/**
* Generates a list of portlets that are processing events or publishing the events
*
* @param portletProcessingPublishingEventsFromDescriptor Map where portlet id is the key and list
* of events is the value
* @param eventProcessingPublishingPortlets Map where event is the key and list of portlets is the
* value
*/
private void setEventPortlets(
Map<PortletID, List<EventHolder>> portletProcessingPublishingEventsFromDescriptor,
Map<QName, List<PortletID>> eventProcessingPublishingPortlets,
Map<PortletID, List<EventHolder>> portletSupportingProcessingPublishingEvents) {
Set<Map.Entry<PortletID, List<EventHolder>>> entries =
portletProcessingPublishingEventsFromDescriptor.entrySet();
for (Map.Entry<PortletID, List<EventHolder>> mapEntry : entries) {
for (EventHolder eventHolder : mapEntry.getValue()) {
List<EventHolder> supportingEventHolders =
portletSupportingProcessingPublishingEvents.get(mapEntry.getKey());
if (supportingEventHolders == null) {
supportingEventHolders = new ArrayList<EventHolder>();
}
if (!supportingEventHolders.contains(eventHolder)) {
supportingEventHolders.add(eventHolder);
}
portletSupportingProcessingPublishingEvents.put(mapEntry.getKey(), supportingEventHolders);
List<PortletID> portletIDs = eventProcessingPublishingPortlets.get(eventHolder.getQName());
if (portletIDs == null) {
portletIDs = new ArrayList<PortletID>();
}
if (!portletIDs.contains(mapEntry.getKey())) {
portletIDs.add(mapEntry.getKey());
}
eventProcessingPublishingPortlets.put(eventHolder.getQName(), portletIDs);
}
}
}
// Remove the portlets associated with the qname and
// if there are no portlets associated with the qname remove the qname from the Map
private void removeEventPublishingPortlets(
Map<PortletID, List<EventHolder>> portletPublishingEvents, List<PortletID> portletIDs) {
Set<Map.Entry<PortletID, List<EventHolder>>> entries = portletPublishingEvents.entrySet();
for (Map.Entry<PortletID, List<EventHolder>> mapEntry : entries) {
for (EventHolder eventHolder : mapEntry.getValue()) {
List<PortletID> tempPortletIDs = this.eventPublishingPortlets.get(eventHolder.getQName());
if (tempPortletIDs != null) {
for (PortletID portletID : portletIDs) {
tempPortletIDs.remove(portletID);
}
if (tempPortletIDs.isEmpty()) {
this.eventPublishingPortlets.remove(eventHolder.getQName());
}
}
}
}
}
public EventHolder verifySupportedPublishingEvent(
EntityID portletEntityId, EventHolder supportedEventHolder) {
// Check whether it supports any ContainerEvent, if yes do not publish it
if (getContainerEventService() != null
&& getContainerEventService()
.getSupportedEvents()
.contains(supportedEventHolder.getQName())) {
return null;
}
List<PortletID> portlets =
getEventPublishingProcessingPortlets(
this.eventPublishingPortlets, supportedEventHolder.getQName());
PortletID portletID = portletEntityId.getPortletID();
if (portlets.contains(portletID)) {
return supportedEventHolder;
}
return null;
}
public EventHolder verifySupportedProcessingEvent(
EntityID portletEntityId, EventHolder supportedEventHolder) {
List<PortletID> portlets =
getEventPublishingProcessingPortlets(
this.eventProcessingPortlets, supportedEventHolder.getQName());
PortletID portletID = portletEntityId.getPortletID();
if (portlets.contains(portletID)) {
return supportedEventHolder;
} else {
// Check whether supportedEventQName is present in the aliases of any event definition
// or whether the supportedEventQName is same as the qname of any event definition
// or whether aliases of the supportedEvent contains the eventQName
// or whether any qname is common in both aliases
// if yes use the event qname of that event definition to get the portlet list
for (List<EventHolder> allEventHolders : this.appEventHolders.values()) {
for (EventHolder eventHolder : allEventHolders) {
if (eventHolder.getAliases().contains(supportedEventHolder.getQName())
|| eventHolder.getQName().equals(supportedEventHolder.getQName())
|| supportedEventHolder.getAliases().contains(eventHolder.getQName())
|| checkAliases(eventHolder, supportedEventHolder)) {
portlets =
getEventPublishingProcessingPortlets(
this.eventProcessingPortlets, eventHolder.getQName());
if (portlets != null && portlets.contains(portletID)) {
return eventHolder;
}
}
}
}
}
return null;
}
public void setSupportedProcessingEvent(EntityID portletEntityId, EventHolder eventHolder)
throws PublicDescriptorHolderException {
if (this.portletSupportingProcessingEvents != null) {
List<EventHolder> eventHolders =
this.portletSupportingPublishingEvents.get(portletEntityId.getPortletID());
if (eventHolders != null && eventHolders.contains(eventHolder)) {
throw new PublicDescriptorHolderException(
"The SupportingProcessingEvent:" + eventHolder.getQName() + " is already present");
}
}
List<EventHolder> eventHolders = new ArrayList<EventHolder>();
eventHolders.add(eventHolder);
Map<PortletID, List<EventHolder>> processingEvents =
new HashMap<PortletID, List<EventHolder>>();
processingEvents.put(portletEntityId.getPortletID(), eventHolders);
createEventProcessingPortlets(processingEvents);
// print information
printInformation();
}
public void setEventHolder(String portletAppName, EventHolder eventHolder)
throws PublicDescriptorHolderException {
if (this.appEventHolders != null) {
// load Event Holder objects of the portlet application
List<EventHolder> eventHolders = this.appEventHolders.get(portletAppName);
if (eventHolders == null) {
eventHolders = new CopyOnWriteArrayList<EventHolder>();
}
if (!eventHolders.contains(eventHolder)) {
eventHolders.add(eventHolder);
appEventHolders.put(portletAppName, eventHolders);
} else {
throw new PublicDescriptorHolderException(
"The Event:" + eventHolder.getQName() + " is already present");
}
}
// print information
printInformation();
}