public SourceHandler(SourceConfiguration sourceConfiguration) {
this.sourceConfiguration = sourceConfiguration;
this.metrics = sourceConfiguration.getMetrics();
try {
Scheme scheme = sourceConfiguration.getScheme();
if (!scheme.isSSL()) {
this.latencyView = new LatencyView(scheme.isSSL());
} else {
this.s2sLatencyView = new LatencyView(scheme.isSSL());
}
} catch (AxisFault e) {
log.error(e.getMessage(), e);
}
}
public void connected(NHttpServerConnection conn) {
// we have to have these two operations in order
sourceConfiguration.getSourceConnections().addConnection(conn);
SourceContext.create(conn, ProtocolState.REQUEST_READY, sourceConfiguration);
metrics.connected();
}
public void inputReady(NHttpServerConnection conn, ContentDecoder decoder) {
try {
ProtocolState protocolState = SourceContext.getState(conn);
if (protocolState != ProtocolState.REQUEST_HEAD
&& protocolState != ProtocolState.REQUEST_BODY) {
handleInvalidState(conn, "Request message body data received");
return;
}
SourceContext.updateState(conn, ProtocolState.REQUEST_BODY);
SourceRequest request = SourceContext.getRequest(conn);
int readBytes = request.read(conn, decoder);
if (readBytes > 0) {
metrics.incrementBytesReceived(readBytes);
}
} catch (IOException e) {
logIOException(conn, e);
informReaderError(conn);
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
}
/**
* Commit the response to the connection. Processes the response through the configured
* HttpProcessor and submits it to be sent out. This method hides any exceptions and is targetted
* for non critical (i.e. browser requests etc) requests, which are not core messages
*
* @param conn the connection being processed
* @param response the response to commit over the connection
*/
public void commitResponseHideExceptions(
final NHttpServerConnection conn, final HttpResponse response) {
try {
conn.suspendInput();
sourceConfiguration.getHttpProcessor().process(response, conn.getContext());
conn.submitResponse(response);
} catch (HttpException e) {
handleException("Unexpected HTTP protocol error : " + e.getMessage(), e, conn);
} catch (IOException e) {
handleException("IO error submiting response : " + e.getMessage(), e, conn);
}
}
public void responseReady(NHttpServerConnection conn) {
try {
ProtocolState protocolState = SourceContext.getState(conn);
if (protocolState.compareTo(ProtocolState.REQUEST_DONE) < 0) {
return;
}
if (protocolState.compareTo(ProtocolState.CLOSING) >= 0) {
return;
}
if (protocolState != ProtocolState.REQUEST_DONE) {
handleInvalidState(conn, "Writing a response");
return;
}
// because the duplex nature of http core we can reach hear without a actual response
SourceResponse response = SourceContext.getResponse(conn);
if (response != null) {
response.start(conn);
metrics.incrementMessagesSent();
}
} catch (IOException e) {
logIOException(conn, e);
informWriterError(conn);
SourceContext.updateState(conn, ProtocolState.CLOSING);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
} catch (HttpException e) {
log.error(e.getMessage(), e);
informWriterError(conn);
SourceContext.updateState(conn, ProtocolState.CLOSING);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
}
public void exception(NHttpServerConnection conn, Exception ex) {
if (ex instanceof IOException) {
logIOException(conn, (IOException) ex);
metrics.incrementFaultsReceiving();
ProtocolState state = SourceContext.getState(conn);
if (state == ProtocolState.REQUEST_BODY || state == ProtocolState.REQUEST_HEAD) {
informReaderError(conn);
} else if (state == ProtocolState.RESPONSE_BODY || state == ProtocolState.RESPONSE_HEAD) {
informWriterError(conn);
} else if (state == ProtocolState.REQUEST_DONE) {
informWriterError(conn);
} else if (state == ProtocolState.RESPONSE_DONE) {
informWriterError(conn);
}
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
} else if (ex instanceof HttpException) {
