Uses of Class
org.mule.runtime.core.processor.strategy.AbstractProcessingStrategyFactory

Packages that use AbstractProcessingStrategyFactory

Package	Description
org.mule.runtime.core.processor.strategy

Uses of AbstractProcessingStrategyFactory in org.mule.runtime.core.processor.strategy

Subclasses of AbstractProcessingStrategyFactory in org.mule.runtime.core.processor.strategy

Modifier and Type	Class and Description
class	ProactorStreamProcessingStrategyFactory Creates ReactorProcessingStrategyFactory.ReactorProcessingStrategy instance that implements the proactor pattern by de-multiplexing incoming events onto a single event-loop using a ring-buffer and then using using the SchedulerService.cpuLightScheduler() to process these events from the ring-buffer.
class	ReactorProcessingStrategyFactory Creates ReactorProcessingStrategy instance that use the SchedulerService.cpuLightScheduler() to process all incoming events.
class	ReactorStreamProcessingStrategyFactory Creates ReactorStreamProcessingStrategyFactory instances that implements the reactor pattern by de-multiplexes incoming messages onto a single event-loop using a ring-buffer and then using using the SchedulerService.cpuLightScheduler() to process events from the ring-buffer.
class	TransactionAwareProactorStreamProcessingStrategyFactory Creates default processing strategy with same behavior as ProactorStreamProcessingStrategyFactory apart from the fact it will process synchronously without error when a transaction is active.
class	TransactionAwareWorkQueueProcessingStrategyFactory Creates default processing strategy with same behavior as WorkQueueProcessingStrategyFactory apart from the fact it will process synchronously without error when a transaction is active.
class	WorkQueueProcessingStrategyFactory Creates WorkQueueProcessingStrategy instances.
class	WorkQueueStreamProcessingStrategyFactory Creates WorkQueueStreamProcessingStrategy instances that de-multiplexes incoming messages using a ring-buffer but instead of processing events using a constrained SchedulerService.cpuLightScheduler(), or by using the proactor pattern, instead simply performs all processing on a larger work queue pool using a fixed number of threads from the SchedulerService.ioScheduler().