Package org.apache.camel.processor.interceptor

Examples of org.apache.camel.processor.interceptor.TraceInterceptor

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        }

        // then wrap the output with the tracer
        // the tracer should have the fine grained definition so if a child is set then use it, if not then its the original output used
        ProcessorDefinition<?> traceDef = childDefinition != null ? childDefinition : outputDefinition;
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), traceDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // sort interceptors according to ordered
        Collections.sort(interceptors, new OrderedComparator());
        // then reverse list so the first will be wrapped last, as it would then be first being invoked
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        }

        // then wrap the output with the tracer
        // the tracer should have the fine grained definition so if a child is set then use it, if not then its the original output used
        ProcessorDefinition<?> traceDef = childDefinition != null ? childDefinition : outputDefinition;
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), traceDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // wrap the output with the configured interceptors
        for (InterceptStrategy strategy : interceptors) {
            next = target == nextProcessor ? null : nextProcessor;
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            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, next);
        }

        // then wrap the output with the tracer
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // sort interceptors according to ordered
        Collections.sort(interceptors, new OrderedComparator());
        // then reverse list so the first will be wrapped last, as it would then be first being invoked
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        }

        // then wrap the output with the tracer
        // the tracer should have the fine grained definition so if a child is set then use it, if not then its the original output used
        ProcessorDefinition<?> traceDef = childDefinition != null ? childDefinition : outputDefinition;
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), traceDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // wrap the output with the configured interceptors
        for (InterceptStrategy strategy : interceptors) {
            next = target == nextProcessor ? null : nextProcessor;
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        }

        // then wrap the output with the tracer
        // the tracer should have the fine grained definition so if a child is set then use it, if not then its the original output used
        ProcessorDefinition<?> traceDef = childDefinition != null ? childDefinition : outputDefinition;
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), traceDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // sort interceptors according to ordered
        Collections.sort(interceptors, new OrderedComparator());
        // then reverse list so the first will be wrapped last, as it would then be first being invoked
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            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, next);
        }

        // then wrap the output with the tracer
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // sort interceptors according to ordered
        Collections.sort(interceptors, new OrderedComparator());
        // then reverse list so the first will be wrapped last, as it would then be first being invoked
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            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, next);
        }

        // then wrap the output with the tracer
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // sort interceptors according to ordered
        Collections.sort(interceptors, new OrderedComparator());
        // then reverse list so the first will be wrapped last, as it would then be first being invoked
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        }

        // then wrap the output with the tracer
        // the tracer should have the fine grained definition so if a child is set then use it, if not then its the original output used
        ProcessorDefinition<?> traceDef = childDefinition != null ? childDefinition : outputDefinition;
        TraceInterceptor trace = (TraceInterceptor) getOrCreateTracer().wrapProcessorInInterceptors(routeContext.getCamelContext(), traceDef, target, null);
        // trace interceptor need to have a reference to route context so we at runtime can enable/disable tracing on-the-fly
        trace.setRouteContext(routeContext);
        target = trace;

        // wrap the output with the configured interceptors
        for (InterceptStrategy strategy : interceptors) {
            next = target == nextProcessor ? null : nextProcessor;
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Related Classes of org.apache.camel.processor.interceptor.TraceInterceptor

  • org.apache.camel.AsyncCallback
  • org.apache.camel.Endpoint
  • org.apache.camel.Exchange
  • org.apache.camel.Expression
  • org.apache.camel.impl.AggregateRouteNode
  • org.apache.camel.impl.DefaultExchange
  • org.apache.camel.impl.DefaultRouteNode
  • org.apache.camel.impl.DoCatchRouteNode
  • org.apache.camel.impl.DoFinallyRouteNode
  • org.apache.camel.impl.OnCompletionRouteNode
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