Uses of Class
com.tinkerpop.pipes.AbstractPipe

Packages that use AbstractPipe

Package	Description
com.tinkerpop.pipes
com.tinkerpop.pipes.branch
com.tinkerpop.pipes.filter
com.tinkerpop.pipes.sideeffect
com.tinkerpop.pipes.transform
com.tinkerpop.pipes.util

Uses of AbstractPipe in com.tinkerpop.pipes

Subclasses of AbstractPipe in com.tinkerpop.pipes

Modifier and Type	Class and Description
class	FunctionPipe<S,E> FunctionPipe is a generic pipe where the pipe's computation is determined by the provided PipeFunction.
class	IdentityPipe<S> The IdentityPipe is the most basic pipe.

Uses of AbstractPipe in com.tinkerpop.pipes.branch

Subclasses of AbstractPipe in com.tinkerpop.pipes.branch

Modifier and Type	Class and Description
class	CopySplitPipe<S> CopySplitPipe takes a number of pipes during construction.
class	ExhaustMergePipe<S> ExhaustiveMergePipe will drain its first internal pipe, then its second, so on until all internal pipes are drained.
class	FairMergePipe<S> FairMergePipe will, in a round robin fashion, emit the the objects of its internal pipes.
class	IfThenElsePipe<S,E> IfThenElsePipe will run each incoming S through the provided ifFunction.
class	LoopPipe<S> LoopPipe takes one or two Boolean-based PipeFunctions.

Uses of AbstractPipe in com.tinkerpop.pipes.filter

Subclasses of AbstractPipe in com.tinkerpop.pipes.filter

Modifier and Type	Class and Description
class	AndFilterPipe<S> The AndFilterPipe takes a collection of pipes.
class	BackFilterPipe<S> BackFilterPipe will fully process the object through its internal pipe.
class	CollectionFilterPipe<S> A CollectionFilterPipe will take a collection of objects and a Filter.NOT_EQUAL or Filter.EQUAL argument.
class	CyclicPathFilterPipe<S> CyclicPathFilterPipe will only emit an object if its transformation path has no repeats (loops) in it.
class	DuplicateFilterPipe<S> The DuplicateFilterPipe will not allow a duplicate object to pass through it.
class	ExceptFilterPipe<S> ExceptFilterPipe extends CollectionFilterPipe by assuming Compare.NOT_EQUAL and thus, "except/disjoint-union"-semantics.
class	FilterFunctionPipe<S> FilterFunctionPipe is a generic filter pipe.
class	FutureFilterPipe<S> FutureFilterPipe will allow an object to pass through it if the object has an output from the pipe provided in the constructor of the FutureFilterPipe.
class	IdFilterPipe
class	IntervalFilterPipe<S extends com.tinkerpop.blueprints.Element> IntervalFilterPipe will filter an element flowing through it according to whether a particular property value of the element is within provided range.
class	LabelFilterPipe The LabelFilterPipe either allows or disallows all Edges that have the provided label.
class	ObjectFilterPipe<S> The ObjectFilterPipe will either allow or disallow all objects that pass through it depending on the result of the compareObject() method.
class	OrFilterPipe<S> The OrFilterPipe takes a collection of pipes that are wrapped in HasNextPipes.
class	PropertyFilterPipe<S extends com.tinkerpop.blueprints.Element,T> The PropertyFilterPipe either allows or disallows all Elements that have the provided value for a particular key.
class	RandomFilterPipe<S> The RandomFilterPipe filters out objects that pass through it using a biased coin.
class	RangeFilterPipe<S> The RangeFilterPipe will only allow a sequential subset of its incoming objects to be emitted to its output.
class	RetainFilterPipe<S> RetainFilterPipe extends CollectionFilterPipe by assuming Compare.EQUAL and thus, "retain/intersect"-semantics.

Uses of AbstractPipe in com.tinkerpop.pipes.sideeffect

Subclasses of AbstractPipe in com.tinkerpop.pipes.sideeffect

Modifier and Type	Class and Description
class	AggregatePipe<S> The AggregatePipe produces a side effect that is the provided Collection filled with the contents of all the objects that have passed through it.
class	CountPipe<S> The CountPipe produces a side effect that is the total number of objects that have passed through it.
class	GroupByPipe<S,K,V>
class	GroupByReducePipe<S,K,V,V2>
class	GroupCountFunctionPipe<S,K> GroupCountFunctionPipe is analogous to GroupCountPipe save that it takes two optional functions.
class	GroupCountPipe<S> The GroupCountPipe will simply emit the incoming object, but generate a map side effect.
class	LinkPipe LinkPipe supports the creation of an edge between the current vertex in the pipe and some other vertex.
class	OptionalPipe<S> OptionalPipe will compute the incoming object within the internal pipe.
class	SideEffectFunctionPipe<S> SideEffectFunctionPipe will emit the incoming object, but compute the PipeFunction on S.
class	StorePipe<S> The StoragePipe yields its input, however, each input is added to the provided collection.
class	TablePipe<S>
class	TreePipe<S>

