/*
* Merges the statistics logs of the ESB artifacts that are not already
* collected by the request flow.
*/
private void mergeStatisticsRecords(
final StatisticsRecord source, final StatisticsRecord destination) {
StatisticsRecord clonedSourceStatRecord = MessageHelper.getClonedStatisticRecord(source);
for (StatisticsLog clonedSourceStatLog : clonedSourceStatRecord.getAllStatisticsLogs()) {
if (!clonedSourceStatLog.isCollectedByRequestFlow()) {
destination.collect(clonedSourceStatLog);
}
}
}
private static MessageContext cloneForSend(MessageContext ori, String preserveAddressing)
throws AxisFault {
MessageContext newMC = MessageHelper.clonePartially(ori);
newMC.setEnvelope(ori.getEnvelope());
if (preserveAddressing != null && Boolean.parseBoolean(preserveAddressing)) {
newMC.setMessageID(ori.getMessageID());
} else {
MessageHelper.removeAddressingHeaders(newMC);
}
newMC.setProperty(
org.apache.axis2.context.MessageContext.TRANSPORT_HEADERS,
ori.getProperty(org.apache.axis2.context.MessageContext.TRANSPORT_HEADERS));
return newMC;
}
/**
* clone the provided message context as a new message, and mark as the messageSequence'th message
* context of a total of messageCount messages
*
* @param synCtx - MessageContext which is subjected to the cloning
* @param messageSequence - the position of this message of the cloned set
* @param messageCount - total of cloned copies
* @return MessageContext the cloned message context
*/
private MessageContext getClonedMessageContext(
MessageContext synCtx, int messageSequence, int messageCount) {
MessageContext newCtx = null;
try {
newCtx = MessageHelper.cloneMessageContext(synCtx);
StatisticsRecord statRecord =
(StatisticsRecord) newCtx.getProperty(SynapseConstants.STATISTICS_STACK);
if (statRecord != null) {
for (StatisticsLog statLog : statRecord.getAllStatisticsLogs()) {
/*
* Marks that this statistics log is collected by the
* request flow.
*/
statLog.setCollectedByRequestFlow(true);
}
}
// Set isServerSide property in the cloned message context
((Axis2MessageContext) newCtx)
.getAxis2MessageContext()
.setServerSide(((Axis2MessageContext) synCtx).getAxis2MessageContext().isServerSide());
if (id != null) {
// set the parent correlation details to the cloned MC -
// for the use of aggregation like tasks
newCtx.setProperty(EIPConstants.AGGREGATE_CORRELATION + "." + id, synCtx.getMessageID());
// set the property MESSAGE_SEQUENCE to the MC for aggregation purposes
newCtx.setProperty(
EIPConstants.MESSAGE_SEQUENCE + "." + id,
String.valueOf(messageSequence)
+ EIPConstants.MESSAGE_SEQUENCE_DELEMITER
+ messageCount);
} else {
newCtx.setProperty(
EIPConstants.MESSAGE_SEQUENCE,
String.valueOf(messageSequence)
+ EIPConstants.MESSAGE_SEQUENCE_DELEMITER
+ messageCount);
}
} catch (AxisFault axisFault) {
handleException("Error cloning the message context", axisFault, synCtx);
}
return newCtx;
}
/**
* This will call the send method on the messages with implicit message parameters or else if
* there is an endpoint, with that endpoint parameters
*
* @param synInCtx the current message to be sent
* @return false for in-out invocations as flow should put on to hold after the Call mediator,
* true for out only invocations
*/
public boolean mediate(MessageContext synInCtx) {
if (synInCtx.getEnvironment().isDebuggerEnabled()) {
MessageHelper.setWireLogHolderProperties(
synInCtx,
isBreakPoint(),
getRegisteredMediationFlowPoint()); // this needs to be set only in mediators where
// outgoing messages are present
if (super.divertMediationRoute(synInCtx)) {
return true;
}
}
if (blocking) {
return handleBlockingCall(synInCtx);
} else {
return handleNonBlockingCall(synInCtx);
}
}
public boolean dispatch(MessageContext messageContext) {
if (log.isDebugEnabled()) {
log.debug(
"Sending the message to client with message processor ["
+ messageProcessor.getName()
+ "]");
}
// The below code is just for keeping the backward compatibility with the old code.
if (targetEndpoint == null) {
targetEndpoint =
(String) messageContext.getProperty(ForwardingProcessorConstants.TARGET_ENDPOINT);
}
MessageContext outCtx = null;
SOAPEnvelope originalEnvelop = messageContext.getEnvelope();
if (targetEndpoint != null) {
Endpoint ep = messageContext.getEndpoint(targetEndpoint);
try {
// Send message to the client
while (!isSuccessful && !isTerminated) {
try {
// For each retry we need to have a fresh copy of the actual message. otherwise retry
// may not
// work as expected.
