Uses of Class
org.pipecraft.pipes.async.AsyncPipe

Packages that use AsyncPipe

Package	Description
org.pipecraft.pipes.async.inter
org.pipecraft.pipes.async.inter.distributed
org.pipecraft.pipes.async.source
org.pipecraft.pipes.sync.inter
org.pipecraft.pipes.terminal

Uses of AsyncPipe in org.pipecraft.pipes.async.inter

Subclasses of AsyncPipe in org.pipecraft.pipes.async.inter

Modifier and Type	Class	Description
class	AsyncCallbackPipe<T>	A no-op async pipe that "spies" on data passing through it.
class	AsyncCompoundPipe<T>	A pipe encapsulating a pipeline.
class	AsyncFilterPipe<T>	An async version of the filter pipe (See FilterPipe.
class	AsyncFlexibleMapPipe<S,T>	An async version of the flexible mapper pipe (See FlexibleMapPipe.
class	AsyncHeadPipe<T>	An async version of the head pipe (See HeadPipe.
class	AsyncMapPipe<S,T>	An async version of the mapper pipe (See MapPipe.
class	AsyncProgressPipe<T>	A no-op async pipe that reports progress.
class	AsyncTimeoutPipe<T>	An async pipe enforcing a timeout on completion of its async input pipe.
class	AsyncUnionPipe<T>	An intermediate async pipe fed by a set of other async pipes.
class	SyncToAsyncPipe<T>	A pipe converting multiple sync pipes into a single async one.

Methods in org.pipecraft.pipes.async.inter that return AsyncPipe

Modifier and Type	Method	Description
protected abstract AsyncPipe<T>	AsyncCompoundPipe.createPipeline()

Constructors in org.pipecraft.pipes.async.inter with parameters of type AsyncPipe

Constructor	Description
AsyncCallbackPipe(AsyncPipe<T> inputPipe, FailableConsumer<? super T,? extends PipeException> itemCallback)	Constructor
AsyncFilterPipe(AsyncPipe<T> input, Predicate<? super T> predicate)	constructor
AsyncFlexibleMapPipe(AsyncPipe<S> input, PipeFactory<S,? extends T> factory)	constructor
AsyncHeadPipe(AsyncPipe<T> input, int count)	constructor
AsyncMapPipe(AsyncPipe<S> input, FailableFunction<? super S,T,PipeException> mapFunction)	constructor
AsyncProgressPipe(AsyncPipe<T> inputPipe, int sampleRate, Consumer<Integer> callback)	Constructor
AsyncTimeoutPipe(AsyncPipe<T> input, Duration timeout, ScheduledExecutorService schedExector)	constructor

Constructor parameters in org.pipecraft.pipes.async.inter with type arguments of type AsyncPipe

Constructor	Description
AsyncUnionPipe(Collection<AsyncPipe<T>> inputPipes)	Constructor

Uses of AsyncPipe in org.pipecraft.pipes.async.inter.distributed

Subclasses of AsyncPipe in org.pipecraft.pipes.async.inter.distributed

Modifier and Type	Class	Description
class	DistributedShufflerPipe<T>	An async pipe that takes input and shuffle it across multiple workers.

Constructors in org.pipecraft.pipes.async.inter.distributed with parameters of type AsyncPipe

Constructor	Description
DistributedShufflerPipe(AsyncPipe<T> input, DistributedShufflerConfig<T> config)	Another Constructor????? YES!

Uses of AsyncPipe in org.pipecraft.pipes.async.source

Subclasses of AsyncPipe in org.pipecraft.pipes.async.source

Modifier and Type	Class	Description
class	AsyncEmptyPipe<T>	An async source pipe returning no data.
class	AsyncMultiFileReaderPipe<T>	An async source pipe reading multiple local binary files.
class	AsyncSeqGenPipe<T>	An async source pipe, producing a fixed number of items using a fixed number of threads.
class	AsyncStorageMultiFileReaderPipe<T,B>	An async source pipe reading multiple remote binary files from the cloud.

Methods in org.pipecraft.pipes.async.source that return AsyncPipe

Modifier and Type	Method	Description
protected AsyncPipe<T>	AsyncMultiFileReaderPipe.createPipeline()
protected AsyncPipe<T>	AsyncStorageMultiFileReaderPipe.createPipeline()

Uses of AsyncPipe in org.pipecraft.pipes.sync.inter

Constructors in org.pipecraft.pipes.sync.inter with parameters of type AsyncPipe

Constructor	Description
AsyncToSyncPipe(AsyncPipe<T> inputPipe, int queueCapacity, Supplier<T> markerFactory)	Constructor Uses a LinkedBlockingQueue with the given capacity
AsyncToSyncPipe(AsyncPipe<T> inputPipe, BlockingQueue<T> queue, Supplier<T> markerFactory)	Constructor

Uses of AsyncPipe in org.pipecraft.pipes.terminal

Constructors in org.pipecraft.pipes.terminal with parameters of type AsyncPipe

Constructor	Description
AsyncCollectionWriterPipe(AsyncPipe<T> input)	Constructor Collects items into a thread safe List created internally.
AsyncCollectionWriterPipe(AsyncPipe<T> input, Collection<T> outputCollection)	Constructor
AsyncConsumerPipe(AsyncPipe<T> inputPipe)	Constructor
AsyncConsumerPipe(AsyncPipe<T> inputPipe, FailableConsumer<? super T,PipeException> itemAction)	Constructor
AsyncConsumerPipe(AsyncPipe<T> inputPipe, FailableConsumer<? super T,PipeException> itemAction, Runnable terminationAction)	Constructor
AsyncEnqueuingSharderPipe(AsyncPipe<T> input, List<? extends BlockingQueue<T>> queues, Function<? super T,Integer> selectorFunction, T successMarker, T errorMarker)	Constructor
AsyncEnqueuingSharderPipe(AsyncPipe<T> input, List<? extends BlockingQueue<T>> queues, T successMarker, T errorMarker)	Constructor Uses hash based sharding into queues
AsyncSharderByHashPipe(AsyncPipe<T> input, EncoderFactory<? super T> encoderFactory, int shardCount, File folder)	Constructor Uses default file write options.
AsyncSharderByHashPipe(AsyncPipe<T> input, EncoderFactory<? super T> encoderFactory, int shardCount, File folder, FileWriteOptions writeOptions)	Constructor
AsyncSharderPipe(AsyncPipe<T> input, EncoderFactory<? super T> encoderFactory, Function<? super T,String> shardSelectorFunction, File folder)	Constructor Uses default file write options
AsyncSharderPipe(AsyncPipe<T> input, EncoderFactory<? super T> encoderFactory, Function<? super T,String> shardSelectorFunction, File folder, FileWriteOptions writeOptions)	Constructor