OpenJDK 27 · java.util.stream.Nodes · APIdia, the JavaDoc alternative

Nested and Inner Type Summary

Modifier and Type	Class and Description
private abstract static class	Nodes.AbstractConcNode<T, T_NODE extends Node<T>> Node class for an internal node with two or more children
private static class	Nodes.ArrayNode<T> Node class for a reference array
private static class	Nodes.CollectionNode<T> Node class for a Collection
private static class	Nodes.CollectorTask<P_IN, P_OUT, T_NODE extends Node<P_OUT>, T_BUILDER extends Node.Builder<P_OUT>>
pack-priv static class	Nodes.ConcNode<T>
private static class	Nodes.DoubleArrayNode
private static class	Nodes.DoubleFixedNodeBuilder
private static class	Nodes.DoubleSpinedNodeBuilder
private abstract static class	Nodes.EmptyNode<T, T_ARR, T_CONS>
private static class	Nodes.FixedNodeBuilder<T> Fixed-sized builder class for reference nodes
private static class	Nodes.IntArrayNode
private abstract static class	Nodes.InternalNodeSpliterator<T, S extends Spliterator<T>, N extends Node<T>> Abstract class for spliterator for all internal node classes
private static class	Nodes.IntFixedNodeBuilder
private static class	Nodes.IntSpinedNodeBuilder
private static class	Nodes.LongArrayNode
private static class	Nodes.LongFixedNodeBuilder
private static class	Nodes.LongSpinedNodeBuilder
private abstract static class	Nodes.SizedCollectorTask<P_IN, P_OUT, T_SINK extends Sink<P_OUT>, K extends Nodes.SizedCollectorTask<P_IN, P_OUT, T_SINK, K>>
private static class	Nodes.SpinedNodeBuilder<T> Variable-sized builder class for reference nodes
private abstract static class	Nodes.ToArrayTask<T, T_NODE extends Node<T>, K extends Nodes.ToArrayTask<T, T_NODE, K>>

Modifier and Type	Field and Description
pack-priv static final String	BAD_SIZE
private static final double[]	EMPTY_DOUBLE_ARRAY
private static final Node.OfDouble	EMPTY_DOUBLE_NODE
private static final int[]	EMPTY_INT_ARRAY
private static final Node.OfInt	EMPTY_INT_NODE
private static final long[]	EMPTY_LONG_ARRAY
private static final Node.OfLong	EMPTY_LONG_NODE
private static final Node<T>	EMPTY_NODE
pack-priv static final long	MAX_ARRAY_SIZE The maximum size of an array that can be allocated.

Access	Constructor and Description
private	Nodes()