Uses of AbstractPipe in com.tinkerpop.pipes.transform

Subclasses of AbstractPipe in com.tinkerpop.pipes.transform

Modifier and Type	Class and Description
class	BothEdgesPipe BothEdgesPipe emits both the outgoing and incoming edges of a vertex.
class	BothPipe BothPipe will emit those vertices adjacent to the incoming and outgoing edges of the incoming vertex.
class	BothVerticesPipe BothVerticesPipe emits both vertices connected the the edge.
class	EdgesVerticesPipe
class	GatherFunctionPipe<S,E> GatherFunctionPipe emits all the objects up to this step as an ArrayList.
class	GatherPipe<S> GatherPipe emits all the objects up to this step as an ArrayList.
class	GraphQueryPipe<E extends com.tinkerpop.blueprints.Element> GraphQueryPipe makes use of the Graph.query() method in Blueprints which allows for intelligent element look ups from the underlying graph.
class	HasCountPipe<S>
class	HasNextPipe<S>
class	IdEdgePipe<S>
class	IdPipe IdPipe emits the id of the element.
class	IdVertexPipe<S>
class	IndexElementsPipe<E extends com.tinkerpop.blueprints.Element>
class	InEdgesPipe
class	InPipe InPipe will emit vertices that are the head/target of the incoming edges to the current vertex.
class	InVertexPipe InVertexPipe emits the incoming/target/head vertex of an edge.
class	LabelPipe LabelPipe emits the label of an edge.
class	MemoizePipe<S,E>
class	OrderMapPipe<S>
class	OrderPipe<S> OrderPipe supports in-stream sorting of objects.
class	OutEdgesPipe OutEdgesPipe emits the outgoing edges of a vertex.
class	OutPipe OutPipe will emit vertices that are the tail/source of the outgoing edges to the current vertex.
class	OutVertexPipe OutVertexPipe emits the outgoing/source/tail vertex of an edge.
class	PathPipe<S> PathPipe emits the path that the traverser has taken up to this object.
class	PropertyMapPipe<S extends com.tinkerpop.blueprints.Element> PropertyMapPipe emits the property map of an element.
class	PropertyPipe<S extends com.tinkerpop.blueprints.Element,E> The PropertyPipe returns the property value of the Element identified by the provided key.
class	QueryPipe<S,E extends com.tinkerpop.blueprints.Element> QueryPipe consolidates the fields and methods required for both VertexQueryPipe and GraphQueryPipe.
class	ScatterPipe<S,E> ScatterPipe will unroll any iterator/iterable/map that is provided to it.
class	SelectPipe<S> SelectPipe will emit a List of the objects that are at the respective 'as'-steps (i.e.
class	ShufflePipe<S> The ShufflePipe emits all the objects up to this step as an ArrayList then randomizes the order of the items in the list.
class	SideEffectCapPipe<S,T> The SideEffectCapPipe will yield an E that is the side effect of the provided SideEffectPipe.
class	ToStringPipe<S> ToStringPipe turns an stream of objects into their Object.toString() representation.
class	TransformFunctionPipe<S,E> TransformFunctionPipe computes a transformation on the S object, where the PipeFunction determines the E.
class	VertexQueryPipe<E extends com.tinkerpop.blueprints.Element> VertexQueryPipe makes use of the Vertex.query() method in Blueprints which allows for intelligent edge look ups from the underlying graph.
class	VerticesEdgesPipe
class	VerticesVerticesPipe

Uses of AbstractPipe in com.tinkerpop.pipes.util

Subclasses of AbstractPipe in com.tinkerpop.pipes.util

Modifier and Type	Class and Description
class	AbstractMetaPipe<S,E>
class	AsPipe<S,E> An AsPipe wraps a Pipe and provides it a name and 'peak back' access to the last emitted end.
class	ExpandablePipe<S>
class	StartPipe<S> StartPipe is a handy way to create a pipe out of the provided object.