private static IEntity createPattern(IEntity child) {
IEntity pattern = EntityUtils.clone(child);
EntityDescriptor<?> ed = pattern.wGetEntityDescriptor();
for (FeatureDescriptor fd : ed.getEntityFeatureDescriptors()) {
if (!name.equals(fd))
pattern.wSet(
fd, CommonsEntityAdapterFactory.createVariable(fd.getEntityDescriptor(), fd.getName()));
}
return pattern;
}
@Override
public void visit(HasType entity) {
Name edName = entity.getDescriptorName();
if (isLearning() && EntityUtils.isResolver(edName)) {
EntityDescriptor<?> ed = getBindings().wGet("evaluatedSubject").wGetEntityDescriptor();
Name learntEdName = TestsEntityFactory.instance.createName(ed.getName());
putLearntEntity(edName, learntEdName);
setResultVisitor(GenericTraversalFactory.instance.identity());
} else super.visit(entity);
}
protected boolean embedChildrenInComposite(EntityDescriptor<?> ed) {
switch (ed.getEntityKind()) {
case SIMPLE:
for (FeatureDescriptor ced : ed.getEntityFeatureDescriptors())
if (!embedChildrenInSimple(ced.getEntityDescriptor())) return false;
case DATA:
return true;
case COMPOSITE:
default:
return false;
}
}
public static IEntity cloneArtifact(IEntity artifact, IEntity appendChild) {
IEntityFactory ef = GenericEntityFactory.instance(RegistryConfigurations.RESOLVER);
EntityDescriptor<?> ed = artifact.wGetEntityDescriptor();
IEntity newArtifact = ef.create(ed);
for (FeatureDescriptor fd : ed.getEntityFeatureDescriptors()) {
if (artifacts.equals(fd) || projects.equals(fd)) {
IEntity composite = newArtifact.wGet(fd);
if (appendChild != null) composite.wAdd(appendChild);
else composite.wResolveWith(fd.getEntityDescriptor());
} else newArtifact.wSet(fd, EntityUtils.clone(artifact.wGet(fd)));
}
return newArtifact;
}
public boolean embedChildren(EntityDescriptor<?> ed) {
switch (ed.getEntityKind()) {
case SIMPLE:
for (FeatureDescriptor ced : ed.getEntityFeatureDescriptors())
if (!embedChildrenInSimple(ced.getEntityDescriptor())) return false;
return true;
case COMPOSITE:
EntityDescriptor<?> ced = ed.getEntityDescriptor(0);
return !ced.isPolymorphic() && embedChildrenInComposite(ced);
case DATA:
return true;
default:
return false;
}
}
@Override
public void visit(IsAssignableTo entity) {
Name edName = entity.getDescriptorName();
if (isLearning() && EntityUtils.isResolver(edName)) {
IEntity subject = getBindings().wGet("evaluatedSubject");
EntityDescriptor<?> ed =
EntityUtils.hasParent(subject)
? subject.wGetParent().wGetEntityDescriptor(subject)
: subject.wGetEntityDescriptor();
Name learntEdName = TestsEntityFactory.instance.createName(ed.getName());
putLearntEntity(edName, learntEdName);
setResultVisitor(GenericTraversalFactory.instance.identity());
} else super.visit(entity);
}
protected boolean embedChildrenInSimple(EntityDescriptor<?> ed) {
switch (ed.getEntityKind()) {
case DATA:
return true;
case SIMPLE:
case COMPOSITE:
default:
return false;
}
}
public CompositeEntityTreeFigure(EntityDescriptor<?> ed, boolean isRightToLeft) {
initContentPanes(1);
this.isRightToLeft = isRightToLeft;
int leftShrink, rightShrink;
if (isRightToLeft()) {
leftShrink = 0;
rightShrink = 5;
} else {
leftShrink = 5;
rightShrink = 0;
}
setLayoutManager(
new RowLayout()
.withMinorAlignment(Alignment.CENTER)
.withMajorAlignment(isRightToLeft() ? Alignment.TRAILING : Alignment.LEADING));
mainToggle =
createFoldingToggle(
new EntityToggle(WholeImages.ROUND_EXPAND, WholeImages.ROUND_COLLAPSE), 0);
compositeFigure = new CompositeFigure(false);
compositeFigure.setBorder(null);
compositeFigure
.getLayoutManager()
.withMargin(DrawUtils.SPACING)
.withSpacing(6)
.withMinorAlignment(isRightToLeft() ? Alignment.TRAILING : Alignment.LEADING);
if (isRightToLeft()) {
add(createContentPane(0, compositeFigure));
add(mainToggle);
} else {
add(mainToggle);
add(createContentPane(0, compositeFigure));
}
setBorder(
new RoundedTitleTabBorder(
ed.getName(), new Insets(0, leftShrink, 0, rightShrink), Style.DASHED));
}
public boolean embedChild(EntityDescriptor<?> ed, int i) {
return ed.getEntityDescriptor(i).getEntityKind().isData();
}
