Index (Cascading 3.0.4)

A B C D E F G H I J K L M N O P Q R S T U V W X Z

A

acceptsAll() - Method in class cascading.flow.planner.iso.expression.PathScopeExpression
acceptsAll() - Method in class cascading.flow.planner.iso.expression.ScopeExpression
add(ElementGraph) - Method in class cascading.flow.planner.graph.IgnoreAnnotationsHashSet
add(Tuple) - Method in class cascading.tuple.collect.SpillableTupleList: Method add will add the given Tuple to this list.
add(Comparable) - Method in class cascading.tuple.Tuple: Method add adds a new element value to this instance.
add(Object) - Method in class cascading.tuple.Tuple: Method add adds a new element value to this instance.
add(TupleEntry) - Method in class cascading.tuple.TupleEntryCollector: Method add inserts the given TupleEntry into the outgoing stream.
add(Tuple) - Method in class cascading.tuple.TupleEntryCollector: Method add inserts the given Tuple into the outgoing stream.
add(TupleEntry) - Method in class cascading.tuple.TupleEntrySchemeCollector
add(Tuple) - Method in class cascading.tuple.TupleEntrySchemeCollector
addAll(Collection<? extends Tuple>) - Method in class cascading.tuple.collect.SpillableTupleList
addAll(Object...) - Method in class cascading.tuple.Tuple: Method addAll adds all given values to this instance.
addAll(Tuple) - Method in class cascading.tuple.Tuple: Method addAll adds all the element values of the given Tuple instance to this instance.
addAll(MultiMap<C, K, V>) - Method in class cascading.util.MultiMap
addAll(K, V...) - Method in class cascading.util.MultiMap
addAll(K, Collection<V>) - Method in class cascading.util.MultiMap
addAnnotation(ElementAnnotation) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
addAnnotationExclude(Enum) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
addApplicationFramework(Map<Object, Object>, String) - Static method in class cascading.property.AppProps: Adds a framework "name:version" string to the property set and to the System properties.
addApplicationTag(Map<Object, Object>, String) - Static method in class cascading.property.AppProps
addAssemblyPlanner(AssemblyPlanner) - Method in class cascading.flow.FlowDef: Method addAssemblyPlanner adds new AssemblyPlanner instances to be evaluated.
addBoolean(boolean) - Method in class cascading.tuple.Tuple: Method addBoolean adds a new element value to this instance.
addCheckpoint(String, Tap) - Method in class cascading.flow.FlowDef: Method addCheckpoint adds a new named checkpoint Tap for use in the resulting Flow.
addCheckpoint(Checkpoint, Tap) - Method in class cascading.flow.FlowDef: Method addCheckpoint adds a new checkpoint Tap named after the given Checkpoint for use in the resulting Flow.
addCheckpoints(Map<String, Tap>) - Method in class cascading.flow.FlowDef: Method addCheckpoints adds a Map of the names and Tap pairs.
addChildTransform(Transformed) - Method in class cascading.flow.planner.iso.assertion.Asserted
addChildTransform(Transformed) - Method in class cascading.flow.planner.iso.transformer.Transformed
addCodec(String) - Method in class cascading.tuple.collect.SpillableProps: Method addCodec adds a codec class names to use.
addCodecs(List<String>) - Method in class cascading.tuple.collect.SpillableProps: Method addCodecs adds a list of possible codec class names to use.
addDefaultElementFactory(String, ElementFactory) - Method in class cascading.flow.planner.rule.RuleRegistry: Adds the named elementFactory if it does not already exist.
addDescription(String) - Method in class cascading.flow.FlowDef: Method addDescription adds a user readable description to the flowDescriptor.
addDescription(String, String) - Method in class cascading.flow.FlowDef: Method addDescription adds a description to the flowDescriptor.
addDescriptions(Map<String, String>) - Method in class cascading.flow.FlowDef: Method addProperties adds all properties in the given map in order to the flowDescriptor.
addDouble(double) - Method in class cascading.tuple.Tuple: Method addDouble adds a new element value to this instance.
addEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
addEdge(FlowElement, FlowElement, Scope) - Method in class cascading.flow.planner.graph.BaseElementGraph
addEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
addEdge(FlowElement, FlowElement, Scope) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
addEdge(FlowElement, FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
addEdge(FlowElement, FlowElement, Scope) - Method in interface cascading.flow.planner.graph.ElementGraph
addEdge(Process, Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
addEdge(Process, Process, ProcessEdge) - Method in class cascading.flow.planner.process.BaseProcessGraph
addEdge(Process, Process) - Method in interface cascading.flow.planner.process.ProcessGraph
addEdge(Process, Process, ProcessEdge) - Method in interface cascading.flow.planner.process.ProcessGraph
addEdgeAnnotation(Enum) - Method in class cascading.flow.planner.process.ProcessEdge
addEdgeAnnotation(String, String) - Method in class cascading.flow.planner.process.ProcessEdge
addElementFactory(String, ElementFactory) - Method in class cascading.flow.planner.rule.RuleRegistry
addExclusions(ElementGraph) - Method in class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
addExclusions(E) - Method in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
addFloat(float) - Method in class cascading.tuple.Tuple: Method addFloat adds a new element value to this instance.
addFlow(Flow) - Method in class cascading.cascade.CascadeDef: Method addFlow adds a new Flow instance that is intended to participate in a Cascade.
addFlows(Flow...) - Method in class cascading.cascade.CascadeDef: Method addFlows adds many new Flow instances intended to participate in a Cascade.
addFlows(Collection<Flow>) - Method in class cascading.cascade.CascadeDef: Method addFlows adds many new Flow instances intended to participate in a Cascade.
addFlowStats(FlowStats) - Method in class cascading.stats.CascadeStats: Method addFlowStats add a child Flow {2link FlowStats} instance.
addFramework(String) - Method in class cascading.property.AppProps: Method addFramework adds a new framework name to the list of frameworks used.
addFramework(String, String) - Method in class cascading.property.AppProps: Method addFramework adds a new framework name and its version to the list of frameworks used.
addFrameworks(String...) - Method in class cascading.property.AppProps: Method addFrameworks adds new framework names to the list of frameworks used.
addGroup(Group) - Method in class cascading.flow.planner.BaseFlowStep
addGroups(Collection<Group>) - Method in class cascading.flow.planner.BaseFlowStep
addHead(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
addHook(ShutdownUtil.Hook) - Static method in class cascading.util.ShutdownUtil
addInteger(int) - Method in class cascading.tuple.Tuple: Method addInteger adds a new element value to this instance.
addListener(CascadeListener) - Method in class cascading.cascade.BaseCascade
addListener(CascadeListener) - Method in interface cascading.cascade.Cascade
addListener(FlowListener) - Method in class cascading.flow.BaseFlow
addListener(FlowListener) - Method in interface cascading.flow.Flow: Method addListener registers the given flowListener with this instance.
addListener(FlowStepListener) - Method in interface cascading.flow.FlowStep: Method addListener registers the given FlowStepListener with this instance.
addListener(FlowStepListener) - Method in class cascading.flow.planner.BaseFlowStep
addListener(StatsListener) - Method in class cascading.stats.CascadingStats
addLogCounter(Enum) - Method in class cascading.flow.FlowRuntimeProps: Method addLogCounter adds a new counter to be logged when a cluster side slice completes.
addLogCounter(String, String) - Method in class cascading.flow.FlowRuntimeProps: Method addLogCounter adds a new counter to be logged when a cluster side slice completes.
addLong(long) - Method in class cascading.tuple.Tuple: Method addLong adds a new element value to this instance.
addNodeStats(FlowNodeStats) - Method in class cascading.stats.FlowStepStats
addParentAnnotations(ElementGraph) - Method in class cascading.flow.planner.graph.BaseAnnotatedElementGraph
addParentAnnotations(ElementGraph) - Method in class cascading.flow.planner.graph.BoundedElementMultiGraph
addPath(Duct, Duct) - Method in class cascading.flow.stream.graph.StreamGraph
addPath(Duct, int, Duct) - Method in class cascading.flow.stream.graph.StreamGraph
addPlannerProperties() - Method in class cascading.flow.BaseFlow
addPriorNames(Scope, Scope) - Method in class cascading.flow.planner.Scope
addProcessAnnotation(Enum) - Method in class cascading.flow.planner.BaseFlowNode
addProcessAnnotation(String, String) - Method in class cascading.flow.planner.BaseFlowNode
addProcessAnnotation(Enum) - Method in class cascading.flow.planner.BaseFlowStep
addProcessAnnotation(String, String) - Method in class cascading.flow.planner.BaseFlowStep
addProcessAnnotation(Enum) - Method in interface cascading.flow.planner.process.ProcessModel
addProcessAnnotation(String, String) - Method in interface cascading.flow.planner.process.ProcessModel
addPropertiesTo(Properties) - Method in class cascading.cascade.CascadeProps
addPropertiesTo(Properties) - Method in class cascading.flow.FlowConnectorProps
addPropertiesTo(Properties) - Method in class cascading.flow.FlowProps
addPropertiesTo(Properties) - Method in class cascading.flow.FlowRuntimeProps
addPropertiesTo(Properties) - Method in class cascading.pipe.assembly.AggregateByProps
addPropertiesTo(Properties) - Method in class cascading.pipe.assembly.UniqueProps
addPropertiesTo(Properties) - Method in class cascading.property.AppProps
addPropertiesTo(Properties) - Method in class cascading.property.Props
addPropertiesTo(Properties) - Method in class cascading.tap.partition.PartitionTapProps
addPropertiesTo(Properties) - Method in class cascading.tap.TrapProps
addPropertiesTo(Properties) - Method in class cascading.tuple.collect.SpillableProps
addPropertiesTo(Properties) - Method in class cascading.tuple.TupleEntrySchemeIteratorProps
addRule(Rule) - Method in class cascading.flow.planner.rule.RuleRegistry
addShort(short) - Method in class cascading.tuple.Tuple: Method addShort adds a new element value to this instance.
addSink(String, Tap) - Method in class cascading.flow.FlowDef: Method addSink adds a new named sink Tap for use in the resulting Flow.
addSink(Pipe, Tap) - Method in class cascading.flow.FlowDef: Method addSink adds a new sink Tap named after the given Pipe for use in the resulting Flow.
addSink(String, Tap) - Method in class cascading.flow.planner.BaseFlowStep
addSinks(Map<String, Tap>) - Method in class cascading.flow.FlowDef: Method addSinks adds a Map of the named and Tap pairs.
addSinks(BaseFlowStep, ElementGraph, Set<Tap>) - Static method in class cascading.flow.planner.graph.ElementGraphs
addSource(String, Tap) - Method in class cascading.flow.FlowDef: Method addSource adds a new named source Tap for use in the resulting Flow.
addSource(Pipe, Tap) - Method in class cascading.flow.FlowDef: Method addSource adds a new source Tap named after the given Pipe for use in the resulting Flow.
addSource(String, Tap) - Method in class cascading.flow.planner.BaseFlowStep
addSources(Map<String, Tap>) - Method in class cascading.flow.FlowDef: Method addSources adds a map of name and Tap pairs.
addSources(BaseFlowStep, ElementGraph, Set<Tap>) - Static method in class cascading.flow.planner.graph.ElementGraphs
addStepListener(FlowStepListener) - Method in class cascading.flow.BaseFlow
addStepListener(FlowStepListener) - Method in interface cascading.flow.Flow: Method addStepListener registers the given flowStepListener with this instance.
addStepStats(FlowStepStats) - Method in class cascading.stats.FlowStats
addString(String) - Method in class cascading.tuple.Tuple: Method addString adds a new element value to this instance.
addTag(String) - Method in class cascading.property.AppProps: Method addTag will associate a "tag" with this application.
addTag(String) - Method in class cascading.property.UnitOfWorkDef: Method addTag will associate a "tag" with this UnitOfWork.
addTags(String...) - Method in class cascading.property.AppProps: Method addTags will associate the given "tags" with this application.
addTags(String...) - Method in class cascading.property.UnitOfWorkDef: Method addTags will associate the given "tags" with this UnitOfWork.
addTail(Pipe) - Method in class cascading.flow.FlowDef: Method addTail adds a new Pipe to this FlowDef that represents a tail in a pipe assembly.
addTail(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
addTails(Collection<Pipe>) - Method in class cascading.flow.FlowDef: Method addTails adds a Collection of tails.
addTails(Pipe...) - Method in class cascading.flow.FlowDef: Method addTails adds an array of tails.
addTailSink(Pipe, Tap) - Method in class cascading.flow.FlowDef: Method addTailSink adds the tail Pipe and sink Tap to this FlowDef.
addToClassPath(String) - Method in class cascading.flow.FlowDef: Adds each given artifact to the classpath the assembly will execute under allowing Operators to dynamically load classes and resources from a ClassLoader.
addTrap(String, Tap) - Method in class cascading.flow.FlowDef: Method addTrap adds a new named trap Tap for use in the resulting Flow.
addTrap(Pipe, Tap) - Method in class cascading.flow.FlowDef: Method addTrap adds a new trap Tap named after the given Pipe for use in the resulting Flow.
addTraps(Map<String, Tap>) - Method in class cascading.flow.FlowDef: Method addTraps adds a Map of the names and Tap pairs.
addVertex(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
addVertex(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
addVertex(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
addVertex(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
addVertex(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
aggregate(FlowProcess, AggregatorCall<Context>) - Method in interface cascading.operation.Aggregator: Method aggregate is called for each TupleEntry value in the current grouping.
aggregate(FlowProcess, AggregatorCall<Average.Context>) - Method in class cascading.operation.aggregator.Average
aggregate(FlowProcess, AggregatorCall<Pair<Long[], Tuple>>) - Method in class cascading.operation.aggregator.Count
aggregate(FlowProcess, AggregatorCall<Tuple[]>) - Method in class cascading.operation.aggregator.ExtentBase
aggregate(FlowProcess, AggregatorCall<ExtremaValueBase.Context>) - Method in class cascading.operation.aggregator.ExtremaValueBase
aggregate(FlowProcess, AggregatorCall<Pair<Double[], Tuple>>) - Method in class cascading.operation.aggregator.Sum
aggregate(FlowProcess, GroupAssertionCall<AssertGroupBase.Context>) - Method in class cascading.operation.assertion.AssertGroupBase
aggregate(FlowProcess, GroupAssertionCall<C>) - Method in interface cascading.operation.GroupAssertion: Method aggregate is called for each TupleEntry value in the current grouping.
aggregate(FlowProcess, TupleEntry, Tuple) - Method in interface cascading.pipe.assembly.AggregateBy.Functor: Method aggregate operates on the given args in tandem (optionally) with the given context values.
aggregate(FlowProcess, AggregatorCall<AverageBy.AverageFinal.Context>) - Method in class cascading.pipe.assembly.AverageBy.AverageFinal
aggregate(FlowProcess, TupleEntry, Tuple) - Method in class cascading.pipe.assembly.AverageBy.AveragePartials
aggregate(FlowProcess, TupleEntry, Tuple) - Method in class cascading.pipe.assembly.CountBy.CountPartials
aggregate(FlowProcess, TupleEntry, Tuple) - Method in class cascading.pipe.assembly.FirstBy.FirstPartials
aggregate(FlowProcess, TupleEntry, Tuple) - Method in class cascading.pipe.assembly.MaxBy.MaxPartials
aggregate(FlowProcess, TupleEntry, Tuple) - Method in class cascading.pipe.assembly.MinBy.MinPartials
aggregate(FlowProcess, TupleEntry, Tuple) - Method in class cascading.pipe.assembly.SumBy.SumPartials
AGGREGATE_BY_CACHE_FACTORY - Static variable in class cascading.pipe.assembly.AggregateByProps: property to control the cache factory used in AggregateBy.
AGGREGATE_BY_CAPACITY - Static variable in class cascading.pipe.assembly.AggregateByProps: property to control the capacity of the cache to use.
AGGREGATE_BY_DEFAULT_CAPACITY - Static variable in class cascading.pipe.assembly.AggregateByProps: default capacity of caches used in AggregateBy.
AggregateBy - Class in cascading.pipe.assembly: Class AggregateBy is a SubAssembly that serves two roles for handling aggregate operations.
AggregateBy(String, int) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(Fields, AggregateBy.Functor, Aggregator) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(Pipe, Fields, AggregateBy...) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(Pipe, Fields, int, AggregateBy...) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(String, Pipe, Fields, int, AggregateBy...) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(String, Pipe[], Fields, AggregateBy...) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(String, Pipe[], Fields, int, AggregateBy...) - Constructor for class cascading.pipe.assembly.AggregateBy: Constructor CompositeAggregator creates a new CompositeAggregator instance.
AggregateBy(String, Pipe[], Fields, Fields, AggregateBy.Functor, Aggregator, int) - Constructor for class cascading.pipe.assembly.AggregateBy
AggregateBy.Cache - Enum in cascading.pipe.assembly
AggregateBy.CompositeFunction - Class in cascading.pipe.assembly: Class CompositeFunction takes multiple Functor instances and manages them as a single Function.
AggregateBy.CompositeFunction(Fields, Fields, AggregateBy.Functor, int) - Constructor for class cascading.pipe.assembly.AggregateBy.CompositeFunction: Constructor CompositeFunction creates a new CompositeFunction instance.
AggregateBy.CompositeFunction(Fields, Fields[], AggregateBy.Functor[], int) - Constructor for class cascading.pipe.assembly.AggregateBy.CompositeFunction: Constructor CompositeFunction creates a new CompositeFunction instance.
AggregateBy.CompositeFunction.Context - Class in cascading.pipe.assembly
AggregateBy.CompositeFunction.Context() - Constructor for class cascading.pipe.assembly.AggregateBy.CompositeFunction.Context
AggregateBy.Functor - Interface in cascading.pipe.assembly: Interface Functor provides a means to create a simple function for use with the AggregateBy.CompositeFunction class.
AggregateByProps - Class in cascading.pipe.assembly: Class AggregateByProps is a fluent helper for setting various properties related to the cache used in AggregateBy.
AggregateByProps() - Constructor for class cascading.pipe.assembly.AggregateByProps
aggregateByProps() - Static method in class cascading.pipe.assembly.AggregateByProps
Aggregator<Context> - Interface in cascading.operation: An Aggregator takes the set of all values associated with a unique grouping and returns zero or more values.
AggregatorCall<C> - Interface in cascading.operation: Interface AggregatorCall provides access to the current Aggregator invocation arguments.
AggregatorEveryStage - Class in cascading.flow.stream.element
AggregatorEveryStage(FlowProcess, Every) - Constructor for class cascading.flow.stream.element.AggregatorEveryStage
ALL - Static variable in class cascading.flow.planner.iso.expression.ScopeExpression: Where this expression applies between ALL edges between two nodes.
ALL - Static variable in class cascading.tuple.Fields: Field ALL represents a wildcard for all fields
ALL_BLOCKING - Static variable in class cascading.flow.planner.iso.expression.PathScopeExpression
ALL_NON_BLOCKING - Static variable in class cascading.flow.planner.iso.expression.PathScopeExpression
allNext - Variable in class cascading.flow.stream.duct.Fork
and(ElementExpression...) - Static method in class cascading.flow.planner.iso.expression.AndElementExpression
and(ElementCapture, ElementExpression...) - Static method in class cascading.flow.planner.iso.expression.AndElementExpression
And - Class in cascading.operation.filter: Class And is a Filter class that will logically 'and' the results of the constructor provided Filter instances.
And(Filter...) - Constructor for class cascading.operation.filter.And: Constructor And creates a new And instance where all Filter instances receive all arguments.
And(Fields, Filter, Fields, Filter) - Constructor for class cascading.operation.filter.And: Constructor And creates a new And instance.
And(Fields[], Filter[]) - Constructor for class cascading.operation.filter.And: Constructor And creates a new And instance.
AndElementExpression - Class in cascading.flow.planner.iso.expression
AndElementExpression(ElementExpression...) - Constructor for class cascading.flow.planner.iso.expression.AndElementExpression
AndElementExpression(ElementCapture, ElementExpression...) - Constructor for class cascading.flow.planner.iso.expression.AndElementExpression
AnnotatedDecoratedElementGraph - Class in cascading.flow.planner.graph
AnnotatedDecoratedElementGraph(ElementGraph, EnumMultiMap<FlowElement>) - Constructor for class cascading.flow.planner.graph.AnnotatedDecoratedElementGraph
AnnotatedGraph - Interface in cascading.flow.planner.graph
AnnotateGraphTransformer - Class in cascading.flow.planner.iso.transformer
AnnotateGraphTransformer(ExpressionGraph, ElementAnnotation) - Constructor for class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
AnnotateGraphTransformer(GraphTransformer, ExpressionGraph, ElementAnnotation) - Constructor for class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
AnnotationExpression - Class in cascading.flow.planner.iso.expression
AnnotationExpression(Enum) - Constructor for class cascading.flow.planner.iso.expression.AnnotationExpression
AnnotationExpression(ElementCapture, Enum) - Constructor for class cascading.flow.planner.iso.expression.AnnotationExpression
annotations - Variable in class cascading.flow.planner.graph.BaseAnnotatedElementGraph
annotations - Variable in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
ANY - Static variable in class cascading.flow.planner.iso.expression.ScopeExpression: Where this expression applies between ANY edge between two nodes.
ANY - Static variable in interface cascading.operation.Operation: Field ANY denotes that a given Operation will take any number of argument values
ANY_BLOCKING - Static variable in class cascading.flow.planner.iso.expression.PathScopeExpression
ANY_NON_BLOCKING - Static variable in class cascading.flow.planner.iso.expression.PathScopeExpression
APP_FRAMEWORKS - Static variable in class cascading.property.AppProps
APP_ID - Static variable in class cascading.property.AppProps
APP_JAR_CLASS - Static variable in class cascading.property.AppProps
APP_JAR_PATH - Static variable in class cascading.property.AppProps
APP_NAME - Static variable in class cascading.property.AppProps
APP_TAGS - Static variable in class cascading.property.AppProps
APP_VERSION - Static variable in class cascading.property.AppProps
append(Fields) - Method in class cascading.tuple.Fields: Method is used for appending the given Fields instance to this instance, into a new Fields instance suitable for use as a field declaration.
append(Tuple...) - Method in class cascading.tuple.Tuple: Method append appends all the values of the given Tuple instances to a copy of this instance.
appendNew(TupleEntry) - Method in class cascading.tuple.TupleEntry: Method appendNew appends the given TupleEntry instance to this instance.
appendSelector(Fields) - Method in class cascading.tuple.Fields: Method is used for appending the given Fields instance to this instance, into a new Fields instance suitable for use as a field selector.
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.AndElementExpression
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.AnnotationExpression
applies(PlannerContext, ElementGraph, Type) - Method in interface cascading.flow.planner.iso.expression.Expression
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.NonSafeOperationExpression
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.NotElementExpression
applies(PlannerContext, ElementGraph, Scope) - Method in class cascading.flow.planner.iso.expression.OrdinalScopeExpression
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.OrElementExpression
applies(PlannerContext, ElementGraph, Scope) - Method in class cascading.flow.planner.iso.expression.PathScopeExpression
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.PlannerLevelElementExpression
applies - Variable in class cascading.flow.planner.iso.expression.ScopeExpression
applies(PlannerContext, ElementGraph, FlowElement) - Method in class cascading.flow.planner.iso.expression.TypeExpression
appliesToAllPaths() - Method in class cascading.flow.planner.iso.expression.ScopeExpression
appliesToAnyPath() - Method in class cascading.flow.planner.iso.expression.ScopeExpression
appliesToEachPath() - Method in class cascading.flow.planner.iso.expression.ScopeExpression
apply(Flow<Config>, List<FlowStep<Config>>, FlowStep<Config>) - Method in interface cascading.flow.FlowStepStrategy
apply(Visibility, Object) - Method in interface cascading.management.annotation.Sanitizer: Applies the custom sanitization to the given value for the given visibility.
apply(Visibility, Object) - Method in class cascading.management.annotation.URISanitizer
apply(String, ConfigDef.Getter) - Method in class cascading.property.ConfigDef
apply(ConfigDef.Mode, ConfigDef.Setter) - Method in class cascading.property.ConfigDef
ApplyAssertionLevelTransformer - Class in cascading.flow.planner.rule.transformer
ApplyAssertionLevelTransformer() - Constructor for class cascading.flow.planner.rule.transformer.ApplyAssertionLevelTransformer
ApplyDebugLevelTransformer - Class in cascading.flow.planner.rule.transformer
ApplyDebugLevelTransformer() - Constructor for class cascading.flow.planner.rule.transformer.ApplyDebugLevelTransformer
applyType(Comparable, Type) - Method in class cascading.tuple.Fields: Method applyType should be used to associate a Type with a given field name or position.
applyTypes(Fields) - Method in class cascading.tuple.Fields: Method applyType should be used to associate Type with a given field name or position as declared in the given Fields parameter.
applyTypes(Type...) - Method in class cascading.tuple.Fields: Method applyTypes returns a new Fields instance with the given types, replacing any existing type information within the new instance.
AppProps - Class in cascading.property: Class AppProps is a fluent helper for setting various application level properties that every Flow may or may not be required to have set.
AppProps() - Constructor for class cascading.property.AppProps
AppProps(String, String) - Constructor for class cascading.property.AppProps: Sets the name and version of this application.
appProps() - Static method in class cascading.property.AppProps: Creates a new AppProps instance.
arc(ElementExpression, ScopeExpression, ElementExpression) - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
arcs(ElementExpression...) - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
areSinksStale() - Method in class cascading.flow.BaseFlow
areSinksStale() - Method in interface cascading.flow.Flow: Method areSinksStale returns true if any of the sinks referenced are out of date in relation to the sources.
areSourcesNewer(long) - Method in class cascading.flow.BaseFlow
areSourcesNewer(long) - Method in interface cascading.flow.Flow: Method areSourcesNewer returns true if any source is newer than the given sinkModified date value.
ARGS - Static variable in class cascading.tuple.Fields: Field ARGS represents all fields used as the arguments for the current operation
argumentsBuilder - Variable in class cascading.flow.stream.element.OperatorStage
argumentSelector - Variable in class cascading.pipe.Operator: Field argumentSelector
argumentSelectors - Variable in class cascading.operation.filter.Logic: Field fields
argumentsEntry - Variable in class cascading.flow.stream.element.OperatorStage
argumentsSelector - Variable in class cascading.flow.stream.element.OperatorStage
asArray(Tuple, T[]) - Static method in class cascading.tuple.Tuples: Method asArray copies the elements of the given Tuple instance to the given Object array.
asArray(Tuple, CoercibleType[], Class[], Object[]) - Static method in class cascading.tuple.Tuples
asClass(Type) - Static method in class cascading.tuple.coerce.Coercions: Method asClass is a convenience method for casting the given type to a Class if an instance of Class or to Object if not.
asClasses(String, String) - Static method in class cascading.util.Util: Converts a given comma separated String of Exception names into a List of classes.
asCollection(Flow, Tap, C) - Static method in class cascading.CascadingTestCase
asCollection(Flow, Tap, Fields, C) - Static method in class cascading.CascadingTestCase
asCollection(TupleEntryIterator, C) - Static method in class cascading.CascadingTestCase
asCollection(TupleEntryIterator, Fields, C) - Static method in class cascading.CascadingTestCase
asCollection(Tuple) - Static method in class cascading.tuple.Tuples
asDeclaration(Fields) - Static method in class cascading.tuple.Fields: Method asDeclaration returns a new Fields instance for use as a declarator based on the given fields value.
asExtentMaskedSubGraph(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs: Returns a new ElementGraph (a MaskedSubGraph) of the given ElementGraph that will not contain the Extent head or tail instances.
asFieldName(Comparable) - Static method in class cascading.tuple.Fields
asFlatMap(Map<Object, Object>) - Static method in class cascading.property.PropertyUtil
asIterableOf(Class<T>) - Method in class cascading.tuple.TupleEntry: Method asIterableOf returns an Iterable instance that will coerce all Tuple elements into the given type parameter.
asList(Flow, Tap) - Static method in class cascading.CascadingTestCase
asList(Flow, Tap, Fields) - Static method in class cascading.CascadingTestCase
asList() - Method in class cascading.flow.planner.graph.IgnoreAnnotationsHashSet
asModifiable(Tuple) - Static method in class cascading.tuple.Tuples: Method asModifiable marks the given Tuple instance as modifiable.
asNonPrimitive(Class) - Static method in class cascading.tuple.coerce.Coercions: Returns the primitive wrapper fo the given type, if the given type represents a primitive, otherwise the type is returned.
asNonPrimitive(Class[]) - Static method in class cascading.tuple.coerce.Coercions
asPathList(List<GraphPath<Duct, DuctGraph.Ordinal>>) - Static method in class cascading.flow.stream.graph.StreamGraph
AssemblyPlanner - Interface in cascading.flow: Interface AssemblyPlanner is used to allow for lazy evaluation of a pipe assembly during planning of a Flow.
AssemblyPlanner.Context - Interface in cascading.flow
assemblyPlanners - Variable in class cascading.flow.FlowDef
Asserted - Class in cascading.flow.planner.iso.assertion
Asserted(PlannerContext, GraphAssert, ElementGraph, String, GraphAssert.AssertionType, Match) - Constructor for class cascading.flow.planner.iso.assertion.Asserted
AssertEquals - Class in cascading.operation.assertion: Class AssertEquals asserts the number of constructor values is equal to the number of argument values Tuple and each constructor value is .equals() to its corresponding argument value.
AssertEquals(Object...) - Constructor for class cascading.operation.assertion.AssertEquals: Constructor AssertEquals creates a new AssertEquals instance.
AssertEqualsAll - Class in cascading.operation.assertion: Class AssertEqualsAll asserts that every value in the argument values Tuple is equal to the value provided on the constructor.
AssertEqualsAll(Object) - Constructor for class cascading.operation.assertion.AssertEqualsAll: Constructor AssertEqualsAll creates a new AssertEqualsAll instance.
AssertExpression - Class in cascading.operation.assertion: Class AssertExpression dynamically resolves a given expression using argument Tuple values.
AssertExpression(String, Class) - Constructor for class cascading.operation.assertion.AssertExpression: Constructor ExpressionFilter creates a new ExpressionFilter instance.
AssertExpression(Fields, String, String[], Class[]) - Constructor for class cascading.operation.assertion.AssertExpression: Constructor AssertExpression creates a new AssertExpression instance.
assertFails(Long) - Method in class cascading.operation.assertion.AssertGroupBase
assertFails(Long) - Method in class cascading.operation.assertion.AssertGroupSizeEquals
assertFails(Long) - Method in class cascading.operation.assertion.AssertGroupSizeLessThan
assertFails(Long) - Method in class cascading.operation.assertion.AssertGroupSizeMoreThan
AssertGroupBase - Class in cascading.operation.assertion
AssertGroupBase(String, long) - Constructor for class cascading.operation.assertion.AssertGroupBase
AssertGroupBase(String, String, long) - Constructor for class cascading.operation.assertion.AssertGroupBase
AssertGroupBase.Context - Class in cascading.operation.assertion
AssertGroupBase.Context() - Constructor for class cascading.operation.assertion.AssertGroupBase.Context
AssertGroupSizeEquals - Class in cascading.operation.assertion: Class AssertGroupSizeEquals is an GroupAssertion that asserts the number of items in the current group is equal the given size.
AssertGroupSizeEquals(long) - Constructor for class cascading.operation.assertion.AssertGroupSizeEquals: Constructor AssertGroupSizeEquals creates a new AssertGroupSizeEquals instance.
AssertGroupSizeEquals(String, long) - Constructor for class cascading.operation.assertion.AssertGroupSizeEquals: Constructor AssertGroupSizeEquals creates a new AssertGroupSizeEquals instance.
AssertGroupSizeLessThan - Class in cascading.operation.assertion: Class AssertGroupSizeEquals is an GroupAssertion that asserts the number of items in the current group is less than the given size.
AssertGroupSizeLessThan(long) - Constructor for class cascading.operation.assertion.AssertGroupSizeLessThan: Constructor AssertGroupSizeLessThan creates a new AssertGroupSizeLessThan instance.
AssertGroupSizeLessThan(String, long) - Constructor for class cascading.operation.assertion.AssertGroupSizeLessThan: Constructor AssertGroupSizeLessThan creates a new AssertGroupSizeLessThan instance.
AssertGroupSizeMoreThan - Class in cascading.operation.assertion: Class AssertGroupSizeEquals is an GroupAssertion that asserts the number of items in the current group is more than the given size.
AssertGroupSizeMoreThan(long) - Constructor for class cascading.operation.assertion.AssertGroupSizeMoreThan: Constructor AssertGroupSizeMoreThan creates a new AssertGroupSizeMoreThan instance.
AssertGroupSizeMoreThan(String, long) - Constructor for class cascading.operation.assertion.AssertGroupSizeMoreThan: Constructor AssertGroupSizeMoreThan creates a new AssertGroupSizeMoreThan instance.
assertion(PlannerContext, E) - Method in class cascading.flow.planner.iso.assertion.GraphAssert
Assertion<PC> - Interface in cascading.operation: Interface Assertion is the base interface for all stream assertions.
ASSERTION_LEVEL - Static variable in class cascading.flow.FlowConnectorProps
AssertionException - Exception in cascading.operation: Class AssertionException is the exception that must be thrown when an Assertion fails.
AssertionException() - Constructor for exception cascading.operation.AssertionException
AssertionException(String) - Constructor for exception cascading.operation.AssertionException
AssertionException(String, Throwable) - Constructor for exception cascading.operation.AssertionException
AssertionException(Throwable) - Constructor for exception cascading.operation.AssertionException
assertionLevel - Variable in class cascading.flow.FlowDef
AssertionLevel - Enum in cascading.operation: Enum AssertionLevel designates the level of a given Assertion instance.
AssertMatches - Class in cascading.operation.assertion: Class AssertMatches matches the given regular expression patternString against the whole argument Tuple by joining each individual element of the Tuple with a tab character (\t) unless otherwise specified.
AssertMatches(String) - Constructor for class cascading.operation.assertion.AssertMatches: Constructor AssertMatches creates a new AssertMatches instance.
AssertMatches(String, String) - Constructor for class cascading.operation.assertion.AssertMatches: Constructor AssertMatches creates a new AssertMatches instance.
AssertMatches(String, boolean) - Constructor for class cascading.operation.assertion.AssertMatches: Constructor AssertMatches creates a new AssertMatches instance.
AssertMatches(String, boolean, String) - Constructor for class cascading.operation.assertion.AssertMatches: Constructor AssertMatches creates a new AssertMatches instance.
AssertMatchesAll - Class in cascading.operation.assertion: Class AssertMatchesAll matches the given regular expression patternString against each argument Tuple element individually.
AssertMatchesAll(String) - Constructor for class cascading.operation.assertion.AssertMatchesAll: Constructor AssertMatchesAll creates a new AssertMatchesAll instance.
AssertMatchesAll(String, boolean) - Constructor for class cascading.operation.assertion.AssertMatchesAll: Constructor AssertMatchesAll creates a new AssertMatchesAll instance.
AssertNotEquals - Class in cascading.operation.assertion: Class AssertNotEquals asserts the number of constructor values is equal to the number of argument values Tuple and each constructor value is not .equals() to its corresponding argument value.
AssertNotEquals(Object...) - Constructor for class cascading.operation.assertion.AssertNotEquals: Constructor AssertEquals creates a new AssertEquals instance.
AssertNotNull - Class in cascading.operation.assertion: Class AssertNotNull asserts that every value in the argument values Tuple is not a null value.
AssertNotNull() - Constructor for class cascading.operation.assertion.AssertNotNull: Constructor AssertNotNull creates a new AssertNotNull instance.
AssertNull - Class in cascading.operation.assertion: Class AssertNull asserts that every value in the argument values Tuple is a null value.
AssertNull() - Constructor for class cascading.operation.assertion.AssertNull: Constructor AssertNull creates a new AssertNull instance.
AssertSizeEquals - Class in cascading.operation.assertion: Class AssertSizeEquals asserts that the current Tuple in the stream is exactly the given size.
AssertSizeEquals(int) - Constructor for class cascading.operation.assertion.AssertSizeEquals: Constructor AssertSizeEquals creates a new AssertSizeEquals instance.
AssertSizeLessThan - Class in cascading.operation.assertion: Class AssertSizeLessThan asserts that the current Tuple in the stream has a size less than (<) the given size.
AssertSizeLessThan(int) - Constructor for class cascading.operation.assertion.AssertSizeLessThan: Constructor AssertSizeLessThan creates a new AssertSizeLessThan instance.
AssertSizeMoreThan - Class in cascading.operation.assertion: Class AssertSizeMoreThan asserts that the current Tuple in the stream has a size more than (>) the given size.
AssertSizeMoreThan(int) - Constructor for class cascading.operation.assertion.AssertSizeMoreThan: Constructor AssertSizeMoreThan creates a new AssertSizeMoreThan instance.
asSet(Flow, Tap) - Static method in class cascading.CascadingTestCase
asSet(Flow, Tap, Fields) - Static method in class cascading.CascadingTestCase
asSubGraph(ElementGraph, ElementGraph, Set<FlowElement>) - Static method in class cascading.flow.planner.graph.ElementGraphs
asSubGraphOf(ElementGraph, ElementGraph) - Method in class cascading.flow.planner.iso.transformer.SubGraphTransformer
asType(String) - Static method in class cascading.tuple.coerce.Coercions: Method asType is a convenience method for looking up a type name (like "int" or "java.lang.String" to its corresponding Class or instance of CoercibleType.
asUnmodifiable(Tuple) - Static method in class cascading.tuple.Tuples: Method asUnmodifiable marks the given Tuple instance as unmodifiable.
Average - Class in cascading.operation.aggregator: Class Average is an Aggregator that returns the average of all numeric values in the current group.
Average() - Constructor for class cascading.operation.aggregator.Average: Constructs a new instance that returns the average of the values encountered in the field name "average".
Average(Fields) - Constructor for class cascading.operation.aggregator.Average: Constructs a new instance that returns the average of the values encountered in the given fieldDeclaration field name.
Average.Context - Class in cascading.operation.aggregator: Class Context is used to hold intermediate values.
Average.Context(CoercibleType) - Constructor for class cascading.operation.aggregator.Average.Context
AverageBy - Class in cascading.pipe.assembly: Class AverageBy is used to average values associated with duplicate keys in a tuple stream.
AverageBy(Fields, Fields) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Fields, Fields, AverageBy.Include) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe, Fields, Fields, Fields, AverageBy.Include) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe, Fields, Fields, Fields, AverageBy.Include, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe, Fields, Fields, Fields, AverageBy.Include) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe, Fields, Fields, Fields, AverageBy.Include, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe[], Fields, Fields, Fields, AverageBy.Include) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(Pipe[], Fields, Fields, Fields, AverageBy.Include, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe[], Fields, Fields, Fields, AverageBy.Include) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy(String, Pipe[], Fields, Fields, Fields, AverageBy.Include, int) - Constructor for class cascading.pipe.assembly.AverageBy: Constructor AverageBy creates a new AverageBy instance.
AverageBy.AverageFinal - Class in cascading.pipe.assembly: Class AverageFinal is used to finalize the average operation on the Reduce side of the process.
AverageBy.AverageFinal(Fields) - Constructor for class cascading.pipe.assembly.AverageBy.AverageFinal: Constructs a new instance that returns the average of the values encountered in the given fieldDeclaration field name.
AverageBy.AverageFinal.Context - Class in cascading.pipe.assembly: Class Context is used to hold intermediate values.
AverageBy.AverageFinal.Context(Fields) - Constructor for class cascading.pipe.assembly.AverageBy.AverageFinal.Context
AverageBy.AveragePartials - Class in cascading.pipe.assembly: Class AveragePartials is a AggregateBy.Functor that is used to count and sum observed duplicates from the tuple stream.
AverageBy.AveragePartials(Fields) - Constructor for class cascading.pipe.assembly.AverageBy.AveragePartials: Constructor AveragePartials creates a new AveragePartials instance.
AverageBy.AveragePartials(Fields, AverageBy.Include) - Constructor for class cascading.pipe.assembly.AverageBy.AveragePartials
AverageBy.Include - Enum in cascading.pipe.assembly

