public void setPrimarySubcomponent(Component sub) {
if (null != sub && null != sub.getPath() && null != sub.getDelegate()) {
this.primarySubcomponent = sub;
}
// System.err.println(this.getPath()+"("+this.getDelegate().getId()+")'s *primary* subcomponent:
// "+sub.getPath()+"("+sub.getDelegate().getId()+")");
}
public void setSecondarySubcomponent(Collection<Component> subs) {
for (Component sub : subs) {
if (null != sub && null != sub.getPath() && null != sub.getDelegate()) {
this.secondarySubcomponents.add(sub);
}
// System.err.println(this.getPath()+"("+this.getDelegate().getId()+")'s secondary
// subcomponent: "+sub.getPath()+"("+sub.getDelegate().getId()+")");
}
}
/**
* @param out
* @param indent
*/
private void describe(PrintStream out, String indent) {
out.print(
"\n"
+ indent
+ "When "
+ getPath()
+ "'s delegate <"
+ getDelegate().getId()
+ "> was removed,\n"
+ indent
+ " it flung "
+ getLeafs().size()
+ " individual nodes\n"
+ indent
+ " and caused "
+ getSubcomponents().size()
+ " isolated connected components:\n");
// Primary
if (null != getPrimarySubcomponent()) {
out.print(indent + " " + getPrimarySubcomponent().getPath());
getPrimarySubcomponent().describe(out, indent + " ");
} else {
// out.println(indent+" (no primary subcomponent) "+getPrimarySubcomponent());
}
// Secondary
if (getSecondarySubcomponents().size() > 0) {
for (Component sub : getSecondarySubcomponents()) {
out.print(indent + " " + sub.getPath());
sub.describe(out, indent + " ");
}
} else {
// out.println(indent+" (no secondary subcomponents) "+getSubcomponents());
}
}
/**
* @param base - grows with each call down.
* @param indent -
* @param conn -
* @param reportR - named graph to write into.
* @param out -
* @param root - stays the same, so each node can point to its root.
*/
private void describe(
String base,
String indent,
RepositoryConnection conn,
Resource reportR,
PrintStream out,
Resource root) {
out.print(
"\n"
+ indent
+ "When "
+ getPath()
+ "'s delegate <"
+ getDelegate().getId()
+ "> was removed,\n"
+ indent
+ " it flung "
+ getLeafs().size()
+ " individual nodes\n"
+ indent
+ " and caused "
+ getSubcomponents().size()
+ " isolated connected components:\n");
Resource component = vf.createURI(base + "/" + getPath());
try {
conn.add(component, RDF.a, PROVO.Collection, reportR);
if (this.removalDepth == 0) {
conn.add(component, RDF.a, VSR.Root, reportR);
root = component;
}
conn.add(component, Centrifuge.hasRoot, root, reportR);
conn.add(component, DCTerms.identifier, vf.createLiteral(getPath()), reportR);
conn.add(
component,
PROVO.specializationOf,
vf.createURI(this.delegate.getId().toString()),
reportR);
conn.add(component, VSR.depth, vf.createLiteral(this.removalDepth), reportR);
for (Vertex leaf : this.getLeafs()) {
Resource leafR = vf.createURI(leaf.getId().toString());
conn.add(component, DCTerms.hasPart, leafR, reportR);
}
} catch (RepositoryException e) {
e.printStackTrace();
}
// Primary
if (null != getPrimarySubcomponent()) {
out.print(indent + " " + getPrimarySubcomponent().getPath());
try {
Resource subR = vf.createURI(base + "/" + getPrimarySubcomponent().getPath());
conn.add(component, DCTerms.hasPart, subR, reportR);
conn.add(subR, RDF.a, Centrifuge.Primary, reportR);
conn.add(subR, RDF.a, PROVO.Collection, reportR);
conn.add(
subR,
DCTerms.identifier,
vf.createLiteral(getPrimarySubcomponent().getPath()),
reportR);
} catch (RepositoryException e) {
e.printStackTrace();
}
getPrimarySubcomponent().describe(base, indent + " ", conn, reportR, out, root);
} else {
// out.println(indent+" (no primary subcomponent) "+getPrimarySubcomponent());
}
// Secondary
if (getSecondarySubcomponents().size() > 0) {
for (Component sub : getSecondarySubcomponents()) {
Resource subR = vf.createURI(base + "/" + sub.getPath());
try {
conn.add(component, DCTerms.hasPart, subR, reportR);
} catch (RepositoryException e) {
e.printStackTrace();
}
}
for (Component sub : getSecondarySubcomponents()) {
Resource subR = vf.createURI(base + "/" + sub.getPath());
try {
conn.add(subR, RDF.a, Centrifuge.Secondary, reportR);
conn.add(subR, RDF.a, PROVO.Collection, reportR);
conn.add(
subR,
DCTerms.identifier,
vf.createLiteral(getPrimarySubcomponent().getPath()),
reportR);
conn.commit();
} catch (RepositoryException e) {
e.printStackTrace();
}
}
for (Component sub : getSecondarySubcomponents()) {
out.print(indent + " " + sub.getPath());
sub.describe(base, indent + " ", conn, reportR, out, root);
}
} else {
// out.println(indent+" (no secondary subcomponents) "+getSubcomponents());
}
}