Nested and Inner Type Summary

Modifier and Type	Class and Description
private static class	BaseConstructor.RecursiveTuple<T, K>

Field Summary

Modifier and Type	Field and Description
pack-priv final Map<Node, Object>	constructedObjects
private final ArrayList<BaseConstructor.RecursiveTuple<Map<Object, Object>, BaseConstructor.RecursiveTuple<Object, Object>>>	maps2fill
private final Set<Node>	recursiveObjects
private final ArrayList<BaseConstructor.RecursiveTuple<Set<Object>, Object>>	sets2fill
protected LoadSettings	settings keep the settings
protected final Map<Tag, ConstructNode>	tagConstructors It maps the (explicit or implicit) tag to the Construct implementation.

Constructor Summary

Access	Constructor and Description
public	BaseConstructor(LoadSettings - the configuration option settings) Create

Method Summary

Modifier and Type	Method and Description
protected Object	Returns: Java instance construct(Node root Node node) Construct complete YAML document.
protected Map<Object, Object>	Returns: filled Map constructMapping(MappingNode - the source node) Create filled Map from the provided Node
protected void	constructMapping2ndStep(MappingNode - the source node, Map<Object, Object> - empty map to be filled mapping) Fill the mapping with the data from provided node
protected Object	Returns: Java instance constructObject(Node Node to be constructed node) Construct object from the specified Node.
protected Object	Returns: instantiated object constructObjectNoCheck(Node - the source node) Construct object from the specified Node.
protected String	Returns: value of the scalar node constructScalar(ScalarNode - the source node) Create String from the provided scalar node
protected List<Object>	Returns: filled List constructSequence(SequenceNode - the source node) Create instance of List
protected void	constructSequenceStep2(SequenceNode - the source node, Collection<Object> - the collection to fill collection) Fill the collection with the data from provided node
protected Set<Object>	Returns: filled Set constructSet(MappingNode - the source node) Create instance of Set from mapping node
protected void	constructSet2ndStep(MappingNode - the source node, Set<Object> - empty set to fill set) Fill the Map with the data from the node
public Object	Returns: constructed instance constructSingleDocument(Optional<Node> - composed Node optionalNode) Ensure that the stream contains a single document and construct it
protected List<Object>	Returns: empty List to fill createEmptyListForNode(SequenceNode - the node to fill the List node) Create List implementation.
protected Map<Object, Object>	Returns: empty Map to fill createEmptyMapFor(MappingNode - the node to fill the Map node) Create Map implementation.
protected Set<Object>	Returns: empty Set to fill createEmptySetForNode(MappingNode - the node to fill the Set node) Create Set implementation.
private void	fillRecursive()
protected Optional<ConstructNode>	Returns: `ConstructNode` implementation for the specified node findConstructorFor(Node `Node` to construct an instance from node) Select `ConstructNode` inside the provided `Node` or the one associated with the `Tag`
protected void	postponeMapFilling(Map<Object, Object> - the mapping to add key/value mapping, Object - the key to add to map key, Object - the value behind the key value) if keyObject is created it 2 steps we should postpone putting it in map because it may have different hash after initialization compared to clean just created one.
protected void	postponeSetFilling(Set<Object> - the set to add the key set, Object - the item to add to the set key) if keyObject is created it 2 steps we should postpone putting it into the set because it may have different hash after initialization compared to clean just created one.

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

Field Detail

constructedObjects	back to summary
pack-priv final Map<Node, Object> constructedObjects

maps2fill	back to summary
private final ArrayList<BaseConstructor.RecursiveTuple<Map<Object, Object>, BaseConstructor.RecursiveTuple<Object, Object>>> maps2fill

recursiveObjects	back to summary
private final Set<Node> recursiveObjects

sets2fill	back to summary
private final ArrayList<BaseConstructor.RecursiveTuple<Set<Object>, Object>> sets2fill

settings	back to summary
protected LoadSettings settings keep the settings

tagConstructors	back to summary
protected final Map<Tag, ConstructNode> tagConstructors It maps the (explicit or implicit) tag to the Construct implementation.

Constructor Detail

BaseConstructor	back to summary
public BaseConstructor(LoadSettings settings) Create Parameters settings:LoadSettings - the configuration option

BaseConstructor

back to summary

public BaseConstructor(LoadSettings settings)

Create

Parameters

settings:LoadSettings: - the configuration option

Method Detail

construct	back to summary
protected Object construct(Node node) Construct complete YAML document. Call the second step in case of recursive structures. At the end cleans all the state. Parameters node:Node root Node Returns:Object Java instance

construct

back to summary

protected Object construct(Node node)

Construct complete YAML document. Call the second step in case of recursive structures. At the end cleans all the state.