messageContext.setEnvelope(MessageHelper.cloneSOAPEnvelope(originalEnvelop));
OMElement firstChild = null; //
org.apache.axis2.context.MessageContext origAxis2Ctx =
((Axis2MessageContext) messageContext).getAxis2MessageContext();
if (JsonUtil.hasAJsonPayload(origAxis2Ctx)) {
firstChild = origAxis2Ctx.getEnvelope().getBody().getFirstElement();
} // Had to do this because MessageHelper#cloneSOAPEnvelope does not clone
// OMSourcedElemImpl correctly.
if (JsonUtil.hasAJsonPayload(firstChild)) { //
OMElement clonedFirstElement =
messageContext.getEnvelope().getBody().getFirstElement();
if (clonedFirstElement != null) {
clonedFirstElement.detach();
messageContext.getEnvelope().getBody().addChild(firstChild);
}
} // Had to do this because MessageHelper#cloneSOAPEnvelope does not clone
// OMSourcedElemImpl correctly.
origAxis2Ctx.setProperty(
HTTPConstants.NON_ERROR_HTTP_STATUS_CODES, getNonRetryStatusCodes());
outCtx = sender.send(ep, messageContext);
isSuccessful = true;
} catch (Exception e) {
// this means send has failed due to some reason so we have to retry it
if (e instanceof SynapseException) {
isSuccessful = isNonRetryErrorCode(e.getCause().getMessage());
}
if (!isSuccessful) {
log.error(
"BlockingMessageSender of message processor ["
+ this.messageProcessor.getName()
+ "] failed to send message to the endpoint");
}
}
if (isSuccessful) {
if (outCtx != null) {
if ("true"
.equals(outCtx.getProperty(ForwardingProcessorConstants.BLOCKING_SENDER_ERROR))) {
// this means send has failed due to some reason so we have to retry it
isSuccessful =
isNonRetryErrorCode(
(String) outCtx.getProperty(SynapseConstants.ERROR_MESSAGE));
if (isSuccessful) {
sendThroughReplySeq(outCtx);
} else {
// This means some error has occurred so must try to send down the fault sequence.
log.error(
"BlockingMessageSender of message processor ["
+ this.messageProcessor.getName()
+ "] failed to send message to the endpoint");
sendThroughFaultSeq(outCtx);
}
} else {
// Send the message down the reply sequence if there is one
sendThroughReplySeq(outCtx);
messageConsumer.ack();
attemptCount = 0;
isSuccessful = true;
if (log.isDebugEnabled()) {
log.debug(
"Successfully sent the message to endpoint ["
+ ep.getName()
+ "]"
+ " with message processor ["
+ messageProcessor.getName()
+ "]");
}
}
} else {
// This Means we have invoked an out only operation
// remove the message and reset the count
messageConsumer.ack();
attemptCount = 0;
isSuccessful = true;
if (log.isDebugEnabled()) {
log.debug(
"Successfully sent the message to endpoint ["
+ ep.getName()
+ "]"
+ " with message processor ["
+ messageProcessor.getName()
+ "]");
}
}
}
if (!isSuccessful) {
// Then we have to retry sending the message to the client.
prepareToRetry();
} else {
if (messageProcessor.isPaused()) {
this.messageProcessor.resumeService();
log.info(
"Resuming the service of message processor [" + messageProcessor.getName() + "]");
}
}
}
} catch (Exception e) {
log.error(
"Message processor ["
+ messageProcessor.getName()
+ "] failed to send the message to"
+ " client",
e);
}
} else {
// No Target Endpoint defined for the Message
// So we do not have a place to deliver.
// Here we log a warning and remove the message
// todo: we can improve this by implementing a target inferring mechanism
log.warn(
"Property "
+ ForwardingProcessorConstants.TARGET_ENDPOINT
+ " not found in the message context , Hence removing the message ");
messageConsumer.ack();
}
return true;
}
/**
* Get the aggregated message from the specified Aggregate instance
*
* @param aggregate the Aggregate object that holds collected messages and properties of the
* aggregation
* @return the aggregated message context
*/
private MessageContext getAggregatedMessage(Aggregate aggregate) {
MessageContext newCtx = null;
StatisticsRecord destinationStatRecord = null;
for (MessageContext synCtx : aggregate.getMessages()) {
if (newCtx == null) {
try {
newCtx = MessageHelper.cloneMessageContextForAggregateMediator(synCtx);
destinationStatRecord =
(StatisticsRecord) newCtx.getProperty(SynapseConstants.STATISTICS_STACK);
} catch (AxisFault axisFault) {
handleException("Error creating a copy of the message", axisFault, synCtx);
}
if (log.isDebugEnabled()) {
log.debug("Generating Aggregated message from : " + newCtx.getEnvelope());
}
} else {
try {
if (log.isDebugEnabled()) {
log.debug(
"Merging message : "
+ synCtx.getEnvelope()
+ " using XPath : "
+ aggregationExpression);
}
EIPUtils.enrichEnvelope(
newCtx.getEnvelope(), synCtx.getEnvelope(), synCtx, aggregationExpression);
if (destinationStatRecord != null
&& synCtx.getProperty(SynapseConstants.STATISTICS_STACK) != null) {
// Merge the statistics logs to one single message
// context.
