Package de.uni_trier.wi2.procake.data.model.base.impl

Class IntervalClassImpl

java.lang.Object

de.uni_trier.wi2.procake.data.model.impl.AbstractDataClassImpl

de.uni_trier.wi2.procake.data.model.base.impl.IntervalClassImpl

All Implemented Interfaces:

IntervalClass, DataClass, PropertyHandler

public class IntervalClassImpl
extends AbstractDataClassImpl
implements IntervalClass

IntervalClassImpl class.

Author:

Rainer Maximini

Field Summary

Fields inherited from interface de.uni_trier.wi2.procake.data.model.DataClass

CLASS_NAME, LOG_ABSTRACT_CLASS_NOT_INSTANTIABLE, LOG_ABSTRACT_SYSTEM_SUBCLASS_CREATION_FAILED, LOG_CLASS_NOT_EDITABLE, LOG_CLASS_NOT_INSTANTIABLE, LOG_EDITABLE_CLASS_NOT_INSTANTIABLE, LOG_FINISH_EDIT_FAILED, LOG_GET_SUPERCLASSES_FAILED, LOG_SUBCLASS_CREATION_FAILED

Fields inherited from interface de.uni_trier.wi2.procake.data.model.base.IntervalClass

CLASS_NAME, LOG_INCONSISTENT_ELEMENTCLASS, LOG_MISSING_ELEMENTCLASS, LOG_MISSING_TOTALLY_ORDERED_ELEMENT

Constructor Summary

Constructors

Constructor	Description
IntervalClassImpl()	Constructor for IntervalClassImpl.

Method Summary

Modifier and Type	Method	Description
protected void	beSystemClass()	beSystemClass.
void	checkFinishEditing()	This method only checks if it is possible to finish the class and does not change any internal status.
protected void	createSystemSubClasses()	createSystemSubClasses.
AtomicClass	getElementClass()	Receive the element class of the interval.
Class<? extends DataObject>	getObjectClass()	getObjectClass.
boolean	includeClass(DataClass other)	This method checks if the data class contains a reference to another data class.
boolean	isInterval()	isInterval.
DataObject	newObject()	Creates a new DataObject and initialize it.
void	setElementClass(AtomicClass elementClass)	Specify the element class of the interval.

Methods inherited from class de.uni_trier.wi2.procake.data.model.impl.AbstractDataClassImpl

addProperty, addProperty, addSubclass, addSubClass, checkEditability, checkInstantiability, clearSubClasses, createSubclass, createSystemClassTree, finishEditing, getAllProperties, getAllPropertyNodes, getModel, getName, getProperty, getPropertyNames, getPropertyNode, getPropertyRootNode, getRootClass, getSubClasses, getSuperClass, getSuperClasses, getSystemClassName, getSystemSuperClass, hasProperties, isAbstract, isAdaptationCase, isAggregate, isAtomic, isBoolean, isByteArray, isCake2DataReference, isChronologic, isCollection, isControlflowItem, isDataflowWrapper, isDate, isDouble, isEditable, isInstantiable, isInteger, isList, isNESTAdaptationQuery, isNESTAdaptationRule, isNESTAdaptationSession, isNESTAdaptationStep, isNESTConstraintEdge, isNESTControlflowEdge, isNESTControlflowNode, isNESTDataflowEdge, isNESTDataNode, isNESTEdge, isNESTGraph, isNESTGraphItem, isNESTNode, isNESTPartOfEdge, isNESTQuery, isNESTSequenceNode, isNESTSequentialWorkflow, isNESTSubWorkflowNode, isNESTTaskNode, isNESTWorkflow, isNESTWorkflowNode, isNode, isNumeric, isParentItem, isSequence, isSet, isString, isSubclassOf, isSubWorkflow, isSystemClass, isTask, isTime, isTimestamp, isUnion, isURI, isVoid, isWorkflow, isWorkflowCase, isWorkflowItem, removeProperty, removeSubclass, removeSubClass, setAbstract, setName, setPropertyRootNode, setSuperClass, toString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface de.uni_trier.wi2.procake.data.model.DataClass