Parameters

node:Node: root Node

Returns:Object

Java instance

constructMapping	back to summary
protected Map<Object, Object> constructMapping(MappingNode node) Create filled Map from the provided Node Parameters node:MappingNode - the source Returns:Map<Object, Object> filled Map

constructMapping

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protected Map<Object, Object> constructMapping(MappingNode node)

Create filled Map from the provided Node

Parameters

node:MappingNode: - the source

Returns:Map<Object, Object>

filled Map

constructMapping2ndStep	back to summary
protected void constructMapping2ndStep(MappingNode node, Map<Object, Object> mapping) Fill the mapping with the data from provided node Parameters node:MappingNode - the source mapping:Map<Object, Object> - empty map to be filled

constructMapping2ndStep

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protected void constructMapping2ndStep(MappingNode node, Map<Object, Object> mapping)

Fill the mapping with the data from provided node

Parameters

node:MappingNode: - the source
mapping:Map<Object, Object>: - empty map to be filled

constructObject	back to summary
protected Object constructObject(Node node) Construct object from the specified Node. Return existing instance if the node is already constructed. Parameters node:Node Node to be constructed Returns:Object Java instance

constructObject

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protected Object constructObject(Node node)

Construct object from the specified Node. Return existing instance if the node is already constructed.

Parameters

node:Node: Node to be constructed

Returns:Object

Java instance

constructObjectNoCheck	back to summary
protected Object constructObjectNoCheck(Node node) Construct object from the specified Node. It does not check if existing instance the node is already constructed. Parameters node:Node - the source Returns:Object instantiated object

constructObjectNoCheck

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protected Object constructObjectNoCheck(Node node)

Construct object from the specified Node. It does not check if existing instance the node is already constructed.

Parameters

node:Node: - the source

Returns:Object

instantiated object

constructScalar	back to summary
protected String constructScalar(ScalarNode node) Create String from the provided scalar node Parameters node:ScalarNode - the source Returns:String value of the scalar node

constructScalar

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protected String constructScalar(ScalarNode node)

Create String from the provided scalar node

Parameters

node:ScalarNode: - the source

Returns:String

value of the scalar node

constructSequence	back to summary
protected List<Object> constructSequence(SequenceNode node) Create instance of List Parameters node:SequenceNode - the source Returns:List<Object> filled List

constructSequence

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protected List<Object> constructSequence(SequenceNode node)

Create instance of List

Parameters

node:SequenceNode: - the source

Returns:List<Object>

filled List

constructSequenceStep2	back to summary
protected void constructSequenceStep2(SequenceNode node, Collection<Object> collection) Fill the collection with the data from provided node Parameters node:SequenceNode - the source collection:Collection<Object> - the collection to fill

constructSequenceStep2

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protected void constructSequenceStep2(SequenceNode node, Collection<Object> collection)

Fill the collection with the data from provided node

Parameters

node:SequenceNode: - the source
collection:Collection<Object>: - the collection to fill

constructSet	back to summary
protected Set<Object> constructSet(MappingNode node) Create instance of Set from mapping node Parameters node:MappingNode - the source Returns:Set<Object> filled Set

constructSet

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protected Set<Object> constructSet(MappingNode node)

Create instance of Set from mapping node

Parameters

node:MappingNode: - the source

Returns:Set<Object>

filled Set

constructSet2ndStep	back to summary
protected void constructSet2ndStep(MappingNode node, Set<Object> set) Fill the Map with the data from the node Parameters node:MappingNode - the source set:Set<Object> - empty set to fill

constructSet2ndStep

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protected void constructSet2ndStep(MappingNode node, Set<Object> set)

Fill the Map with the data from the node

Parameters

node:MappingNode: - the source
set:Set<Object>: - empty set to fill

constructSingleDocument	back to summary
public Object constructSingleDocument(Optional<Node> optionalNode) Ensure that the stream contains a single document and construct it Parameters optionalNode:Optional<Node> - composed Node Returns:Object constructed instance

constructSingleDocument

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public Object constructSingleDocument(Optional<Node> optionalNode)

Ensure that the stream contains a single document and construct it

Parameters

optionalNode:Optional<Node>: - composed Node

Returns:Object

constructed instance

createEmptyListForNode	back to summary
protected List<Object> createEmptyListForNode(SequenceNode node) Create List implementation. By default, it returns the value configured in the settings in getDefaultList(). Any custom List implementation can be provided. Parameters node:SequenceNode - the node to fill the List Returns:List<Object> empty List to fill

createEmptyListForNode

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protected List<Object> createEmptyListForNode(SequenceNode node)

Create List implementation. By default, it returns the value configured in the settings in getDefaultList(). Any custom List implementation can be provided.

