Examples of org.apache.camel.processor.InterceptorToAsyncProcessorBridge

org.apache.camel.processor.InterceptorToAsyncProcessorBridge
A bridge to have regular interceptors implemented as {@link org.apache.camel.Processor}work with the asynchronous routing engine without causing side effects. @version $Revision: 959391 $

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            if (!(wrapped instanceof WrapProcessor)) {
                // wrap the target so it becomes a service and we can manage its lifecycle
                wrapped = new WrapProcessor(wrapped, target);

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            target = wrapped;
        }

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            target = wrapped;
        }

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            target = wrapped;
        }

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            // ensure target gets wrapped so we can control its lifecycle
            if (!(wrapped instanceof WrapProcessor)) {
                wrapped = new WrapProcessor(wrapped, target);

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            // ensure target gets wrapped so we can control its lifecycle
            if (!(wrapped instanceof WrapProcessor)) {
                wrapped = new WrapProcessor(wrapped, target);

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            if (!(wrapped instanceof WrapProcessor)) {
                // wrap the target so it becomes a service and we can manage its lifecycle
                wrapped = new WrapProcessor(wrapped, target);

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            target = wrapped;
        }

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            // ensure target gets wrapped so we can control its lifecycle
            if (!(wrapped instanceof WrapProcessor)) {
                wrapped = new WrapProcessor(wrapped, target);

View Full Code Here

                        + " Camel will use a bridge to adapt the interceptor to the asynchronous routing engine,"
                        + " but its not the most optimal solution. Please consider changing your interceptor to comply.");


                // use a bridge and wrap again which allows us to adapt and leverage the asynchronous routing engine anyway
                // however its not the most optimal solution, but we can still run.
                InterceptorToAsyncProcessorBridge bridge = new InterceptorToAsyncProcessorBridge(target);
                wrapped = strategy.wrapProcessorInInterceptors(routeContext.getCamelContext(), targetOutputDef, bridge, next);
                bridge.setTarget(wrapped);
                wrapped = bridge;
            }
            if (!(wrapped instanceof WrapProcessor)) {
                // wrap the target so it becomes a service and we can manage its lifecycle
                wrapped = new WrapProcessor(wrapped, target);

View Full Code Here

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Related Classes of org.apache.camel.processor.InterceptorToAsyncProcessorBridge

org.apache.camel.processor.interceptor.DefaultChannel

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