb5 {
    port def WheelToRoadPort;
    port def FuelPort
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def WheelToRoadPort_Distractor_Def { port p : WheelToRoadPort; }
    part def SubSystem_Context {
        part comp_a_7887 : FuelPort_Def;
        part comp_b_212a : FuelPort_Def;
        part comp_distractor_4b73 : WheelToRoadPort_Distractor_Def;
        connect comp_a_7887.p to comp_b_212a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0734_1eb5 {
    port def WheelToRoadPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def WheelToRoadPort_Distractor_Def { port p : WheelToRoadPort; }
    part def SubSystem_Context {
        part comp_a_7887 : FuelPort_Def;
        part comp_b_212a : FuelPort_Def;
        part comp_distractor_4b73 : WheelToRoadPort_Distractor_Def;
        connect comp_a_7887.p to comp_b_212a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package Vehicle_Remix_0734_1eb5 {
     port def WheelToRoadPort;
-    port def FuelPort
+    port def FuelPort;
     part def FuelPort_Def { port p : FuelPort; }
     part def FuelPort_Def { port p : FuelPort; }
     part def WheelToRoadPort_Distractor_Def { port p : WheelToRoadPort; }
```


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 '}' (7943.sysml line : 23 column : 1)

Code:
```sysml
package Vehicle_Remix_0811_fedf {
    port def MotorOutput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort;
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_b9d2 : FuelPort_Def;
        part comp_b_d6fa : FuelPort_Def;
        part comp_distractor_6675 : MotorOutput_Distractor_Def;
        connect comp_a_b9d2.p to comp_b_d6fa.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 '}' (7943.sysml line : 23 column : 1)

Code:
```sysml
package Vehicle_Remix_0811_fedf {
    port def MotorOutput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort;
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_b9d2 : FuelPort_Def;
        part comp_b_d6fa : FuelPort_Def;
        part comp_distractor_6675 : MotorOutput_Distractor_Def;
        connect comp_a_b9d2.p to comp_b_d6fa.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0811_fedf {
    port def MotorOutput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_b9d2 : FuelPort_Def;
        part comp_b_d6fa : FuelPort_Def;
        part comp_distractor_6675 : MotorOutput_Distractor_Def;
        connect comp_a_b9d2.p to comp_b_d6fa.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def MotorOutput;
     port def FuelPort;
     part def FuelPort_Def { port p : FuelPort; }
-    part def FuelPort_Def { port p : FuelPort;
+    part def FuelPort_Def { port p : FuelPort; }
     part def MotorOutput_Distractor_Def { port p : MotorOutput; }
     part def SubSystem_Context {
         part comp_a_b9d2 : FuelPort_Def;
```


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 '}' (2894.sysml line : 22 column : 5)

Code:
```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
    }
}
```

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 '}' (2894.sysml line : 22 column : 5)

Code:
```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
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
@@ -8,6 +8,6 @@
         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
+        connect comp_a_0040.p to comp_b_5ae9.p;
     }
 }
```


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 '}' (104.sysml line : 17 column : 58)

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:no viable alternative at input '}' (104.sysml line : 17 column : 58)

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
@@ -14,7 +14,7 @@
     }
     part def MobileDevice :> Device {
         doc /** Bluetooth, WiFi, 5G/4G ... so at least 3 wireless connections **/
-        attribute wirelessConnection : WirelessConnection[1..3]
+        attribute wirelessConnection : WirelessConnection[1..3];
     }
     attribute def Connection {
         in item inData: Data;
```


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 '}' (5094.sysml line : 22 column : 5)

Code:
```sysml
package Vehicle_Remix_0455_827e {
    port def MotorOutput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_c778 : FuelPort_Def;
        part comp_b_a0a8 : FuelPort_Def;
        part comp_distractor_3fcd : MotorOutput_Distractor_Def;
        connect comp_a_c778.p to comp_b_a0a8.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 '}' (5094.sysml line : 22 column : 5)

Code:
```sysml
package Vehicle_Remix_0455_827e {
    port def MotorOutput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_c778 : FuelPort_Def;
        part comp_b_a0a8 : FuelPort_Def;
        part comp_distractor_3fcd : MotorOutput_Distractor_Def;
        connect comp_a_c778.p to comp_b_a0a8.p
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0455_827e {
    port def MotorOutput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_c778 : FuelPort_Def;
        part comp_b_a0a8 : FuelPort_Def;
        part comp_distractor_3fcd : MotorOutput_Distractor_Def;
        connect comp_a_c778.p to comp_b_a0a8.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_c778 : FuelPort_Def;
         part comp_b_a0a8 : FuelPort_Def;
         part comp_distractor_3fcd : MotorOutput_Distractor_Def;
-        connect comp_a_c778.p to comp_b_a0a8.p
+        connect comp_a_c778.p to comp_b_a0a8.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_0210_2cee {
    port def AxlePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def AxlePort_Distractor_Def { port p : AxlePort; }
    part def SubSystem_Context {
        part comp_a_01b6 : FuelPort_Def;
        part comp_b_61a4 : FuelPort_Def;
        part comp_distractor_3a7a : AxlePort_Distractor_Def;
        connect comp_a_01b6.p to comp_b_61a4.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:
- 'AxlePort' belongs to Domain: mechanical_torque
- 'FuelPort' belongs to Domain: fluid_fuel

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

Code:
```sysml
package Vehicle_Remix_0210_2cee {
    port def AxlePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def AxlePort_Distractor_Def { port p : AxlePort; }
    part def SubSystem_Context {
        part comp_a_01b6 : FuelPort_Def;
        part comp_b_61a4 : FuelPort_Def;
        part comp_distractor_3a7a : AxlePort_Distractor_Def;
        connect comp_a_01b6.p to comp_b_61a4.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:mismatched input '<EOF>' expecting '}' (9990.sysml line : 32 column : 1)

Code:
```sysml
package 'Metadata Example-1' {
	metadata def SafetyFeature;
	metadata def SecurityFeature {
		:> annotatedElement : SysML::PartDefinition;
		:> annotatedElement : SysML::PartUsage;
	}
	metadata SafetyFeature about
		vehicle::interior::seatBelt,
		vehicle::interior::driverAirBag,
		vehicle::bodyAssy::bumper;
	metadata SecurityFeature about
		vehicle::interior::alarm,
		vehicle::bodyAssy::keylessEntry;
	part vehicle {
		part interior {
			part alarm;
			part seatBelt[2];
			part frontSeat[2];
			part driverAirBag;
		part bodyAssy {
			part body;
			part bumper;
			part keylessEntry;
		}
	}
}
```

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 '}' (9990.sysml line : 32 column : 1)

Code:
```sysml
package 'Metadata Example-1' {
	metadata def SafetyFeature;
	metadata def SecurityFeature {
		:> annotatedElement : SysML::PartDefinition;
		:> annotatedElement : SysML::PartUsage;
	}
	metadata SafetyFeature about
		vehicle::interior::seatBelt,
		vehicle::interior::driverAirBag,
		vehicle::bodyAssy::bumper;
	metadata SecurityFeature about
		vehicle::interior::alarm,
		vehicle::bodyAssy::keylessEntry;
	part vehicle {
		part interior {
			part alarm;
			part seatBelt[2];
			part frontSeat[2];
			part driverAirBag;
		part bodyAssy {
			part body;
			part bumper;
			part keylessEntry;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'Metadata Example-1' {
	metadata def SafetyFeature;
	metadata def SecurityFeature {
		:> annotatedElement : SysML::PartDefinition;
		:> annotatedElement : SysML::PartUsage;
	}
	metadata SafetyFeature about
		vehicle::interior::seatBelt,
		vehicle::interior::driverAirBag,
		vehicle::bodyAssy::bumper;
	metadata SecurityFeature about
		vehicle::interior::alarm,
		vehicle::bodyAssy::keylessEntry;
	part vehicle {
		part interior {
			part alarm;
			part seatBelt[2];
			part frontSeat[2];
			part driverAirBag;
		}
		part bodyAssy {
			part body;
			part bumper;
			part keylessEntry;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -17,6 +17,7 @@
 			part seatBelt[2];
 			part frontSeat[2];
 			part driverAirBag;
+		}
 		part bodyAssy {
 			part body;
 			part bumper;
```


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::Booleans'. (10002.sysml line : 2 column : 17)
ERROR:Couldn't resolve reference to Type 'Boolean'. (10002.sysml line : 5 column : 27)
ERROR:An attribute must be typed by attribute definitions. (10002.sysml line : 5 column : 3)

Code:
```sysml
package 'Filtering Example-1' {
	private import ScalarValues::Booleans;
	metadata def Safety {
		attribute isMandatory : Boolean;
	}
	part vehicle {
		part interior {
			part alarm;
			part seatBelt[2] {@Safety{isMandatory = true;}}
			part frontSeat[2];
			part driverAirBag {@Safety{isMandatory = false;}}
		}
		part bodyAssy {
			part body;
			part bumper {@Safety{isMandatory = true;}}
			part keylessEntry;
		}
		part wheelAssy {
			part wheel[2];
			part antilockBrakes[2] {@Safety{isMandatory = false;}}
		}
	}
	package 'Safety Features' {
		/* Parts that contribute to safety. */
		public import vehicle::**;
		filter @Safety;
	}
	package 'Mandatory Safety Features' {
		/* Parts that contribute to safety AND are mandatory. */
		public import vehicle::**;
		filter @Safety and Safety::isMandatory;
	}
}
```

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::Booleans'. (10002.sysml line : 2 column : 17)
ERROR:Couldn't resolve reference to Type 'Boolean'. (10002.sysml line : 5 column : 27)
ERROR:An attribute must be typed by attribute definitions. (10002.sysml line : 5 column : 3)

Code:
```sysml
package 'Filtering Example-1' {
	private import ScalarValues::Booleans;
	metadata def Safety {
		attribute isMandatory : Boolean;
	}
	part vehicle {
		part interior {
			part alarm;
			part seatBelt[2] {@Safety{isMandatory = true;}}
			part frontSeat[2];
			part driverAirBag {@Safety{isMandatory = false;}}
		}
		part bodyAssy {
			part body;
			part bumper {@Safety{isMandatory = true;}}
			part keylessEntry;
		}
		part wheelAssy {
			part wheel[2];
			part antilockBrakes[2] {@Safety{isMandatory = false;}}
		}
	}
	package 'Safety Features' {
		/* Parts that contribute to safety. */
		public import vehicle::**;
		filter @Safety;
	}
	package 'Mandatory Safety Features' {
		/* Parts that contribute to safety AND are mandatory. */
		public import vehicle::**;
		filter @Safety and Safety::isMandatory;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'Filtering Example-1' {
	private import ScalarValues::Boolean;
	metadata def Safety {
		attribute isMandatory : Boolean;
	}
	part vehicle {
		part interior {
			part alarm;
			part seatBelt[2] {@Safety{isMandatory = true;}}
			part frontSeat[2];
			part driverAirBag {@Safety{isMandatory = false;}}
		}
		part bodyAssy {
			part body;
			part bumper {@Safety{isMandatory = true;}}
			part keylessEntry;
		}
		part wheelAssy {
			part wheel[2];
			part antilockBrakes[2] {@Safety{isMandatory = false;}}
		}
	}
	package 'Safety Features' {
		/* Parts that contribute to safety. */
		public import vehicle::**;
		filter @Safety;
	}
	package 'Mandatory Safety Features' {
		/* Parts that contribute to safety AND are mandatory. */
		public import vehicle::**;
		filter @Safety and Safety::isMandatory;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package 'Filtering Example-1' {
-	private import ScalarValues::Booleans;
+	private import ScalarValues::Boolean;
 	metadata def Safety {
 		attribute isMandatory : Boolean;
 	}
```


