Package org.apache.camel.impl

Examples of org.apache.camel.impl.DefaultRouteNode

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        traceExchange(exchange);
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }

    private void traceDoFinally(TracedRouteNodes traced, Exchange exchange) throws Exception {
        traced.addTraced(new DefaultRouteNode(traced.getLastNode().getProcessorDefinition(), traced.getLastNode().getProcessor()));
        traced.addTraced(new DoFinallyRouteNode());
        // log and trace so we have the from -> doFinally event as well
        logExchange(exchange);
        traceExchange(exchange);
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }

    private void traceAggregate(TracedRouteNodes traced, Exchange exchange) {
        traced.addTraced(new AggregateRouteNode((AggregateDefinition) node.getParent()));
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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    protected void traceIntercept(InterceptDefinition intercept, TracedRouteNodes traced, Exchange exchange) throws Exception {
        // use the counter to get the index of the intercepted processor to be traced
        Processor last = intercept.getInterceptedProcessor(traced.getAndIncrementCounter(intercept));
        if (last != null) {
            traced.addTraced(new DefaultRouteNode(node, last));

            boolean shouldLog = shouldLogNode(node) && shouldLogExchange(exchange);
            if (shouldLog) {
                // log and trace the processor that was intercepted so we can see it
                logExchange(exchange);
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                    } else if (ProcessorDefinitionHelper.isFirstChildOfType(AggregateDefinition.class, node)) {
                        // special for aggregate
                        traceAggregate(traced, exchange);
                    } else {
                        // regular so just add it
                        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
                    }
                } else {
                    LOG.trace("Cannot trace as this Exchange does not have an UnitOfWork: {}", exchange);
                }
            }
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    private void traceOnCompletion(TracedRouteNodes traced, Exchange exchange) {
        traced.addTraced(new OnCompletionRouteNode());
        // do not log and trace as onCompletion should be a new event on its own
        // add the next step as well so we have onCompletion -> new step
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }

    private void traceOnException(TracedRouteNodes traced, Exchange exchange) throws Exception {
        if (traced.getLastNode() != null) {
            traced.addTraced(new DefaultRouteNode(traced.getLastNode().getProcessorDefinition(), traced.getLastNode().getProcessor()));
        }
        traced.addTraced(new OnExceptionRouteNode());
        // log and trace so we have the from -> onException event as well
        logExchange(exchange);
        traceExchange(exchange);
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }

    private void traceDoCatch(TracedRouteNodes traced, Exchange exchange) throws Exception {
        if (traced.getLastNode() != null) {
            traced.addTraced(new DefaultRouteNode(traced.getLastNode().getProcessorDefinition(), traced.getLastNode().getProcessor()));
        }
        traced.addTraced(new DoCatchRouteNode());
        // log and trace so we have the from -> doCatch event as well
        logExchange(exchange);
        traceExchange(exchange);
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }

    private void traceDoFinally(TracedRouteNodes traced, Exchange exchange) throws Exception {
        if (traced.getLastNode() != null) {
            traced.addTraced(new DefaultRouteNode(traced.getLastNode().getProcessorDefinition(), traced.getLastNode().getProcessor()));
        }
        traced.addTraced(new DoFinallyRouteNode());
        // log and trace so we have the from -> doFinally event as well
        logExchange(exchange);
        traceExchange(exchange);
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }

    private void traceAggregate(TracedRouteNodes traced, Exchange exchange) {
        traced.addTraced(new AggregateRouteNode((AggregateDefinition) node.getParent()));
        traced.addTraced(new DefaultRouteNode(node, super.getProcessor()));
    }
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    protected void traceIntercept(InterceptDefinition intercept, TracedRouteNodes traced, Exchange exchange) throws Exception {
        // use the counter to get the index of the intercepted processor to be traced
        Processor last = intercept.getInterceptedProcessor(traced.getAndIncrementCounter(intercept));
        if (last != null) {
            traced.addTraced(new DefaultRouteNode(node, last));

            boolean shouldLog = shouldLogNode(node) && shouldLogExchange(exchange);
            if (shouldLog) {
                // log and trace the processor that was intercepted so we can see it
                logExchange(exchange);
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Related Classes of org.apache.camel.impl.DefaultRouteNode

  • org.apache.camel.Processor
  • org.apache.camel.processor.interceptor.TraceInterceptor
  • org.apache.camel.processor.Traceable
  • org.apache.camel.Traceable
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