/**
* @param TransportReceiveContext $context
* @param callable $next
*/
public function invoke($context, callable $next)
{
try {
$next();
} catch (CriticalErrorException $e) {
// all hope is gone
throw $e;
} catch (\Exception $e) {
$incomingMessage = $context->getMessage();
$incomingMessage->revertToOriginalBodyIfNeeded();
$exceptionHeaders = $this->exceptionConverter->convert($e, $this->localAddress);
$newHeaders = array_merge($incomingMessage->getHeaders(), $exceptionHeaders);
$outgoingMessage = new OutgoingPhysicalMessage($incomingMessage->getMessageId(), $newHeaders, $incomingMessage->getBody());
$dispatchContext = $this->contextFactory->createDispatchContext([new TransportOperation($outgoingMessage, new UnicastAddressTag($this->errorQueueAddress))], $context);
$this->dispatchPipeline->invoke($dispatchContext);
}
}
/**
* @param TransportReceiveContext $context
* @param callable $next
*
* @throws \Exception
*/
public function invoke($context, callable $next)
{
try {
$next();
} catch (CriticalErrorException $e) {
// no retry for critical errors
throw $e;
} catch (MessageDeserializationException $e) {
// no retry for invalid messages
throw $e;
} catch (\Exception $e) {
$messageId = $context->getMessageId();
$numberOfRetries = $this->retryStorage->getFailuresForMessage($messageId);
if ($this->retryPolicy->shouldGiveUp($numberOfRetries)) {
$this->retryStorage->clearFailuresForMessage($messageId);
$message = $context->getMessage();
$message->setHeader(FirstLevelRetryHeaderTypeEnum::RETRIES, $numberOfRetries);
throw $e;
}
$this->retryStorage->incrementFailuresForMessage($context->getMessageId());
$context->abortReceiveOperation();
}
}