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_0709_88a5 {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_66a0 : FuelPort_Def;
        part comp_b_4cbc : FuelPort_Def;
        part comp_distractor_c5e4 : LugNutCompositePort_Distractor_Def;
        connect comp_a_66a0.p to comp_b_4cbc.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
- 'LugNutCompositePort' belongs to Domain: mechanical_fastening

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

Code:
```sysml
package Vehicle_Remix_0709_88a5 {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_66a0 : FuelPort_Def;
        part comp_b_4cbc : FuelPort_Def;
        part comp_distractor_c5e4 : LugNutCompositePort_Distractor_Def;
        connect comp_a_66a0.p to comp_b_4cbc.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


ERROR:Domain violation: Port 'comp_a_cb5f.p' (fluid_fuel) cannot connect to 'comp_distractor_87b5.p' (mechanical_torque) (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_0724_85da {
    port def ShaftPort_a;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShaftPort_a_Distractor_Def { port p : ShaftPort_a; }
    part def SubSystem_Context {
        part comp_a_cb5f : FuelPort_Def;
        part comp_b_371f : FuelPort_Def;
        part comp_distractor_87b5 : ShaftPort_a_Distractor_Def;
        connect comp_a_cb5f.p to comp_distractor_87b5.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_a' belongs to Domain: mechanical_torque
- 'FuelPort' belongs to Domain: fluid_fuel

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

Code:
```sysml
package Vehicle_Remix_0724_85da {
    port def ShaftPort_a;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShaftPort_a_Distractor_Def { port p : ShaftPort_a; }
    part def SubSystem_Context {
        part comp_a_cb5f : FuelPort_Def;
        part comp_b_371f : FuelPort_Def;
        part comp_distractor_87b5 : ShaftPort_a_Distractor_Def;
        connect comp_a_cb5f.p to comp_distractor_87b5.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0724_85da {
    port def ShaftPort_a;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShaftPort_a_Distractor_Def { port p : ShaftPort_a; }
    part def SubSystem_Context {
        part comp_a_cb5f : FuelPort_Def;
        part comp_b_371f : FuelPort_Def;
        part comp_distractor_87b5 : ShaftPort_a_Distractor_Def;
        connect comp_a_cb5f.p to comp_b_371f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_cb5f : FuelPort_Def;
         part comp_b_371f : FuelPort_Def;
         part comp_distractor_87b5 : ShaftPort_a_Distractor_Def;
-        connect comp_a_cb5f.p to comp_distractor_87b5.p;
+        connect comp_a_cb5f.p to comp_b_371f.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_0723_5a9f {
    port def ShankPort;
    port def LugNutCompositePort;
    port def DrivePwrPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def DrivePwrPort_Distractor_Def { port p : DrivePwrPort; }
    part def SubSystem_Context {
        part comp_a_2021 : ShankPort_Def;
        part comp_b_f235 : LugNutCompositePort_Def;
        part comp_distractor_b7ac : DrivePwrPort_Distractor_Def;
        connect comp_a_2021.p to comp_b_f235.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:
- 'DrivePwrPort' belongs to Domain: mechanical_torque
- 'LugNutCompositePort' belongs to Domain: mechanical_fastening
- 'ShankPort' belongs to Domain: mechanical_fastening

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

Code:
```sysml
package Vehicle_Remix_0723_5a9f {
    port def ShankPort;
    port def LugNutCompositePort;
    port def DrivePwrPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def DrivePwrPort_Distractor_Def { port p : DrivePwrPort; }
    part def SubSystem_Context {
        part comp_a_2021 : ShankPort_Def;
        part comp_b_f235 : LugNutCompositePort_Def;
        part comp_distractor_b7ac : DrivePwrPort_Distractor_Def;
        connect comp_a_2021.p to comp_b_f235.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 Feature 'p'. (8604.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (8604.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0893_9e6d {
    port def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p_BROKEN : 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:Couldn't resolve reference to Feature 'p'. (8604.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'p'. (8604.sysml line : 21 column : 46)

Code:
```sysml
package Vehicle_Remix_0893_9e6d {
    port def ShankPort;
    port def FuelPort;
    part def ShankPort_Def { port p_BROKEN : 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
@@ -1,7 +1,7 @@
 package Vehicle_Remix_0893_9e6d {
     port def ShankPort;
     port def FuelPort;
-    part def ShankPort_Def { port p_BROKEN : ShankPort; }
+    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 {
```


ERROR:Domain violation: Port 'comp_a_2770.p' (mechanical_fastening) cannot connect to 'comp_distractor_d23f.p' (fluid_fuel) (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_0240_ec3d {
    port def LugNutPort;
    port def FuelPort;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_2770 : LugNutPort_Def;
        part comp_b_fd69 : LugNutPort_Def;
        part comp_distractor_d23f : FuelPort_Distractor_Def;
        connect comp_a_2770.p to comp_distractor_d23f.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
- 'LugNutPort' belongs to Domain: mechanical_fastening

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

Code:
```sysml
package Vehicle_Remix_0240_ec3d {
    port def LugNutPort;
    port def FuelPort;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_2770 : LugNutPort_Def;
        part comp_b_fd69 : LugNutPort_Def;
        part comp_distractor_d23f : FuelPort_Distractor_Def;
        connect comp_a_2770.p to comp_distractor_d23f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0240_ec3d {
    port def LugNutPort;
    port def FuelPort;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_2770 : LugNutPort_Def;
        part comp_b_fd69 : LugNutPort_Def;
        part comp_distractor_d23f : FuelPort_Distractor_Def;
        connect comp_a_2770.p to comp_b_fd69.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_2770 : LugNutPort_Def;
         part comp_b_fd69 : LugNutPort_Def;
         part comp_distractor_d23f : FuelPort_Distractor_Def;
-        connect comp_a_2770.p to comp_distractor_d23f.p;
+        connect comp_a_2770.p to comp_b_fd69.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 '}' (6551.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0637_0267 {
    port def MotorOutput;
    port def ShankPort;
    port def LugNutCompositePort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_042b : ShankPort_Def;
        part comp_b_856d : LugNutCompositePort_Def;
        part comp_distractor_4f88 : MotorOutput_Distractor_Def;
        connect comp_a_042b.p to comp_b_856d.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 '}' (6551.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0637_0267 {
    port def MotorOutput;
    port def ShankPort;
    port def LugNutCompositePort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_042b : ShankPort_Def;
        part comp_b_856d : LugNutCompositePort_Def;
        part comp_distractor_4f88 : MotorOutput_Distractor_Def;
        connect comp_a_042b.p to comp_b_856d.p;
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0637_0267 {
    port def MotorOutput;
    port def ShankPort;
    port def LugNutCompositePort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_042b : ShankPort_Def;
        part comp_b_856d : LugNutCompositePort_Def;
        part comp_distractor_4f88 : MotorOutput_Distractor_Def;
        connect comp_a_042b.p to comp_b_856d.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -10,4 +10,5 @@
         part comp_b_856d : LugNutCompositePort_Def;
         part comp_distractor_4f88 : MotorOutput_Distractor_Def;
         connect comp_a_042b.p to comp_b_856d.p;
+    }
 }
```


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 'entry' (478.sysml line : 60 column : 5)
ERROR:missing '}' at 'CallGiveItems' (478.sysml line : 60 column : 20)
ERROR:no viable alternative at input '(' (478.sysml line : 60 column : 33)
ERROR:no viable alternative at input '.' (478.sysml line : 60 column : 60)
ERROR:no viable alternative at input 'Wait' (478.sysml line : 61 column : 10)
ERROR:no viable alternative at input 'state' (478.sysml line : 62 column : 5)
ERROR:mismatched input 'accept' expecting '}' (478.sysml line : 63 column : 6)
ERROR:no viable alternative at input 'then' (478.sysml line : 65 column : 5)
ERROR:no viable alternative at input 'Wait' (478.sysml line : 65 column : 10)
ERROR:missing EOF at '}' (478.sysml line : 158 column : 2)

Code:
```sysml
package AHFNorway {
	doc /* This is the Norwegian use-case for Arrowhead Framework */
	private import AHFProfileLib::*;
	private import AHFProfileMetadata::*;
	private import AHFCoreLib::**;
	private import ScalarValues::*;
	#service def APISService {
		doc /* Service design */
		attribute :>> serviceDefinition = "APISPullService";
		attribute :>> intrfce_protocol = "{JSON}";
		attribute :>> serviceURL = "pull";
	}
	#servicedd port def APIS_DD :> APISService {
		doc /* Service design description with nested protocol-specific ports */
		#idd port APIS_HTTP {
			out cll:CallGiveItems;
			in retrn:ResultGiveItems;
		}
		#idd port APIS_MQTT  {
			out pub:Publish;
			out retall:Return_AllItems;
			in subscr:Subscribe;
		}
	}
	attribute def Publish {nametopic:String;}
	attribute def Subscribe{nametopic:String;}
	attribute def Return_AllItems {itms:String;}
	attribute def Subscribe_giveItems{itms:String;}
	attribute def Return_Ack{ack:Boolean;}
	attribute def CallGiveItems{itms:String; }
	attribute def ResultGiveItems{ack:Boolean;}
	#clouddd AHFNorway_LocalCloudDD :> ArrowheadCore {
		#systemdd TellUConsumer {
			#servicedd serviceDiscovery:~ServiceDiscoveryDD ;
			#servicedd apisp:APIS_DD ;
			attribute :>> systemname = "UngerApisClient";
			attribute :>> address = "Unger_network_ip";
			attribute :>> portno = 0;
			state TellUbehavior{
				entry send new CallGiveItems("All the items") via apisp.APIS_HTTP;
				then Wait
				state Wait;
					accept rs:ResultGiveItems
				then Wait;
			}
		}
		#systemdd APISProducer {
			#servicedd serviceDiscovery:~ServiceDiscoveryDD ;
			#servicedd tellu:~APIS_DD;
			#servicedd apisc:APIS_DD ;
			:>> systemname = "PrediktorApisServer";
			:>> address = "Prediktor_network_ip";
			:>> portno = 6565;
			attribute x:Boolean;
			action giveItems :> ServiceMethod
			 {  in itms:String; out ack:Boolean;
			 	/* Forward itms and return an ack */
			 	first start;
			 	then send new Return_AllItems(itms) via apisc.APIS_MQTT;
			 	success = true;
			 	bind ack = success;
			 }
			state APISPbehavior{
				entry send new Publish("Return_AllItems") via apisc.APIS_MQTT;
				then WaitOnData;
				state WaitOnData;
					accept cl:CallGiveItems via tellu.APIS_HTTP
					do action {
						first start;
						then action giveItems{ in itms=cl.itms; out ack=x; }
						then send new ResultGiveItems(x) via tellu.APIS_HTTP;
					}
				then WaitOnData;
			}
		}
		#systemdd APISConsumer {
			#servicedd serviceDiscovery:~ServiceDiscovery ;
			#servicedd apisp:~APIS_DD ;
			:>> systemname = "TellUClient";
			:>> address = "Prediktor_network_ip";
			:>> portno = 1;
			state MQTT_APISP {
				entry send new Subscribe("Return_AllItems") via apisp.APIS_MQTT;
				then Idle;
				state Idle;
					accept Return_AllItems via apisp.APIS_MQTT
					then Idle;
			}
		}
 		part MQTTServer {
 			port getTopic:~APIS_DD;
 			port giveTopic:APIS_DD;
 			state Serve{
 				entry;
 				then Publ;
 				state Publ;
 					accept pub:Publish via getTopic.APIS_MQTT
 				then Subsr;
 				state Subsr;
 					accept Subscribe via giveTopic.APIS_MQTT
 				then Idle;
 				state Idle;
 					accept retrnall:Return_AllItems via getTopic.APIS_MQTT
 					do send retrnall via giveTopic.APIS_MQTT
 				then Idle;
 			}
 		}
 		connect APISProducer.apisc to MQTTServer.getTopic;
 		connect MQTTServer.giveTopic to APISConsumer.apisp;
 		connect TellUConsumer.apisp to APISProducer.tellu;
 		connect APISProducer.serviceDiscovery to service_registry.serviceDiscovery;
 		connect TellUConsumer.serviceDiscovery to service_registry.serviceDiscovery;
 		connect APISConsumer.serviceDiscovery to service_registry.serviceDiscovery;
	}
}
```

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 'entry' (478.sysml line : 60 column : 5)
ERROR:missing '}' at 'CallGiveItems' (478.sysml line : 60 column : 20)
ERROR:no viable alternative at input '(' (478.sysml line : 60 column : 33)
ERROR:no viable alternative at input '.' (478.sysml line : 60 column : 60)
ERROR:no viable alternative at input 'Wait' (478.sysml line : 61 column : 10)
ERROR:no viable alternative at input 'state' (478.sysml line : 62 column : 5)
ERROR:mismatched input 'accept' expecting '}' (478.sysml line : 63 column : 6)
ERROR:no viable alternative at input 'then' (478.sysml line : 65 column : 5)
ERROR:no viable alternative at input 'Wait' (478.sysml line : 65 column : 10)
ERROR:missing EOF at '}' (478.sysml line : 158 column : 2)

Code:
```sysml
package AHFNorway {
	doc /* This is the Norwegian use-case for Arrowhead Framework */
	private import AHFProfileLib::*;
	private import AHFProfileMetadata::*;
	private import AHFCoreLib::**;
	private import ScalarValues::*;
	#service def APISService {
		doc /* Service design */
		attribute :>> serviceDefinition = "APISPullService";
		attribute :>> intrfce_protocol = "{JSON}";
		attribute :>> serviceURL = "pull";
	}
	#servicedd port def APIS_DD :> APISService {
		doc /* Service design description with nested protocol-specific ports */
		#idd port APIS_HTTP {
			out cll:CallGiveItems;
			in retrn:ResultGiveItems;
		}
		#idd port APIS_MQTT  {
			out pub:Publish;
			out retall:Return_AllItems;
			in subscr:Subscribe;
		}
	}
	attribute def Publish {nametopic:String;}
	attribute def Subscribe{nametopic:String;}
	attribute def Return_AllItems {itms:String;}
	attribute def Subscribe_giveItems{itms:String;}
	attribute def Return_Ack{ack:Boolean;}
	attribute def CallGiveItems{itms:String; }
	attribute def ResultGiveItems{ack:Boolean;}
	#clouddd AHFNorway_LocalCloudDD :> ArrowheadCore {
		#systemdd TellUConsumer {
			#servicedd serviceDiscovery:~ServiceDiscoveryDD ;
			#servicedd apisp:APIS_DD ;
			attribute :>> systemname = "UngerApisClient";
			attribute :>> address = "Unger_network_ip";
			attribute :>> portno = 0;
			state TellUbehavior{
				entry send new CallGiveItems("All the items") via apisp.APIS_HTTP;
				then Wait
				state Wait;
					accept rs:ResultGiveItems
				then Wait;
			}
		}
		#systemdd APISProducer {
			#servicedd serviceDiscovery:~ServiceDiscoveryDD ;
			#servicedd tellu:~APIS_DD;
			#servicedd apisc:APIS_DD ;
			:>> systemname = "PrediktorApisServer";
			:>> address = "Prediktor_network_ip";
			:>> portno = 6565;
			attribute x:Boolean;
			action giveItems :> ServiceMethod
			 {  in itms:String; out ack:Boolean;
			 	/* Forward itms and return an ack */
			 	first start;
			 	then send new Return_AllItems(itms) via apisc.APIS_MQTT;
			 	success = true;
			 	bind ack = success;
			 }
			state APISPbehavior{
				entry send new Publish("Return_AllItems") via apisc.APIS_MQTT;
				then WaitOnData;
				state WaitOnData;
					accept cl:CallGiveItems via tellu.APIS_HTTP
					do action {
						first start;
						then action giveItems{ in itms=cl.itms; out ack=x; }
						then send new ResultGiveItems(x) via tellu.APIS_HTTP;
					}
				then WaitOnData;
			}
		}
		#systemdd APISConsumer {
			#servicedd serviceDiscovery:~ServiceDiscovery ;
			#servicedd apisp:~APIS_DD ;
			:>> systemname = "TellUClient";
			:>> address = "Prediktor_network_ip";
			:>> portno = 1;
			state MQTT_APISP {
				entry send new Subscribe("Return_AllItems") via apisp.APIS_MQTT;
				then Idle;
				state Idle;
					accept Return_AllItems via apisp.APIS_MQTT
					then Idle;
			}
		}
 		part MQTTServer {
 			port getTopic:~APIS_DD;
 			port giveTopic:APIS_DD;
 			state Serve{
 				entry;
 				then Publ;
 				state Publ;
 					accept pub:Publish via getTopic.APIS_MQTT
 				then Subsr;
 				state Subsr;
 					accept Subscribe via giveTopic.APIS_MQTT
 				then Idle;
 				state Idle;
 					accept retrnall:Return_AllItems via getTopic.APIS_MQTT
 					do send retrnall via giveTopic.APIS_MQTT
 				then Idle;
 			}
 		}
 		connect APISProducer.apisc to MQTTServer.getTopic;
 		connect MQTTServer.giveTopic to APISConsumer.apisp;
 		connect TellUConsumer.apisp to APISProducer.tellu;
 		connect APISProducer.serviceDiscovery to service_registry.serviceDiscovery;
 		connect TellUConsumer.serviceDiscovery to service_registry.serviceDiscovery;
 		connect APISConsumer.serviceDiscovery to service_registry.serviceDiscovery;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package AHFNorway {
	doc /* This is the Norwegian use-case for Arrowhead Framework */
	private import AHFProfileLib::*;
	private import AHFProfileMetadata::*;
	private import AHFCoreLib::**;
	private import ScalarValues::*;
	#service def APISService {
		doc /* Service design */
		attribute :>> serviceDefinition = "APISPullService";
		attribute :>> intrfce_protocol = "{JSON}";
		attribute :>> serviceURL = "pull";
	}
	#servicedd port def APIS_DD :> APISService {
		doc /* Service design description with nested protocol-specific ports */
		#idd port APIS_HTTP {
			out cll:CallGiveItems;
			in retrn:ResultGiveItems;
		}
		#idd port APIS_MQTT  {
			out pub:Publish;
			out retall:Return_AllItems;
			in subscr:Subscribe;
		}
	}
	attribute def Publish {nametopic:String;}
	attribute def Subscribe{nametopic:String;}
	attribute def Return_AllItems {itms:String;}
	attribute def Subscribe_giveItems{itms:String;}
	attribute def Return_Ack{ack:Boolean;}
	attribute def CallGiveItems{itms:String; }
	attribute def ResultGiveItems{ack:Boolean;}
	#clouddd AHFNorway_LocalCloudDD :> ArrowheadCore {
		#systemdd TellUConsumer {
			#servicedd serviceDiscovery:~ServiceDiscoveryDD ;
			#servicedd apisp:APIS_DD ;
			attribute :>> systemname = "UngerApisClient";
			attribute :>> address = "Unger_network_ip";
			attribute :>> portno = 0;
			state TellUbehavior{
				entry send new CallGiveItems("All the items") via apisp.APIS_HTTP;
				then Wait;
				state Wait;
					accept rs:ResultGiveItems
				then Wait;
			}
		}
		#systemdd APISProducer {
			#servicedd serviceDiscovery:~ServiceDiscoveryDD ;
			#servicedd tellu:~APIS_DD;
			#servicedd apisc:APIS_DD ;
			:>> systemname = "PrediktorApisServer";
			:>> address = "Prediktor_network_ip";
			:>> portno = 6565;
			attribute x:Boolean;
			action giveItems :> ServiceMethod
			 {  in itms:String; out ack:Boolean;
			 	/* Forward itms and return an ack */
			 	first start;
			 	then send new Return_AllItems(itms) via apisc.APIS_MQTT;
			 	success = true;
			 	bind ack = success;
			 }
			state APISPbehavior{
				entry send new Publish("Return_AllItems") via apisc.APIS_MQTT;
				then WaitOnData;
				state WaitOnData;
					accept cl:CallGiveItems via tellu.APIS_HTTP
					do action {
						first start;
						then action giveItems{ in itms=cl.itms; out ack=x; }
						then send new ResultGiveItems(x) via tellu.APIS_HTTP;
					}
				then WaitOnData;
			}
		}
		#systemdd APISConsumer {
			#servicedd serviceDiscovery:~ServiceDiscovery ;
			#servicedd apisp:~APIS_DD ;
			:>> systemname = "TellUClient";
			:>> address = "Prediktor_network_ip";
			:>> portno = 1;
			state MQTT_APISP {
				entry send new Subscribe("Return_AllItems") via apisp.APIS_MQTT;
				then Idle;
				state Idle;
					accept Return_AllItems via apisp.APIS_MQTT
					then Idle;
			}
		}
 		part MQTTServer {
 			port getTopic:~APIS_DD;
 			port giveTopic:APIS_DD;
 			state Serve{
 				entry;
 				then Publ;
 				state Publ;
 					accept pub:Publish via getTopic.APIS_MQTT
 				then Subsr;
 				state Subsr;
 					accept Subscribe via giveTopic.APIS_MQTT
 				then Idle;
 				state Idle;
 					accept retrnall:Return_AllItems via getTopic.APIS_MQTT
 					do send retrnall via giveTopic.APIS_MQTT
 				then Idle;
 			}
 		}
 		connect APISProducer.apisc to MQTTServer.getTopic;
 		connect MQTTServer.giveTopic to APISConsumer.apisp;
 		connect TellUConsumer.apisp to APISProducer.tellu;
 		connect APISProducer.serviceDiscovery to service_registry.serviceDiscovery;
 		connect TellUConsumer.serviceDiscovery to service_registry.serviceDiscovery;
 		connect APISConsumer.serviceDiscovery to service_registry.serviceDiscovery;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -38,7 +38,7 @@
 			attribute :>> portno = 0;
 			state TellUbehavior{
 				entry send new CallGiveItems("All the items") via apisp.APIS_HTTP;
-				then Wait
+				then Wait;
 				state Wait;
 					accept rs:ResultGiveItems
 				then Wait;
```


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. (7129.sysml line : 10 column : 51)

Code:
```sysml
package Vehicle_Remix_0709_88a5 {
    part def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_66a0 : FuelPort_Def;
        part comp_b_4cbc : FuelPort_Def;
        part comp_distractor_c5e4 : LugNutCompositePort_Distractor_Def;
        connect comp_a_66a0.p to comp_b_4cbc.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. (7129.sysml line : 10 column : 51)

Code:
```sysml
package Vehicle_Remix_0709_88a5 {
    part def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_66a0 : FuelPort_Def;
        part comp_b_4cbc : FuelPort_Def;
        part comp_distractor_c5e4 : LugNutCompositePort_Distractor_Def;
        connect comp_a_66a0.p to comp_b_4cbc.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0709_88a5 {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_66a0 : FuelPort_Def;
        part comp_b_4cbc : FuelPort_Def;
        part comp_distractor_c5e4 : LugNutCompositePort_Distractor_Def;
        connect comp_a_66a0.p to comp_b_4cbc.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0709_88a5 {
-    part def LugNutCompositePort;
+    port def LugNutCompositePort;
     port def FuelPort;
     part def FuelPort_Def { port p : FuelPort; }
     part def FuelPort_Def { port p : 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_0391_0b23 {
    port def LugNutPort;
    port def ShankPort;
    port def ShaftPort_d;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def ShaftPort_d_Distractor_Def { port p : ShaftPort_d; }
    part def SubSystem_Context {
        part comp_a_f5b1 : LugNutPort_Def;
        part comp_b_0ab7 : ShankPort_Def;
        part comp_distractor_5bd9 : ShaftPort_d_Distractor_Def;
        connect comp_a_f5b1.p to comp_b_0ab7.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_d' belongs to Domain: mechanical_torque
- 'LugNutPort' belongs to Domain: mechanical_fastening
- 'ShankPort' belongs to Domain: mechanical_fastening

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

Code:
```sysml
package Vehicle_Remix_0391_0b23 {
    port def LugNutPort;
    port def ShankPort;
    port def ShaftPort_d;
    part def LugNutPort_Def { port p : LugNutPort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def ShaftPort_d_Distractor_Def { port p : ShaftPort_d; }
    part def SubSystem_Context {
        part comp_a_f5b1 : LugNutPort_Def;
        part comp_b_0ab7 : ShankPort_Def;
        part comp_distractor_5bd9 : ShaftPort_d_Distractor_Def;
        connect comp_a_f5b1.p to comp_b_0ab7.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:A port must be typed by port definitions. (7537.sysml line : 10 column : 44)

