// This is not called by anything?!
protected void stopListeners() throws MuleException {
@SuppressWarnings("unchecked")
List<InboundEndpoint> endpoints = getIncomingEndpoints();
for (InboundEndpoint endpoint : endpoints) {
MessageReceiver receiver =
((AbstractConnector) endpoint.getConnector()).getReceiver(this, endpoint);
if (receiver != null) {
receiver.stop();
}
}
}
// This is not called by anything?!
protected void stopListeners() throws MuleException {
InboundEndpoint endpoint;
List endpoints = getIncomingEndpoints();
for (Iterator it = endpoints.iterator(); it.hasNext(); ) {
endpoint = (InboundEndpoint) it.next();
MessageReceiver receiver =
((AbstractConnector) endpoint.getConnector()).getReceiver(this, endpoint);
if (receiver != null) {
receiver.stop();
}
}
}
protected void startListeners() throws MuleException {
@SuppressWarnings("unchecked")
List<InboundEndpoint> endpoints = getIncomingEndpoints();
for (InboundEndpoint endpoint : endpoints) {
MessageReceiver receiver =
((AbstractConnector) endpoint.getConnector()).getReceiver(this, endpoint);
if (receiver != null
&& endpoint.getConnector().isStarted()
&& endpoint.getInitialState().equals(ImmutableEndpoint.INITIAL_STATE_STARTED)) {
receiver.start();
}
}
}
protected void startListeners() throws MuleException {
InboundEndpoint endpoint;
List endpoints = getIncomingEndpoints();
for (Iterator it = endpoints.iterator(); it.hasNext(); ) {
endpoint = (InboundEndpoint) it.next();
MessageReceiver receiver =
((AbstractConnector) endpoint.getConnector()).getReceiver(this, endpoint);
if (receiver != null
&& endpoint.getConnector().isStarted()
&& endpoint.getInitialState().equals(ImmutableEndpoint.INITIAL_STATE_STARTED)) {
receiver.start();
}
}
}
protected void connectListeners() throws MuleException {
@SuppressWarnings("unchecked")
List<InboundEndpoint> endpoints = getIncomingEndpoints();
for (InboundEndpoint endpoint : endpoints) {
AbstractConnector connector = (AbstractConnector) endpoint.getConnector();
MessageReceiver receiver = connector.getReceiver(this, endpoint);
if (receiver != null && connector.isConnected()) {
try {
receiver.connect();
} catch (Exception e) {
throw new ModelException(
MessageFactory.createStaticMessage(
"Failed to connect listener " + receiver + " for endpoint " + endpoint.getName()),
e);
}
}
}
}
protected void connectListeners() throws MuleException {
InboundEndpoint endpoint;
List endpoints = getIncomingEndpoints();
for (Iterator it = endpoints.iterator(); it.hasNext(); ) {
endpoint = (InboundEndpoint) it.next();
MessageReceiver receiver =
((AbstractConnector) endpoint.getConnector()).getReceiver(this, endpoint);
if (receiver != null) {
try {
receiver.connect();
} catch (Exception e) {
throw new ModelException(
MessageFactory.createStaticMessage(
"Failed to connect listener " + receiver + " for endpoint " + endpoint.getName()),
e);
}
}
}
}
protected HttpResponse doRequest(HttpRequest request, RequestLine requestLine)
throws IOException, MuleException {
Map headers = parseHeaders(request);
// TODO Mule 2.0 generic way to set stream message adapter
MessageAdapter adapter = buildStandardAdapter(request, headers);
MuleMessage message = new DefaultMuleMessage(adapter);
String path = (String) message.getProperty(HttpConnector.HTTP_REQUEST_PROPERTY);
int i = path.indexOf('?');
if (i > -1) {
path = path.substring(0, i);
}
message.setProperty(HttpConnector.HTTP_REQUEST_PATH_PROPERTY, path);
if (logger.isDebugEnabled()) {
logger.debug(message.getProperty(HttpConnector.HTTP_REQUEST_PROPERTY));
}
message.setProperty(
HttpConnector.HTTP_CONTEXT_PATH_PROPERTY,
HttpConnector.normalizeUrl(endpoint.getEndpointURI().getPath()));
// determine if the request path on this request denotes a different receiver
MessageReceiver receiver = getTargetReceiver(message, endpoint);
HttpResponse response;
// the response only needs to be transformed explicitly if
// A) the request was not served or B) a null result was returned
if (receiver != null) {
preRouteMessage(message);
MuleMessage returnMessage = receiver.routeMessage(message, endpoint.isSynchronous(), null);
Object tempResponse;
if (returnMessage != null) {
tempResponse = returnMessage.getPayload();
} else {
tempResponse = NullPayload.getInstance();
}
// This removes the need for users to explicitly adding the response transformer
// ObjectToHttpResponse in their config
if (tempResponse instanceof HttpResponse) {
response = (HttpResponse) tempResponse;
} else {
response = transformResponse(returnMessage);
}
response.disableKeepAlive(!((HttpConnector) connector).isKeepAlive());
// Check if endpoint has a keep-alive property configured. Note the translation from
// keep-alive in the schema to keepAlive here.
