Examples of org.apache.camel.spi.InterceptStrategy.wrapProcessorInInterceptors()

Class org.apache.camel.spi.InterceptStrategy

Examples of org.apache.camel.spi.InterceptStrategy.wrapProcessorInInterceptors()

org.apache.camel.spi.InterceptStrategy.wrapProcessorInInterceptors()
This method is invoked by {@link ProcessorType#wrapProcessor(RouteContext,Processor)}to give the implementor an opportunity to wrap the target processor in a route. @param processorType the object that invokes this method @param target the processor to be wrapped @return processor wrapped with an interceptor or not wrapped @throws Exception can be thrown


        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, target, next);
        }


        // then wrap the output with the backlog and tracer (backlog first, as we do not want regular tracer to tracer the backlog)
        InterceptStrategy tracer = getOrCreateBacklogTracer();
        camelContext.addService(tracer);

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            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

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            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

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), outputDefinition, target, next);
        }


        // 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;

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), outputDefinition, target, next);
        }


        // 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;

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            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

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            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

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        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), outputDefinition, target, next);
        }


        // 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;

View Full Code Here


        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            next = target == nextProcessor ? null : nextProcessor;
            target = managed.wrapProcessorInInterceptors(routeContext.getCamelContext(), outputDefinition, target, next);
        }


        // 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;

View Full Code Here


        // first wrap the output with the managed strategy if any
        InterceptStrategy managed = routeContext.getManagedInterceptStrategy();
        if (managed != null) {
            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

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