/**
* Attempts to throttle destination-level incoming and outgoing messages.
*
* @param message Message to throttle.
* @param incoming Whether the message is incoming or outgoing.
* @return The result of the throttling attempt.
*/
public ThrottleResult throttleDestinationLevel(Message message, boolean incoming) {
if (incoming && settings.isInboundDestinationThrottleEnabled()) {
ThrottleResult result =
inboundDestinationMark.checkLimit(
settings.getIncomingDestinationFrequency(), settings.getInboundPolicy());
return result;
} else if (!incoming && settings.isOutboundDestinationThrottleEnabled()) {
ThrottleResult result =
outboundDestinationMark.checkLimit(
settings.getOutgoingDestinationFrequency(), settings.getOutboundPolicy());
return result;
}
// Return the default OK result.
return new ThrottleResult();
}
/**
* Attempts to throttle client-level incoming messages only. Client-level outgoing messages are
* throttled at the FlexClientOutboundQueueProcessor.
*
* @param message Message to throttle.
* @return The result of the throttling attempt.
*/
protected ThrottleResult throttleIncomingClientLevel(Message message) {
String clientId = (String) message.getClientId();
if (settings.isInboundClientThrottleEnabled()) {
MessageFrequency clientLevelMark;
clientLevelMark = inboundClientMarks.get(clientId);
if (clientLevelMark == null)
clientLevelMark = new MessageFrequency(settings.getIncomingClientFrequency());
ThrottleResult result =
clientLevelMark.checkLimit(
settings.getIncomingClientFrequency(), settings.getInboundPolicy());
inboundClientMarks.put(clientId, clientLevelMark);
return result;
}
// Return the default OK result.
return new ThrottleResult();
}