mergeStatisticsRecords(
(StatisticsRecord) synCtx.getProperty(SynapseConstants.STATISTICS_STACK),
destinationStatRecord);
}
if (log.isDebugEnabled()) {
log.debug("Merged result : " + newCtx.getEnvelope());
}
} catch (JaxenException e) {
handleException(
"Error merging aggregation results using XPath : " + aggregationExpression.toString(),
e,
synCtx);
} catch (SynapseException e) {
handleException(
"Error evaluating expression: " + aggregationExpression.toString(), e, synCtx);
}
}
}
// Enclose with a parent element if EnclosingElement is defined
if (enclosingElementPropertyName != null) {
if (log.isDebugEnabled()) {
log.debug(
"Enclosing the aggregated message with enclosing element: "
+ enclosingElementPropertyName);
}
Object enclosingElementProperty = newCtx.getProperty(enclosingElementPropertyName);
if (enclosingElementProperty != null) {
if (enclosingElementProperty instanceof OMElement) {
OMElement enclosingElement = ((OMElement) enclosingElementProperty).cloneOMElement();
EIPUtils.encloseWithElement(newCtx.getEnvelope(), enclosingElement);
return newCtx;
} else {
handleException(
"Enclosing Element defined in the property: "
+ enclosingElementPropertyName
+ " is not an OMElement ",
newCtx);
}
} else {
handleException(
"Enclosing Element property: " + enclosingElementPropertyName + " not found ", newCtx);
}
}
if (MessageFlowTracingDataCollector.isMessageFlowTracingEnabled()) {
List<String> newMessageFlowTrace = new ArrayList<String>();
for (MessageContext synCtx : aggregate.getMessages()) {
List<String> messageFlowTrace =
(List<String>) synCtx.getProperty(MessageFlowTracerConstants.MESSAGE_FLOW);
if (null != messageFlowTrace) {
newMessageFlowTrace.addAll(messageFlowTrace);
}
}
newCtx.setProperty(MessageFlowTracerConstants.MESSAGE_FLOW, newMessageFlowTrace);
}
return newCtx;
}
/**
* Invoked by the Aggregate objects that are timed out, to signal timeout/completion of itself
*
* @param aggregate the timed out Aggregate that holds collected messages and properties
*/
public boolean completeAggregate(Aggregate aggregate) {
boolean markedCompletedNow = false;
boolean wasComplete = aggregate.isCompleted();
if (wasComplete) {
return false;
}
if (log.isDebugEnabled()) {
log.debug("Aggregation completed or timed out");
}
// cancel the timer
synchronized (this) {
if (!aggregate.isCompleted()) {
aggregate.cancel();
aggregate.setCompleted(true);
markedCompletedNow = true;
}
}
if (!markedCompletedNow) {
return false;
}
MessageContext newSynCtx = getAggregatedMessage(aggregate);
if (newSynCtx == null) {
log.warn("An aggregation of messages timed out with no aggregated messages", null);
return false;
} else {
// Get the aggregated message to the next mediator placed after the aggregate mediator
// in the sequence
if (newSynCtx.isContinuationEnabled()) {
try {
aggregate
.getLastMessage()
.setEnvelope(MessageHelper.cloneSOAPEnvelope(newSynCtx.getEnvelope()));
} catch (AxisFault axisFault) {
log.warn(
"Error occurred while assigning aggregated message"
+ " back to the last received message context");
}
}
}
aggregate.clear();
activeAggregates.remove(aggregate.getCorrelation());
if ((correlateExpression != null
&& !correlateExpression.toString().equals(aggregate.getCorrelation()))
|| correlateExpression == null) {
if (onCompleteSequence != null) {
ContinuationStackManager.addReliantContinuationState(newSynCtx, 0, getMediatorPosition());
boolean result = onCompleteSequence.mediate(newSynCtx);
if (result) {
ContinuationStackManager.removeReliantContinuationState(newSynCtx);
}
return result;
} else if (onCompleteSequenceRef != null
&& newSynCtx.getSequence(onCompleteSequenceRef) != null) {
ContinuationStackManager.updateSeqContinuationState(newSynCtx, getMediatorPosition());
return newSynCtx.getSequence(onCompleteSequenceRef).mediate(newSynCtx);
} else {
handleException(
"Unable to find the sequence for the mediation " + "of the aggregated message",
newSynCtx);
}
}
return false;
}
/**
* Based on the Axis2 client code. Sends the Axis2 Message context out and returns the Axis2
* message context for the response.
*
* <p>Here Synapse works as a Client to the service. It would expect 200 ok, 202 ok and 500
* internal server error as possible responses.
