All Classes and Interfaces

Class
Description
Stage responsible for executing the AsyncMessageInterceptors after message processing.
Stage responsible for executing the AsyncMessageInterceptors before message processing.
Base implementation for ContainerOptions.
 
MessageProcessingPipelineSink implementation that delegates method invocations to the provided delegate.
Base class for implementing a HandlerMethodEndpoint.
BeanPostProcessor implementation that scans beans for a @SqsListener annotation, extracts information to a SqsEndpoint, and registers it in the EndpointRegistrar.
A MessageSource implementation capable of converting messages from a Source type to a Target type.
Base implementation for MessageListenerContainer with SmartLifecycle and component management capabilities.
Base implementation for a MessageListenerContainerFactory.
Base implementation for MessageProcessingPipelineSink containing SmartLifecycle features and useful execution methods that can be used by subclasses.
Base MessagingMessageConverter implementation.
Base class for MessagingOperations
Base class for template options, to be extended by subclasses.
Base class for invoking an InvocableHandlerMethod.
Base implementation for a AcknowledgementProcessor with SmartLifecycle capabilities.
Base MessageListenerContainer implementation for managing Message instances' lifecycles.
Base PollingMessageSource implementation with SmartLifecycle capabilities.
MessageSource implementation for polling messages from a SQS queue and converting them to messaging Message.
Interface representing a message acknowledgement.
MessageConversionContext specialization that enables setting an AcknowledgementCallback to be used when mapping acknowledgement related properties.
Interface representing an acknowledgement callback to be executed, usually by a AcknowledgementHandler implementation.
Allows executing acknowledgements for a batch of messages.
Interface for managing acknowledgement in success and failure scenarios.
Stage responsible for executing the AcknowledgementHandler.
Configures the acknowledgement behavior for this container.
Configures the ordering of acknowledgements.
MessageSource specialization that enables processing acknowledgements for the Message instances through an AcknowledgementExecutor
Top-level interface for a component capable of processing acknowledgements.
Provides actions to be executed after a message acknowledgement completes with either success or failure.
Exception representing a failure to execute a AcknowledgementResultCallback.
HandlerMethodArgumentResolver implementation for resolving Acknowledgement arguments.
Stage responsible for executing the AsyncMessageInterceptor instances from the MessageProcessingContext after message processing.
Stage responsible for executing the AsyncMessageInterceptors after message processing.
AcknowledgementHandler implementation that acknowledges on both success and error.
Provides actions to be executed after a message acknowledgement completes with either success or failure.
Exception representing a failure on an execution attempted by a blocking adapter.
Utility class for adapting blocking components to their asynchronous variants.
Base class for BlockingComponentAdapters.
Interface for handling message processing errors async.
Async interface for intercepting messages before and after execution.
Async listener to process individual Message instances.
AsyncMessageListener implementation to handle a message by invoking a method handler.
Asynchronous messaging operations.
Abstraction to handle backpressure within a PollingMessageSource.
Configuration for application throughput.
Enables acknowledging messages for ListenerMode.BATCH.
HandlerMethodArgumentResolver implementation for resolving BatchAcknowledgement arguments.
BackPressureHandler specialization that allows requesting and releasing batches.
MessageSink implementation that emits the whole received batch of messages to the configured MessageProcessingPipeline.
HandlerMethodArgumentResolver implementation for resolving List arguments.
BatchVisibility interface that can be injected as parameter into a listener method.
Stage responsible for executing the AsyncMessageInterceptors from the MessageProcessingContext before message processing.
Stage responsible for executing the AsyncMessageInterceptors before message processing.
 
Utility methods for using convenient CompletableFuture methods from later JDK versions in Java 8.
Representation of a MessageListenerContainer component that can be configured using a ContainerOptions instance.
Utility class for conditional configurations.
A factory for creating components for the MessageListenerContainer.
Contains the options to be used by the MessageListenerContainer at runtime.
A builder for creating a ContainerOptions instance.
A HeaderMapper specialization that supports receiving a MessageConversionContext for mapping context dependent headers.
A MessagingMessageConverter specialization that enables receving a MessageConversionContext that can be used to add context specific properties to the converted message.
MessageListenerContainerRegistry implementation that registers the MessageListenerContainer instances and manage their lifecycle.
Represents a messaging endpoint from which messages can be consumed by a MessageListenerContainer.
Processes the registered Endpoint instances using the appropriate MessageListenerContainerFactory.
Interface for handling errors.
Stage responsible for executing the AsyncErrorHandler after a failed MessageListener execution.
AcknowledgementProcessor specialization that allows for delegating acknowledgement execution to a AcknowledgementExecutor.
MessageProcessingPipelineSink implementation that executes messages from the provided batch in parallel.
Grouping strategy for Fifo SQS with batch listener mode.
ContainerComponentFactory implementation for creating components for FIFO queues.
AbstractSqsMessageSource implementation for FIFO queues.
Methods related to FIFO queues.
Endpoint specialization that indicates that Message instances coming from this endpoint will be handled by a HandlerMethod.
Mapper interface to map from and to MessageHeaders and a given source type.
Representation of a component that can be assigned an id.
 
Handler for lifecycle methods.
Exception thrown when the AsyncMessageListener completes with an exception.
Configure the delivery strategy to be used by a MessageListenerContainer.
 
Marker interface for a message conversion context.
A Thread implementation for processing messages.
CustomizableThreadFactory implementation for creating MessageExecutionThread instances.
AbstractDelegatingMessageListeningSinkAdapter implementation that groups the received batch according to the provided grouping function and emits each sub batch to the delegate separately.
Utility class for extracting MessageHeaders from a Message.
Interface for intercepting messages before and after execution.
Interface to process incoming Messages.
A container for an AsyncMessageListener with SmartLifecycle capabilities.
Creates MessageListenerContainer instances for given Endpoint instances or endpoint names.
Interface for registering and looking up containers at startup and runtime.
Stage responsible for executing the AsyncMessageListener.
Holds the components that will be used on the MessageProcessingPipeline.
 
A message processing context that can be used for communication between components.
Represents a stage in the processing pipeline that will be used to process Message instances.
Entrypoint for constructing a MessageProcessingPipeline MessageProcessingPipelineBuilder.ComposingMessagePipelineStage.
MessageSink specialization that uses a MessageProcessingPipeline as the output.
Component that handles the flow of Messages.
A source of Message instances.
An AbstractDelegatingMessageListeningSinkAdapter that adds an MessageVisibilityExtendingSinkAdapter<T>.io.awspring.cloud.sqs.listener.sink.adapter.MessageVisibilityExtendingSinkAdapter.OriginalBatchMessageVisibilityExtendingInterceptor to the MessageProcessingContext.
MessageHeaders associated with messaging operations.
A converter for converting source or target objects to and from Spring Messaging Messages.
MessageHeaders implementation that allows providing an external UUID.
MessageListener implementation to handle a message by invoking a method handler.
Exception to represent the failure of a Messaging Operation.
Synchronous messaging operations.
Options to be used by the template.
AcknowledgementHandler implementation that never acknowledges regardless of the result.
 
AcknowledgementHandler implementation that only acknowledges on success.
MessageProcessingPipelineSink implementation that processes provided messages sequentially and in order.
MessageSource extension that provides polling configurations and SmartLifecycle capabilities.
Queue attributes extracted from SQS, as well as the queue name and url.
Implementations are enabled to receive a QueueAttributes instance.
HandlerMethodArgumentResolver implementation for resolving QueueAttributes arguments.
Resolves QueueAttributes for the specified queue.
A builder for creating QueueAttributesResolver instances.
Exception thrown when a QueueAttributesResolver fails.
BatchVisibility implementation for SQS messages.
Visibility implementation for SQS messages.
Configure the strategy to be used when a specified queue is not found at container startup.
BackPressureHandler implementation that uses a Semaphore for handling backpressure.
 
The strategy to use when handling a send batch operation that has at least one failed message.
Exception representing a partial or complete failure in sending a batch of messages to an endpoint.
The result of a send operation.
The result of a batch send operation.
The result of a failed send operation.
SmartMessageConverter implementation that returns the payload unchanged if the target class for Serialization / Deserialization matches the payload class.
 
Annotation that is used to map SNS notification value on an SQS Queue to a variable that is annotated.
Exception representing an error during acknowledgement execution.
AcknowledgementExecutor implementation for SQS queues.
Implementations are enabled to receive a SqsAsyncClient instance.
Sqs-specific asynchronous messaging operations for Standard and Fifo queues.
Utility class containing the bean names used for the framework's bean registration.
Registers the DefaultListenerContainerRegistry and EndpointRegistrar that will be used to bootstrap the AWS SQS integration.
Sqs specific implementation of ContainerOptions.
ContainerOptionsBuilder specialization for SQS specific options.
Endpoint implementation for SQS endpoints.
 
Top-level exception for Sqs RuntimeException instances.
A HeaderMapper implementation for SQS Messages.
The MessageHeaders names used for Message instances created from SQS messages.
 
Methods with this annotation will be wrapped by a MessageListener or AsyncMessageListener and set to a MessageListenerContainer.
Acknowledgement strategies supported by the SqsListener annotation.
Beans implementing this interface can configure the EndpointRegistrar instance used to process Endpoint instances and change general settings for processing all SqsListener annotations.
MessageConversionContext implementation that contains SQS related properties for mapping additional MessageHeaders.
MessageListenerContainer implementation for SQS queues.
 
MessageListenerContainerFactory implementation for creating SqsMessageListenerContainer instances.
 
Resolves original SQS message object {@link (software.amazon.awssdk.services.sqs.model.Message)} from Spring Messaging message object Message.
MessagingMessageConverter implementation for converting SQS Message instances to Spring Messaging Message instances.
Sqs-specific synchronous messaging operations for Standard and Fifo queues.
Options for receiving messages from SQS queues, with a method chaining API.
Options for sending messages to SQS queues, with a method chaining API.
Sqs-specific implementation of AbstractMessagingTemplate
Builder interface for creating a SqsTemplate instance.
Sqs specific options for the SqsTemplate.
SQS parameters added to SendResult objects as additional information.
A ContainerComponentFactory implementation for Standard SQS queues.
AbstractSqsMessageSource implementation for standard queues.
Enables a class to receive a container managed TaskExecutor.
Acknowledgement modes to be used by a MessageReceivingOperations implementation.
The ContentBasedDeduplication queue attribute value to be used by the SqsTemplate when sending messages to a FIFO queue.
Exception thrown when an executor is provided with an unsupported ThreadFactory.
Visibility interface that can be injected as parameter into a listener method.