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 'out' (9611.sysml line : 14 column : 3)
ERROR:no viable alternative at input 'action' (9611.sysml line : 16 column : 3)
ERROR:mismatched input 'if' expecting 'then' (9611.sysml line : 22 column : 4)
ERROR:no viable alternative at input '.' (9611.sysml line : 22 column : 12)
ERROR:no viable alternative at input '.' (9611.sysml line : 22 column : 18)
ERROR:no viable alternative at input 'then' (9611.sysml line : 22 column : 33)
ERROR:extraneous input '}' expecting EOF (9611.sysml line : 32 column : 1)

Code:
```sysml
package 'Conditional Succession Example-1' {
	part def Scene;
	part def Image {
		isWellFocused: ScalarValues::Boolean;
	}
	part def Picture;
	action def Focus { in scene : Scene; out image : Image; }
	action def Shoot { in image: Image; out picture : Picture; }
	action def TakePicture { in scene : Scene; out picture : Picture; }
	action takePicture : TakePicture {
		in item scene;
		out item picture
		action focus : Focus {
			in item scene = takePicture::scene;
			out item image;
		}
		first focus
			if focus.image.isWellFocused then shoot;
		flow from focus.image to shoot.image;
		action shoot : Shoot {
			in item;
			out item picture = takePicture::picture;
		}
	}
}
```

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 'out' (9611.sysml line : 14 column : 3)
ERROR:no viable alternative at input 'action' (9611.sysml line : 16 column : 3)
ERROR:mismatched input 'if' expecting 'then' (9611.sysml line : 22 column : 4)
ERROR:no viable alternative at input '.' (9611.sysml line : 22 column : 12)
ERROR:no viable alternative at input '.' (9611.sysml line : 22 column : 18)
ERROR:no viable alternative at input 'then' (9611.sysml line : 22 column : 33)
ERROR:extraneous input '}' expecting EOF (9611.sysml line : 32 column : 1)

Code:
```sysml
package 'Conditional Succession Example-1' {
	part def Scene;
	part def Image {
		isWellFocused: ScalarValues::Boolean;
	}
	part def Picture;
	action def Focus { in scene : Scene; out image : Image; }
	action def Shoot { in image: Image; out picture : Picture; }
	action def TakePicture { in scene : Scene; out picture : Picture; }
	action takePicture : TakePicture {
		in item scene;
		out item picture
		action focus : Focus {
			in item scene = takePicture::scene;
			out item image;
		}
		first focus
			if focus.image.isWellFocused then shoot;
		flow from focus.image to shoot.image;
		action shoot : Shoot {
			in item;
			out item picture = takePicture::picture;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'Conditional Succession Example-1' {
	part def Scene;
	part def Image {
		isWellFocused: ScalarValues::Boolean;
	}
	part def Picture;
	action def Focus { in scene : Scene; out image : Image; }
	action def Shoot { in image: Image; out picture : Picture; }
	action def TakePicture { in scene : Scene; out picture : Picture; }
	action takePicture : TakePicture {
		in item scene;
		out item picture;
		action focus : Focus {
			in item scene = takePicture::scene;
			out item image;
		}
		first focus
			if focus.image.isWellFocused then shoot;
		flow from focus.image to shoot.image;
		action shoot : Shoot {
			in item;
			out item picture = takePicture::picture;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,7 +9,7 @@
 	action def TakePicture { in scene : Scene; out picture : Picture; }
 	action takePicture : TakePicture {
 		in item scene;
-		out item picture
+		out item picture;
 		action focus : Focus {
 			in item scene = takePicture::scene;
 			out item image;
```


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_0687_f5aa {
    port def MotorInput;
    port def ShankCompositePort;
    part def MotorInput_Def { port p : MotorInput; }
    part def MotorInput_Def { port p : MotorInput; }
    part def ShankCompositePort_Distractor_Def { port p : ShankCompositePort; }
    part def SubSystem_Context {
        part comp_a_4602 : MotorInput_Def;
        part comp_b_1e78 : MotorInput_Def;
        part comp_distractor_19fe : ShankCompositePort_Distractor_Def;
        connect comp_a_4602.p to comp_b_1e78.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:
- 'MotorInput' belongs to Domain: electrical_power
- 'ShankCompositePort' belongs to Domain: mechanical_fastening

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

Code:
```sysml
package Vehicle_Remix_0687_f5aa {
    port def MotorInput;
    port def ShankCompositePort;
    part def MotorInput_Def { port p : MotorInput; }
    part def MotorInput_Def { port p : MotorInput; }
    part def ShankCompositePort_Distractor_Def { port p : ShankCompositePort; }
    part def SubSystem_Context {
        part comp_a_4602 : MotorInput_Def;
        part comp_b_1e78 : MotorInput_Def;
        part comp_distractor_19fe : ShankCompositePort_Distractor_Def;
        connect comp_a_4602.p to comp_b_1e78.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


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

Code:
```sysml
package Vehicle_Remix_0096_74e2 {
    port def ShankPort;
    port def BatteryOutput;
    port def LugNutCompositePort;
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def BatteryOutput_Distractor_Def { port p : BatteryOutput; }
    part def SubSystem_Context {
        part comp_a_2aa1 : LugNutCompositePort_Def;
        part comp_b_c3d7 : ShankPort_Def;
        part comp_distractor_a34c : BatteryOutput_Distractor_Def;
        connect comp_a_2aa1.p to comp_b_c3d7.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:
- 'BatteryOutput' belongs to Domain: electrical_power
- 'LugNutCompositePort' belongs to Domain: mechanical_fastening
- 'ShankPort' belongs to Domain: mechanical_fastening

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

Code:
```sysml
package Vehicle_Remix_0096_74e2 {
    port def ShankPort;
    port def BatteryOutput;
    port def LugNutCompositePort;
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def BatteryOutput_Distractor_Def { port p : BatteryOutput; }
    part def SubSystem_Context {
        part comp_a_2aa1 : LugNutCompositePort_Def;
        part comp_b_c3d7 : ShankPort_Def;
        part comp_distractor_a34c : BatteryOutput_Distractor_Def;
        connect comp_a_2aa1.p to comp_b_c3d7.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:no viable alternative at input ';' (589.sysml line : 4 column : 5)
ERROR:no viable alternative at input '::' (589.sysml line : 4 column : 22)

Code:
```sysml
package VehicleGeometryAndCoordinateFrames {
    private import TrigFunctions::*;
    private import ISQ::*;
    private import SI::;
    private import Time::*;
    private import ShapeItems::*;
    private import SpatialItems::*;
    private import MeasurementReferences::CoordinateFrame;
    private import MeasurementReferences::TranslationRotationSequence;
    private import MeasurementReferences::Translation;
    private import MeasurementReferences::Rotation;
    private import Collections::Array;
    private import ScalarValues::Boolean;
    private import ScalarValues::Real;
    private import ScalarValues::Natural;
	private import ControlFunctions::forAll;
    part def Vehicle :> SpatialItem;
    part def Chassis :> SpatialItem {
        item :>> shape = new Box(4800 [mm], 1840 [mm], 1350 [mm]);
    }
    part def Wheel :> SpatialItem {
		doc
		/*
		 * Generic wheel with lugbolts
		 *
		 * The radius is estimated for a 22 inch hub plus 110 mm tire height.
		 * The wheel width is equal to the cylinder height.
		 * The wheel has 5 lugbolts that are evenly distributed along a circle centered at the wheel's center.
		 */
        item :>> shape : Cylinder {
            :>> radius = 22/2*25.4 + 110 [mm];
            :>> height = 220 [mm];
        }
        attribute <wcf> wheelCoordinateFrame : CoordinateFrame;
        attribute numberOfBolts : Natural = 5;
		part lugBolts : LugBolt[1..numberOfBolts] :> subSpatialParts;
		/*
		 * As an example of a more involved placement of composite parts, constrain the positions of the coordinate frame origins
		 * of the lugbolts to a circle with radius lbpr distributed evenly over 360°.
		 */
        attribute <lbpr> lugBoltPlacementRadius :>> radius default 60 [mm];
		private attribute lugBoltDistributionAngle :>> planeAngle = 360/numberOfBolts ['°'];
        private attribute lbda : Real = lugBoltDistributionAngle.num * (pi/180);
		assert constraint {
			(1..numberOfBolts)->forAll {
				in i : Natural;
				private attribute lbcf = lugBolts#(i).coordinateFrame;
				private attribute trs : TranslationRotationSequence {
					:>> source = wcf;
					:>> target = lbcf;
					:>> elements = new Translation((lbpr*cos((i-1)*lbda), lbpr*sin((i-1)*lbda), -8)[wcf]);
				}
				lbcf.transformation == trs
			}
		}
    }
    part def LugBolt :> SpatialItem {
    	item :>> shape : Cylinder {
    		:>> radius = 14 [mm];
    		:>> height = 40 [mm];
    	}
    }
    part vehicle : Vehicle, SpatialItem {
		/*
		 * Vehicle frame origin at center of bottom plate of chassis
		 * with +Z upwards and +X in the forward (front) direction
		 */
        attribute datum :>> coordinateFrame {
            :>> mRefs = (mm, mm, mm);
        }
        part chassis : Chassis[1] :> componentParts {
			attribute :>> coordinateFrame {
				attribute :>> transformation : TranslationRotationSequence {
	 	          	attribute :>> source = datum;
                	attribute :>> elements = new Translation((-(shape as Box).length/2, -(shape as Box).width/2, 0)[datum]);
                }
			}
        }
        private attribute plusXAxis : Array { :>> dimensions = 3; :>> elements : Real[3] = (1, 0, 0); }
        private attribute frontWheelXShift : Real = 1670;
        private attribute rearWheelXShift : Real = -1820;
        private attribute wheelYShift : Real = 720;
        part leftFrontWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
	            	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((frontWheelXShift, wheelYShift, 80)[datum]), new Rotation(plusXAxis[datum], -90['°']));
                }
            }
        }
        part rightFrontWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
                	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((frontWheelXShift, -wheelYShift, 80)[datum]), new Rotation((1, 0, 0)[datum], 90['°']));
                }
            }
        }
        part leftRearWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
                	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((rearWheelXShift, wheelYShift, 80)[datum]), new Rotation((1, 0, 0)[datum], 90['°']));
                }
            }
        }
        part rightRearWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
					attribute :>> source = datum;
                	attribute :>> elements = (new Translation((rearWheelXShift, -wheelYShift, 80)[datum]), new Rotation((-1, 0, 0)[datum], 90['°']));
                }
            }
        }
    }
}
```

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 ';' (589.sysml line : 4 column : 5)
ERROR:no viable alternative at input '::' (589.sysml line : 4 column : 22)

Code:
```sysml
package VehicleGeometryAndCoordinateFrames {
    private import TrigFunctions::*;
    private import ISQ::*;
    private import SI::;
    private import Time::*;
    private import ShapeItems::*;
    private import SpatialItems::*;
    private import MeasurementReferences::CoordinateFrame;
    private import MeasurementReferences::TranslationRotationSequence;
    private import MeasurementReferences::Translation;
    private import MeasurementReferences::Rotation;
    private import Collections::Array;
    private import ScalarValues::Boolean;
    private import ScalarValues::Real;
    private import ScalarValues::Natural;
	private import ControlFunctions::forAll;
    part def Vehicle :> SpatialItem;
    part def Chassis :> SpatialItem {
        item :>> shape = new Box(4800 [mm], 1840 [mm], 1350 [mm]);
    }
    part def Wheel :> SpatialItem {
		doc
		/*
		 * Generic wheel with lugbolts
		 *
		 * The radius is estimated for a 22 inch hub plus 110 mm tire height.
		 * The wheel width is equal to the cylinder height.
		 * The wheel has 5 lugbolts that are evenly distributed along a circle centered at the wheel's center.
		 */
        item :>> shape : Cylinder {
            :>> radius = 22/2*25.4 + 110 [mm];
            :>> height = 220 [mm];
        }
        attribute <wcf> wheelCoordinateFrame : CoordinateFrame;
        attribute numberOfBolts : Natural = 5;
		part lugBolts : LugBolt[1..numberOfBolts] :> subSpatialParts;
		/*
		 * As an example of a more involved placement of composite parts, constrain the positions of the coordinate frame origins
		 * of the lugbolts to a circle with radius lbpr distributed evenly over 360°.
		 */
        attribute <lbpr> lugBoltPlacementRadius :>> radius default 60 [mm];
		private attribute lugBoltDistributionAngle :>> planeAngle = 360/numberOfBolts ['°'];
        private attribute lbda : Real = lugBoltDistributionAngle.num * (pi/180);
		assert constraint {
			(1..numberOfBolts)->forAll {
				in i : Natural;
				private attribute lbcf = lugBolts#(i).coordinateFrame;
				private attribute trs : TranslationRotationSequence {
					:>> source = wcf;
					:>> target = lbcf;
					:>> elements = new Translation((lbpr*cos((i-1)*lbda), lbpr*sin((i-1)*lbda), -8)[wcf]);
				}
				lbcf.transformation == trs
			}
		}
    }
    part def LugBolt :> SpatialItem {
    	item :>> shape : Cylinder {
    		:>> radius = 14 [mm];
    		:>> height = 40 [mm];
    	}
    }
    part vehicle : Vehicle, SpatialItem {
		/*
		 * Vehicle frame origin at center of bottom plate of chassis
		 * with +Z upwards and +X in the forward (front) direction
		 */
        attribute datum :>> coordinateFrame {
            :>> mRefs = (mm, mm, mm);
        }
        part chassis : Chassis[1] :> componentParts {
			attribute :>> coordinateFrame {
				attribute :>> transformation : TranslationRotationSequence {
	 	          	attribute :>> source = datum;
                	attribute :>> elements = new Translation((-(shape as Box).length/2, -(shape as Box).width/2, 0)[datum]);
                }
			}
        }
        private attribute plusXAxis : Array { :>> dimensions = 3; :>> elements : Real[3] = (1, 0, 0); }
        private attribute frontWheelXShift : Real = 1670;
        private attribute rearWheelXShift : Real = -1820;
        private attribute wheelYShift : Real = 720;
        part leftFrontWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
	            	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((frontWheelXShift, wheelYShift, 80)[datum]), new Rotation(plusXAxis[datum], -90['°']));
                }
            }
        }
        part rightFrontWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
                	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((frontWheelXShift, -wheelYShift, 80)[datum]), new Rotation((1, 0, 0)[datum], 90['°']));
                }
            }
        }
        part leftRearWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
                	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((rearWheelXShift, wheelYShift, 80)[datum]), new Rotation((1, 0, 0)[datum], 90['°']));
                }
            }
        }
        part rightRearWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
					attribute :>> source = datum;
                	attribute :>> elements = (new Translation((rearWheelXShift, -wheelYShift, 80)[datum]), new Rotation((-1, 0, 0)[datum], 90['°']));
                }
            }
        }
    }
}
```

CODE STATUS = INCORRECT
```sysml
package VehicleGeometryAndCoordinateFrames {
    private import TrigFunctions::*;
    private import ISQ::*;
    private import SI::*;
    private import Time::*;
    private import ShapeItems::*;
    private import SpatialItems::*;
    private import MeasurementReferences::CoordinateFrame;
    private import MeasurementReferences::TranslationRotationSequence;
    private import MeasurementReferences::Translation;
    private import MeasurementReferences::Rotation;
    private import Collections::Array;
    private import ScalarValues::Boolean;
    private import ScalarValues::Real;
    private import ScalarValues::Natural;
	private import ControlFunctions::forAll;
    part def Vehicle :> SpatialItem;
    part def Chassis :> SpatialItem {
        item :>> shape = new Box(4800 [mm], 1840 [mm], 1350 [mm]);
    }
    part def Wheel :> SpatialItem {
		doc
		/*
		 * Generic wheel with lugbolts
		 *
		 * The radius is estimated for a 22 inch hub plus 110 mm tire height.
		 * The wheel width is equal to the cylinder height.
		 * The wheel has 5 lugbolts that are evenly distributed along a circle centered at the wheel's center.
		 */
        item :>> shape : Cylinder {
            :>> radius = 22/2*25.4 + 110 [mm];
            :>> height = 220 [mm];
        }
        attribute <wcf> wheelCoordinateFrame : CoordinateFrame;
        attribute numberOfBolts : Natural = 5;
		part lugBolts : LugBolt[1..numberOfBolts] :> subSpatialParts;
		/*
		 * As an example of a more involved placement of composite parts, constrain the positions of the coordinate frame origins
		 * of the lugbolts to a circle with radius lbpr distributed evenly over 360°.
		 */
        attribute <lbpr> lugBoltPlacementRadius :>> radius default 60 [mm];
		private attribute lugBoltDistributionAngle :>> planeAngle = 360/numberOfBolts ['°'];
        private attribute lbda : Real = lugBoltDistributionAngle.num * (pi/180);
		assert constraint {
			(1..numberOfBolts)->forAll {
				in i : Natural;
				private attribute lbcf = lugBolts#(i).coordinateFrame;
				private attribute trs : TranslationRotationSequence {
					:>> source = wcf;
					:>> target = lbcf;
					:>> elements = new Translation((lbpr*cos((i-1)*lbda), lbpr*sin((i-1)*lbda), -8)[wcf]);
				}
				lbcf.transformation == trs
			}
		}
    }
    part def LugBolt :> SpatialItem {
    	item :>> shape : Cylinder {
    		:>> radius = 14 [mm];
    		:>> height = 40 [mm];
    	}
    }
    part vehicle : Vehicle, SpatialItem {
		/*
		 * Vehicle frame origin at center of bottom plate of chassis
		 * with +Z upwards and +X in the forward (front) direction
		 */
        attribute datum :>> coordinateFrame {
            :>> mRefs = (mm, mm, mm);
        }
        part chassis : Chassis[1] :> componentParts {
			attribute :>> coordinateFrame {
				attribute :>> transformation : TranslationRotationSequence {
	 	          	attribute :>> source = datum;
                	attribute :>> elements = new Translation((-(shape as Box).length/2, -(shape as Box).width/2, 0)[datum]);
                }
			}
        }
        private attribute plusXAxis : Array { :>> dimensions = 3; :>> elements : Real[3] = (1, 0, 0); }
        private attribute frontWheelXShift : Real = 1670;
        private attribute rearWheelXShift : Real = -1820;
        private attribute wheelYShift : Real = 720;
        part leftFrontWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
	            	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((frontWheelXShift, wheelYShift, 80)[datum]), new Rotation(plusXAxis[datum], -90['°']));
                }
            }
        }
        part rightFrontWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
                	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((frontWheelXShift, -wheelYShift, 80)[datum]), new Rotation((1, 0, 0)[datum], 90['°']));
                }
            }
        }
        part leftRearWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
                	attribute :>> source = datum;
                	attribute :>> elements = (new Translation((rearWheelXShift, wheelYShift, 80)[datum]), new Rotation((1, 0, 0)[datum], 90['°']));
                }
            }
        }
        part rightRearWheel : Wheel[1] :> componentParts {
            attribute :>> coordinateFrame {
                attribute :>> transformation : TranslationRotationSequence {
					attribute :>> source = datum;
                	attribute :>> elements = (new Translation((rearWheelXShift, -wheelYShift, 80)[datum]), new Rotation((-1, 0, 0)[datum], 90['°']));
                }
            }
        }
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,7 +1,7 @@
 package VehicleGeometryAndCoordinateFrames {
     private import TrigFunctions::*;
     private import ISQ::*;
-    private import SI::;
+    private import SI::*;
     private import Time::*;
     private import ShapeItems::*;
     private import SpatialItems::*;
```


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

Compiler Error:
ERROR:Couldn't resolve reference to Element 'autoPort::autoPort1s'. (1209.sysml line : 89 column : 29)

Code:
```sysml
package VehicleVariabilityModel {
	package DesignModel {
		public import PartDefinitions::*;
		public import PartsTree::*;
		public import ActionDefinitions::*;
		public import ActionTree::*;
		package PartDefinitions {
			part def Vehicle;
		    attribute def Diameter;
		    part def Cylinder {
		        attribute diameter : Diameter[1];
		    }
		    part def Engine;
		    part def Transmission;
		    part def Sunroof;
		    port def AutoPort;
	    }
	    package PartsTree {
	    	part vehicle : Vehicle {
	    		part engine : Engine[1];
	    		part transmission : Transmission[1];
	    		part sunroof : Sunroof[0..1];
	    	}
		    part engine : Engine {
		        port autoPort : AutoPort;
		        part cylinder : Cylinder[2..*];
		    }
		    part '4cylEngine' :> engine {
		    	part :>> cylinder[4];
		    }
		    part '6cylEngine' :> engine {
		    	part :>> cylinder[6];
		    }
			part transmission : Transmission;
		    part manualTransmission :> transmission;
		    part automaticTransmission :> transmission;
	    }
		package ActionDefinitions {
		    action def GenerateTorque;
		    action def AmplifyTorque;
		    action def ProvidePower;
	    }
	    package ActionTree {
		    action generateTorque4Cyl : GenerateTorque;
		    action generateTorque6Cyl : GenerateTorque;
		    action amplifyTorqueManual : AmplifyTorque;
		    action amplifyTorqueAutomatic : AmplifyTorque;
	    }
	}
	package '150% Model' {
		private import DesignModel::*;
		package PartsTree {
		    variation attribute def DiameterChoices :> Diameter {
		    	variant attribute diameterSmall;
		    	variant attribute diameterLarge;
		    }
		    variation part def EngineChoices :> Engine {
		        variant '4cylEngine';
		        variant '6cylEngine' {
		        	variation port :>> autoPort {
		        		variant port autoPort1;
		        		variant port autoPort2;
		        	}
		        	part :>> cylinder {
		        		attribute :>> diameter : DiameterChoices;
		        	}
		          	assert constraint {
		            	(autoPort == autoPort::autoPort1s & cylinder.diameter == cylinder::diameter::diameterSmall) ^
		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
		        	}
		        }
		    }
		    abstract part vehicleFamily :> vehicle {
		        part :>> engine : EngineChoices[1];
		        variation part :>> transmission : Transmission[1] {
		        	variant manualTransmission;
		        	variant automaticTransmission;
		        }
		        assert constraint {
		            (engine == '4cylEngine' & transmission == transmission::manualTransmission) ^
		            (engine == '6cylEngine' & transmission == transmission::automaticTransmission)
		        }
		        variation part :>> sunroof {
		        	variant part withSunroof[1];
		        	variant part withoutSunroof[0];
		        }
		        perform ActionTree::providePowerFamily;
		    }
		}
		package ActionTree {
		    action providePowerFamily : ProvidePower {
		        variation action generateTorque : GenerateTorque {
		        	variant generateTorque4Cyl;
		        	variant generateTorque6Cyl;
		        }
		        variation action amplifyTorque : AmplifyTorque {
		        	variant amplifyTorqueManual;
		        	variant amplifyTorqueAutomatic;
		        }
			    assert constraint {
			        (generateTorque == generateTorque::generateTorque4Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueManual
			        ) xor
			        (generateTorque == generateTorque::generateTorque6Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueAutomatic
			        )
			    }
		    }
		}
	}
	package '100% Model' {
		private import '150% Model'::*;
	    part vehicle4Cyl :> PartsTree::vehicleFamily {
	        part :>> engine = engine::'4cylEngine';
	        part :>> transmission = transmission::manualTransmission;
	        part :>> sunroof = sunroof::withoutSunroof;
	        perform action :>> providePowerFamily {
	            action :>> generateTorque = generateTorque::generateTorque4Cyl;
	            action :>> amplifyTorque = amplifyTorque::amplifyTorqueManual;
	        }
	    }
	}
}
```

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

Compiler Error:
ERROR:Couldn't resolve reference to Element 'autoPort::autoPort1s'. (1209.sysml line : 89 column : 29)

Code:
```sysml
package VehicleVariabilityModel {
	package DesignModel {
		public import PartDefinitions::*;
		public import PartsTree::*;
		public import ActionDefinitions::*;
		public import ActionTree::*;
		package PartDefinitions {
			part def Vehicle;
		    attribute def Diameter;
		    part def Cylinder {
		        attribute diameter : Diameter[1];
		    }
		    part def Engine;
		    part def Transmission;
		    part def Sunroof;
		    port def AutoPort;
	    }
	    package PartsTree {
	    	part vehicle : Vehicle {
	    		part engine : Engine[1];
	    		part transmission : Transmission[1];
	    		part sunroof : Sunroof[0..1];
	    	}
		    part engine : Engine {
		        port autoPort : AutoPort;
		        part cylinder : Cylinder[2..*];
		    }
		    part '4cylEngine' :> engine {
		    	part :>> cylinder[4];
		    }
		    part '6cylEngine' :> engine {
		    	part :>> cylinder[6];
		    }
			part transmission : Transmission;
		    part manualTransmission :> transmission;
		    part automaticTransmission :> transmission;
	    }
		package ActionDefinitions {
		    action def GenerateTorque;
		    action def AmplifyTorque;
		    action def ProvidePower;
	    }
	    package ActionTree {
		    action generateTorque4Cyl : GenerateTorque;
		    action generateTorque6Cyl : GenerateTorque;
		    action amplifyTorqueManual : AmplifyTorque;
		    action amplifyTorqueAutomatic : AmplifyTorque;
	    }
	}
	package '150% Model' {
		private import DesignModel::*;
		package PartsTree {
		    variation attribute def DiameterChoices :> Diameter {
		    	variant attribute diameterSmall;
		    	variant attribute diameterLarge;
		    }
		    variation part def EngineChoices :> Engine {
		        variant '4cylEngine';
		        variant '6cylEngine' {
		        	variation port :>> autoPort {
		        		variant port autoPort1;
		        		variant port autoPort2;
		        	}
		        	part :>> cylinder {
		        		attribute :>> diameter : DiameterChoices;
		        	}
		          	assert constraint {
		            	(autoPort == autoPort::autoPort1s & cylinder.diameter == cylinder::diameter::diameterSmall) ^
		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
		        	}
		        }
		    }
		    abstract part vehicleFamily :> vehicle {
		        part :>> engine : EngineChoices[1];
		        variation part :>> transmission : Transmission[1] {
		        	variant manualTransmission;
		        	variant automaticTransmission;
		        }
		        assert constraint {
		            (engine == '4cylEngine' & transmission == transmission::manualTransmission) ^
		            (engine == '6cylEngine' & transmission == transmission::automaticTransmission)
		        }
		        variation part :>> sunroof {
		        	variant part withSunroof[1];
		        	variant part withoutSunroof[0];
		        }
		        perform ActionTree::providePowerFamily;
		    }
		}
		package ActionTree {
		    action providePowerFamily : ProvidePower {
		        variation action generateTorque : GenerateTorque {
		        	variant generateTorque4Cyl;
		        	variant generateTorque6Cyl;
		        }
		        variation action amplifyTorque : AmplifyTorque {
		        	variant amplifyTorqueManual;
		        	variant amplifyTorqueAutomatic;
		        }
			    assert constraint {
			        (generateTorque == generateTorque::generateTorque4Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueManual
			        ) xor
			        (generateTorque == generateTorque::generateTorque6Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueAutomatic
			        )
			    }
		    }
		}
	}
	package '100% Model' {
		private import '150% Model'::*;
	    part vehicle4Cyl :> PartsTree::vehicleFamily {
	        part :>> engine = engine::'4cylEngine';
	        part :>> transmission = transmission::manualTransmission;
	        part :>> sunroof = sunroof::withoutSunroof;
	        perform action :>> providePowerFamily {
	            action :>> generateTorque = generateTorque::generateTorque4Cyl;
	            action :>> amplifyTorque = amplifyTorque::amplifyTorqueManual;
	        }
	    }
	}
}
```

CODE STATUS = INCORRECT
```sysml
package VehicleVariabilityModel {
	package DesignModel {
		public import PartDefinitions::*;
		public import PartsTree::*;
		public import ActionDefinitions::*;
		public import ActionTree::*;
		package PartDefinitions {
			part def Vehicle;
		    attribute def Diameter;
		    part def Cylinder {
		        attribute diameter : Diameter[1];
		    }
		    part def Engine;
		    part def Transmission;
		    part def Sunroof;
		    port def AutoPort;
	    }
	    package PartsTree {
	    	part vehicle : Vehicle {
	    		part engine : Engine[1];
	    		part transmission : Transmission[1];
	    		part sunroof : Sunroof[0..1];
	    	}
		    part engine : Engine {
		        port autoPort : AutoPort;
		        part cylinder : Cylinder[2..*];
		    }
		    part '4cylEngine' :> engine {
		    	part :>> cylinder[4];
		    }
		    part '6cylEngine' :> engine {
		    	part :>> cylinder[6];
		    }
			part transmission : Transmission;
		    part manualTransmission :> transmission;
		    part automaticTransmission :> transmission;
	    }
		package ActionDefinitions {
		    action def GenerateTorque;
		    action def AmplifyTorque;
		    action def ProvidePower;
	    }
	    package ActionTree {
		    action generateTorque4Cyl : GenerateTorque;
		    action generateTorque6Cyl : GenerateTorque;
		    action amplifyTorqueManual : AmplifyTorque;
		    action amplifyTorqueAutomatic : AmplifyTorque;
	    }
	}
	package '150% Model' {
		private import DesignModel::*;
		package PartsTree {
		    variation attribute def DiameterChoices :> Diameter {
		    	variant attribute diameterSmall;
		    	variant attribute diameterLarge;
		    }
		    variation part def EngineChoices :> Engine {
		        variant '4cylEngine';
		        variant '6cylEngine' {
		        	variation port :>> autoPort {
		        		variant port autoPort1;
		        		variant port autoPort2;
		        	}
		        	part :>> cylinder {
		        		attribute :>> diameter : DiameterChoices;
		        	}
		          	assert constraint {
		            	(autoPort == autoPort::autoPort1 & cylinder.diameter == cylinder::diameter::diameterSmall) ^
		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
		        	}
		        }
		    }
		    abstract part vehicleFamily :> vehicle {
		        part :>> engine : EngineChoices[1];
		        variation part :>> transmission : Transmission[1] {
		        	variant manualTransmission;
		        	variant automaticTransmission;
		        }
		        assert constraint {
		            (engine == '4cylEngine' & transmission == transmission::manualTransmission) ^
		            (engine == '6cylEngine' & transmission == transmission::automaticTransmission)
		        }
		        variation part :>> sunroof {
		        	variant part withSunroof[1];
		        	variant part withoutSunroof[0];
		        }
		        perform ActionTree::providePowerFamily;
		    }
		}
		package ActionTree {
		    action providePowerFamily : ProvidePower {
		        variation action generateTorque : GenerateTorque {
		        	variant generateTorque4Cyl;
		        	variant generateTorque6Cyl;
		        }
		        variation action amplifyTorque : AmplifyTorque {
		        	variant amplifyTorqueManual;
		        	variant amplifyTorqueAutomatic;
		        }
			    assert constraint {
			        (generateTorque == generateTorque::generateTorque4Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueManual
			        ) xor
			        (generateTorque == generateTorque::generateTorque6Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueAutomatic
			        )
			    }
		    }
		}
	}
	package '100% Model' {
		private import '150% Model'::*;
	    part vehicle4Cyl :> PartsTree::vehicleFamily {
	        part :>> engine = engine::'4cylEngine';
	        part :>> transmission = transmission::manualTransmission;
	        part :>> sunroof = sunroof::withoutSunroof;
	        perform action :>> providePowerFamily {
	            action :>> generateTorque = generateTorque::generateTorque4Cyl;
	            action :>> amplifyTorque = amplifyTorque::amplifyTorqueManual;
	        }
	    }
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -65,7 +65,7 @@
 		        		attribute :>> diameter : DiameterChoices;
 		        	}
 		          	assert constraint {
-		            	(autoPort == autoPort::autoPort1s & cylinder.diameter == cylinder::diameter::diameterSmall) ^
+		            	(autoPort == autoPort::autoPort1 & cylinder.diameter == cylinder::diameter::diameterSmall) ^
 		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
 		        	}
 		        }
```


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 ';' (292.sysml line : 4 column : 2)
ERROR:no viable alternative at input '::' (292.sysml line : 4 column : 31)

Code:
```sysml
package causeEffect {
	private import Domain::MiningCorporation::miningFrigate;
	private import CauseAndEffect::;
    private import CausationConnections::*;
}
```

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 ';' (292.sysml line : 4 column : 2)
ERROR:no viable alternative at input '::' (292.sysml line : 4 column : 31)

Code:
```sysml
package causeEffect {
	private import Domain::MiningCorporation::miningFrigate;
	private import CauseAndEffect::;
    private import CausationConnections::*;
}
```

CODE STATUS = INCORRECT
```sysml
package causeEffect {
	private import Domain::MiningCorporation::miningFrigate;
	private import CauseAndEffect::*;
    private import CausationConnections::*;
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package causeEffect {
 	private import Domain::MiningCorporation::miningFrigate;
-	private import CauseAndEffect::;
+	private import CauseAndEffect::*;
     private import CausationConnections::*;
 }
```


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 '}' (5983.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0566_fd98 {
    port def VehicleToRoadPort;
    port def ShaftPort_d;
    port def SetSpeedPort;
    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort; }
    part def ShaftPort_d_Def { port p : ShaftPort_d; }
    part def SetSpeedPort_Distractor_Def { port p : SetSpeedPort;
    part def SubSystem_Context {
        part comp_a_cc08 : VehicleToRoadPort_Def;
        part comp_b_7fd3 : ShaftPort_d_Def;
        part comp_distractor_225d : SetSpeedPort_Distractor_Def;
        connect comp_a_cc08.p to comp_b_7fd3.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 '}' (5983.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0566_fd98 {
    port def VehicleToRoadPort;
    port def ShaftPort_d;
    port def SetSpeedPort;
    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort; }
    part def ShaftPort_d_Def { port p : ShaftPort_d; }
    part def SetSpeedPort_Distractor_Def { port p : SetSpeedPort;
    part def SubSystem_Context {
        part comp_a_cc08 : VehicleToRoadPort_Def;
        part comp_b_7fd3 : ShaftPort_d_Def;
        part comp_distractor_225d : SetSpeedPort_Distractor_Def;
        connect comp_a_cc08.p to comp_b_7fd3.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0566_fd98 {
    port def VehicleToRoadPort;
    port def ShaftPort_d;
    port def SetSpeedPort;
    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort; }
    part def ShaftPort_d_Def { port p : ShaftPort_d; }
    part def SetSpeedPort_Distractor_Def { port p : SetSpeedPort; }
    part def SubSystem_Context {
        part comp_a_cc08 : VehicleToRoadPort_Def;
        part comp_b_7fd3 : ShaftPort_d_Def;
        part comp_distractor_225d : SetSpeedPort_Distractor_Def;
        connect comp_a_cc08.p to comp_b_7fd3.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -4,7 +4,7 @@
     port def SetSpeedPort;
     part def VehicleToRoadPort_Def { port p : VehicleToRoadPort; }
     part def ShaftPort_d_Def { port p : ShaftPort_d; }
-    part def SetSpeedPort_Distractor_Def { port p : SetSpeedPort;
+    part def SetSpeedPort_Distractor_Def { port p : SetSpeedPort; }
     part def SubSystem_Context {
         part comp_a_cc08 : VehicleToRoadPort_Def;
         part comp_b_7fd3 : ShaftPort_d_Def;
```


ERROR:Domain violation: Port 'comp_a_ebc6.p' (fluid_fuel) cannot connect to 'comp_distractor_8734.p' (command_signal) (line : 21)

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

Code:
```sysml
package Vehicle_Remix_0181_e15c {
    port def ControlPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_ebc6 : FuelPort_Def;
        part comp_b_2020 : FuelPort_Def;
        part comp_distractor_8734 : ControlPort_Distractor_Def;
        connect comp_a_ebc6.p to comp_distractor_8734.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
- 'ControlPort' belongs to Domain: command_signal

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

Code:
```sysml
package Vehicle_Remix_0181_e15c {
    port def ControlPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_ebc6 : FuelPort_Def;
        part comp_b_2020 : FuelPort_Def;
        part comp_distractor_8734 : ControlPort_Distractor_Def;
        connect comp_a_ebc6.p to comp_distractor_8734.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0181_e15c {
    port def ControlPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_ebc6 : FuelPort_Def;
        part comp_b_2020 : FuelPort_Def;
        part comp_distractor_8734 : ControlPort_Distractor_Def;
        connect comp_a_ebc6.p to comp_b_2020.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_ebc6 : FuelPort_Def;
         part comp_b_2020 : FuelPort_Def;
         part comp_distractor_8734 : ControlPort_Distractor_Def;
-        connect comp_a_ebc6.p to comp_distractor_8734.p;
+        connect comp_a_ebc6.p to comp_b_2020.p;
     }
 }
```


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

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (2668.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0151_2834 {
    port def DiffPort;
    port def FuelPort;
    port def AxleToWheelPort;
    part def AxleToWheelPort_Def { port p_BROKEN : AxleToWheelPort; }
    part def DiffPort_Def { port p : DiffPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_01a4 : AxleToWheelPort_Def;
        part comp_b_d820 : DiffPort_Def;
        part comp_distractor_3755 : FuelPort_Distractor_Def;
        connect comp_a_01a4.p to comp_b_d820.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'. (2668.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0151_2834 {
    port def DiffPort;
    port def FuelPort;
    port def AxleToWheelPort;
    part def AxleToWheelPort_Def { port p_BROKEN : AxleToWheelPort; }
    part def DiffPort_Def { port p : DiffPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_01a4 : AxleToWheelPort_Def;
        part comp_b_d820 : DiffPort_Def;
        part comp_distractor_3755 : FuelPort_Distractor_Def;
        connect comp_a_01a4.p to comp_b_d820.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0151_2834 {
    port def DiffPort;
    port def FuelPort;
    port def AxleToWheelPort;
    part def AxleToWheelPort_Def { port p : AxleToWheelPort; }
    part def DiffPort_Def { port p : DiffPort; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_01a4 : AxleToWheelPort_Def;
        part comp_b_d820 : DiffPort_Def;
        part comp_distractor_3755 : FuelPort_Distractor_Def;
        connect comp_a_01a4.p to comp_b_d820.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def DiffPort;
     port def FuelPort;
     port def AxleToWheelPort;
-    part def AxleToWheelPort_Def { port p_BROKEN : AxleToWheelPort; }
+    part def AxleToWheelPort_Def { port p : AxleToWheelPort; }
     part def DiffPort_Def { port p : DiffPort; }
     part def FuelPort_Distractor_Def { port p : FuelPort; }
     part def SubSystem_Context {
```


ERROR:Domain violation: Port 'comp_a_1b4b.p' (mechanical_fastening) cannot connect to 'comp_distractor_607e.p' (mechanical_torque) (line : 22)