*
* @param endpoint the endpoint being sent to, maybe null
* @param synapseOutMessageContext the outgoing synapse message
* @throws AxisFault on errors
*/
public static void send(
EndpointDefinition endpoint, org.apache.synapse.MessageContext synapseOutMessageContext)
throws AxisFault {
boolean separateListener = false;
boolean wsSecurityEnabled = false;
String wsSecPolicyKey = null;
String inboundWsSecPolicyKey = null;
String outboundWsSecPolicyKey = null;
boolean wsRMEnabled = false;
String wsRMPolicyKey = null;
boolean wsAddressingEnabled = false;
String wsAddressingVersion = null;
if (endpoint != null) {
separateListener = endpoint.isUseSeparateListener();
wsSecurityEnabled = endpoint.isSecurityOn();
wsSecPolicyKey = endpoint.getWsSecPolicyKey();
inboundWsSecPolicyKey = endpoint.getInboundWsSecPolicyKey();
outboundWsSecPolicyKey = endpoint.getOutboundWsSecPolicyKey();
wsRMEnabled = endpoint.isReliableMessagingOn();
wsRMPolicyKey = endpoint.getWsRMPolicyKey();
wsAddressingEnabled = endpoint.isAddressingOn() || wsRMEnabled;
wsAddressingVersion = endpoint.getAddressingVersion();
}
if (log.isDebugEnabled()) {
String to;
if (endpoint != null && endpoint.getAddress() != null) {
to = endpoint.getAddress(synapseOutMessageContext);
} else {
to = synapseOutMessageContext.getTo().toString();
}
log.debug(
"Sending [add = "
+ wsAddressingEnabled
+ "] [sec = "
+ wsSecurityEnabled
+ "] [rm = "
+ wsRMEnabled
+ (endpoint != null
? "] [mtom = "
+ endpoint.isUseMTOM()
+ "] [swa = "
+ endpoint.isUseSwa()
+ "] [format = "
+ endpoint.getFormat()
+ "] [force soap11="
+ endpoint.isForceSOAP11()
+ "] [force soap12="
+ endpoint.isForceSOAP12()
+ "] [pox="
+ endpoint.isForcePOX()
+ "] [get="
+ endpoint.isForceGET()
+ "] [encoding="
+ endpoint.getCharSetEncoding()
: "")
+ "] [to="
+ to
+ "]");
}
// save the original message context without altering it, so we can tie the response
MessageContext originalInMsgCtx =
((Axis2MessageContext) synapseOutMessageContext).getAxis2MessageContext();
// TODO Temp hack: ESB removes the session id from request in a random manner.
Map headers = (Map) originalInMsgCtx.getProperty(MessageContext.TRANSPORT_HEADERS);
String session = (String) synapseOutMessageContext.getProperty("LB_COOKIE_HEADER");
if (session != null) {
headers.put("Cookie", session);
}
// create a new MessageContext to be sent out as this should not corrupt the original
// we need to create the response to the original message later on
String preserveAddressingProperty =
(String) synapseOutMessageContext.getProperty(SynapseConstants.PRESERVE_WS_ADDRESSING);
MessageContext axisOutMsgCtx = cloneForSend(originalInMsgCtx, preserveAddressingProperty);
if (log.isDebugEnabled()) {
log.debug(
"Message [Original Request Message ID : "
+ synapseOutMessageContext.getMessageID()
+ "]"
+ " [New Cloned Request Message ID : "
+ axisOutMsgCtx.getMessageID()
+ "]");
}
// set all the details of the endpoint only to the cloned message context
// so that we can use the original message context for resending through different endpoints
if (endpoint != null) {
if (SynapseConstants.FORMAT_POX.equals(endpoint.getFormat())) {
axisOutMsgCtx.setDoingREST(true);
axisOutMsgCtx.setProperty(
org.apache.axis2.Constants.Configuration.MESSAGE_TYPE,
org.apache.axis2.transport.http.HTTPConstants.MEDIA_TYPE_APPLICATION_XML);
axisOutMsgCtx.setProperty(
Constants.Configuration.CONTENT_TYPE,
org.apache.axis2.transport.http.HTTPConstants.MEDIA_TYPE_APPLICATION_XML);
Object o =
axisOutMsgCtx.getProperty(org.apache.axis2.context.MessageContext.TRANSPORT_HEADERS);
Map _headers = (Map) o;
if (_headers != null) {
_headers.remove(HTTP.CONTENT_TYPE);
_headers.put(
HTTP.CONTENT_TYPE,
org.apache.axis2.transport.http.HTTPConstants.MEDIA_TYPE_APPLICATION_XML);
}
} else if (SynapseConstants.FORMAT_GET.equals(endpoint.getFormat())) {
