Package | Description |
---|---|
teetime.framework |
Contains the implementation of the TeeTime framework.
|
teetime.framework.exceptionHandling |
Copyright © 2015 Christian Wulf, Nelson Tavares de Sousa (http://teetime-framework.github.io)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
teetime.framework.performancelogging | |
teetime.framework.performancelogging.formatstrategy | |
teetime.framework.pipe |
Contains all pipes related classes, such as factories and pre-defined pipes.
|
teetime.framework.scheduling.globaltaskpool | |
teetime.framework.scheduling.pushpullmodel | |
teetime.framework.signal |
Contains the signals that are used within the framework.
|
teetime.framework.termination | |
teetime.framework.test |
Copyright © 2015 Christian Wulf, Nelson Tavares de Sousa (http://teetime-framework.github.io)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
teetime.framework.validation | |
teetime.stage |
Contains a set of pre-defined stages, which are ready-to-go and can be used for analysis configuration.
|
teetime.stage.basic | |
teetime.stage.basic.distributor | |
teetime.stage.basic.distributor.dynamic | |
teetime.stage.basic.distributor.strategy | |
teetime.stage.basic.merger | |
teetime.stage.basic.merger.dynamic | |
teetime.stage.basic.merger.strategy | |
teetime.stage.io | |
teetime.stage.quicksort | |
teetime.stage.string | |
teetime.stage.taskfarm | |
teetime.stage.xml | |
teetime.util.framework.port |
Class and Description |
---|
AbstractConsumerStage |
AbstractPipe
Represents an abstract implementation of an
IPipe . |
AbstractPort |
AbstractProducerStage
The
ProducerStage produces at least one element at each execution. |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
CompositeStage
Represents a minimal stage that composes several other stages.
|
Configuration
Represents a configuration of connected stages.
|
ConfigurationBuilder.Connection |
ConfigurationContext
Deprecated.
since 3.0. Scheduled to be remove in 3.1 or above without replacement.
|
ConfigurationFacade
Used to access the package-private methods of
Configuration . |
InputPort |
ITraverserVisitor |
OutputPort |
RuntimeServiceFacade |
StageFacade
Used to access the package-private methods of
AbstractStage and CompositeStage . |
StageState |
TeeTimeScheduler
Represents a scheduling strategy for TeeTime-based configurations.
|
TerminationStrategy
Deprecated.
since 3.0.
We will completely remove framework-backed support for infinite producers since it has never worked correctly in all (corner) cases.
Instead, please use finite producers and implement an appropriate termination condition by your own.
|
Traverser.EndOfTraverse |
Traverser.VisitorBehavior |
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Class and Description |
---|
AbstractPipe
Represents an abstract implementation of an
IPipe . |
InputPort |
OutputPort |
Class and Description |
---|
AbstractPort |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Configuration
Represents a configuration of connected stages.
|
InputPort |
ITraverserVisitor |
TeeTimeScheduler
Represents a scheduling strategy for TeeTime-based configurations.
|
Traverser.VisitorBehavior |
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Configuration
Represents a configuration of connected stages.
|
TeeTimeScheduler
Represents a scheduling strategy for TeeTime-based configurations.
|
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
InputPort |
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
CompositeStage
Represents a minimal stage that composes several other stages.
|
InputPort |
OutputPort |
Class and Description |
---|
InputPort |
OutputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractProducerStage
The
ProducerStage produces at least one element at each execution. |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
InputPort |
OutputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
InputPort |
OutputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
OutputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
InputPort |
OutputPort |
Class and Description |
---|
OutputPort |
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
InputPort |
OutputPort |
Class and Description |
---|
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
InputPort |
OutputPort |
Class and Description |
---|
InputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractProducerStage
The
ProducerStage produces at least one element at each execution. |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
CompositeStage
Represents a minimal stage that composes several other stages.
|
InputPort |
OutputPort |
Class and Description |
---|
CompositeStage
Represents a minimal stage that composes several other stages.
|
InputPort |
OutputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
CompositeStage
Represents a minimal stage that composes several other stages.
|
InputPort |
OutputPort |
Class and Description |
---|
CompositeStage
Represents a minimal stage that composes several other stages.
|
InputPort |
OutputPort |
Class and Description |
---|
AbstractConsumerStage |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Class and Description |
---|
AbstractPort |
AbstractStage
Represents a minimal Stage, with some pre-defined methods.
|
Copyright © 2015–2020. All rights reserved.