try {
if (conn.isResponseSubmitted()) {
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
return;
}
HttpContext httpContext = conn.getContext();
HttpResponse response =
new BasicHttpResponse(HttpVersion.HTTP_1_1, HttpStatus.SC_BAD_REQUEST, "Bad request");
response.setParams(
new DefaultedHttpParams(sourceConfiguration.getHttpParams(), response.getParams()));
response.addHeader(HTTP.CONN_DIRECTIVE, HTTP.CONN_CLOSE);
// Pre-process HTTP request
httpContext.setAttribute(ExecutionContext.HTTP_CONNECTION, conn);
httpContext.setAttribute(ExecutionContext.HTTP_REQUEST, null);
httpContext.setAttribute(ExecutionContext.HTTP_RESPONSE, response);
sourceConfiguration.getHttpProcessor().process(response, httpContext);
conn.submitResponse(response);
SourceContext.updateState(conn, ProtocolState.CLOSED);
conn.close();
} catch (Exception ex1) {
log.error(ex.getMessage(), ex);
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
} else {
log.error("Unexoected error: " + ex.getMessage(), ex);
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
}
public void closed(NHttpServerConnection conn) {
ProtocolState state = SourceContext.getState(conn);
if (state == ProtocolState.REQUEST_READY || state == ProtocolState.RESPONSE_DONE) {
if (log.isDebugEnabled()) {
log.debug(conn + ": Keep-Alive connection was closed: " + conn);
}
} else if (state == ProtocolState.REQUEST_BODY || state == ProtocolState.REQUEST_HEAD) {
informReaderError(conn);
log.warn("Connection closed while reading the request: " + conn);
} else if (state == ProtocolState.RESPONSE_BODY || state == ProtocolState.RESPONSE_HEAD) {
informWriterError(conn);
log.warn("Connection closed while writing the response: " + conn);
} else if (state == ProtocolState.REQUEST_DONE) {
log.warn("Connection closed by the client after request is read: " + conn);
}
metrics.disconnected();
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
public void requestReceived(NHttpServerConnection conn) {
try {
HttpContext _context = conn.getContext();
_context.setAttribute(PassThroughConstants.REQ_ARRIVAL_TIME, System.currentTimeMillis());
if (!SourceContext.assertState(conn, ProtocolState.REQUEST_READY)
&& !SourceContext.assertState(conn, ProtocolState.WSDL_RESPONSE_DONE)) {
handleInvalidState(conn, "Request received");
return;
}
// we have received a message over this connection. So we must inform the pool
sourceConfiguration.getSourceConnections().useConnection(conn);
// at this point we have read the HTTP Headers
SourceContext.updateState(conn, ProtocolState.REQUEST_HEAD);
SourceRequest request = new SourceRequest(sourceConfiguration, conn.getHttpRequest(), conn);
SourceContext.setRequest(conn, request);
request.start(conn);
metrics.incrementMessagesReceived();
/** *** */
String method =
request.getRequest() != null
? request.getRequest().getRequestLine().getMethod().toUpperCase()
: "";
OutputStream os = null;
if ("GET".equals(method) || "HEAD".equals(method)) {
HttpContext context = request.getConnection().getContext();
ContentOutputBuffer outputBuffer =
new SimpleOutputBuffer(8192, new HeapByteBufferAllocator());
// ContentOutputBuffer outputBuffer
// = new SharedOutputBuffer(8192, conn, new
// HeapByteBufferAllocator());
context.setAttribute("synapse.response-source-buffer", outputBuffer);
os = new ContentOutputStream(outputBuffer);
}
sourceConfiguration
.getWorkerPool()
.execute(new ServerWorker(request, sourceConfiguration, os));
} catch (HttpException e) {
log.error(e.getMessage(), e);
informReaderError(conn);
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
} catch (IOException e) {
logIOException(conn, e);
informReaderError(conn);
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
}
private void handleInvalidState(NHttpServerConnection conn, String action) {
log.warn(
action + " while the handler is in an inconsistent state " + SourceContext.getState(conn));
SourceContext.updateState(conn, ProtocolState.CLOSED);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
public void outputReady(NHttpServerConnection conn, ContentEncoder encoder) {
try {
ProtocolState protocolState = SourceContext.getState(conn);
// special case to handle WSDLs
if (protocolState == ProtocolState.WSDL_RESPONSE_DONE) {
// we need to shut down if the shutdown flag is set
HttpContext context = conn.getContext();
ContentOutputBuffer outBuf =
(ContentOutputBuffer) context.getAttribute("synapse.response-source-buffer");
int bytesWritten = outBuf.produceContent(encoder);
if (metrics != null && bytesWritten > 0) {
metrics.incrementBytesSent(bytesWritten);
}
conn.requestInput();
if (outBuf instanceof SimpleOutputBuffer && !((SimpleOutputBuffer) outBuf).hasData()) {
sourceConfiguration.getSourceConnections().releaseConnection(conn);
}
return;
}
if (protocolState != ProtocolState.RESPONSE_HEAD
&& protocolState != ProtocolState.RESPONSE_BODY) {
log.warn(
"Illegal incoming connection state: "
+ protocolState
+ " . Possibly two send backs "
+ "are happening for the same request");
handleInvalidState(conn, "Trying to write response body");
return;
}
SourceContext.updateState(conn, ProtocolState.RESPONSE_BODY);
SourceResponse response = SourceContext.getResponse(conn);
int bytesSent = response.write(conn, encoder);
if (encoder.isCompleted()) {
HttpContext context = conn.getContext();
if (context.getAttribute(PassThroughConstants.REQ_ARRIVAL_TIME) != null
&& context.getAttribute(PassThroughConstants.REQ_DEPARTURE_TIME) != null
&& context.getAttribute(PassThroughConstants.RES_HEADER_ARRIVAL_TIME) != null) {
if (latencyView != null) {
latencyView.notifyTimes(
(Long) context.getAttribute(PassThroughConstants.REQ_ARRIVAL_TIME),
(Long) context.getAttribute(PassThroughConstants.REQ_DEPARTURE_TIME),
(Long) context.getAttribute(PassThroughConstants.RES_HEADER_ARRIVAL_TIME),
System.currentTimeMillis());
} else if (s2sLatencyView != null) {
s2sLatencyView.notifyTimes(
(Long) context.getAttribute(PassThroughConstants.REQ_ARRIVAL_TIME),
(Long) context.getAttribute(PassThroughConstants.REQ_DEPARTURE_TIME),
(Long) context.getAttribute(PassThroughConstants.RES_HEADER_ARRIVAL_TIME),
System.currentTimeMillis());
}
}
context.removeAttribute(PassThroughConstants.REQ_ARRIVAL_TIME);
context.removeAttribute(PassThroughConstants.REQ_DEPARTURE_TIME);
context.removeAttribute(PassThroughConstants.RES_HEADER_ARRIVAL_TIME);
}
metrics.incrementBytesSent(bytesSent);
} catch (IOException e) {
logIOException(conn, e);
informWriterError(conn);
SourceContext.updateState(conn, ProtocolState.CLOSING);
sourceConfiguration.getSourceConnections().shutDownConnection(conn);
}
}
/**
* Handle the response or error (during a failed send) message received for an outgoing request
*
* @param messageID Request message ID
* @param response the Axis2 MessageContext that has been received and has to be handled
* @param synapseOutMsgCtx the corresponding (outgoing) Synapse MessageContext for the above Axis2
* MC, that holds Synapse specific information such as the error handler stack and local
* properties etc.
* @throws AxisFault if the message cannot be processed
*/
private void handleMessage(
String messageID,
MessageContext response,
org.apache.synapse.MessageContext synapseOutMsgCtx,
AsyncCallback callback)
throws AxisFault {
// apply the tenant information to the out message context
TenantInfoConfigurator configurator =
synapseOutMsgCtx.getEnvironment().getTenantInfoConfigurator();
if (configurator != null) {
configurator.applyTenantInfo(synapseOutMsgCtx);
}
Object o = response.getProperty(SynapseConstants.SENDING_FAULT);
if (o != null && Boolean.TRUE.equals(o)) {
StatisticsReporter.reportFaultForAll(
synapseOutMsgCtx, ErrorLogFactory.createErrorLog(response));
// there is a sending fault. propagate the fault to fault handlers.
Stack faultStack = synapseOutMsgCtx.getFaultStack();
if (faultStack != null && !faultStack.isEmpty()) {
// if we have access to the full synapseOutMsgCtx.getEnvelope(), then let
// it flow with the error details. Else, replace its envelope with the
// fault envelope
try {
synapseOutMsgCtx.getEnvelope().build();
} catch (OMException x) {
synapseOutMsgCtx.setEnvelope(response.getEnvelope());
}
Exception e = (Exception) response.getProperty(SynapseConstants.ERROR_EXCEPTION);
synapseOutMsgCtx.setProperty(SynapseConstants.SENDING_FAULT, Boolean.TRUE);
synapseOutMsgCtx.setProperty(
SynapseConstants.ERROR_CODE, response.getProperty(SynapseConstants.ERROR_CODE));
synapseOutMsgCtx.setProperty(
SynapseConstants.ERROR_MESSAGE, response.getProperty(SynapseConstants.ERROR_MESSAGE));
synapseOutMsgCtx.setProperty(
SynapseConstants.ERROR_DETAIL, response.getProperty(SynapseConstants.ERROR_DETAIL));
synapseOutMsgCtx.setProperty(SynapseConstants.ERROR_EXCEPTION, e);
if (log.isDebugEnabled()) {
log.debug(
"[Failed Request Message ID : "
+ messageID
+ "]"
+ " [New to be Retried Request Message ID : "
+ synapseOutMsgCtx.getMessageID()
+ "]");
}
int errorCode = (Integer) response.getProperty(SynapseConstants.ERROR_CODE);
// If a timeout has occured and the timeout action of the callback is to discard the message
if (errorCode == SynapseConstants.NHTTP_CONNECTION_TIMEOUT
&& callback.getTimeOutAction() == SynapseConstants.DISCARD) {
// Do not execute any fault sequences. Discard message
if (log.isWarnEnabled()) {
log.warn(
"Synapse timed out for the request with Message ID : "
+ messageID
+ ". Ignoring fault handlers since the timeout action is DISCARD");
}
faultStack.removeAllElements();
} else {
((FaultHandler) faultStack.pop()).handleFault(synapseOutMsgCtx, null);
}
}
} else {
// there can always be only one instance of an Endpoint in the faultStack of a message
// if the send was successful, so remove it before we proceed any further
Stack faultStack = synapseOutMsgCtx.getFaultStack();
Endpoint successfulEndpoint = null;
if (faultStack != null && !faultStack.isEmpty() && faultStack.peek() instanceof Endpoint) {
successfulEndpoint = (Endpoint) faultStack.pop();
}
if (log.isDebugEnabled()) {
log.debug("Synapse received an asynchronous response message");
log.debug(
"Received To: " + (response.getTo() != null ? response.getTo().getAddress() : "null"));
log.debug(
"SOAPAction: "
+ (response.getSoapAction() != null ? response.getSoapAction() : "null"));
log.debug(
"WSA-Action: " + (response.getWSAAction() != null ? response.getWSAAction() : "null"));
String[] cids = response.getAttachmentMap().getAllContentIDs();
if (cids != null && cids.length > 0) {
for (String cid : cids) {
log.debug("Attachment : " + cid);
}
}
log.debug("Body : \n" + response.getEnvelope());
}
MessageContext axisOutMsgCtx =
((Axis2MessageContext) synapseOutMsgCtx).getAxis2MessageContext();
// Processes 'Accept-Encoding'
ResponseAcceptEncodingProcessor.process(response, axisOutMsgCtx);
response.setServiceContext(null);
response.setOperationContext(axisOutMsgCtx.getOperationContext());
response.setAxisMessage(
axisOutMsgCtx.getAxisOperation().getMessage(WSDLConstants.MESSAGE_LABEL_OUT_VALUE));
// set properties on response
response.setServerSide(true);
response.setProperty(SynapseConstants.ISRESPONSE_PROPERTY, Boolean.TRUE);
response.setProperty(
MessageContext.TRANSPORT_OUT, axisOutMsgCtx.getProperty(MessageContext.TRANSPORT_OUT));