axisOutMsgCtx.setDoingREST(true);
axisOutMsgCtx.setProperty(
Constants.Configuration.HTTP_METHOD, Constants.Configuration.HTTP_METHOD_GET);
axisOutMsgCtx.setProperty(
org.apache.axis2.Constants.Configuration.MESSAGE_TYPE,
org.apache.axis2.transport.http.HTTPConstants.MEDIA_TYPE_X_WWW_FORM);
} else if (SynapseConstants.FORMAT_SOAP11.equals(endpoint.getFormat())) {
axisOutMsgCtx.setDoingREST(false);
axisOutMsgCtx.removeProperty(org.apache.axis2.Constants.Configuration.MESSAGE_TYPE);
// We need to set this explicitly here in case the request was not a POST
axisOutMsgCtx.setProperty(
Constants.Configuration.HTTP_METHOD, Constants.Configuration.HTTP_METHOD_POST);
if (axisOutMsgCtx.getSoapAction() == null && axisOutMsgCtx.getWSAAction() != null) {
axisOutMsgCtx.setSoapAction(axisOutMsgCtx.getWSAAction());
}
if (!axisOutMsgCtx.isSOAP11()) {
SOAPUtils.convertSOAP12toSOAP11(axisOutMsgCtx);
}
Object o =
axisOutMsgCtx.getProperty(org.apache.axis2.context.MessageContext.TRANSPORT_HEADERS);
Map _headers = (Map) o;
if (_headers != null) {
_headers.remove(HTTP.CONTENT_TYPE);
_headers.put(
HTTP.CONTENT_TYPE, org.apache.axis2.transport.http.HTTPConstants.MEDIA_TYPE_TEXT_XML);
}
} else if (SynapseConstants.FORMAT_SOAP12.equals(endpoint.getFormat())) {
axisOutMsgCtx.setDoingREST(false);
axisOutMsgCtx.removeProperty(org.apache.axis2.Constants.Configuration.MESSAGE_TYPE);
// We need to set this explicitly here in case the request was not a POST
axisOutMsgCtx.setProperty(
Constants.Configuration.HTTP_METHOD, Constants.Configuration.HTTP_METHOD_POST);
if (axisOutMsgCtx.getSoapAction() == null && axisOutMsgCtx.getWSAAction() != null) {
axisOutMsgCtx.setSoapAction(axisOutMsgCtx.getWSAAction());
}
if (axisOutMsgCtx.isSOAP11()) {
SOAPUtils.convertSOAP11toSOAP12(axisOutMsgCtx);
}
Object o =
axisOutMsgCtx.getProperty(org.apache.axis2.context.MessageContext.TRANSPORT_HEADERS);
Map _headers = (Map) o;
if (_headers != null) {
_headers.remove(HTTP.CONTENT_TYPE);
_headers.put(
HTTP.CONTENT_TYPE,
org.apache.axis2.transport.http.HTTPConstants.MEDIA_TYPE_APPLICATION_SOAP_XML);
}
} else if (SynapseConstants.FORMAT_REST.equals(endpoint.getFormat())) {
/*format=rest is kept only backword compatibility. We no longer needed that.*/
/* Remove Message Type for GET and DELETE Request */
if (originalInMsgCtx.getProperty(Constants.Configuration.HTTP_METHOD) != null) {
if (originalInMsgCtx
.getProperty(Constants.Configuration.HTTP_METHOD)
.toString()
.equals(Constants.Configuration.HTTP_METHOD_GET)
|| originalInMsgCtx
.getProperty(Constants.Configuration.HTTP_METHOD)
.toString()
.equals(Constants.Configuration.HTTP_METHOD_DELETE)) {
axisOutMsgCtx.removeProperty(org.apache.axis2.Constants.Configuration.MESSAGE_TYPE);
}
}
axisOutMsgCtx.setDoingREST(true);
} else {
processWSDL2RESTRequestMessageType(originalInMsgCtx, axisOutMsgCtx);
}
if (endpoint.isUseMTOM()) {
axisOutMsgCtx.setDoingMTOM(true);
// fix / workaround for AXIS2-1798
axisOutMsgCtx.setProperty(
org.apache.axis2.Constants.Configuration.ENABLE_MTOM,
org.apache.axis2.Constants.VALUE_TRUE);
axisOutMsgCtx.setDoingMTOM(true);
} else if (endpoint.isUseSwa()) {
axisOutMsgCtx.setDoingSwA(true);
// fix / workaround for AXIS2-1798
axisOutMsgCtx.setProperty(
org.apache.axis2.Constants.Configuration.ENABLE_SWA,
org.apache.axis2.Constants.VALUE_TRUE);
axisOutMsgCtx.setDoingSwA(true);
}
if (endpoint.getCharSetEncoding() != null) {
axisOutMsgCtx.setProperty(
Constants.Configuration.CHARACTER_SET_ENCODING, endpoint.getCharSetEncoding());
// Need to Clean this up. TargetRequest line 176 contains a code block which over writes the
// Content-Type returned by the message formatter with the Content-Type in
// TRANSPORT_HEADERS. Because of that, even when
// the Character set encoding is set by the message formatter, it will be replaced by the
// Content-Type header in TRANSPORT_HEADERS.
// So Im setting a property to check in TargetRequest before over writing the header.
axisOutMsgCtx.setProperty("EndpointCharEncodingSet", "true");
}
// HTTP Endpoint : use the specified HTTP method and remove REST_URL_POSTFIX, it's not
// supported in HTTP Endpoint
if (endpoint.isHTTPEndpoint()) {
axisOutMsgCtx.setProperty(
Constants.Configuration.HTTP_METHOD,
synapseOutMessageContext.getProperty(Constants.Configuration.HTTP_METHOD));
axisOutMsgCtx.removeProperty(NhttpConstants.REST_URL_POSTFIX);
}
// add rest request' suffix URI
String restSuffix = (String) axisOutMsgCtx.getProperty(NhttpConstants.REST_URL_POSTFIX);
boolean isRest = SynapseConstants.FORMAT_REST.equals(endpoint.getFormat());
if (!isRest && !endpoint.isForceSOAP11() && !endpoint.isForceSOAP12()) {
isRest = isRequestRest(originalInMsgCtx);
}
if (endpoint.getAddress() != null) {
String address = endpoint.getAddress(synapseOutMessageContext);
if (isRest && restSuffix != null && !"".equals(restSuffix)) {
String url;
if (!address.endsWith("/")
&& !restSuffix.startsWith("/")
&& !restSuffix.startsWith("?")) {
url = address + "/" + restSuffix;
} else if (address.endsWith("/") && restSuffix.startsWith("/")) {
url = address + restSuffix.substring(1);
} else if (address.endsWith("/") && restSuffix.startsWith("?")) {
url = address.substring(0, address.length() - 1) + restSuffix;
} else {
url = address + restSuffix;
}
axisOutMsgCtx.setTo(new EndpointReference(url));
} else {
axisOutMsgCtx.setTo(new EndpointReference(address));
}
axisOutMsgCtx.setProperty(NhttpConstants.ENDPOINT_PREFIX, address);
synapseOutMessageContext.setProperty(SynapseConstants.ENDPOINT_PREFIX, address);
} else {
// Supporting RESTful invocation
if (isRest && restSuffix != null && !"".equals(restSuffix)) {
EndpointReference epr = axisOutMsgCtx.getTo();
if (epr != null) {
String address = epr.getAddress();
String url;
if (!address.endsWith("/")
&& !restSuffix.startsWith("/")
&& !restSuffix.startsWith("?")) {
url = address + "/" + restSuffix;
} else {
url = address + restSuffix;
}
axisOutMsgCtx.setTo(new EndpointReference(url));
}
}
}
if (endpoint.isUseSeparateListener()) {
axisOutMsgCtx.getOptions().setUseSeparateListener(true);
}
} else {
processWSDL2RESTRequestMessageType(originalInMsgCtx, axisOutMsgCtx);
}
// only put whttp:location for the REST (GET) requests, otherwise causes issues for POX messages
if (axisOutMsgCtx.isDoingREST()
&& HTTPConstants.MEDIA_TYPE_X_WWW_FORM.equals(
axisOutMsgCtx.getProperty(Constants.Configuration.MESSAGE_TYPE))) {
if (axisOutMsgCtx.getProperty(WSDL2Constants.ATTR_WHTTP_LOCATION) == null
&& axisOutMsgCtx.getEnvelope().getBody().getFirstElement() != null) {
axisOutMsgCtx.setProperty(
WSDL2Constants.ATTR_WHTTP_LOCATION,
axisOutMsgCtx.getEnvelope().getBody().getFirstElement().getQName().getLocalPart());
}
}
if (wsAddressingEnabled) {
if (wsAddressingVersion != null
&& SynapseConstants.ADDRESSING_VERSION_SUBMISSION.equals(wsAddressingVersion)) {
axisOutMsgCtx.setProperty(
AddressingConstants.WS_ADDRESSING_VERSION,
AddressingConstants.Submission.WSA_NAMESPACE);
} else if (wsAddressingVersion != null
&& SynapseConstants.ADDRESSING_VERSION_FINAL.equals(wsAddressingVersion)) {
axisOutMsgCtx.setProperty(
AddressingConstants.WS_ADDRESSING_VERSION, AddressingConstants.Final.WSA_NAMESPACE);
}
axisOutMsgCtx.setProperty(
AddressingConstants.DISABLE_ADDRESSING_FOR_OUT_MESSAGES, Boolean.FALSE);
} else {
axisOutMsgCtx.setProperty(
AddressingConstants.DISABLE_ADDRESSING_FOR_OUT_MESSAGES, Boolean.TRUE);
}
// remove the headers if we don't need to preserve them.
// determine weather we need to preserve the processed headers
String preserveHeaderProperty =
(String) synapseOutMessageContext.getProperty(SynapseConstants.PRESERVE_PROCESSED_HEADERS);
if (preserveHeaderProperty == null || !Boolean.parseBoolean(preserveHeaderProperty)) {
// default behaviour is to remove the headers
MessageHelper.removeProcessedHeaders(
axisOutMsgCtx,
(preserveAddressingProperty != null && Boolean.parseBoolean(preserveAddressingProperty)));
}
ConfigurationContext axisCfgCtx = axisOutMsgCtx.getConfigurationContext();
AxisConfiguration axisCfg = axisCfgCtx.getAxisConfiguration();
AxisService anoymousService =
AnonymousServiceFactory.getAnonymousService(
synapseOutMessageContext.getConfiguration(),
axisCfg,
wsAddressingEnabled,
wsRMEnabled,
wsSecurityEnabled);
// mark the anon services created to be used in the client side of synapse as hidden
// from the server side of synapse point of view
anoymousService.getParent().addParameter(SynapseConstants.HIDDEN_SERVICE_PARAM, "true");
ServiceGroupContext sgc =
new ServiceGroupContext(axisCfgCtx, (AxisServiceGroup) anoymousService.getParent());
ServiceContext serviceCtx = sgc.getServiceContext(anoymousService);
boolean outOnlyMessage =
"true".equals(synapseOutMessageContext.getProperty(SynapseConstants.OUT_ONLY));
// get a reference to the DYNAMIC operation of the Anonymous Axis2 service
AxisOperation axisAnonymousOperation =
anoymousService.getOperation(
outOnlyMessage
? new QName(AnonymousServiceFactory.OUT_ONLY_OPERATION)
: new QName(AnonymousServiceFactory.OUT_IN_OPERATION));
Options clientOptions = MessageHelper.cloneOptions(originalInMsgCtx.getOptions());
clientOptions.setUseSeparateListener(separateListener);
// if RM is requested,
if (wsRMEnabled) {
// if a WS-RM policy is specified, use it
if (wsRMPolicyKey != null) {
Object property = synapseOutMessageContext.getEntry(wsRMPolicyKey);
if (property instanceof OMElement) {
OMElement policyOMElement = (OMElement) property;
RMAssertionBuilder builder = new RMAssertionBuilder();
SandeshaPolicyBean sandeshaPolicyBean =
(SandeshaPolicyBean) builder.build(policyOMElement, null);
Parameter policyParam =
new Parameter(Sandesha2Constants.SANDESHA_PROPERTY_BEAN, sandeshaPolicyBean);
anoymousService.addParameter(policyParam);
}
}
}
// if security is enabled,
if (wsSecurityEnabled) {
// if a WS-Sec policy is specified, use it
if (wsSecPolicyKey != null) {
clientOptions.setProperty(
SynapseConstants.RAMPART_POLICY,
MessageHelper.getPolicy(synapseOutMessageContext, wsSecPolicyKey));
} else {
if (inboundWsSecPolicyKey != null) {
clientOptions.setProperty(
SynapseConstants.RAMPART_IN_POLICY,
MessageHelper.getPolicy(synapseOutMessageContext, inboundWsSecPolicyKey));
}
if (outboundWsSecPolicyKey != null) {
clientOptions.setProperty(
SynapseConstants.RAMPART_OUT_POLICY,
MessageHelper.getPolicy(synapseOutMessageContext, outboundWsSecPolicyKey));
}
}
// temporary workaround for https://issues.apache.org/jira/browse/WSCOMMONS-197
if (axisOutMsgCtx.getEnvelope().getHeader() == null) {
SOAPFactory fac =
axisOutMsgCtx.isSOAP11()
? OMAbstractFactory.getSOAP11Factory()
: OMAbstractFactory.getSOAP12Factory();
fac.createSOAPHeader(axisOutMsgCtx.getEnvelope());
}
}
OperationClient mepClient = axisAnonymousOperation.createClient(serviceCtx, clientOptions);
mepClient.addMessageContext(axisOutMsgCtx);
axisOutMsgCtx.setAxisMessage(
axisAnonymousOperation.getMessage(WSDLConstants.MESSAGE_LABEL_OUT_VALUE));
// set the SEND_TIMEOUT for transport sender
if (endpoint != null && endpoint.getTimeoutDuration() > 0) {
axisOutMsgCtx.setProperty(SynapseConstants.SEND_TIMEOUT, endpoint.getTimeoutDuration());
}
// always set a callback as we decide if the send it blocking or non blocking within
// the MEP client. This does not cause an overhead, as we simply create a 'holder'
// object with a reference to the outgoing synapse message context
// synapseOutMessageContext
AsyncCallback callback = new AsyncCallback(axisOutMsgCtx, synapseOutMessageContext);
if (!outOnlyMessage) {
if (endpoint != null) {
// set the timeout time and the timeout action to the callback, so that the
// TimeoutHandler can detect timed out callbacks and take approprite action.
callback.setTimeOutOn(System.currentTimeMillis() + endpoint.getTimeoutDuration());
callback.setTimeOutAction(endpoint.getTimeoutAction());
} else {
callback.setTimeOutOn(System.currentTimeMillis());
}
}
mepClient.setCallback(callback);
//
// if (Utils.isClientThreadNonBlockingPropertySet(axisOutMsgCtx)) {
// SynapseCallbackReceiver synapseCallbackReceiver = (SynapseCallbackReceiver)
// axisOutMsgCtx.getAxisOperation().getMessageReceiver();
// synapseCallbackReceiver.addCallback(axisOutMsgCtx.getMessageID(), new
// FaultCallback(axisOutMsgCtx, synapseOutMessageContext));
// }
// this is a temporary fix for converting messages from HTTP 1.1 chunking to HTTP 1.0.
// Without this HTTP transport can block & become unresponsive because we are streaming
// HTTP 1.1 messages and HTTP 1.0 require the whole message to caculate the content length
if (originalInMsgCtx.isPropertyTrue(NhttpConstants.FORCE_HTTP_1_0)) {
synapseOutMessageContext.getEnvelope().toString();
}
// with the nio transport, this causes the listener not to write a 202
// Accepted response, as this implies that Synapse does not yet know if
// a 202 or 200 response would be written back.
originalInMsgCtx
.getOperationContext()
.setProperty(org.apache.axis2.Constants.RESPONSE_WRITTEN, "SKIP");
// if the transport out is explicitly set use it
Object o = originalInMsgCtx.getProperty("TRANSPORT_OUT_DESCRIPTION");
if (o != null && o instanceof TransportOutDescription) {
axisOutMsgCtx.setTransportOut((TransportOutDescription) o);
clientOptions.setTransportOut((TransportOutDescription) o);
clientOptions.setProperty("TRANSPORT_OUT_DESCRIPTION", o);
}
mepClient.execute(true);
if (wsRMEnabled) {
Object rm11 = clientOptions.getProperty(SandeshaClientConstants.RM_SPEC_VERSION);
if ((rm11 != null) && rm11.equals(Sandesha2Constants.SPEC_VERSIONS.v1_1)) {
ServiceClient serviceClient =
new ServiceClient(
axisOutMsgCtx.getConfigurationContext(), axisOutMsgCtx.getAxisService());
serviceClient.setTargetEPR(
new EndpointReference(endpoint.getAddress(synapseOutMessageContext)));
serviceClient.setOptions(clientOptions);
serviceClient
.getOptions()
.setTo(new EndpointReference(endpoint.getAddress(synapseOutMessageContext)));
SandeshaClient.terminateSequence(serviceClient);
}
}
}
/**
* Send request in non-blocking manner
*
* @param synInCtx message context
* @return continue the mediation flow or not
*/
private boolean handleNonBlockingCall(MessageContext synInCtx) {
SynapseLog synLog = getLog(synInCtx);
if (synLog.isTraceOrDebugEnabled()) {
synLog.traceOrDebug("Start : Call mediator - Non Blocking Call");
if (synLog.isTraceTraceEnabled()) {
synLog.traceTrace("Message : " + synInCtx.getEnvelope());
}
}
// clear the message context properties related to endpoint in last service invocation
Set keySet = synInCtx.getPropertyKeySet();
if (keySet != null) {
keySet.remove(SynapseConstants.RECEIVING_SEQUENCE);
keySet.remove(EndpointDefinition.DYNAMIC_URL_VALUE);
}
boolean outOnlyMessage = "true".equals(synInCtx.getProperty(SynapseConstants.OUT_ONLY));
// Prepare the outgoing message context
MessageContext synOutCtx = null;
if (outOnlyMessage) {
try {
synOutCtx = MessageHelper.cloneMessageContext(synInCtx);
} catch (AxisFault axisFault) {
handleException("Error occurred while cloning msg context", axisFault, synInCtx);
}
} else {
synOutCtx = synInCtx;
}
synOutCtx.setProperty(SynapseConstants.CONTINUATION_CALL, true);
ContinuationStackManager.updateSeqContinuationState(synOutCtx, getMediatorPosition());
// If no endpoints are defined, send where implicitly stated
if (endpoint == null) {
if (synLog.isTraceOrDebugEnabled()) {
StringBuffer sb = new StringBuffer();
sb.append("Calling ")
.append(synOutCtx.isResponse() ? "response" : "request")
.append(" message using implicit message properties..");
sb.append("\nCalling To: ")
.append(synOutCtx.getTo() != null ? synOutCtx.getTo().getAddress() : "null");
sb.append("\nSOAPAction: ")
.append(synOutCtx.getWSAAction() != null ? synOutCtx.getWSAAction() : "null");
synLog.traceOrDebug(sb.toString());
}
if (synLog.isTraceTraceEnabled()) {
synLog.traceTrace("Envelope : " + synOutCtx.getEnvelope());
}
synOutCtx.getEnvironment().send(null, synOutCtx);
} else {
endpoint.send(synOutCtx);
}
if (synLog.isTraceOrDebugEnabled()) {
synLog.traceOrDebug("End : Call mediator - Non Blocking Call");
}
if (outOnlyMessage) {
// For out only invocations request flow should continue
// otherwise flow should stop from here
return true;
}
return false;
}