boolean endpointOverride = Boolean.parseBoolean((String) endpoint.getProperty("keepAlive"));
Header connectionHeader = request.getFirstHeader("Connection");
if (connectionHeader != null) {
String value = connectionHeader.getValue();
if ("keep-alive".equalsIgnoreCase(value) && !endpointOverride) {
response.setKeepAlive(true);
Header header =
new Header(
HttpConstants.HEADER_KEEP_ALIVE,
"timeout=" + ((HttpConnector) connector).getKeepAliveTimeout());
response.addHeader(header);
} else if ("close".equalsIgnoreCase(value)) {
response.setKeepAlive(false);
} else if (response.getHttpVersion().greaterEquals(HttpVersion.HTTP_1_1)) {
response.setKeepAlive(true);
} else {
response.setKeepAlive(false);
}
}
} else {
response = buildFailureResponse(requestLine, message);
}
return response;
}
@SuppressWarnings("unchecked")
protected void registerReceiverWithMuleService(MessageReceiver receiver, EndpointURI ep)
throws MuleException {
CxfMessageReceiver cxfReceiver = (CxfMessageReceiver) receiver;
Server server = cxfReceiver.getServer();
uriToServer.put(server.getEndpoint().getEndpointInfo().getAddress(), server);
// TODO MULE-2228 Simplify this API
SedaService c = new SedaService();
String uniqueServiceName = createServiceName(server.getEndpoint());
c.setName(uniqueServiceName);
c.setModel(muleContext.getRegistry().lookupSystemModel());
CxfServiceComponent svcComponent = new CxfServiceComponent(this, (CxfMessageReceiver) receiver);
svcComponent.setBus(bus);
c.setComponent(new DefaultJavaComponent(new SingletonObjectFactory(svcComponent)));
// No determine if the endpointUri requires a new connector to be
// registed in the case of http we only need to register the new
// endpointUri if the port is different
String endpoint = receiver.getEndpointURI().getAddress();
String scheme = ep.getScheme().toLowerCase();
InboundEndpoint originalEndpoint = receiver.getEndpoint();
boolean sync = originalEndpoint.isSynchronous();
// If we are using sockets then we need to set the endpoint name appropiately
// and if using http/https
// we need to default to POST and set the Content-Type
if (scheme.equals("http")
|| scheme.equals("https")
|| scheme.equals("ssl")
|| scheme.equals("tcp")
|| scheme.equals("servlet")) {
originalEndpoint.getProperties().put(HttpConnector.HTTP_METHOD_PROPERTY, "POST");
originalEndpoint.getProperties().put(HttpConstants.HEADER_CONTENT_TYPE, "text/xml");
}
QName serviceName = server.getEndpoint().getEndpointInfo().getName();
EndpointBuilder protocolEndpointBuilder = new EndpointURIEndpointBuilder(endpoint, muleContext);
protocolEndpointBuilder.setSynchronous(sync);
protocolEndpointBuilder.setName(ep.getScheme() + ":" + serviceName.getLocalPart());
protocolEndpointBuilder.setTransactionConfig(originalEndpoint.getTransactionConfig());
EndpointBuilder receiverEndpointBuilder =
new EndpointURIEndpointBuilder(originalEndpoint, muleContext);
// Apply the transformers to the correct endpoint
EndpointBuilder transformerEndpoint;
if (cxfReceiver.isApplyTransformersToProtocol()) {
transformerEndpoint = protocolEndpointBuilder;
receiverEndpointBuilder.setTransformers(Collections.emptyList());
receiverEndpointBuilder.setResponseTransformers(Collections.emptyList());
} else {
transformerEndpoint = receiverEndpointBuilder;
}
// Ensure that the transformers aren't empty before setting them. Otherwise Mule will get
// confused
// and won't add the default transformers.
if (originalEndpoint.getTransformers() != null
&& !originalEndpoint.getTransformers().isEmpty()) {
transformerEndpoint.setTransformers(originalEndpoint.getTransformers());
}
if (originalEndpoint.getResponseTransformers() != null
&& !originalEndpoint.getResponseTransformers().isEmpty()) {
transformerEndpoint.setResponseTransformers(originalEndpoint.getResponseTransformers());
}
// apply the filters to the correct endpoint
EndpointBuilder filterEndpoint;
if (cxfReceiver.isApplyFiltersToProtocol()) {
filterEndpoint = protocolEndpointBuilder;
receiverEndpointBuilder.setFilter(null);
} else {
filterEndpoint = receiverEndpointBuilder;
}
filterEndpoint.setFilter(originalEndpoint.getFilter());
// apply the security filter to the correct endpoint
EndpointBuilder secFilterEndpoint;
if (cxfReceiver.isApplySecurityToProtocol()) {
secFilterEndpoint = protocolEndpointBuilder;
receiverEndpointBuilder.setSecurityFilter(null);
} else {
secFilterEndpoint = receiverEndpointBuilder;
}
secFilterEndpoint.setSecurityFilter(originalEndpoint.getSecurityFilter());
String connectorName = (String) originalEndpoint.getProperty(CxfConstants.PROTOCOL_CONNECTOR);
if (connectorName != null) {
protocolEndpointBuilder.setConnector(
muleContext.getRegistry().lookupConnector(connectorName));
}
InboundEndpoint protocolEndpoint =
muleContext
.getRegistry()
.lookupEndpointFactory()
.getInboundEndpoint(protocolEndpointBuilder);
InboundEndpoint receiverEndpoint =
muleContext
.getRegistry()
.lookupEndpointFactory()
.getInboundEndpoint(receiverEndpointBuilder);
receiver.setEndpoint(receiverEndpoint);
c.setInboundRouter(new DefaultInboundRouterCollection());
c.getInboundRouter().addEndpoint(protocolEndpoint);
services.add(c);
}