@Override
public int run() throws Exception {
// Default values of command line arguments
String host = DEFAULT_HOST;
int port = DEFAULT_PORT;
String user = DEFAULT_USER;
String pass = DEFAULT_PASS;
String destination = DEFAULT_DESTINATION;
String file = ""; // No default -- if not given, don't read/write file
int sleep = 0;
boolean showpercent = false;
int batchSize = 0;
int length = 500; // Length of message generated internally
String properties = "";
String format = "short";
String durable = null;
int n = 1; // n is the number of messages to process, or a specific
// message number, depending on content
String url = ""; // No default -- if not given, don't use it
String[] nonSwitchArgs = cl.getArgs();
if (nonSwitchArgs.length > 0) n = Integer.parseInt(nonSwitchArgs[0]);
String _destination = cl.getOptionValue("destination");
if (_destination != null) destination = _destination;
String _host = cl.getOptionValue("host");
if (_host != null) host = _host;
String _port = cl.getOptionValue("port");
if (_port != null) port = Integer.parseInt(_port);
String _file = cl.getOptionValue("file");
if (_file != null) file = _file;
String _user = cl.getOptionValue("user");
if (_user != null) user = _user;
String _pass = cl.getOptionValue("password");
if (_pass != null) pass = _pass;
String _url = cl.getOptionValue("url");
if (_url != null) url = _url;
String _sleep = cl.getOptionValue("sleep");
if (_sleep != null) sleep = Integer.parseInt(_sleep);
if (cl.hasOption("percent")) showpercent = true;
String _batchSize = cl.getOptionValue("batch");
if (_batchSize != null) batchSize = Integer.parseInt(_batchSize);
String _L = cl.getOptionValue("length");
if (_L != null) length = Integer.parseInt(_L);
String _properties = cl.getOptionValue("properties");
if (_properties != null) properties = _properties;
String _durable = cl.getOptionValue("durable");
if (_durable != null) durable = _durable;
boolean batch = false;
if (batchSize != 0) batch = true;
String _format = cl.getOptionValue("format");
if (_format != null) format = _format;
ActiveMQConnectionFactory factory = getFactory(host, port, url);
Connection connection = factory.createConnection(user, pass);
if (durable != null) connection.setClientID(durable);
connection.start();
Session session = connection.createSession(batch, Session.AUTO_ACKNOWLEDGE);
Topic topic = session.createTopic(destination);
MessageConsumer consumer = null;
if (durable != null) consumer = session.createDurableSubscriber(topic, "amqutil");
else consumer = session.createConsumer(topic);
int oldpercent = 0;
for (int i = 0; i < n; i++) {
javax.jms.Message message = consumer.receive();
if (batch) if ((i + 1) % batchSize == 0) session.commit();
if (sleep != 0) Thread.sleep(sleep);
JMSUtil.outputMessage(format, message, file);
if (showpercent) {
int percent = i * 100 / n;
if (percent != oldpercent) System.out.println("" + percent + "%");
oldpercent = percent;
}
}
if (batch) session.commit();
connection.close();
return 0;
}
public void testSelectorsAndNonSelectors() throws Exception {
clearSelectorCacheFiles();
// borkerA is local and brokerB is remote
bridgeAndConfigureBrokers("BrokerA", "BrokerB");
startAllBrokers();
waitForBridgeFormation();
final BrokerService brokerA = brokers.get("BrokerA").broker;
final BrokerService brokerB = brokers.get("BrokerB").broker;
// Create the remote virtual topic consumer with selector
ActiveMQDestination consumerBQueue =
createDestination("Consumer.B.VirtualTopic.tempTopic", false);
MessageConsumer selectingConsumer = createConsumer("BrokerB", consumerBQueue, "foo = 'bar'");
MessageConsumer nonSelectingConsumer = createConsumer("BrokerB", consumerBQueue);
// let advisories propogate
Wait.waitFor(
new Wait.Condition() {
Destination dest =
brokerA.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"));
@Override
public boolean isSatisified() throws Exception {
return dest.getConsumers().size() == 2;
}
},
500);
Destination destination = getDestination(brokerB, consumerBQueue);
assertEquals(2, destination.getConsumers().size());
// publisher publishes to this
ActiveMQTopic virtualTopic = new ActiveMQTopic("VirtualTopic.tempTopic");
sendMessages("BrokerA", virtualTopic, 10, asMap("foo", "bar"));
sendMessages("BrokerA", virtualTopic, 10);
MessageIdList selectingConsumerMessages = getConsumerMessages("BrokerB", selectingConsumer);
MessageIdList nonSelectingConsumerMessages =
getConsumerMessages("BrokerB", nonSelectingConsumer);
// we only expect half of the messages that get sent with the selector, because they get load
// balanced
selectingConsumerMessages.waitForMessagesToArrive(5, 1000L);
assertEquals(5, selectingConsumerMessages.getMessageCount());
nonSelectingConsumerMessages.waitForMessagesToArrive(15, 1000L);
assertEquals(15, nonSelectingConsumerMessages.getMessageCount());
// assert broker A stats
waitForMessagesToBeConsumed(brokerA, "Consumer.B.VirtualTopic.tempTopic", false, 20, 20, 5000);
assertEquals(
20,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
20,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// assert broker B stats
waitForMessagesToBeConsumed(brokerB, "Consumer.B.VirtualTopic.tempTopic", false, 20, 20, 5000);
assertEquals(
20,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
20,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// now let's close the consumer without the selector
nonSelectingConsumer.close();
// let advisories propogate
Wait.waitFor(
new Wait.Condition() {
Destination dest =
brokerA.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"));
@Override
public boolean isSatisified() throws Exception {
return dest.getConsumers().size() == 1;
}
},
500);
// and let's send messages with a selector that doesnt' match
selectingConsumerMessages.flushMessages();
sendMessages("BrokerA", virtualTopic, 10, asMap("ceposta", "redhat"));
selectingConsumerMessages = getConsumerMessages("BrokerB", selectingConsumer);
selectingConsumerMessages.waitForMessagesToArrive(1, 1000L);
assertEquals(0, selectingConsumerMessages.getMessageCount());
// assert broker A stats
waitForMessagesToBeConsumed(brokerA, "Consumer.B.VirtualTopic.tempTopic", false, 20, 20, 5000);
assertEquals(
20,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
20,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// assert broker B stats
waitForMessagesToBeConsumed(brokerB, "Consumer.B.VirtualTopic.tempTopic", false, 20, 20, 5000);
assertEquals(
20,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
20,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// now lets disconect the selecting consumer for a sec and send messages with a selector that
// DOES match
selectingConsumer.close();
// let advisories propogate
Wait.waitFor(
new Wait.Condition() {
Destination dest =
brokerA.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"));
@Override
public boolean isSatisified() throws Exception {
return dest.getConsumers().size() == 0;
}
},
500);
selectingConsumerMessages.flushMessages();
sendMessages("BrokerA", virtualTopic, 10, asMap("foo", "bar"));
// assert broker A stats
waitForMessagesToBeConsumed(brokerA, "Consumer.B.VirtualTopic.tempTopic", false, 20, 20, 5000);
assertEquals(
30,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
20,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
10,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// assert broker B stats
waitForMessagesToBeConsumed(brokerB, "Consumer.B.VirtualTopic.tempTopic", false, 20, 20, 5000);
assertEquals(
20,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
20,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
selectingConsumer = createConsumer("BrokerB", consumerBQueue, "foo = 'bar'");
selectingConsumerMessages = getConsumerMessages("BrokerB", selectingConsumer);
selectingConsumerMessages.waitForMessagesToArrive(10);
assertEquals(10, selectingConsumerMessages.getMessageCount());
// let advisories propogate
Wait.waitFor(
new Wait.Condition() {
Destination dest =
brokerA.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"));
@Override
public boolean isSatisified() throws Exception {
return dest.getConsumers().size() == 1;
}
},
500);
// assert broker A stats
waitForMessagesToBeConsumed(brokerA, "Consumer.B.VirtualTopic.tempTopic", false, 30, 30, 5000);
assertEquals(
30,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
30,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// assert broker B stats
waitForMessagesToBeConsumed(brokerB, "Consumer.B.VirtualTopic.tempTopic", false, 30, 30, 5000);
assertEquals(
30,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
30,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
0,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
}
public void testSelectorAwareForwarding() throws Exception {
clearSelectorCacheFiles();
// borkerA is local and brokerB is remote
bridgeAndConfigureBrokers("BrokerA", "BrokerB");
startAllBrokers();
waitForBridgeFormation();
final BrokerService brokerB = brokers.get("BrokerB").broker;
final BrokerService brokerA = brokers.get("BrokerA").broker;
// Create the remote virtual topic consumer with selector
MessageConsumer remoteConsumer =
createConsumer(
"BrokerB",
createDestination("Consumer.B.VirtualTopic.tempTopic", false),
"foo = 'bar'");
// let advisories propogate
Wait.waitFor(
new Wait.Condition() {
Destination dest =
brokerA.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"));
@Override
public boolean isSatisified() throws Exception {
return dest.getConsumers().size() == 1;
}
},
500);
ActiveMQQueue queueB = new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic");
Destination destination = getDestination(brokers.get("BrokerB").broker, queueB);
assertEquals(1, destination.getConsumers().size());
ActiveMQTopic virtualTopic = new ActiveMQTopic("VirtualTopic.tempTopic");
assertNull(getDestination(brokers.get("BrokerA").broker, virtualTopic));
assertNull(getDestination(brokers.get("BrokerB").broker, virtualTopic));
// send two types of messages, one unwanted and the other wanted
sendMessages("BrokerA", virtualTopic, 1, asMap("foo", "bar"));
sendMessages("BrokerA", virtualTopic, 1, asMap("ceposta", "redhat"));
MessageIdList msgsB = getConsumerMessages("BrokerB", remoteConsumer);
// wait for the wanted one to arrive at the remote consumer
msgsB.waitForMessagesToArrive(1);
// ensure we don't get any more messages
msgsB.waitForMessagesToArrive(1, 1000);
// remote consumer should only get one of the messages
assertEquals(1, msgsB.getMessageCount());
// and the enqueue count for the remote queue should only be 1
assertEquals(
1,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
// now let's remove the consumer on broker B and recreate it with new selector
remoteConsumer.close();
// now let's shut down broker A and clear its persistent selector cache
brokerA.stop();
brokerA.waitUntilStopped();
deleteSelectorCacheFile("BrokerA");
assertEquals(0, destination.getConsumers().size());
remoteConsumer =
createConsumer(
"BrokerB",
createDestination("Consumer.B.VirtualTopic.tempTopic", false),
"ceposta = 'redhat'");
assertEquals(1, destination.getConsumers().size());
// now let's start broker A back up
brokerA.start(true);
brokerA.waitUntilStarted();
System.out.println(brokerA.getNetworkConnectors());
// give a sec to let advisories propogate
// let advisories propogate
Wait.waitFor(
new Wait.Condition() {
Destination dest =
brokerA.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"));
@Override
public boolean isSatisified() throws Exception {
return dest.getConsumers().size() == 1;
}
},
500);
// send two types of messages, one unwanted and the other wanted
sendMessages("BrokerA", virtualTopic, 1, asMap("foo", "bar"));
sendMessages("BrokerB", virtualTopic, 1, asMap("foo", "bar"));
sendMessages("BrokerA", virtualTopic, 1, asMap("ceposta", "redhat"));
sendMessages("BrokerB", virtualTopic, 1, asMap("ceposta", "redhat"));
// lets get messages on consumer B
msgsB = getConsumerMessages("BrokerB", remoteConsumer);
msgsB.waitForMessagesToArrive(2);
// ensure we don't get any more messages
msgsB.waitForMessagesToArrive(1, 1000);
// remote consumer should only get 10 of the messages
assertEquals(2, msgsB.getMessageCount());
// queue should be drained
assertEquals(
0,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
// and the enqueue count for the remote queue should only be 1
assertEquals(
3,
brokerB
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
}
public void testSelectorConsumptionWithNoMatchAtHeadOfQueue() throws Exception {
clearSelectorCacheFiles();
startAllBrokers();
BrokerService brokerA = brokers.get("BrokerA").broker;
// Create the remote virtual topic consumer with selector
ActiveMQDestination consumerQueue =
createDestination("Consumer.B.VirtualTopic.tempTopic", false);
// create it so that the queue is there and messages don't get lost
MessageConsumer selectingConsumer = establishConsumer("BrokerA", consumerQueue);
// send messages with NO selection criteria first, and then with a property to be selected
// this should put messages at the head of the queue that don't match selection
ActiveMQTopic virtualTopic = new ActiveMQTopic("VirtualTopic.tempTopic");
sendMessages("BrokerA", virtualTopic, 1);
// close the consumer w/out consuming any messages; they'll be marked redelivered
selectingConsumer.close();
selectingConsumer = createConsumer("BrokerA", consumerQueue, "foo = 'bar'");
sendMessages("BrokerA", virtualTopic, 1, asMap("foo", "bar"));
MessageIdList selectingConsumerMessages = getConsumerMessages("BrokerA", selectingConsumer);
selectingConsumerMessages.waitForMessagesToArrive(1, 1000L);
assertEquals(1, selectingConsumerMessages.getMessageCount());
selectingConsumerMessages.waitForMessagesToArrive(10, 1000L);
assertEquals(1, selectingConsumerMessages.getMessageCount());
// assert broker A stats
waitForMessagesToBeConsumed(brokerA, "Consumer.B.VirtualTopic.tempTopic", false, 2, 1, 5000);
assertEquals(
1,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getConsumers()
.size());
assertEquals(
2,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getEnqueues()
.getCount());
assertEquals(
1,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getDequeues()
.getCount());
assertEquals(
1,
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount());
}
public void testMessageLeaks() throws Exception {
clearSelectorCacheFiles();
startAllBrokers();
final BrokerService brokerA = brokers.get("BrokerA").broker;
// Create the remote virtual topic consumer with selector
ActiveMQDestination consumerQueue =
createDestination("Consumer.B.VirtualTopic.tempTopic", false);
// create it so that the queue is there and messages don't get lost
MessageConsumer consumer1 = createConsumer("BrokerA", consumerQueue, "SYMBOL = 'AAPL'");
MessageConsumer consumer2 = createConsumer("BrokerA", consumerQueue, "SYMBOL = 'AAPL'");
ActiveMQTopic virtualTopic = new ActiveMQTopic("VirtualTopic.tempTopic");
ProducerThreadTester producerTester = createProducerTester("BrokerA", virtualTopic);
producerTester.setRunIndefinitely(true);
producerTester.setSleep(5);
producerTester.addMessageProperty("AAPL");
producerTester.addMessageProperty("VIX");
producerTester.start();
int currentCount = producerTester.getSentCount();
LOG.info(
">>>> currently sent: total="
+ currentCount
+ ", AAPL="
+ producerTester.getCountForProperty("AAPL")
+ ", VIX="
+ producerTester.getCountForProperty("VIX"));
// let some messages get sent
Thread.sleep(2000);
MessageIdList consumer1Messages = getConsumerMessages("BrokerA", consumer1);
consumer1Messages.waitForMessagesToArrive(50, 1000);
// switch one of the consumers to SYMBOL = 'VIX'
consumer1.close();
consumer1 = createConsumer("BrokerA", consumerQueue, "SYMBOL = 'VIX'");
// wait till new consumer is on board
Wait.waitFor(
new Wait.Condition() {
@Override
public boolean isSatisified() throws Exception {
return brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getConsumers()
.size()
== 2;
}
});
currentCount = producerTester.getSentCount();
LOG.info(
">>>> currently sent: total="
+ currentCount
+ ", AAPL="
+ producerTester.getCountForProperty("AAPL")
+ ", VIX="
+ producerTester.getCountForProperty("VIX"));
// let some messages get sent
Thread.sleep(2000);
// switch the other consumer to SYMBOL = 'VIX'
consumer2.close();
consumer2 = createConsumer("BrokerA", consumerQueue, "SYMBOL = 'VIX'");
// wait till new consumer is on board
Wait.waitFor(
new Wait.Condition() {
@Override
public boolean isSatisified() throws Exception {
return brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getConsumers()
.size()
== 2;
}
});
currentCount = producerTester.getSentCount();
LOG.info(
">>>> currently sent: total="
+ currentCount
+ ", AAPL="
+ producerTester.getCountForProperty("AAPL")
+ ", VIX="
+ producerTester.getCountForProperty("VIX"));
// let some messages get sent
Thread.sleep(2000);
currentCount = producerTester.getSentCount();
LOG.info(
">>>> currently sent: total="
+ currentCount
+ ", AAPL="
+ producerTester.getCountForProperty("AAPL")
+ ", VIX="
+ producerTester.getCountForProperty("VIX"));
// make sure if there are messages that are orphaned in the queue that this number doesn't
// grow...
final long currentDepth =
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount();
LOG.info(">>>>> Orphaned messages? " + currentDepth);
// wait 5s to see if we can get a growth in the depth of the queue
Wait.waitFor(
new Wait.Condition() {
@Override
public boolean isSatisified() throws Exception {
return brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount()
> currentDepth;
}
},
5000);
// stop producers
producerTester.setRunning(false);
producerTester.join();
// pause to let consumers catch up
Thread.sleep(1000);
assertTrue(
brokerA
.getDestination(new ActiveMQQueue("Consumer.B.VirtualTopic.tempTopic"))
.getDestinationStatistics()
.getMessages()
.getCount()
<= currentDepth);
}
@Test
public void genericEmergencyProcedureTest()
throws HornetQException, InterruptedException, IOException, ClassNotFoundException {
asynchProcedureStartWorker =
new MessageConsumerWorker(
"asyncProcedureStartCoreServer",
new MessageConsumerWorkerHandler<AsyncProcedureStartMessage>() {
@Override
public void handleMessage(AsyncProcedureStartMessage message) {
System.out.println(
">>>>>>>>>>>Creating a new Procedure = " + message.getProcedureName());
try {
ProceduresMGMTService.getInstance()
.newRequestedProcedure(
message.getEmergencyId(),
message.getProcedureName(),
message.getParameters());
} catch (IOException ex) {
Logger.getLogger(GenericEmergencyProcedureTest.class.getName())
.log(Level.SEVERE, null, ex);
}
}
});
asynchProcedureStartWorker.start();
MessageProducer producer = MessageFactory.createMessageProducer();
Call initialCall = new Call(1, 2, new Date());
producer.sendMessage(initialCall);
producer.stop();
Call call = (Call) consumer.receiveMessage();
assertNotNull(call);
GenericEmergencyProcedureImpl.getInstance().newPhoneCall(call);
Thread.sleep(5000);
doOperatorTask();
// QUERY TO SEE THAT WE HAVE AN EMERGENCY ATTACHED TO THE CALL
Thread.sleep(2000);
doControlTask();
Thread.sleep(6000);
// I should have one task here, that has been created by the specific procedure started
doGarageTask();
Thread.sleep(3000);
// I can asume that all the procedures are ended, we need to delegate this to the external
// component
AllProceduresEndedEvent allProceduresEndedEvent =
new AllProceduresEndedEvent(null, new ArrayList<String>());
GenericEmergencyProcedureImpl.getInstance()
.allProceduresEnededNotification(allProceduresEndedEvent);
// We should see the report in the console
Thread.sleep(10000);
}
@Test
public void testFetchLast() {
try {
String neId =
"1005255"; // KLNNMS02(cpuusage=YES cpu1min=YES memutil=YES) KLNNMS05(cpuusage=YES
// bususage=YES)
// String neId = "1006119"; // KLNNMS02(cpuusage=YES cpu1min=YES memutil=YES
// KLNNMS05(cpuusage=NO bususage=NO)
Set<String> rras = new HashSet<String>();
// klnnms02
rras.add("cpu5sec");
rras.add("cpu1min");
rras.add("memutil");
// klnnms05
rras.add("cpuusage");
rras.add("bususage");
FetchLastCommandMessage message =
CommandMessageFactory.createRRDLastCommandMessage(neId, "AVERAGE", 0, 0, null, rras);
MessageProducer producer = null;
MessageConsumer consumer = null;
// time to send the JMS request
try {
TextMessage reqMsg, replyMsg;
producer = session.createProducer(new HornetQQueue(SERVICE_QUEUE));
// this will uniquelly identify the request
String UIID = UUID.randomUUID().toString();
reqMsg = session.createTextMessage();
reqMsg.setStringProperty("ServiceRRD_msg_type", "fetchLast");
reqMsg.setStringProperty("ServiceRRD_correlation_id", UIID);
String body = JsonUtil.getInstance().toJSON(message);
reqMsg.setText(body);
logger.info("SEND:\n" + body);
producer.send(reqMsg);
consumer =
session.createConsumer(
new HornetQQueue(SERVICE_REPLY_QUEUE),
"ServiceRRD_correlation_id = '" + UIID + "'");
replyMsg = (TextMessage) consumer.receive(30000);
if (replyMsg == null) {
logger.info("ServiceRRD timeout on receive()");
} else {
logger.info("REPLY:\n" + replyMsg.getText());
}
} catch (Exception e) {
e.printStackTrace();
} finally {
try {
if (producer != null) producer.close();
if (consumer != null) consumer.close();
} catch (JMSException e) {
}
}
} catch (Exception e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
// @Test
public void testFetchGraphSimple() {
try {
String neId = "21100799";
String group = "bw"; // interesting for the BW
String titleX = "Bandwidth";
String titleY = "bps";
int timespan = 0; // Daily
/*
String neId = "1005255";
String group = "cpu"; // interesting for the CPU
String titleX = "CPU Utilization";
String titleY = "Utilization";
int timespan = 0; // Daily
*/
FetchGraphSimpleCommandMessage message =
CommandMessageFactory.createRRDGraphSimpleCommandMessage(
neId, group, timespan, titleX, titleY);
MessageProducer producer = null;
MessageConsumer consumer = null;
try {
// time to send the JMS request
TextMessage reqMsg;
Message replyMsg;
producer = session.createProducer(new HornetQQueue(SERVICE_QUEUE));
// this will uniquelly identify the request
String UIID = UUID.randomUUID().toString();
reqMsg = session.createTextMessage();
reqMsg.setStringProperty("ServiceRRD_msg_type", "fetchGraphSimple");
reqMsg.setStringProperty("ServiceRRD_correlation_id", UIID);
String body = JsonUtil.getInstance().toJSON(message);
reqMsg.setText(body);
logger.info("SEND:\n" + body);
producer.send(reqMsg);
consumer =
session.createConsumer(
new HornetQQueue(SERVICE_REPLY_QUEUE),
"ServiceRRD_correlation_id = '" + UIID + "'");
replyMsg = consumer.receive(30000);
if (replyMsg == null) {
logger.info("ServiceRRD timeout on receive()");
} else {
if (replyMsg instanceof BytesMessage) {
BytesMessage graphStream = (BytesMessage) replyMsg;
byte[] graph = new byte[(int) graphStream.getBodyLength()];
graphStream.readBytes(graph);
FileOutputStream image =
new FileOutputStream(
"/Users/cvasilak/Temp/svc-rrd-images/"
+ neId
+ "_"
+ group
+ "_"
+ timespan
+ ".png");
image.write(graph);
image.close();
logger.info("image retrieved and saved!");
} else if (replyMsg instanceof TextMessage) { // the server responded with an error
logger.info(((TextMessage) replyMsg).getText());
}
}
} catch (Exception e) {
e.printStackTrace();
} finally {
try {
if (producer != null) producer.close();
if (consumer != null) consumer.close();
} catch (JMSException e) {
}
}
} catch (Exception e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}