addSubclass, checkInstantiability, createSubclass, finishEditing, getModel, getName, getSubClasses, getSuperClass, getSuperClasses, getSystemClassName, getSystemSuperClass, isAbstract, isAggregate, isAtomic, isBoolean, isByteArray, isCake2DataReference, isChronologic, isCollection, isControlflowItem, isDataflowWrapper, isDate, isDouble, isEditable, isInstantiable, isInteger, isList, isNESTConstraintEdge, isNESTControlflowEdge, isNESTControlflowNode, isNESTDataflowEdge, isNESTDataNode, isNESTEdge, isNESTGraph, isNESTGraphItem, isNESTNode, isNESTPartOfEdge, isNESTSequenceNode, isNESTSequentialWorkflow, isNESTSubWorkflowNode, isNESTTaskNode, isNESTWorkflow, isNESTWorkflowNode, isNode, isNumeric, isParentItem, isSequence, isSet, isString, isSubclassOf, isSubWorkflow, isSystemClass, isTask, isTime, isTimestamp, isUnion, isURI, isVoid, isWorkflow, isWorkflowItem, removeSubclass, setAbstract, setName

Methods inherited from interface de.uni_trier.wi2.procake.data.PropertyHandler

addProperty, addProperty, getAllProperties, getAllPropertyNodes, getProperty, getPropertyNames, getPropertyNode, getPropertyRootNode, hasProperties, removeProperty, setPropertyRootNode

Constructor Details

IntervalClassImpl

public IntervalClassImpl()

Constructor for IntervalClassImpl.

Method Details

beSystemClass

protected void beSystemClass()

beSystemClass.

Overrides:

beSystemClass in class AbstractDataClassImpl

checkFinishEditing

public void checkFinishEditing()
                        throws ClassHierarchyConsistencyException

This method only checks if it is possible to finish the class and does not change any internal status. To initialize internal caches use the method AbstractDataClassImpl.finishEditing().

Sub classes are allowed to overwrite this method with own code but they must follow some instructions. It is very important to call the AbstractDataClassImpl.checkFinishEditing() method in the super class. This can be done before or after the own check methods. But it is advisable to implement the methods like in AbstractDataClassImpl.finishEditing() where first the super class is called. For example:

protected void checkFinishEditing() throws ClassHierarchyConsistencyException { super.checkFinishEditing(); // put your code here }

Overrides:

checkFinishEditing in class AbstractDataClassImpl

Throws:

ClassHierarchyConsistencyException

See Also:

• AbstractDataClassImpl.finishEditing()

createSystemSubClasses

protected void createSystemSubClasses()

createSystemSubClasses.

Specified by:

createSystemSubClasses in class AbstractDataClassImpl

getElementClass

public AtomicClass getElementClass()

Receive the element class of the interval.

An interval can only be specified for another AtomicClass. Additionally, the AtomicClass must specify totally ordered instances.

Specified by:

getElementClass in interface IntervalClass

Returns:

An AtomicClass with totally ordered instances.

setElementClass

public void setElementClass(AtomicClass elementClass)
                     throws IllegalEditException

Specify the element class of the interval.

An interval can only be specified for another AtomicClass. Additionally, the AtomicClass must specify totally ordered instances.

Specified by:

setElementClass in interface IntervalClass

Parameters:

elementClass - An AtomicClass with totally ordered instances.

Throws:

IllegalEditException

includeClass

public boolean includeClass(DataClass other)

This method checks if the data class contains a reference to another data class.

Some data classes contain other data classes. For example, AggregateClasses contain as attribute type other data classes or CollectionClasses have one element type which is also a data class.

To prevent an infinite loop, this method does not recursive navigates through all element classes. Only the element of the class are checked but not, if the elements include the given anotherClass.

Specified by:

includeClass in interface DataClass

Overrides:

includeClass in class AbstractDataClassImpl

Parameters:

other - The data class that has to be checked for references

Returns:

true if the data class contains a reference to the give anotherClass.

isInterval

public boolean isInterval()

isInterval.

Specified by:

isInterval in interface DataClass

Overrides:

isInterval in class AbstractDataClassImpl

Returns:

true if the data class can be casted to IntervalClass

newObject

public DataObject newObject()
                     throws IllegalInstantiationException

Creates a new DataObject and initialize it. DataObjects can not be created directly because they depend on the DataClass that defines the object.

The creation of a new object is only be possible if DataClass.checkInstantiability() throws no exception.

Specified by:

newObject in interface DataClass

Overrides:

newObject in class AbstractDataClassImpl

Returns:

a new DataObject

Throws:

IllegalInstantiationException - is thrown if it is not possible to create an object this data class

getObjectClass

public Class<? extends DataObject> getObjectClass()

getObjectClass.

Specified by:

getObjectClass in interface DataClass

Overrides:

getObjectClass in class AbstractDataClassImpl

Returns:

Class of the corresponding data object