Parameters

node:SequenceNode: - the node to fill the List

Returns:List<Object>

empty List to fill

createEmptyMapFor	back to summary
protected Map<Object, Object> createEmptyMapFor(MappingNode node) Create Map implementation. By default, it returns the value configured in the settings in getDefaultMap(). Any custom Map implementation can be provided. Parameters node:MappingNode - the node to fill the Map Returns:Map<Object, Object> empty Map to fill

createEmptyMapFor

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protected Map<Object, Object> createEmptyMapFor(MappingNode node)

Create Map implementation. By default, it returns the value configured in the settings in getDefaultMap(). Any custom Map implementation can be provided.

Parameters

node:MappingNode: - the node to fill the Map

Returns:Map<Object, Object>

empty Map to fill

createEmptySetForNode	back to summary
protected Set<Object> createEmptySetForNode(MappingNode node) Create Set implementation. By default, it returns the value configured in the settings in getDefaultSet(). Any custom Set implementation can be provided. Parameters node:MappingNode - the node to fill the Set Returns:Set<Object> empty Set to fill

createEmptySetForNode

back to summary

protected Set<Object> createEmptySetForNode(MappingNode node)

Create Set implementation. By default, it returns the value configured in the settings in getDefaultSet(). Any custom Set implementation can be provided.

Parameters

node:MappingNode: - the node to fill the Set

Returns:Set<Object>

empty Set to fill

fillRecursive	back to summary
private void fillRecursive()

findConstructorFor back to summary

findConstructorFor	back to summary
protected Optional<ConstructNode> findConstructorFor(Node node) Select `ConstructNode` inside the provided `Node` or the one associated with the `Tag` Parameters node:Node `Node` to construct an instance from Returns:Optional<ConstructNode> `ConstructNode` implementation for the specified node

protected Optional<ConstructNode> findConstructorFor(Node node)

Select ConstructNode inside the provided Node or the one associated with the Tag

Parameters

node:Node: Node to construct an instance from

Returns:Optional<ConstructNode>

ConstructNode implementation for the specified node

postponeMapFilling	back to summary
protected void postponeMapFilling(Map<Object, Object> mapping, Object key, Object value) if keyObject is created it 2 steps we should postpone putting it in map because it may have different hash after initialization compared to clean just created one. And map of course does not observe key hashCode changes. Parameters mapping:Map<Object, Object> - the mapping to add key/value key:Object - the key to add to map value:Object - the value behind the key

postponeMapFilling

back to summary

protected void postponeMapFilling(Map<Object, Object> mapping, Object key, Object value)

if keyObject is created it 2 steps we should postpone putting it in map because it may have different hash after initialization compared to clean just created one. And map of course does not observe key hashCode changes.

Parameters

mapping:Map<Object, Object>: - the mapping to add key/value
key:Object: - the key to add to map
value:Object: - the value behind the key

postponeSetFilling	back to summary
protected void postponeSetFilling(Set<Object> set, Object key) if keyObject is created it 2 steps we should postpone putting it into the set because it may have different hash after initialization compared to clean just created one. And set of course does not observe value hashCode changes. Parameters set:Set<Object> - the set to add the key key:Object - the item to add to the set

postponeSetFilling

back to summary

protected void postponeSetFilling(Set<Object> set, Object key)

if keyObject is created it 2 steps we should postpone putting it into the set because it may have different hash after initialization compared to clean just created one. And set of course does not observe value hashCode changes.

Parameters

set:Set<Object>: - the set to add the key
key:Object: - the item to add to the set

org.snakeyaml.engine.v2.constructor back to summary

private Class BaseConstructor.RecursiveTuple<T, K>

Class Inheritance

extends Object

java.lang.Object
org.snakeyaml.engine.v2.constructor.BaseConstructor.RecursiveTuple

Field Summary

Modifier and Type	Field and Description
private final T	value1
private final K	value2

Constructor Summary

Access	Constructor and Description
public	RecursiveTuple(T value1, K value2)

Method Summary

Modifier and Type	Method and Description
public T	getValue1()
public K	getValue2()

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

Field Detail

value1	back to summary
private final T value1

value2	back to summary
private final K value2

Constructor Detail

RecursiveTuple	back to summary
public RecursiveTuple(T value1, K value2)

Method Detail

getValue1	back to summary
public T getValue1()

getValue2	back to summary
public K getValue2()

public abstract Class BaseConstructor

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

private Class BaseConstructor.RecursiveTuple<T, K>

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail