org.eclipse.epsilon.hutn.xmi.parser.generator
Class SpecGenerator

java.lang.Object
  org.eclipse.epsilon.hutn.xmi.parser.generator.SpecGenerator

public class SpecGenerator
extends java.lang.Object

Generates a HUTN spec in a LIFO manner. ClassObjects are generated using #generateTopLevelClassObject(String) and #generateContainedClassObject(String, String).

Before generating any ClassObjects, the generator must first be initialised using initialise() or initialise(String).

To nest class objects, first use a call to #generateTopLevelClassObject(String) and then add levels of nesting with #generateContainedClassObject(String).

A call to stopGeneratingCurrentClassObject() completes the generation of the current class object. Furthermore, the next class object to be generated will have the same parent as the last class object to be generated.

Example: To generate the following structure:

  Family {
    members: Person { dog: Dog {} }, Person {}
  }

the following calls would be made:

  initialise("families");
  generateTopLevelClassObject("Family");
    generateContainedClassObject("Person");
      generateContainedClassObject("Dog");
      stopGeneratingCurrentClassObject(); // Dog
    stopGeneratingCurrentClassObject(); // Person
    generateContainedClassObject("Person");
    stopGeneratingCurrentClassObject();
  stopGeneratingCurrentClassObject(); // Family

The last two lines are optional, if no further ClassObjects are to be generated.

Author:

lrose

Constructor Summary

SpecGenerator()

Method Summary

void	addAttributeValue(java.lang.String featureName, java.lang.String value, int lineNumber)
void	generateContainedClassObject(java.lang.String containingFeature, java.lang.String identifier, int lineNumber) Generates a new ClassObject whose type is determined by inspecting the class of the parent ClassObject.
void	generateContainedClassObject(java.lang.String containingFeature, java.lang.String identifier, java.lang.String type, int lineNumber) Generates a new ClassObject with the type specified.
void	generateTopLevelClassObject(java.lang.String identifier, java.lang.String type, int lineNumber)
ClassObject	getCurrentClassObject()
Spec	getSpec()
boolean	hasCurrentClassObject()
void	initialise()
void	initialise(java.lang.String nsUri)
void	stopGeneratingAndDeleteCurrentClassObject()
void	stopGeneratingCurrentClassObject()

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

SpecGenerator

public SpecGenerator()

Method Detail

getSpec

public Spec getSpec()

initialise

public void initialise()

initialise

public void initialise(java.lang.String nsUri)

generateTopLevelClassObject

public void generateTopLevelClassObject(java.lang.String identifier,
                                        java.lang.String type,
                                        int lineNumber)

generateContainedClassObject

public void generateContainedClassObject(java.lang.String containingFeature,
                                         java.lang.String identifier,
                                         int lineNumber)

Generates a new ClassObject whose type is determined by inspecting the class of the parent ClassObject. If no feature with the name specified can be found in the class of the parent ClassObject, the newly generated ClassObject will have type "UnknownType".

Parameters:

containingFeature - - the name of the feature in the parent ClassObject that will contain the newly generated

identifier - - the identifier for the ClassObject to be created. Identifiers are used when adding values to reference slots. null is allowed, but this will create a ClassObject that cannot be referenced. ClassObject.

generateContainedClassObject

public void generateContainedClassObject(java.lang.String containingFeature,
                                         java.lang.String identifier,
                                         java.lang.String type,
                                         int lineNumber)

Generates a new ClassObject with the type specified. The newly generated ClassObject will be placed in a ContainmentSlot, with the feature specified, of the parent ClassObject.

If the parent ClassObject contains an existing ContainmentSlot with the feature specified, the newly generated ClassObject will be added to the values of that slot. Otherwise, a new ContainmentSlot with the feature specified will be created.

Parameters:

type - - the type of ClassObject to be generated.

containingFeature - - the name of the feature in the parent ClassObject that will contain the newly generated ClassObject.

identifier - - the identifier for the ClassObject to be created. Identifiers are used when adding values to reference slots. null is allowed, but this will create a ClassObject that cannot be referenced.

lineNumber - - the line number of the generated ClassObject

getCurrentClassObject

public ClassObject getCurrentClassObject()

hasCurrentClassObject

public boolean hasCurrentClassObject()

stopGeneratingCurrentClassObject

public void stopGeneratingCurrentClassObject()

stopGeneratingAndDeleteCurrentClassObject

public void stopGeneratingAndDeleteCurrentClassObject()

addAttributeValue

public void addAttributeValue(java.lang.String featureName,
                              java.lang.String value,
                              int lineNumber)