Code:
```sysml
package Vehicle_Remix_0760_6275 {
    part def BatteryInput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_0e05 : FuelPort_Def;
        part comp_b_89fb : FuelPort_Def;
        part comp_distractor_6554 : BatteryInput_Distractor_Def;
        connect comp_a_0e05.p to comp_b_89fb.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. (7537.sysml line : 10 column : 44)

Code:
```sysml
package Vehicle_Remix_0760_6275 {
    part def BatteryInput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_0e05 : FuelPort_Def;
        part comp_b_89fb : FuelPort_Def;
        part comp_distractor_6554 : BatteryInput_Distractor_Def;
        connect comp_a_0e05.p to comp_b_89fb.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0760_6275 {
    port def BatteryInput;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_0e05 : FuelPort_Def;
        part comp_b_89fb : FuelPort_Def;
        part comp_distractor_6554 : BatteryInput_Distractor_Def;
        connect comp_a_0e05.p to comp_b_89fb.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0760_6275 {
-    part def BatteryInput;
+    port def BatteryInput;
     port def FuelPort;
     part def FuelPort_Def { port p : FuelPort; }
     part def FuelPort_Def { port p : FuelPort; }
```


ERROR:Type mismatch: Attribute 'vehicleMass' declared as 'ISQ::force' but should be 'ISQ::mass' based on semantic meaning (line : 16)

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 'For Loop Example' {
	private import SequenceFunctions::*;
    action def StraightLineDynamics {
        in power : ISQ::PowerValue;
        in mass : ISQ::MassValue;
        in delta_t : ISQ::TimeValue;
        in x_in : ISQ::LengthValue;
        in v_in : ISQ::SpeedValue;
        out x_out : ISQ::LengthValue;
        out v_out : ISQ::SpeedValue;
    }
	action def ComputeMotion {
		in attribute powerProfile :> ISQ::power[*];
		in attribute vehicleMass :> ISQ::force;
		in attribute initialPosition :> ISQ::length;
		in attribute initialSpeed :> ISQ::speed;
		in attribute deltaT :> ISQ::time;
		out attribute positions :> ISQ::length[*] := ( );
		private attribute position := initialPosition;
		private attribute speed := initialSpeed;
		for vehiclePower in powerProfile {
			perform action dynamics : StraightLineDynamics {
				in power = vehiclePower;
				in mass = vehicleMass;
				in delta_t = deltaT;
				in x_in = position;
				in v_in = speed;
				out x_out;
				out v_out;
			}
			then assign position := dynamics.x_out;
			then assign speed := dynamics.v_out;
			then assign positions := positions->including(position);
		}
	}
}
```

