static FieldTable getHeaders(String... entries) {
FieldTable headers = FieldTableFactory.newFieldTable();
for (String s : entries) {
String[] parts = s.split("=", 2);
headers.setObject(parts[0], parts.length > 1 ? parts[1] : "");
}
return headers;
}
private FieldTable load() throws IOException {
FieldTable result = FieldTableFactory.newFieldTable();
result.setLong("one", 1L);
result.setLong("two", 2L);
result.setLong("three", 3L);
result.setLong("four", 4L);
result.setLong("five", 5L);
return result;
}
void check() throws JMSException, AMQFrameDecodingException {
for (Object m : received) {
ByteBuffer buffer = ((JMSBytesMessage) m).getData();
FieldTable actual = FieldTableFactory.newFieldTable(buffer, buffer.remaining());
for (String key : _expected.keys()) {
assertEquals(
"Values for " + key + " did not match",
_expected.getObject(key),
actual.getObject(key));
}
}
}
public void testBindQueue() throws Exception {
AMQQueue queue = createTestQueue(QUEUE_NAME, "queueOwner", false);
Binding binding =
new Binding(
UUIDGenerator.generateRandomUUID(),
ROUTING_KEY,
queue,
_exchange,
FieldTable.convertToMap(_bindingArgs));
_store.bindQueue(binding);
reopenStore();
ByteBuffer argsAsBytes = ByteBuffer.wrap(_bindingArgs.getDataAsBytes());
verify(_bindingRecoveryHandler)
.binding(binding.getId(), _exchange.getId(), queue.getId(), ROUTING_KEY, argsAsBytes);
}
void send(int count) throws JMSException, IOException {
// create a publisher
MessageProducer producer = _session.createProducer(_destination);
for (int i = 0; i < count; i++) {
BytesMessage msg = _session.createBytesMessage();
msg.writeBytes(_expected.getDataAsBytes());
producer.send(msg);
}
}
public void testCreateQueueAMQQueueFieldTable() throws Exception {
AMQQueue queue = createTestQueue(getName(), getName() + "Owner", true);
Map<String, Object> attributes = new HashMap<String, Object>();
attributes.put("x-qpid-dlq-enabled", Boolean.TRUE);
attributes.put("x-qpid-maximum-delivery-count", new Integer(10));
FieldTable arguments = FieldTable.convertToFieldTable(attributes);
_store.createQueue(queue, arguments);
reopenStore();
verify(_queueRecoveryHandler)
.queue(_queueId, getName(), getName() + "Owner", true, arguments, null);
}
public void testUnbindQueue() throws Exception {
AMQQueue queue = createTestQueue(QUEUE_NAME, "queueOwner", false);
Binding binding =
new Binding(
UUIDGenerator.generateRandomUUID(),
ROUTING_KEY,
queue,
_exchange,
FieldTable.convertToMap(_bindingArgs));
_store.bindQueue(binding);
_store.unbindQueue(binding);
reopenStore();
verify(_bindingRecoveryHandler, never())
.binding(
any(UUID.class), any(UUID.class), any(UUID.class), anyString(), isA(ByteBuffer.class));
}
public void testUpdateQueueAlternateExchange() throws Exception {
// create queue
AMQQueue queue = createTestQueue(getName(), getName() + "Owner", true);
Map<String, Object> attributes = new HashMap<String, Object>();
attributes.put("x-qpid-dlq-enabled", Boolean.TRUE);
attributes.put("x-qpid-maximum-delivery-count", new Integer(10));
FieldTable arguments = FieldTable.convertToFieldTable(attributes);
_store.createQueue(queue, arguments);
// update the queue to have exclusive=false
Exchange alternateExchange = createTestAlternateExchange();
queue = createTestQueue(getName(), getName() + "Owner", false, alternateExchange);
_store.updateQueue(queue);
reopenStore();
verify(_queueRecoveryHandler)
.queue(
_queueId, getName(), getName() + "Owner", false, arguments, alternateExchange.getId());
}
public void setUp() throws Exception {
super.setUp();
_queueId = UUIDGenerator.generateRandomUUID();
_exchangeId = UUIDGenerator.generateRandomUUID();
_storeName = getName();
_storePath = TMP_FOLDER + File.separator + _storeName;
FileUtils.delete(new File(_storePath), true);
setTestSystemProperty("QPID_WORK", TMP_FOLDER);
_configuration = mock(Configuration.class);
_recoveryHandler = mock(ConfigurationRecoveryHandler.class);
_queueRecoveryHandler = mock(QueueRecoveryHandler.class);
_exchangeRecoveryHandler = mock(ExchangeRecoveryHandler.class);
_bindingRecoveryHandler = mock(BindingRecoveryHandler.class);
_storedMessageRecoveryHandler = mock(StoredMessageRecoveryHandler.class);
_logRecoveryHandler = mock(TransactionLogRecoveryHandler.class);
_messageStoreRecoveryHandler = mock(MessageStoreRecoveryHandler.class);
_queueEntryRecoveryHandler =
mock(TransactionLogRecoveryHandler.QueueEntryRecoveryHandler.class);
_dtxRecordRecoveryHandler = mock(TransactionLogRecoveryHandler.DtxRecordRecoveryHandler.class);
when(_messageStoreRecoveryHandler.begin()).thenReturn(_storedMessageRecoveryHandler);
when(_recoveryHandler.begin(isA(MessageStore.class))).thenReturn(_exchangeRecoveryHandler);
when(_exchangeRecoveryHandler.completeExchangeRecovery()).thenReturn(_queueRecoveryHandler);
when(_queueRecoveryHandler.completeQueueRecovery()).thenReturn(_bindingRecoveryHandler);
when(_logRecoveryHandler.begin(any(MessageStore.class))).thenReturn(_queueEntryRecoveryHandler);
when(_queueEntryRecoveryHandler.completeQueueEntryRecovery())
.thenReturn(_dtxRecordRecoveryHandler);
when(_exchange.getNameShortString()).thenReturn(AMQShortString.valueOf(EXCHANGE_NAME));
when(_exchange.getId()).thenReturn(_exchangeId);
when(_configuration.getString(eq(MessageStoreConstants.ENVIRONMENT_PATH_PROPERTY), anyString()))
.thenReturn(_storePath);
_bindingArgs = new FieldTable();
AMQShortString argKey = AMQPFilterTypes.JMS_SELECTOR.getValue();
String argValue = "some selector expression";
_bindingArgs.put(argKey, argValue);
reopenStore();
}
public void testRemoveQueue() throws Exception {
// create queue
AMQQueue queue = createTestQueue(getName(), getName() + "Owner", true);
Map<String, Object> attributes = new HashMap<String, Object>();
attributes.put("x-qpid-dlq-enabled", Boolean.TRUE);
attributes.put("x-qpid-maximum-delivery-count", new Integer(10));
FieldTable arguments = FieldTable.convertToFieldTable(attributes);
_store.createQueue(queue, arguments);
// remove queue
_store.removeQueue(queue);
reopenStore();
verify(_queueRecoveryHandler, never())
.queue(
any(UUID.class),
anyString(),
anyString(),
anyBoolean(),
any(FieldTable.class),
any(UUID.class));
}