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

Code:
```sysml
package Vehicle_Remix_0323_91b1 {
    port def DiffPort;
    port def ShankPort;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def DiffPort_Distractor_Def { port p : DiffPort; }
    part def SubSystem_Context {
        part comp_a_1b4b : ShankCompositePort_Def;
        part comp_b_96dd : ShankPort_Def;
        part comp_distractor_607e : DiffPort_Distractor_Def;
        connect comp_a_1b4b.p to comp_distractor_607e.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:
- 'DiffPort' belongs to Domain: mechanical_torque
- 'ShankPort' belongs to Domain: mechanical_fastening
- 'ShankCompositePort' 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_0323_91b1 {
    port def DiffPort;
    port def ShankPort;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def DiffPort_Distractor_Def { port p : DiffPort; }
    part def SubSystem_Context {
        part comp_a_1b4b : ShankCompositePort_Def;
        part comp_b_96dd : ShankPort_Def;
        part comp_distractor_607e : DiffPort_Distractor_Def;
        connect comp_a_1b4b.p to comp_distractor_607e.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0323_91b1 {
    port def DiffPort;
    port def ShankPort;
    port def ShankCompositePort;
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def ShankPort_Def { port p : ShankPort; }
    part def DiffPort_Distractor_Def { port p : DiffPort; }
    part def SubSystem_Context {
        part comp_a_1b4b : ShankCompositePort_Def;
        part comp_b_96dd : ShankPort_Def;
        part comp_distractor_607e : DiffPort_Distractor_Def;
        connect comp_a_1b4b.p to comp_b_96dd.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,6 +9,6 @@
         part comp_a_1b4b : ShankCompositePort_Def;
         part comp_b_96dd : ShankPort_Def;
         part comp_distractor_607e : DiffPort_Distractor_Def;
-        connect comp_a_1b4b.p to comp_distractor_607e.p;
+        connect comp_a_1b4b.p to comp_b_96dd.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 '}' (5750.sysml line : 22 column : 5)

Code:
```sysml
package Vehicle_Remix_0537_aad2 {
    port def ControlPort;
    port def BatteryInput;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_abb4 : BatteryInput_Def;
        part comp_b_98e7 : BatteryInput_Def;
        part comp_distractor_1c5c : ControlPort_Distractor_Def;
        connect comp_a_abb4.p to comp_b_98e7.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 '}' (5750.sysml line : 22 column : 5)

Code:
```sysml
package Vehicle_Remix_0537_aad2 {
    port def ControlPort;
    port def BatteryInput;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_abb4 : BatteryInput_Def;
        part comp_b_98e7 : BatteryInput_Def;
        part comp_distractor_1c5c : ControlPort_Distractor_Def;
        connect comp_a_abb4.p to comp_b_98e7.p
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0537_aad2 {
    port def ControlPort;
    port def BatteryInput;
    part def BatteryInput_Def { port p : BatteryInput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_abb4 : BatteryInput_Def;
        part comp_b_98e7 : BatteryInput_Def;
        part comp_distractor_1c5c : ControlPort_Distractor_Def;
        connect comp_a_abb4.p to comp_b_98e7.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_abb4 : BatteryInput_Def;
         part comp_b_98e7 : BatteryInput_Def;
         part comp_distractor_1c5c : ControlPort_Distractor_Def;
-        connect comp_a_abb4.p to comp_b_98e7.p
+        connect comp_a_abb4.p to comp_b_98e7.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 '}' (6670.sysml line : 22 column : 5)

Code:
```sysml
package Vehicle_Remix_0652_3707 {
    port def ControlPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_3ab5 : FuelPort_Def;
        part comp_b_2dd8 : FuelPort_Def;
        part comp_distractor_0e6b : ControlPort_Distractor_Def;
        connect comp_a_3ab5.p to comp_b_2dd8.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 '}' (6670.sysml line : 22 column : 5)

Code:
```sysml
package Vehicle_Remix_0652_3707 {
    port def ControlPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_3ab5 : FuelPort_Def;
        part comp_b_2dd8 : FuelPort_Def;
        part comp_distractor_0e6b : ControlPort_Distractor_Def;
        connect comp_a_3ab5.p to comp_b_2dd8.p
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0652_3707 {
    port def ControlPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_3ab5 : FuelPort_Def;
        part comp_b_2dd8 : FuelPort_Def;
        part comp_distractor_0e6b : ControlPort_Distractor_Def;
        connect comp_a_3ab5.p to comp_b_2dd8.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,6 +8,6 @@
         part comp_a_3ab5 : FuelPort_Def;
         part comp_b_2dd8 : FuelPort_Def;
         part comp_distractor_0e6b : ControlPort_Distractor_Def;
-        connect comp_a_3ab5.p to comp_b_2dd8.p
+        connect comp_a_3ab5.p to comp_b_2dd8.p;
     }
 }
```


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

Compiler Error:
ERROR:Couldn't resolve reference to Element 'ISQ::TorqueValues'. (9461.sysml line : 13 column : 19)

Code:
```sysml
package 'Documentation Example' {
	doc /* This is documentation of the owning
	     * package.
	     */
	part def Automobile {
		doc Document1 /* This documentation of Automobile. */
	}
	alias Car for Automobile {
		doc /* This is documentation of the alias. */
	}
	alias Torque for ISQ::TorqueValues;
}
```

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

Compiler Error:
ERROR:Couldn't resolve reference to Element 'ISQ::TorqueValues'. (9461.sysml line : 13 column : 19)

Code:
```sysml
package 'Documentation Example' {
	doc /* This is documentation of the owning
	     * package.
	     */
	part def Automobile {
		doc Document1 /* This documentation of Automobile. */
	}
	alias Car for Automobile {
		doc /* This is documentation of the alias. */
	}
	alias Torque for ISQ::TorqueValues;
}
```

CODE STATUS = INCORRECT
```sysml
package 'Documentation Example' {
	doc /* This is documentation of the owning
	     * package.
	     */
	part def Automobile {
		doc Document1 /* This documentation of Automobile. */
	}
	alias Car for Automobile {
		doc /* This is documentation of the alias. */
	}
	alias Torque for ISQ::TorqueValue;
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,5 +8,5 @@
 	alias Car for Automobile {
 		doc /* This is documentation of the alias. */
 	}
-	alias Torque for ISQ::TorqueValues;
+	alias Torque for ISQ::TorqueValue;
 }
```


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 '}' (8822.sysml line : 23 column : 5)

Code:
```sysml
package Vehicle_Remix_0921_b301 {
    port def MotorInput;
    port def ClutchPort;
    port def ShaftPort_c;
    part def ShaftPort_c_Def { port p : ShaftPort_c; }
    part def ClutchPort_Def { port p : ClutchPort; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_72ac : ShaftPort_c_Def;
        part comp_b_96ce : ClutchPort_Def;
        part comp_distractor_c492 : MotorInput_Distractor_Def;
        connect comp_a_72ac.p to comp_b_96ce.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 '}' (8822.sysml line : 23 column : 5)

Code:
```sysml
package Vehicle_Remix_0921_b301 {
    port def MotorInput;
    port def ClutchPort;
    port def ShaftPort_c;
    part def ShaftPort_c_Def { port p : ShaftPort_c; }
    part def ClutchPort_Def { port p : ClutchPort; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_72ac : ShaftPort_c_Def;
        part comp_b_96ce : ClutchPort_Def;
        part comp_distractor_c492 : MotorInput_Distractor_Def;
        connect comp_a_72ac.p to comp_b_96ce.p
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0921_b301 {
    port def MotorInput;
    port def ClutchPort;
    port def ShaftPort_c;
    part def ShaftPort_c_Def { port p : ShaftPort_c; }
    part def ClutchPort_Def { port p : ClutchPort; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_72ac : ShaftPort_c_Def;
        part comp_b_96ce : ClutchPort_Def;
        part comp_distractor_c492 : MotorInput_Distractor_Def;
        connect comp_a_72ac.p to comp_b_96ce.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,6 +9,6 @@
         part comp_a_72ac : ShaftPort_c_Def;
         part comp_b_96ce : ClutchPort_Def;
         part comp_distractor_c492 : MotorInput_Distractor_Def;
-        connect comp_a_72ac.p to comp_b_96ce.p
+        connect comp_a_72ac.p to comp_b_96ce.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 'constraint' (1449.sysml line : 46 column : 29)
ERROR:no viable alternative at input 'constraint' (1449.sysml line : 49 column : 2)

Code:
```sysml
package HSUVDynamics {
	private import ScalarValues::*;
	private import SequenceFunctions::size;
	private import ControlFunctions::*;
	attribute def Horsepwr :> Real;
	attribute def Weight :> Real;
	attribute def Accel :> Real;
	attribute def Vel :> Real;
	attribute def Dist :> Real;
	attribute def Time :> Real;
	constraint def PowerEquation {
		attribute whlpwr : Horsepwr;
		attribute Cd : Real;
		attribute Cf : Real;
		attribute tw : Weight;
		attribute tp : Horsepwr;
		attribute v : Vel;
		tp == whlpwr - Cd * v - Cf * tw * v
	}
	constraint def PositionEquation {
		attribute dt : Time;
		attribute v : Vel[0..*] ordered;
		attribute x : Dist[0..*] ordered;
		(1..size(x)-1)->forAll {in n : Natural; x#(n + 1) == x#(n) + v#(n) * (5280/3600) * dt}
	}
	constraint def VelocityEquation {
		attribute dt : Time;
		attribute v : Vel[0..*] ordered;
		attribute a : Accel;
		(1..size(v)-1)->forAll {in n: Natural; v#(n + 1) == v#(n) + a * 32 * (3600/5280) * dt}
	}
	constraint def AccelerationEquation {
		attribute tw : Weight;
		attribute dt : Time;
		attribute tp : Horsepwr;
		attribute a : Accel;
		a == (550/32) * tp * dt * tw
	constraint def StraightLineVehicleDynamics {
		attribute dt : Time;
		attribute whlpwr : Horsepwr;
		attribute Cd : Real;
		attribute Cf: Real;
		attribute tw : Weight;
		attribute a : Accel;
		attribute v : Vel[0..*] ordered;
		attribute x : Dist[0..*] ordered;
		constraint pwr : PowerEquation {
			attribute redefines whlpwr = StraightLineVehicleDynamics::whlpwr;
			attribute redefines Cd = StraightLineVehicleDynamics::Cd;
			attribute redefines Cf = StraightLineVehicleDynamics::Cf;
			attribute redefines tw = StraightLineVehicleDynamics::tw;
			attribute redefines v = vel.v;
			attribute redefines tp;
		}
		constraint acc : AccelerationEquation {
			attribute redefines tp = pwr.tp;
			attribute redefines tw = StraightLineVehicleDynamics::tw;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
			attribute redefines a = StraightLineVehicleDynamics::a;
		}
		constraint vel : VelocityEquation {
			attribute redefines a = acc.a;
			attribute redefines v = StraightLineVehicleDynamics::v;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
		}
		constraint pos : PositionEquation {
			attribute redefines v = vel.v;
			attribute redefines x = StraightLineVehicleDynamics::x;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
		}
	}
}
```

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 'constraint' (1449.sysml line : 46 column : 29)
ERROR:no viable alternative at input 'constraint' (1449.sysml line : 49 column : 2)

Code:
```sysml
package HSUVDynamics {
	private import ScalarValues::*;
	private import SequenceFunctions::size;
	private import ControlFunctions::*;
	attribute def Horsepwr :> Real;
	attribute def Weight :> Real;
	attribute def Accel :> Real;
	attribute def Vel :> Real;
	attribute def Dist :> Real;
	attribute def Time :> Real;
	constraint def PowerEquation {
		attribute whlpwr : Horsepwr;
		attribute Cd : Real;
		attribute Cf : Real;
		attribute tw : Weight;
		attribute tp : Horsepwr;
		attribute v : Vel;
		tp == whlpwr - Cd * v - Cf * tw * v
	}
	constraint def PositionEquation {
		attribute dt : Time;
		attribute v : Vel[0..*] ordered;
		attribute x : Dist[0..*] ordered;
		(1..size(x)-1)->forAll {in n : Natural; x#(n + 1) == x#(n) + v#(n) * (5280/3600) * dt}
	}
	constraint def VelocityEquation {
		attribute dt : Time;
		attribute v : Vel[0..*] ordered;
		attribute a : Accel;
		(1..size(v)-1)->forAll {in n: Natural; v#(n + 1) == v#(n) + a * 32 * (3600/5280) * dt}
	}
	constraint def AccelerationEquation {
		attribute tw : Weight;
		attribute dt : Time;
		attribute tp : Horsepwr;
		attribute a : Accel;
		a == (550/32) * tp * dt * tw
	constraint def StraightLineVehicleDynamics {
		attribute dt : Time;
		attribute whlpwr : Horsepwr;
		attribute Cd : Real;
		attribute Cf: Real;
		attribute tw : Weight;
		attribute a : Accel;
		attribute v : Vel[0..*] ordered;
		attribute x : Dist[0..*] ordered;
		constraint pwr : PowerEquation {
			attribute redefines whlpwr = StraightLineVehicleDynamics::whlpwr;
			attribute redefines Cd = StraightLineVehicleDynamics::Cd;
			attribute redefines Cf = StraightLineVehicleDynamics::Cf;
			attribute redefines tw = StraightLineVehicleDynamics::tw;
			attribute redefines v = vel.v;
			attribute redefines tp;
		}
		constraint acc : AccelerationEquation {
			attribute redefines tp = pwr.tp;
			attribute redefines tw = StraightLineVehicleDynamics::tw;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
			attribute redefines a = StraightLineVehicleDynamics::a;
		}
		constraint vel : VelocityEquation {
			attribute redefines a = acc.a;
			attribute redefines v = StraightLineVehicleDynamics::v;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
		}
		constraint pos : PositionEquation {
			attribute redefines v = vel.v;
			attribute redefines x = StraightLineVehicleDynamics::x;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package HSUVDynamics {
	private import ScalarValues::*;
	private import SequenceFunctions::size;
	private import ControlFunctions::*;
	attribute def Horsepwr :> Real;
	attribute def Weight :> Real;
	attribute def Accel :> Real;
	attribute def Vel :> Real;
	attribute def Dist :> Real;
	attribute def Time :> Real;
	constraint def PowerEquation {
		attribute whlpwr : Horsepwr;
		attribute Cd : Real;
		attribute Cf : Real;
		attribute tw : Weight;
		attribute tp : Horsepwr;
		attribute v : Vel;
		tp == whlpwr - Cd * v - Cf * tw * v
	}
	constraint def PositionEquation {
		attribute dt : Time;
		attribute v : Vel[0..*] ordered;
		attribute x : Dist[0..*] ordered;
		(1..size(x)-1)->forAll {in n : Natural; x#(n + 1) == x#(n) + v#(n) * (5280/3600) * dt}
	}
	constraint def VelocityEquation {
		attribute dt : Time;
		attribute v : Vel[0..*] ordered;
		attribute a : Accel;
		(1..size(v)-1)->forAll {in n: Natural; v#(n + 1) == v#(n) + a * 32 * (3600/5280) * dt}
	}
	constraint def AccelerationEquation {
		attribute tw : Weight;
		attribute dt : Time;
		attribute tp : Horsepwr;
		attribute a : Accel;
		a == (550/32) * tp * dt * tw
	}
	constraint def StraightLineVehicleDynamics {
		attribute dt : Time;
		attribute whlpwr : Horsepwr;
		attribute Cd : Real;
		attribute Cf: Real;
		attribute tw : Weight;
		attribute a : Accel;
		attribute v : Vel[0..*] ordered;
		attribute x : Dist[0..*] ordered;
		constraint pwr : PowerEquation {
			attribute redefines whlpwr = StraightLineVehicleDynamics::whlpwr;
			attribute redefines Cd = StraightLineVehicleDynamics::Cd;
			attribute redefines Cf = StraightLineVehicleDynamics::Cf;
			attribute redefines tw = StraightLineVehicleDynamics::tw;
			attribute redefines v = vel.v;
			attribute redefines tp;
		}
		constraint acc : AccelerationEquation {
			attribute redefines tp = pwr.tp;
			attribute redefines tw = StraightLineVehicleDynamics::tw;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
			attribute redefines a = StraightLineVehicleDynamics::a;
		}
		constraint vel : VelocityEquation {
			attribute redefines a = acc.a;
			attribute redefines v = StraightLineVehicleDynamics::v;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
		}
		constraint pos : PositionEquation {
			attribute redefines v = vel.v;
			attribute redefines x = StraightLineVehicleDynamics::x;
			attribute redefines dt = StraightLineVehicleDynamics::dt;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -35,6 +35,7 @@
 		attribute tp : Horsepwr;
 		attribute a : Accel;
 		a == (550/32) * tp * dt * tw
+	}
 	constraint def StraightLineVehicleDynamics {
 		attribute dt : Time;
 		attribute whlpwr : Horsepwr;
```


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 '}' (4727.sysml line : 23 column : 1)