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:

Code:
```sysml
package 'For Loop Example' {
	private import SequenceFunctions::*;
    action def StraightLineDynamics {
        in power : ISQ::PowerValue;
        in mass : ISQ::MassValue;
        in delta_t : ISQ::TimeValue;
        in x_in : ISQ::LengthValue;
        in v_in : ISQ::SpeedValue;
        out x_out : ISQ::LengthValue;
        out v_out : ISQ::SpeedValue;
    }
	action def ComputeMotion {
		in attribute powerProfile :> ISQ::power[*];
		in attribute vehicleMass :> ISQ::force;
		in attribute initialPosition :> ISQ::length;
		in attribute initialSpeed :> ISQ::speed;
		in attribute deltaT :> ISQ::time;
		out attribute positions :> ISQ::length[*] := ( );
		private attribute position := initialPosition;
		private attribute speed := initialSpeed;
		for vehiclePower in powerProfile {
			perform action dynamics : StraightLineDynamics {
				in power = vehiclePower;
				in mass = vehicleMass;
				in delta_t = deltaT;
				in x_in = position;
				in v_in = speed;
				out x_out;
				out v_out;
			}
			then assign position := dynamics.x_out;
			then assign speed := dynamics.v_out;
			then assign positions := positions->including(position);
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'For Loop Example' {
	private import SequenceFunctions::*;
    action def StraightLineDynamics {
        in power : ISQ::PowerValue;
        in mass : ISQ::MassValue;
        in delta_t : ISQ::TimeValue;
        in x_in : ISQ::LengthValue;
        in v_in : ISQ::SpeedValue;
        out x_out : ISQ::LengthValue;
        out v_out : ISQ::SpeedValue;
    }
	action def ComputeMotion {
		in attribute powerProfile :> ISQ::power[*];
		in attribute vehicleMass :> ISQ::mass;
		in attribute initialPosition :> ISQ::length;
		in attribute initialSpeed :> ISQ::speed;
		in attribute deltaT :> ISQ::time;
		out attribute positions :> ISQ::length[*] := ( );
		private attribute position := initialPosition;
		private attribute speed := initialSpeed;
		for vehiclePower in powerProfile {
			perform action dynamics : StraightLineDynamics {
				in power = vehiclePower;
				in mass = vehicleMass;
				in delta_t = deltaT;
				in x_in = position;
				in v_in = speed;
				out x_out;
				out v_out;
			}
			then assign position := dynamics.x_out;
			then assign speed := dynamics.v_out;
			then assign positions := positions->including(position);
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -11,7 +11,7 @@
     }
 	action def ComputeMotion {
 		in attribute powerProfile :> ISQ::power[*];
-		in attribute vehicleMass :> ISQ::force;
+		in attribute vehicleMass :> ISQ::mass;
 		in attribute initialPosition :> ISQ::length;
 		in attribute initialSpeed :> ISQ::speed;
 		in attribute deltaT :> ISQ::time;
```


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_0535_5280 {
    port def CruiseControlPort;
    port def StatusPort;
    port def VehicleToRoadPort;
    part def CruiseControlPort_Def { port p : CruiseControlPort; }
    part def StatusPort_Def { port p : StatusPort; }
    part def VehicleToRoadPort_Distractor_Def { port p : VehicleToRoadPort; }
    part def SubSystem_Context {
        part comp_a_2523 : CruiseControlPort_Def;
        part comp_b_453e : StatusPort_Def;
        part comp_distractor_6920 : VehicleToRoadPort_Distractor_Def;
        connect comp_a_2523.p to comp_b_453e.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:
- 'VehicleToRoadPort' belongs to Domain: mechanical_torque
- 'CruiseControlPort' belongs to Domain: command_signal
- 'StatusPort' 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_0535_5280 {
    port def CruiseControlPort;
    port def StatusPort;
    port def VehicleToRoadPort;
    part def CruiseControlPort_Def { port p : CruiseControlPort; }
    part def StatusPort_Def { port p : StatusPort; }
    part def VehicleToRoadPort_Distractor_Def { port p : VehicleToRoadPort; }
    part def SubSystem_Context {
        part comp_a_2523 : CruiseControlPort_Def;
        part comp_b_453e : StatusPort_Def;
        part comp_distractor_6920 : VehicleToRoadPort_Distractor_Def;
        connect comp_a_2523.p to comp_b_453e.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED