/**
* Returns {@link #getConnectorString(ClientConnector)} for the connector and its parent (if it
* has a parent).
*
* @param connector The connector
* @return A string describing the connector and its parent
*/
private String getConnectorAndParentInfo(ClientConnector connector) {
String message = getConnectorString(connector);
if (connector.getParent() != null) {
message += " (parent: " + getConnectorString(connector.getParent()) + ")";
}
return message;
}
private boolean isHierarchyComplete() {
boolean noErrors = true;
Set<ClientConnector> danglingConnectors =
new HashSet<ClientConnector>(connectorIdToConnector.values());
LinkedList<ClientConnector> stack = new LinkedList<ClientConnector>();
stack.add(uI);
while (!stack.isEmpty()) {
ClientConnector connector = stack.pop();
danglingConnectors.remove(connector);
Iterable<ClientConnector> children =
AbstractClientConnector.getAllChildrenIterable(connector);
for (ClientConnector child : children) {
stack.add(child);
if (child.getParent() != connector) {
noErrors = false;
getLogger()
.log(
Level.WARNING,
"{0} claims that {1} is its child, but the child claims {2} is its parent.",
new Object[] {
getConnectorString(connector),
getConnectorString(child),
getConnectorString(child.getParent())
});
}
}
}
for (ClientConnector dangling : danglingConnectors) {
noErrors = false;
getLogger()
.log(
Level.WARNING,
"{0} claims that {1} is its parent, but the parent does not acknowledge the parenthood.",
new Object[] {
getConnectorString(dangling), getConnectorString(dangling.getParent())
});
}
return noErrors;
}