response.setProperty(
org.apache.axis2.Constants.OUT_TRANSPORT_INFO,
axisOutMsgCtx.getProperty(org.apache.axis2.Constants.OUT_TRANSPORT_INFO));
response.setTransportIn(axisOutMsgCtx.getTransportIn());
response.setTransportOut(axisOutMsgCtx.getTransportOut());
// If request is REST assume that the response is REST too
response.setDoingREST(axisOutMsgCtx.isDoingREST());
if (axisOutMsgCtx.isDoingMTOM()) {
response.setDoingMTOM(true);
response.setProperty(
org.apache.axis2.Constants.Configuration.ENABLE_MTOM,
org.apache.axis2.Constants.VALUE_TRUE);
}
if (axisOutMsgCtx.isDoingSwA()) {
response.setDoingSwA(true);
response.setProperty(
org.apache.axis2.Constants.Configuration.ENABLE_SWA,
org.apache.axis2.Constants.VALUE_TRUE);
}
// when axis2 receives a soap message without addressing headers it users
// DISABLE_ADDRESSING_FOR_OUT_MESSAGES property to keep it and hence avoid addressing
// headers on the response. this causes a problem for synapse if the original message
// it receivs (from client) has addressing and the synaspse service invocation has not
// engage addressing. in this case when synapse receives the response from the server
// addessing In handler dissable addressing since that response does not have addressing
// headers. synapse sends the response to its orignal client using the same message
// context. Then this response does not have addressing headers since it already
// disable. to avoid this we need to set the DISABLE_ADDRESSING_FOR_OUT_MESSAGES
// property state to original state.
if (axisOutMsgCtx.getProperty(AddressingConstants.DISABLE_ADDRESSING_FOR_OUT_MESSAGES)
!= null) {
response.setProperty(
AddressingConstants.DISABLE_ADDRESSING_FOR_OUT_MESSAGES,
axisOutMsgCtx.getProperty(AddressingConstants.DISABLE_ADDRESSING_FOR_OUT_MESSAGES));
} else {
response.removeProperty(AddressingConstants.DISABLE_ADDRESSING_FOR_OUT_MESSAGES);
}
Object messageType =
axisOutMsgCtx.getProperty(org.apache.axis2.Constants.Configuration.MESSAGE_TYPE);
if (!HTTPConstants.MEDIA_TYPE_X_WWW_FORM.equals(messageType)) {
// copy the message type property that's used by the out message to the
// response message
response.setProperty(org.apache.axis2.Constants.Configuration.MESSAGE_TYPE, messageType);
}
// compare original received message (axisOutMsgCtx) soap version with the response
// if they are different change to original version
if (axisOutMsgCtx.isSOAP11() != response.isSOAP11()) {
if (axisOutMsgCtx.isSOAP11()) {
SOAPUtils.convertSOAP12toSOAP11(response);
} else {
SOAPUtils.convertSOAP11toSOAP12(response);
}
}
if (axisOutMsgCtx.getMessageID() != null) {
response.setRelationships(new RelatesTo[] {new RelatesTo(axisOutMsgCtx.getMessageID())});
}
response.setReplyTo(axisOutMsgCtx.getReplyTo());
response.setFaultTo(axisOutMsgCtx.getFaultTo());
if (axisOutMsgCtx.isPropertyTrue(NhttpConstants.IGNORE_SC_ACCEPTED)) {
response.setProperty(NhttpConstants.FORCE_SC_ACCEPTED, Constants.VALUE_TRUE);
}
// create the synapse message context for the response
Axis2MessageContext synapseInMessageContext =
new Axis2MessageContext(
response, synapseOutMsgCtx.getConfiguration(), synapseOutMsgCtx.getEnvironment());
synapseInMessageContext.setResponse(true);
Object obj = synapseOutMsgCtx.getProperty(SynapseConstants.FORCE_ERROR_PROPERTY);
String errorOnSOAPFault = (String) obj;
if (Constants.VALUE_TRUE.equals(errorOnSOAPFault) && successfulEndpoint != null) {
if (log.isDebugEnabled()) {
log.debug("FORCE_ERROR_ON_SOAP_FAULT is true, checking for SOAPFault");
}
try {
RelayUtils.buildMessage(
((Axis2MessageContext) synapseInMessageContext).getAxis2MessageContext(), true);
} catch (Exception e) {
// handleException("Error while building message", e, synapseInMessageContext);
}
if ((synapseInMessageContext.getEnvelope() != null)
&& synapseInMessageContext.getEnvelope().hasFault()) {
if (log.isDebugEnabled()) {
log.debug(
"SOAPFault found in response message, forcing endpoint "
+ successfulEndpoint.getName()
+ " to fail");
}
// setup new pipe configuration..if failure happens (this will be setup as the source
// writer and during the TargetContext
// clean up operation the writer will be reset and pull to the buffer
MessageContext axis2OUTMC =
((Axis2MessageContext) synapseOutMsgCtx).getAxis2MessageContext();
NHttpServerConnection conn =
(NHttpServerConnection) axis2OUTMC.getProperty("pass-through.Source-Connection");
if (conn != null) {
SourceConfiguration sourceConfiguration =
(SourceConfiguration) axis2OUTMC.getProperty("PASS_THROUGH_SOURCE_CONFIGURATION");
Pipe pipe =
new Pipe(
conn,
sourceConfiguration.getBufferFactory().getBuffer(),
"source",
sourceConfiguration);
axis2OUTMC.setProperty(PassThroughConstants.PASS_THROUGH_PIPE, pipe);
}
StatisticsReporter.reportFaultForAll(
synapseOutMsgCtx, ErrorLogFactory.createErrorLog(response));
synapseOutMsgCtx.setProperty(SynapseConstants.SENDING_FAULT, Boolean.TRUE);
synapseOutMsgCtx.setProperty(
SynapseConstants.ERROR_CODE, SynapseConstants.ENDPOINT_CUSTOM_ERROR);
((FaultHandler) successfulEndpoint).handleFault(synapseOutMsgCtx, null);
return;
} else {
successfulEndpoint.onSuccess();
}
} else if (successfulEndpoint != null) {
successfulEndpoint.onSuccess();
}
synapseInMessageContext.setTo(
new EndpointReference(AddressingConstants.Final.WSA_ANONYMOUS_URL));
synapseInMessageContext.setTracingState(synapseOutMsgCtx.getTracingState());
// set the properties of the original MC to the new MC
for (Object key : synapseOutMsgCtx.getPropertyKeySet()) {
synapseInMessageContext.setProperty(
(String) key, synapseOutMsgCtx.getProperty((String) key));
}
// Copy SequenceCallStack from original MC to the new MC
if (synapseOutMsgCtx.isContinuationEnabled()) {
// Set the message direction
if (!synapseOutMsgCtx.isResponse()) {
synapseInMessageContext.setResponse(false);
}
Stack<ContinuationState> seqContinuationStates =
synapseOutMsgCtx.getContinuationStateStack();
for (int i = 0; i < seqContinuationStates.size(); i++) {
synapseInMessageContext.pushContinuationState(seqContinuationStates.get(i));
}
}
// If this response is related to session affinity endpoints -Server initiated session
Dispatcher dispatcher =
(Dispatcher)
synapseOutMsgCtx.getProperty(SynapseConstants.PROP_SAL_ENDPOINT_CURRENT_DISPATCHER);
if (dispatcher != null && dispatcher.isServerInitiatedSession()) {
dispatcher.updateSession(synapseInMessageContext);
}
StatisticsReporter.reportForAllOnResponseReceived(synapseInMessageContext);
// send the response message through the synapse mediation flow
try {
synapseOutMsgCtx.getEnvironment().injectMessage(synapseInMessageContext);
} catch (SynapseException syne) {
Stack stack = synapseInMessageContext.getFaultStack();
if (stack != null && !stack.isEmpty()) {
((FaultHandler) stack.pop()).handleFault(synapseInMessageContext, syne);
} else {
log.error(
"Synapse encountered an exception, "
+ "No error handlers found - [Message Dropped]\n"
+ syne.getMessage());
}
}
}
}