Code:
```sysml
package Vehicle_Remix_0409_721a {
    port def ShaftPort_b;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort;
    part def ShaftPort_b_Distractor_Def { port p : ShaftPort_b; }
    part def SubSystem_Context {
        part comp_a_02f0 : FuelPort_Def;
        part comp_b_fa4b : FuelPort_Def;
        part comp_distractor_5f29 : ShaftPort_b_Distractor_Def;
        connect comp_a_02f0.p to comp_b_fa4b.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 '}' (4727.sysml line : 23 column : 1)

Code:
```sysml
package Vehicle_Remix_0409_721a {
    port def ShaftPort_b;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort;
    part def ShaftPort_b_Distractor_Def { port p : ShaftPort_b; }
    part def SubSystem_Context {
        part comp_a_02f0 : FuelPort_Def;
        part comp_b_fa4b : FuelPort_Def;
        part comp_distractor_5f29 : ShaftPort_b_Distractor_Def;
        connect comp_a_02f0.p to comp_b_fa4b.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0409_721a {
    port def ShaftPort_b;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def ShaftPort_b_Distractor_Def { port p : ShaftPort_b; }
    part def SubSystem_Context {
        part comp_a_02f0 : FuelPort_Def;
        part comp_b_fa4b : FuelPort_Def;
        part comp_distractor_5f29 : ShaftPort_b_Distractor_Def;
        connect comp_a_02f0.p to comp_b_fa4b.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def ShaftPort_b;
     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 ShaftPort_b_Distractor_Def { port p : ShaftPort_b; }
     part def SubSystem_Context {
         part comp_a_02f0 : FuelPort_Def;
```


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 'clutchPor'. (772.sysml line : 28 column : 53)

Code:
```sysml
package IssueMetadataExample {
	private import ModelingMetadata::Issue;
    metadata InterfaceCompatibilityIssue : Issue about engineToTransmissionInterface {
    	text = "This issue is about the interface compatability between the engine and transmission." +
               "The interface def includes an end defined by a ClutchPort." +
               "However, the interface usage connects the transmission port that is defined by ~DrivePwrPort." +
               "This should have surfaced a compatibility issue, since the interface is not really compatible with its definition";
    }
    interface def EngineToTransmissionInterface{
        end p1:DrivePwrPort;
        end p2:ClutchPort;
    }
    port def DrivePwrPort;
    port def ClutchPort;
    part engine{
        port drivePwrPort:DrivePwrPort;
    }
    part transmission{
        port clutchPort:~DrivePwrPort;
    }
    interface engineToTransmissionInterface:EngineToTransmissionInterface
        connect engine.drivePwrPort to transmission.clutchPor;
}
```

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 'clutchPor'. (772.sysml line : 28 column : 53)

Code:
```sysml
package IssueMetadataExample {
	private import ModelingMetadata::Issue;
    metadata InterfaceCompatibilityIssue : Issue about engineToTransmissionInterface {
    	text = "This issue is about the interface compatability between the engine and transmission." +
               "The interface def includes an end defined by a ClutchPort." +
               "However, the interface usage connects the transmission port that is defined by ~DrivePwrPort." +
               "This should have surfaced a compatibility issue, since the interface is not really compatible with its definition";
    }
    interface def EngineToTransmissionInterface{
        end p1:DrivePwrPort;
        end p2:ClutchPort;
    }
    port def DrivePwrPort;
    port def ClutchPort;
    part engine{
        port drivePwrPort:DrivePwrPort;
    }
    part transmission{
        port clutchPort:~DrivePwrPort;
    }
    interface engineToTransmissionInterface:EngineToTransmissionInterface
        connect engine.drivePwrPort to transmission.clutchPor;
}
```

CODE STATUS = INCORRECT
```sysml
package IssueMetadataExample {
	private import ModelingMetadata::Issue;
    metadata InterfaceCompatibilityIssue : Issue about engineToTransmissionInterface {
    	text = "This issue is about the interface compatability between the engine and transmission." +
               "The interface def includes an end defined by a ClutchPort." +
               "However, the interface usage connects the transmission port that is defined by ~DrivePwrPort." +
               "This should have surfaced a compatibility issue, since the interface is not really compatible with its definition";
    }
    interface def EngineToTransmissionInterface{
        end p1:DrivePwrPort;
        end p2:ClutchPort;
    }
    port def DrivePwrPort;
    port def ClutchPort;
    part engine{
        port drivePwrPort:DrivePwrPort;
    }
    part transmission{
        port clutchPort:~DrivePwrPort;
    }
    interface engineToTransmissionInterface:EngineToTransmissionInterface
        connect engine.drivePwrPort to transmission.clutchPort;
}
```

CODE STATUS = INCORRECT
```sysml
@@ -19,5 +19,5 @@
         port clutchPort:~DrivePwrPort;
     }
     interface engineToTransmissionInterface:EngineToTransmissionInterface
-        connect engine.drivePwrPort to transmission.clutchPor;
+        connect engine.drivePwrPort to transmission.clutchPort;
 }
```


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 'end' (996.sysml line : 22 column : 3)
ERROR:no viable alternative at input 'end' (996.sysml line : 23 column : 3)

Code:
```sysml
package ConnectionTest {
	part p {
		part x {
			part x1;
		}
	}
	part def P {
		part y;
		connect p to y;
		part p1 :> p;
		connect p1.x to y;
		connect p1.x.x1 to y;
	}
	abstract connection def C {
		part p;
		end end1
		end end2;
		end end3;
	}
	part d1;
	part d2;
	part d3;
	part d4;
	connection bus : C connect (d1, d2, d3, d4);
	connection : C {
	    end :>> end1 ::> d1;
	    end end2 ::> d2;
	    end end3 ::> d3;
	}
	connection {
		part q;
		end [2] ref end1 ::> d1 :> q;
		end end2 ::> d2;
	}
	abstract flow def F;
	message : F from p to p;
	part def A {
	    ref b : B;
	}
	part def B;
	connection def AB {
	    end a : A;
	    end b : B crosses a.b;
	}
}
```

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 'end' (996.sysml line : 22 column : 3)
ERROR:no viable alternative at input 'end' (996.sysml line : 23 column : 3)

Code:
```sysml
package ConnectionTest {
	part p {
		part x {
			part x1;
		}
	}
	part def P {
		part y;
		connect p to y;
		part p1 :> p;
		connect p1.x to y;
		connect p1.x.x1 to y;
	}
	abstract connection def C {
		part p;
		end end1
		end end2;
		end end3;
	}
	part d1;
	part d2;
	part d3;
	part d4;
	connection bus : C connect (d1, d2, d3, d4);
	connection : C {
	    end :>> end1 ::> d1;
	    end end2 ::> d2;
	    end end3 ::> d3;
	}
	connection {
		part q;
		end [2] ref end1 ::> d1 :> q;
		end end2 ::> d2;
	}
	abstract flow def F;
	message : F from p to p;
	part def A {
	    ref b : B;
	}
	part def B;
	connection def AB {
	    end a : A;
	    end b : B crosses a.b;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package ConnectionTest {
	part p {
		part x {
			part x1;
		}
	}
	part def P {
		part y;
		connect p to y;
		part p1 :> p;
		connect p1.x to y;
		connect p1.x.x1 to y;
	}
	abstract connection def C {
		part p;
		end end1;
		end end2;
		end end3;
	}
	part d1;
	part d2;
	part d3;
	part d4;
	connection bus : C connect (d1, d2, d3, d4);
	connection : C {
	    end :>> end1 ::> d1;
	    end end2 ::> d2;
	    end end3 ::> d3;
	}
	connection {
		part q;
		end [2] ref end1 ::> d1 :> q;
		end end2 ::> d2;
	}
	abstract flow def F;
	message : F from p to p;
	part def A {
	    ref b : B;
	}
	part def B;
	connection def AB {
	    end a : A;
	    end b : B crosses a.b;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -13,7 +13,7 @@
 	}
 	abstract connection def C {
 		part p;
-		end end1
+		end end1;
 		end end2;
 		end end3;
 	}
```


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_0444_5889 {
    port def MotorOutput;
    port def BatteryInput;
    port def FuelPort;
    part def MotorOutput_Def { port p : MotorOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_71c5 : MotorOutput_Def;
        part comp_b_65ee : BatteryInput_Def;
        part comp_distractor_eb08 : FuelPort_Distractor_Def;
        connect comp_a_71c5.p to comp_b_65ee.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
- 'BatteryInput' belongs to Domain: electrical_power
- 'MotorOutput' belongs to Domain: electrical_power

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

Code:
```sysml
package Vehicle_Remix_0444_5889 {
    port def MotorOutput;
    port def BatteryInput;
    port def FuelPort;
    part def MotorOutput_Def { port p : MotorOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_71c5 : MotorOutput_Def;
        part comp_b_65ee : BatteryInput_Def;
        part comp_distractor_eb08 : FuelPort_Distractor_Def;
        connect comp_a_71c5.p to comp_b_65ee.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:no viable alternative at input ';' (1103.sysml line : 3 column : 2)
ERROR:no viable alternative at input '::' (1103.sysml line : 3 column : 29)

Code:
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

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 ';' (1103.sysml line : 3 column : 2)
ERROR:no viable alternative at input '::' (1103.sysml line : 3 column : 29)

Code:
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package TradeStudyTest {
 	private import ScalarValues::Real;
-	private import TradeStudies::;
+	private import TradeStudies::*;
 	part def Engine;
 	part engine1: Engine;
 	part engine2: Engine;
```


ERROR:Domain violation: Port 'comp_a_fe9f.p' (electrical_power) cannot connect to 'comp_distractor_64c2.p' (command_signal) (line : 22)

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

Code:
```sysml
package Vehicle_Remix_0413_5ecb {
    port def MotorInput;
    port def BatteryOutput;
    port def ControlPort;
    part def MotorInput_Def { port p : MotorInput; }
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_fe9f : MotorInput_Def;
        part comp_b_4e48 : BatteryOutput_Def;
        part comp_distractor_64c2 : ControlPort_Distractor_Def;
        connect comp_a_fe9f.p to comp_distractor_64c2.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:
- 'ControlPort' belongs to Domain: command_signal
- 'BatteryOutput' belongs to Domain: electrical_power
- 'MotorInput' belongs to Domain: electrical_power

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

Code:
```sysml
package Vehicle_Remix_0413_5ecb {
    port def MotorInput;
    port def BatteryOutput;
    port def ControlPort;
    part def MotorInput_Def { port p : MotorInput; }
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_fe9f : MotorInput_Def;
        part comp_b_4e48 : BatteryOutput_Def;
        part comp_distractor_64c2 : ControlPort_Distractor_Def;
        connect comp_a_fe9f.p to comp_distractor_64c2.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0413_5ecb {
    port def MotorInput;
    port def BatteryOutput;
    port def ControlPort;
    part def MotorInput_Def { port p : MotorInput; }
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def ControlPort_Distractor_Def { port p : ControlPort; }
    part def SubSystem_Context {
        part comp_a_fe9f : MotorInput_Def;
        part comp_b_4e48 : BatteryOutput_Def;
        part comp_distractor_64c2 : ControlPort_Distractor_Def;
        connect comp_a_fe9f.p to comp_b_4e48.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,6 +9,6 @@
         part comp_a_fe9f : MotorInput_Def;
         part comp_b_4e48 : BatteryOutput_Def;
         part comp_distractor_64c2 : ControlPort_Distractor_Def;
-        connect comp_a_fe9f.p to comp_distractor_64c2.p;
+        connect comp_a_fe9f.p to comp_b_4e48.p;
     }
 }
```


ERROR:Domain violation: Port 'comp_a_4edd.p' (mechanical_torque) cannot connect to 'comp_distractor_940e.p' (fluid_fuel) (line : 22)

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

Code:
```sysml
package Vehicle_Remix_0333_d71c {
    port def ShaftPort_a;
    port def DrivePwrPort;
    port def FuelPort;
    part def DrivePwrPort_Def { port p : DrivePwrPort; }
    part def ShaftPort_a_Def { port p : ShaftPort_a; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4edd : DrivePwrPort_Def;
        part comp_b_f54a : ShaftPort_a_Def;
        part comp_distractor_940e : FuelPort_Distractor_Def;
        connect comp_a_4edd.p to comp_distractor_940e.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
- '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_0333_d71c {
    port def ShaftPort_a;
    port def DrivePwrPort;
    port def FuelPort;
    part def DrivePwrPort_Def { port p : DrivePwrPort; }
    part def ShaftPort_a_Def { port p : ShaftPort_a; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4edd : DrivePwrPort_Def;
        part comp_b_f54a : ShaftPort_a_Def;
        part comp_distractor_940e : FuelPort_Distractor_Def;
        connect comp_a_4edd.p to comp_distractor_940e.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0333_d71c {
    port def ShaftPort_a;
    port def DrivePwrPort;
    port def FuelPort;
    part def DrivePwrPort_Def { port p : DrivePwrPort; }
    part def ShaftPort_a_Def { port p : ShaftPort_a; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4edd : DrivePwrPort_Def;
        part comp_b_f54a : ShaftPort_a_Def;
        part comp_distractor_940e : FuelPort_Distractor_Def;
        connect comp_a_4edd.p to comp_b_f54a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,6 +9,6 @@
         part comp_a_4edd : DrivePwrPort_Def;
         part comp_b_f54a : ShaftPort_a_Def;
         part comp_distractor_940e : FuelPort_Distractor_Def;
-        connect comp_a_4edd.p to comp_distractor_940e.p;
+        connect comp_a_4edd.p to comp_b_f54a.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 'connect' (3582.sysml line : 22 column : 9)
ERROR:no viable alternative at input '.' (3582.sysml line : 22 column : 28)
ERROR:no viable alternative at input 'to' (3582.sysml line : 22 column : 31)
ERROR:no viable alternative at input '.' (3582.sysml line : 22 column : 45)

Code:
```sysml
package Vehicle_Remix_0266_085f {
    port def PwrCmdPort;
    port def LugNutCompositePort;
    port def ShankCompositePort;
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def PwrCmdPort_Distractor_Def { port p : PwrCmdPort; }
    part def SubSystem_Context {
        part comp_a_0cf7 : LugNutCompositePort_Def;
        part comp_b_e31f : ShankCompositePort_Def;
        part comp_distractor_a27c : PwrCmdPort_Distractor_Def
        connect comp_a_0cf7.p to comp_b_e31f.p;
    }
}
```

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

Compiler Error:
ERROR:no viable alternative at input 'connect' (3582.sysml line : 22 column : 9)
ERROR:no viable alternative at input '.' (3582.sysml line : 22 column : 28)
ERROR:no viable alternative at input 'to' (3582.sysml line : 22 column : 31)
ERROR:no viable alternative at input '.' (3582.sysml line : 22 column : 45)

Code:
```sysml
package Vehicle_Remix_0266_085f {
    port def PwrCmdPort;
    port def LugNutCompositePort;
    port def ShankCompositePort;
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def PwrCmdPort_Distractor_Def { port p : PwrCmdPort; }
    part def SubSystem_Context {
        part comp_a_0cf7 : LugNutCompositePort_Def;
        part comp_b_e31f : ShankCompositePort_Def;
        part comp_distractor_a27c : PwrCmdPort_Distractor_Def
        connect comp_a_0cf7.p to comp_b_e31f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0266_085f {
    port def PwrCmdPort;
    port def LugNutCompositePort;
    port def ShankCompositePort;
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def ShankCompositePort_Def { port p : ShankCompositePort; }
    part def PwrCmdPort_Distractor_Def { port p : PwrCmdPort; }
    part def SubSystem_Context {
        part comp_a_0cf7 : LugNutCompositePort_Def;
        part comp_b_e31f : ShankCompositePort_Def;
        part comp_distractor_a27c : PwrCmdPort_Distractor_Def;
        connect comp_a_0cf7.p to comp_b_e31f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,7 +8,7 @@
     part def SubSystem_Context {
         part comp_a_0cf7 : LugNutCompositePort_Def;
         part comp_b_e31f : ShankCompositePort_Def;
-        part comp_distractor_a27c : PwrCmdPort_Distractor_Def
+        part comp_distractor_a27c : PwrCmdPort_Distractor_Def;
         connect comp_a_0cf7.p to comp_b_e31f.p;
     }
 }
```


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

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (7684.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0778_df96 {
    port def SpeedSensorPort;
    port def ShankPort;
    port def LugNutCompositePort;
    part def ShankPort_Def { port p_BROKEN : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_3b7a : ShankPort_Def;
        part comp_b_9821 : LugNutCompositePort_Def;
        part comp_distractor_88c8 : SpeedSensorPort_Distractor_Def;
        connect comp_a_3b7a.p to comp_b_9821.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'. (7684.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0778_df96 {
    port def SpeedSensorPort;
    port def ShankPort;
    port def LugNutCompositePort;
    part def ShankPort_Def { port p_BROKEN : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_3b7a : ShankPort_Def;
        part comp_b_9821 : LugNutCompositePort_Def;
        part comp_distractor_88c8 : SpeedSensorPort_Distractor_Def;
        connect comp_a_3b7a.p to comp_b_9821.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0778_df96 {
    port def SpeedSensorPort;
    port def ShankPort;
    port def LugNutCompositePort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_3b7a : ShankPort_Def;
        part comp_b_9821 : LugNutCompositePort_Def;
        part comp_distractor_88c8 : SpeedSensorPort_Distractor_Def;
        connect comp_a_3b7a.p to comp_b_9821.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def SpeedSensorPort;
     port def ShankPort;
     port def LugNutCompositePort;
-    part def ShankPort_Def { port p_BROKEN : ShankPort; }
+    part def ShankPort_Def { port p : ShankPort; }
     part def LugNutCompositePort_Def { port p : LugNutCompositePort; }
     part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
     part def SubSystem_Context {
```


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

Compiler Error:
ERROR:A port must be typed by port definitions. (4169.sysml line : 10 column : 32)

Code:
```sysml
package Vehicle_Remix_0339_676f {
    part def ShaftPort_b;
    port def AxlePort;
    port def ShankCompositePort;
    part def AxlePort_Def { port p : AxlePort; }
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def ShankCompositePort_Distractor_Def { port p : ShankCompositePort; }
    part def SubSystem_Context {
        part comp_a_d0d7 : AxlePort_Def;
        part comp_b_662f : ShaftPort_b_Def;
        part comp_distractor_1e39 : ShankCompositePort_Distractor_Def;
        connect comp_a_d0d7.p to comp_b_662f.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. (4169.sysml line : 10 column : 32)

Code:
```sysml
package Vehicle_Remix_0339_676f {
    part def ShaftPort_b;
    port def AxlePort;
    port def ShankCompositePort;
    part def AxlePort_Def { port p : AxlePort; }
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def ShankCompositePort_Distractor_Def { port p : ShankCompositePort; }
    part def SubSystem_Context {
        part comp_a_d0d7 : AxlePort_Def;
        part comp_b_662f : ShaftPort_b_Def;
        part comp_distractor_1e39 : ShankCompositePort_Distractor_Def;
        connect comp_a_d0d7.p to comp_b_662f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0339_676f {
    port def ShaftPort_b;
    port def AxlePort;
    port def ShankCompositePort;
    part def AxlePort_Def { port p : AxlePort; }
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def ShankCompositePort_Distractor_Def { port p : ShankCompositePort; }
    part def SubSystem_Context {
        part comp_a_d0d7 : AxlePort_Def;
        part comp_b_662f : ShaftPort_b_Def;
        part comp_distractor_1e39 : ShankCompositePort_Distractor_Def;
        connect comp_a_d0d7.p to comp_b_662f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0339_676f {
-    part def ShaftPort_b;
+    port def ShaftPort_b;
     port def AxlePort;
     port def ShankCompositePort;
     part def AxlePort_Def { port p : AxlePort; }
```


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 '}' (2366.sysml line : 23 column : 5)

Code:
```sysml
package Vehicle_Remix_0114_be8c {
    port def AxleMountIF;
    port def MotorInput;
    port def GearPort;
    part def GearPort_Def { port p : GearPort; }
    part def AxleMountIF_Def { port p : AxleMountIF; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_292c : GearPort_Def;
        part comp_b_45ca : AxleMountIF_Def;
        part comp_distractor_c47d : MotorInput_Distractor_Def;
        connect comp_a_292c.p to comp_b_45ca.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 '}' (2366.sysml line : 23 column : 5)

Code:
```sysml
package Vehicle_Remix_0114_be8c {
    port def AxleMountIF;
    port def MotorInput;
    port def GearPort;
    part def GearPort_Def { port p : GearPort; }
    part def AxleMountIF_Def { port p : AxleMountIF; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_292c : GearPort_Def;
        part comp_b_45ca : AxleMountIF_Def;
        part comp_distractor_c47d : MotorInput_Distractor_Def;
        connect comp_a_292c.p to comp_b_45ca.p
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0114_be8c {
    port def AxleMountIF;
    port def MotorInput;
    port def GearPort;
    part def GearPort_Def { port p : GearPort; }
    part def AxleMountIF_Def { port p : AxleMountIF; }
    part def MotorInput_Distractor_Def { port p : MotorInput; }
    part def SubSystem_Context {
        part comp_a_292c : GearPort_Def;
        part comp_b_45ca : AxleMountIF_Def;
        part comp_distractor_c47d : MotorInput_Distractor_Def;
        connect comp_a_292c.p to comp_b_45ca.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,6 +9,6 @@
         part comp_a_292c : GearPort_Def;
         part comp_b_45ca : AxleMountIF_Def;
         part comp_distractor_c47d : MotorInput_Distractor_Def;
-        connect comp_a_292c.p to comp_b_45ca.p
+        connect comp_a_292c.p to comp_b_45ca.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_0049_fd67 {
    port def CruiseControlPort;
    port def BatteryOutput;
    part def CruiseControlPort_Def { port p : CruiseControlPort; }
    part def CruiseControlPort_Def { port p : CruiseControlPort; }
    part def BatteryOutput_Distractor_Def { port p : BatteryOutput; }
    part def SubSystem_Context {
        part comp_a_f556 : CruiseControlPort_Def;
        part comp_b_7947 : CruiseControlPort_Def;
        part comp_distractor_19f7 : BatteryOutput_Distractor_Def;
        connect comp_a_f556.p to comp_b_7947.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:
- 'CruiseControlPort' belongs to Domain: command_signal
- 'BatteryOutput' belongs to Domain: electrical_power

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

Code:
```sysml
package Vehicle_Remix_0049_fd67 {
    port def CruiseControlPort;
    port def BatteryOutput;
    part def CruiseControlPort_Def { port p : CruiseControlPort; }
    part def CruiseControlPort_Def { port p : CruiseControlPort; }
    part def BatteryOutput_Distractor_Def { port p : BatteryOutput; }
    part def SubSystem_Context {
        part comp_a_f556 : CruiseControlPort_Def;
        part comp_b_7947 : CruiseControlPort_Def;
        part comp_distractor_19f7 : BatteryOutput_Distractor_Def;
        connect comp_a_f556.p to comp_b_7947.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED