/*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.apache.servicemix.jbi.messaging;
import org.apache.servicemix.JbiConstants;
import org.apache.servicemix.components.util.ComponentSupport;
import org.apache.servicemix.jbi.ExchangeTimeoutException;
import org.apache.servicemix.jbi.container.JBIContainer;
import org.apache.servicemix.jbi.jaxp.StringSource;
import org.apache.servicemix.tck.ExchangeCompletedListener;
import javax.jbi.messaging.DeliveryChannel;
import javax.jbi.messaging.ExchangeStatus;
import javax.jbi.messaging.Fault;
import javax.jbi.messaging.InOnly;
import javax.jbi.messaging.InOptionalOut;
import javax.jbi.messaging.InOut;
import javax.jbi.messaging.MessageExchangeFactory;
import javax.jbi.messaging.MessagingException;
import javax.jbi.messaging.NormalizedMessage;
import javax.jbi.messaging.RobustInOnly;
import javax.jbi.messaging.MessageExchange.Role;
import javax.xml.namespace.QName;
import junit.framework.TestCase;
public class MEPExchangeTest extends TestCase {
public static final String PAYLOAD = "<payload/>";
public static final String RESPONSE = "<response/>";
private JBIContainer container;
private TestComponent provider;
private TestComponent consumer;
private ExchangeCompletedListener listener;
public static class TestComponent extends ComponentSupport {
public TestComponent(QName service, String endpoint) {
super(service, endpoint);
}
public DeliveryChannel getChannel() throws MessagingException {
return getContext().getDeliveryChannel();
}
}
public void setUp() throws Exception {
// Create jbi container
container = new JBIContainer();
container.setEmbedded(true);
container.setFlowName("st");
listener = new ExchangeCompletedListener();
container.addListener(listener);
container.init();
container.start();
// Create components
provider = new TestComponent(new QName("provider"), "endpoint");
consumer = new TestComponent(new QName("consumer"), "endpoint");
// Register components
container.activateComponent(provider, "provider");
container.activateComponent(consumer, "consumer");
}
public void tearDown() throws Exception {
if (listener != null) {
listener.assertExchangeCompleted();
}
if (container != null) {
container.shutDown();
}
container = null;
}
public void testInOnly() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOnly mec = mef.createInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
assertEquals(Role.CONSUMER, mec.getRole());
try {
mec.setMessage(null, "in");
fail("Message is null");
} catch (Exception e) {
// ok
}
try {
mec.setMessage(mec.createMessage(), "in");
fail("Message already set");
} catch (Exception e) {
// ok
}
try {
mec.setMessage(mec.createMessage(), "out");
fail("Out not supported");
} catch (Exception e) {
// ok
}
try {
mec.setMessage(mec.createFault(), "fault");
fail("Fault not supported");
} catch (Exception e) {
// ok
}
consumer.getChannel().send(mec);
try {
mec.setProperty("myprop", "myvalue");
fail("Component is not owner");
} catch (Exception e) {
// ok
}
// Provider side
InOnly mep = (InOnly) provider.getChannel().accept(1000L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
assertEquals(Role.PROVIDER, mep.getRole());
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(1000L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
assertEquals(Role.CONSUMER, mec.getRole());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOnlyWithError() throws Exception {
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOnly mec = mef.createInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
assertEquals(Role.CONSUMER, mec.getRole());
consumer.getChannel().send(mec);
// Provider side
InOnly mep = (InOnly) provider.getChannel().accept(1000L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
assertEquals(Role.PROVIDER, mep.getRole());
mep.setError(new Exception());
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(1000L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
assertEquals(Role.CONSUMER, mec.getRole());
// Check we can not send the exchange anymore
try {
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOnlySync() throws Exception {
// Create thread to answer
new Thread(new Runnable() {
public void run() {
try {
// Provider side
InOnly mep = (InOnly) provider.getChannel().accept(10000L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
assertEquals(Boolean.TRUE, mep.getProperty(JbiConstants.SEND_SYNC));
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
} catch (Exception e) {
e.printStackTrace();
fail();
}
}
}).start();
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOnly mec = mef.createInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
boolean result = consumer.getChannel().sendSync(mec, 10000L);
assertTrue(result);
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOnlySyncWithTimeoutBeforeAccept() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOnly mec = mef.createInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
boolean result = consumer.getChannel().sendSync(mec, 100L);
assertFalse(result);
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOnlySyncWithTimeoutAfterAccept() throws Exception {
// Create thread to answer
Thread t = new Thread(new Runnable() {
public void run() {
try {
// Provider side
InOnly mep = (InOnly) provider.getChannel().accept(10000L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
assertEquals(Boolean.TRUE, mep.getProperty(JbiConstants.SEND_SYNC));
Thread.sleep(100L);
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
} catch (ExchangeTimeoutException e) {
// ok
} catch (Exception e) {
e.printStackTrace();
fail();
}
}
});
t.start();
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOnly mec = mef.createInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
boolean result = consumer.getChannel().sendSync(mec, 50L);
assertFalse(result);
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
t.join();
}
public void testInOut() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOut mep = (InOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOutSync() throws Exception {
// Create thread to answer
new Thread(new Runnable() {
public void run() {
try {
// Provider side
InOut mep = (InOut) provider.getChannel().accept(10000L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
NormalizedMessage m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().send(mep);
} catch (Exception e) {
e.printStackTrace();
fail();
}
}
}).start();
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().sendSync(mec, 10000L);
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
// Provider site
assertNotNull(provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOutSyncSync() throws Exception {
// Create thread to answer
Thread t = new Thread(new Runnable() {
public void run() {
try {
// Provider side
InOut mep = (InOut) provider.getChannel().accept(10000L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
NormalizedMessage m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().sendSync(mep);
assertEquals(ExchangeStatus.DONE, mep.getStatus());
} catch (Exception e) {
e.printStackTrace();
fail();
}
}
});
t.start();
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().sendSync(mec, 10000L);
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
// Wait until other thread end
t.join(100L);
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOutWithFault() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOut mep = (InOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
Fault f = mep.createFault();
f.setContent(new StringSource(RESPONSE));
mep.setFault(f);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
assertNotNull(mec.getFault());
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOutWithFaultAndError() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOut mep = (InOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
Fault f = mep.createFault();
f.setContent(new StringSource(RESPONSE));
mep.setFault(f);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
assertNotNull(mec.getFault());
mec.setStatus(ExchangeStatus.ERROR);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
try {
consumer.getChannel().send(mec);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOutWithError1() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOut mep = (InOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setStatus(ExchangeStatus.ERROR);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
try {
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOutWithError2() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOut mec = mef.createInOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOut mep = (InOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setStatus(ExchangeStatus.ERROR);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithRep() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithoutRep() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithProviderFault() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setFault(mep.createFault());
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
assertNotNull(mec.getFault());
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithProviderError() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setStatus(ExchangeStatus.ERROR);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
try {
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithRepAndConsumerFault() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setFault(mec.createFault());
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
assertNotNull(mep.getFault());
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithRepAndConsumerError() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setStatus(ExchangeStatus.ERROR);
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mep.getStatus());
try {
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testInOptOutWithRepFaultAndError() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
InOptionalOut mec = mef.createInOptionalOutExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
InOptionalOut mep = (InOptionalOut) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
m = mep.createMessage();
m.setContent(new StringSource(RESPONSE));
mep.setOutMessage(m);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
mec.setFault(mec.createFault());
consumer.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
assertNotNull(mep.getFault());
mep.setStatus(ExchangeStatus.ERROR);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
try {
mec.setStatus(ExchangeStatus.DONE);
consumer.getChannel().send(mec);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testRobustInOnly() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
RobustInOnly mec = mef.createRobustInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
RobustInOnly mep = (RobustInOnly) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mec.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testRobustInOnlyWithFault() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
RobustInOnly mec = mef.createRobustInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
RobustInOnly mep = (RobustInOnly) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setFault(mep.createFault());
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
assertNotNull(mec.getFault());
mec.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.DONE, mep.getStatus());
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testRobustInOnlyWithError() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
RobustInOnly mec = mef.createRobustInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
RobustInOnly mep = (RobustInOnly) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setStatus(ExchangeStatus.ERROR);
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mec.getStatus());
try {
mec.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mec);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
public void testRobustInOnlyWithFaultAndError() throws Exception {
// Send message exchange
MessageExchangeFactory mef = consumer.getChannel().createExchangeFactoryForService(new QName("provider"));
RobustInOnly mec = mef.createRobustInOnlyExchange();
NormalizedMessage m = mec.createMessage();
m.setContent(new StringSource(PAYLOAD));
mec.setInMessage(m);
consumer.getChannel().send(mec);
// Provider side
RobustInOnly mep = (RobustInOnly) provider.getChannel().accept(100L);
assertNotNull(mep);
assertEquals(ExchangeStatus.ACTIVE, mep.getStatus());
mep.setFault(mep.createFault());
provider.getChannel().send(mep);
// Consumer side
assertSame(mec, consumer.getChannel().accept(100L));
assertEquals(ExchangeStatus.ACTIVE, mec.getStatus());
assertNotNull(mec.getFault());
mec.setError(new Exception());
provider.getChannel().send(mec);
// Provider site
assertSame(mep, provider.getChannel().accept(100L));
assertEquals(ExchangeStatus.ERROR, mep.getStatus());
try {
mep.setStatus(ExchangeStatus.DONE);
provider.getChannel().send(mep);
fail("Exchange status is ERROR");
} catch (Exception e) {
// ok
}
// Nothing left
assertNull(consumer.getChannel().accept(100L)); // receive in
assertNull(provider.getChannel().accept(100L)); // receive in
}
}