Package org.drools.core.reteoo

Interface Summary

LeftTuple
LeftTupleMemory
LeftTupleSink	Receiver of propagated ReteTuples from a TupleSource.
LeftTupleSinkNode	Items placed in a LinkedList must implement this interface .
LeftTupleSinkPropagator
ObjectSink	Receiver of propagated FactHandleImpls from a ObjectSource.
ObjectSinkNode	Items placed in a LinkedList must implement this interface .
ObjectSinkPropagator
ObjectTypeConf
ReteooRuleBase.RuleBaseAction
ReteooWorkingMemoryInterface	This is an interface for ReteooWorkingMemory implementations
RightTupleMemory
RightTupleSink
RuleBuilder
RuleBuilderFactory
RuleRemovalContext.CleanupAdapter
Sink	A simple markup interfaces for Sink types
TerminalNode	A markup interface for terminal nodes
TupleIterator.OnLeaf

Class Summary

AbstractLeftTupleSinkAdapter	An abstract super class for the LeftTupleSinkAdapters
AbstractObjectSinkAdapter	An abstract super class for ObjectSinks
AbstractTerminalNode
AccumulateNode	AccumulateNode A beta node capable of doing accumulate logic.
AccumulateNode.AccumulateContext
AccumulateNode.AccumulateMemory
AlphaNode	AlphaNodes are nodes in the Rete network used to apply FieldConstraint<.code>s on asserted fact objects where the FieldConstraints have no dependencies on any other of the facts in the current Rule.
AlphaNode.AlphaMemory
BaseLeftTuple	A parent class for all specific LeftTuple specializations
BetaMemory
BetaNode
ClassObjectTypeConf
CompositeLeftTupleSinkAdapter
CompositeObjectSinkAdapter
CompositeObjectSinkAdapter.FieldIndex
CompositeObjectSinkAdapter.HashKey
ConditionalBranchEvaluator
ConditionalBranchEvaluator.ConditionalExecution
ConditionalBranchNode	Node which allows to follow different paths in the Rete-OO network, based on the result of a boolean Test.
ConditionalBranchNode.ConditionalBranchMemory
DisposedReteooWorkingMemory
EmptyLeftTupleSinkAdapter
EmptyObjectSinkAdapter
EntryPointNode	A node that is an entry point into the Rete network.
EvalConditionNode
EvalConditionNode.EvalMemory
EvalNodeLeftTuple
ExistsNode	ExistsNode extends BetaNode to perform tests for the existence of a Fact plus one or more conditions.
FactTemplateTypeConf
FromNode
FromNode.FromMemory
FromNodeLeftTuple
InitialFactImpl	We dont want users to be able to instantiate InitialFact so we expose it as an interface and make the class and its constructor package protected
JoinNode
JoinNodeLeftTuple
KieComponentFactory
LeftInputAdapterNode	All asserting Facts must propagated into the right ObjectSink side of a BetaNode, if this is the first Pattern then there are no BetaNodes to propagate to.
LeftInputAdapterNode.LiaNodeMemory
LeftInputAdapterNode.RightTupleSinkAdapter	Used with the updateSink method, so that the parent ObjectSource can update the TupleSink
LeftTupleImpl
LeftTupleSinkNodeList	This is a simple linked linked implementation.
LeftTupleSource	A source of ReteTuple s for a TupleSink.
LeftTupleSourceUtils
LIANodePropagation
MemoryVisitor
ModifyPreviousTuples
NodeSet
NodeTypeEnums	ObjectSource : < NodeTypeEnums.ObjectSource * LeftTupleSource: > LeftTupleSource BetaNode : > BetaNode ObjectSink : % 2 == 0 LeftSource : % 2 !
NotNode
NotNodeLeftTuple
ObjectSinkNodeList	This is a simple linked linked implementation.
ObjectSource	A source of FactHandles for an ObjectSink.
ObjectTypeNode	ObjectTypeNodes are responsible for filtering and propagating the matching fact assertions propagated from the Rete node using ObjectType interface.
ObjectTypeNode.ExpireJob
ObjectTypeNode.ExpireJobContext
ObjectTypeNode.ExpireJobContextTimerInputMarshaller
ObjectTypeNode.ExpireJobContextTimerOutputMarshaller
ObjectTypeNode.Id
ObjectTypeNode.ObjectTypeNodeMemory
PathMemory
PropagationQueuingNode	A node that will add the propagation to the working memory actions queue, in order to allow multiple threads to concurrently assert objects to multiple entry points.
PropagationQueuingNode.PropagateAction	This is the action that is added to the working memory actions queue, so that this node propagation can be triggered at a safe point
PropagationQueuingNode.PropagationQueueingNodeMemory	Memory implementation for the node
PropertySpecificUtil
QueryElementNode
QueryElementNode.QueryElementNodeMemory
QueryElementNode.UnificationNodeViewChangedEventListener
QueryElementNodeLeftTuple
QueryRiaFixerNode
QueryRiaFixerNode.QueryRiaFixerNodeFixer
QueryRiaFixerNodeLeftTuple
QueryTerminalNode	Leaf Rete-OO node responsible for enacting Action s on a matched Rule.
Rete	The Rete-OO network.
ReteObjectTypeNode
ReteooBuilder	Builds the Rete-OO network for a Package.
ReteooBuilder.IdGenerator
ReteooFactHandleFactory
ReteooRuleBase	Implementation of RuleBase.
ReteooRuleBuilderFactory
ReteooStatelessSession
ReteStatelessSessionResult
RiaPathMemory
RightInputAdapterNode	When joining a subnetwork into the main network again, RightInputAdapterNode adapts the subnetwork's tuple into a fact in order right join it with the tuple being propagated in the main network.
RightInputAdapterNode.RiaNodeMemory
RightTuple
RuleRemovalContext	This context class is used during rule removal to ensure network consistency.
RuleTerminalNode	Leaf Rete-OO node responsible for enacting Action s on a matched Rule.
RuleTerminalNode.RTNCleanupAdapter
RuleTerminalNode.SortDeclarations
RuleTerminalNodeLeftTuple
SegmentMemory
SegmentMemory.AccumulateMemoryPrototype
SegmentMemory.BetaMemoryPrototype
SegmentMemory.FromMemoryPrototype
SegmentMemory.LiaMemoryPrototype
SegmentMemory.MemoryPrototype
SegmentMemory.Prototype
SegmentMemory.QueryMemoryPrototype
SegmentMemory.TimerMemoryPrototype
SingleLeftTupleSinkAdapter
SingleObjectSinkAdapter
TimerNode
TimerNode.TimerNodeMemory
TraitObjectTypeNode
TraitProxyObjectTypeNode
TupleIterator
WindowNode	WindowNodes are nodes in the Rete network used to manage windows.
WindowNode.WindowMemory
WindowTuple	A specialisation of RightTuples that also belong to a window
WindowTupleList	A class to hold a list of the right tuples that belong to a window (sliding, tumbling, etc)

Enum Summary

AccumulateNode.ActivitySource
RightTupleMemory.IndexType