Method Summary

Modifier and Type	Method and Description
pack-priv static < the type of elements of the node builder T> Node.Builder<T>	Returns: a `Node.Builder` builder(long -1 if a variable size builder is requested, otherwise the exact capacity desired. A fixed capacity builder will fail if the wrong number of elements are added to the builder. exactSizeIfKnown, IntFunction<T[]> the array factory generator) Produces a `Node.Builder`.
pack-priv static < the type of elements of the node builder T> Node.Builder<T>	Returns: a `Node.Builder` builder() Produces a variable size `Node.Builder`.
pack-priv static <T> IntFunction<T[]>	castingArray() Returns: an array generator for an array whose elements are of type T.
public static <P_IN, P_OUT> Node<P_OUT>	Returns: a `Node` describing the output elements collect(PipelineHelper<P_OUT> the pipeline helper describing the pipeline helper, Spliterator<P_IN> spliterator, boolean whether a conc node should be flattened into a node describing an array before returning flattenTree, IntFunction<P_OUT[]> the array generator generator) Collect, in parallel, elements output from a pipeline and describe those elements with a `Node`.
public static < the type of elements from the source Spliterator P_IN> Node.OfDouble	Returns: a `Node.OfDouble` describing the output elements collectDouble(PipelineHelper<Double> the pipeline helper describing the pipeline helper, Spliterator<P_IN> spliterator, boolean whether a conc node should be flattened into a node describing an array before returning flattenTree) Collect, in parallel, elements output from n double-valued pipeline and describe those elements with a `Node.OfDouble`.
public static < the type of elements from the source Spliterator P_IN> Node.OfInt	Returns: a `Node.OfInt` describing the output elements collectInt(PipelineHelper<Integer> the pipeline helper describing the pipeline helper, Spliterator<P_IN> spliterator, boolean whether a conc node should be flattened into a node describing an array before returning flattenTree) Collect, in parallel, elements output from an int-valued pipeline and describe those elements with a `Node.OfInt`.
public static < the type of elements from the source Spliterator P_IN> Node.OfLong	Returns: a `Node.OfLong` describing the output elements collectLong(PipelineHelper<Long> the pipeline helper describing the pipeline helper, Spliterator<P_IN> spliterator, boolean whether a conc node should be flattened into a node describing an array before returning flattenTree) Collect, in parallel, elements output from a long-valued pipeline and describe those elements with a `Node.OfLong`.
pack-priv static < the type of elements of the concatenated node T> Node<T>	Returns: a `Node` covering the elements of the input nodes conc(StreamShape the shape of the concatenated node to be created shape, Node<T> the left input node left, Node<T> the right input node right) Produces a concatenated `Node` that has two or more children.
pack-priv static Node.Builder.OfDouble	Returns: a `Node.Builder.OfDouble` doubleBuilder(long -1 if a variable size builder is requested, otherwise the exact capacity desired. A fixed capacity builder will fail if the wrong number of elements are added to the builder. exactSizeIfKnown) Produces a `Node.Builder.OfDouble`.
pack-priv static Node.Builder.OfDouble	Returns: a `Node.Builder.OfDouble` doubleBuilder() Produces a variable size `Node.Builder.OfDouble`.
pack-priv static < the type of elements of the created node T> Node<T>	Returns: an empty node. emptyNode(StreamShape the shape of the node to be created shape) Produces an empty node whose count is zero, has no children and no content.
public static < type of elements contained by the node T> Node<T>	Returns: a flat `Node` flatten(Node<T> the node to flatten node, IntFunction<T[]> the array factory used to create array instances generator) Flatten, in parallel, a `Node`.
public static Node.OfDouble	Returns: a flat `Node.OfDouble` flattenDouble(Node.OfDouble the node to flatten node) Flatten, in parallel, a `Node.OfDouble`.
public static Node.OfInt	Returns: a flat `Node.OfInt` flattenInt(Node.OfInt the node to flatten node) Flatten, in parallel, a `Node.OfInt`.
public static Node.OfLong	Returns: a flat `Node.OfLong` flattenLong(Node.OfLong the node to flatten node) Flatten, in parallel, a `Node.OfLong`.
pack-priv static Node.Builder.OfInt	Returns: a `Node.Builder.OfInt` intBuilder(long -1 if a variable size builder is requested, otherwise the exact capacity desired. A fixed capacity builder will fail if the wrong number of elements are added to the builder. exactSizeIfKnown) Produces a `Node.Builder.OfInt`.
pack-priv static Node.Builder.OfInt	Returns: a `Node.Builder.OfInt` intBuilder() Produces a variable size `Node.Builder.OfInt`.
pack-priv static Node.Builder.OfLong	Returns: a `Node.Builder.OfLong` longBuilder(long -1 if a variable size builder is requested, otherwise the exact capacity desired. A fixed capacity builder will fail if the wrong number of elements are added to the builder. exactSizeIfKnown) Produces a `Node.Builder.OfLong`.
pack-priv static Node.Builder.OfLong	Returns: a `Node.Builder.OfLong` longBuilder() Produces a variable size `Node.Builder.OfLong`.
pack-priv static < the type of elements held by the node T> Node<T>	Returns: a node holding an array node(T[] the array array) Produces a `Node` describing an array.
pack-priv static < the type of elements held by the node T> Node<T>	Returns: a node holding a collection node(Collection<T> the collection c) Produces a `Node` describing a `Collection`.
pack-priv static Node.OfInt	Returns: a node holding an array node(int[] the array array) Produces a `Node.OfInt` describing an int[] array.
pack-priv static Node.OfLong	Returns: a node holding an array node(final long[] the array array) Produces a `Node.OfLong` describing a long[] array.
pack-priv static Node.OfDouble	Returns: a node holding an array node(final double[] the array array) Produces a `Node.OfDouble` describing a double[] array.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

pack-priv final Class Nodes

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary