Package org.contextmapper.dsl.refactoring

Class AbstractRefactoring

java.lang.Object

org.contextmapper.dsl.refactoring.AbstractRefactoring

All Implemented Interfaces:

SemanticCMLRefactoring

Direct Known Subclasses:

AbstractExtractSymmetricRelationshipRefactoring, AbstractHenshinRefactoring, AbstractToggleSymmetricRelationshipRefactoring, ChangePartnershipToUpstreamDownstreamRefactoring, DeriveBoundedContextFromSubdomains, DeriveFrontendAndBackendSystemsFromFeature, DeriveSubdomainFromUserRequirements, ExtractAggregatesByCohesion, ExtractAggregatesByVolatility, ExtractSuggestedService, MergeAggregatesRefactoring, MergeBoundedContextsRefactoring, SplitBoundedContextByAggregateAttribute, SplitSystemIntoSubsystems

public abstract class AbstractRefactoring
extends java.lang.Object
implements SemanticCMLRefactoring

Field Summary

Fields

Modifier and Type	Field	Description
protected java.util.Set<CMLResource>	additionalResourcesToCheck
protected org.eclipse.emf.ecore.resource.ResourceSet	consistencyCheckResources
protected java.util.Set<CMLResource>	importedResources
protected ContextMappingModel	model
protected CMLResource	rootResource

Constructor Summary

Constructors

Constructor	Description
AbstractRefactoring()

Method Summary

Modifier and Type	Method	Description
protected <T> void	addElementsToEList(org.eclipse.emf.common.util.EList<T> list, java.util.List<T> elementsToAdd)
protected <T> void	addElementToEList(org.eclipse.emf.common.util.EList<T> list, T elementToAdd)
protected abstract void	doRefactor()
protected java.util.Set<BoundedContext>	getAllBoundedContexts()
protected java.util.Set<ContextMap>	getAllContextMaps()
protected java.util.Set<Domain>	getAllDomains()
protected java.util.Set<UserRequirement>	getAllUserRequirements()
protected CMLResource	getResource(BoundedContext bc)
void	persistChanges(org.eclipse.xtext.serializer.ISerializer serializer)	Can be called after the 'refactor' method, in case one wants to save/persist the changes to the CML files.
void	refactor(CMLResource resource)	Applies the refactoring to the CML model in the given resource.
void	refactor(CMLResource resource, org.eclipse.emf.ecore.resource.ResourceSet consistencyCheckResources)	Applies the refactoring to the CML model in the given resource.
protected <T> void	removeElementFromEList(org.eclipse.emf.common.util.EList<T> list, T object)

Methods inherited from class java.lang.Object

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

Field Detail

model

protected ContextMappingModel model

rootResource

protected CMLResource rootResource

importedResources

protected java.util.Set<CMLResource> importedResources

consistencyCheckResources

protected org.eclipse.emf.ecore.resource.ResourceSet consistencyCheckResources

additionalResourcesToCheck

protected java.util.Set<CMLResource> additionalResourcesToCheck

Constructor Detail

AbstractRefactoring

public AbstractRefactoring()

Method Detail

refactor

public void refactor(CMLResource resource)

Description copied from interface: SemanticCMLRefactoring

Applies the refactoring to the CML model in the given resource.

Specified by:

refactor in interface SemanticCMLRefactoring

Parameters:

resource - the resource with the CML model that shall be refactored

refactor

public void refactor(CMLResource resource,
                     org.eclipse.emf.ecore.resource.ResourceSet consistencyCheckResources)

Description copied from interface: SemanticCMLRefactoring

Applies the refactoring to the CML model in the given resource. Additionally ensures consistency in Context Maps in all resources of the additional ResourceSet.

Specified by:

refactor in interface SemanticCMLRefactoring

Parameters:

resource - the resource with the CML model that shall be refactored.

consistencyCheckResources - the resources that contain Context Maps which potentially have to be corrected after refactoring. For example: if you have other models in your workspace that have referenes to the refactored one. If you provide them here as s ResourceSet, the refactoring can correct the references.

persistChanges

public void persistChanges(org.eclipse.xtext.serializer.ISerializer serializer)

Description copied from interface: SemanticCMLRefactoring

Can be called after the 'refactor' method, in case one wants to save/persist the changes to the CML files.

Specified by:

persistChanges in interface SemanticCMLRefactoring

Parameters:

serializer - the serializer that will be used to check whether the model can be persisted.

doRefactor

protected abstract void doRefactor()

getAllBoundedContexts

protected java.util.Set<BoundedContext> getAllBoundedContexts()

getAllContextMaps

protected java.util.Set<ContextMap> getAllContextMaps()

getAllDomains

protected java.util.Set<Domain> getAllDomains()

getAllUserRequirements

protected java.util.Set<UserRequirement> getAllUserRequirements()

getResource

protected CMLResource getResource(BoundedContext bc)

addElementsToEList

protected <T> void addElementsToEList(org.eclipse.emf.common.util.EList<T> list,
                                      java.util.List<T> elementsToAdd)

addElementToEList

protected <T> void addElementToEList(org.eclipse.emf.common.util.EList<T> list,
                                     T elementToAdd)

removeElementFromEList

protected <T> void removeElementFromEList(org.eclipse.emf.common.util.EList<T> list,
                                          T object)