Uses of Interface org.pipecraft.pipes.serialization.EncoderFactory (org.pipecraft.pipes:pipes-core 0.9 API)

Packages that use EncoderFactory
Package Description

org.pipecraft.pipes.serialization

org.pipecraft.pipes.sync.inter

org.pipecraft.pipes.terminal

Uses of EncoderFactory in org.pipecraft.pipes.serialization

Subinterfaces of EncoderFactory in org.pipecraft.pipes.serialization
Modifier and Type	Interface	Description
`interface`	`CodecFactory<T>`	A factory of both encoders and decoders

Classes in org.pipecraft.pipes.serialization that implement EncoderFactory
Modifier and Type	Class	Description
`class`	`AvroCodecFactory<T>`	A codec factory for AVRO format.
`class`	`DelegatingCodecFactory<T>`	Wraps a given encoder and decoder factories, and delegates encoding/decoding creation requests to them.
`class`	`SimpleEncoderFactory<T>`	A simple generic encoder factory implementation.
`class`	`TxtCodecFactory<T>`	A textual encoder-decoder
`class`	`TxtEncoderFactory<T>`	An `EncoderFactory` that encodes items as text, delimiting them by "\n".

Fields in org.pipecraft.pipes.serialization declared as EncoderFactory
Modifier and Type	Field	Description
`static EncoderFactory<Integer>`	IntEncoders.`INT16_BE_ENCODER_FACTORY`
`static EncoderFactory<Integer>`	IntEncoders.`INT16_LE_ENCODER_FACTORY`
`static EncoderFactory<Integer>`	IntEncoders.`INT32_BE_ENCODER_FACTORY`
`static EncoderFactory<Integer>`	IntEncoders.`INT32_LE_ENCODER_FACTORY`
`static EncoderFactory<Long>`	IntEncoders.`INT64_BE_ENCODER_FACTORY`
`static EncoderFactory<Long>`	IntEncoders.`INT64_LE_ENCODER_FACTORY`

Methods in org.pipecraft.pipes.serialization that return EncoderFactory
Modifier and Type	Method	Description
`static <R> EncoderFactory<R>`	AvroEncoder.`getFactory(Class<R> clazz)`
`static <R> EncoderFactory<R>`	CSVEncoder.`getFactory(Function<R,String[]> itemTextualizer)`
`static <R> EncoderFactory<R>`	CSVEncoder.`getFactory(Function<R,String[]> itemTextualizer, Charset charset, char delimiter, String headerBlock)`

Constructors in org.pipecraft.pipes.serialization with parameters of type EncoderFactory
Constructor	Description
`DelegatingCodecFactory(EncoderFactory<T> encoder, DecoderFactory<T> decoder)`	Constructor

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

Constructors in org.pipecraft.pipes.sync.inter with parameters of type EncoderFactory
Constructor	Description
`IntermediateBinFileWriterPipe(Pipe<T> input, File outputFile, FileWriteOptions options, EncoderFactory<? super T> encoderFactory)`	Constructor
`IntermediateBinFileWriterPipe(Pipe<T> input, File outputFile, EncoderFactory<? super T> encoderFactory)`	Constructor Uses default file write settings (see @{FileWriteOptions})
`IntermediateSharderBySeqPipe(Pipe<T> input, EncoderFactory<? super T> encoderFactory, FailableFunction<? super T,String,PipeException> shardSelectorFunction, File folder)`	Constructor Uses default file write options
`IntermediateSharderBySeqPipe(Pipe<T> input, EncoderFactory<? super T> encoderFactory, FailableFunction<? super T,String,PipeException> shardSelectorFunction, File folder, FileWriteOptions fileWriteOptions)`	Constructor
`SortPipe(Pipe<T> input, int maxItemsInMemory, File tmpFolder, EncoderFactory<? super T> encoderFactory, DecoderFactory<T> decoderFactory, Comparator<T> comparator)`	Constructor Uses compression on temp files.
`SortPipe(Pipe<T> input, int maxItemsInMemory, File tmpFolder, EncoderFactory<? super T> encoderFactory, DecoderFactory<T> decoderFactory, Comparator<T> comparator, Compression tempFilesCompression)`	Constructor

Uses of EncoderFactory in org.pipecraft.pipes.terminal

Constructors in org.pipecraft.pipes.terminal with parameters of type EncoderFactory
Constructor	Description
`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
`BinFileWriterPipe(Pipe<T> input, File outputFile, FileWriteOptions options, EncoderFactory<? super T> encoderFactory)`	Constructor
`BinFileWriterPipe(Pipe<T> input, File outputFile, EncoderFactory<? super T> encoderFactory)`	Constructor Uses default file write settings (see @{FileWriteOptions})
`SharderByHashPipe(Pipe<T> input, EncoderFactory<T> encoderFactory, FailableFunction<? super T,?,PipeException> featureSelectorFunction, int shardCount, File folder, FileWriteOptions writeOptions)`	Constructor
`SharderByHashPipe(Pipe<T> input, EncoderFactory<T> encoderFactory, FailableFunction<? super T,?,PipeException> featureSelectorFunction, Function<Integer,String> fileNameFunction, int shardCount, File folder, FileWriteOptions writeOptions)`	Constructor
`SharderByItemPipe(Pipe<T> input, EncoderFactory<? super T> encoderFactory, FailableFunction<? super T,String,PipeException> shardSelectorFunction, File folder)`	Constructor
`SharderByItemPipe(Pipe<T> input, EncoderFactory<? super T> encoderFactory, FailableFunction<? super T,String,PipeException> shardSelectorFunction, File folder, FileWriteOptions writeOptions)`	Constructor
`SharderBySeqPipe(Pipe<T> input, EncoderFactory<? super T> encoderFactory, FailableFunction<? super T,String,PipeException> shardSelectorFunction, File folder)`	Constructor Uses default file write options
`SharderBySeqPipe(Pipe<T> input, EncoderFactory<? super T> encoderFactory, FailableFunction<? super T,String,PipeException> shardSelectorFunction, File folder, FileWriteOptions fileWriteOptions)`	Constructor