private void init() {
BasicEList<EStructuralFeature> contains = new UniqueEList<EStructuralFeature>(this.size);
BasicEList<EStructuralFeature> crossRefs = new UniqueEList<EStructuralFeature>(this.size);
for (int i = 0; i < this.size; ++i) {
EStructuralFeature eFeature = (EStructuralFeature) this.data[i];
if (eFeature instanceof EReference) {
EReference eReference = (EReference) eFeature;
if (eReference.isContainment()) {
contains.add(eReference);
} else if (!eReference.isContainer()) {
crossRefs.add(eReference);
}
}
}
contains.shrink();
crossRefs.shrink();
this.containments = new EStructuralFeature[contains.size()];
this.crossReferences = new EStructuralFeature[crossRefs.size()];
int i = 0;
for (EStructuralFeature feature : contains) {
this.containments[i++] = feature;
}
i = 0;
for (EStructuralFeature feature : crossRefs) {
this.crossReferences[i++] = feature;
}
}
@Override
public EList<XExpression> getExplicitArguments() {
BasicEList<XExpression> result = new BasicEList<XExpression>();
if (getMemberCallTarget() != null) result.add(getMemberCallTarget());
result.addAll(getMemberCallArguments());
return result;
}
private EList<Instance> connectorConfiguratiobInstanceList(final String... defIds) {
final BasicEList<Instance> instances = new BasicEList<Instance>();
for (final String defId : defIds) {
instances.add(aConnectorConfigurationInstance(defId, "1.0"));
}
return instances;
}
private void initWorkLists(
int originSize,
BasicEList<Element> ancestorList,
PerSide<BasicEList<Element>> listPerSide) {
BasicEList<Element> sourceList = new BasicEList<Element>(originSize);
BasicEList<Element> targetList = new BasicEList<Element>(originSize);
for (int i = 0; i < originSize; i++) {
Element element = new Element(i);
ancestorList.add(element);
sourceList.add(element);
targetList.add(element);
}
listPerSide.set(Side.SOURCE, sourceList);
listPerSide.set(Side.TARGET, targetList);
}
/** Returns a default class path. This is the root of the project */
protected static EList<MindPathEntry> defaultMindpath(IProject p) {
MindPathEntry ret = MindideFactory.eINSTANCE.createMindPathEntry();
ret.setName(p.getFolder("src").getFullPath().toPortableString());
ret.setEntryKind(MindPathKind.SOURCE);
BasicEList<MindPathEntry> retL = new BasicEList<MindPathEntry>();
retL.add(ret);
return retL;
}
protected static EList<Transition> _privk3_getActiveTransitions(
final RegionAspectRegionAspectProperties _self_,
final Region _self,
final AbstractState vertex,
final EList<String> events) {
final BasicEList<Transition> res = new BasicEList<Transition>();
EList<Transition> _outgoing = vertex.getOutgoing();
for (final Transition transition : _outgoing) {
boolean _or = false;
Trigger _trigger = transition.getTrigger();
boolean _equals = Objects.equal(_trigger, null);
if (_equals) {
_or = true;
} else {
boolean _or_1 = false;
boolean _and = false;
Trigger _trigger_1 = transition.getTrigger();
boolean _notEquals = (!Objects.equal(_trigger_1, null));
if (!_notEquals) {
_and = false;
} else {
Trigger _trigger_2 = transition.getTrigger();
boolean _evalTrigger = TriggerAspect.evalTrigger(_trigger_2, events);
_and = _evalTrigger;
}
if (_and) {
_or_1 = true;
} else {
boolean _and_1 = false;
AbstractState _target = transition.getTarget();
if (!(_target instanceof Pseudostate)) {
_and_1 = false;
} else {
AbstractState _target_1 = transition.getTarget();
_and_1 = (_target_1 instanceof Junction);
}
_or_1 = _and_1;
}
_or = _or_1;
}
if (_or) {
res.add(transition);
}
}
return res;
}
@Override
public EList<MindLibOrProject> getUses() {
BasicEList<MindLibOrProject> ret = new BasicEList<MindLibOrProject>();
for (MindPathEntry mpe : mindpathentries) {
MindObject resolvedObject = mpe.getResolvedBy();
if (resolvedObject == null) continue;
MindLibOrProject mp = null;
if (resolvedObject instanceof MindRootSrc) {
MindRootSrc s = (MindRootSrc) resolvedObject;
mp = s.getProject();
} else if (resolvedObject instanceof MindPackage) {
MindPackage mdPacakage = (MindPackage) resolvedObject;
MindRootSrc s = mdPacakage.getRootsrc();
if (s == null) continue;
mp = s.getProject();
} else if (resolvedObject instanceof MindProject) {
mp = (MindProject) resolvedObject;
}
if (mp == null || ret.contains(mp)) continue;
ret.add(mp);
}
return ret;
}
/*
* Reads and decode an XML classpath string
*/
public static EList<MindPathEntry> decodeMindpath(String xmlMindpath) throws IOException {
BasicEList<MindPathEntry> paths = new BasicEList<MindPathEntry>();
StringReader reader = new StringReader(xmlMindpath);
Element cpElement;
try {
DocumentBuilder parser = DocumentBuilderFactory.newInstance().newDocumentBuilder();
cpElement = parser.parse(new InputSource(reader)).getDocumentElement();
} catch (SAXException e) {
e.printStackTrace();
throw new IOException("Bad format");
} catch (ParserConfigurationException e) {
throw new IOException("Bad format");
} finally {
reader.close();
}
if (!cpElement
.getNodeName()
.equalsIgnoreCase(MindPathEntryCustomImpl.TAG_MINDPATH)) { // $NON-NLS-1$
throw new IOException("Bad format");
}
NodeList list =
cpElement.getElementsByTagName(MindPathEntryCustomImpl.TAG_MINDPATHENTRY); // $NON-NLS-1$
int length = list.getLength();
for (int i = 0; i < length; ++i) {
Node node = list.item(i);
if (node.getNodeType() == Node.ELEMENT_NODE) {
MindPathEntry entry = MindPathEntryCustomImpl.elementDecode((Element) node);
if (entry != null) {
paths.add(entry);
}
}
}
return paths;
}
private void pickChangesIntoResult(
Side side,
EStructuralFeature feature,
BasicEList<Element> ancestorList,
PerSide<List<CDOFeatureDelta>> changesPerSide,
Map<CDOFeatureDelta, Element> allElements,
Map<Object, List<Element>> additions,
List<CDOFeatureDelta> result) {
List<CDOFeatureDelta> changes = changesPerSide.get(side);
for (CDOFeatureDelta change : changes) {
Type changeType = change.getType();
switch (changeType) {
case ADD:
{
CDOAddFeatureDeltaImpl addChange = (CDOAddFeatureDeltaImpl) change;
result.add(addChange);
int sideIndex = addChange.getIndex();
int ancestorIndex = sideIndex;
int ancestorEnd = ancestorList.size();
if (ancestorIndex > ancestorEnd) {
// TODO Better way to adjust ancestor indexes?
ancestorIndex = ancestorEnd;
addChange.setIndex(ancestorIndex);
}
Element newElement = allElements.get(addChange);
ancestorList.add(ancestorIndex, newElement);
if (treatAsUnique(feature)) {
// Detect and remove corresponding AddDeltas from the other side
Object value = addChange.getValue();
List<Element> elementsToAdd = additions.get(value);
if (elementsToAdd != null) {
for (Element element : elementsToAdd) {
CDOAddFeatureDelta otherAdd = (CDOAddFeatureDelta) element.get(other(side));
if (otherAdd != null) {
element.set(other(side), null);
// Not taking an AddDelta has the same effect on indexes as a removal of the
// element
List<CDOFeatureDelta> otherChanges = changesPerSide.get(other(side));
int otherIndex = otherAdd.getIndex();
adjustAfterRemoval(otherChanges, otherIndex, addChange);
}
}
}
}
break;
}
case REMOVE:
{
CDORemoveFeatureDeltaImpl removeChange = (CDORemoveFeatureDeltaImpl) change;
result.add(removeChange);
Element removedElement = allElements.get(removeChange);
int ancestorIndex = ancestorList.indexOf(removedElement);
removeChange.setIndex(ancestorIndex);
ancestorList.remove(ancestorIndex);
// Detect and remove a potential duplicate RemoveDelta from the other side
CDOFeatureDelta otherChange = removedElement.get(other(side));
if (otherChange != null) {
Type otherChangeType = otherChange.getType();
switch (otherChangeType) {
case REMOVE:
{
CDORemoveFeatureDelta otherRemove = (CDORemoveFeatureDelta) otherChange;
removedElement.set(other(side), null);
// Not taking a RemoveDelta has the same effect on indexes as an addition of
// the element
List<CDOFeatureDelta> otherChanges = changesPerSide.get(other(side));
int otherIndex = otherRemove.getIndex();
adjustAfterAddition(otherChanges, otherIndex, otherRemove);
break;
}
case MOVE:
{
CDOMoveFeatureDelta otherMove = (CDOMoveFeatureDelta) otherChange;
removedElement.set(other(side), null);
// Not taking a MoveDelta has the same effect on indexes as a reverse move
// of the element
List<CDOFeatureDelta> otherChanges = changesPerSide.get(other(side));
int otherOldPosition = otherMove.getOldPosition();
int otherNewPosition = otherMove.getNewPosition();
adjustAfterMove(
otherChanges, otherOldPosition, otherNewPosition, otherMove);
break;
}
default:
throw new IllegalStateException("Unexpected change type: " + otherChangeType);
}
}
break;
}
case SET:
{
throw new IllegalStateException("Unhandled change type: " + changeType);
// CDOSetFeatureDelta setChange = (CDOSetFeatureDelta)change;
// break;
}
case MOVE:
{
CDOMoveFeatureDeltaImpl moveChange = (CDOMoveFeatureDeltaImpl) change;
int sideOldPosition = moveChange.getOldPosition();
int sideNewPosition = moveChange.getNewPosition();
Element movedElement = allElements.get(moveChange);
CDOFeatureDelta otherChange = movedElement.get(other(side));
if (otherChange != null) {
Type otherChangeType = otherChange.getType();
switch (otherChangeType) {
case REMOVE:
{
// Prioritize the RemoveDelta of the other side, delete the MoveDelta from
// this side
adjustAfterMove(changes, sideOldPosition, sideNewPosition, moveChange);
movedElement.set(side, null);
return;
}
case MOVE:
{
CDOMoveFeatureDelta otherMove = (CDOMoveFeatureDelta) otherChange;
movedElement.set(other(side), null);
// Not taking a MoveDelta has the same effect on indexes as a reverse move
// of the element
List<CDOFeatureDelta> otherChanges = changesPerSide.get(other(side));
int otherOldPosition = otherMove.getOldPosition();
int otherNewPosition = otherMove.getNewPosition();
adjustAfterMove(
otherChanges, otherOldPosition, otherNewPosition, otherMove);
movedElement.set(other(side), null);
break;
}
default:
throw new IllegalStateException("Unexpected change type: " + otherChangeType);
}
}
int positionDelta = sideNewPosition - sideOldPosition;
int ancestorOldPosition = ancestorList.indexOf(movedElement);
int ancestorNewPosition = ancestorOldPosition + positionDelta;
if (ancestorNewPosition < 0) {
ancestorNewPosition = 0;
}
int ancestorEnd = ancestorList.size() - 1;
if (ancestorNewPosition > ancestorEnd) {
ancestorNewPosition = ancestorEnd;
}
moveChange.setOldPosition(ancestorOldPosition);
moveChange.setNewPosition(ancestorNewPosition);
result.add(moveChange);
ancestorList.move(ancestorNewPosition, ancestorOldPosition);
break;
}
case CLEAR:
case UNSET:
default:
throw new IllegalStateException("Illegal change type: " + changeType);
}
}
}
private void applyChangesToWorkList(
Side side,
PerSide<BasicEList<Element>> listPerSide,
PerSide<List<CDOFeatureDelta>> changesPerSide,
Map<CDOFeatureDelta, Element> allElements,
Map<Object, List<Element>> additions) {
BasicEList<Element> list = listPerSide.get(side);
List<CDOFeatureDelta> changes = changesPerSide.get(side);
for (CDOFeatureDelta change : changes) {
Type changeType = change.getType();
switch (changeType) {
case ADD:
{
CDOAddFeatureDelta addChange = (CDOAddFeatureDelta) change;
Element element = new Element(-1);
element.set(side, addChange);
allElements.put(addChange, element);
list.add(addChange.getIndex(), element);
rememberAddition(addChange.getValue(), element, additions);
break;
}
case REMOVE:
{
CDORemoveFeatureDelta removeChange = (CDORemoveFeatureDelta) change;
Element element = list.remove(removeChange.getIndex());
element.set(side, removeChange);
allElements.put(removeChange, element);
break;
}
case SET:
{
CDOSetFeatureDelta setChange = (CDOSetFeatureDelta) change;
Element newElement = new Element(-1);
newElement.set(side, setChange);
rememberAddition(setChange.getValue(), newElement, additions);
Element oldElement = list.set(setChange.getIndex(), newElement);
oldElement.set(side, setChange);
allElements.put(setChange, oldElement);
break;
}
case MOVE:
{
CDOMoveFeatureDelta moveChange = (CDOMoveFeatureDelta) change;
Element element =
list.move(moveChange.getNewPosition(), moveChange.getOldPosition());
element.set(side, moveChange);
allElements.put(moveChange, element);
break;
}
case CLEAR:
case UNSET:
// These deltas should have been replaced by multiple REMOVE deltas in
// copyListChanges()
throw new IllegalStateException("Unhandled change type: " + changeType);
default:
throw new IllegalStateException("Illegal change type: " + changeType);
}
}
}
@Override
public EList<XExpression> getExplicitArguments() {
BasicEList<XExpression> result = new BasicEList<XExpression>();
if (getOperand() != null) result.add(getOperand());
return result;
}
public EList<EObject> getContents() {
BasicEList<EObject> contents = new BasicEList<EObject>(1);
contents.add(contentRoot);
return contents;
}