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See:
Description
Interface Summary | |
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ErrorHandler | An interface used to represent an error handler |
Class Summary | |
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Aggregator | An implementation of the Aggregator pattern where a batch of messages are processed (up to a maximum amount or until some timeout is reached) and messages for the same correlation key are combined together using some kind of {@link AggregationStrategy ) (by default the latest message is used) to compress many message exchanges * into a smaller number of exchanges. |
BatchProcessor | A base class for any kind of Processor which implements some kind of
batch processing. |
CatchProcessor | |
ChoiceProcessor | Implements a Choice structure where one or more predicates are used which if they are true their processors are used, with a default otherwise clause used if none match. |
CompositeProcessor | Represents a composite pattern, aggregating a collection of processors together as a single processor |
DeadLetterChannel | Implements a Dead Letter
Channel after attempting to redeliver the message using the
RedeliveryPolicy |
Delayer | A Delayer which delays processing the exchange until the correct amount of time has elapsed using an expression to determine the delivery time. |
DelayProcessorSupport | A useful base class for any processor which provides some kind of throttling or delayed processing |
DelegateProcessor | A Delegate pattern which delegates processing to a nested processor which can
be useful for implementation inheritance when writing an Policy |
ErrorHandlerSupport | |
FilterProcessor | |
Interceptor | An interceptor which provides the processing logic as a pluggable processor
which allows the DelegateProcessor.proceed(Exchange) method to be called at some point |
Logger | A Processor which just logs to a Log object which can be used
as an exception handler instead of using a dead letter queue. |
LoggingErrorHandler | An ErrorHandler which uses commons-logging to dump the error |
MulticastProcessor | Implements the Multicast pattern to send a message exchange to a number of endpoints, each endpoint receiving a copy of the message exchange. |
Pipeline | Creates a Pipeline pattern where the output of the previous step is sent as input to the next step, reusing the same message exchanges |
ProceedProcessor | A Processor which proceeds on an Interceptor |
RecipientList | Implements a dynamic Recipient List pattern where the list of actual endpoints to send a message exchange to are dependent on some dynamic expression. |
RedeliveryPolicy | The policy used to decide how many times to redeliver and the time between the redeliveries before being sent to a Dead Letter Channel |
Resequencer | An implementation of the Resequencer which can reorder messages within a batch. |
SendProcessor | |
Splitter | Implements a dynamic Splitter pattern where an expression is evaluated to iterate through each of the parts of a message and then each part is then send to some endpoint. |
Throttler | A Throttler will set a limit on the maximum number of message exchanges which can be sent to a processor within a specific time period. |
TryProcessor | Implements try/catch/finally type processing |
Enum Summary | |
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LoggingLevel | Used to configure the logging levels |
A collection of Processor implementations which are used to implement the Enterprise Integration Patterns
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