B

BaseAnnotatedElementGraph - Class in cascading.flow.planner.graph
BaseAnnotatedElementGraph() - Constructor for class cascading.flow.planner.graph.BaseAnnotatedElementGraph
BaseAssertion<C> - Class in cascading.operation.assertion: Class BaseAssertion is a convenience class for Assertion implementations.
BaseAssertion() - Constructor for class cascading.operation.assertion.BaseAssertion
BaseAssertion(String) - Constructor for class cascading.operation.assertion.BaseAssertion
BaseAssertion(int) - Constructor for class cascading.operation.assertion.BaseAssertion
BaseAssertion(int, String) - Constructor for class cascading.operation.assertion.BaseAssertion
BaseCacheFactory<Key,Value,Config> - Class in cascading.util.cache: Base class for all CacheFactories for creating CascadingCache instances.
BaseCacheFactory() - Constructor for class cascading.util.cache.BaseCacheFactory
BaseCascade - Class in cascading.cascade
BaseCascade() - Constructor for class cascading.cascade.BaseCascade: for testing
BaseCascade.CascadeJob - Class in cascading.cascade: Class CascadeJob manages Flow execution in the current Cascade instance.
BaseCascade.CascadeJob(Flow) - Constructor for class cascading.cascade.BaseCascade.CascadeJob
BaseElementGraph - Class in cascading.flow.planner.graph
BaseElementGraph() - Constructor for class cascading.flow.planner.graph.BaseElementGraph
BaseElementGraph(DirectedGraph<FlowElement, Scope>) - Constructor for class cascading.flow.planner.graph.BaseElementGraph
BaseFlow<Config> - Class in cascading.flow
BaseFlow() - Constructor for class cascading.flow.BaseFlow: Used for testing.
BaseFlow(PlatformInfo, Map<Object, Object>, Config, String) - Constructor for class cascading.flow.BaseFlow
BaseFlow(PlatformInfo, Map<Object, Object>, Config, String, Map<String, String>) - Constructor for class cascading.flow.BaseFlow
BaseFlow(PlatformInfo, Map<Object, Object>, Config, FlowDef) - Constructor for class cascading.flow.BaseFlow
BaseFlow.FlowHolder - Class in cascading.flow: Class FlowHolder is a helper class for wrapping Flow instances.
BaseFlow.FlowHolder() - Constructor for class cascading.flow.BaseFlow.FlowHolder
BaseFlow.FlowHolder(Flow) - Constructor for class cascading.flow.BaseFlow.FlowHolder
BaseFlowNode - Class in cascading.flow.planner
BaseFlowNode(String, int) - Constructor for class cascading.flow.planner.BaseFlowNode
BaseFlowNode(FlowElementGraph, ElementGraph, List<? extends ElementGraph>) - Constructor for class cascading.flow.planner.BaseFlowNode
BaseFlowStep<Config> - Class in cascading.flow.planner: Class FlowStep is an internal representation of a given Job to be executed on a remote cluster.
BaseFlowStep(String, int) - Constructor for class cascading.flow.planner.BaseFlowStep
BaseFlowStep(ElementGraph, FlowNodeGraph) - Constructor for class cascading.flow.planner.BaseFlowStep
BaseJoiner - Class in cascading.pipe.joiner
BaseJoiner() - Constructor for class cascading.pipe.joiner.BaseJoiner
BaseJoiner(Fields) - Constructor for class cascading.pipe.joiner.BaseJoiner
BaseOperation<Context> - Class in cascading.operation: Class BaseOperation is the base class of predicate types that are applied to Tuple streams via the Each or Every Pipe.
BaseOperation() - Constructor for class cascading.operation.BaseOperation: Constructs a new instance that returns an Fields.UNKNOWN Tuple and accepts any number of arguments.
BaseOperation(Fields) - Constructor for class cascading.operation.BaseOperation: Constructs a new instance that returns the fields declared in fieldDeclaration and accepts any number of arguments.
BaseOperation(int) - Constructor for class cascading.operation.BaseOperation: Constructs a new instance that returns an unknown field set and accepts the given numArgs number of arguments.
BaseOperation(int, Fields) - Constructor for class cascading.operation.BaseOperation: Constructs a new instance that returns the fields declared in fieldDeclaration and accepts numArgs number of arguments.
BasePartitionTap<Config,Input,Output> - Class in cascading.tap.partition
BasePartitionTap(Tap, Partition, int) - Constructor for class cascading.tap.partition.BasePartitionTap
BasePartitionTap(Tap, Partition, SinkMode) - Constructor for class cascading.tap.partition.BasePartitionTap
BasePartitionTap(Tap, Partition, SinkMode, boolean, int) - Constructor for class cascading.tap.partition.BasePartitionTap
BasePartitionTap.Counters - Enum in cascading.tap.partition
BasePartitionTap.PartitionCollector - Class in cascading.tap.partition
BasePartitionTap.PartitionCollector(FlowProcess<? extends Config>) - Constructor for class cascading.tap.partition.BasePartitionTap.PartitionCollector
BasePartitionTap.PartitionScheme<Config,Input,Output> - Class in cascading.tap.partition
BasePartitionTap.PartitionScheme(Scheme) - Constructor for class cascading.tap.partition.BasePartitionTap.PartitionScheme
BasePartitionTap.PartitionScheme(Scheme, Fields) - Constructor for class cascading.tap.partition.BasePartitionTap.PartitionScheme
BaseProcessGraph<Process extends ProcessModel> - Class in cascading.flow.planner.process
BaseProcessGraph() - Constructor for class cascading.flow.planner.process.BaseProcessGraph
BaseState - Class in cascading.management.state
BaseState() - Constructor for class cascading.management.state.BaseState
BIG_DECIMAL - Static variable in class cascading.tuple.coerce.Coercions
BigDecimalCoerce - Class in cascading.tuple.coerce
BigDecimalCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.BigDecimalCoerce
bind(StreamGraph) - Method in class cascading.flow.stream.duct.Duct
bind(StreamGraph) - Method in class cascading.flow.stream.element.GroupingSpliceGate
bind(StreamGraph) - Method in class cascading.flow.stream.element.MemoryHashJoinGate
bind(StreamGraph) - Method in class cascading.flow.stream.element.MemorySpliceGate
bind(StreamGraph) - Method in class cascading.flow.stream.element.MergeStage
bind(StreamGraph) - Method in class cascading.flow.stream.element.SinkStage
bind() - Method in class cascading.flow.stream.graph.StreamGraph
bindEdges() - Method in class cascading.flow.planner.process.BaseProcessGraph
bindHeadAndTail(ElementGraph, ElementGraph) - Method in class cascading.flow.planner.graph.BoundedElementMultiGraph
binResult(RuleResult) - Method in class cascading.flow.planner.rule.RuleSetExec
block - Variable in class cascading.operation.expression.ScriptOperation: Field expression
blockForCompletedChildDetailDuration - Variable in class cascading.flow.planner.FlowStepJob: Field waitTillCompletedChildStatsDuration
BLOCKING - Static variable in class cascading.flow.planner.iso.expression.PathScopeExpression
BlockingHashJoinAnnotator - Class in cascading.flow.planner.rule.annotator
BlockingHashJoinAnnotator() - Constructor for class cascading.flow.planner.rule.annotator.BlockingHashJoinAnnotator
BlockingMode - Enum in cascading.flow.stream.annotations
blockOnJob() - Method in class cascading.flow.planner.FlowStepJob
blockOnPredecessors() - Method in class cascading.flow.planner.FlowStepJob
blockTillCompleteOrStopped() - Method in class cascading.flow.planner.FlowStepJob
BOOLEAN - Static variable in class cascading.tuple.coerce.Coercions
BOOLEAN_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
BooleanCoerce - Class in cascading.tuple.coerce
BooleanCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.BooleanCoerce
BooleanObjectCoerce - Class in cascading.tuple.coerce
BooleanObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.BooleanObjectCoerce
BoundariesElementExpression - Class in cascading.flow.planner.rule.elementexpression
BoundariesElementExpression() - Constructor for class cascading.flow.planner.rule.elementexpression.BoundariesElementExpression
BoundariesElementExpression(ElementCapture) - Constructor for class cascading.flow.planner.rule.elementexpression.BoundariesElementExpression
BoundariesElementExpression(TypeExpression.Topo) - Constructor for class cascading.flow.planner.rule.elementexpression.BoundariesElementExpression
BoundariesElementExpression(ElementCapture, TypeExpression.Topo) - Constructor for class cascading.flow.planner.rule.elementexpression.BoundariesElementExpression
boundary - Variable in class cascading.flow.stream.element.BoundaryStage
Boundary - Class in cascading.pipe: The Boundary class is only used internally by the planner to mark the boundaries between partitions within the element graph.
Boundary() - Constructor for class cascading.pipe.Boundary: Intentionally does not provide a chaining constructor, as Boundary should not be inserted into an assembly by a user.
BOUNDARY_PIPE - Static variable in class cascading.flow.planner.rule.transformer.BoundaryElementFactory
BoundaryElementFactory - Class in cascading.flow.planner.rule.transformer
BoundaryElementFactory() - Constructor for class cascading.flow.planner.rule.transformer.BoundaryElementFactory
BoundaryStage<Incoming,Outgoing> - Class in cascading.flow.stream.element
BoundaryStage(FlowProcess, Boundary) - Constructor for class cascading.flow.stream.element.BoundaryStage
BoundaryStage(FlowProcess, Boundary, IORole) - Constructor for class cascading.flow.stream.element.BoundaryStage
BoundedElementMultiGraph - Class in cascading.flow.planner.graph
BoundedElementMultiGraph(ElementGraph, ElementGraph, EnumMultiMap) - Constructor for class cascading.flow.planner.graph.BoundedElementMultiGraph
branchNames - Variable in class cascading.flow.stream.element.ElementStage
Buffer<Context> - Interface in cascading.operation: A Buffer is similar to an Aggregator by the fact that it operates on unique groups of values.
BufferAfterEveryAssert - Class in cascading.flow.planner.rule.assertion
BufferAfterEveryAssert() - Constructor for class cascading.flow.planner.rule.assertion.BufferAfterEveryAssert
BufferAfterEveryExpression - Class in cascading.flow.planner.rule.expression
BufferAfterEveryExpression() - Constructor for class cascading.flow.planner.rule.expression.BufferAfterEveryExpression
BufferCall<C> - Interface in cascading.operation: Interface BufferCall provides access to the current Buffer invocation arguments.
BufferEveryWindow - Class in cascading.flow.stream.element
BufferEveryWindow(FlowProcess, Every) - Constructor for class cascading.flow.stream.element.BufferEveryWindow
BufferJoin - Class in cascading.pipe.joiner: Class BufferJoiner notifies the Cascading planner that the next Buffer instance will implement a custom join strategy.
BufferJoin() - Constructor for class cascading.pipe.joiner.BufferJoin
buildFlow(FlowDef, RuleRegistrySet) - Method in class cascading.flow.planner.FlowPlanner
buildGraph(FlowPlanner<?, ?>, FlowElementGraph, List<? extends ElementGraph>, Map<ElementGraph, List<? extends ElementGraph>>) - Method in class cascading.flow.planner.process.FlowNodeGraph
buildGraph(FlowPlanner<?, ?>, FlowElementGraph, Map<ElementGraph, List<? extends ElementGraph>>, Map<ElementGraph, List<? extends ElementGraph>>) - Method in class cascading.flow.planner.process.FlowStepGraph
buildProperties() - Method in class cascading.property.Props: Method buildProperties returns a new Properties instance with all property values for this type.
buildProperties(Map<Object, Object>) - Method in class cascading.property.Props: Method buildProperties returns a new Properties instance with all property values for this type using the given Map of property values as defaults.
buildProperties(Iterable<Map.Entry<String, String>>) - Method in class cascading.property.Props: Method buildProperties returns a new Properties instance with all property values for this type using the given Iterable> of property values as defaults.
buildProperties(Properties) - Method in class cascading.property.Props: Method buildProperties returns a new Properties instance with all property values for this type using the given Properties instance of property values as defaults.

C

CacheEvictionCallback<Key,Value> - Interface in cascading.util.cache: CacheEvictionCallBack is an interface to be used in conjunction with CascadingCache instances.
call() - Method in class cascading.cascade.BaseCascade.CascadeJob
call() - Method in class cascading.flow.planner.FlowStepJob
call() - Method in class cascading.flow.stream.element.SourceStage
canonical(Object) - Method in class cascading.tuple.coerce.Coercions.Coerce
canonical(Object) - Method in interface cascading.tuple.type.CoercibleType
canonical(Object) - Method in class cascading.tuple.type.DateType
canonicalHash(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
canonicalHash(Graph<FlowElement, Scope>) - Static method in class cascading.flow.planner.graph.ElementGraphs
captureDebugTrace(Object) - Static method in class cascading.util.TraceUtil
captureDetail(CascadingStats.Type) - Method in class cascading.stats.CascadeStats
captureDetail() - Method in class cascading.stats.CascadingStats: Method captureDetail will recursively capture details about nested systems.
captureDetail(CascadingStats.Type) - Method in class cascading.stats.CascadingStats
captureDetail(CascadingStats.Type) - Method in class cascading.stats.FlowStats
captureDetail() - Method in class cascading.stats.process.ProcessStepStats
captureDetail(CascadingStats.Type) - Method in class cascading.stats.process.ProcessStepStats
captureMap - Variable in class cascading.flow.planner.iso.finder.Match
Cascade - Interface in cascading.cascade: A Cascade is an assembly of Flow instances that share or depend on equivalent Tap instances and are executed as a single group.
CascadeConnector - Class in cascading.cascade: Class CascadeConnector is used to construct a new Cascade instance from a collection of Flow instance.
CascadeConnector() - Constructor for class cascading.cascade.CascadeConnector: Constructor CascadeConnector creates a new CascadeConnector instance.
CascadeConnector(Map<Object, Object>) - Constructor for class cascading.cascade.CascadeConnector: Constructor CascadeConnector creates a new CascadeConnector instance.
CascadeDef - Class in cascading.cascade: Class CascadeDef is a fluent interface for defining a Cascade.
CascadeDef() - Constructor for class cascading.cascade.CascadeDef: Constructor CascadeDef creates a new CascadeDef instance.
cascadeDef() - Static method in class cascading.cascade.CascadeDef: Creates a new instance of a CascadeDef.
CascadeException - Exception in cascading.cascade: Class CascadeException is thrown by the Cascade class.
CascadeException() - Constructor for exception cascading.cascade.CascadeException: Constructor CascadeException creates a new CascadeException instance.
CascadeException(String) - Constructor for exception cascading.cascade.CascadeException: Constructor CascadeException creates a new CascadeException instance.
CascadeException(String, Throwable) - Constructor for exception cascading.cascade.CascadeException: Constructor CascadeException creates a new CascadeException instance.
CascadeException(Throwable) - Constructor for exception cascading.cascade.CascadeException: Constructor CascadeException creates a new CascadeException instance.
CascadeListener - Interface in cascading.cascade: Interface CascadeListener provides hooks for receiving events on various stages of a Cascade execution.
CascadeProps - Class in cascading.cascade: Class CascadeProps is a fluent helper class for setting various Cascade level properties passed through a CascadeConnector.
CascadeProps() - Constructor for class cascading.cascade.CascadeProps
cascadeProps() - Static method in class cascading.cascade.CascadeProps: Creates a new CascadeProps instance.
Cascades - Class in cascading.cascade: Class Cascades provides useful utilities for use in constructing Cascade and Flow instances via the CascadeConnector and FlowConnector, respectively.
Cascades() - Constructor for class cascading.cascade.Cascades
CascadeStats - Class in cascading.stats: Class CascadeStats collects Cascade specific statistics.
CascadeStats(Cascade, ClientState) - Constructor for class cascading.stats.CascadeStats
cascading - package cascading
CASCADING - Static variable in class cascading.util.Version
cascading.cascade - package cascading.cascade
cascading.cascade.planner - package cascading.cascade.planner
cascading.flow - package cascading.flow
cascading.flow.planner - package cascading.flow.planner
cascading.flow.planner.graph - package cascading.flow.planner.graph
cascading.flow.planner.iso - package cascading.flow.planner.iso
cascading.flow.planner.iso.assertion - package cascading.flow.planner.iso.assertion
cascading.flow.planner.iso.expression - package cascading.flow.planner.iso.expression
cascading.flow.planner.iso.finder - package cascading.flow.planner.iso.finder
cascading.flow.planner.iso.subgraph - package cascading.flow.planner.iso.subgraph
cascading.flow.planner.iso.subgraph.iterator - package cascading.flow.planner.iso.subgraph.iterator
cascading.flow.planner.iso.subgraph.partitioner - package cascading.flow.planner.iso.subgraph.partitioner
cascading.flow.planner.iso.transformer - package cascading.flow.planner.iso.transformer
cascading.flow.planner.process - package cascading.flow.planner.process
cascading.flow.planner.rule - package cascading.flow.planner.rule
cascading.flow.planner.rule.annotator - package cascading.flow.planner.rule.annotator
cascading.flow.planner.rule.assertion - package cascading.flow.planner.rule.assertion
cascading.flow.planner.rule.elementexpression - package cascading.flow.planner.rule.elementexpression
cascading.flow.planner.rule.expression - package cascading.flow.planner.rule.expression
cascading.flow.planner.rule.expressiongraph - package cascading.flow.planner.rule.expressiongraph
cascading.flow.planner.rule.partitioner - package cascading.flow.planner.rule.partitioner
cascading.flow.planner.rule.transformer - package cascading.flow.planner.rule.transformer
cascading.flow.planner.rule.util - package cascading.flow.planner.rule.util
cascading.flow.process - package cascading.flow.process
cascading.flow.stream - package cascading.flow.stream
cascading.flow.stream.annotations - package cascading.flow.stream.annotations
cascading.flow.stream.duct - package cascading.flow.stream.duct
cascading.flow.stream.element - package cascading.flow.stream.element
cascading.flow.stream.graph - package cascading.flow.stream.graph
cascading.flow.stream.util - package cascading.flow.stream.util
cascading.management - package cascading.management
cascading.management.annotation - package cascading.management.annotation
cascading.management.state - package cascading.management.state
cascading.operation - package cascading.operation
cascading.operation.aggregator - package cascading.operation.aggregator
cascading.operation.assertion - package cascading.operation.assertion
cascading.operation.buffer - package cascading.operation.buffer
cascading.operation.expression - package cascading.operation.expression
cascading.operation.filter - package cascading.operation.filter
cascading.operation.function - package cascading.operation.function
cascading.operation.regex - package cascading.operation.regex
cascading.operation.state - package cascading.operation.state
cascading.operation.text - package cascading.operation.text
cascading.pipe - package cascading.pipe
cascading.pipe.assembly - package cascading.pipe.assembly
cascading.pipe.joiner - package cascading.pipe.joiner
cascading.property - package cascading.property
cascading.provider - package cascading.provider
cascading.scheme - package cascading.scheme
cascading.scheme.util - package cascading.scheme.util
cascading.stats - package cascading.stats
cascading.stats.process - package cascading.stats.process
cascading.tap - package cascading.tap
cascading.tap.partition - package cascading.tap.partition
cascading.tap.type - package cascading.tap.type
cascading.tuple - package cascading.tuple
cascading.tuple.coerce - package cascading.tuple.coerce
cascading.tuple.collect - package cascading.tuple.collect
cascading.tuple.io - package cascading.tuple.io
cascading.tuple.type - package cascading.tuple.type
cascading.tuple.util - package cascading.tuple.util
cascading.util - package cascading.util
cascading.util.cache - package cascading.util.cache
cascading.util.jgrapht - package cascading.util.jgrapht
CASCADING_BUILD_NUMBER - Static variable in class cascading.util.Version
CASCADING_FLOW_ID - Static variable in interface cascading.flow.Flow
CASCADING_FLOW_NODE - Static variable in interface cascading.flow.FlowNode
CASCADING_FLOW_STEP_ID - Static variable in interface cascading.flow.FlowStep
CASCADING_RELEASE_MAJOR - Static variable in class cascading.util.Version
CASCADING_RELEASE_MINOR - Static variable in class cascading.util.Version
CASCADING_SERVICES - Static variable in class cascading.management.CascadingServices
CASCADING_SERVICES_JAR - Static variable in class cascading.management.CascadingServices
CascadingCache<Key,Value> - Interface in cascading.util.cache: Interface that defines a Cache.
CascadingException - Exception in cascading: Class CascadingException is the base class of all Cascading exceptions.
CascadingException() - Constructor for exception cascading.CascadingException: Constructor CascadingException creates a new CascadingException instance.
CascadingException(String) - Constructor for exception cascading.CascadingException: Constructor CascadingException creates a new CascadingException instance.
CascadingException(String, Throwable) - Constructor for exception cascading.CascadingException: Constructor CascadingException creates a new CascadingException instance.
CascadingException(Throwable) - Constructor for exception cascading.CascadingException: Constructor CascadingException creates a new CascadingException instance.
CascadingFactory<Config,Instance> - Interface in cascading.provider: Interface CascadingFactory defines a pluggable "factory" class that can be loaded by the FactoryLoader utility.
CascadingService - Interface in cascading.provider: Interface CascadingService defines a pluggable "service" class that can be loaded by the ServiceLoader utility.
cascadingServices - Variable in class cascading.flow.FlowSession
CascadingServices - Class in cascading.management: Class CascadingServices is the root class for pluggable services Cascading can call out to for distributed monitoring and management systems.
CascadingServices(Map<Object, Object>) - Constructor for class cascading.management.CascadingServices
CascadingServices.NullDocumentService - Class in cascading.management: Class NullDocumentService provides a null implementation.
CascadingServices.NullDocumentService() - Constructor for class cascading.management.CascadingServices.NullDocumentService
CascadingServices.NullMetricsService - Class in cascading.management: Class NullMetricsService provides a null implementation.
CascadingServices.NullMetricsService() - Constructor for class cascading.management.CascadingServices.NullMetricsService
CascadingStats<Child> - Class in cascading.stats: Class CascadingStats is the base class for all Cascading statistics gathering.
CascadingStats(String, ClientState) - Constructor for class cascading.stats.CascadingStats
CascadingStats.Status - Enum in cascading.stats
CascadingStats.Type - Enum in cascading.stats
CascadingTestCase - Class in cascading: Class CascadingTestCase is the base class for all Cascading tests.
CascadingTestCase() - Constructor for class cascading.CascadingTestCase
CascadingTestCase(String) - Constructor for class cascading.CascadingTestCase
CHARACTER - Static variable in class cascading.tuple.coerce.Coercions
CHARACTER_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
CharacterCoerce - Class in cascading.tuple.coerce
CharacterCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.CharacterCoerce
CharacterObjectCoerce - Class in cascading.tuple.coerce
CharacterObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.CharacterObjectCoerce
checkForUpdate(PlatformInfo) - Static method in class cascading.util.Update
checkForUpdate() - Method in class cascading.util.Update
Checkpoint - Class in cascading.pipe: The Checkpoint pipe, if supported by the current planner, will force data to be persisted at the point in the tuple stream an instance of Checkpoint is inserted into the pipe assembly.
Checkpoint(Pipe) - Constructor for class cascading.pipe.Checkpoint: Constructor Checkpoint creates a new Checkpoint pipe which inherits the name of its previous pipe.
Checkpoint(String, Pipe) - Constructor for class cascading.pipe.Checkpoint: Constructor Checkpoint creates a new Checkpoint pipe with the given name.
CHECKPOINT_TAP_DECORATOR_CLASS - Static variable in class cascading.flow.FlowConnectorProps
checkpoints - Variable in class cascading.flow.FlowDef
checkpointTapRootPath - Variable in class cascading.flow.planner.FlowPlanner
classPath - Variable in class cascading.flow.FlowDef
clean() - Method in class cascading.flow.planner.BaseFlowStep
clean(Config) - Method in class cascading.flow.planner.BaseFlowStep
clean(Object) - Method in class cascading.flow.process.ProcessFlowStep
cleanField(int, String, Type) - Method in interface cascading.scheme.util.FieldTypeResolver
cleanFields(Object[]) - Method in class cascading.scheme.util.DelimitedParser
cleanParsedLine(Object[]) - Method in class cascading.scheme.util.DelimitedParser
cleanPattern - Variable in class cascading.scheme.util.DelimitedParser: Field cleanPattern
cleansePathName(String) - Static method in class cascading.util.Util
cleanSplit(Object[], Pattern, Pattern, String) - Method in class cascading.scheme.util.DelimitedParser: Method cleanSplit will return a quote free array of String values, the given split array will be updated in place.
cleanup() - Method in class cascading.cascade.BaseCascade
cleanup() - Method in class cascading.flow.BaseFlow
cleanup() - Method in interface cascading.flow.Flow
cleanup() - Method in class cascading.flow.process.ProcessFlow
cleanup() - Method in class cascading.flow.stream.duct.Duct
cleanup() - Method in class cascading.flow.stream.element.ElementStage
cleanup() - Method in class cascading.flow.stream.element.GroupingSpliceGate
cleanup() - Method in class cascading.flow.stream.element.OperatorStage
cleanup() - Method in class cascading.flow.stream.element.SinkStage
cleanup() - Method in class cascading.flow.stream.graph.StreamGraph: Calls cleanup starting at the head and working forwards
cleanup() - Method in interface cascading.management.UnitOfWork
cleanup(FlowProcess, OperationCall<Context>) - Method in class cascading.operation.BaseOperation: Method cleanup does nothing, and may safely be overridden.
cleanup(FlowProcess, OperationCall<Long>) - Method in class cascading.operation.Debug
cleanup(FlowProcess, OperationCall) - Method in class cascading.operation.filter.Logic
cleanup(FlowProcess, OperationCall) - Method in class cascading.operation.filter.Not
cleanup(FlowProcess, OperationCall) - Method in class cascading.operation.function.SetValue
cleanup(FlowProcess, OperationCall<Context>) - Method in interface cascading.operation.Operation: The cleanup method is called immediately after the current Operation instance is taken out of play processing Tuples.
cleanup(FlowProcess, OperationCall<CascadingCache<Tuple, Object>>) - Method in class cascading.pipe.assembly.Unique.FilterPartialDuplicates
cleanup() - Method in class cascading.stats.CascadingStats: Method cleanup destroys any resources allocated by this instance.
clear() - Method in class cascading.tuple.collect.SpillableTupleList
clear() - Method in class cascading.tuple.Tuple: Method clear empties this Tuple instance.
clear() - Method in class cascading.tuple.TupleListCollector: Method clear clears all Tuple instances from this instance.
clear() - Method in class cascading.util.cache.DirectMappedCache
clear() - Method in class cascading.util.cache.LRUHashMapCache
clear() - Method in class cascading.util.cache.OrderedHashMapCache
clear() - Method in class cascading.util.jgrapht.IntegerNameProvider
ClientState - Class in cascading.management.state
ClientState() - Constructor for class cascading.management.state.ClientState
clientState - Variable in class cascading.stats.CascadingStats
close() - Method in class cascading.tap.partition.BasePartitionTap.PartitionCollector
close() - Method in class cascading.tuple.io.TupleInputStream
close() - Method in interface cascading.tuple.io.TupleInputStream.ElementReader
close() - Method in class cascading.tuple.io.TupleOutputStream
close() - Method in interface cascading.tuple.io.TupleOutputStream.ElementWriter
close() - Method in class cascading.tuple.TupleChainIterator: Method close closes all underlying resources.
close() - Method in class cascading.tuple.TupleEntryChainIterator: Method close closes all underlying resources.
close() - Method in class cascading.tuple.TupleEntryCollector: Method close closes the underlying resource being written to.
close() - Method in class cascading.tuple.TupleEntryIterableChainIterator: Method close closes all underlying resources.
close() - Method in class cascading.tuple.TupleEntrySchemeCollector
close() - Method in class cascading.tuple.TupleEntrySchemeIterator
close() - Method in class cascading.util.SingleCloseableInputIterator
close() - Method in class cascading.util.SingleValueCloseableIterator
CloseableIterator<V> - Interface in cascading.util: Interface CloseableIterator is a helper interface granting an Iterator a close method.
closeCollector(String) - Method in class cascading.tap.partition.BasePartitionTap.PartitionCollector
closeCurrent() - Method in class cascading.tuple.TupleChainIterator
closeCurrent() - Method in class cascading.tuple.TupleEntryChainIterator
closeCurrent() - Method in class cascading.tuple.TupleEntryIterableChainIterator
CloseReducingDuct<Group,Incoming,Outgoing> - Class in cascading.flow.stream.duct
CloseReducingDuct(Duct<Outgoing, ?>) - Constructor for class cascading.flow.stream.duct.CloseReducingDuct
closeTrapCollectors() - Method in class cascading.flow.FlowProcess
closeTrapCollectors() - Method in class cascading.flow.FlowProcessWrapper
CloseWindow - Interface in cascading.flow.stream.duct
closure - Variable in class cascading.flow.stream.element.MemorySpliceGate
Coerce - Class in cascading.pipe.assembly: Class Coerce is a SubAssembly that will coerce all incoming Tuple values to the given types.
Coerce(Pipe, Class...) - Constructor for class cascading.pipe.assembly.Coerce: Constructor Coerce creates a new Coerce instance that will coerce all input Tuple values.
Coerce(Pipe, Fields, Class...) - Constructor for class cascading.pipe.assembly.Coerce: Constructor Coerce creates a new Coerce instance that will only coerce the given coerceFields Tuple values.
Coerce(Pipe, Fields) - Constructor for class cascading.pipe.assembly.Coerce: Constructor Coerce creates a new Coerce instance that will only coerce the given coerceFields Tuple values.
coerce(Object) - Method in class cascading.tuple.coerce.BigDecimalCoerce
coerce(Object) - Method in class cascading.tuple.coerce.BooleanCoerce
coerce(Object) - Method in class cascading.tuple.coerce.BooleanObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.CharacterCoerce
coerce(Object) - Method in class cascading.tuple.coerce.CharacterObjectCoerce
coerce(Object, Type) - Static method in class cascading.tuple.coerce.Coercions: Method coerce will coerce the given value to the given type using any CoercibleType mapping available.
coerce(CoercibleType, Object, Type) - Static method in class cascading.tuple.coerce.Coercions: Method coerce will coerce the given value to the given type using the given CoercibleType.
coerce(Object, Type) - Method in class cascading.tuple.coerce.Coercions.Coerce
coerce(Object) - Method in class cascading.tuple.coerce.Coercions.Coerce
coerce(Object) - Method in class cascading.tuple.coerce.DoubleCoerce
coerce(Object) - Method in class cascading.tuple.coerce.DoubleObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.FloatCoerce
coerce(Object) - Method in class cascading.tuple.coerce.FloatObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.IntegerCoerce
coerce(Object) - Method in class cascading.tuple.coerce.IntegerObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.LongCoerce
coerce(Object) - Method in class cascading.tuple.coerce.LongObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.ObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.ShortCoerce
coerce(Object) - Method in class cascading.tuple.coerce.ShortObjectCoerce
coerce(Object) - Method in class cascading.tuple.coerce.StringCoerce
coerce(Object, Type) - Method in interface cascading.tuple.type.CoercibleType
coerce(Object, Type) - Method in class cascading.tuple.type.DateType
coerceParsedLine(String, Object[]) - Method in class cascading.scheme.util.DelimitedParser
coercibleArray(Fields) - Static method in class cascading.tuple.coerce.Coercions: Method coercibleArray will return an array of CoercibleType instances based on the given field type information.
coercibleArray(int, Type[]) - Static method in class cascading.tuple.coerce.Coercions: Method coercibleArray will return an array of CoercibleType instances based on the given type array.
coercibles - Variable in class cascading.scheme.util.DelimitedParser: Fields coercibles
CoercibleType<Canonical> - Interface in cascading.tuple.type: Interface CoercibleType allows Fields instances to be extended with custom type information.
coercibleTypeFor(Type) - Static method in class cascading.tuple.coerce.Coercions: Method coercibleTypeFor returns the CoercibleType for the given Type instance.
Coercions - Class in cascading.tuple.coerce: Coercions class is a helper class for managing primitive value coercions.
Coercions() - Constructor for class cascading.tuple.coerce.Coercions
coercions - Static variable in class cascading.tuple.coerce.Coercions
Coercions.Coerce<T> - Class in cascading.tuple.coerce
Coercions.Coerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.Coercions.Coerce
CoGroup - Class in cascading.pipe: The CoGroup pipe allows for two or more tuple streams to join into a single stream via an optional Joiner.
CoGroup(Pipe, Fields, Pipe, Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, Pipe, Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, Pipe, Fields, Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, Pipe, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, Pipe, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe...) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe[], Fields[]) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe[], Fields[], Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe[], Fields[], Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe[], Fields[]) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe[], Fields[], Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe[], Fields[], Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe[], Fields[], Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe[], Fields[], Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, Pipe, Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, Pipe, Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, Pipe, Fields, Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, Pipe, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, Pipe, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe...) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, int, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(Pipe, Fields, int, Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, int, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(Pipe, Fields, int, Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(Pipe, Fields, int, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(Pipe, Fields, int) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(String, Pipe, Fields, int, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(String, Pipe, Fields, int, Fields, Fields) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, int, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(String, Pipe, Fields, int, Fields, Fields, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance.
CoGroup(String, Pipe, Fields, int, Joiner) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
CoGroup(String, Pipe, Fields, int) - Constructor for class cascading.pipe.CoGroup: Constructor CoGroup creates a new CoGroup instance that performs numSelfJoins number of self joins on the given Pipe instance.
Collapsing - Interface in cascading.flow.stream.duct: Collapsing marks a Duct as collapsing start/complete events from multiple incoming paths
collect(TupleEntry) - Method in class cascading.tap.partition.BasePartitionTap.PartitionCollector
collect(TupleEntry) - Method in class cascading.tuple.TupleEntryCollector
collect(TupleEntry) - Method in class cascading.tuple.TupleEntrySchemeCollector
collect(TupleEntry) - Method in class cascading.tuple.TupleListCollector
commitResource(Config) - Method in class cascading.tap.DecoratorTap
commitResource(Config) - Method in class cascading.tap.MultiSinkTap
commitResource(Config) - Method in class cascading.tap.partition.BasePartitionTap
commitResource(Config) - Method in class cascading.tap.SourceTap
commitResource(Config) - Method in class cascading.tap.Tap: Method commitResource allows the underlying resource to be notified when all write processing is successful so that any additional cleanup or processing may be completed.
commitSinks() - Method in class cascading.flow.planner.BaseFlowStep
compare(FlowNode, FlowNode) - Method in class cascading.flow.planner.process.FlowNodeGraph.FlowNodeComparator
compare(Tuple, Tuple) - Method in class cascading.flow.stream.util.SparseTupleComparator
compare(Comparable, Comparable) - Method in class cascading.operation.aggregator.ExtremaValueBase: Allows subclasses to provide own comparison method.
compare(Comparable, Comparable) - Method in class cascading.operation.aggregator.MaxValue
compare(Comparable, Comparable) - Method in class cascading.operation.aggregator.MinValue
compare(Tuple, Tuple) - Method in class cascading.tuple.Fields
compare(T, T) - Method in interface cascading.tuple.StreamComparator
compare(Comparable, Comparable) - Method in class cascading.util.NullNotEquivalentComparator
compareSet(String[], String, String) - Method in class cascading.management.CascadingServices.NullMetricsService
compareSet(String[], int, int) - Method in class cascading.management.CascadingServices.NullMetricsService
compareSet(String[], long, long) - Method in class cascading.management.CascadingServices.NullMetricsService
compareSet(String[], String, String) - Method in interface cascading.management.MetricsService
compareSet(String[], int, int) - Method in interface cascading.management.MetricsService
compareSet(String[], long, long) - Method in interface cascading.management.MetricsService
compareTo(PlatformInfo) - Method in class cascading.flow.planner.PlatformInfo
compareTo(Object) - Method in class cascading.flow.stream.element.GroupingSpliceGate.DelegatedTuple
compareTo(Fields) - Method in class cascading.tuple.Fields: Method compareTo compares this instance to the given Fields instance.
compareTo(Object) - Method in class cascading.tuple.Fields: Method compareTo implements Comparable.compareTo(Object).
compareTo(Object) - Method in class cascading.tuple.io.IndexTuple
compareTo(IndexTuple) - Method in class cascading.tuple.io.IndexTuple
compareTo(Object) - Method in class cascading.tuple.io.TuplePair
compareTo(Tuple) - Method in class cascading.tuple.io.TuplePair
compareTo(TuplePair) - Method in class cascading.tuple.io.TuplePair: Method compareTo compares this instance to the given TuplePair.
compareTo(Tuple) - Method in class cascading.tuple.Tuple: Method compareTo compares this Tuple to the given Tuple instance.
compareTo(Comparator[], Tuple) - Method in class cascading.tuple.Tuple
compareTo(Object) - Method in class cascading.tuple.Tuple: Method compareTo implements the Comparable.compareTo(Object) method.
Comparison<T> - Interface in cascading.tuple: The Comparison interface allows specific underlying type mechanisms to additionally return relevant Comparator implementations when required internally.
complete() - Method in class cascading.cascade.BaseCascade
complete() - Method in interface cascading.cascade.Cascade: Method complete begins the current Cascade process if method Cascade.start() was not previously called.
complete() - Method in class cascading.flow.BaseFlow
complete() - Method in interface cascading.flow.Flow: Method complete starts the current Flow instance if it has not be previously started, then block until completion.
complete() - Method in class cascading.flow.process.ProcessFlow
complete(Duct) - Method in class cascading.flow.stream.duct.Duct
complete(Duct) - Method in class cascading.flow.stream.duct.Fork
complete(Duct) - Method in class cascading.flow.stream.duct.OpenDuct
complete(Duct) - Method in class cascading.flow.stream.element.MemoryCoGroupGate
complete(Duct) - Method in class cascading.flow.stream.element.MemoryHashJoinGate
complete(Duct) - Method in class cascading.flow.stream.element.MergeStage
complete(Duct) - Method in class cascading.flow.stream.element.OperatorStage
complete(Duct) - Method in class cascading.flow.stream.element.SinkStage
complete() - Method in interface cascading.management.UnitOfWork
complete(UnitOfWork, int, TimeUnit) - Method in class cascading.management.UnitOfWorkExecutorStrategy
complete(UnitOfWork, int, TimeUnit) - Method in interface cascading.management.UnitOfWorkSpawnStrategy
complete(FlowProcess, AggregatorCall<Average.Context>) - Method in class cascading.operation.aggregator.Average
complete(FlowProcess, AggregatorCall<Context>) - Method in interface cascading.operation.Aggregator: Method complete will be issued last after every TupleEntry has been passed to the Aggregator.aggregate(cascading.flow.FlowProcess, AggregatorCall) method.
complete(FlowProcess, AggregatorCall<Pair<Long[], Tuple>>) - Method in class cascading.operation.aggregator.Count
complete(FlowProcess, AggregatorCall<Tuple[]>) - Method in class cascading.operation.aggregator.ExtentBase
complete(FlowProcess, AggregatorCall<ExtremaValueBase.Context>) - Method in class cascading.operation.aggregator.ExtremaValueBase
complete(FlowProcess, AggregatorCall<Tuple[]>) - Method in class cascading.operation.aggregator.First
complete(FlowProcess, AggregatorCall<Pair<Double[], Tuple>>) - Method in class cascading.operation.aggregator.Sum
complete(FlowProcess, Tuple) - Method in interface cascading.pipe.assembly.AggregateBy.Functor: Method complete allows the final aggregate computation to be performed before the return value is collected.
complete(FlowProcess, AggregatorCall<AverageBy.AverageFinal.Context>) - Method in class cascading.pipe.assembly.AverageBy.AverageFinal
complete(FlowProcess, Tuple) - Method in class cascading.pipe.assembly.AverageBy.AveragePartials
complete(FlowProcess, Tuple) - Method in class cascading.pipe.assembly.CountBy.CountPartials
complete(FlowProcess, Tuple) - Method in class cascading.pipe.assembly.FirstBy.FirstPartials
complete(FlowProcess, Tuple) - Method in class cascading.pipe.assembly.MaxBy.MaxPartials
complete(FlowProcess, Tuple) - Method in class cascading.pipe.assembly.MinBy.MinPartials
complete(FlowProcess, Tuple) - Method in class cascading.pipe.assembly.SumBy.SumPartials
completeCount - Variable in class cascading.flow.stream.element.MergeStage
completeGroup(Duct, Outgoing) - Method in class cascading.flow.stream.duct.CloseReducingDuct
completeGroup(Duct, Result) - Method in interface cascading.flow.stream.duct.Reducing
completeGroup(Duct, TupleEntry) - Method in class cascading.flow.stream.element.AggregatorEveryStage
completeGroup(Duct, TupleEntry) - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
ComponentAttributeProvider<T> - Interface in cascading.util.jgrapht
CompositeTap<Child extends Tap> - Interface in cascading.tap: Interface CompositeTap marks Tap classes as having child Tap instances.
ConcreteCall<C> - Class in cascading.operation: Class OperationCall is the common base class for FunctionCall, FilterCall, AggregatorCall, ValueAssertionCall, and GroupAssertionCall.
ConcreteCall() - Constructor for class cascading.operation.ConcreteCall: Constructor OperationCall creates a new OperationCall instance.
ConcreteCall(Fields) - Constructor for class cascading.operation.ConcreteCall: Constructor ConcreteCall creates a new ConcreteCall instance.
ConcreteCall(Fields, Fields) - Constructor for class cascading.operation.ConcreteCall: Constructor ConcreteCall creates a new ConcreteCall instance.
ConcreteCall(TupleEntry, TupleEntryCollector) - Constructor for class cascading.operation.ConcreteCall: Constructor OperationCall creates a new OperationCall instance.
ConcreteCall(ConcreteCall<C>) - Constructor for class cascading.operation.ConcreteCall
ConcreteCall<Context,IO> - Class in cascading.scheme: The concrete base class for SourceCall and SinkCall.
ConcreteCall() - Constructor for class cascading.scheme.ConcreteCall
config - Variable in class cascading.property.ConfigDef
configDef - Variable in class cascading.pipe.Pipe
ConfigDef - Class in cascading.property: The ConfigDef class allows for the creation of a configuration properties template to be applied to an existing properties configuration set.
ConfigDef() - Constructor for class cascading.property.ConfigDef
ConfigDef.Getter - Interface in cascading.property
ConfigDef.Mode - Enum in cascading.property
ConfigDef.Setter - Interface in cascading.property
configRuleRegistryDefaults(RuleRegistry) - Method in class cascading.flow.planner.FlowPlanner
configure() - Method in class cascading.flow.planner.BaseFlowStep
connect(Collection<Flow>) - Method in class cascading.cascade.CascadeConnector: Given any number of Flow objects, it will connect them and return a new Cascade instance.
connect(String, Collection<Flow>) - Method in class cascading.cascade.CascadeConnector: Given any number of Flow objects, it will connect them and return a new Cascade instance.
connect(Flow...) - Method in class cascading.cascade.CascadeConnector: Given any number of Flow objects, it will connect them and return a new Cascade instance.
connect(String, Flow...) - Method in class cascading.cascade.CascadeConnector: Given any number of Flow objects, it will connect them and return a new Cascade instance.
connect(CascadeDef) - Method in class cascading.cascade.CascadeConnector
connect(Tap, Tap, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the given source and sink Taps to the given pipe assembly.
connect(String, Tap, Tap, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the given source and sink Taps to the given pipe assembly.
connect(String, Tap, Tap, Tap, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the given source, sink, and trap Taps to the given pipe assembly.
connect(Map<String, Tap>, Tap, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the named source Taps and sink Tap to the given pipe assembly.
connect(String, Map<String, Tap>, Tap, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the named source Taps and sink Tap to the given pipe assembly.
connect(String, Map<String, Tap>, Tap, Map<String, Tap>, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the named source and trap Taps and sink Tap to the given pipe assembly.
connect(String, Tap, Tap, Map<String, Tap>, Pipe) - Method in class cascading.flow.FlowConnector: Method connect links the named trap Taps, source and sink Tap to the given pipe assembly.
connect(Tap, Map<String, Tap>, Collection<Pipe>) - Method in class cascading.flow.FlowConnector: Method connect links the named source Taps and sink Tap to the given pipe assembly.
connect(String, Tap, Map<String, Tap>, Collection<Pipe>) - Method in class cascading.flow.FlowConnector: Method connect links the named source Taps and sink Tap to the given pipe assembly.
connect(Tap, Map<String, Tap>, Pipe...) - Method in class cascading.flow.FlowConnector: Method connect links the named source Taps and sink Tap to the given pipe assembly.
connect(String, Tap, Map<String, Tap>, Pipe...) - Method in class cascading.flow.FlowConnector: Method connect links the named source Taps and sink Tap to the given pipe assembly.
connect(Map<String, Tap>, Map<String, Tap>, Pipe...) - Method in class cascading.flow.FlowConnector: Method connect links the named sources and sinks to the given pipe assembly.
connect(String, Map<String, Tap>, Map<String, Tap>, Pipe...) - Method in class cascading.flow.FlowConnector: Method connect links the named sources and sinks to the given pipe assembly.
connect(String, Map<String, Tap>, Map<String, Tap>, Map<String, Tap>, Pipe...) - Method in class cascading.flow.FlowConnector: Method connect links the named sources, sinks and traps to the given pipe assembly.
connect(FlowDef) - Method in class cascading.flow.FlowConnector
CONNECTOR - Static variable in class cascading.util.DOTProcessGraphWriter
ConsecutiveTapsExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
ConsecutiveTapsExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.ConsecutiveTapsExpressionGraph
CONTAINER_ENABLED - Static variable in class cascading.management.CascadingServices
CONTAINER_EXCLUDE - Static variable in class cascading.management.CascadingServices
contains(Object) - Method in class cascading.tuple.collect.SpillableTupleList
contains(Fields) - Method in class cascading.tuple.Fields: Method contains returns true if this instance contains the field names and positions specified in the given fields instance.
contains(Class<T>, Collection) - Static method in class cascading.util.Util
contains(Class<T>, Iterator) - Static method in class cascading.util.Util
containsAll(Collection<?>) - Method in class cascading.tuple.collect.SpillableTupleList
containsEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
containsEdge(Scope) - Method in class cascading.flow.planner.graph.BaseElementGraph
containsEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
containsEdge(Scope) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
containsEdge(FlowElement, FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
containsEdge(Scope) - Method in interface cascading.flow.planner.graph.ElementGraph
containsEdge(Process, Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
containsEdge(ProcessEdge) - Method in class cascading.flow.planner.process.BaseProcessGraph
containsEdge(Process, Process) - Method in interface cascading.flow.planner.process.ProcessGraph
containsEdge(ProcessEdge) - Method in interface cascading.flow.planner.process.ProcessGraph
containsKey(Object) - Method in class cascading.util.cache.DirectMappedCache
containsKey(Object) - Method in class cascading.util.cache.LRUHashMapCache
containsKey(Object) - Method in class cascading.util.cache.OrderedHashMapCache
containsKey(K) - Method in class cascading.util.MultiMap
containsNull(Object[]) - Static method in class cascading.util.Util
containsPipeNamed(String) - Method in interface cascading.flow.FlowStep: Returns true if this FlowStep contains a pipe/branch with the given name.
containsPipeNamed(String) - Method in class cascading.flow.planner.BaseFlowStep
containsValue(Object) - Method in class cascading.util.cache.DirectMappedCache
containsValue(Object) - Method in class cascading.util.cache.LRUHashMapCache
containsValue(Object) - Method in class cascading.util.cache.OrderedHashMapCache
containsVertex(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
containsVertex(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
containsVertex(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
containsVertex(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
containsVertex(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
containsWhitespace(String) - Static method in class cascading.util.Util
ContractedGraphTransformer - Class in cascading.flow.planner.iso.transformer
ContractedGraphTransformer(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.ContractedGraphTransformer
ContractedGraphTransformer(GraphTransformer, ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.ContractedGraphTransformer
contractedMatchExpression - Variable in class cascading.flow.planner.rule.RuleExpression
ContractedTransformer - Class in cascading.flow.planner.iso.transformer
ContractedTransformer(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.ContractedTransformer
contractedTransformer - Variable in class cascading.flow.planner.rule.RuleTransformer
contractionExpression - Variable in class cascading.flow.planner.rule.RuleExpression
contractionGraph - Variable in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
CONVERT_DOT_TO_PDF - Static variable in class cascading.util.Util: On OS X only, and if the graphviz dot binary is installed, when true, dot will be invoked to convert the dot file to a pdf document.
copy(FlowDef, Map<String, Tap>, Map<String, Tap>, Map<String, Tap>, Map<String, Tap>) - Static method in class cascading.flow.Flows
copy(T[]) - Static method in class cascading.util.Util
copyComparators(Fields, Fields...) - Static method in class cascading.tuple.Fields
copyConfig(C) - Method in class cascading.flow.FlowProcess
copyConfig(Object) - Method in class cascading.flow.FlowProcess.NullFlowProcess
copyConfig(C) - Method in class cascading.flow.FlowProcessWrapper
copyElementGraph() - Method in class cascading.flow.planner.graph.DecoratedElementGraph
copyElementGraph() - Method in class cascading.flow.planner.graph.ElementDirectedGraph
copyElementGraph() - Method in interface cascading.flow.planner.graph.ElementGraph
copyElementGraph() - Method in class cascading.flow.planner.graph.ElementMaskSubGraph
copyElementGraph() - Method in class cascading.flow.planner.graph.ElementMultiGraph
copyElementGraph() - Method in class cascading.flow.planner.graph.ElementSubGraph
copyElementGraph() - Method in class cascading.flow.planner.graph.FlowElementGraph
copyFields(Scope) - Method in class cascading.flow.planner.Scope: Method copyFields copies the given Scope instance fields to this instance.
copyWith(Config) - Method in class cascading.flow.FlowProcess
copyWith(Object) - Method in class cascading.flow.FlowProcess.NullFlowProcess
copyWith(Config) - Method in class cascading.flow.FlowProcessWrapper
count - Variable in class cascading.flow.stream.element.MemorySpliceGate
Count - Class in cascading.operation.aggregator: Class Count is an Aggregator that calculates the number of items in the current group.
Count() - Constructor for class cascading.operation.aggregator.Count: Constructor Count creates a new Count instance using the default field declaration of name 'count'.
Count(Fields) - Constructor for class cascading.operation.aggregator.Count: Constructor Count creates a new Count instance and returns a field with the given fieldDeclaration name.
count - Variable in class cascading.operation.filter.Limit.Context
countAllEventingPathsTo(Duct) - Method in class cascading.flow.stream.graph.StreamGraph: Returns all free paths to the current duct, usually a GroupGate.
CountBy - Class in cascading.pipe.assembly: Class CountBy is used to count duplicates in a tuple stream, where "duplicates" means all tuples with the same values for the groupingFields fields.
CountBy(Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe, Fields, Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe, Fields, Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(Pipe[], Fields, Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy(String, Pipe[], Fields, Fields, Fields, CountBy.Include, int) - Constructor for class cascading.pipe.assembly.CountBy: Constructor CountBy creates a new CountBy instance.
CountBy.CountPartials - Class in cascading.pipe.assembly: Class CountPartials is a AggregateBy.Functor that is used to count observed duplicates from the tuple stream.
CountBy.CountPartials(Fields) - Constructor for class cascading.pipe.assembly.CountBy.CountPartials: Constructor CountPartials creates a new CountPartials instance.
CountBy.CountPartials(Fields, CountBy.Include) - Constructor for class cascading.pipe.assembly.CountBy.CountPartials
CountBy.Include - Enum in cascading.pipe.assembly
countDownLatch() - Method in class cascading.flow.stream.element.MemoryHashJoinGate
Counter - Class in cascading.operation.state: Class Counter is a Filter that increments a given Enum counter by 1 or by the given increment value.
Counter(Enum) - Constructor for class cascading.operation.state.Counter: Constructor Counter creates a new Counter instance.
Counter(Enum, int) - Constructor for class cascading.operation.state.Counter: Constructor Counter creates a new Counter instance.
Counter(String, String) - Constructor for class cascading.operation.state.Counter
Counter(String, String, int) - Constructor for class cascading.operation.state.Counter
create(ElementGraph, FlowElement) - Method in class cascading.flow.planner.FlowPlanner.TempTapElementFactory
create(ElementGraph, FlowElement) - Method in interface cascading.flow.planner.iso.transformer.ElementFactory
create(FlowProcess<? extends Config>) - Method in interface cascading.provider.CascadingFactory: Method create will return a new instance of the type create by this factory.
create(List<Object>) - Static method in class cascading.tuple.Tuples
create(FlowProcess<? extends Config>) - Method in class cascading.util.cache.BaseCacheFactory
create(FlowProcess) - Method in class cascading.util.cache.DirectMappedCacheFactory
create(FlowProcess) - Method in class cascading.util.cache.LRUHashMapCacheFactory
create(FlowProcess) - Method in class cascading.util.cache.OrderedHashMapCacheFactory
createArgumentsBuilder(Fields, Fields) - Method in class cascading.flow.stream.element.OperatorStage
createBlockingJoinGate(HashJoin) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createBoundaryStage(Boundary, IORole) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createCallable(RuleRegistry) - Method in class cascading.flow.planner.rule.RuleSetExec
createCallables() - Method in class cascading.flow.planner.rule.RuleSetExec
createCleanPatternFor(String) - Method in class cascading.scheme.util.DelimitedParser: Method createCleanPatternFor creates a regex Pattern for removing quote characters from a String.
createClientState(FlowProcess) - Method in class cascading.flow.planner.BaseFlowStep
createClientState(String) - Method in class cascading.management.CascadingServices
createCoGroupGate(CoGroup, IORole) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createCollection() - Method in class cascading.util.MultiMap
createCollection() - Method in class cascading.util.SetMultiMap
createCollection() - Method in class cascading.util.SortedListMultiMap
createComposite(Tuple...) - Static method in class cascading.tuple.util.TupleViews
createComposite(Fields...) - Static method in class cascading.tuple.util.TupleViews
createComposite(Fields[], Tuple[]) - Static method in class cascading.tuple.util.TupleViews
createConfig(Map<Object, Object>, Config) - Method in class cascading.flow.BaseFlow
createDefaultNarrowBuilder(Fields, Fields) - Method in class cascading.flow.stream.element.GroupingSpliceGate
createDefaultNarrowBuilder(Fields, Fields) - Method in class cascading.flow.stream.element.MemorySpliceGate
createDefaultRuleRegistrySet() - Method in class cascading.flow.FlowConnector
createDirectedSpecifics() - Method in class cascading.flow.planner.graph.ElementMultiGraph.DirectedMultiGraph
createDocumentService() - Method in class cascading.management.CascadingServices
createEscapePatternFor(String) - Method in class cascading.scheme.util.DelimitedParser: Method createEscapePatternFor creates a regex Pattern cleaning quote escapes from a String.
createExpressionGraphPartitioner(ExpressionGraph, ExpressionGraph, ElementAnnotation[]) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
createExpressionGraphPartitioner(ExpressionGraph, ExpressionGraph, ElementAnnotation[]) - Method in class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
createFlow(FlowDef) - Method in class cascading.flow.planner.FlowPlanner
createFlowElementGraph(FlowDef, Pipe[]) - Method in class cascading.flow.planner.FlowPlanner
createFlowNode(FlowElementGraph, ElementGraph, List<? extends ElementGraph>) - Method in class cascading.flow.planner.FlowPlanner
createFlowNodeGraph(FlowPlanner<?, ?>, FlowElementGraph, Map<ElementGraph, List<? extends ElementGraph>>, List<? extends ElementGraph>) - Method in class cascading.flow.planner.process.FlowStepGraph
createFlowPlanner() - Method in class cascading.flow.FlowConnector
createFlowStep(ElementGraph, FlowNodeGraph) - Method in class cascading.flow.planner.FlowPlanner
createFlowStepJob(ClientState, FlowProcess<Config>, Config) - Method in class cascading.flow.planner.BaseFlowStep
createFlowStepJob(ClientState, FlowProcess, Object) - Method in class cascading.flow.process.ProcessFlowStep
createFlowThread(String) - Method in class cascading.flow.BaseFlow
createFork(Duct[]) - Method in class cascading.flow.stream.graph.StreamGraph
createGroupByGate(GroupBy, IORole) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createHashJoinGate(HashJoin) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createHashMap() - Static method in class cascading.util.Util
createID(String) - Static method in class cascading.util.Util
createID(byte[]) - Static method in class cascading.util.Util: Method CreateID returns a HEX hash of the given bytes with length 32 characters long.
createIdentitySet() - Static method in class cascading.util.Util
createIdentitySet(Collection<V>) - Static method in class cascading.util.Util
createInitializedConfig(FlowProcess<Config>, Config) - Method in class cascading.flow.planner.BaseFlowStep: Public for testing.
createInitializedConfig(FlowProcess, Object) - Method in class cascading.flow.process.ProcessFlowStep
createKeySet() - Method in class cascading.flow.stream.element.MemorySpliceGate
createKeyValuesArray() - Method in class cascading.flow.stream.element.MemorySpliceGate: This lets us just replace an old map and let the gc cleanup, vs clearing each map
createMap() - Method in class cascading.util.EnumMultiMap
createMap() - Method in class cascading.util.MultiMap
createMap() - Method in class cascading.util.SetMultiMap
createMap() - Method in class cascading.util.SortedListMultiMap
createMergeStage(Merge, IORole) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createMetricsService() - Method in class cascading.management.CascadingServices
createNarrow(int[]) - Static method in class cascading.tuple.util.TupleViews
createNarrow(int[], Tuple) - Static method in class cascading.tuple.util.TupleViews
createNarrowBuilder(Fields, Fields) - Method in class cascading.flow.stream.element.GroupingSpliceGate
createNextFor(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
createNonBlockingJoinGate(HashJoin) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createNulledBuilder(Fields, Fields) - Method in class cascading.flow.stream.element.GroupingSpliceGate
createObjectArray() - Static method in class cascading.tuple.util.TupleViews
createObjectArray(Object...) - Static method in class cascading.tuple.util.TupleViews
createOpenReducingWindow(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
createOpenWindow(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
createOutgoingBuilder(Operator, Fields, Fields, Fields, Fields, Fields) - Method in class cascading.flow.stream.element.OperatorStage
createOverride(Fields, Fields) - Static method in class cascading.tuple.util.TupleViews
createOverride(Fields, Tuple, Fields, Tuple) - Static method in class cascading.tuple.util.TupleViews
createOverride(int[], Tuple, int[], Tuple) - Static method in class cascading.tuple.util.TupleViews
createProperties(Iterable<Map.Entry<String, String>>) - Static method in class cascading.property.PropertyUtil
createProperties(Map<Object, Object>, Properties) - Static method in class cascading.property.PropertyUtil
createProtectedObject(Class, Object[], Class[]) - Static method in class cascading.util.Util
createProvider(String) - Method in class cascading.provider.ProviderLoader
createResource(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
createResource(Config) - Method in class cascading.tap.DecoratorTap
createResource(Config) - Method in class cascading.tap.MultiSinkTap
createResource(Config) - Method in class cascading.tap.partition.BasePartitionTap
createResource(Config) - Method in class cascading.tap.SourceTap
createResource(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method createResource creates the underlying resource.
createResource(Config) - Method in class cascading.tap.Tap: Method createResource creates the underlying resource.
createSinkStage(Tap) - Method in class cascading.flow.stream.graph.NodeStreamGraph
createSplit(String, Pattern, int) - Method in class cascading.scheme.util.DelimitedParser: Method createSplit will split the given value with the given splitPattern.
createSplitPatternFor(String, String) - Method in class cascading.scheme.util.DelimitedParser: Method createSplitPatternFor creates a regex Pattern for splitting a line of text into its component parts using the given delimiter and quote Strings.
createStepStats(ClientState) - Method in class cascading.flow.planner.FlowStepJob
createTupleCollection(Tuple) - Method in class cascading.tuple.collect.SpillableTupleMap
createTupleEntrySchemeCollector(FlowProcess<? extends Config>, Tap, String, long) - Method in class cascading.tap.partition.BasePartitionTap
createTupleEntrySchemeIterator(FlowProcess<? extends Config>, Tap, String, Input) - Method in class cascading.tap.partition.BasePartitionTap
createTupleInputStream(File) - Method in class cascading.tuple.collect.SpillableTupleList
createTupleMap() - Method in class cascading.flow.stream.element.MemorySpliceGate
createTupleOutputStream(File) - Method in class cascading.tuple.collect.SpillableTupleList
createUniqueID() - Static method in class cascading.util.Util
createUniqueIDWhichStartsWithAChar() - Static method in class cascading.util.Util

D

dateFormatString - Variable in class cascading.tuple.type.DateType: Field dateFormatString
DateFormatter - Class in cascading.operation.text: Class DateFormatter is used to convert a date timestamp to a formatted string, where a timestamp is the number of milliseconds since January 1, 1970, 00:00:00 GMT, using the SimpleDateFormat syntax.
DateFormatter(String) - Constructor for class cascading.operation.text.DateFormatter: Constructor DateParser creates a new DateParser instance that creates a simple long time stamp of the parsed date.
DateFormatter(Fields, String) - Constructor for class cascading.operation.text.DateFormatter: Constructor DateParser creates a new DateParser instance.
DateFormatter(Fields, String, TimeZone) - Constructor for class cascading.operation.text.DateFormatter: Constructor DateFormatter creates a new DateFormatter instance.
DateFormatter(Fields, String, TimeZone, Locale) - Constructor for class cascading.operation.text.DateFormatter: Constructor DateFormatter creates a new DateFormatter instance.
DateOperation - Class in cascading.operation.text: Class DateOperation is the base class for DateFormatter and DateParser.
DateOperation(int, Fields, String) - Constructor for class cascading.operation.text.DateOperation: Constructor DateOperation creates a new DateOperation instance.
DateOperation(int, Fields, String, TimeZone, Locale) - Constructor for class cascading.operation.text.DateOperation: Constructor DateOperation creates a new DateOperation instance.
DateParser - Class in cascading.operation.text: Class DateParser is used to convert a text date string to a timestamp, the number of milliseconds since January 1, 1970, 00:00:00 GMT, using the SimpleDateFormat syntax.
DateParser(String) - Constructor for class cascading.operation.text.DateParser: Constructor DateParser creates a new DateParser instance that creates a simple long time stamp of the parsed date.
DateParser(Fields, String) - Constructor for class cascading.operation.text.DateParser: Constructor DateParser creates a new DateParser instance.
DateParser(Fields, int[], String) - Constructor for class cascading.operation.text.DateParser: Constructor DateParser creates a new DateParser instance, where calendarFields is an int[] of Calendar field values.
DateParser(Fields, TimeZone, Locale, String) - Constructor for class cascading.operation.text.DateParser: Constructor DateParser creates a new DateParser instance, where zone and locale are passed to the internal SimpleDateFormat instance.
DateParser(Fields, int[], TimeZone, Locale, String) - Constructor for class cascading.operation.text.DateParser: Constructor DateParser creates a new DateParser instance, where calendarFields is an int[] of Calendar field values.
DateType - Class in cascading.tuple.type: Class DateCoercibleType is an implementation of CoercibleType.
DateType(String, TimeZone, Locale) - Constructor for class cascading.tuple.type.DateType: Create a new DateType instance.
DateType(String, TimeZone) - Constructor for class cascading.tuple.type.DateType
DateType(String) - Constructor for class cascading.tuple.type.DateType: Create a new DateType instance.
Debug - Class in cascading.operation: Class Debug is a Filter that will never remove an item from a stream, but will print the Tuple to either stdout or stderr.
Debug() - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to stderr by default, and does not print the Tuple instance field names.
Debug(String) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to stderr by default, and does not print the Tuple instance field names.
Debug(String, boolean) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to stderr and will print the current Tuple instance field names if printFields is true.
Debug(boolean) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to stderr and will print the current Tuple instance field names if printFields is true.
Debug(Debug.Output) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to the declared stream and does not print the Tuple field names.
Debug(Debug.Output, String) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to the declared stream and does not print the Tuple field names.
Debug(Debug.Output, String, boolean) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to the declared stream and will print the Tuple instances field names if printFields is true.
Debug(Debug.Output, boolean) - Constructor for class cascading.operation.Debug: Constructor Debug creates a new Debug instance that prints to the declared stream and will print the Tuple instances field names if printFields is true.
Debug.Output - Enum in cascading.operation
DEBUG_LEVEL - Static variable in class cascading.flow.FlowConnectorProps
debugLevel - Variable in class cascading.flow.FlowDef
DebugLevel - Enum in cascading.operation: Enum DebugLevel designates the level of a given Debug instance.
declaredFields - Variable in class cascading.pipe.Splice: Field declaredFields
DeclaresResults - Interface in cascading.flow.planner
DecoratedElementGraph - Class in cascading.flow.planner.graph
DecoratedElementGraph(ElementGraph) - Constructor for class cascading.flow.planner.graph.DecoratedElementGraph
DecoratorTap<MetaInfo,Config,Input,Output> - Class in cascading.tap: Class DecoratorTap wraps a given Tap instance, delegating all calls to the original.
DecoratorTap(MetaInfo, Tap<Config, Input, Output>) - Constructor for class cascading.tap.DecoratorTap: Creates a new Tap instance, wrapping the given Tap, and associates the given MetaInfo type with the wrapped Tap instance.
DecoratorTap(Tap<Config, Input, Output>) - Constructor for class cascading.tap.DecoratorTap: Creates a new Tap instance, wrapping the given Tap, and associates the given MetaInfo type with the wrapped Tap instance.
DEFAULT_CACHE_FACTORY_CLASS - Static variable in class cascading.pipe.assembly.AggregateByProps: default factory class for creating caches.
DEFAULT_CACHE_FACTORY_CLASS - Static variable in class cascading.pipe.assembly.UniqueProps: default factory class for creating caches.
DEFAULT_CAPACITY - Static variable in class cascading.util.cache.BaseCacheFactory: default capacity for all caches.
DEFAULT_DELIM - Static variable in class cascading.operation.regex.RegexMatcher
DEFAULT_ELEMENT_COMPARATOR - Static variable in class cascading.flow.FlowProps
DEFAULT_PLAN_COMPARATOR - Static variable in class cascading.flow.planner.rule.RuleSetExec
DEFAULT_PROPERTIES - Static variable in class cascading.management.CascadingServices
DEFAULT_THRESHOLD - Static variable in class cascading.pipe.assembly.MaxBy: Deprecated.
DEFAULT_TIMEOUT - Static variable in class cascading.flow.planner.rule.RuleSetExec
DEFAULT_TRANSFORM_RECURSION_DEPTH_MAX - Static variable in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
defaultAssertionLevel - Variable in class cascading.flow.planner.FlowPlanner: Field assertionLevel
defaultDebugLevel - Variable in class cascading.flow.planner.FlowPlanner: Field debugLevel
defaultListThreshold - Static variable in class cascading.tuple.collect.SpillableProps
defaultMapInitialCapacity - Static variable in class cascading.tuple.collect.SpillableProps
defaultMapLoadFactor - Static variable in class cascading.tuple.collect.SpillableProps
defaultMapThreshold - Static variable in class cascading.tuple.collect.SpillableProps
defaultProperties - Variable in class cascading.flow.planner.FlowPlanner: Field properties
deleteCheckpointsIfNotUpdate() - Method in class cascading.flow.BaseFlow
deleteCheckpointsIfReplace() - Method in class cascading.flow.BaseFlow
deleteResource(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
deleteResource(Config) - Method in class cascading.tap.DecoratorTap
deleteResource(Config) - Method in class cascading.tap.MultiSinkTap
deleteResource(Config) - Method in class cascading.tap.partition.BasePartitionTap
deleteResource(Config) - Method in class cascading.tap.SourceTap
deleteResource(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method deleteResource deletes the resource represented by this instance.
deleteResource(Config) - Method in class cascading.tap.Tap: Method deleteResource deletes the resource represented by this instance.
deleteSinks() - Method in class cascading.flow.BaseFlow: Method deleteSinks deletes all sinks, whether or not they are configured for SinkMode.UPDATE.
deleteSinksIfNotUpdate() - Method in class cascading.flow.BaseFlow: Method deleteSinksIfNotUpdate deletes all sinks if they are not configured with the SinkMode.UPDATE flag.
deleteSinksIfReplace() - Method in class cascading.flow.BaseFlow
deleteTrapsIfNotUpdate() - Method in class cascading.flow.BaseFlow
deleteTrapsIfReplace() - Method in class cascading.flow.BaseFlow
DelimitedParser - Class in cascading.scheme.util: Class DelimitedParser is a base class for parsing text delimited files.
DelimitedParser(String, String, Class[]) - Constructor for class cascading.scheme.util.DelimitedParser
DelimitedParser(String, String, Class[], boolean, boolean) - Constructor for class cascading.scheme.util.DelimitedParser
DelimitedParser(String, String, FieldTypeResolver) - Constructor for class cascading.scheme.util.DelimitedParser
DelimitedParser(String, String, Class[], boolean, boolean, FieldTypeResolver) - Constructor for class cascading.scheme.util.DelimitedParser
DelimitedParser(String, String, Class[], boolean, boolean, Fields, Fields) - Constructor for class cascading.scheme.util.DelimitedParser
DelimitedParser(String, String, Class[], boolean, boolean, Fields, Fields, FieldTypeResolver) - Constructor for class cascading.scheme.util.DelimitedParser
DelimitedPartition - Class in cascading.tap.partition: DelimitedPartition is an implementation of the Partition interface that allows for simple text delimited paths as partitions.
DelimitedPartition(Fields, String) - Constructor for class cascading.tap.partition.DelimitedPartition
DelimitedPartition(Fields) - Constructor for class cascading.tap.partition.DelimitedPartition
delimiter - Variable in class cascading.operation.regex.RegexMatcher
delimiter - Variable in class cascading.scheme.util.DelimitedParser: Field delimiter *
deregisterShutdownHook() - Static method in class cascading.util.ShutdownUtil
DESCRIPTION - Static variable in interface cascading.flow.FlowDescriptors: Briefly describes the current Flow *
diffConfigIntoMap(C, C) - Method in class cascading.flow.FlowProcess
diffConfigIntoMap(Object, Object) - Method in class cascading.flow.FlowProcess.NullFlowProcess
diffConfigIntoMap(C, C) - Method in class cascading.flow.FlowProcessWrapper
differenceIdentity(Set<T>, Set<T>) - Static method in class cascading.util.Util
directed(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
DirectMappedCache<Key,Value> - Class in cascading.util.cache: DirectMappedCache is an implementation of the CascadingCache interface following the semantics of http://en.wikipedia.org/wiki/CPU_cache#Direct-mapped_cache.
DirectMappedCache() - Constructor for class cascading.util.cache.DirectMappedCache
DirectMappedCacheFactory - Class in cascading.util.cache: Concrete sub-class of BaseCacheFactory for creating DirectMappedCache instances.
DirectMappedCacheFactory() - Constructor for class cascading.util.cache.DirectMappedCacheFactory
Discard - Class in cascading.pipe.assembly: Class Discard is a SubAssembly that will retain all incoming fields except those given on the constructor.
Discard(Pipe, Fields) - Constructor for class cascading.pipe.assembly.Discard
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertEquals
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertEqualsAll
doAssert(FlowProcess, ValueAssertionCall<ScriptOperation.Context>) - Method in class cascading.operation.assertion.AssertExpression
doAssert(FlowProcess, GroupAssertionCall<AssertGroupBase.Context>) - Method in class cascading.operation.assertion.AssertGroupBase
doAssert(FlowProcess, ValueAssertionCall<Matcher>) - Method in class cascading.operation.assertion.AssertMatches
doAssert(FlowProcess, ValueAssertionCall<Matcher>) - Method in class cascading.operation.assertion.AssertMatchesAll
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertNotEquals
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertNotNull
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertNull
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertSizeEquals
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertSizeLessThan
doAssert(FlowProcess, ValueAssertionCall) - Method in class cascading.operation.assertion.AssertSizeMoreThan
doAssert(FlowProcess, GroupAssertionCall<C>) - Method in interface cascading.operation.GroupAssertion: Method doAssert performs the assertion.
doAssert(FlowProcess, ValueAssertionCall<C>) - Method in interface cascading.operation.ValueAssertion: Method doAssert performs the assertion.
DOCUMENT_SERVICE_CLASS_PROPERTY - Static variable in interface cascading.management.DocumentService
DocumentService - Interface in cascading.management: Interface DocumentService provides coarse grained hooks for managing various statistics.
DocumentServiceException - Exception in cascading.management: Exception DocumentServiceException is thrown from within a DocumentService instance.
DocumentServiceException() - Constructor for exception cascading.management.DocumentServiceException
DocumentServiceException(String) - Constructor for exception cascading.management.DocumentServiceException
DocumentServiceException(String, Throwable) - Constructor for exception cascading.management.DocumentServiceException
DocumentServiceException(Throwable) - Constructor for exception cascading.management.DocumentServiceException
doSpill(Spillable, int) - Method in interface cascading.tuple.collect.Spillable.SpillStrategy
DOT_FILE_PATH - Static variable in class cascading.flow.stream.graph.StreamGraph: Property denoting the path to write all stream graph dot files.
DOTExporter<V,E> - Class in cascading.util.jgrapht
DOTExporter() - Constructor for class cascading.util.jgrapht.DOTExporter: Constructs a new DOTExporter object with an integer name provider for the vertex IDs and null providers for the vertex and edge labels.
DOTExporter(VertexNameProvider<V>, VertexNameProvider<V>, EdgeNameProvider<E>) - Constructor for class cascading.util.jgrapht.DOTExporter: Constructs a new DOTExporter object with the given ID and label providers.
DOTExporter(VertexNameProvider<V>, VertexNameProvider<V>, EdgeNameProvider<E>, ComponentAttributeProvider<V>, ComponentAttributeProvider<E>) - Constructor for class cascading.util.jgrapht.DOTExporter: Constructs a new DOTExporter object with the given ID, label, and attribute providers.
DOTProcessGraphWriter - Class in cascading.util: This class is a derivative of the JGraphT DOTExporter, with numerous enhancements but with retained compatibility.
DOTProcessGraphWriter(VertexNameProvider<Pair<ElementGraph, FlowElement>>, VertexNameProvider<FlowElement>, EdgeNameProvider<Scope>, ComponentAttributeProvider<FlowElement>, ComponentAttributeProvider<Scope>, VertexNameProvider<ProcessModel>, VertexNameProvider<ProcessModel>) - Constructor for class cascading.util.DOTProcessGraphWriter
DOUBLE - Static variable in class cascading.tuple.coerce.Coercions
DOUBLE_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
DoubleCoerce - Class in cascading.tuple.coerce
DoubleCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.DoubleCoerce
DoubleObjectCoerce - Class in cascading.tuple.coerce
DoubleObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.DoubleObjectCoerce
DualStreamedAccumulatedExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
DualStreamedAccumulatedExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.DualStreamedAccumulatedExpressionGraph
Duct<Incoming,Outgoing> - Class in cascading.flow.stream.duct
DuctException - Exception in cascading.flow.stream.duct
DuctException(Throwable) - Constructor for exception cascading.flow.stream.duct.DuctException
DuctException(String, Throwable) - Constructor for exception cascading.flow.stream.duct.DuctException
DuctGraph - Class in cascading.flow.stream.duct
DuctGraph() - Constructor for class cascading.flow.stream.duct.DuctGraph
DuctGraph.Ordinal - Class in cascading.flow.stream.duct
DuctGraph.Ordinal(int, int) - Constructor for class cascading.flow.stream.duct.DuctGraph.Ordinal
dumpDebugInfo() - Method in class cascading.flow.planner.FlowStepJob

E

EACH - Static variable in class cascading.flow.planner.iso.expression.ScopeExpression
Each - Class in cascading.pipe: The Each operator applies either a Function or a Filter to each entry in the Tuple stream.
Each(String, Function) - Constructor for class cascading.pipe.Each: Pass all fields to the given function, only return fields declared by the function.
Each(String, Fields, Function) - Constructor for class cascading.pipe.Each: Only pass argumentFields to the given function, only return fields declared by the function.
Each(String, Fields, Function, Fields) - Constructor for class cascading.pipe.Each: Only pass argumentFields to the given function, only return fields selected by the outputSelector.
Each(String, Function, Fields) - Constructor for class cascading.pipe.Each: Only return fields selected by the outputSelector.
Each(Pipe, Function) - Constructor for class cascading.pipe.Each: Pass all fields to the given function, only return fields declared by the function.
Each(Pipe, Fields, Function) - Constructor for class cascading.pipe.Each: Only pass argumentFields to the given function, only return fields declared by the function.
Each(Pipe, Fields, Function, Fields) - Constructor for class cascading.pipe.Each: Only pass argumentFields to the given function, only return fields selected by the outputSelector.
Each(Pipe, Function, Fields) - Constructor for class cascading.pipe.Each: Only pass argumentFields to the given function, only return fields selected by the outputSelector.
Each(String, Filter) - Constructor for class cascading.pipe.Each: Constructor Each creates a new Each instance.
Each(String, Fields, Filter) - Constructor for class cascading.pipe.Each: Constructor Each creates a new Each instance.
Each(Pipe, Filter) - Constructor for class cascading.pipe.Each: Constructor Each creates a new Each instance.
Each(Pipe, Fields, Filter) - Constructor for class cascading.pipe.Each: Constructor Each creates a new Each instance.
Each(String, AssertionLevel, Assertion) - Constructor for class cascading.pipe.Each: Constructor Each creates a new Each instance.
Each(String, Fields, AssertionLevel, Assertion) - Constructor for class cascading.pipe.Each
Each(Pipe, AssertionLevel, Assertion) - Constructor for class cascading.pipe.Each
Each(Pipe, Fields, AssertionLevel, Assertion) - Constructor for class cascading.pipe.Each
Each(String, Fields, DebugLevel, Debug) - Constructor for class cascading.pipe.Each
Each(Pipe, DebugLevel, Debug) - Constructor for class cascading.pipe.Each
Each(Pipe, Fields, DebugLevel, Debug) - Constructor for class cascading.pipe.Each
EachStage - Class in cascading.flow.stream.element
EachStage(FlowProcess, Each) - Constructor for class cascading.flow.stream.element.EachStage
EdgeNameProvider<E> - Interface in cascading.util.jgrapht
edgeSet() - Method in class cascading.flow.planner.graph.BaseElementGraph
edgeSet() - Method in class cascading.flow.planner.graph.DecoratedElementGraph
edgeSet() - Method in interface cascading.flow.planner.graph.ElementGraph
edgeSet() - Method in class cascading.flow.planner.process.BaseProcessGraph
edgeSet() - Method in interface cascading.flow.planner.process.ProcessGraph
edgesOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
edgesOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
edgesOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
edgesOf(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
edgesOf(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
ElementAnnotation - Class in cascading.flow.planner.iso
ElementAnnotation(ElementCapture, Enum) - Constructor for class cascading.flow.planner.iso.ElementAnnotation
ElementCapture - Enum in cascading.flow.planner.iso.expression
ElementDirectedGraph - Class in cascading.flow.planner.graph
ElementDirectedGraph() - Constructor for class cascading.flow.planner.graph.ElementDirectedGraph
ElementDirectedGraph(ElementGraph) - Constructor for class cascading.flow.planner.graph.ElementDirectedGraph
ElementDirectedGraph(ElementGraph, EnumMultiMap) - Constructor for class cascading.flow.planner.graph.ElementDirectedGraph
ElementDuct - Interface in cascading.flow.stream.element
ElementExpression - Class in cascading.flow.planner.iso.expression
ElementExpression() - Constructor for class cascading.flow.planner.iso.expression.ElementExpression
ElementExpression(ElementCapture) - Constructor for class cascading.flow.planner.iso.expression.ElementExpression
ElementFactory - Interface in cascading.flow.planner.iso.transformer
ElementFlowProcess - Class in cascading.flow.stream.element
ElementFlowProcess(FlowProcess, ConfigDef) - Constructor for class cascading.flow.stream.element.ElementFlowProcess
ElementGraph - Interface in cascading.flow.planner.graph: Interface ElementGraph holds a directed acyclic graph of FlowElement instances.
elementGraph - Variable in class cascading.flow.planner.iso.finder.Match
elementGraph - Variable in class cascading.flow.stream.graph.NodeStreamGraph
ElementGraphException - Exception in cascading.flow.planner: Class ElementGraphException is thrown during rendering of a pipe assembly to the Cascading internal "graph" representation.
ElementGraphException() - Constructor for exception cascading.flow.planner.ElementGraphException: Constructor ElementGraphException creates a new ElementGraphException instance.
ElementGraphException(Pipe, String) - Constructor for exception cascading.flow.planner.ElementGraphException
ElementGraphException(Tap, String) - Constructor for exception cascading.flow.planner.ElementGraphException
ElementGraphException(FlowElement, String) - Constructor for exception cascading.flow.planner.ElementGraphException: Constructor ElementGraphException creates a new ElementGraphException instance.
ElementGraphException(FlowElement, String, Throwable) - Constructor for exception cascading.flow.planner.ElementGraphException: Constructor ElementGraphException creates a new ElementGraphException instance.
ElementGraphException(String) - Constructor for exception cascading.flow.planner.ElementGraphException: Constructor ElementGraphException creates a new ElementGraphException instance.
ElementGraphException(String, Throwable) - Constructor for exception cascading.flow.planner.ElementGraphException: Constructor ElementGraphException creates a new ElementGraphException instance.
ElementGraphException(Throwable) - Constructor for exception cascading.flow.planner.ElementGraphException: Constructor ElementGraphException creates a new ElementGraphException instance.
ElementGraphs - Class in cascading.flow.planner.graph: Class ElementGraphs maintains a collection of operations that can be performed on an ElementGraph.
ElementMaskSubGraph - Class in cascading.flow.planner.graph
ElementMaskSubGraph(ElementGraph, FlowElement...) - Constructor for class cascading.flow.planner.graph.ElementMaskSubGraph
ElementMaskSubGraph(ElementGraph, Collection<FlowElement>) - Constructor for class cascading.flow.planner.graph.ElementMaskSubGraph
ElementMaskSubGraph(ElementGraph, Collection<FlowElement>, Collection<Scope>) - Constructor for class cascading.flow.planner.graph.ElementMaskSubGraph
ElementMaskSubGraph(ElementMaskSubGraph) - Constructor for class cascading.flow.planner.graph.ElementMaskSubGraph
ElementMaskSubGraph(ElementGraph, ElementMaskSubGraph.FlowElementMaskFunctor) - Constructor for class cascading.flow.planner.graph.ElementMaskSubGraph
ElementMultiGraph - Class in cascading.flow.planner.graph
ElementMultiGraph() - Constructor for class cascading.flow.planner.graph.ElementMultiGraph
ElementMultiGraph(ElementGraph) - Constructor for class cascading.flow.planner.graph.ElementMultiGraph
ElementMultiGraph.DirectedMultiGraph - Class in cascading.flow.planner.graph
ElementMultiGraph.DirectedMultiGraph() - Constructor for class cascading.flow.planner.graph.ElementMultiGraph.DirectedMultiGraph
ElementMultiGraph.DirectedMultiGraph(DirectedGraph<FlowElement, Scope>) - Constructor for class cascading.flow.planner.graph.ElementMultiGraph.DirectedMultiGraph
elementReader - Variable in class cascading.tuple.io.TupleInputStream: Field elementReader
elements - Variable in class cascading.tuple.Tuple: Field elements
elements(Tuple) - Static method in class cascading.tuple.Tuple: Returns a reference to the private elements of the given Tuple.
ElementStage<Incoming,Outgoing> - Class in cascading.flow.stream.element
ElementStage(FlowProcess, FlowElement) - Constructor for class cascading.flow.stream.element.ElementStage
ElementSubGraph - Class in cascading.flow.planner.graph
ElementSubGraph(ElementGraph, Collection<FlowElement>, Collection<Scope>) - Constructor for class cascading.flow.planner.graph.ElementSubGraph
ElementSubGraph(ElementSubGraph) - Constructor for class cascading.flow.planner.graph.ElementSubGraph
EMPTY - Static variable in class cascading.util.SingleValueIterator
emptyCollection() - Method in class cascading.util.MultiMap
emptyCollection() - Method in class cascading.util.SetMultiMap
emptyCollection() - Method in class cascading.util.SortedListMultiMap
enableDebugLogging() - Method in class cascading.flow.planner.rule.RuleRegistry: Method enableDebugLogging forces log4j to emit DEBUG level stats for the planner classes.
enabledResolveElements() - Method in class cascading.flow.planner.rule.RuleRegistry
enforceStrict - Variable in class cascading.scheme.util.DelimitedParser: Field enforceStrict
entryIterator() - Method in class cascading.tuple.TupleListCollector: Method entryIterator return a TupleEntry iterator for this collection.
entrySet() - Method in class cascading.util.cache.DirectMappedCache
entrySet() - Method in class cascading.util.cache.LRUHashMapCache
entrySet() - Method in class cascading.util.cache.OrderedHashMapCache
EnumMultiMap<V> - Class in cascading.util
EnumMultiMap() - Constructor for class cascading.util.EnumMultiMap
EnumMultiMap(EnumMultiMap) - Constructor for class cascading.util.EnumMultiMap
equals(Object) - Method in class cascading.flow.planner.BaseFlowNode
equals(Object) - Method in class cascading.flow.planner.BaseFlowStep
equals(Object) - Method in class cascading.flow.planner.graph.BaseElementGraph
equals(Object) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
equals(ElementGraph, ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
equals(Object) - Method in class cascading.flow.planner.graph.IgnoresAnnotationsElementGraph
equals(Object) - Method in class cascading.flow.planner.PlannerInfo
equals(Object) - Method in class cascading.flow.planner.PlatformInfo
equals(Object) - Method in class cascading.flow.planner.rule.RuleRegistry
equals(Object) - Method in class cascading.flow.planner.rule.util.ResultTree.Delegate
equals(Object) - Method in class cascading.flow.stream.duct.DuctGraph.Ordinal
equals(Object) - Method in class cascading.flow.stream.element.ElementStage
equals(Object) - Method in class cascading.flow.stream.element.GroupingSpliceGate.DelegatedTuple
equals(Object) - Method in class cascading.flow.stream.element.GroupingSpliceGate
equals(Object) - Method in class cascading.operation.aggregator.ExtentBase
equals(Object) - Method in class cascading.operation.aggregator.ExtremaValueBase
equals(Object) - Method in class cascading.operation.aggregator.Sum
equals(Object) - Method in class cascading.operation.assertion.AssertEquals
equals(Object) - Method in class cascading.operation.assertion.AssertEqualsAll
equals(Object) - Method in class cascading.operation.assertion.AssertGroupBase
equals(Object) - Method in class cascading.operation.assertion.AssertNotEquals
equals(Object) - Method in class cascading.operation.assertion.AssertSizeEquals
equals(Object) - Method in class cascading.operation.assertion.AssertSizeLessThan
equals(Object) - Method in class cascading.operation.assertion.AssertSizeMoreThan
equals(Object) - Method in class cascading.operation.assertion.BaseAssertion
equals(Object) - Method in class cascading.operation.BaseOperation
equals(Object) - Method in class cascading.operation.Debug
equals(Object) - Method in class cascading.operation.expression.ScriptOperation
equals(Object) - Method in class cascading.operation.filter.Limit
equals(Object) - Method in class cascading.operation.filter.Logic
equals(Object) - Method in class cascading.operation.filter.Not
equals(Object) - Method in class cascading.operation.filter.Sample
equals(Object) - Method in class cascading.operation.function.SetValue
equals(Object) - Method in class cascading.operation.function.UnGroup
equals(Object) - Method in class cascading.operation.Identity
equals(Object) - Method in class cascading.operation.Insert
equals(Object) - Method in class cascading.operation.regex.RegexFilter
equals(Object) - Method in class cascading.operation.regex.RegexMatcher
equals(Object) - Method in class cascading.operation.regex.RegexOperation
equals(Object) - Method in class cascading.operation.regex.RegexParser
equals(Object) - Method in class cascading.operation.regex.RegexReplace
equals(Object) - Method in class cascading.operation.state.Counter
equals(Object) - Method in class cascading.operation.state.Status
equals(Object) - Method in class cascading.operation.text.DateOperation
equals(Object) - Method in class cascading.operation.text.DateParser
equals(Object) - Method in class cascading.operation.text.FieldFormatter
equals(Object) - Method in class cascading.operation.text.FieldJoiner
equals(Object) - Method in class cascading.pipe.assembly.AggregateBy.CompositeFunction
equals(Object) - Method in class cascading.pipe.assembly.Unique.FilterPartialDuplicates
equals(Object) - Method in class cascading.pipe.Operator
equals(Object) - Method in class cascading.pipe.Pipe
equals(Object) - Method in class cascading.pipe.Splice
equals(Object) - Method in class cascading.scheme.Scheme
equals(Object) - Method in class cascading.stats.FlowStats
equals(Object) - Method in class cascading.tap.MultiSinkTap
equals(Object) - Method in class cascading.tap.MultiSourceTap
equals(Object) - Method in class cascading.tap.partition.BasePartitionTap
equals(Object) - Method in class cascading.tap.Tap
equals(Object) - Method in class cascading.tuple.coerce.Coercions.Coerce
equals(Object) - Method in class cascading.tuple.Fields
equals(Object) - Method in class cascading.tuple.io.IndexTuple
equals(Object) - Method in class cascading.tuple.io.TuplePair
equals(Object) - Method in class cascading.tuple.Tuple
equals(Object) - Method in class cascading.tuple.TupleEntry
equals(Object) - Method in class cascading.util.MultiMap
equals(Object) - Method in class cascading.util.Pair
equalsFields(Fields) - Method in class cascading.tuple.Fields: Method equalsFields compares only the internal field names and postions only between this and the given Fields instance.
equalsIgnoreAnnotations(ElementGraph, ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
equalsIgnoreAnnotations(Graph<V, E>, Graph<V, E>) - Static method in class cascading.flow.planner.graph.ElementGraphs
ERROR_DOT_FILE_NAME - Static variable in class cascading.flow.stream.graph.StreamGraph: Property denoting the path and filename to write the failed stream graph dot file.
escapePattern - Variable in class cascading.scheme.util.DelimitedParser: Field escapePattern
evaluate(ScriptOperation.Context, TupleEntry) - Method in class cascading.operation.expression.ScriptOperation: Performs the actual expression evaluation.
Every - Class in cascading.pipe: The Every operator applies an Aggregator or Buffer to every grouping.
Every(Pipe, Aggregator) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Fields, Aggregator) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Fields, Aggregator, Fields) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Aggregator, Fields) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Buffer) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Fields, Buffer) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Fields, Buffer, Fields) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Buffer, Fields) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, AssertionLevel, GroupAssertion) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
Every(Pipe, Fields, AssertionLevel, GroupAssertion) - Constructor for class cascading.pipe.Every: Constructor Every creates a new Every instance.
EveryAfterBufferAssert - Class in cascading.flow.planner.rule.assertion
EveryAfterBufferAssert() - Constructor for class cascading.flow.planner.rule.assertion.EveryAfterBufferAssert
EveryAfterBufferExpression - Class in cascading.flow.planner.rule.expression
EveryAfterBufferExpression() - Constructor for class cascading.flow.planner.rule.expression.EveryAfterBufferExpression
EveryStage<Incoming> - Class in cascading.flow.stream.element
EveryStage(FlowProcess, Every) - Constructor for class cascading.flow.stream.element.EveryStage
evict(Map.Entry<Key, Value>) - Method in interface cascading.util.cache.CacheEvictionCallback: Method will be called by the CascadingCache implementation whenever a key is evicted.
exec(PlannerContext, FlowElementGraph) - Method in class cascading.flow.planner.rule.RuleExec
exec() - Method in class cascading.flow.planner.rule.RuleSetExec
ExecAction - Enum in cascading.flow.planner.rule
execPlannerFor(RuleRegistry) - Method in class cascading.flow.planner.rule.RuleSetExec
execProcess(File, String...) - Static method in class cascading.util.Util
execute() - Method in class cascading.util.ShutdownUtil.Hook
executeRulePhase(PlanPhase, PlannerContext, RuleResult) - Method in class cascading.flow.planner.rule.RuleExec
export(Writer, Graph<V, E>) - Method in class cascading.util.jgrapht.DOTExporter: Exports a graph into a plain text file in DOT format.
Expression<Type> - Interface in cascading.flow.planner.iso.expression
ExpressionFilter - Class in cascading.operation.expression: Class ExpressionFilter dynamically resolves a given expression using argument Tuple values.
ExpressionFilter(String) - Constructor for class cascading.operation.expression.ExpressionFilter: Constructor ExpressionFilter creates a new ExpressionFilter instance.
ExpressionFilter(String, Class) - Constructor for class cascading.operation.expression.ExpressionFilter: Constructor ExpressionFilter creates a new ExpressionFilter instance.
ExpressionFilter(String, String[], Class[]) - Constructor for class cascading.operation.expression.ExpressionFilter: Constructor ExpressionFilter creates a new ExpressionFilter instance.
ExpressionFunction - Class in cascading.operation.expression: Class ExpressionFunction dynamically resolves a given expression using argument Tuple values.
ExpressionFunction(Fields, String) - Constructor for class cascading.operation.expression.ExpressionFunction: Constructor ExpressionFunction creates a new ExpressionFunction instance.
ExpressionFunction(Fields, String, Class) - Constructor for class cascading.operation.expression.ExpressionFunction: Constructor ExpressionFunction creates a new ExpressionFunction instance.
ExpressionFunction(Fields, String, String[], Class[]) - Constructor for class cascading.operation.expression.ExpressionFunction: Constructor ExpressionFunction creates a new ExpressionFunction instance.
ExpressionGraph - Class in cascading.flow.planner.iso.expression
ExpressionGraph() - Constructor for class cascading.flow.planner.iso.expression.ExpressionGraph
ExpressionGraph(boolean) - Constructor for class cascading.flow.planner.iso.expression.ExpressionGraph
ExpressionGraph(ElementExpression...) - Constructor for class cascading.flow.planner.iso.expression.ExpressionGraph
ExpressionGraph(SearchOrder, ElementExpression...) - Constructor for class cascading.flow.planner.iso.expression.ExpressionGraph
ExpressionGraph(SearchOrder) - Constructor for class cascading.flow.planner.iso.expression.ExpressionGraph
ExpressionGraph(SearchOrder, boolean) - Constructor for class cascading.flow.planner.iso.expression.ExpressionGraph
expressionGraph - Variable in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
ExpressionGraphPartitioner - Class in cascading.flow.planner.iso.subgraph.partitioner
ExpressionGraphPartitioner(ExpressionGraph, ExpressionGraph, ElementAnnotation...) - Constructor for class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
ExpressionOperation - Class in cascading.operation.expression: Class ExpressionOperation is the base class for ExpressionFunction, ExpressionFilter, AssertExpression.
ExpressionOperation(String) - Constructor for class cascading.operation.expression.ExpressionOperation
ExpressionOperation(Fields, String) - Constructor for class cascading.operation.expression.ExpressionOperation
ExpressionOperation(Fields, String, Class) - Constructor for class cascading.operation.expression.ExpressionOperation
ExpressionOperation(Fields, String, String[], Class[]) - Constructor for class cascading.operation.expression.ExpressionOperation
ExpressionOperation(String, Class) - Constructor for class cascading.operation.expression.ExpressionOperation
ExpressionOperation(String, String[], Class[]) - Constructor for class cascading.operation.expression.ExpressionOperation
ExpressionRulePartitioner - Class in cascading.flow.planner.rule.partitioner: Class ExpressionRulePartitioner relies on a RuleExpression to identify sub-graphs as partitions.
ExpressionRulePartitioner(PlanPhase, RuleExpression) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase, RuleExpression, ElementAnnotation...) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase, RuleExpression, Enum...) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase, RulePartitioner.PartitionSource, RuleExpression) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase, RulePartitioner.PartitionSource, RuleExpression, ElementAnnotation...) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase, RulePartitioner.PartitionSource, RuleExpression, Enum...) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase, GraphPartitioner) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner(PlanPhase) - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionRulePartitioner() - Constructor for class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
ExpressionSubGraphIterator - Class in cascading.flow.planner.iso.subgraph.iterator
ExpressionSubGraphIterator(ExpressionGraph, ElementGraph) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
ExpressionSubGraphIterator(PlannerContext, ExpressionGraph, ElementGraph) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
ExpressionSubGraphIterator(PlannerContext, ExpressionGraph, ExpressionGraph, ElementGraph) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
ExpressionSubGraphIterator(PlannerContext, ExpressionGraph, ExpressionGraph, ElementGraph, Collection<FlowElement>) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
ExpressionSubGraphIterator(PlannerContext, ExpressionGraph, ExpressionGraph, boolean, ElementGraph) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
ExpressionSubGraphIterator(PlannerContext, ExpressionGraph, ExpressionGraph, boolean, ElementGraph, Collection<FlowElement>) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
Extent - Enum in cascading.flow.planner.graph: Enum Extent provides simple markers for the head and tail of an ElementGraph FlowElement graph.
ExtentBase - Class in cascading.operation.aggregator: Class ExtentBase is the base class for First and Last.
ExtentBase(Fields) - Constructor for class cascading.operation.aggregator.ExtentBase
ExtentBase(int, Fields) - Constructor for class cascading.operation.aggregator.ExtentBase
ExtentBase(Fields, Tuple...) - Constructor for class cascading.operation.aggregator.ExtentBase
extract(TupleEntry, Fields) - Static method in class cascading.tuple.Tuples: Method extract creates a new Tuple from the given selector, but sets the values in the current tuple to null.
extractTuple(TupleEntry, Fields) - Static method in class cascading.tuple.Tuples: Method extractTuple returns a new Tuple based on the given selector.
ExtremaValueBase - Class in cascading.operation.aggregator: Class ExtremaValueBase is the base class for MaxValue and MinValue where the values are expected to by Comparable types and the Comparable.compareTo(Object) result is use for max/min comparison.
ExtremaValueBase(Fields) - Constructor for class cascading.operation.aggregator.ExtremaValueBase
ExtremaValueBase(int, Fields) - Constructor for class cascading.operation.aggregator.ExtremaValueBase
ExtremaValueBase(Fields, Object...) - Constructor for class cascading.operation.aggregator.ExtremaValueBase
ExtremaValueBase.Context - Class in cascading.operation.aggregator
ExtremaValueBase.Context() - Constructor for class cascading.operation.aggregator.ExtremaValueBase.Context

F

FactoryLoader - Class in cascading.provider: Class FactoryLoader is an implementation of a ProviderLoader and is used to load CascadingFactory instances used by internal frameworks.
FactoryLoader() - Constructor for class cascading.provider.FactoryLoader
fail() - Method in class cascading.operation.assertion.BaseAssertion
fail(Object...) - Method in class cascading.operation.assertion.BaseAssertion
FAIL_ON_CLOSE - Static variable in class cascading.tap.partition.PartitionTapProps
FAILURE_MODE_PASS_THROUGH - Static variable in class cascading.management.annotation.URISanitizer: System property to allow values to pass through a parse exception.
FIELD_NAME - Static variable in class cascading.operation.aggregator.Average: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.aggregator.Count: Field COUNT
FIELD_NAME - Static variable in class cascading.operation.aggregator.MaxValue: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.aggregator.MinValue: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.aggregator.Sum: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.text.DateFormatter: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.text.DateParser: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.text.FieldFormatter: Field FIELD_NAME
FIELD_NAME - Static variable in class cascading.operation.text.FieldJoiner: Field FIELD_NAME
fieldDeclaration - Variable in class cascading.operation.BaseOperation: Field fieldDeclaration
FieldFormatter - Class in cascading.operation.text: Class FieldFormatter formats the values in a Tuple with a given format and stuffs the result into a new field.
FieldFormatter(String) - Constructor for class cascading.operation.text.FieldFormatter: Constructor FieldJoiner creates a new FieldFormatter instance using the default field name "formatted".
FieldFormatter(Fields, String) - Constructor for class cascading.operation.text.FieldFormatter: Constructor FieldJoiner creates a new FieldFormatter instance.
FieldJoiner - Class in cascading.operation.text: Class FieldJoiner joins the values in a Tuple with a given delimiter and stuffs the result into a new field.
FieldJoiner(String) - Constructor for class cascading.operation.text.FieldJoiner: Constructor FieldJoiner creates a new FieldJoiner instance.
FieldJoiner(Fields) - Constructor for class cascading.operation.text.FieldJoiner: Constructor FieldJoiner creates a new FieldJoiner instance.
FieldJoiner(Fields, String) - Constructor for class cascading.operation.text.FieldJoiner: Constructor FieldJoiner creates a new FieldJoiner instance.
Fields - Class in cascading.tuple: Class Fields represents the field names in a Tuple.
Fields(Fields.Kind) - Constructor for class cascading.tuple.Fields: Constructor Fields creates a new Fields instance.
Fields(Comparable...) - Constructor for class cascading.tuple.Fields: Constructor Fields creates a new Fields instance.
Fields(Comparable, Type) - Constructor for class cascading.tuple.Fields
Fields(Comparable[], Type[]) - Constructor for class cascading.tuple.Fields
fields(Fields...) - Static method in class cascading.tuple.Fields: Method fields is a convenience method to create an array of Fields instances.
FieldsResolverException - Exception in cascading.tuple: Class FieldsResolverException is thrown when selectorFields cannot select from the sourceFields.
FieldsResolverException(Fields, Fields) - Constructor for exception cascading.tuple.FieldsResolverException: Constructor FieldsResolverException creates a new FieldsResolverException instance.
fieldTypeResolver - Variable in class cascading.scheme.util.DelimitedParser: fieldTypeResolver
FieldTypeResolver - Interface in cascading.scheme.util
FileType<Config> - Interface in cascading.tap.type: Interface FileType marks specific platform Tap classes as representing a file like interface.
Filter<Context> - Interface in cascading.operation: Interface Filter marks a given Operation as a filter, as opposed to being a Function.
FilterCall<C> - Interface in cascading.operation: Interface FilterCall provides access to the current Filter invocation arguments.
FilterEachStage - Class in cascading.flow.stream.element
FilterEachStage(FlowProcess, Each) - Constructor for class cascading.flow.stream.element.FilterEachStage
FilterNotNull - Class in cascading.operation.filter: Class FilterNotNull verifies that every value in the argument values Tuple is a null value.
FilterNotNull() - Constructor for class cascading.operation.filter.FilterNotNull
FilterNull - Class in cascading.operation.filter: Class FilterNull verifies that every value in the argument values Tuple is not a null value.
FilterNull() - Constructor for class cascading.operation.filter.FilterNull
filters - Variable in class cascading.operation.filter.Logic: Field filters
finalizeNodeSliceCapture() - Method in class cascading.flow.planner.FlowStepJob
find(String, String[]) - Method in class cascading.management.CascadingServices.NullDocumentService
find(String, String[]) - Method in interface cascading.management.DocumentService
findAllGroups(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
findAllHashJoins(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
findAllMatches(ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findAllMatches(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findAllMatches(PlannerContext, ElementGraph, Set<FlowElement>) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findAllMatchesOnPrimary(ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findAllMatchesOnPrimary(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findAllMatchesOnPrimary(PlannerContext, ElementGraph, Set<FlowElement>) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findAllNextFor(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
findAllPreviousFor(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
findClosureViaFloydWarshall(DirectedGraph<V, E>, DirectedGraph<V, E>) - Static method in class cascading.flow.planner.graph.ElementGraphs
findClosureViaFloydWarshall(DirectedGraph<V, E>, DirectedGraph<V, E>, Set<V>) - Static method in class cascading.flow.planner.graph.ElementGraphs
findContainingJar(Class<?>) - Static method in class cascading.util.Util
findExisting(Duct) - Method in class cascading.flow.stream.graph.NodeStreamGraph
findFirstMatch(ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findFirstMatch(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findFirstMatch(PlannerContext, ElementGraph, Set<FlowElement>) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findFirstMatch(FinderContext, PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findFirstPipeNamed(ElementGraph, String) - Static method in class cascading.flow.planner.graph.ElementGraphs
findFlows(String) - Method in class cascading.cascade.BaseCascade
findFlows(String) - Method in interface cascading.cascade.Cascade: Method findFlows returns a List of flows whose names match the given regex pattern.
findFlowsSinkingTo(String) - Method in class cascading.cascade.BaseCascade
findFlowsSinkingTo(String) - Method in interface cascading.cascade.Cascade: Method findFlowsSinkingTo returns all Flow instances that writes to a sink with the given identifier.
findFlowsSourcingFrom(String) - Method in class cascading.cascade.BaseCascade
findFlowsSourcingFrom(String) - Method in interface cascading.cascade.Cascade: Method findFlowsSourcingFrom returns all Flow instances that reads from a source with the given identifier.
findLastPipeNamed(ElementGraph, String) - Static method in class cascading.flow.planner.graph.ElementGraphs
findMainClass(Class, String) - Static method in class cascading.util.Util
findMapping(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findMapping(FinderContext, PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findMatchesOnPrimary(PlannerContext, ElementGraph, boolean, Set<FlowElement>) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findMatchesOnPrimary(FinderContext, PlannerContext, ElementGraph, boolean) - Method in class cascading.flow.planner.iso.finder.GraphFinder
findName(String) - Static method in class cascading.util.Util
findOrdinal(Pipe, Pipe) - Static method in class cascading.flow.FlowElements
findRegistryWith(String) - Method in class cascading.flow.planner.rule.RuleRegistrySet
findSinks(ElementGraph, Class<F>) - Static method in class cascading.flow.planner.graph.ElementGraphs
findSinks(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
findSources(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
findSources(ElementGraph, Class<F>) - Static method in class cascading.flow.planner.graph.ElementGraphs
findVersion(String) - Static method in class cascading.util.Util
fireListeners(CascadingStats.Status, CascadingStats.Status) - Method in class cascading.stats.CascadingStats
fireOnCompleted() - Method in class cascading.flow.BaseFlow
fireOnCompleted(Flow) - Static method in class cascading.flow.Flows
fireOnCompleted() - Method in class cascading.flow.planner.BaseFlowStep
fireOnRunning() - Method in class cascading.flow.planner.BaseFlowStep
fireOnStarting() - Method in class cascading.cascade.BaseCascade
fireOnStarting() - Method in class cascading.flow.BaseFlow
fireOnStarting() - Method in class cascading.flow.planner.BaseFlowStep
fireOnStopping() - Method in class cascading.cascade.BaseCascade
fireOnStopping() - Method in class cascading.flow.BaseFlow
fireOnStopping() - Method in class cascading.flow.planner.BaseFlowStep
fireOnThrowable(Throwable) - Method in class cascading.flow.BaseFlow
fireOnThrowable() - Method in class cascading.flow.BaseFlow
fireOnThrowable(Throwable) - Method in class cascading.flow.planner.BaseFlowStep
First - Class in cascading.operation.aggregator: Class First is an Aggregator that returns the first Tuple encountered in a grouping.
First() - Constructor for class cascading.operation.aggregator.First: Selects and returns the first argument Tuple encountered.
First(int) - Constructor for class cascading.operation.aggregator.First: Selects and returns the first N argument Tuples encountered.
First(Fields) - Constructor for class cascading.operation.aggregator.First: Selects and returns the first argument Tuple encountered.
First(Fields, int) - Constructor for class cascading.operation.aggregator.First: Selects and returns the first N argument Tuples encountered.
First(Fields, Tuple...) - Constructor for class cascading.operation.aggregator.First: Selects and returns the first argument Tuple encountered, unless the Tuple is a member of the set ignoreTuples.
FIRST - Static variable in class cascading.tuple.Fields: Field FIRST represents the first field position, 0
FirstBy - Class in cascading.pipe.assembly: Class FirstBy is used to return the first encountered Tuple in a tuple stream grouping.
FirstBy(Fields) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(Fields, Fields) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(Pipe, Fields, Fields) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(Pipe, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(String, Pipe, Fields, Fields) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(String, Pipe, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(Pipe[], Fields, Fields) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(Pipe[], Fields, Fields, int) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(String, Pipe[], Fields, Fields) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy(String, Pipe[], Fields, Fields, int) - Constructor for class cascading.pipe.assembly.FirstBy: Constructor FirstBy creates a new FirstBy instance.
FirstBy.FirstPartials - Class in cascading.pipe.assembly: Class CountPartials is a AggregateBy.Functor that is used to count observed duplicates from the tuple stream.
FirstBy.FirstPartials(Fields) - Constructor for class cascading.pipe.assembly.FirstBy.FirstPartials: Constructor FirstPartials creates a new FirstPartials instance.
firstEntry() - Method in class cascading.util.SortedListMultiMap
FirstNBuffer - Class in cascading.operation.buffer: Class FirstNBuffer will return the first N tuples seen in a given grouping.
FirstNBuffer() - Constructor for class cascading.operation.buffer.FirstNBuffer: Selects and returns the first argument Tuple encountered.
FirstNBuffer(int) - Constructor for class cascading.operation.buffer.FirstNBuffer: Selects and returns the first N argument Tuples encountered.
FirstNBuffer(Fields) - Constructor for class cascading.operation.buffer.FirstNBuffer: Selects and returns the first argument Tuple encountered.
FirstNBuffer(Fields, int) - Constructor for class cascading.operation.buffer.FirstNBuffer: Selects and returns the first N argument Tuples encountered.
FLOAT - Static variable in class cascading.tuple.coerce.Coercions
FLOAT_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
FloatCoerce - Class in cascading.tuple.coerce
FloatCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.FloatCoerce
FloatObjectCoerce - Class in cascading.tuple.coerce
FloatObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.FloatObjectCoerce
flow - Variable in class cascading.flow.BaseFlow.FlowHolder: Field flow
Flow<Config> - Interface in cascading.flow: A Flow is a logical unit of work declared by an assembly of Pipe instances connected to source and sink Tap instances.
FLOW_NODE_COMPARATOR - Static variable in class cascading.flow.planner.process.FlowNodeGraph
flowConfInit(Flow<Config>) - Method in class cascading.tap.DecoratorTap
flowConfInit(Flow<Config>) - Method in class cascading.tap.Tap: Method flowInit allows this Tap instance to initialize itself in context of the given Flow instance.
FlowConnector - Class in cascading.flow: Class FlowConnector is the base class for all platform planners.
FlowConnector() - Constructor for class cascading.flow.FlowConnector
FlowConnector(RuleRegistrySet) - Constructor for class cascading.flow.FlowConnector
FlowConnector(Map<Object, Object>) - Constructor for class cascading.flow.FlowConnector
FlowConnector(Map<Object, Object>, RuleRegistrySet) - Constructor for class cascading.flow.FlowConnector
FlowConnectorProps - Class in cascading.flow: The class FlowConnectorProps is a fluent helper class for setting FlowConnector specific properties through the FlowConnector constructor.
FlowConnectorProps() - Constructor for class cascading.flow.FlowConnectorProps
flowConnectorProps() - Static method in class cascading.flow.FlowConnectorProps: Creates a new FlowConnectorProps instance.
FlowDef - Class in cascading.flow: Class FlowDef is a fluent interface for defining a Flow.
FlowDef() - Constructor for class cascading.flow.FlowDef: Constructor FlowDef creates a new FlowDef instance.
FlowDef(FlowDef, Map<String, Tap>, Map<String, Tap>, Map<String, Tap>, Map<String, Tap>) - Constructor for class cascading.flow.FlowDef
flowDef() - Static method in class cascading.flow.FlowDef: Creates a new instance of a FlowDef.
flowDescriptor - Variable in class cascading.flow.FlowDef
FlowDescriptors - Interface in cascading.flow: Constants to be used as key in Flow#getFlowDescriptor.
FlowElement - Interface in cascading.flow: Interface FlowElement is a utility interface used internally to simplify DAG management.
flowElement - Variable in class cascading.flow.stream.element.ElementStage
FlowElementExpression - Class in cascading.flow.planner.iso.expression
FlowElementExpression(ElementCapture, boolean, Class<? extends FlowElement>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(ElementCapture, Class<? extends FlowElement>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(boolean, Class<? extends FlowElement>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(Class<? extends FlowElement>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(ElementCapture, boolean, Class<? extends FlowElement>) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(ElementCapture, Class<? extends FlowElement>) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(boolean, Class<? extends FlowElement>) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementExpression(Class<? extends FlowElement>) - Constructor for class cascading.flow.planner.iso.expression.FlowElementExpression
FlowElementGraph - Class in cascading.flow.planner.graph: Class ElementGraph represents the executable FlowElement graph.
FlowElementGraph() - Constructor for class cascading.flow.planner.graph.FlowElementGraph
FlowElementGraph(FlowElementGraph) - Constructor for class cascading.flow.planner.graph.FlowElementGraph
FlowElementGraph(Pipe[], Map<String, Tap>, Map<String, Tap>) - Constructor for class cascading.flow.planner.graph.FlowElementGraph
FlowElementGraph(PlatformInfo, Pipe[], Map<String, Tap>, Map<String, Tap>, Map<String, Tap>, Map<String, Tap>, boolean) - Constructor for class cascading.flow.planner.graph.FlowElementGraph: Constructor ElementGraph creates a new ElementGraph instance.
FlowElements - Class in cascading.flow
FlowElements() - Constructor for class cascading.flow.FlowElements
FlowException - Exception in cascading.flow: FlowException instances are thrown on errors when executing a Flow.
FlowException() - Constructor for exception cascading.flow.FlowException: Constructor FlowException creates a new FlowException instance.
FlowException(String) - Constructor for exception cascading.flow.FlowException: Constructor FlowException creates a new FlowException instance.
FlowException(String, Throwable) - Constructor for exception cascading.flow.FlowException: Constructor FlowException creates a new FlowException instance.
FlowException(String, String, Throwable) - Constructor for exception cascading.flow.FlowException: Constructor FlowException creates a new FlowException instance.
FlowException(String, String) - Constructor for exception cascading.flow.FlowException: Constructor FlowException creates a new FlowException instance.
FlowException(Throwable) - Constructor for exception cascading.flow.FlowException: Constructor FlowException creates a new FlowException instance.
FlowGraph - Class in cascading.cascade.planner
FlowGraph(IdentifierGraph) - Constructor for class cascading.cascade.planner.FlowGraph
FlowListener - Interface in cascading.flow: Interface FlowListener provides hooks for receiving events on various stages of a Flow execution.
FlowNode - Interface in cascading.flow: Class FlowNode represents the smallest parallelizable unit of work.
FlowNodeGraph - Class in cascading.flow.planner.process
FlowNodeGraph() - Constructor for class cascading.flow.planner.process.FlowNodeGraph
FlowNodeGraph(FlowPlanner<?, ?>, FlowElementGraph, List<? extends ElementGraph>) - Constructor for class cascading.flow.planner.process.FlowNodeGraph
FlowNodeGraph(FlowPlanner<?, ?>, FlowElementGraph, List<? extends ElementGraph>, Map<ElementGraph, List<? extends ElementGraph>>) - Constructor for class cascading.flow.planner.process.FlowNodeGraph
FlowNodeGraph.FlowNodeComparator - Class in cascading.flow.planner.process: Class FlowNodeComparator provides a consistent tie breaker when ordering nodes topologically.
FlowNodeGraph.FlowNodeComparator() - Constructor for class cascading.flow.planner.process.FlowNodeGraph.FlowNodeComparator
FlowNodeStats - Class in cascading.stats: Class FlowNodeStats collects FlowNode specific statistics.
FlowNodeStats(FlowNode, ClientState) - Constructor for class cascading.stats.FlowNodeStats
FlowPlanner<F extends BaseFlow,Config> - Class in cascading.flow.planner: Class FlowPlanner is the base class for all planner implementations.
FlowPlanner() - Constructor for class cascading.flow.planner.FlowPlanner
FlowPlanner.TempTapElementFactory - Class in cascading.flow.planner
FlowPlanner.TempTapElementFactory() - Constructor for class cascading.flow.planner.FlowPlanner.TempTapElementFactory
FlowProcess<Config> - Class in cascading.flow: FlowProcess implementations provide a call-back interface into the current computing system.
FlowProcess() - Constructor for class cascading.flow.FlowProcess
FlowProcess(FlowSession) - Constructor for class cascading.flow.FlowProcess
FlowProcess(FlowProcess<Config>) - Constructor for class cascading.flow.FlowProcess: Copy constructor.
flowProcess - Variable in class cascading.flow.stream.element.BoundaryStage
flowProcess - Variable in class cascading.flow.stream.element.ElementStage
flowProcess - Variable in class cascading.flow.stream.element.SpliceGate
flowProcess - Variable in class cascading.flow.stream.graph.NodeStreamGraph
flowProcess - Variable in class cascading.pipe.joiner.JoinerClosure
FlowProcess.NullFlowProcess - Class in cascading.flow
FlowProcess.NullFlowProcess() - Constructor for class cascading.flow.FlowProcess.NullFlowProcess
FlowProcessWrapper<Config> - Class in cascading.flow
FlowProcessWrapper(FlowProcess) - Constructor for class cascading.flow.FlowProcessWrapper
FlowProps - Class in cascading.flow: Class FlowProps is a fluent helper class for setting Flow specific properties through a FlowConnector.
FlowProps() - Constructor for class cascading.flow.FlowProps
flowProps() - Static method in class cascading.flow.FlowProps: Creates a new FlowProps instance.
FlowRuntimeProps - Class in cascading.flow: Class FlowRuntimeProps is a fluent helper class for setting Flow specific runtime properties through a FlowConnector.
FlowRuntimeProps() - Constructor for class cascading.flow.FlowRuntimeProps
flowRuntimeProps() - Static method in class cascading.flow.FlowRuntimeProps
Flows - Class in cascading.flow: Flows is a utility helper class.
FlowSession - Class in cascading.flow: FlowSession implementations provide a call-back interface into the current flow management system, if any.
FlowSession() - Constructor for class cascading.flow.FlowSession
FlowSession(CascadingServices) - Constructor for class cascading.flow.FlowSession
FlowSkipIfSinkExists - Class in cascading.flow: Class FlowSkipIfSinkExists is a FlowSkipStrategy implementation that returns true if the Flow sink exists, regardless if it is stale or not.
FlowSkipIfSinkExists() - Constructor for class cascading.flow.FlowSkipIfSinkExists
FlowSkipIfSinkNotStale - Class in cascading.flow: Class FlowSkipIfSinkNotStale is a FlowSkipStrategy implementation that returns true if the Flow sink exists and is not stale in relation to the Flow sources.
FlowSkipIfSinkNotStale() - Constructor for class cascading.flow.FlowSkipIfSinkNotStale
FlowSkipStrategy - Interface in cascading.flow: Interface FlowSkipStrategy is used to create new strategies that decide when a Flow should be skipped when executed in a Cascade.
FlowSliceStats<K extends Enum> - Class in cascading.stats: Typically CascadingStats objects have an internal state model with timings, the FlowSliceStats is a simplified Stats object and only reports what the underlying platform reports, not the client side observations.
FlowSliceStats() - Constructor for class cascading.stats.FlowSliceStats
FlowSliceStats.FlowSliceAttempt - Class in cascading.stats
FlowSliceStats.FlowSliceAttempt() - Constructor for class cascading.stats.FlowSliceStats.FlowSliceAttempt
flowStats - Variable in class cascading.flow.BaseFlow: Field flowStats
FlowStats - Class in cascading.stats: Class FlowStats collects Flow specific statistics.
FlowStats(Flow, ClientState) - Constructor for class cascading.stats.FlowStats
FlowStep<Config> - Interface in cascading.flow: Class FlowStep is an internal representation of a given "job" possibly to be executed on a remote cluster.
flowStep - Variable in class cascading.flow.planner.FlowStepJob: Field flowStep
FlowStepGraph - Class in cascading.flow.planner.process
FlowStepGraph() - Constructor for class cascading.flow.planner.process.FlowStepGraph
FlowStepGraph(FlowPlanner<?, ?>, FlowElementGraph, Map<ElementGraph, List<? extends ElementGraph>>, Map<ElementGraph, List<? extends ElementGraph>>) - Constructor for class cascading.flow.planner.process.FlowStepGraph
FlowStepJob<Config> - Class in cascading.flow.planner
FlowStepJob(ClientState, Config, BaseFlowStep<Config>, long, long, long) - Constructor for class cascading.flow.planner.FlowStepJob
FlowStepListener - Interface in cascading.flow: Interface FlowStepListener provides hooks for receiving events on various stages of a FlowStep execution.
flowStepStats - Variable in class cascading.flow.planner.BaseFlowStep
flowStepStats - Variable in class cascading.flow.planner.FlowStepJob: Field stepStats
FlowStepStats - Class in cascading.stats: Class FlowStepStats collects FlowStep specific statistics.
FlowStepStats(FlowStep, ClientState) - Constructor for class cascading.stats.FlowStepStats
FlowStepStrategy<Config> - Interface in cascading.flow: The FlowStepStrategy interface allows for on the fly customization of FlowStep configuration values before they are submitted to the underlying platform.
flush(FlowProcess, OperationCall<Context>) - Method in class cascading.operation.BaseOperation
flush(FlowProcess, OperationCall<Context>) - Method in interface cascading.operation.Operation: The flush method is called when an Operation that is caching values must empty the cache.
flush(FlowProcess, OperationCall<AggregateBy.CompositeFunction.Context>) - Method in class cascading.pipe.assembly.AggregateBy.CompositeFunction
fmix(int, int) - Static method in class cascading.util.Murmur3
ForeverValueIterator<Value> - Class in cascading.util: The ForeverValueIterator class will iterate over a single value forever.
ForeverValueIterator(Value) - Constructor for class cascading.util.ForeverValueIterator
Fork<Incoming,Outgoing> - Class in cascading.flow.stream.duct
Fork(Duct[]) - Constructor for class cascading.flow.stream.duct.Fork
format(String) - Method in class cascading.tuple.Tuple: Method format uses the Formatter class for formatting this tuples values into a new string.
formatDurationDHMSms(long) - Static method in class cascading.util.Util
formatDurationFromMillis(long) - Static method in class cascading.util.Util
formatDurationHMSms(long) - Static method in class cascading.util.Util
formatDurationMSms(long) - Static method in class cascading.util.Util
formatRawTrace(Pipe, String) - Static method in class cascading.util.TraceUtil: Method formatRawTrace does not include the pipe name
formatTrace(Scheme, String) - Static method in class cascading.util.TraceUtil
formatTrace(FlowElement, String) - Static method in class cascading.util.TraceUtil
formatTrace(Pipe, String) - Static method in class cascading.util.TraceUtil
formatTrace(Tap, String) - Static method in class cascading.util.TraceUtil
formatTrace(Operation, String) - Static method in class cascading.util.TraceUtil
foundElements - Variable in class cascading.flow.planner.iso.finder.Match
foundMatch() - Method in class cascading.flow.planner.iso.finder.Match
foundScopes - Variable in class cascading.flow.planner.iso.finder.Match
frameworks - Variable in class cascading.property.AppProps
frequency(Tuple, Object) - Static method in class cascading.tuple.Tuples: Method frequency behaves the same as Collections.frequency(java.util.Collection, Object).
frequency(TupleEntry, Object) - Static method in class cascading.tuple.Tuples: Method frequency behaves the same as Collections.frequency(java.util.Collection, Object).
Function<Context> - Interface in cascading.operation: Interface Function marks a given Operation as a function, as opposed to being a Filter.
FunctionCall<C> - Interface in cascading.operation: Interface FunctionCall provides access to the current Function invocation arguments.
FunctionEachStage - Class in cascading.flow.stream.element
FunctionEachStage(FlowProcess, Each) - Constructor for class cascading.flow.stream.element.FunctionEachStage

G

Gate<Incoming,Outgoing> - Class in cascading.flow.stream.duct: Denotes there will be multiple input paths into this duct
Gate() - Constructor for class cascading.flow.stream.duct.Gate
GATHER_PARTITIONS - Static variable in class cascading.flow.FlowRuntimeProps
get(String, String) - Method in class cascading.management.CascadingServices.NullDocumentService
get(String, String) - Method in interface cascading.management.DocumentService
get(String) - Method in interface cascading.property.ConfigDef.Getter
get(String) - Method in interface cascading.property.ConfigDef.Setter
get(Object) - Method in class cascading.tuple.collect.SpillableTupleMap
get(int) - Method in class cascading.tuple.Fields: Method get returns the field name or position at the given index i.
get(int[]) - Method in class cascading.tuple.Tuple: Method get will return a new Tuple instance populated with element values from the given array of positions.
get(Fields, Fields) - Method in class cascading.tuple.Tuple: Method get returns a new Tuple populated with only those values whose field names are specified in the given selector.
get(Object) - Method in class cascading.util.cache.DirectMappedCache
get(Object) - Method in class cascading.util.cache.LRUHashMapCache
get(Object) - Method in class cascading.util.cache.OrderedHashMapCache
get(K, int) - Method in class cascading.util.SortedListMultiMap
getAction() - Method in enum cascading.flow.planner.rule.PlanPhase
getAggregator() - Method in class cascading.pipe.Every
getAggregators() - Method in class cascading.pipe.assembly.AggregateBy
getAllAccumulatedSources() - Method in class cascading.flow.planner.BaseFlowStep
getAllDucts() - Method in class cascading.flow.stream.graph.StreamGraph
getAllEdges(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
getAllEdges(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
getAllEdges(FlowElement, FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
getAllEdges(PlannerContext, ElementGraph, Map<ElementExpression, FlowElement>) - Method in class cascading.flow.planner.iso.finder.GraphFinder
getAllEdges(Process, Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
getAllEdges(Process, Process) - Method in interface cascading.flow.planner.process.ProcessGraph
getAllKeys() - Method in class cascading.property.ConfigDef
getAllOperations() - Method in class cascading.flow.planner.BaseFlowStep
getAllShortestPathsBetween(ElementGraph, FlowElement, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs
getAllShortestPathsBetween(DirectedGraph<V, E>, V, V) - Static method in class cascading.flow.planner.graph.ElementGraphs
getAllSinkElements() - Method in class cascading.flow.planner.process.BaseProcessGraph
getAllSinkElements() - Method in interface cascading.flow.planner.process.ProcessGraph
getAllSourceElements() - Method in class cascading.flow.planner.process.BaseProcessGraph
getAllSourceElements() - Method in interface cascading.flow.planner.process.ProcessGraph
getAllTaps() - Method in class cascading.cascade.BaseCascade
getAllTaps() - Method in interface cascading.cascade.Cascade: Method getAllTaps returns all source, sink, and checkpoint Tap instances associated with the managed Flow instances in this Cascade instance.
getAllValues(K...) - Method in class cascading.util.MultiMap
getAnchors() - Method in class cascading.flow.planner.iso.assertion.Asserted
getAnnotatedSubGraphs() - Method in class cascading.flow.planner.iso.subgraph.Partitions
getAnnotation() - Method in class cascading.flow.planner.iso.ElementAnnotation
getAnnotationExcludes() - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
getAnnotationExcludes() - Method in class cascading.flow.planner.rule.partitioner.WholeGraphRulePartitioner
getAnnotationExcludes() - Method in class cascading.flow.planner.rule.RulePartitioner
getAnnotationMap(ElementAnnotation[]) - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
getAnnotationMap(ElementAnnotation[]) - Method in class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
getAnnotationMap(ElementAnnotation[]) - Method in class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
getAnnotationMap(ElementAnnotation[]) - Method in interface cascading.flow.planner.iso.subgraph.SubGraphIterator
getAnnotations() - Method in class cascading.flow.planner.BaseFlowStep
getAnnotations() - Method in class cascading.flow.planner.graph.AnnotatedDecoratedElementGraph
getAnnotations() - Method in interface cascading.flow.planner.graph.AnnotatedGraph
getAnnotations() - Method in class cascading.flow.planner.graph.BaseAnnotatedElementGraph
getAnnotations() - Method in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
getAnnotations() - Method in class cascading.flow.planner.process.BaseProcessGraph
getAnnotations() - Method in interface cascading.flow.planner.process.ProcessGraph
getAppID() - Method in class cascading.stats.FlowStats
getApplicationFrameworks(Map<Object, Object>) - Static method in class cascading.property.AppProps
getApplicationID(Map<Object, Object>) - Static method in class cascading.property.AppProps
getApplicationID() - Static method in class cascading.property.AppProps
getApplicationJarClass(Map<Object, Object>) - Static method in class cascading.property.AppProps: Method getApplicationJarClass returns the Class set by the setApplicationJarClass method.
getApplicationJarPath(Map<Object, Object>) - Static method in class cascading.property.AppProps: Method getApplicationJarPath return the path set by the setApplicationJarPath method.
getApplicationName(Map<Object, Object>) - Static method in class cascading.property.AppProps
getApplicationTags(Map<Object, Object>) - Static method in class cascading.property.AppProps
getApplicationVersion(Map<Object, Object>) - Static method in class cascading.property.AppProps
getApplies() - Method in class cascading.flow.planner.iso.expression.ScopeExpression
getAppName() - Method in class cascading.stats.FlowStats
getArgumentFields() - Method in class cascading.operation.ConcreteCall
getArgumentFields() - Method in interface cascading.operation.OperationCall: Returns the Fields of the expected arguments TupleEntry.
getArgumentFields() - Method in class cascading.pipe.assembly.AggregateBy
getArguments() - Method in interface cascading.operation.AggregatorCall: Returns TupleEntry of argument values.
getArguments() - Method in class cascading.operation.ConcreteCall
getArguments() - Method in interface cascading.operation.FilterCall: Returns TupleEntry of argument values.
getArguments() - Method in interface cascading.operation.FunctionCall: Returns TupleEntry of argument values.
getArguments() - Method in interface cascading.operation.GroupAssertionCall: Returns TupleEntry of argument values.
getArguments() - Method in interface cascading.operation.ValueAssertionCall: Returns TupleEntry of argument values.
getArgumentsDeclarator() - Method in class cascading.flow.planner.Scope: Method getArguments returns the arguments of this Scope object.
getArgumentSelector() - Method in class cascading.pipe.Operator: Method getArgumentSelector returns the argumentSelector of this Operator object.
getArgumentSelector() - Method in exception cascading.pipe.OperatorException: Method getArgumentSelector returns the argumentSelector of this OperatorException object.
getArgumentSelectors() - Method in class cascading.operation.filter.Logic
getArgumentsIterator() - Method in interface cascading.operation.BufferCall: Returns an Iterator of TupleEntry instances representing the arguments for the called Buffer.operate(cascading.flow.FlowProcess, BufferCall) method.
getArgumentsIterator() - Method in class cascading.operation.ConcreteCall
getArgumentsSelector() - Method in class cascading.flow.planner.Scope: Method getArgumentSelector returns the argumentSelector of this Scope object.
getAssemblyGraph() - Method in class cascading.flow.planner.rule.RuleResult
getAssemblyPlanners() - Method in class cascading.flow.FlowDef: Method getAssemblyPlanners returns the current registered AssemblyPlanners.
getAssemblyToStepGraphMap() - Method in class cascading.flow.planner.rule.RuleResult
getAssertionLevel() - Method in class cascading.flow.FlowConnectorProps
getAssertionLevel() - Method in class cascading.flow.FlowDef
getAssertionLevel(FlowDef) - Method in class cascading.flow.planner.FlowPlanner
getAssertionType() - Method in class cascading.flow.planner.iso.assertion.Asserted
getAttempts() - Method in class cascading.stats.FlowSliceStats
getBeginGraph() - Method in class cascading.flow.planner.iso.assertion.Asserted
getBeginGraph() - Method in class cascading.flow.planner.iso.GraphResult
getBeginGraph() - Method in class cascading.flow.planner.iso.subgraph.Partitions
getBeginGraph() - Method in class cascading.flow.planner.iso.transformer.Transformed
getBlock() - Method in class cascading.operation.expression.ScriptOperation
getBoolean(int) - Method in class cascading.tuple.Tuple: Method getBoolean returns the element at the given position as a boolean.
getBoolean(Comparable) - Method in class cascading.tuple.TupleEntry: Method getBoolean returns the element for the given field name or position as a boolean.
getBooleanProperty(String) - Method in class cascading.flow.FlowProcess: Method getBooleanProperty should be used to return configuration parameters from the underlying system.
getBooleanProperty(String, boolean) - Method in class cascading.flow.FlowProcess: Method getBooleanProperty should be used to return configuration parameters from the underlying system.
getBoundary() - Method in class cascading.flow.stream.element.BoundaryStage
getBranchNames() - Method in class cascading.flow.stream.element.BoundaryStage
getBranchNames() - Method in interface cascading.flow.stream.element.ElementDuct
getBranchNames() - Method in class cascading.flow.stream.element.ElementStage
getBranchNames() - Method in class cascading.flow.stream.element.SpliceGate
getBuffer() - Method in class cascading.pipe.Every
getCacheFactoryClassName() - Method in class cascading.pipe.assembly.AggregateByProps: Returns the name of the cache factory.
getCacheFactoryClassName() - Method in class cascading.pipe.assembly.UniqueProps: Returns the name of the cache factory.
getCalendar() - Method in class cascading.operation.text.DateOperation
getCalendar() - Method in class cascading.tuple.type.DateType
getCanonicalType() - Method in class cascading.tuple.coerce.BigDecimalCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.BooleanCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.BooleanObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.CharacterCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.CharacterObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.DoubleCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.DoubleObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.FloatCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.FloatObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.IntegerCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.IntegerObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.LongCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.LongObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.ObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.ShortCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.ShortObjectCoerce
getCanonicalType() - Method in class cascading.tuple.coerce.StringCoerce
getCanonicalType() - Method in interface cascading.tuple.type.CoercibleType
getCanonicalType() - Method in class cascading.tuple.type.DateType
getCanonicalTypes(Type[]) - Static method in class cascading.tuple.coerce.Coercions
getCapacity() - Method in class cascading.pipe.assembly.AggregateBy
getCapacity() - Method in class cascading.pipe.assembly.AggregateByProps: Returns the capacity.
getCapacity() - Method in class cascading.pipe.assembly.UniqueProps: Returns the capacity.
getCapacity() - Method in interface cascading.util.cache.CascadingCache: Returns the capacity of this cache.
getCapacity() - Method in class cascading.util.cache.DirectMappedCache
getCapacity() - Method in class cascading.util.cache.LRUHashMapCache
getCapacity() - Method in class cascading.util.cache.OrderedHashMapCache
getCapture() - Method in class cascading.flow.planner.iso.ElementAnnotation
getCapture() - Method in class cascading.flow.planner.iso.expression.ElementExpression
getCapture() - Method in class cascading.flow.planner.iso.expression.NotElementExpression
getCapturedElements(ElementCapture...) - Method in class cascading.flow.planner.iso.finder.Match
getCaptureMap() - Method in class cascading.flow.planner.iso.finder.Match
getCascade() - Method in class cascading.stats.CascadeStats
getCascadeID() - Method in class cascading.flow.BaseFlow
getCascadeID() - Method in interface cascading.flow.Flow: Returns the parent Cascade ID that owns this Flow instance.
getCascadeStats() - Method in class cascading.cascade.BaseCascade
getCascadeStats() - Method in interface cascading.cascade.Cascade: Method getCascadeStats returns the cascadeStats of this Cascade object.
getCascadingServices() - Method in class cascading.flow.BaseFlow
getCascadingServices() - Method in class cascading.flow.FlowSession
getChar(int) - Method in class cascading.tuple.Tuple: Method getChar returns the element at the given position as a char.
getCheckpointNames() - Method in class cascading.flow.BaseFlow
getCheckpointNames() - Method in interface cascading.flow.Flow
getCheckpoints() - Method in class cascading.flow.BaseFlow
getCheckpoints() - Method in interface cascading.flow.Flow: Method getCheckpoints returns the checkpoint taps of this Flow object.
getCheckpoints() - Method in class cascading.flow.FlowDef: Method getCheckpoints returns the checkpoint taps of this FlowDef object.
getCheckpointsCollection() - Method in class cascading.flow.BaseFlow
getCheckpointsCollection() - Method in interface cascading.flow.Flow: Method getCheckpointsCollection returns a Collection of checkpoint Taps for this Flow object.
getCheckpointsCopy() - Method in class cascading.flow.FlowDef: Method getCheckpointsCopy returns a copy of the checkpoint tap Map.
getCheckpointsMap() - Method in class cascading.flow.planner.graph.FlowElementGraph
getCheckpointsTaps() - Method in class cascading.cascade.BaseCascade
getCheckpointsTaps() - Method in interface cascading.cascade.Cascade: Method getCheckpointTaps returns all checkpoint Tap instances from all the Flow instances in this Cascade instance.
getCheckpointTapDecoratorClassName() - Method in class cascading.flow.FlowConnectorProps
getChildIdentifiers(FlowProcess<? extends Config>) - Method in interface cascading.tap.type.FileType: Method getChildIdentifiers returns an array of child identifiers if this resource is a directory.
getChildIdentifiers(Config) - Method in interface cascading.tap.type.FileType: Method getChildIdentifiers returns an array of child identifiers if this resource is a directory.
getChildIdentifiers(FlowProcess<? extends Config>, int, boolean) - Method in interface cascading.tap.type.FileType
getChildIdentifiers(Config, int, boolean) - Method in interface cascading.tap.type.FileType
getChildPartitionIdentifiers(FlowProcess<? extends Config>, boolean) - Method in class cascading.tap.partition.BasePartitionTap: Method getChildPartitionIdentifiers returns an array of all identifiers for all available partitions.
getChildren(ElementGraph) - Method in class cascading.flow.planner.rule.util.ResultTree
getChildren() - Method in class cascading.stats.CascadeStats
getChildren() - Method in class cascading.stats.CascadingStats: Method getChildren returns any relevant child statistics instances.
getChildren() - Method in class cascading.stats.FlowStats
getChildren() - Method in class cascading.stats.FlowStepStats
getChildren() - Method in class cascading.stats.process.ProcessFlowStats
getChildren() - Method in class cascading.stats.process.ProcessStepStats
getChildTaps() - Method in interface cascading.tap.CompositeTap
getChildTaps() - Method in class cascading.tap.MultiSinkTap
getChildTaps() - Method in class cascading.tap.MultiSourceTap
getChildTransforms() - Method in class cascading.flow.planner.iso.assertion.Asserted
getChildTransforms() - Method in class cascading.flow.planner.iso.transformer.Transformed
getChildWith(String) - Method in class cascading.stats.CascadeStats
getChildWith(String) - Method in class cascading.stats.CascadingStats: Method getChildWith returns a child stats instance with the given ID value.
getChildWith(String) - Method in class cascading.stats.FlowStats
getChildWith(String) - Method in class cascading.stats.FlowStepStats
getClassPath() - Method in class cascading.flow.BaseFlow
getClassPath() - Method in class cascading.flow.FlowDef
getCloseableInput() - Method in class cascading.util.SingleValueCloseableIterator
getCodecClass(FlowProcess, String, Class) - Static method in class cascading.tuple.collect.SpillableTupleList
getCodecs() - Method in class cascading.tuple.collect.SpillableProps
getCoercedTuple(Type[]) - Method in class cascading.tuple.TupleEntry: Method getCoercedTuple is a helper method for copying the current tuple elements into a new Tuple, of the same size, as the requested coerced types.
getCoercedTuple(Type[], Tuple) - Method in class cascading.tuple.TupleEntry: Method getCoercedTuple is a helper method for copying the current tuple elements into the new Tuple, of the same size, as the requested coerced types.
getComparator(Class<T>) - Method in interface cascading.tuple.Comparison
getComparator(Comparable) - Method in class cascading.tuple.Fields
getComparatorFor(int, DataInputStream) - Method in interface cascading.tuple.io.TupleInputStream.ElementReader
getComparatorFor(int) - Method in class cascading.tuple.io.TupleInputStream
getComparators() - Method in class cascading.flow.stream.util.SparseTupleComparator
getComparators() - Method in class cascading.tuple.Fields: Method getComparators returns the comparators of this Fields object.
getComponentAttributes(T) - Method in interface cascading.util.jgrapht.ComponentAttributeProvider
getConfig() - Method in interface cascading.flow.Flow: Method getConfig returns the internal configuration object.
getConfig() - Method in class cascading.flow.FlowProcess: Method getConfig returns the actual instance of the underlying configuration instance.
getConfig() - Method in class cascading.flow.FlowProcess.NullFlowProcess
getConfig() - Method in class cascading.flow.FlowProcessWrapper
getConfig() - Method in interface cascading.flow.FlowStep: Method getConfig returns the current initialized configuration.
getConfig() - Method in class cascading.flow.planner.BaseFlowStep
getConfig() - Method in class cascading.flow.planner.FlowStepJob
getConfig() - Method in class cascading.flow.process.ProcessFlow
getConfigAsProperties() - Method in interface cascading.flow.Flow: Method getConfigAsProperties converts the internal configuration object into a Map of key value pairs.
getConfigAsProperties() - Method in interface cascading.flow.FlowStep: Method getConfigAsProperties converts the internal configuration object into a Map of key value pairs.
getConfigAsProperties() - Method in class cascading.flow.planner.BaseFlowStep
getConfigAsProperties() - Method in class cascading.flow.process.ProcessFlow
getConfigAsProperties() - Method in class cascading.flow.process.ProcessFlowStep
getConfigCopy() - Method in interface cascading.flow.Flow: Method getConfigCopy returns a copy of the internal configuration object.
getConfigCopy() - Method in class cascading.flow.FlowProcess
getConfigCopy() - Method in class cascading.flow.FlowProcess.NullFlowProcess
getConfigCopy() - Method in class cascading.flow.FlowProcessWrapper
getConfigCopy() - Method in class cascading.flow.process.ProcessFlow
getConfigDef() - Method in interface cascading.flow.FlowElement
getConfigDef() - Method in enum cascading.flow.planner.graph.Extent
getConfigDef() - Method in class cascading.pipe.Pipe: Returns a ConfigDef instance that allows for local properties to be set and made available via a resulting FlowProcess instance when the pipe is invoked.
getConfigDef() - Method in class cascading.tap.DecoratorTap
getConfigDef() - Method in class cascading.tap.Tap: Returns a ConfigDef instance that allows for local properties to be set and made available via a resulting FlowProcess instance when the tap is invoked.
getContext() - Method in class cascading.operation.ConcreteCall
getContext() - Method in interface cascading.operation.OperationCall: Returns the user set context object, C.
getContext() - Method in class cascading.scheme.ConcreteCall
getContext() - Method in interface cascading.scheme.SinkCall: Method getContext returns the context of this SinkCall object.
getContext() - Method in interface cascading.scheme.SourceCall: Method getContext returns the context of this SourceCall object.
getContractedGraph() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
getContractedMatchExpression() - Method in class cascading.flow.planner.rule.RuleExpression
getContractionExpression() - Method in class cascading.flow.planner.rule.RuleExpression
getContractionGraph() - Method in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
getCounterEnum() - Method in class cascading.operation.state.Counter
getCounterGroups() - Method in class cascading.stats.CascadeStats
getCounterGroups() - Method in class cascading.stats.FlowStats
getCounterGroups() - Method in class cascading.stats.process.ProcessStepStats
getCounterGroups() - Method in interface cascading.stats.ProvidesCounters: Method getCounterGroups returns all the available counter group names.
getCounterGroupsMatching(String) - Method in class cascading.stats.CascadeStats
getCounterGroupsMatching(String) - Method in class cascading.stats.CascadingStats: Method getCounterGroupsMatching returns all the available counter group names that match the given regular expression.
getCounterGroupsMatching(String) - Method in class cascading.stats.FlowStats
getCounterGroupsMatching(String) - Method in class cascading.stats.process.ProcessStepStats
getCounters() - Method in class cascading.stats.FlowSliceStats
getCountersFor(String) - Method in class cascading.stats.CascadeStats
getCountersFor(Class<? extends Enum>) - Method in class cascading.stats.CascadingStats
getCountersFor(String) - Method in class cascading.stats.FlowStats
getCountersFor(String) - Method in class cascading.stats.process.ProcessStepStats
getCountersFor(String) - Method in interface cascading.stats.ProvidesCounters: Method getCountersFor returns all the counter names for the give group name.
getCountersFor(Class<? extends Enum>) - Method in interface cascading.stats.ProvidesCounters: Method getCountersFor returns all the counter names for the counter Enum.
getCounterString() - Method in class cascading.operation.state.Counter
getCounterValue(Enum) - Method in class cascading.flow.FlowProcess: Method getCounterValue is used to retrieve a counter value.
getCounterValue(String, String) - Method in class cascading.flow.FlowProcess: Method getCounterValue is used to retrieve a counter value.
getCounterValue(Enum) - Method in class cascading.flow.FlowProcess.NullFlowProcess
getCounterValue(String, String) - Method in class cascading.flow.FlowProcess.NullFlowProcess
getCounterValue(Enum) - Method in class cascading.flow.FlowProcessWrapper
getCounterValue(String, String) - Method in class cascading.flow.FlowProcessWrapper
getCounterValue(Enum) - Method in class cascading.stats.CascadeStats
getCounterValue(String, String) - Method in class cascading.stats.CascadeStats
getCounterValue(Enum) - Method in class cascading.stats.FlowStats
getCounterValue(String, String) - Method in class cascading.stats.FlowStats
getCounterValue(Enum) - Method in class cascading.stats.process.ProcessStepStats
getCounterValue(String, String) - Method in class cascading.stats.process.ProcessStepStats
getCounterValue(Enum) - Method in interface cascading.stats.ProvidesCounters: Method getCounter returns the current value for the given counter Enum.
getCounterValue(String, String) - Method in interface cascading.stats.ProvidesCounters: Method getCounter returns the current value for the given group and counter.
getCreateFlowStepJob(FlowProcess<Config>, Config) - Method in class cascading.flow.planner.BaseFlowStep
getCurrentDuration() - Method in class cascading.stats.CascadingStats: Method getCurrentDuration returns the current duration of the current work whether or not the work is finished.
getCurrentIdentifier(FlowProcess<? extends Config>) - Method in class cascading.tap.partition.BasePartitionTap
getCurrentProcess() - Method in class cascading.flow.FlowSession: Method getCurrentProcess returns the currentProcess of this FlowSession object.
getCurrentSession() - Method in class cascading.flow.FlowProcess: Method getCurrentSession returns the currentSession of this FlowProcess object.
getCurrentSession() - Method in class cascading.flow.FlowProcessWrapper
getCurrentSliceNum() - Method in class cascading.flow.FlowProcess: Method getCurrentSliceNum returns an integer representing which slice instance currently running.
getCurrentSliceNum() - Method in class cascading.flow.FlowProcess.NullFlowProcess
getCurrentSliceNum() - Method in class cascading.flow.FlowProcessWrapper
getDateFormat() - Method in class cascading.operation.text.DateOperation: Method getDateFormat returns the dateFormat of this DateParser object.
getDateFormat() - Method in class cascading.tuple.type.DateType
getDateFormatString() - Method in class cascading.operation.text.DateOperation
getDebugLevel() - Method in class cascading.flow.FlowConnectorProps
getDebugLevel() - Method in class cascading.flow.FlowDef
getDebugLevel(FlowDef) - Method in class cascading.flow.planner.FlowPlanner
getDeclaredFields() - Method in interface cascading.operation.AggregatorCall: Return the resolved Fields declared by the current Operation.
getDeclaredFields() - Method in interface cascading.operation.BufferCall: Return the resolved Fields declared by the current Operation.
getDeclaredFields() - Method in class cascading.operation.ConcreteCall
getDeclaredFields() - Method in interface cascading.operation.FunctionCall: Return the resolved Fields declared by the current Operation.
getDeclaredFields() - Method in interface cascading.pipe.assembly.AggregateBy.Functor: Method getDeclaredFields returns the declaredFields of this Functor object.
getDeclaredFields() - Method in class cascading.pipe.assembly.AverageBy.AveragePartials
getDeclaredFields() - Method in class cascading.pipe.assembly.CountBy.CountPartials
getDeclaredFields() - Method in class cascading.pipe.assembly.FirstBy.FirstPartials
getDeclaredFields() - Method in class cascading.pipe.assembly.MaxBy.MaxPartials
getDeclaredFields() - Method in class cascading.pipe.assembly.MinBy.MinPartials
getDeclaredFields() - Method in class cascading.pipe.assembly.SumBy.SumPartials
getDeclaredFields() - Method in exception cascading.pipe.OperatorException: Method getDeclaredFields returns the declaredFields of this OperatorException object.
getDeclaredFields() - Method in class cascading.pipe.Splice: Method getDeclaredFields returns the declaredFields of this Splice object.
getDecorated() - Method in class cascading.flow.planner.graph.DecoratedElementGraph
getDefaultConfig() - Method in class cascading.flow.planner.FlowPlanner
getDefaultIntermediateSchemeClass() - Method in class cascading.flow.FlowConnector
getDefaultProperties() - Method in class cascading.flow.planner.FlowPlanner
getDefaultTupleElementComparator() - Method in class cascading.flow.FlowProps
getDelegate() - Method in class cascading.flow.FlowProcessWrapper
getDelegatedTuple(Tuple) - Method in class cascading.flow.stream.element.GroupingSpliceGate: This allows the tuple to honor the hasher and comparators, if any
getDelimiter() - Method in class cascading.operation.regex.RegexMatcher
getDelimiter() - Method in class cascading.operation.text.FieldJoiner: Method getFormat returns the delimiter of this FieldJoiner object.
getDelimiter() - Method in class cascading.scheme.util.DelimitedParser
getDepthFirstIterator() - Method in class cascading.flow.planner.graph.FlowElementGraph: Method getDepthFirstIterator returns the depthFirstIterator of this ElementGraph object.
getDiagnostics() - Method in class cascading.stats.FlowSliceStats
getDocumentService() - Method in class cascading.management.CascadingServices
getDouble(int) - Method in class cascading.tuple.Tuple: Method getDouble returns the element at the given position as a double.
getDouble(Comparable) - Method in class cascading.tuple.TupleEntry: Method getDouble returns the element for the given field name or position as a double.
getDuplicatedElements(ElementGraph) - Method in class cascading.flow.planner.process.BaseProcessGraph: All elements, from the given ElementGraph, that belong to two or more processes, that are not sink or source elements that connect processes.
getDuplicatedElements(ElementGraph) - Method in interface cascading.flow.planner.process.ProcessGraph
getDuration() - Method in class cascading.flow.planner.rule.RuleResult
getDuration() - Method in class cascading.stats.CascadingStats: Method getDuration returns the duration the work executed before being finished.
getEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
getEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
getEdge(FlowElement, FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
getEdge(Process, Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
getEdge(Process, Process) - Method in interface cascading.flow.planner.process.ProcessGraph
getEdge(ElementGraph, ElementGraph) - Method in class cascading.flow.planner.rule.util.ResultTree
getEdgeAnnotations() - Method in class cascading.flow.planner.process.ProcessEdge: Returns any edge annotations, or an empty immutable Map.
getEdgeMapping(PlannerContext, ElementGraph, Map<ElementExpression, FlowElement>) - Method in class cascading.flow.planner.iso.finder.GraphFinder
getEdgeName(E) - Method in interface cascading.util.jgrapht.EdgeNameProvider
getEdgeName(E) - Method in class cascading.util.jgrapht.StringEdgeNameProvider
getEdgeSource(Scope) - Method in class cascading.flow.planner.graph.BaseElementGraph
getEdgeSource(Scope) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
getEdgeSource(Scope) - Method in interface cascading.flow.planner.graph.ElementGraph
getEdgeSource(ProcessEdge) - Method in class cascading.flow.planner.process.BaseProcessGraph
getEdgeSource(ProcessEdge) - Method in interface cascading.flow.planner.process.ProcessGraph
getEdgeTarget(Scope) - Method in class cascading.flow.planner.graph.BaseElementGraph
getEdgeTarget(Scope) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
getEdgeTarget(Scope) - Method in interface cascading.flow.planner.graph.ElementGraph
getEdgeTarget(ProcessEdge) - Method in class cascading.flow.planner.process.BaseProcessGraph
getEdgeTarget(ProcessEdge) - Method in interface cascading.flow.planner.process.ProcessGraph
getEdgeWeight(ProcessEdge) - Method in class cascading.flow.planner.process.BaseProcessGraph
getEdgeWeight(ProcessEdge) - Method in interface cascading.flow.planner.process.ProcessGraph
getElementFactory(String) - Method in class cascading.flow.planner.rule.RuleRegistry
getElementFactoryFor(String) - Method in class cascading.flow.planner.PlannerContext
getElementGraph() - Method in class cascading.flow.planner.BaseFlowNode
getElementGraph() - Method in class cascading.flow.planner.BaseFlowStep
getElementGraph() - Method in class cascading.flow.planner.iso.finder.Match
getElementGraph() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
getElementGraph() - Method in class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
getElementGraph() - Method in class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
getElementGraph() - Method in interface cascading.flow.planner.iso.subgraph.SubGraphIterator
getElementGraph() - Method in exception cascading.flow.planner.PlannerException: Method getElementGraph returns the elementGraph of this PlannerException object.
getElementGraph() - Method in interface cascading.flow.planner.process.ProcessModel
getElementGraphs(FlowElement) - Method in class cascading.flow.planner.process.BaseProcessGraph
getElementGraphs(Scope) - Method in class cascading.flow.planner.process.BaseProcessGraph
getElementGraphs(FlowElement) - Method in interface cascading.flow.planner.process.ProcessGraph
getElementGraphs(Scope) - Method in interface cascading.flow.planner.process.ProcessGraph
getElementProcesses(FlowElement) - Method in class cascading.flow.planner.process.BaseProcessGraph
getElementProcesses(Scope) - Method in class cascading.flow.planner.process.BaseProcessGraph
getElementProcesses(FlowElement) - Method in interface cascading.flow.planner.process.ProcessGraph
getElementProcesses(Scope) - Method in interface cascading.flow.planner.process.ProcessGraph
getElementSinkProcesses(FlowElement) - Method in class cascading.flow.planner.process.BaseProcessGraph
getElementSinkProcesses(FlowElement) - Method in interface cascading.flow.planner.process.ProcessGraph
getElementSourceProcesses(FlowElement) - Method in class cascading.flow.planner.process.BaseProcessGraph
getElementSourceProcesses(FlowElement) - Method in interface cascading.flow.planner.process.ProcessGraph
getEndGraph() - Method in class cascading.flow.planner.iso.assertion.Asserted
getEndGraph() - Method in class cascading.flow.planner.iso.GraphResult
getEndGraph() - Method in class cascading.flow.planner.iso.subgraph.Partitions
getEndGraph() - Method in class cascading.flow.planner.iso.transformer.Transformed
getEntries() - Method in class cascading.util.MultiMap
getEvaluator(Class, String[], Class[]) - Method in class cascading.operation.expression.ExpressionOperation
getEvaluator(Class, String[], Class[]) - Method in class cascading.operation.expression.ScriptOperation
getEventId() - Method in class cascading.stats.FlowSliceStats.FlowSliceAttempt
getExpression() - Method in class cascading.operation.expression.ExpressionOperation
getExpressionGraph() - Method in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
getExpressionName() - Method in class cascading.flow.planner.rule.RuleExpression
getFieldDeclaration() - Method in interface cascading.flow.planner.DeclaresResults
getFieldDeclaration() - Method in class cascading.operation.BaseOperation
getFieldDeclaration() - Method in interface cascading.operation.Operation: Returns the fields created by this Operation instance.
getFieldDeclaration() - Method in class cascading.pipe.joiner.BaseJoiner
getFieldDeclaration() - Method in class cascading.pipe.Operator: Method getFieldDeclaration returns the fieldDeclaration of this Operator object.
getFieldDeclarations() - Method in class cascading.pipe.assembly.AggregateBy: Method getFieldDeclarations returns an array of Fields where each Field element in the array corresponds to the field declaration of the given Aggregator operations.
getFields() - Method in class cascading.tuple.TupleEntry: Method getFields returns the fields of this TupleEntry object.
getFields() - Method in class cascading.tuple.TupleEntryIterator: Method getFields returns the fields of this TupleEntryIterator object.
getFieldsFor(FlowElementGraph, Tap) - Method in class cascading.flow.BaseFlow
getFieldsSize() - Method in class cascading.operation.filter.Logic
getFilter() - Method in class cascading.operation.filter.Not
getFilter() - Method in class cascading.pipe.Each
getFilters() - Method in class cascading.operation.filter.Logic
getFinishedTime() - Method in class cascading.stats.CascadingStats: Method getFinishedTime returns the finishedTime of this CascadingStats object.
getFirst(Collection<V>) - Static method in class cascading.util.Util
getFirstAnchor() - Method in class cascading.flow.planner.iso.assertion.Asserted
getFirstN() - Method in class cascading.operation.aggregator.First
getFirstN() - Method in class cascading.operation.buffer.FirstNBuffer
getFirstValue() - Method in class cascading.operation.function.SetValue
getFloat(int) - Method in class cascading.tuple.Tuple: Method getFloat returns the element at the given position as a float.
getFloat(Comparable) - Method in class cascading.tuple.TupleEntry: Method getFloat returns the element for the given field name or position as a float.
getFlow() - Method in interface cascading.flow.AssemblyPlanner.Context
getFlow() - Method in interface cascading.flow.FlowStep
getFlow() - Method in class cascading.flow.planner.BaseFlowStep
getFlow() - Method in class cascading.flow.planner.PlannerContext
getFlow() - Method in class cascading.stats.FlowStats
getFlowCount() - Method in class cascading.stats.CascadeStats: Method getFlowCount returns the number of Flows executed by the Cascade.
getFlowDef() - Method in interface cascading.flow.AssemblyPlanner.Context
getFlowDef() - Method in class cascading.flow.planner.PlannerContext
getFlowDescriptor() - Method in interface cascading.flow.AssemblyPlanner: Returns a map of properties giving more details about the Flow object.
getFlowDescriptor() - Method in class cascading.flow.BaseFlow
getFlowDescriptor() - Method in interface cascading.flow.Flow: Returns an immutable map of properties giving more details about the Flow object.
getFlowDescriptor() - Method in class cascading.flow.FlowDef: Method getFlowDescriptor returns the flowDescriptor of this FlowDef.
getFlowElement() - Method in exception cascading.flow.planner.ElementGraphException: Method getFlowElement returns the flowElement of this ElementGraphException object.
getFlowElement() - Method in class cascading.flow.planner.process.ProcessEdge
getFlowElement() - Method in class cascading.flow.stream.element.BoundaryStage
getFlowElement() - Method in interface cascading.flow.stream.element.ElementDuct
getFlowElement() - Method in class cascading.flow.stream.element.ElementStage
getFlowElement() - Method in class cascading.flow.stream.element.SpliceGate
getFlowElementForID(Set<FlowElement>, String) - Static method in class cascading.flow.Flows
getFlowElementGraphFrom(Flow) - Static method in class cascading.flow.Flows
getFlowElementID() - Method in class cascading.flow.planner.process.ProcessEdge
getFlowElementsFor(Enum) - Method in interface cascading.flow.FlowNode
getFlowElementsFor(Enum) - Method in class cascading.flow.planner.BaseFlowNode
getFlowElementsFor(Enum) - Method in class cascading.flow.planner.process.FlowNodeGraph
getFlowGraph() - Method in class cascading.cascade.BaseCascade
getFlowGraphFrom(Cascade) - Static method in class cascading.cascade.Cascades
getFlowID() - Method in interface cascading.flow.FlowStep
getFlowID() - Method in class cascading.flow.planner.BaseFlowStep
getFlowLogger() - Method in class cascading.flow.planner.rule.RuleSetExec
getFlowName() - Method in exception cascading.flow.FlowException: Method getFlowName returns the name of the parent Flow instance.
getFlowName() - Method in interface cascading.flow.FlowStep: Method getParentFlowName returns the parentFlowName of this FlowStep object.
getFlowName() - Method in class cascading.flow.planner.BaseFlowStep
getFlowNode() - Method in class cascading.stats.FlowNodeStats
getFlowNodeGraph() - Method in interface cascading.flow.FlowStep
getFlowNodeGraph() - Method in class cascading.flow.planner.BaseFlowStep
getFlowNodeIDs() - Method in class cascading.stats.FlowStepStats
getFlowNodeStats() - Method in class cascading.stats.FlowStepStats
getFlowNodeStatsMap() - Method in class cascading.stats.FlowStepStats
getFlowPlanner() - Method in class cascading.flow.planner.PlannerContext
getFlowProcess() - Method in interface cascading.flow.Flow
getFlowProcess() - Method in class cascading.flow.process.ProcessFlow
getFlowProcess() - Method in class cascading.pipe.joiner.JoinerClosure
getFlowProcess() - Method in class cascading.tuple.TupleEntrySchemeCollector
getFlowProcess() - Method in class cascading.tuple.TupleEntrySchemeIterator
getFlowProperties() - Method in class cascading.stats.FlowStats
getFlows() - Method in class cascading.cascade.BaseCascade
getFlows() - Method in interface cascading.cascade.Cascade: Method getFlows returns the flows managed by this Cascade object.
getFlows() - Method in class cascading.cascade.CascadeDef: Method getFlows returns the flows of this CascadeDef object.
getFlowsArray() - Method in class cascading.cascade.CascadeDef: Method getFlowsArray returns the flows as an array of this CascadeDef object.
getFlowSession() - Method in class cascading.flow.BaseFlow
getFlowSkipStrategy() - Method in class cascading.cascade.BaseCascade
getFlowSkipStrategy() - Method in interface cascading.cascade.Cascade: Method getFlowSkipStrategy returns the current FlowSkipStrategy used by this Flow.
getFlowSkipStrategy() - Method in class cascading.flow.BaseFlow
getFlowSkipStrategy() - Method in interface cascading.flow.Flow: Method getFlowSkipStrategy returns the current FlowSkipStrategy used by this Flow.
getFlowStats() - Method in class cascading.flow.BaseFlow
getFlowStats() - Method in interface cascading.flow.Flow: Method getFlowStats returns the flowStats of this Flow object.
getFlowStep() - Method in interface cascading.flow.FlowNode
getFlowStep() - Method in class cascading.flow.planner.BaseFlowNode
getFlowStep() - Method in class cascading.stats.FlowStepStats
getFlowStepJob() - Method in class cascading.flow.planner.BaseFlowStep
getFlowSteps() - Method in class cascading.flow.BaseFlow
getFlowSteps() - Method in interface cascading.flow.Flow: Method getFlowSteps returns the flowSteps of this Flow object.
getFlowStepStats() - Method in interface cascading.flow.FlowStep
getFlowStepStats() - Method in class cascading.flow.planner.BaseFlowStep
getFlowStepStats() - Method in class cascading.stats.FlowStats: Method getStepStats returns the stepStats owned by this FlowStats.
getFlowStepStats() - Method in class cascading.stats.process.ProcessFlowStats
getFlowStepStrategy() - Method in class cascading.flow.BaseFlow
getFlowStepStrategy() - Method in interface cascading.flow.Flow: Returns the current FlowStepStrategy instance.
getFormat() - Method in class cascading.operation.text.FieldFormatter: Method getFormat returns the format of this FieldFormatter object.
getFoundElements() - Method in class cascading.flow.planner.iso.finder.Match
getFraction() - Method in class cascading.operation.filter.Sample
getFrameworks() - Method in class cascading.property.AppProps: Method getFrameworks returns a list of frameworks used to build this App.
getFullIdentifier(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
getFullIdentifier(Config) - Method in class cascading.tap.DecoratorTap
getFullIdentifier(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method getFullIdentifier returns a fully qualified resource identifier.
getFullIdentifier(Config) - Method in class cascading.tap.Tap: Method getFullIdentifier returns a fully qualified resource identifier.
getFullTransformTracePath(String) - Method in class cascading.flow.planner.rule.util.TraceWriter
getFunction() - Method in class cascading.pipe.Each
getFunctors() - Method in class cascading.pipe.assembly.AggregateBy
getGatherPartitions() - Method in class cascading.flow.FlowRuntimeProps: Method getGatherPartitions returns the number of gather partitions
getGraph() - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
getGraph() - Method in exception cascading.flow.planner.iso.finder.GraphFinderException
getGraphAssert() - Method in class cascading.flow.planner.iso.assertion.Asserted
getGraphPartitioner() - Method in class cascading.flow.planner.rule.RulePartitioner
getGraphTransform() - Method in class cascading.flow.planner.iso.transformer.Transformed
getGroup() - Method in interface cascading.flow.FlowStep
getGroup() - Method in class cascading.flow.planner.BaseFlowStep
getGroup() - Method in interface cascading.operation.AggregatorCall: Returns the current grouping TupleEntry.
getGroup() - Method in interface cascading.operation.BufferCall: Returns the current grouping TupleEntry.
getGroup() - Method in class cascading.operation.ConcreteCall
getGroup() - Method in interface cascading.operation.GroupAssertionCall: Returns the current grouping TupleEntry.
getGroupAssertion() - Method in class cascading.pipe.Every
getGroupBy() - Method in class cascading.pipe.assembly.AggregateBy: Method getGroupBy returns the internal GroupBy instance so that any custom properties can be set on it via Pipe.getStepConfigDef().
getGroupFieldSelector() - Method in class cascading.operation.function.UnGroup
getGrouping() - Method in interface cascading.tuple.collect.Spillable
getGrouping() - Method in class cascading.tuple.collect.SpillableTupleList
getGrouping() - Method in class cascading.tuple.collect.SpillableTupleMap
getGroupingFields() - Method in class cascading.pipe.assembly.AggregateBy: Method getGroupingFields returns the Fields this instances will be grouping against.
getGroupingSelector() - Method in exception cascading.pipe.OperatorException: Method getGroupingSelector returns the groupingSelector of this OperatorException object.
getGroups() - Method in class cascading.flow.planner.BaseFlowNode
getGroups() - Method in class cascading.flow.planner.BaseFlowStep
getGroups() - Method in interface cascading.flow.planner.process.ProcessModel
getGroups() - Method in class cascading.operation.regex.RegexParser
getGroupString() - Method in class cascading.operation.state.Counter
getGroupTuple(Tuple) - Method in class cascading.flow.stream.element.MemoryCoGroupClosure
getGroupTuple(Tuple) - Method in class cascading.pipe.joiner.JoinerClosure
getHashFunction() - Method in class cascading.tuple.util.TupleHasher
getHeadFlows() - Method in class cascading.cascade.BaseCascade
getHeadFlows() - Method in interface cascading.cascade.Cascade: Method getHeadFlows returns all Flow instances that are at the "head" of the flow graph.
getHeads() - Method in class cascading.flow.stream.graph.StreamGraph
getHeads() - Method in class cascading.pipe.Pipe: Method getHeads returns the first Pipe instances in this pipe assembly.
getHex(byte[]) - Static method in class cascading.util.Util
getHolder() - Method in class cascading.flow.BaseFlow: Used to return a simple wrapper for use as an edge in a graph where there can only be one instance of every edge.
getID() - Method in class cascading.cascade.BaseCascade: Method getID returns the ID of this Cascade object.
getID() - Method in class cascading.flow.BaseFlow
getID() - Method in interface cascading.flow.Flow: Method getID returns the ID of this Flow object.
getID() - Method in interface cascading.flow.FlowNode
getID() - Method in class cascading.flow.FlowProcess: Method getID() returns the current
getID() - Method in class cascading.flow.FlowProcessWrapper
getID() - Method in class cascading.flow.FlowSession: Method getID returns the parent Flow ID value.
getID() - Method in interface cascading.flow.FlowStep: Method getId returns the id of this FlowStep object.
getID() - Method in class cascading.flow.planner.BaseFlowNode
getID() - Method in class cascading.flow.planner.BaseFlowStep
getID() - Method in class cascading.flow.planner.process.ProcessEdge
getID() - Method in interface cascading.flow.planner.process.ProcessModel
getID() - Method in class cascading.management.state.BaseState
getID() - Method in interface cascading.management.UnitOfWork
getID() - Method in class cascading.stats.CascadeStats
getID() - Method in class cascading.stats.CascadingStats: Method getID returns the ID of this CascadingStats object.
getID() - Method in class cascading.stats.FlowNodeStats
getID() - Method in class cascading.stats.FlowSliceStats
getID() - Method in class cascading.stats.FlowStats
getID() - Method in class cascading.stats.FlowStepStats
getIdentifier() - Method in class cascading.tap.DecoratorTap
getIdentifier() - Method in class cascading.tap.MultiSinkTap
getIdentifier() - Method in class cascading.tap.MultiSourceTap
getIdentifier() - Method in class cascading.tap.partition.BasePartitionTap
getIdentifier() - Method in class cascading.tap.Tap: Method getIdentifier returns a String representing the resource this Tap instance represents.
getIdentifierGraph() - Method in class cascading.cascade.BaseCascade
getIdentityElementGraphs() - Method in class cascading.flow.planner.process.BaseProcessGraph
getIdentityElementGraphs() - Method in interface cascading.flow.planner.process.ProcessGraph
getIdentityElements(ProcessGraph<? extends ProcessModel>) - Method in class cascading.util.DOTProcessGraphWriter
getIdentityProcesses() - Method in class cascading.flow.planner.process.BaseProcessGraph: Returns a set of processes that perform no internal operations.
getIdentityProcesses() - Method in interface cascading.flow.planner.process.ProcessGraph
getIgnoreTuples() - Method in class cascading.operation.aggregator.ExtentBase
getIgnoreValues() - Method in class cascading.operation.aggregator.ExtremaValueBase
getIncludedElements() - Method in class cascading.flow.planner.iso.finder.Match
getIncomingAggregatorArgumentFields() - Method in class cascading.flow.planner.Scope
getIncomingAggregatorPassThroughFields() - Method in class cascading.flow.planner.Scope
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.AggregatorEveryStage
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.BufferEveryWindow
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.FilterEachStage
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.FunctionEachStage
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.OperatorStage
getIncomingArgumentsFields() - Method in class cascading.flow.stream.element.ValueAssertionEachStage
getIncomingBufferArgumentFields() - Method in class cascading.flow.planner.Scope
getIncomingBufferPassThroughFields() - Method in class cascading.flow.planner.Scope
getIncomingEdge(ElementGraph) - Method in class cascading.flow.planner.rule.util.ResultTree
getIncomingEntry() - Method in class cascading.scheme.ConcreteCall
getIncomingEntry() - Method in interface cascading.scheme.SourceCall: Method getIncomingEntry returns a pre-prepared TupleEntry to be populated with the input values from SourceCall.getInput().
getIncomingFields() - Method in exception cascading.pipe.OperatorException: Method getIncomingFields returns the incomingFields of this OperatorException object.
getIncomingFunctionArgumentFields() - Method in class cascading.flow.planner.Scope
getIncomingFunctionPassThroughFields() - Method in class cascading.flow.planner.Scope
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.AggregatorEveryStage
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.BufferEveryWindow
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.FilterEachStage
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.FunctionEachStage
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.OperatorStage
getIncomingPassThroughFields() - Method in class cascading.flow.stream.element.ValueAssertionEachStage
getIncomingScopes() - Method in class cascading.flow.stream.element.BoundaryStage
getIncomingScopes() - Method in interface cascading.flow.stream.element.ElementDuct
getIncomingScopes() - Method in class cascading.flow.stream.element.ElementStage
getIncomingScopes() - Method in class cascading.flow.stream.element.SpliceGate
getIncomingSpliceFields() - Method in class cascading.flow.planner.Scope
getIncomingTapFields() - Method in class cascading.flow.planner.Scope
getIncrement() - Method in class cascading.operation.state.Counter
getIndex() - Method in class cascading.tuple.io.IndexTuple
getInitialAssembly() - Method in class cascading.flow.planner.rule.RuleResult
getInitListThreshold() - Method in class cascading.tuple.collect.SpillableTupleMap
getInput() - Method in class cascading.scheme.ConcreteCall
getInput() - Method in interface cascading.scheme.SourceCall: Method getInput returns the input mechanism for the underlying platform used to retrieve new values (records, lines, etc).
getInputStream() - Method in class cascading.tuple.io.TupleInputStream
getInstance() - Static method in class cascading.provider.FactoryLoader
getInstance(URL, String[]) - Static method in class cascading.provider.ServiceLoader
getInt(String[]) - Method in class cascading.management.CascadingServices.NullMetricsService
getInt(String[]) - Method in interface cascading.management.MetricsService
getInteger(int) - Method in class cascading.tuple.Tuple: Method getInteger returns the element at the given position as an int.
getInteger(Comparable) - Method in class cascading.tuple.TupleEntry: Method getInteger returns the element for the given field name or position as an int.
getIntegerProperty(String) - Method in class cascading.flow.FlowProcess: Method getIntegerProperty should be used to return configuration parameters from the underlying system.
getIntegerProperty(String, int) - Method in class cascading.flow.FlowProcess: Method getIntegerProperty should be used to return configuration parameters from the underlying system.
getIntermediateFlows() - Method in class cascading.cascade.BaseCascade
getIntermediateFlows() - Method in interface cascading.cascade.Cascade: Method getIntermediateFlows returns all Flow instances that are neither at the "tail" or "tail" of the flow graph.
getIntermediateSchemeClass(Map<Object, Object>) - Method in class cascading.flow.FlowConnector: Method getIntermediateSchemeClass is used for debugging.
getIntermediateSchemeClassName() - Method in class cascading.flow.FlowConnectorProps
getIntermediateTaps() - Method in class cascading.cascade.BaseCascade
getIntermediateTaps() - Method in interface cascading.cascade.Cascade: Method getIntermediateTaps returns all Tap instances that are neither at the source or sink of the flow graph.
getIntProperty(String, int) - Method in class cascading.flow.planner.PlannerContext
getIntProperty(Map<Object, Object>, String, int) - Static method in class cascading.property.PropertyUtil
getIntProperty(Properties, Map<Object, Object>, String, int) - Static method in class cascading.property.PropertyUtil
getIterator(int) - Method in class cascading.flow.stream.element.MemoryCoGroupClosure
getIterator(JoinerClosure) - Method in class cascading.pipe.joiner.BufferJoin
getIterator(JoinerClosure) - Method in class cascading.pipe.joiner.InnerJoin
getIterator(int) - Method in class cascading.pipe.joiner.InnerJoin.JoinIterator
getIterator(JoinerClosure) - Method in interface cascading.pipe.joiner.Joiner: Returns an iterator that joins the given CoGroupClosure co-groups.
getIterator(int) - Method in class cascading.pipe.joiner.JoinerClosure: Returns a Tuple Iterator for the given pipe position.
getIterator(JoinerClosure) - Method in class cascading.pipe.joiner.LeftJoin
getIterator(JoinerClosure) - Method in class cascading.pipe.joiner.MixedJoin
getIterator(JoinerClosure) - Method in class cascading.pipe.joiner.OuterJoin
getIterator(int) - Method in class cascading.pipe.joiner.OuterJoin.JoinIterator
getIterator(JoinerClosure) - Method in class cascading.pipe.joiner.RightJoin
getJobPollingInterval() - Method in class cascading.flow.FlowProps
getJobsMap(Flow) - Static method in class cascading.flow.Flows
getJoinDeclaredFields() - Method in class cascading.pipe.Splice
getJoiner() - Method in class cascading.pipe.Splice
getJoinerClosure() - Method in interface cascading.operation.BufferCall: Returns the current instance of a JoinerClosure, if any.
getJoinerClosure() - Method in class cascading.operation.ConcreteCall
getJoinFields() - Method in class cascading.pipe.joiner.JoinerClosure: Returns an array of Fields denoting the join fields or keys uses for each incoming pipe.
getKeyComparator() - Method in class cascading.flow.stream.element.GroupingSpliceGate
getKeys() - Method in class cascading.util.MultiMap
getKeySelectors() - Method in class cascading.flow.planner.Scope: Method getGroupingSelectors returns the groupingSelectors of this Scope object.
getKeySelectors() - Method in interface cascading.pipe.Group
getKeySelectors() - Method in class cascading.pipe.Splice: Method getGroupingSelectors returns the groupingSelectors of this Splice object.
getKeysFor(V) - Method in class cascading.util.MultiMap
getKind() - Method in class cascading.stats.FlowNodeStats
getKind() - Method in class cascading.stats.FlowSliceStats
getLastMatch() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
getLastSuccessfulCounterFetchTime() - Method in class cascading.stats.CascadeStats
getLastSuccessfulCounterFetchTime() - Method in class cascading.stats.FlowStats
getLastSuccessfulCounterFetchTime() - Method in class cascading.stats.process.ProcessStepStats
getLastSuccessfulCounterFetchTime() - Method in interface cascading.stats.ProvidesCounters: Method getLastSuccessfulCounterFetchTime returns the time, in millis, the last moment counters were successfully retrieved.
getLevel() - Method in enum cascading.flow.planner.rule.PlanPhase
getLevelResults(ProcessLevel) - Method in class cascading.flow.planner.rule.RuleResult
getLhs() - Method in class cascading.tuple.io.TuplePair: Method getLhs returns the lhs of this TuplePair object.
getLhs() - Method in class cascading.util.Pair
getLimit() - Method in class cascading.operation.filter.Limit
getListSpillThreshold() - Method in class cascading.tuple.collect.SpillableProps
getLogger() - Method in class cascading.flow.planner.PlannerContext
getLong(String[]) - Method in class cascading.management.CascadingServices.NullMetricsService
getLong(String[]) - Method in interface cascading.management.MetricsService
getLong(int) - Method in class cascading.tuple.Tuple: Method getLong returns the element at the given position as an long.
getLong(Comparable) - Method in class cascading.tuple.TupleEntry: Method getLong returns the element for the given field name or position as a long.
getMap() - Method in class cascading.util.MultiMap
getMapCapacity(FlowProcess, int) - Static method in class cascading.tuple.collect.SpillableTupleMap
getMapInitialCapacity() - Method in class cascading.tuple.collect.SpillableProps
getMapLoadFactor() - Method in class cascading.tuple.collect.SpillableProps
getMapLoadFactor(FlowProcess, float) - Static method in class cascading.tuple.collect.SpillableTupleMap
getMapSpillThreshold() - Method in class cascading.tuple.collect.SpillableProps
getMapThreshold(FlowProcess, int) - Static method in class cascading.tuple.collect.SpillableTupleMap
getMapThreshold() - Method in class cascading.tuple.collect.SpillableTupleMap
getMatched() - Method in class cascading.flow.planner.iso.assertion.Asserted
getMatchedGraph() - Method in class cascading.flow.planner.iso.finder.Match
getMatches() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
getMatchExpression() - Method in class cascading.flow.planner.iso.finder.GraphFinder
getMatchExpression() - Method in class cascading.flow.planner.rule.RuleExpression
getMatchGraph() - Method in class cascading.flow.planner.iso.finder.Match
getMaxConcurrentFlows() - Method in class cascading.cascade.CascadeDef
getMaxConcurrentFlows() - Method in class cascading.cascade.CascadeProps
getMaxConcurrentSteps() - Method in class cascading.flow.FlowProps
getMaxNumParallelSteps() - Method in class cascading.flow.BaseFlow
getMaxNumParallelSteps() - Method in class cascading.flow.process.ProcessFlow
getMessage() - Method in class cascading.flow.planner.iso.assertion.Asserted
getMessage() - Method in class cascading.operation.assertion.BaseAssertion
getMetaInfo() - Method in class cascading.tap.DecoratorTap
getMetricsService() - Method in class cascading.management.CascadingServices
getMode() - Method in class cascading.flow.planner.iso.expression.PathScopeExpression
getMode() - Method in enum cascading.flow.planner.rule.PlanPhase
getMode(ConfigDef.Mode) - Method in class cascading.property.ConfigDef
getModeSafe(ConfigDef.Mode) - Method in class cascading.property.ConfigDef
getModifiedTime(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
getModifiedTime(Config) - Method in class cascading.tap.DecoratorTap
getModifiedTime(Config) - Method in class cascading.tap.MultiSinkTap
getModifiedTime(Config) - Method in class cascading.tap.MultiSourceTap: Returns the most current modified time.
getModifiedTime(Config) - Method in class cascading.tap.partition.BasePartitionTap
getModifiedTime(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method getModifiedTime returns the date this resource was last modified.
getModifiedTime(Config) - Method in class cascading.tap.Tap: Method getModifiedTime returns the date this resource was last modified.
getMultiValues(K) - Method in class cascading.util.MultiMap
getName() - Method in class cascading.cascade.BaseCascade.CascadeJob
getName() - Method in class cascading.cascade.BaseCascade: Method getName returns the name of this Cascade object.
getName() - Method in class cascading.flow.BaseFlow
getName() - Method in interface cascading.flow.Flow: Method getName returns the name of this Flow object.
getName() - Method in interface cascading.flow.FlowStep: Method getName returns the name of this FlowStep object.
getName() - Method in class cascading.flow.planner.BaseFlowNode
getName() - Method in class cascading.flow.planner.BaseFlowStep
getName() - Method in interface cascading.flow.planner.process.ProcessModel
getName() - Method in class cascading.flow.planner.rule.RuleRegistry
getName() - Method in class cascading.flow.planner.Scope: Method getName returns the name of this Scope object.
getName() - Method in interface cascading.management.UnitOfWork
getName() - Method in class cascading.pipe.Boundary
getName() - Method in interface cascading.pipe.Group
getName() - Method in class cascading.pipe.Pipe: Get the name of this pipe.
getName() - Method in class cascading.pipe.Splice
getName() - Method in class cascading.pipe.SubAssembly
getName() - Method in class cascading.property.UnitOfWorkDef
getName() - Method in class cascading.stats.CascadingStats: Method getName returns the name of this CascadingStats object.
getNameOrID(Flow) - Static method in class cascading.flow.Flows
getNext() - Method in class cascading.flow.stream.duct.Duct
getNext() - Method in class cascading.flow.stream.duct.Fork
getNextElement() - Method in class cascading.tuple.io.TupleInputStream
getNextFlowElement(Scope) - Method in class cascading.flow.planner.BaseFlowStep
getNextFor(StreamGraph) - Method in class cascading.flow.stream.duct.Duct
getNextScope(FlowElement) - Method in class cascading.flow.planner.BaseFlowStep: Method getNextScope returns the next Scope instance in the graph.
getNextScopes(FlowElement) - Method in interface cascading.flow.FlowNode
getNextScopes(FlowElement) - Method in class cascading.flow.planner.BaseFlowNode
getNodeConfigDef() - Method in interface cascading.flow.FlowElement
getNodeConfigDef() - Method in enum cascading.flow.planner.graph.Extent
getNodeConfigDef() - Method in class cascading.pipe.Pipe: Returns a ConfigDef instance that allows for process level properties to be set and made available via a resulting FlowProcess instance when the pipe is invoked.
getNodeConfigDef() - Method in class cascading.tap.DecoratorTap
getNodeConfigDef() - Method in class cascading.tap.Tap: Returns a ConfigDef instance that allows for process level properties to be set and made available via a resulting FlowProcess instance when the tap is invoked.
getNodeDisplayName(FlowNode, int) - Method in class cascading.flow.planner.BaseFlowStep
getNodeIterator(SearchOrder, Graph) - Static method in enum cascading.flow.planner.iso.finder.SearchOrder
getNodesCount() - Method in class cascading.stats.FlowStepStats
getNodeToPipelineGraphMap() - Method in class cascading.flow.planner.rule.RuleResult
getNumArgs() - Method in class cascading.operation.BaseOperation
getNumArgs() - Method in interface cascading.operation.Operation: The minimum number of arguments this Operation expects from the calling Each or Every Operator.
getNumChildTaps() - Method in interface cascading.tap.CompositeTap
getNumChildTaps() - Method in class cascading.tap.MultiSinkTap
getNumChildTaps() - Method in class cascading.tap.MultiSourceTap
getNumDeclaredIncomingBranches() - Method in class cascading.flow.stream.element.GroupingSpliceGate
getNumElements() - Method in class cascading.tuple.io.TupleInputStream
getNumFlowNodes() - Method in interface cascading.flow.FlowStep
getNumFlowNodes() - Method in class cascading.flow.planner.BaseFlowStep
getNumNodes() - Method in class cascading.flow.planner.rule.RuleResult
getNumProcessSlices() - Method in class cascading.flow.FlowProcess: Method getNumProcessSlices returns the number of parallel slices or tasks allocated for this process execution.
getNumProcessSlices() - Method in class cascading.flow.FlowProcess.NullFlowProcess
getNumProcessSlices() - Method in class cascading.flow.FlowProcessWrapper
getNumRecursions() - Method in class cascading.flow.planner.iso.transformer.Transformed
getNumSelfJoins() - Method in class cascading.pipe.Splice
getNumSinkParts() - Method in class cascading.scheme.Scheme: Method getNumSinkParts returns the numSinkParts of this Scheme object.
getNumSinkParts() - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
getNumSteps() - Method in class cascading.flow.planner.rule.RuleResult
getObject(int) - Method in class cascading.tuple.Tuple: Method get returns the element at the given position.
getObject(int) - Method in class cascading.tuple.TupleEntry: Method getObject returns the value in the given position pos.
getObject(int, Type) - Method in class cascading.tuple.TupleEntry: Method getObject returns the value in the given field or position as the requested type.
getObject(Comparable) - Method in class cascading.tuple.TupleEntry: Method getObject returns the value in the given field or position.
getObject(Comparable, Type) - Method in class cascading.tuple.TupleEntry: Method getObject returns the value in the given field or position as the requested type.
getOpenWritesThreshold() - Method in class cascading.tap.partition.BasePartitionTap: Method getOpenWritesThreshold returns the openTapsThreshold of this PartitionTap object.
getOperation() - Method in class cascading.pipe.Operator: Method getOperation returns the operation managed by this Operator object.
getOperationDeclaredFields() - Method in class cascading.flow.planner.Scope: Method getDeclaredFields returns the declaredFields of this Scope object.
getOperationDeclaredFields() - Method in class cascading.flow.stream.element.OperatorStage
getOperator() - Method in class cascading.flow.stream.element.EachStage
getOperator() - Method in class cascading.flow.stream.element.EveryStage
getOperator() - Method in class cascading.flow.stream.element.OperatorStage
getOrderComparator() - Method in class cascading.flow.planner.rule.RuleSetExec
getOrderedTopologicalIterator(Comparator<Process>) - Method in class cascading.flow.planner.process.BaseProcessGraph
getOrderedTopologicalIterator() - Method in class cascading.flow.planner.process.FlowNodeGraph
getOrderedTopologicalIterator(Comparator<Process>) - Method in interface cascading.flow.planner.process.ProcessGraph
getOrdinal() - Method in interface cascading.flow.FlowStep
getOrdinal() - Method in class cascading.flow.planner.BaseFlowNode
getOrdinal() - Method in class cascading.flow.planner.BaseFlowStep
getOrdinal() - Method in interface cascading.flow.planner.process.ProcessModel
getOrdinal() - Method in class cascading.flow.planner.Scope
getOrdinal() - Method in class cascading.flow.stream.duct.DuctGraph.Ordinal
getOrdinal() - Method in class cascading.stats.FlowNodeStats
getOrdinalMap(Duct) - Method in class cascading.flow.stream.graph.StreamGraph
getOrdinals() - Method in class cascading.flow.planner.rule.util.ResultTree.Path
getOrdinalTopologicalIterator() - Method in class cascading.flow.planner.process.BaseProcessGraph
getOrdinalTopologicalIterator() - Method in interface cascading.flow.planner.process.ProcessGraph
getOriginal() - Method in class cascading.tap.DecoratorTap
getOutgoingEntry() - Method in class cascading.scheme.ConcreteCall
getOutgoingEntry() - Method in interface cascading.scheme.SinkCall: Method getOutgoingEntry returns the final TupleEntry to be passed to the SinkCall.getOutput() output handler.
getOutgoingFields() - Method in class cascading.flow.stream.element.ElementStage
getOutgoingScopes() - Method in class cascading.flow.stream.element.BoundaryStage
getOutgoingScopes() - Method in interface cascading.flow.stream.element.ElementDuct
getOutgoingScopes() - Method in class cascading.flow.stream.element.ElementStage
getOutgoingScopes() - Method in class cascading.flow.stream.element.SpliceGate
getOutgoingSelector() - Method in class cascading.flow.stream.element.AggregatorEveryStage
getOutgoingSelector() - Method in class cascading.flow.stream.element.BufferEveryWindow
getOutgoingSelector() - Method in class cascading.flow.stream.element.EachStage
getOutgoingSelector() - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
getOutgoingSelector() - Method in class cascading.flow.stream.element.OperatorStage
getOutGroupingFields() - Method in class cascading.flow.planner.Scope: Method getOutGroupingFields returns the outGroupingFields of this Scope object.
getOutGroupingSelector() - Method in class cascading.flow.planner.Scope: Method getOutGroupingSelector returns the outGroupingSelector of this Scope object.
getOutGroupingValueFields() - Method in class cascading.flow.planner.Scope
getOutput() - Method in class cascading.flow.stream.element.SinkStage
getOutput() - Method in class cascading.operation.Debug
getOutput() - Method in class cascading.scheme.ConcreteCall
getOutput() - Method in interface cascading.scheme.SinkCall
getOutput() - Method in class cascading.tuple.TupleEntrySchemeCollector
getOutputCollector() - Method in interface cascading.operation.AggregatorCall: Returns the TupleEntryCollector used to emit result values.
getOutputCollector() - Method in interface cascading.operation.BufferCall: Returns the TupleEntryCollector used to emit result values.
getOutputCollector() - Method in class cascading.operation.ConcreteCall
getOutputCollector() - Method in interface cascading.operation.FunctionCall: Returns the TupleEntryCollector used to emit result values.
getOutputPath() - Method in class cascading.CascadingTestCase
getOutputPathElements() - Method in class cascading.CascadingTestCase
getOutputSelector() - Method in class cascading.pipe.Operator: Method getOutputSelector returns the outputSelector of this Operator object.
getOutputSelector() - Method in exception cascading.pipe.OperatorException: Method getOutputSelector returns the outputSelector of this OperatorException object.
getOutValuesFields() - Method in class cascading.flow.planner.Scope: Method getOutValuesFields returns the outValuesFields of this Scope object.
getOutValuesSelector() - Method in class cascading.flow.planner.Scope: Method getOutValuesSelector returns the outValuesSelector of this Scope object.
getPairs() - Method in class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
getPairs() - Method in class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
getParameterNames() - Method in class cascading.operation.expression.ScriptOperation
getParameterTypes() - Method in class cascading.operation.expression.ScriptOperation
getParent() - Method in class cascading.pipe.Pipe: Returns the enclosing parent Pipe instance, if any.
getParent() - Method in class cascading.tap.partition.BasePartitionTap: Method getParent returns the parent Tap of this PartitionTap object.
getPartition() - Method in class cascading.tap.partition.BasePartitionTap: Method getPartition returns the Partition instance used by this PartitionTap
getPartitionFields() - Method in class cascading.tap.partition.DelimitedPartition
getPartitionFields() - Method in interface cascading.tap.partition.Partition: The Fields used to populate the partition.
getPartitionSource() - Method in class cascading.flow.planner.rule.RulePartitioner
getPathDepth() - Method in class cascading.tap.partition.DelimitedPartition
getPathDepth() - Method in interface cascading.tap.partition.Partition: Returns the directory search depth of the partition.
getPathFor(ElementGraph, ElementGraph) - Method in class cascading.flow.planner.rule.RuleResult
getPathFor(ElementGraph) - Method in class cascading.flow.planner.rule.RuleResult
getPattern() - Method in class cascading.operation.regex.RegexOperation: Method getPattern returns the pattern of this RegexOperation object.
getPattern() - Method in class cascading.tap.partition.DelimitedPartition
getPatternString() - Method in class cascading.operation.assertion.AssertGroupBase
getPatternString() - Method in class cascading.operation.regex.RegexOperation: Method getPatternString returns the patternString of this RegexOperation object.
getPayload() - Method in exception cascading.tap.TapException
getPendingTime() - Method in class cascading.stats.CascadingStats: Method getPendingTime returns the pendingTime of this CascadingStats object.
getPermittedExceptions() - Method in class cascading.tuple.TupleEntrySchemeIteratorProps
getPipelineGraphFor(FlowElement) - Method in interface cascading.flow.FlowNode
getPipelineGraphFor(FlowElement) - Method in class cascading.flow.planner.BaseFlowNode
getPipelineGraphs() - Method in interface cascading.flow.FlowNode
getPipelineGraphs() - Method in class cascading.flow.planner.BaseFlowNode
getPipePos() - Method in class cascading.pipe.Splice
getPlanComparator() - Method in class cascading.flow.planner.rule.RuleRegistrySet: Returns planner comparator.
getPlanComparator() - Method in class cascading.flow.planner.rule.RuleSetExec
getPlannerContext() - Method in class cascading.flow.planner.iso.transformer.Transformed
getPlannerException() - Method in class cascading.flow.planner.rule.RuleResult
getPlannerInfo() - Method in class cascading.flow.BaseFlow
getPlannerInfo() - Method in interface cascading.flow.Flow: Returns any meta-data about the planner that created this Flow instance.
getPlannerInfo(String) - Method in class cascading.flow.planner.FlowPlanner
getPlannerLevel() - Method in class cascading.pipe.Operator: Method getPlannerLevel returns the plannerLevel of this Operator object.
getPlannerLevelFor(Class<? extends PlannerLevel>) - Method in class cascading.flow.planner.PlannerContext
getPlannerTimeoutSec() - Method in class cascading.flow.planner.rule.RuleRegistrySet: Gets planner timeout, in seconds.
getPlanPath() - Method in class cascading.CascadingTestCase
getPlanPathElements() - Method in class cascading.CascadingTestCase
getPlanStatsPath() - Method in class cascading.flow.planner.rule.util.TraceWriter
getPlanTracePath() - Method in class cascading.flow.planner.rule.util.TraceWriter
getPlanTransformTracePath() - Method in class cascading.flow.planner.rule.util.TraceWriter
getPlatformInfo() - Method in class cascading.flow.BaseFlow
getPlatformInfo() - Method in interface cascading.flow.Flow: Returns any meta-data about the underlying platform this Flow instance will run against.
getPlatformInfo() - Method in class cascading.flow.FlowConnector: Method getPlatformInfo returns an instance of PlatformInfo for the underlying platform.
getPlatformInfo() - Method in class cascading.flow.planner.FlowPlanner
getPos() - Method in class cascading.tuple.Fields: Method getPos returns the pos array of this Fields object.
getPos(Fields) - Method in class cascading.tuple.Fields
getPos(Comparable) - Method in class cascading.tuple.Fields: Method getPos returns the index of the give field value in this Fields instance.
getPos(Fields, Fields) - Method in class cascading.tuple.Tuple
getPredecessorFlows(Flow) - Method in class cascading.cascade.BaseCascade
getPredecessorFlows(Flow) - Method in interface cascading.cascade.Cascade: Method getPredecessorFlows returns a Collection of all the Flow instances that will be executed before the given Flow instance.
getPrefix() - Method in class cascading.operation.Debug
getPrevious() - Method in class cascading.pipe.Pipe: Get all the upstream pipes this pipe is connected to.
getPrevious() - Method in class cascading.pipe.Splice
getPrevious() - Method in class cascading.pipe.SubAssembly
getPreviousScopes(FlowElement) - Method in interface cascading.flow.FlowNode
getPreviousScopes(FlowElement) - Method in class cascading.flow.planner.BaseFlowNode
getPreviousScopes(FlowElement) - Method in class cascading.flow.planner.BaseFlowStep: Method getPreviousScopes returns the previous Scope instances.
getPrintFieldsEvery() - Method in class cascading.operation.Debug: Method getPrintFieldsEvery returns the printFieldsEvery interval value of this Debug object.
getPrintTupleEvery() - Method in class cascading.operation.Debug: Method getPrintTupleEvery returns the printTupleEvery interval value of this Debug object.
getPriorName() - Method in class cascading.flow.planner.Scope
getProcess() - Method in class cascading.flow.process.ProcessFlow: Method getProcess returns the process of this ProcessFlow object.
getProcessAnnotations() - Method in class cascading.flow.planner.BaseFlowNode
getProcessAnnotations() - Method in class cascading.flow.planner.BaseFlowStep
getProcessAnnotations() - Method in interface cascading.flow.planner.process.ProcessModel: Method getProcessAnnotations returns an immutable Map of platform specific annotations or meta-data that describe the current model type.
getProcessAttemptID() - Method in class cascading.stats.FlowSliceStats.FlowSliceAttempt
getProcessDuration() - Method in class cascading.stats.FlowSliceStats.FlowSliceAttempt
getProcessFinishTime() - Method in class cascading.stats.FlowSliceStats
getProcessLevels() - Method in class cascading.flow.planner.rule.RuleRegistry
getProcessLogger() - Method in class cascading.stats.CascadeStats
getProcessLogger() - Method in class cascading.stats.CascadingStats
getProcessLogger() - Method in class cascading.stats.FlowNodeStats
getProcessLogger() - Method in class cascading.stats.FlowStats
getProcessLogger() - Method in class cascading.stats.FlowStepStats
getProcessPendingTime() - Method in class cascading.stats.FlowSliceStats
getProcessProgress() - Method in class cascading.stats.FlowSliceStats
getProcessRunTime() - Method in class cascading.stats.FlowSliceStats
getProcessSliceID() - Method in class cascading.stats.FlowSliceStats
getProcessStartTime() - Method in class cascading.stats.FlowSliceStats
getProcessStatus() - Method in class cascading.stats.FlowSliceStats.FlowSliceAttempt
getProcessStatus() - Method in class cascading.stats.FlowSliceStats
getProcessStatusURL() - Method in class cascading.stats.FlowStepStats
getProcessStepID() - Method in class cascading.stats.FlowSliceStats
getProcessStepID() - Method in class cascading.stats.FlowStepStats: Method getProcessStepID returns the ID representing the under platform process.
getProcessStepID() - Method in class cascading.stats.process.ProcessStepStats
getProcessSubmitTime() - Method in class cascading.stats.FlowSliceStats
getProperties() - Method in class cascading.flow.FlowConnector: Method getProperties returns the properties of this FlowConnector object.
getProperty(String) - Method in interface cascading.flow.Flow: Returns the String property associated with the given key from the current Configuration instance.
getProperty(String) - Method in class cascading.flow.FlowProcess: Method getProperty should be used to return configuration parameters from the underlying system.
getProperty(String) - Method in class cascading.flow.FlowProcess.NullFlowProcess
getProperty(String) - Method in class cascading.flow.FlowProcessWrapper
getProperty(String) - Method in class cascading.flow.process.ProcessFlow
getProperty(String) - Method in class cascading.flow.stream.element.ElementFlowProcess
getProperty(String) - Method in class cascading.flow.stream.graph.NodeStreamGraph
getProperty(String) - Method in class cascading.flow.stream.graph.StreamGraph
getProperty(Map<Object, Object>, String) - Static method in class cascading.property.PropertyUtil
getProperty(Map<Object, Object>, String, A) - Static method in class cascading.property.PropertyUtil
getProperty(Map<Object, Object>, FlowElement, String) - Static method in class cascading.property.PropertyUtil
getProperty(Map<Object, Object>, ConfigDef, String) - Static method in class cascading.property.PropertyUtil
getPropertyKeys() - Method in class cascading.flow.FlowProcess: Method getPropertyKeys returns an immutable collection of all available property key values.
getPropertyKeys() - Method in class cascading.flow.FlowProcess.NullFlowProcess
getPropertyKeys() - Method in class cascading.flow.FlowProcessWrapper
getPropertyKeys() - Method in class cascading.flow.stream.element.ElementFlowProcess
getQuote() - Method in class cascading.scheme.util.DelimitedParser
getRecursions() - Method in class cascading.flow.planner.iso.transformer.Transformed
getRegistry() - Method in class cascading.flow.planner.rule.RuleResult
getRelease() - Static method in class cascading.util.Version
getReleaseBuild() - Static method in class cascading.util.Version
getReleaseFull() - Static method in class cascading.util.Version
getReleaseMajor() - Static method in class cascading.util.Version
getReleaseMinor() - Static method in class cascading.util.Version
getRemainderPassThroughFields() - Method in class cascading.flow.planner.Scope: Method getRemainderFields returns the remainderFields of this Scope object.
getReplacement() - Method in class cascading.operation.regex.RegexReplace
getResult(AggregatorCall<Pair<Long[], Tuple>>) - Method in class cascading.operation.aggregator.Count
getResult(AggregatorCall<Tuple[]>) - Method in class cascading.operation.aggregator.ExtentBase
getResult(AggregatorCall<ExtremaValueBase.Context>) - Method in class cascading.operation.aggregator.ExtremaValueBase
getResult(AggregatorCall<Pair<Double[], Tuple>>) - Method in class cascading.operation.aggregator.Sum
getResultFieldSelectors() - Method in class cascading.operation.function.UnGroup
getResultStatus() - Method in class cascading.flow.planner.rule.RuleResult
getReturnType() - Method in class cascading.operation.expression.ScriptOperation
getReversedGraph() - Method in class cascading.flow.stream.graph.StreamGraph
getReversedTopologicalOrderIterator() - Method in class cascading.flow.stream.graph.StreamGraph
getReverseTopologicalIterator(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
getRhs() - Method in class cascading.tuple.io.TuplePair: Method getRhs returns the rhs of this TuplePair object.
getRhs() - Method in class cascading.util.Pair
getRuleName() - Method in class cascading.flow.planner.iso.assertion.Asserted
getRuleName() - Method in class cascading.flow.planner.iso.GraphResult
getRuleName() - Method in class cascading.flow.planner.iso.subgraph.Partitions
getRuleName() - Method in class cascading.flow.planner.iso.transformer.Transformed
getRuleName() - Method in interface cascading.flow.planner.rule.Rule
getRuleName() - Method in class cascading.flow.planner.rule.RuleAssert
getRuleName() - Method in class cascading.flow.planner.rule.RulePartitioner
getRuleName() - Method in class cascading.flow.planner.rule.RuleTransformer
getRulePhase() - Method in interface cascading.flow.planner.rule.Rule
getRulePhase() - Method in class cascading.flow.planner.rule.RuleAssert
getRulePhase() - Method in class cascading.flow.planner.rule.RulePartitioner
getRulePhase() - Method in class cascading.flow.planner.rule.RuleTransformer
getRuleRegistry() - Method in class cascading.flow.planner.PlannerContext
getRuleRegistrySet() - Method in class cascading.flow.FlowConnector: Returns the configured RuleRegistry, or the default for this platform.
getRulesFor(PlanPhase) - Method in class cascading.flow.planner.rule.RuleRegistry
getRunID() - Method in class cascading.flow.BaseFlow
getRunID() - Method in interface cascading.flow.Flow: Returns the run ID given when this Flow instance was defined in the FlowDef.
getRunID() - Method in class cascading.flow.FlowDef
getRunTime() - Method in class cascading.stats.CascadingStats: Method getRunTime returns the runTime of this CascadingStats object.
getScheme() - Method in class cascading.tap.DecoratorTap
getScheme() - Method in class cascading.tap.MultiSinkTap
getScheme() - Method in class cascading.tap.MultiSourceTap
getScheme() - Method in class cascading.tap.Tap: Method getScheme returns the scheme of this Tap object.
getScript() - Method in class cascading.operation.expression.ScriptFilter
getScript() - Method in class cascading.operation.expression.ScriptFunction
getScript() - Method in class cascading.operation.expression.ScriptTupleFunction
getSearchOrder() - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
getSecondValue() - Method in class cascading.operation.function.SetValue
getSeed() - Method in class cascading.operation.filter.Sample
getSelect() - Method in class cascading.flow.planner.rule.RuleRegistrySet: Returns the result selection type.
getSelectorFields() - Method in exception cascading.tuple.FieldsResolverException: Method getSelectorFields returns the selectorFields of this FieldsResolverException object.
getShort(int) - Method in class cascading.tuple.Tuple: Method getShort returns the element at the given position as an short.
getShort(Comparable) - Method in class cascading.tuple.TupleEntry: Method getShort returns the element for the given field name or position as a short.
getSimpleTypeName(Type) - Static method in class cascading.util.Util
getSink(String) - Method in class cascading.flow.BaseFlow
getSink() - Method in class cascading.flow.BaseFlow
getSink(String) - Method in interface cascading.flow.Flow
getSink() - Method in interface cascading.flow.Flow: Method getSink returns the first sink of this Flow object.
getSink() - Method in interface cascading.flow.FlowStep
getSink() - Method in class cascading.flow.planner.BaseFlowStep
getSink() - Method in class cascading.flow.stream.element.SinkStage
getSinkAnnotations() - Method in class cascading.flow.planner.process.ProcessEdge
getSinkAsList(Flow) - Static method in class cascading.CascadingTestCase
getSinkElementNames() - Method in interface cascading.flow.FlowNode
getSinkElementNames() - Method in class cascading.flow.planner.BaseFlowNode
getSinkElements(Enum) - Method in interface cascading.flow.FlowNode
getSinkElements() - Method in class cascading.flow.planner.BaseFlowNode
getSinkElements(Enum) - Method in class cascading.flow.planner.BaseFlowNode
getSinkElements() - Method in class cascading.flow.planner.BaseFlowStep
getSinkElements() - Method in class cascading.flow.planner.process.BaseProcessGraph
getSinkElements() - Method in interface cascading.flow.planner.process.ProcessGraph
getSinkElements() - Method in interface cascading.flow.planner.process.ProcessModel
getSinkExpectedOrdinals() - Method in class cascading.flow.planner.process.ProcessEdge
getSinkFields() - Method in class cascading.scheme.Scheme: Method getSinkFields returns the sinkFields of this Scheme object.
getSinkFields() - Method in class cascading.tap.DecoratorTap
getSinkFields() - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
getSinkFields() - Method in class cascading.tap.SourceTap
getSinkFields() - Method in class cascading.tap.Tap: Method getSinkFields returns the sinkFields of this Tap object.
getSinkMap() - Method in class cascading.flow.planner.graph.FlowElementGraph
getSinkMode() - Method in class cascading.tap.DecoratorTap
getSinkMode() - Method in class cascading.tap.Tap: Method getSinkMode returns the SinkMode }of this Tap object.
getSinkModified() - Method in class cascading.flow.BaseFlow
getSinkModified() - Method in interface cascading.flow.Flow: Method getSinkModified returns the youngest modified date of any sink Tap managed by this Flow instance.
getSinkModified(Object, Collection<Tap>) - Static method in class cascading.util.Util
getSinkName(Tap) - Method in interface cascading.flow.FlowStep
getSinkName(Tap) - Method in class cascading.flow.planner.BaseFlowStep
getSinkNames() - Method in class cascading.flow.BaseFlow
getSinkNames() - Method in interface cascading.flow.Flow
getSinkProcessID() - Method in class cascading.flow.planner.process.ProcessEdge
getSinks() - Method in class cascading.flow.BaseFlow
getSinks() - Method in interface cascading.flow.Flow: Method getSinks returns the sinks of this Flow object.
getSinks() - Method in class cascading.flow.FlowDef: Method getSinks returns the sinks of this FlowDef object.
getSinks() - Method in class cascading.flow.planner.graph.FlowElementGraph
getSinksCollection() - Method in class cascading.flow.BaseFlow
getSinksCollection() - Method in interface cascading.flow.Flow: Method getSinksCollection returns a Collection of sink Taps for this Flow object.
getSinksCopy() - Method in class cascading.flow.FlowDef: Method getSinksCopy returns a copy of the sink Map.
getSinkTapNames(Tap) - Method in interface cascading.flow.FlowNode
getSinkTapNames(Tap) - Method in class cascading.flow.planner.BaseFlowNode
getSinkTaps() - Method in class cascading.cascade.BaseCascade
getSinkTaps() - Method in interface cascading.cascade.Cascade: Method getSinkTaps returns all sink Tap instances in this Cascade instance.
getSinkTaps() - Method in class cascading.flow.planner.BaseFlowNode
getSinkTaps() - Method in class cascading.flow.planner.BaseFlowStep
getSinkTaps() - Method in class cascading.flow.planner.process.BaseProcessGraph
getSinkTaps() - Method in interface cascading.flow.planner.process.ProcessGraph
getSinkTaps() - Method in interface cascading.flow.planner.process.ProcessModel
getSinkWith(String) - Method in interface cascading.flow.FlowStep
getSinkWith(String) - Method in class cascading.flow.planner.BaseFlowStep
getSize() - Method in class cascading.operation.assertion.AssertGroupBase
getSize() - Method in class cascading.operation.assertion.AssertGroupSizeEquals
getSize() - Method in class cascading.operation.assertion.AssertGroupSizeLessThan
getSize() - Method in class cascading.operation.assertion.AssertGroupSizeMoreThan
getSize() - Method in class cascading.operation.assertion.AssertSizeEquals
getSize() - Method in class cascading.operation.assertion.AssertSizeLessThan
getSize() - Method in class cascading.operation.assertion.AssertSizeMoreThan
getSize() - Method in class cascading.operation.function.UnGroup
getSize(FlowProcess<? extends Config>) - Method in interface cascading.tap.type.FileType: Method getSize returns the size of the file referenced by this tap.
getSize(Config) - Method in interface cascading.tap.type.FileType: Method getSize returns the size of the file referenced by this tap.
getSortingSelector() - Method in exception cascading.pipe.OperatorException: Method getSortingSelector returns the sortingSelector of this OperatorException object.
getSortingSelectors() - Method in class cascading.flow.planner.Scope: Method getSortingSelectors returns the sortingSelectors of this Scope object.
getSortingSelectors() - Method in interface cascading.pipe.Group
getSortingSelectors() - Method in class cascading.pipe.Splice: Method getSortingSelectors returns the sortingSelectors of this Splice object.
getSource(String) - Method in class cascading.flow.BaseFlow
getSource(String) - Method in interface cascading.flow.Flow
getSource() - Method in class cascading.flow.stream.element.SourceStage
getSourceAnnotations() - Method in class cascading.flow.planner.process.ProcessEdge
getSourceAsList(Flow) - Static method in class cascading.CascadingTestCase
getSourceElementNames() - Method in interface cascading.flow.FlowNode
getSourceElementNames() - Method in class cascading.flow.planner.BaseFlowNode
getSourceElements(Enum) - Method in interface cascading.flow.FlowNode
getSourceElements() - Method in class cascading.flow.planner.BaseFlowNode
getSourceElements(Enum) - Method in class cascading.flow.planner.BaseFlowNode
getSourceElements() - Method in class cascading.flow.planner.BaseFlowStep
getSourceElements() - Method in class cascading.flow.planner.process.BaseProcessGraph
getSourceElements() - Method in interface cascading.flow.planner.process.ProcessGraph
getSourceElements() - Method in interface cascading.flow.planner.process.ProcessModel
getSourceFields() - Method in class cascading.scheme.Scheme: Method getSourceFields returns the sourceFields of this Scheme object.
getSourceFields() - Method in class cascading.tap.DecoratorTap
getSourceFields() - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
getSourceFields() - Method in class cascading.tap.SinkTap
getSourceFields() - Method in class cascading.tap.Tap: Method getSourceFields returns the sourceFields of this Tap object.
getSourceFields() - Method in exception cascading.tuple.FieldsResolverException: Method getSourceFields returns the sourceFields of this FieldsResolverException object.
getSourceMap() - Method in class cascading.flow.planner.graph.FlowElementGraph
getSourceModified(Object, Iterator<Tap>, long) - Static method in class cascading.util.Util
getSourceName(Tap) - Method in interface cascading.flow.FlowStep
getSourceName(Tap) - Method in class cascading.flow.planner.BaseFlowStep
getSourceNames() - Method in class cascading.flow.BaseFlow
getSourceNames() - Method in interface cascading.flow.Flow
getSourceProcessID() - Method in class cascading.flow.planner.process.ProcessEdge
getSourceProvidedOrdinals() - Method in class cascading.flow.planner.process.ProcessEdge
getSources() - Method in class cascading.flow.BaseFlow
getSources() - Method in interface cascading.flow.Flow: Method getSources returns the sources of this Flow object.
getSources() - Method in class cascading.flow.FlowDef: Method getSources returns the sources of this FlowDef object.
getSources() - Method in class cascading.flow.planner.graph.FlowElementGraph
getSourcesCollection() - Method in class cascading.flow.BaseFlow
getSourcesCollection() - Method in interface cascading.flow.Flow: Method getSourcesCollection returns a Collection of source Taps for this Flow object.
getSourcesCopy() - Method in class cascading.flow.FlowDef: Method getSourcesCopy returns a copy of the sources Map.
getSourceTapNames(Tap) - Method in interface cascading.flow.FlowNode
getSourceTapNames(Tap) - Method in class cascading.flow.planner.BaseFlowNode
getSourceTaps() - Method in class cascading.cascade.BaseCascade
getSourceTaps() - Method in interface cascading.cascade.Cascade: Method getSourceTaps returns all source Tap instances in this Cascade instance.
getSourceTaps() - Method in class cascading.flow.planner.BaseFlowNode
getSourceTaps() - Method in class cascading.flow.planner.BaseFlowStep
getSourceTaps() - Method in class cascading.flow.planner.process.BaseProcessGraph
getSourceTaps() - Method in interface cascading.flow.planner.process.ProcessGraph
getSourceTaps() - Method in interface cascading.flow.planner.process.ProcessModel
getSourceWith(String) - Method in interface cascading.flow.FlowStep
getSourceWith(String) - Method in class cascading.flow.planner.BaseFlowStep
getSpanElements(ProcessGraph<? extends ProcessModel>) - Method in class cascading.util.DOTProcessGraphWriter
getSpawnStrategy() - Method in class cascading.cascade.BaseCascade
getSpawnStrategy() - Method in class cascading.flow.BaseFlow
getSpawnStrategy() - Method in interface cascading.management.UnitOfWork
getSpillListener() - Method in class cascading.tuple.collect.SpillableTupleMap
getSpillReason(Spillable) - Method in interface cascading.tuple.collect.Spillable.SpillStrategy
getSplice() - Method in class cascading.flow.stream.element.SpliceGate
getStackTraceLineDelimiter() - Method in class cascading.tap.TrapProps
getStartTime() - Method in class cascading.stats.CascadingStats: Method getStartTime returns the startTime of this CascadingStats object.
getStats() - Method in class cascading.cascade.BaseCascade
getStats() - Method in class cascading.flow.BaseFlow
getStats() - Method in interface cascading.management.UnitOfWork
getStatsString() - Method in class cascading.stats.CascadingStats
getStatsString() - Method in class cascading.stats.FlowStats
getStatus() - Method in class cascading.operation.state.Status
getStatus() - Method in class cascading.stats.CascadingStats: Method getStatus returns the CascadingStats.Status of this CascadingStats object.
getStatus() - Method in class cascading.stats.FlowSliceStats.FlowSliceAttempt
getStatus() - Method in class cascading.stats.FlowSliceStats
getStatusURL() - Method in class cascading.stats.FlowSliceStats.FlowSliceAttempt
getStepConfigDef() - Method in interface cascading.flow.FlowElement
getStepConfigDef() - Method in enum cascading.flow.planner.graph.Extent
getStepConfigDef() - Method in class cascading.pipe.Pipe: Returns a ConfigDef instance that allows for process level properties to be set and made available via a resulting FlowProcess instance when the pipe is invoked.
getStepConfigDef() - Method in class cascading.tap.DecoratorTap
getStepConfigDef() - Method in class cascading.tap.Tap: Returns a ConfigDef instance that allows for process level properties to be set and made available via a resulting FlowProcess instance when the tap is invoked.
getStepDisplayName() - Method in interface cascading.flow.FlowStep: Method getStepDisplayName returns the stepDisplayName of this FlowStep object.
getStepDisplayName() - Method in class cascading.flow.planner.BaseFlowStep
getStepDisplayName(int) - Method in class cascading.flow.planner.BaseFlowStep
getStepGraphFrom(Flow) - Static method in class cascading.flow.Flows
getStepsCount() - Method in class cascading.stats.FlowStats: Method getStepsCount returns the number of steps this Flow executed.
getStepsCount() - Method in class cascading.stats.process.ProcessFlowStats
getStepStats() - Method in class cascading.flow.planner.FlowStepJob: Method getStepStats returns the stepStats of this FlowStepJob object.
getStepToNodeGraphMap() - Method in class cascading.flow.planner.rule.RuleResult
getString(String[]) - Method in class cascading.management.CascadingServices.NullMetricsService
getString(String[]) - Method in interface cascading.management.MetricsService
getString(int) - Method in class cascading.tuple.Tuple: Method getString returns the element at the given position as a String.
getString(Comparable) - Method in class cascading.tuple.TupleEntry: Method getString returns the element for the given field name or position as a String.
getStringProperty(String) - Method in class cascading.flow.FlowProcess: Method getStringProperty should be used to return configuration parameters from the underlying system.
getStringProperty(String, String) - Method in class cascading.flow.FlowProcess: Method getStringProperty should be used to return configuration parameters from the underlying system.
getStringProperty(String) - Method in class cascading.flow.planner.PlannerContext
getStringProperty(Map<Object, Object>, String) - Static method in class cascading.property.PropertyUtil
getStringProperty(Properties, Map<Object, Object>, String) - Static method in class cascading.property.PropertyUtil
getSubGraphs() - Method in class cascading.flow.planner.iso.subgraph.Partitions
getSubmitPriority() - Method in class cascading.flow.BaseFlow
getSubmitPriority() - Method in interface cascading.flow.Flow: Method getSubmitPriority returns the submitPriority of this Flow object.
getSubmitPriority() - Method in interface cascading.flow.FlowStep: Method getSubmitPriority returns the submitPriority of this FlowStep object.
getSubmitPriority() - Method in class cascading.flow.planner.BaseFlowNode
getSubmitPriority() - Method in class cascading.flow.planner.BaseFlowStep
getSubmitPriority() - Method in interface cascading.flow.planner.process.ProcessModel
getSubmitTime() - Method in class cascading.stats.CascadingStats: Method getSubmitTime returns the submitTime of this CascadingStats object.
getSuccessorFlows(Flow) - Method in class cascading.cascade.BaseCascade
getSuccessorFlows(Flow) - Method in interface cascading.cascade.Cascade: Method getSuccessorFlows returns a Collection of all the Flow instances that will be executed after the given Flow instance.
getTags() - Method in class cascading.cascade.BaseCascade: Method getTags returns the tags associated with this Cascade object.
getTags() - Method in class cascading.flow.BaseFlow
getTags() - Method in interface cascading.flow.Flow
getTags() - Method in interface cascading.management.UnitOfWork
getTags() - Method in class cascading.property.AppProps
getTags() - Method in class cascading.property.UnitOfWorkDef
getTailFlows() - Method in class cascading.cascade.BaseCascade
getTailFlows() - Method in interface cascading.cascade.Cascade: Method getTailFlows returns all Flow instances that are at the "tail" of the flow graph.
getTailNames() - Method in class cascading.pipe.SubAssembly: Method getTailNames returns the tailNames of this SubAssembly object.
getTails() - Method in interface cascading.flow.AssemblyPlanner.Context
getTails() - Method in class cascading.flow.FlowDef: Method getTails returns all the current pipe assembly tails the FlowDef holds.
getTails() - Method in class cascading.flow.stream.graph.StreamGraph
getTails() - Method in class cascading.pipe.SubAssembly: Method getTails returns all the tails of this SubAssembly object.
getTailsArray() - Method in class cascading.flow.FlowDef: Method getTailsArray returns all the current pipe assembly tails the FlowDef holds.
getTapForID(Set<Tap>, String) - Static method in class cascading.flow.Flows
getTapGraph() - Method in class cascading.cascade.BaseCascade
getTapGraphFrom(Cascade) - Static method in class cascading.cascade.Cascades
getTaps() - Method in class cascading.tap.MultiSinkTap
getTaps() - Method in class cascading.tap.MultiSourceTap: Method getTaps returns the taps of this MultiTap object.
getTemporaryTapDecoratorClassName() - Method in class cascading.flow.FlowConnectorProps
getTestCaseName() - Method in class cascading.CascadingTestCase
getTestName() - Method in class cascading.CascadingTestCase
getTestOutputRoot() - Static method in class cascading.CascadingTestCase
getTestPlanRoot() - Static method in class cascading.CascadingTestCase
getThreshold(FlowProcess, int) - Static method in class cascading.tuple.collect.SpillableTupleList
getThrowable() - Method in class cascading.flow.planner.FlowStepJob
getThrowable() - Method in class cascading.stats.CascadingStats: Method getThrowable returns the throwable of this CascadingStats object.
getThrowableTrace() - Method in class cascading.stats.CascadingStats: Method getThrowableTrace returns the throwableTrace of this CascadingStats object.
getTopologicalIterator() - Method in class cascading.cascade.planner.FlowGraph
getTopologicalIterator(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
getTopologicalIterator() - Method in class cascading.flow.planner.graph.FlowElementGraph: Method getTopologicalIterator returns the topologicalIterator of this ElementGraph object.
getTopologicalIterator() - Method in class cascading.flow.planner.process.BaseProcessGraph
getTopologicalIterator() - Method in interface cascading.flow.planner.process.ProcessGraph
getTopologicalOrderIterator() - Method in class cascading.flow.stream.graph.StreamGraph
getTotalSliceCPUMilliSeconds() - Method in class cascading.flow.BaseFlow
getTrace() - Method in class cascading.operation.BaseOperation
getTrace() - Method in class cascading.pipe.Pipe
getTrace() - Method in class cascading.scheme.Scheme
getTrace() - Method in class cascading.tap.DecoratorTap
getTrace() - Method in class cascading.tap.Tap
getTrace() - Method in interface cascading.util.Traceable: Method getTrace returns a String that pinpoints the caller that created this instance.
getTransformerName() - Method in class cascading.flow.planner.iso.transformer.Transformed
getTrap(String) - Method in interface cascading.flow.FlowNode
getTrap(String) - Method in interface cascading.flow.FlowStep
getTrap(String) - Method in class cascading.flow.planner.BaseFlowNode
getTrap(String) - Method in class cascading.flow.planner.BaseFlowStep
getTrapCollectorFor(Tap) - Method in class cascading.flow.FlowProcess: Method getTrapCollectorFor will return a new TupleEntryCollector if one hasn't previously been created for the given trap Tap.
getTrapCollectorFor(Tap) - Method in class cascading.flow.FlowProcessWrapper
getTrapCollectors() - Method in class cascading.flow.FlowProcess
getTrapMap() - Method in class cascading.flow.planner.BaseFlowNode
getTrapMap() - Method in class cascading.flow.planner.BaseFlowStep
getTrapMap() - Method in class cascading.flow.planner.graph.FlowElementGraph
getTrapMap() - Method in interface cascading.flow.planner.process.ProcessModel
getTrapNames() - Method in class cascading.flow.BaseFlow
getTrapNames() - Method in interface cascading.flow.Flow
getTraps() - Method in class cascading.flow.BaseFlow
getTraps() - Method in interface cascading.flow.Flow: Method getTraps returns the traps of this Flow object.
getTraps() - Method in class cascading.flow.FlowDef: Method getTraps returns the traps of this FlowDef object.
getTraps() - Method in interface cascading.flow.FlowNode
getTraps() - Method in interface cascading.flow.FlowStep
getTraps() - Method in class cascading.flow.planner.BaseFlowNode
getTraps() - Method in class cascading.flow.planner.BaseFlowStep
getTraps() - Method in class cascading.flow.planner.graph.FlowElementGraph
getTrapsCollection() - Method in class cascading.flow.BaseFlow
getTrapsCollection() - Method in interface cascading.flow.Flow: Method getTrapsCollection returns a Collection of trap Taps for this Flow object.
getTrapsCopy() - Method in class cascading.flow.FlowDef: Method getTrapsCopy returns a copy of the trap Map.
getTrapsMap() - Method in class cascading.flow.planner.process.BaseProcessGraph
getTrapsMap() - Method in interface cascading.flow.planner.process.ProcessGraph
getTuple() - Method in class cascading.tuple.io.IndexTuple
getTuple() - Method in class cascading.tuple.TupleEntry: Method getTuple returns the tuple of this TupleEntry object.
getTupleCopy() - Method in class cascading.tuple.TupleEntry: Method getTupleCopy returns a copy of the tuple of this TupleEntry object.
getTupleEntry() - Method in class cascading.tuple.TupleEntryIterator: Method getTupleEntry returns the entry of this TupleEntryIterator object.
getType(FlowElement) - Method in class cascading.flow.planner.iso.expression.OperationExpression
getType(FlowElement) - Method in class cascading.flow.planner.iso.expression.TypeExpression
getType() - Method in class cascading.operation.aggregator.Sum
getType() - Method in class cascading.stats.CascadeStats
getType() - Method in class cascading.stats.CascadingStats
getType() - Method in class cascading.stats.FlowNodeStats
getType() - Method in class cascading.stats.FlowStats
getType() - Method in class cascading.stats.FlowStepStats
getType(Comparable) - Method in class cascading.tuple.Fields: Returns the Type at the given position or having the fieldName.
getType(int) - Method in class cascading.tuple.Fields
getTypeClass(Comparable) - Method in class cascading.tuple.Fields: Returns the Class for the given position value.
getTypeClass(int) - Method in class cascading.tuple.Fields
getTypeName(Type) - Static method in class cascading.util.Util
getTypeNames(Type[]) - Static method in class cascading.tuple.coerce.Coercions
getTypes() - Method in class cascading.operation.Identity
getTypes(String[]) - Static method in class cascading.tuple.coerce.Coercions
getTypes() - Method in class cascading.tuple.Fields: Returns a copy of the current types Type[] if any, else null.
getTypes() - Method in class cascading.tuple.Tuple: Method getTypes returns an array of the element classes.
getTypesClasses() - Method in class cascading.tuple.Fields: Returns a copy of the current types Class[] if any, else null.
getValue() - Method in class cascading.operation.assertion.AssertEqualsAll
getValueAssertion() - Method in class cascading.pipe.Each
getValueFields() - Method in class cascading.pipe.joiner.JoinerClosure: Returns an array of all the incoming fields for each incoming pipe.
getValues() - Method in class cascading.operation.assertion.AssertEquals
getValues() - Method in class cascading.operation.assertion.AssertNotEquals
getValues() - Method in class cascading.operation.Insert
getValues() - Method in class cascading.util.MultiMap
getValues(K) - Method in class cascading.util.MultiMap
getVersionString() - Static method in class cascading.util.Version
getVertex(Flow, Tap) - Method in class cascading.cascade.planner.IdentifierGraph
getVertex(Flow, Tap) - Method in class cascading.cascade.planner.TapGraph
getVertex(Flow, Tap) - Method in class cascading.cascade.planner.TopologyGraph
getVertexMapping() - Method in class cascading.flow.planner.iso.finder.Match
getVertexName(V) - Method in class cascading.util.jgrapht.IntegerNameProvider
getVertexName(V) - Method in class cascading.util.jgrapht.StringNameProvider
getVertexName(V) - Method in interface cascading.util.jgrapht.VertexNameProvider
graph - Variable in class cascading.flow.planner.graph.BaseElementGraph
GraphAssert<E extends ElementGraph> - Class in cascading.flow.planner.iso.assertion: TODO: add level for warning or error, and fail on errors
GraphAssert(ExpressionGraph, String) - Constructor for class cascading.flow.planner.iso.assertion.GraphAssert
GraphAssert(ExpressionGraph, String, GraphAssert.AssertionType) - Constructor for class cascading.flow.planner.iso.assertion.GraphAssert
GraphAssert.AssertionType - Enum in cascading.flow.planner.iso.assertion
GraphFinder - Class in cascading.flow.planner.iso.finder
GraphFinder(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.finder.GraphFinder
GraphFinderException - Exception in cascading.flow.planner.iso.finder
GraphFinderException() - Constructor for exception cascading.flow.planner.iso.finder.GraphFinderException
GraphFinderException(String) - Constructor for exception cascading.flow.planner.iso.finder.GraphFinderException
GraphFinderException(String, Throwable) - Constructor for exception cascading.flow.planner.iso.finder.GraphFinderException
GraphFinderException(Throwable) - Constructor for exception cascading.flow.planner.iso.finder.GraphFinderException
GraphFinderException(String, DirectedGraph) - Constructor for exception cascading.flow.planner.iso.finder.GraphFinderException
GraphPartitioner - Class in cascading.flow.planner.iso.subgraph
GraphPartitioner() - Constructor for class cascading.flow.planner.iso.subgraph.GraphPartitioner
graphPartitioner - Variable in class cascading.flow.planner.rule.RulePartitioner
GraphResult<R extends ElementGraph> - Class in cascading.flow.planner.iso
GraphResult() - Constructor for class cascading.flow.planner.iso.GraphResult
graphTransformer - Variable in class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
GraphTransformer<In extends ElementGraph,Out extends ElementGraph> - Class in cascading.flow.planner.iso.transformer
GraphTransformer() - Constructor for class cascading.flow.planner.iso.transformer.GraphTransformer
graphTransformer - Variable in class cascading.flow.planner.iso.transformer.MutateGraphTransformer
graphTransformer - Variable in class cascading.flow.planner.rule.RuleTransformer
GREEN - Static variable in class cascading.flow.planner.rule.util.TraceWriter
Group - Interface in cascading.pipe
GROUP - Static variable in class cascading.tuple.Fields: Field KEYS represents all fields used as they key for the last grouping
GroupAssertion<C> - Interface in cascading.operation: Class GroupAssertion is a kind of Assertion used with the Every pipe Operator.
GroupAssertionCall<C> - Interface in cascading.operation: Interface GroupAssertionCall provides access to the current GroupAssertion invocation arguments.
GroupAssertionEveryStage - Class in cascading.flow.stream.element
GroupAssertionEveryStage(FlowProcess, Every) - Constructor for class cascading.flow.stream.element.GroupAssertionEveryStage
GroupBy - Class in cascading.pipe: The GroupBy pipe groups the Tuple stream by the given groupFields.
GroupBy(Pipe) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on Fields.ALL fields.
GroupBy(Pipe, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names.
GroupBy(Pipe, Fields, boolean) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names.
GroupBy(String, Pipe, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names.
GroupBy(String, Pipe, Fields, boolean) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names.
GroupBy(Pipe, Fields, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(String, Pipe, Fields, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(Pipe, Fields, Fields, boolean) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(String, Pipe, Fields, Fields, boolean) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(Pipe[]) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on Fields.FIRST.
GroupBy(Pipe[], Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names.
GroupBy(Pipe, Pipe, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names.
GroupBy(String, Pipe[], Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names.
GroupBy(String, Pipe, Pipe, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names.
GroupBy(Pipe[], Fields, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(String, Pipe[], Fields, Fields) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(Pipe[], Fields, Fields, boolean) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
GroupBy(String, Pipe[], Fields, Fields, boolean) - Constructor for class cascading.pipe.GroupBy: Creates a new GroupBy instance that will first merge the given pipes, then group on the given groupFields field names and sorts the grouped values on the given sortFields fields names.
groupComparators - Variable in class cascading.flow.stream.element.GroupingSpliceGate
groupHasher - Variable in class cascading.flow.stream.element.GroupingSpliceGate
Grouping<Group,ItemIterator extends Iterator> - Class in cascading.flow.stream.duct
Grouping() - Constructor for class cascading.flow.stream.duct.Grouping
grouping - Variable in class cascading.flow.stream.element.GroupingSpliceGate
GroupingSpliceGate - Class in cascading.flow.stream.element
GroupingSpliceGate(FlowProcess, Splice) - Constructor for class cascading.flow.stream.element.GroupingSpliceGate
GroupingSpliceGate(FlowProcess, Splice, IORole) - Constructor for class cascading.flow.stream.element.GroupingSpliceGate
GroupingSpliceGate.DelegatedTuple - Class in cascading.flow.stream.element
GroupingSpliceGate.DelegatedTuple(Tuple) - Constructor for class cascading.flow.stream.element.GroupingSpliceGate.DelegatedTuple
GroupOrMergeElementExpression - Class in cascading.flow.planner.rule.elementexpression
GroupOrMergeElementExpression() - Constructor for class cascading.flow.planner.rule.elementexpression.GroupOrMergeElementExpression
GroupOrMergeElementExpression(TypeExpression.Topo) - Constructor for class cascading.flow.planner.rule.elementexpression.GroupOrMergeElementExpression
GroupOrMergeElementExpression(ElementCapture) - Constructor for class cascading.flow.planner.rule.elementexpression.GroupOrMergeElementExpression
GroupOrMergeElementExpression(ElementCapture, TypeExpression.Topo) - Constructor for class cascading.flow.planner.rule.elementexpression.GroupOrMergeElementExpression
GroupTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
GroupTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.GroupTapExpressionGraph
guessParameterNames() - Method in class cascading.operation.expression.ExpressionOperation
guessParameterNames() - Method in class cascading.operation.expression.ScriptOperation

H

hadKey(K, V) - Method in class cascading.util.MultiMap
handleDuct(FlowElement, Duct) - Method in class cascading.flow.stream.graph.NodeStreamGraph
handleException(Throwable, TupleEntry) - Method in class cascading.flow.stream.element.BoundaryStage
handleException(Throwable, TupleEntry) - Method in class cascading.flow.stream.element.ElementStage
handleException(Throwable, TupleEntry) - Method in class cascading.flow.stream.element.SpliceGate
handleException(Throwable, TupleEntry) - Method in class cascading.flow.stream.element.TrapHandler
handleException(String, Tap, Throwable, TupleEntry) - Method in class cascading.flow.stream.element.TrapHandler
handleExceptionDuringPlanning(FlowDef, Exception, FlowElementGraph) - Method in class cascading.flow.planner.FlowPlanner
handleExecutorShutdown() - Method in class cascading.flow.BaseFlow
handleReThrowableException(String, Throwable) - Method in class cascading.flow.stream.element.BoundaryStage
handleReThrowableException(String, Throwable) - Method in class cascading.flow.stream.element.ElementStage
handleReThrowableException(String, Throwable) - Method in class cascading.flow.stream.element.SpliceGate
handleReThrowableException(String, Throwable) - Method in class cascading.flow.stream.element.TrapHandler
HAS_DOT_EXEC - Static variable in class cascading.util.Util
hasAllVersionInfo() - Static method in class cascading.util.Version
hasAnnotations() - Method in class cascading.flow.planner.graph.AnnotatedDecoratedElementGraph
hasAnnotations() - Method in interface cascading.flow.planner.graph.AnnotatedGraph
hasAnnotations() - Method in class cascading.flow.planner.graph.BaseAnnotatedElementGraph
hasCapturedFinalDetail - Variable in class cascading.stats.FlowNodeStats
hasCapturedFinalDetail() - Method in class cascading.stats.FlowNodeStats
hasCapturedFinalDetail() - Method in class cascading.stats.FlowStepStats
hasClass(String) - Static method in class cascading.util.Util
hasComparators() - Method in class cascading.tuple.Fields: Method hasComparators test if this Fields instance has Comparators.
hasConfigDef() - Method in interface cascading.flow.FlowElement
hasConfigDef() - Method in enum cascading.flow.planner.graph.Extent
hasConfigDef() - Method in class cascading.pipe.Pipe: Returns true if there are properties in the configDef instance.
hasConfigDef() - Method in class cascading.tap.DecoratorTap
hasConfigDef() - Method in class cascading.tap.Tap: Returns true if there are properties in the configDef instance.
hasContractedMatches() - Method in class cascading.flow.planner.iso.subgraph.Partitions
hasElementFactory(String) - Method in class cascading.flow.planner.rule.RuleRegistry
hash(Tuple, Hasher[]) - Method in class cascading.tuple.util.TupleHasher.HashFunction
hashCode() - Method in class cascading.flow.planner.BaseFlowNode
hashCode() - Method in class cascading.flow.planner.BaseFlowStep
hashCode() - Method in class cascading.flow.planner.graph.AnnotatedDecoratedElementGraph
hashCode() - Method in class cascading.flow.planner.graph.BaseAnnotatedElementGraph
hashCode() - Method in class cascading.flow.planner.graph.BaseElementGraph
hashCode() - Method in class cascading.flow.planner.graph.DecoratedElementGraph
hashCode() - Method in class cascading.flow.planner.graph.IgnoresAnnotationsElementGraph
hashCode() - Method in class cascading.flow.planner.PlannerInfo
hashCode() - Method in class cascading.flow.planner.PlatformInfo
hashCode() - Method in class cascading.flow.planner.rule.RuleRegistry
hashCode() - Method in class cascading.flow.planner.rule.util.ResultTree.Delegate
hashCode() - Method in class cascading.flow.stream.duct.DuctGraph.Ordinal
hashCode() - Method in class cascading.flow.stream.element.ElementStage
hashCode() - Method in class cascading.flow.stream.element.GroupingSpliceGate.DelegatedTuple
hashCode() - Method in class cascading.flow.stream.element.GroupingSpliceGate
hashCode() - Method in class cascading.operation.aggregator.ExtentBase
hashCode() - Method in class cascading.operation.aggregator.ExtremaValueBase
hashCode() - Method in class cascading.operation.aggregator.Sum
hashCode() - Method in class cascading.operation.assertion.AssertEquals
hashCode() - Method in class cascading.operation.assertion.AssertEqualsAll
hashCode() - Method in class cascading.operation.assertion.AssertGroupBase
hashCode() - Method in class cascading.operation.assertion.AssertNotEquals
hashCode() - Method in class cascading.operation.assertion.AssertSizeEquals
hashCode() - Method in class cascading.operation.assertion.AssertSizeLessThan
hashCode() - Method in class cascading.operation.assertion.AssertSizeMoreThan
hashCode() - Method in class cascading.operation.assertion.BaseAssertion
hashCode() - Method in class cascading.operation.BaseOperation
hashCode() - Method in class cascading.operation.Debug
hashCode() - Method in class cascading.operation.expression.ScriptOperation
hashCode() - Method in class cascading.operation.filter.Limit
hashCode() - Method in class cascading.operation.filter.Logic
hashCode() - Method in class cascading.operation.filter.Not
hashCode() - Method in class cascading.operation.filter.Sample
hashCode() - Method in class cascading.operation.function.SetValue
hashCode() - Method in class cascading.operation.function.UnGroup
hashCode() - Method in class cascading.operation.Identity
hashCode() - Method in class cascading.operation.Insert
hashCode() - Method in class cascading.operation.regex.RegexFilter
hashCode() - Method in class cascading.operation.regex.RegexMatcher
hashCode() - Method in class cascading.operation.regex.RegexOperation
hashCode() - Method in class cascading.operation.regex.RegexParser
hashCode() - Method in class cascading.operation.regex.RegexReplace
hashCode() - Method in class cascading.operation.state.Counter
hashCode() - Method in class cascading.operation.state.Status
hashCode() - Method in class cascading.operation.text.DateOperation
hashCode() - Method in class cascading.operation.text.DateParser
hashCode() - Method in class cascading.operation.text.FieldFormatter
hashCode() - Method in class cascading.operation.text.FieldJoiner
hashCode() - Method in class cascading.pipe.assembly.AggregateBy.CompositeFunction
hashCode() - Method in class cascading.pipe.assembly.Unique.FilterPartialDuplicates
hashCode() - Method in class cascading.pipe.Operator
hashCode() - Method in class cascading.pipe.Pipe
hashCode() - Method in class cascading.pipe.Splice
hashCode() - Method in class cascading.scheme.Scheme
hashCode() - Method in class cascading.stats.FlowStats
hashCode() - Method in class cascading.tap.MultiSinkTap
hashCode() - Method in class cascading.tap.MultiSourceTap
hashCode() - Method in class cascading.tap.partition.BasePartitionTap
hashCode() - Method in class cascading.tap.Tap
hashCode() - Method in class cascading.tuple.coerce.Coercions.Coerce
hashCode() - Method in class cascading.tuple.Fields
hashCode(V) - Method in interface cascading.tuple.Hasher: Return the hashCode of the given value.
hashCode() - Method in class cascading.tuple.io.IndexTuple
hashCode() - Method in class cascading.tuple.io.TuplePair
hashCode() - Method in class cascading.tuple.Tuple
hashCode() - Method in class cascading.tuple.TupleEntry
hashCode(Tuple) - Method in class cascading.tuple.util.TupleHasher
hashCode() - Method in class cascading.util.MultiMap
hashCode() - Method in class cascading.util.Pair
hashCodeIgnoreAnnotations(ElementGraph) - Static method in class cascading.flow.planner.graph.ElementGraphs
hashCodeIgnoreAnnotations(Graph<V, E>) - Static method in class cascading.flow.planner.graph.ElementGraphs
Hasher<V> - Interface in cascading.tuple: The Hasher allows a Comparator implementation to also be delegated to during hashCode generation during grouping partitioning.
hashFunction - Variable in class cascading.tuple.util.TupleHasher
hashInt(int) - Static method in class cascading.util.Murmur3: Applies murmur3 to the given input.
HashJoin - Class in cascading.pipe: The HashJoin pipe allows for two or more tuple streams to join into a single stream via a Joiner when all but one tuple stream is considered small enough to fit into memory.
HashJoin(String, Pipe, Fields, Pipe, Fields) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe, Fields, Pipe, Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe, Fields, Pipe, Fields, Fields) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe, Fields, Pipe, Fields, Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe, Fields, int, Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe, Fields, int, Fields) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe, Fields, int, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(String, Pipe[], Fields[], Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, Pipe, Fields) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, Pipe, Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, Pipe, Fields, Fields) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, Pipe, Fields, Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, int, Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, int, Fields) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe, Fields, int, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new HashJoin instance.
HashJoin(Pipe[], Fields[], Fields, Joiner) - Constructor for class cascading.pipe.HashJoin: Constructor HashJoin creates a new Join instance.
HashJoinBlockingHashJoinAnnotator - Class in cascading.flow.planner.rule.annotator
HashJoinBlockingHashJoinAnnotator() - Constructor for class cascading.flow.planner.rule.annotator.HashJoinBlockingHashJoinAnnotator
hasInstanceMethod(Object, String, Class[]) - Static method in class cascading.util.Util
hasKey(V) - Method in class cascading.util.MultiMap
hasListeners() - Method in class cascading.cascade.BaseCascade
hasListeners() - Method in interface cascading.cascade.Cascade
hasListeners() - Method in class cascading.flow.BaseFlow
hasListeners() - Method in interface cascading.flow.Flow: Method hasListeners returns true if FlowListener instances have been registered.
hasListeners() - Method in interface cascading.flow.FlowStep: Method hasListeners returns true if FlowStepListener instances have been registered.
hasListeners() - Method in class cascading.flow.planner.BaseFlowStep
hasMajorMinorVersionInfo() - Static method in class cascading.util.Version
hasNext() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
hasNext() - Method in class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
hasNext() - Method in class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
hasNext() - Method in class cascading.pipe.joiner.InnerJoin.JoinIterator
hasNext() - Method in class cascading.tap.partition.PartitionTupleEntryIterator
hasNext() - Method in class cascading.tuple.TupleChainIterator: Method hasNext returns true if there is a next TupleEntry
hasNext() - Method in class cascading.tuple.TupleEntryChainIterator: Method hasNext returns true if there is a next TupleEntry
hasNext() - Method in class cascading.tuple.TupleEntryIterableChainIterator: Method hasNext returns true if there is a next TupleEntry
hasNext() - Method in class cascading.tuple.TupleEntrySchemeIterator
hasNext() - Method in class cascading.util.SingleValueIterator
hasNodeConfigDef() - Method in interface cascading.flow.FlowElement
hasNodeConfigDef() - Method in enum cascading.flow.planner.graph.Extent
hasNodeConfigDef() - Method in class cascading.pipe.Pipe: Returns true if there are properties in the nodeConfigDef instance.
hasNodeConfigDef() - Method in class cascading.tap.DecoratorTap
hasNodeConfigDef() - Method in class cascading.tap.Tap: Returns true if there are properties in the nodeConfigDef instance.
hasPlannerException() - Method in class cascading.flow.planner.rule.RuleResult
hasPlannerLevel() - Method in class cascading.pipe.Operator: Method hasPlannerLevel returns true if this Operator object holds a PlannedOperation object with an associated PlannerLevel level.
hasRelativePos() - Method in class cascading.tuple.Fields: Method hasRelativePos returns true if any ordinal position is relative (< 0)
hasRule(String) - Method in class cascading.flow.planner.rule.RuleRegistry
hasStepConfigDef() - Method in interface cascading.flow.FlowElement
hasStepConfigDef() - Method in enum cascading.flow.planner.graph.Extent
hasStepConfigDef() - Method in class cascading.pipe.Pipe: Returns true if there are properties in the stepConfigDef instance.
hasStepConfigDef() - Method in class cascading.tap.DecoratorTap
hasStepConfigDef() - Method in class cascading.tap.Tap: Returns true if there are properties in the stepConfigDef instance.
hasStepListeners() - Method in class cascading.flow.BaseFlow
hasStepListeners() - Method in interface cascading.flow.Flow: Method hasStepListeners returns true if FlowStepListener instances have been registered with any of the FlowSteps belonging to this instance
hasSubGraphs() - Method in class cascading.flow.planner.iso.subgraph.Partitions
hasTrapHandler() - Method in class cascading.flow.stream.element.BoundaryStage
hasTrapHandler() - Method in interface cascading.flow.stream.element.ElementDuct
hasTrapHandler() - Method in class cascading.flow.stream.element.ElementStage
hasTrapHandler() - Method in class cascading.flow.stream.element.SpliceGate
hasTypes() - Method in class cascading.tuple.Fields: Returns true if there are types associated with this instance.
hasTypes() - Method in class cascading.tuple.TupleEntry: Returns true if there are types associated with this instance.

I

id(FlowElement) - Static method in class cascading.flow.FlowElements
id(Pipe) - Static method in class cascading.pipe.Pipe
id(Tap) - Static method in class cascading.tap.Tap: Creates and returns a unique ID for the given Tap, this value is cached and may be used to uniquely identify the Tap instance in properties files etc.
ID_LENGTH - Static variable in class cascading.util.Util
IdentifierGraph - Class in cascading.cascade.planner
IdentifierGraph(Flow...) - Constructor for class cascading.cascade.planner.IdentifierGraph
Identity - Class in cascading.operation: The Identity function simply passes incoming arguments back out again.
Identity() - Constructor for class cascading.operation.Identity: Constructor Identity creates a new Identity instance that will pass the argument values to its output.
Identity(Class...) - Constructor for class cascading.operation.Identity: Constructor Identity creates a new Identity instance that will coerce the values to the give types.
Identity(Fields) - Constructor for class cascading.operation.Identity: Constructor Identity creates a new Identity instance that will rename the argument fields to the given fieldDeclaration.
Identity(Fields, Class...) - Constructor for class cascading.operation.Identity: Constructor Identity creates a new Identity instance that will rename the argument fields to the given fieldDeclaration, and coerce the values to the give types.
IgnoreAnnotationsHashSet - Class in cascading.flow.planner.graph
IgnoreAnnotationsHashSet(Collection<? extends ElementGraph>) - Constructor for class cascading.flow.planner.graph.IgnoreAnnotationsHashSet
IgnoresAnnotationsElementGraph - Class in cascading.flow.planner.graph
IgnoresAnnotationsElementGraph(ElementGraph) - Constructor for class cascading.flow.planner.graph.IgnoresAnnotationsElementGraph
ignoreValues - Variable in class cascading.operation.aggregator.ExtremaValueBase: Field ignoreValues
IncludeRemainderSubGraphIterator - Class in cascading.flow.planner.iso.subgraph.iterator
IncludeRemainderSubGraphIterator(SubGraphIterator) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
incomingEdgesOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
incomingEdgesOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
incomingEdgesOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
incomingEdgesOf(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
incomingEdgesOf(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
incomingEntry - Variable in class cascading.flow.stream.element.OperatorStage
incomingScopes - Variable in class cascading.flow.stream.element.BoundaryStage
incomingScopes - Variable in class cascading.flow.stream.element.ElementStage
incomingScopes - Variable in class cascading.flow.stream.element.SpliceGate
increment(Enum, long) - Method in class cascading.flow.FlowProcess: Method increment is used to increment a custom counter.
increment(String, String, long) - Method in class cascading.flow.FlowProcess: Method increment is used to increment a custom counter.
increment(Enum, long) - Method in class cascading.flow.FlowProcess.NullFlowProcess
increment(String, String, long) - Method in class cascading.flow.FlowProcess.NullFlowProcess
increment(Enum, long) - Method in class cascading.flow.FlowProcessWrapper
increment(String, String, long) - Method in class cascading.flow.FlowProcessWrapper
increment(String[], int) - Method in class cascading.management.CascadingServices.NullMetricsService
increment(String[], int) - Method in interface cascading.management.MetricsService
increment() - Method in class cascading.operation.filter.Limit.Context
inDegreeOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
inDegreeOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
inDegreeOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
inDegreeOf(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
inDegreeOf(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
INDENT - Static variable in class cascading.util.DOTProcessGraphWriter
indexOf(RuleRegistry) - Method in class cascading.flow.planner.rule.RuleRegistrySet
IndexTuple - Class in cascading.tuple.io: Class IndexTuple allows for managing an int index value with a Tuple instance.
IndexTuple() - Constructor for class cascading.tuple.io.IndexTuple: Constructor IndexTuple creates a new IndexTuple instance.
IndexTuple(int, Tuple) - Constructor for class cascading.tuple.io.IndexTuple: Constructor IndexTuple creates a new IndexTuple instance.
inferTypeFrom(int, String) - Method in interface cascading.scheme.util.FieldTypeResolver
inferTypes(Object[]) - Method in class cascading.scheme.util.DelimitedParser
init(List<BaseCascade.CascadeJob>) - Method in class cascading.cascade.BaseCascade.CascadeJob
init() - Method in class cascading.pipe.joiner.InnerJoin.JoinIterator
init() - Method in class cascading.pipe.joiner.OuterJoin.JoinIterator
initComparators() - Method in class cascading.flow.stream.element.GroupingSpliceGate
initConfFromNodeConfigDef(ElementGraph, ConfigDef.Setter) - Method in class cascading.flow.planner.BaseFlowStep
initConfFromStepConfigDef(ConfigDef.Setter) - Method in class cascading.flow.planner.BaseFlowStep
initConfig(Map<Object, Object>, Config) - Method in class cascading.flow.BaseFlow: This method creates a new internal Config with the parentConfig as defaults using the properties to override the defaults.
initConfig(Map<Object, Object>, Config) - Method in class cascading.flow.process.ProcessFlow
initFromProperties(Map<Object, Object>) - Method in class cascading.flow.BaseFlow
initialAssembly - Variable in class cascading.flow.planner.rule.RuleResult
initialize(FlowElementGraph, FlowStepGraph) - Method in class cascading.flow.BaseFlow
initialize(FlowConnector, Map<Object, Object>) - Method in class cascading.flow.planner.FlowPlanner
initialize(Map<String, Tap>, Map<String, Tap>, Pipe...) - Method in class cascading.flow.planner.graph.FlowElementGraph
initialize() - Method in class cascading.flow.stream.duct.Duct: Called immediately after bind
initialize() - Method in class cascading.flow.stream.element.AggregatorEveryStage
initialize() - Method in class cascading.flow.stream.element.BoundaryStage
initialize() - Method in class cascading.flow.stream.element.BufferEveryWindow
initialize() - Method in class cascading.flow.stream.element.FilterEachStage
initialize() - Method in class cascading.flow.stream.element.FunctionEachStage
initialize() - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
initialize() - Method in class cascading.flow.stream.element.GroupingSpliceGate
initialize() - Method in class cascading.flow.stream.element.MemorySpliceGate
initialize() - Method in class cascading.flow.stream.element.MergeStage
initialize() - Method in class cascading.flow.stream.element.OperatorStage
initialize() - Method in class cascading.flow.stream.element.SourceStage
initialize() - Method in class cascading.flow.stream.element.SpliceGate
initialize() - Method in class cascading.flow.stream.element.ValueAssertionEachStage
initialize(CascadingServices, String) - Method in class cascading.management.state.BaseState
initialize(Fields, Pipe[], Fields, AggregateBy.Functor, Aggregator) - Method in class cascading.pipe.assembly.AggregateBy
initialize(Fields, Pipe[], Fields[], AggregateBy.Functor[], Aggregator[]) - Method in class cascading.pipe.assembly.AggregateBy
initialize(FlowProcess<? extends Config>) - Method in interface cascading.provider.CascadingFactory: Method initialize will configure an initialize this factory instance.
initialize(Comparator, Comparator[]) - Method in class cascading.tuple.util.TupleHasher
initialize(FlowProcess<? extends Config>) - Method in class cascading.util.cache.BaseCacheFactory
initialize() - Method in interface cascading.util.cache.CascadingCache: Method to initialize the Cache.
initialize() - Method in class cascading.util.cache.DirectMappedCache
initialize() - Method in class cascading.util.cache.LRUHashMapCache
initialize() - Method in class cascading.util.cache.OrderedHashMapCache
initialized - Variable in class cascading.util.cache.DirectMappedCache
initializeNewJobsMap() - Method in class cascading.flow.BaseFlow
initResult(FlowElementGraph) - Method in class cascading.flow.planner.rule.RuleResult
initSteps() - Method in class cascading.flow.BaseFlow
INNER - Static variable in class cascading.pipe.joiner.MixedJoin: Field INNER
InnerJoin - Class in cascading.pipe.joiner: Class InnerJoin will return an Iterator that will iterate over a given Joiner and return tuples that represent and inner join of the CoGrouper internal grouped tuple collections.
InnerJoin() - Constructor for class cascading.pipe.joiner.InnerJoin
InnerJoin(Fields) - Constructor for class cascading.pipe.joiner.InnerJoin
InnerJoin.JoinIterator - Class in cascading.pipe.joiner
InnerJoin.JoinIterator(JoinerClosure) - Constructor for class cascading.pipe.joiner.InnerJoin.JoinIterator
InputSource - Interface in cascading.flow.stream.element
inputStream - Variable in class cascading.tuple.io.TupleInputStream: Field inputStream
Insert - Class in cascading.operation: Class Insert adds literal values to the Tuple stream.
Insert(Fields, Object...) - Constructor for class cascading.operation.Insert: Constructor Insert creates a new Insert instance with the given fields and values.
insertFlowElementAfter(ElementGraph, FlowElement, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs
insertFlowElementBefore(ElementGraph, FlowElement, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs
InsertionGraphTransformer - Class in cascading.flow.planner.iso.transformer
InsertionGraphTransformer(ExpressionGraph, String) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer(ExpressionGraph, String, InsertionGraphTransformer.Insertion) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer(ExpressionGraph, ElementCapture, String) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer(ExpressionGraph, ElementCapture, String, InsertionGraphTransformer.Insertion) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer(GraphTransformer, ExpressionGraph, String) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer(GraphTransformer, ExpressionGraph, ElementCapture, String) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer(GraphTransformer, ExpressionGraph, ElementCapture, String, InsertionGraphTransformer.Insertion) - Constructor for class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
InsertionGraphTransformer.Insertion - Enum in cascading.flow.planner.iso.transformer
INTEGER - Static variable in class cascading.tuple.coerce.Coercions
INTEGER_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
IntegerCoerce - Class in cascading.tuple.coerce
IntegerCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.IntegerCoerce
IntegerNameProvider<V> - Class in cascading.util.jgrapht
IntegerNameProvider() - Constructor for class cascading.util.jgrapht.IntegerNameProvider
IntegerObjectCoerce - Class in cascading.tuple.coerce
IntegerObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.IntegerObjectCoerce
INTERMEDIATE_SCHEME_CLASS - Static variable in class cascading.flow.FlowConnectorProps
IntermediateTapElementFactory - Class in cascading.flow.planner.rule.transformer
IntermediateTapElementFactory() - Constructor for class cascading.flow.planner.rule.transformer.IntermediateTapElementFactory
internalBlockOnStop() - Method in class cascading.flow.planner.FlowStepJob
internalClean(boolean) - Method in class cascading.flow.BaseFlow
internalClean(boolean) - Method in class cascading.flow.process.ProcessFlow
internalCleanup() - Method in class cascading.flow.planner.FlowStepJob
internalIsStartedRunning() - Method in class cascading.flow.planner.FlowStepJob
internalJobId() - Method in class cascading.flow.planner.FlowStepJob
internalNonBlockingIsComplete() - Method in class cascading.flow.planner.FlowStepJob
internalNonBlockingIsSuccessful() - Method in class cascading.flow.planner.FlowStepJob
internalNonBlockingStart() - Method in class cascading.flow.planner.FlowStepJob
internalSet(int, Object) - Method in class cascading.tuple.Tuple
internalShutdown() - Method in class cascading.flow.BaseFlow
internalShutdown() - Method in class cascading.flow.process.ProcessFlow
internalStart() - Method in class cascading.flow.BaseFlow
internalStart() - Method in class cascading.flow.process.ProcessFlow
internalStopAllJobs() - Method in class cascading.flow.BaseFlow
intToByteArray(int) - Static method in class cascading.util.Util
invokeAggregator(Aggregator, Tuple[], Fields) - Static method in class cascading.CascadingTestCase
invokeAggregator(Aggregator, Tuple[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeAggregator(Aggregator, TupleEntry[], Fields) - Static method in class cascading.CascadingTestCase
invokeAggregator(Aggregator, TupleEntry[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeAggregator(Aggregator, TupleEntry, TupleEntry[], Fields) - Static method in class cascading.CascadingTestCase
invokeAggregator(Aggregator, TupleEntry, TupleEntry[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeBuffer(Buffer, Tuple[], Fields) - Static method in class cascading.CascadingTestCase
invokeBuffer(Buffer, Tuple[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeBuffer(Buffer, TupleEntry[], Fields) - Static method in class cascading.CascadingTestCase
invokeBuffer(Buffer, TupleEntry[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeBuffer(Buffer, TupleEntry, TupleEntry[], Fields) - Static method in class cascading.CascadingTestCase
invokeBuffer(Buffer, TupleEntry, TupleEntry[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeConstructor(String, Object[], Class[]) - Static method in class cascading.util.Util
invokeConstructor(Class<T>, Object[], Class[]) - Static method in class cascading.util.Util
invokeFilter(Filter, Tuple) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, Tuple, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, TupleEntry) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, TupleEntry, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, Tuple[]) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, Tuple[], Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, TupleEntry[]) - Static method in class cascading.CascadingTestCase
invokeFilter(Filter, TupleEntry[], Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, Tuple, Fields) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, Tuple, Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, TupleEntry, Fields) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, TupleEntry, Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, Tuple[], Fields) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, Tuple[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, TupleEntry[], Fields) - Static method in class cascading.CascadingTestCase
invokeFunction(Function, TupleEntry[], Fields, Map<Object, Object>) - Static method in class cascading.CascadingTestCase
invokeInstanceMethod(Object, String, Object[], Class[]) - Static method in class cascading.util.Util
invokeInstanceMethodSafe(Object, String, Object[], Class[]) - Static method in class cascading.util.Util
invokeStaticMethod(String, String, Object[], Class[]) - Static method in class cascading.util.Util
invokeStaticMethod(Class, String, Object[], Class[]) - Static method in class cascading.util.Util
IORole - Enum in cascading.flow.stream.graph: Enum IORole specifies how a FlowElement will be used during streaming.
IS_OSX - Static variable in class cascading.util.Util
isAggregator() - Method in class cascading.pipe.Every: Method isReducer returns true if this Every instance holds a Aggregator operation.
isAll() - Method in class cascading.tuple.Fields: Method isAll returns true if this instance is the Fields.ALL field set.
isArgSelector() - Method in class cascading.tuple.Fields: Method isArgSelector returns true if this instance is 'defined' or the field set Fields.ALL, Fields.GROUP, or Fields.VALUES.
isArguments() - Method in class cascading.tuple.Fields: Method isArguments returns true if this instance is the Fields.ARGS field set.
isBlockingStreamed() - Method in class cascading.flow.stream.element.MemoryCoGroupGate
isBlockingStreamed() - Method in class cascading.flow.stream.element.MemoryHashJoinGate
isBlockingStreamed() - Method in class cascading.flow.stream.element.MemorySpliceGate
isBuffer() - Method in class cascading.pipe.Every: Method isBuffer returns true if this Every instance holds a Buffer operation.
isChild(CascadingStats.Type) - Method in enum cascading.stats.CascadingStats.Type
isCoGroup() - Method in class cascading.flow.planner.Scope
isCoGroup() - Method in interface cascading.pipe.Group
isCoGroup() - Method in class cascading.pipe.Splice
isCompleted(UnitOfWork) - Method in class cascading.management.UnitOfWorkExecutorStrategy
isCompleted(UnitOfWork) - Method in interface cascading.management.UnitOfWorkSpawnStrategy
isCompressSpill() - Method in class cascading.tuple.collect.SpillableProps
isCounterStatusInitialized() - Method in class cascading.flow.FlowProcess: Method isCounterStatusInitialized returns true if it is safe to increment a counter or set a status.
isCounterStatusInitialized() - Method in class cascading.flow.FlowProcess.NullFlowProcess
isCounterStatusInitialized() - Method in class cascading.flow.FlowProcessWrapper
isDebugEnabled() - Method in class cascading.cascade.BaseCascade
isDebugEnabled() - Method in class cascading.flow.BaseFlow
isDebugEnabled() - Method in class cascading.flow.planner.BaseFlowNode
isDebugEnabled() - Method in class cascading.flow.planner.BaseFlowStep
isDebugEnabled() - Method in interface cascading.util.ProcessLogger
isDeclarator() - Method in class cascading.tuple.Fields: Method isDeclarator returns true if this can be used as a declarator.
isDefined() - Method in class cascading.tuple.Fields: Method isDefined returns true if this instance is not a field set like Fields.ALL or Fields.UNKNOWN.
isDetailStale() - Method in class cascading.stats.CascadingStats: For rate limiting access to the backend.
isDirectory(FlowProcess<? extends Config>) - Method in interface cascading.tap.type.FileType: Method isDirectory returns true if the underlying resource represents a directory or folder instead of an individual file.
isDirectory(Config) - Method in interface cascading.tap.type.FileType: Method isDirectory returns true if the underlying resource represents a directory or folder instead of an individual file.
isEach() - Method in class cascading.flow.planner.Scope: Method isEach returns true if this Scope object represents an Each.
isEmpty(int) - Method in class cascading.flow.stream.element.MemoryCoGroupClosure
isEmpty(int) - Method in class cascading.pipe.joiner.JoinerClosure
isEmpty() - Method in class cascading.property.ConfigDef: Returns true if there are no properties.
isEmpty() - Method in class cascading.tuple.collect.SpillableTupleList
isEmpty() - Method in class cascading.tuple.Tuple: Method isEmpty returns true if this Tuple instance has no values.
isEmpty() - Method in class cascading.tuple.TupleListCollector: Method isEmpty returns true if this collection is empty.
isEmpty() - Method in class cascading.util.cache.DirectMappedCache
isEmpty() - Method in class cascading.util.cache.LRUHashMapCache
isEmpty() - Method in class cascading.util.cache.OrderedHashMapCache
isEmpty() - Method in class cascading.util.MultiMap
isEmpty(String) - Static method in class cascading.util.Util
isEnabled() - Method in class cascading.management.CascadingServices.NullDocumentService
isEnabled() - Method in class cascading.management.CascadingServices.NullMetricsService
isEnabled() - Method in class cascading.management.state.BaseState
isEnabled() - Method in interface cascading.provider.CascadingService: Returns true if this service has been enabled.
isEngaged() - Method in class cascading.stats.CascadingStats: Method isEngaged returns true when there is work being executed, if CascadingStats.isStarted(), CascadingStats.isSubmitted(), or CascadingStats.isRunning() returns true;
isEquivalentTo(FlowElement) - Method in interface cascading.flow.FlowElement
isEquivalentTo(FlowElement) - Method in enum cascading.flow.planner.graph.Extent
isEquivalentTo(FlowElement) - Method in class cascading.pipe.Operator
isEquivalentTo(FlowElement) - Method in class cascading.pipe.Pipe
isEquivalentTo(FlowElement) - Method in class cascading.pipe.Splice
isEquivalentTo(FlowElement) - Method in class cascading.tap.DecoratorTap
isEquivalentTo(FlowElement) - Method in class cascading.tap.Tap
isEvery() - Method in class cascading.flow.planner.Scope: Method isEvery returns true if this Scope object represents an Every.
isFailed() - Method in class cascading.stats.CascadingStats: Method isFailed returns true when the work ended with an error.
isFailOnClose() - Method in class cascading.tap.partition.PartitionTapProps
isFilter() - Method in class cascading.pipe.Each
isFinished() - Method in class cascading.stats.CascadingStats: Method isFinished returns true if the current status shows no work currently being executed, if CascadingStats.isSkipped(), CascadingStats.isSuccessful(), CascadingStats.isFailed(), or CascadingStats.isStopped() returns true.
isFinished() - Method in enum cascading.stats.CascadingStats.Status
isFunction() - Method in class cascading.pipe.Each
isGroup() - Method in class cascading.flow.planner.Scope
isGroup() - Method in class cascading.tuple.Fields: Method isKeys returns true if this instance is the Fields.GROUP field set.
isGroupAssertion() - Method in class cascading.pipe.Every
isGroupBy() - Method in class cascading.flow.planner.Scope
isGroupBy() - Method in interface cascading.pipe.Group
isGroupBy() - Method in class cascading.pipe.Splice: Method isGroupBy returns true if this Splice instance will perform a GroupBy operation.
isHashJoin() - Method in class cascading.flow.planner.Scope
isIdentity(ProcessModel, Class<? extends FlowElement>) - Static method in class cascading.flow.planner.process.ProcessModels
isIdentity(ProcessModel) - Static method in class cascading.flow.planner.process.ProcessModels
isIgnoreFailed() - Method in class cascading.flow.planner.rule.RuleRegistrySet: When true, failures during planning will be ignored unless no registries are successful.
isIgnoreMode() - Method in class cascading.flow.planner.iso.expression.PathScopeExpression
isIllegal() - Method in class cascading.flow.planner.rule.RuleResult
isInfoEnabled() - Method in class cascading.cascade.BaseCascade
isInfoEnabled() - Method in class cascading.flow.BaseFlow
isInfoEnabled() - Method in class cascading.flow.planner.BaseFlowNode
isInfoEnabled() - Method in class cascading.flow.planner.BaseFlowStep
isInfoEnabled() - Method in interface cascading.util.ProcessLogger
isInterrupted() - Method in class cascading.flow.planner.rule.RuleResult
isJoin() - Method in class cascading.pipe.Splice
isKeep() - Method in class cascading.tap.DecoratorTap
isKeep() - Method in class cascading.tap.Tap: Method isKeep indicates whether the resource represented by this instance should be kept if it already exists when the Flow is started.
isLogThrowableStackTrace() - Method in class cascading.tap.TrapProps
isMatchEachElement() - Method in class cascading.operation.regex.RegexFilter
isMerge() - Method in class cascading.flow.planner.Scope
isMerge() - Method in class cascading.pipe.Splice
isNegateMatch() - Method in class cascading.operation.regex.RegexMatcher
isNonBlocking() - Method in class cascading.flow.planner.Scope
isNone() - Method in class cascading.tuple.Fields: Method isNone returns returns true if this instance is the Fields.NONE field set.
isNoneLevel() - Method in enum cascading.operation.AssertionLevel
isNoneLevel() - Method in enum cascading.operation.DebugLevel
isNoneLevel() - Method in interface cascading.operation.PlannerLevel: Returns true if this enum instance represents a value that instructs the FlowPlanner to remove all instances from the plan.
isNull(Comparator[]) - Static method in class cascading.tuple.util.TupleHasher
isOrdered() - Method in class cascading.tuple.Fields: Method isOrdered returns true if this instance is ordered.
isOuter(int) - Method in class cascading.pipe.joiner.LeftJoin.JoinIterator
isOuter(int) - Method in class cascading.pipe.joiner.MixedJoin.JoinIterator
isOuter(int) - Method in class cascading.pipe.joiner.OuterJoin.JoinIterator
isOuter(int) - Method in class cascading.pipe.joiner.RightJoin.JoinIterator
isOutSelector() - Method in class cascading.tuple.Fields: Method isOutSelector returns true if this instance is 'defined', or the field set Fields.ALL or Fields.RESULTS.
isPending() - Method in class cascading.stats.CascadingStats: Method isPending returns true if no work has been submitted.
isPreserveTemporaryFiles() - Method in class cascading.flow.FlowProps
isPrevious(Pipe, Pipe) - Static method in class cascading.flow.FlowElements
isPrintFields() - Method in class cascading.operation.Debug
isRecordElementTrace() - Method in class cascading.tap.TrapProps
isRecordThrowableMessage() - Method in class cascading.tap.TrapProps
isRecordThrowableStackTrace() - Method in class cascading.tap.TrapProps
isRemoteExecution() - Method in class cascading.flow.planner.FlowStepJob
isRemove(FlowProcess, FilterCall<Long>) - Method in class cascading.operation.Debug
isRemove(FlowProcess, FilterCall<ScriptOperation.Context>) - Method in class cascading.operation.expression.ExpressionFilter
isRemove(FlowProcess, FilterCall<ScriptOperation.Context>) - Method in class cascading.operation.expression.ScriptFilter
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.filter.And
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.filter.FilterNotNull
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.filter.FilterNull
isRemove(FlowProcess, FilterCall<Context>) - Method in interface cascading.operation.Filter: Method isRemove returns true if input should be removed from the tuple stream.
isRemove(FlowProcess, FilterCall<Limit.Context>) - Method in class cascading.operation.filter.Limit
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.filter.Not
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.filter.Or
isRemove(FlowProcess, FilterCall<Random>) - Method in class cascading.operation.filter.Sample
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.filter.Xor
isRemove(FlowProcess, FilterCall<Matcher>) - Method in class cascading.operation.regex.RegexFilter
isRemove(FlowProcess, FilterCall) - Method in class cascading.operation.state.Counter
isRemove(FlowProcess, FilterCall<Boolean>) - Method in class cascading.operation.state.Status
isRemove(FlowProcess, FilterCall<CascadingCache<Tuple, Object>>) - Method in class cascading.pipe.assembly.Unique.FilterPartialDuplicates
isReplace() - Method in class cascading.tap.DecoratorTap
isReplace() - Method in class cascading.tap.MultiSourceTap
isReplace() - Method in class cascading.tap.Tap: Method isReplace indicates whether the resource represented by this instance should be deleted if it already exists when the Flow is started.
isReplace() - Method in class cascading.tuple.Fields: Method isReplace returns true if this instance is the Fields.REPLACE field set.
isReplaceAll() - Method in class cascading.operation.regex.RegexReplace
isResults() - Method in class cascading.tuple.Fields: Method isResults returns true if this instance is the Fields.RESULTS field set.
isRetainValues() - Method in interface cascading.operation.BufferCall: Returns true if non-grouping fields will not be nulled after the argumentsIterator is completed.
isRetainValues() - Method in class cascading.operation.ConcreteCall
isReversed() - Method in enum cascading.flow.planner.iso.finder.SearchOrder
isRunning() - Method in class cascading.stats.CascadingStats: Method isRunning returns true when work has begun.
isSafe() - Method in class cascading.operation.BaseOperation
isSafe() - Method in interface cascading.operation.Operation: Returns true if this Operation instance can safely execute on the same 'record' multiple times, false otherwise.
isSelfJoin() - Method in class cascading.pipe.joiner.JoinerClosure
isSelfJoin() - Method in class cascading.pipe.Splice
isSink() - Method in class cascading.scheme.Scheme: Method isSink returns true if this Scheme instance can be used as a sink.
isSink() - Method in class cascading.tap.DecoratorTap
isSink() - Method in class cascading.tap.SourceTap
isSink() - Method in class cascading.tap.Tap: Method isSink returns true if this Tap instance can be used as a sink.
isSkipFlow() - Method in class cascading.flow.BaseFlow
isSkipFlow() - Method in interface cascading.flow.Flow: Method isSkipFlow returns true if the parent Cascade should skip this Flow instance.
isSkipFlowStep() - Method in class cascading.flow.planner.FlowStepJob
isSkipped() - Method in class cascading.stats.CascadingStats: Method isSkipped returns true when the works was skipped.
isSorted() - Method in interface cascading.pipe.Group
isSorted() - Method in class cascading.pipe.Splice: Method isSorted returns true if this Splice instance is sorting values other than the group fields.
isSortReversed() - Method in interface cascading.pipe.Group
isSortReversed() - Method in class cascading.pipe.Splice: Method isSortReversed returns true if sorting is reversed.
isSource() - Method in class cascading.scheme.Scheme: Method isSource returns true if this Scheme instance can be used as a source.
isSource() - Method in class cascading.tap.DecoratorTap
isSource() - Method in class cascading.tap.SinkTap
isSource() - Method in class cascading.tap.Tap: Method isSource returns true if this Tap instance can be used as a source.
isSplice() - Method in class cascading.flow.planner.Scope
isStackTraceTrimLine() - Method in class cascading.tap.TrapProps
isStarted() - Method in class cascading.flow.planner.FlowStepJob: Method isStarted returns true if this underlying job has started running
isStarted() - Method in class cascading.stats.CascadingStats: Method isStarted returns true when work has started.
isStopJobsOnExit() - Method in class cascading.flow.BaseFlow
isStopJobsOnExit() - Method in interface cascading.flow.Flow: Method isStopJobsOnExit returns the stopJobsOnExit of this Flow object.
isStopJobsOnExit() - Method in class cascading.flow.FlowProps
isStopped() - Method in class cascading.stats.CascadingStats: Method isStopped returns true when the user stopped the work.
isStricterThan(PlannerLevel) - Method in enum cascading.operation.AssertionLevel
isStricterThan(PlannerLevel) - Method in enum cascading.operation.DebugLevel
isStricterThan(PlannerLevel) - Method in interface cascading.operation.PlannerLevel: Returns true if the given PlannerLevel is less strict than this instance.
isSubmitted() - Method in class cascading.stats.CascadingStats: Method isSubmitted returns true if no work has started.
isSubstitution() - Method in class cascading.tuple.Fields: Method isSubstitution returns true if this instance is a substitution fields set.
isSuccess() - Method in class cascading.flow.planner.rule.RuleResult
isSuccessful() - Method in class cascading.cascade.BaseCascade.CascadeJob
isSuccessful() - Method in class cascading.flow.planner.FlowStepJob: Method isSuccessful returns true if this step completed successfully or was skipped.
isSuccessful() - Method in class cascading.stats.CascadingStats: Method isSuccessful returns true when work has completed successfully.
isSwap() - Method in class cascading.tuple.Fields: Method isSwap returns true if this instance is the Fields.SWAP field set.
isSymmetrical() - Method in class cascading.scheme.Scheme: Method isSymmetrical returns true if the sink fields equal the source fields.
isTap() - Method in class cascading.flow.planner.Scope: Method isTap returns true if this Scope object represents a Tap.
isTemporary() - Method in class cascading.tap.DecoratorTap
isTemporary() - Method in class cascading.tap.Tap: Method isTemporary returns true if this Tap is temporary (used for intermediate results).
isTransformTraceDisabled() - Method in class cascading.flow.planner.rule.util.TraceWriter
isTransformTraceEnabled() - Method in class cascading.flow.planner.rule.util.TraceWriter
isTransformTracingEnabled() - Method in class cascading.flow.planner.PlannerContext
isUnknown() - Method in class cascading.tuple.Fields: Method isUnknown returns true if this instance is the Fields.UNKNOWN field set.
isUnmodifiable - Variable in class cascading.tuple.Tuple: Field isUnmodifiable
isUnmodifiable() - Method in class cascading.tuple.Tuple: Method isUnmodifiable returns true if this Tuple instance is unmodifiable.
isUnmodifiable() - Method in class cascading.tuple.TupleEntry: Method isUnmodifiable returns true if this TupleEntry is unmodifiable.
isUnOrdered() - Method in class cascading.tuple.Fields: Method isUnOrdered returns true if this instance is unordered.
isUnsupported() - Method in class cascading.flow.planner.rule.RuleResult
isUpdate() - Method in class cascading.tap.DecoratorTap
isUpdate() - Method in class cascading.tap.Tap: Method isUpdate indicates whether the resource represented by this instance should be updated if it already exists.
isValueAssertion() - Method in class cascading.pipe.Each
isValues() - Method in class cascading.tuple.Fields: Method isValues returns true if this instance is the Fields.VALUES field set.
iterator() - Method in class cascading.tuple.collect.SpillableTupleList
iterator() - Method in class cascading.tuple.Fields: Method iterator return an unmodifiable iterator of field values.
iterator() - Method in class cascading.tuple.Tuple: Method iterator returns an Iterator over this Tuple instances values.
iterator() - Method in class cascading.tuple.TupleChainIterable
iterator() - Method in class cascading.tuple.TupleListCollector: Method iterator returns an iterator for this collection.

J

jarClass - Variable in class cascading.property.AppProps
jarPath - Variable in class cascading.property.AppProps
JOB_POLLING_INTERVAL - Static variable in class cascading.flow.FlowProps
jobConfiguration - Variable in class cascading.flow.planner.FlowStepJob: Field jobConfiguration
join(Fields...) - Static method in class cascading.tuple.Fields: Method join joins all given Fields instances into a new Fields instance.
join(boolean, Fields...) - Static method in class cascading.tuple.Fields
join(int[], String) - Static method in class cascading.util.Util: This method joins the values in the given list with the delim String value.
join(int[], String, boolean) - Static method in class cascading.util.Util
join(String, String...) - Static method in class cascading.util.Util
join(String, boolean, String...) - Static method in class cascading.util.Util
join(Object[], String) - Static method in class cascading.util.Util: This method joins the values in the given list with the delim String value.
join(Object[], String, boolean) - Static method in class cascading.util.Util
join(Object[], String, boolean, int) - Static method in class cascading.util.Util
join(Object[], String, boolean, int, int) - Static method in class cascading.util.Util
join(Iterable, String, boolean) - Static method in class cascading.util.Util
join(Collection) - Static method in class cascading.util.Util: This method joins each value in the collection with a tab character as the delimiter.
join(Collection, String) - Static method in class cascading.util.Util: This method joins each valuein the collection with the given delimiter.
join(Collection, String, boolean) - Static method in class cascading.util.Util
join(StringBuffer, Collection, String) - Static method in class cascading.util.Util: This method joins each value in the collection with the given delimiter.
join(StringBuffer, Collection, String, boolean) - Static method in class cascading.util.Util
Joiner - Interface in cascading.pipe.joiner: Interface Joiner allows for custom join strategies against a CoGroup.
joinerClosure - Variable in class cascading.flow.stream.duct.Grouping
JoinerClosure - Class in cascading.pipe.joiner: Class JoinerClosure wraps all incoming tuple streams with iterator instances allowing for just join implementations.
JoinerClosure(FlowProcess, Fields[], Fields[]) - Constructor for class cascading.pipe.joiner.JoinerClosure
joinFields - Variable in class cascading.pipe.joiner.JoinerClosure
joinFirstLine(Iterable, Appendable) - Method in class cascading.scheme.util.DelimitedParser
joinIterator - Variable in class cascading.flow.stream.duct.Grouping
joinLine(Iterable, Appendable) - Method in class cascading.scheme.util.DelimitedParser
joinNoQuote(Iterable, Appendable) - Method in class cascading.scheme.util.DelimitedParser
joinWithQuote(Iterable, Appendable) - Method in class cascading.scheme.util.DelimitedParser

K

keepAlive() - Method in class cascading.flow.FlowProcess: Method keepAlive notifies the system that the current process is still alive.
keepAlive() - Method in class cascading.flow.FlowProcess.NullFlowProcess
keepAlive() - Method in class cascading.flow.FlowProcessWrapper
keepParentOnDelete - Variable in class cascading.tap.partition.BasePartitionTap: Field keepParentOnDelete
key - Variable in class cascading.flow.stream.duct.Grouping
keyBuilder - Variable in class cascading.flow.stream.element.GroupingSpliceGate
keyEntry - Variable in class cascading.flow.stream.element.GroupingSpliceGate
keyFields - Variable in class cascading.flow.stream.element.GroupingSpliceGate
keyFieldsMap - Variable in class cascading.pipe.Splice: Field groupFieldsMap
keys - Variable in class cascading.flow.stream.element.MemorySpliceGate
keySet() - Method in class cascading.util.cache.DirectMappedCache
keySet() - Method in class cascading.util.cache.LRUHashMapCache
keySet() - Method in class cascading.util.cache.OrderedHashMapCache
keyValues - Variable in class cascading.flow.stream.element.MemorySpliceGate

L

Last - Class in cascading.operation.aggregator: Class Last is an Aggregator that returns the last Tuple encountered.
Last() - Constructor for class cascading.operation.aggregator.Last: Selects and returns the last argument Tuple encountered.
Last(Fields) - Constructor for class cascading.operation.aggregator.Last: Selects and returns the last argument Tuple encountered.
Last(Fields, Tuple...) - Constructor for class cascading.operation.aggregator.Last: Selects and returns the last argument Tuple encountered, unless the Tuple is a member of the set ignoreTuples.
LAST - Static variable in class cascading.tuple.Fields: Field LAST represents the last field position, -1
latch - Variable in class cascading.flow.stream.element.MemoryHashJoinGate
leave(int[]) - Method in class cascading.tuple.Tuple: Method is the inverse of Tuple.remove(int[]).
LeftJoin - Class in cascading.pipe.joiner: Class LeftJoin will return an Iterator that will iterate over a given Joiner and return tuples that represent a left inner, right outer join of the CoGrouper internal grouped tuple collections.
LeftJoin() - Constructor for class cascading.pipe.joiner.LeftJoin
LeftJoin(Fields) - Constructor for class cascading.pipe.joiner.LeftJoin
LeftJoin.JoinIterator - Class in cascading.pipe.joiner
LeftJoin.JoinIterator(JoinerClosure) - Constructor for class cascading.pipe.joiner.LeftJoin.JoinIterator
Limit - Class in cascading.operation.filter: Class Limit is a Filter that will limit the number of Tuple instances that it will allow to pass.
Limit(long) - Constructor for class cascading.operation.filter.Limit: Creates a new Limit class that only allows limit number of Tuple instances to pass.
limit - Variable in class cascading.operation.filter.Limit.Context
Limit.Context - Class in cascading.operation.filter
Limit.Context() - Constructor for class cascading.operation.filter.Limit.Context
LIST_THRESHOLD - Static variable in class cascading.tuple.collect.SpillableProps: Number of tuples to hold in memory before spilling them to disk.
loadClass(String) - Static method in class cascading.util.Util
loadClassSafe(String) - Static method in class cascading.util.Util
loadFactoryFrom(FlowProcess, String, Class<Factory>) - Method in class cascading.provider.FactoryLoader
loadServiceFrom(Properties, Map<Object, Object>, String) - Method in class cascading.provider.ServiceLoader
loadSingletonServiceFrom(Properties, Map<Object, Object>, String) - Method in class cascading.provider.ServiceLoader
loadVersionProperties() - Static method in class cascading.util.Version
locale - Variable in class cascading.operation.text.DateOperation: Field locale
locale - Variable in class cascading.tuple.type.DateType: Field locale
LOG_COUNTERS - Static variable in class cascading.flow.FlowRuntimeProps
LOG_THROWABLE_STACK_TRACE - Static variable in class cascading.tap.TrapProps
logCounters(Logger, String, FlowProcess) - Static method in class cascading.util.LogUtil
logDebug(String, Object...) - Method in class cascading.cascade.BaseCascade
logDebug(String, Object...) - Method in class cascading.flow.BaseFlow
logDebug(String, Object...) - Method in class cascading.flow.planner.BaseFlowNode
logDebug(String, Object...) - Method in class cascading.flow.planner.BaseFlowStep
logDebug(String, Object...) - Method in class cascading.stats.CascadingStats
logDebug(String, Object...) - Method in interface cascading.util.ProcessLogger
logError(String, Object...) - Method in class cascading.cascade.BaseCascade
logError(String, Throwable) - Method in class cascading.cascade.BaseCascade
logError(String, Object...) - Method in class cascading.flow.BaseFlow
logError(String, Throwable) - Method in class cascading.flow.BaseFlow
logError(String, Object...) - Method in class cascading.flow.planner.BaseFlowNode
logError(String, Throwable) - Method in class cascading.flow.planner.BaseFlowNode
logError(String, Object...) - Method in class cascading.flow.planner.BaseFlowStep
logError(String, Throwable) - Method in class cascading.flow.planner.BaseFlowStep
logError(String, Object...) - Method in class cascading.stats.CascadingStats
logError(String, Throwable) - Method in class cascading.stats.CascadingStats
logError(String, Object...) - Method in interface cascading.util.ProcessLogger
logError(String, Throwable) - Method in interface cascading.util.ProcessLogger
Logic - Class in cascading.operation.filter: Class Logic is the base class for logical Filter operations.
Logic(Filter...) - Constructor for class cascading.operation.filter.Logic
Logic(Fields, Filter, Fields, Filter) - Constructor for class cascading.operation.filter.Logic
Logic(Fields[], Filter[]) - Constructor for class cascading.operation.filter.Logic
Logic.Context - Class in cascading.operation.filter
Logic.Context() - Constructor for class cascading.operation.filter.Logic.Context
logInfo(String, Object...) - Method in class cascading.cascade.BaseCascade
logInfo(String, Object...) - Method in class cascading.flow.BaseFlow
logInfo(String, Object...) - Method in class cascading.flow.planner.BaseFlowNode
logInfo(String, Object...) - Method in class cascading.flow.planner.BaseFlowStep
logInfo(String, Object...) - Method in class cascading.stats.CascadingStats
logInfo(String, Object...) - Method in interface cascading.util.ProcessLogger
logMemory(Logger, String) - Static method in class cascading.util.LogUtil
logThrowableStackTrace - Variable in class cascading.tap.TrapProps
LogUtil - Class in cascading.util
LogUtil() - Constructor for class cascading.util.LogUtil
logWarn(String) - Method in class cascading.cascade.BaseCascade
logWarn(String, Throwable) - Method in class cascading.cascade.BaseCascade
logWarn(String, Object...) - Method in class cascading.cascade.BaseCascade
logWarn(String) - Method in class cascading.flow.BaseFlow
logWarn(String, Throwable) - Method in class cascading.flow.BaseFlow
logWarn(String, Object...) - Method in class cascading.flow.BaseFlow
logWarn(String) - Method in class cascading.flow.planner.BaseFlowNode
logWarn(String, Object...) - Method in class cascading.flow.planner.BaseFlowNode
logWarn(String, Throwable) - Method in class cascading.flow.planner.BaseFlowNode
logWarn(String) - Method in class cascading.flow.planner.BaseFlowStep
logWarn(String, Throwable) - Method in class cascading.flow.planner.BaseFlowStep
logWarn(String, Object...) - Method in class cascading.flow.planner.BaseFlowStep
logWarn(String, Object...) - Method in class cascading.stats.CascadingStats
logWarn(String) - Method in interface cascading.util.ProcessLogger
logWarn(String, Object...) - Method in interface cascading.util.ProcessLogger
logWarn(String, Throwable) - Method in interface cascading.util.ProcessLogger
LoneGroupAssert - Class in cascading.flow.planner.rule.assertion: Verifies that there are not only GroupAssertions following any given Group instance.
LoneGroupAssert() - Constructor for class cascading.flow.planner.rule.assertion.LoneGroupAssert
LoneGroupExpression - Class in cascading.flow.planner.rule.expression
LoneGroupExpression() - Constructor for class cascading.flow.planner.rule.expression.LoneGroupExpression
LONG - Static variable in class cascading.tuple.coerce.Coercions
LONG_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
LongCoerce - Class in cascading.tuple.coerce
LongCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.LongCoerce
LongObjectCoerce - Class in cascading.tuple.coerce
LongObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.LongObjectCoerce
longToByteArray(long) - Static method in class cascading.util.Util
LRUHashMapCache<Key,Value> - Class in cascading.util.cache: Implementation of the CascadingCache interface backed by a LinkedHashMap configured to evict the least recently used key.
LRUHashMapCache() - Constructor for class cascading.util.cache.LRUHashMapCache
LRUHashMapCacheFactory - Class in cascading.util.cache: Concrete sub-class of BaseCacheFactory for creating LRUHashMapCache instances.
LRUHashMapCacheFactory() - Constructor for class cascading.util.cache.LRUHashMapCacheFactory

M

makeFileName(int, String, String) - Method in class cascading.flow.planner.iso.GraphResult
makeFlowNodeName(FlowNode, int, int) - Method in class cascading.flow.planner.FlowPlanner
makeFlowStepName(FlowStep, int, int) - Method in class cascading.flow.planner.FlowPlanner
makeOrdinal(int) - Method in class cascading.flow.stream.duct.DuctGraph
makePath(String, String) - Static method in class cascading.util.Util
makeResult(Tuple, Tuple) - Method in class cascading.tuple.util.TupleBuilder
makeSeed() - Method in class cascading.operation.filter.Sample
makeTempTap(String) - Method in class cascading.flow.planner.FlowPlanner
makeTempTap(String, String) - Method in class cascading.flow.planner.FlowPlanner
MAP_CAPACITY - Static variable in class cascading.tuple.collect.SpillableProps: The initial hash map capacity.
MAP_LOADFACTOR - Static variable in class cascading.tuple.collect.SpillableProps: The initial hash map load factor.
MAP_THRESHOLD - Static variable in class cascading.tuple.collect.SpillableProps: The total number of tuple values (not keys) to attempt to keep in memory.
markDetailCaptured() - Method in class cascading.stats.CascadingStats
markFailed() - Method in class cascading.stats.CascadingStats: Method markFailed sets the status to CascadingStats.Status.FAILED.
markFailed(Throwable) - Method in class cascading.stats.CascadingStats: Method markFailed sets the status to CascadingStats.Status.FAILED.
markFailed(String[]) - Method in class cascading.stats.CascadingStats: Method markFailed sets the status to CascadingStats.Status.FAILED.
markFailed(Throwable, String[]) - Method in class cascading.stats.CascadingStats
markPending() - Method in class cascading.stats.CascadingStats: Method markPending sets the status to CascadingStats.Status.PENDING.
markPendingTime() - Method in class cascading.stats.CascadingStats
markRunning() - Method in class cascading.stats.CascadingStats: Method markRunning sets the status to CascadingStats.Status.RUNNING.
markRunTime() - Method in class cascading.stats.CascadingStats
markSkipped() - Method in class cascading.stats.CascadingStats: Method markSkipped sets the status to CascadingStats.Status.SKIPPED.
markStarted() - Method in class cascading.stats.CascadingStats: Method markStarted sets the status to CascadingStats.Status.STARTED.
markStartedThenRunning() - Method in class cascading.stats.CascadingStats: Method markStartedThenRunning consecutively marks the status as CascadingStats.Status.STARTED then CascadingStats.Status.RUNNING and forces the start and running time to be equals.
markStartTime() - Method in class cascading.stats.CascadingStats
markStartToRunTime() - Method in class cascading.stats.CascadingStats
markStopped() - Method in class cascading.stats.CascadingStats: Method markStopped sets the status to CascadingStats.Status.STOPPED.
markSubmitted() - Method in class cascading.stats.CascadingStats: Method markSubmitted sets the status to CascadingStats.Status.SUBMITTED.
markSubmitTime() - Method in class cascading.stats.CascadingStats
markSuccessful() - Method in class cascading.stats.CascadingStats: Method markSuccessful sets the status to CascadingStats.Status.SUCCESSFUL.
mask(Fields, Fields) - Static method in class cascading.tuple.Fields
Match - Class in cascading.flow.planner.iso.finder
Match(ExpressionGraph, ElementGraph, Map<ElementExpression, FlowElement>, Collection<FlowElement>, Collection<Scope>) - Constructor for class cascading.flow.planner.iso.finder.Match
Match(ExpressionGraph, ElementGraph, Map<ElementExpression, FlowElement>, Collection<FlowElement>, Collection<Scope>, EnumMultiMap<FlowElement>) - Constructor for class cascading.flow.planner.iso.finder.Match
matchEachElement - Variable in class cascading.operation.regex.RegexFilter: Field matchEachElement
matchEachElement(Matcher, TupleEntry) - Method in class cascading.operation.regex.RegexMatcher
matchEachElementPos(Matcher, TupleEntry) - Method in class cascading.operation.regex.RegexMatcher
matchExpression - Variable in class cascading.flow.planner.rule.RuleExpression
matchGraph - Variable in class cascading.flow.planner.iso.finder.Match
matchWholeTuple(Matcher, TupleEntry) - Method in class cascading.operation.regex.RegexMatcher
max(Collection<N>) - Static method in class cascading.util.Util
MAX_CONCURRENT_FLOWS - Static variable in class cascading.cascade.CascadeProps
MAX_CONCURRENT_PLANNERS - Static variable in class cascading.flow.planner.rule.RuleSetExec
MAX_CONCURRENT_STEPS - Static variable in class cascading.flow.FlowProps
MaxBy - Class in cascading.pipe.assembly: Class MaxBy is used to find the maximum value in a grouping.
MaxBy(Fields, Fields) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(String, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(String, Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(String, Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy(String, Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MaxBy: Constructor MaxBy creates a new MaxBy instance.
MaxBy.MaxPartials - Class in cascading.pipe.assembly
MaxBy.MaxPartials(Fields) - Constructor for class cascading.pipe.assembly.MaxBy.MaxPartials
MaxValue - Class in cascading.operation.aggregator: Class MaxValue is an Aggregator that returns the maximum value encountered in the current group.
MaxValue() - Constructor for class cascading.operation.aggregator.MaxValue: Constructs a new instance that returns the maximum value encountered in the field name "max".
MaxValue(Fields) - Constructor for class cascading.operation.aggregator.MaxValue: Constructs a new instance that returns the maximum value encountered in the given fieldDeclaration field name.
MaxValue(Fields, Object...) - Constructor for class cascading.operation.aggregator.MaxValue: Constructs a new instance that returns the maximum value encountered in the given fieldDeclaration field name.
MemoryCoGroupClosure - Class in cascading.flow.stream.element
MemoryCoGroupClosure(FlowProcess, int, Fields[], Fields[]) - Constructor for class cascading.flow.stream.element.MemoryCoGroupClosure
MemoryCoGroupGate - Class in cascading.flow.stream.element
MemoryCoGroupGate(FlowProcess, Splice) - Constructor for class cascading.flow.stream.element.MemoryCoGroupGate
MemoryHashJoinGate - Class in cascading.flow.stream.element
MemoryHashJoinGate(FlowProcess, HashJoin) - Constructor for class cascading.flow.stream.element.MemoryHashJoinGate
MemorySpliceGate - Class in cascading.flow.stream.element
MemorySpliceGate(FlowProcess, Splice) - Constructor for class cascading.flow.stream.element.MemorySpliceGate
Merge - Class in cascading.pipe: The Merge Pipe allows for multiple branches, with the same fields to be spliced back into a single stream.
Merge(Pipe...) - Constructor for class cascading.pipe.Merge: Constructor Merge creates a new Merge instance.
Merge(String, Pipe...) - Constructor for class cascading.pipe.Merge: Constructor Merge creates a new Merge instance.
merge(Fields...) - Static method in class cascading.tuple.Fields: Method merge merges all given Fields instances into a new Fields instance where a merge is a set union of all the given Fields instances.
merge(Fields[]) - Static method in class cascading.tuple.util.TupleHasher
mergeMapIntoConfig(Config, Map<String, String>) - Method in class cascading.flow.FlowProcess
mergeMapIntoConfig(Object, Map<String, String>) - Method in class cascading.flow.FlowProcess.NullFlowProcess
mergeMapIntoConfig(Config, Map<String, String>) - Method in class cascading.flow.FlowProcessWrapper
MergeStage - Class in cascading.flow.stream.element
MergeStage(FlowProcess, FlowElement) - Constructor for class cascading.flow.stream.element.MergeStage
metaInfo - Variable in class cascading.tap.DecoratorTap
METRICS_SERVICE_CLASS_PROPERTY - Static variable in interface cascading.management.MetricsService
MetricsService - Interface in cascading.management: Interface MetricsService provides fine grained hooks for managing various metrics.
min(Collection<N>) - Static method in class cascading.util.Util
MinBy - Class in cascading.pipe.assembly: Class MinBy is used to find the minimum value in a grouping.
MinBy(Fields, Fields) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(String, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(String, Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(String, Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy(String, Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.MinBy: Constructor MinBy creates a new MinBy instance.
MinBy.MinPartials - Class in cascading.pipe.assembly
MinBy.MinPartials(Fields) - Constructor for class cascading.pipe.assembly.MinBy.MinPartials: Constructor MinPartials creates a new MinPartials instance.
MinValue - Class in cascading.operation.aggregator: Class Min is an Aggregator that returns the minimum value encountered in the current group.
MinValue() - Constructor for class cascading.operation.aggregator.MinValue: Constructs a new instance that returns the Min value encountered in the field name "min".
MinValue(Fields) - Constructor for class cascading.operation.aggregator.MinValue: Constructs a new instance that returns the minimum value encountered in the given fieldDeclaration field name.
MinValue(Fields, Object...) - Constructor for class cascading.operation.aggregator.MinValue: Constructs a new instance that returns the minimum value encountered in the given fieldDeclaration field name.
MissingGroupAssert - Class in cascading.flow.planner.rule.assertion
MissingGroupAssert() - Constructor for class cascading.flow.planner.rule.assertion.MissingGroupAssert
MissingGroupExpression - Class in cascading.flow.planner.rule.expression
MissingGroupExpression() - Constructor for class cascading.flow.planner.rule.expression.MissingGroupExpression
MixedJoin - Class in cascading.pipe.joiner: Class MixedJoin will return an Iterator that will iterate over a given Joiner and return tuples that represent a join as defined by the given boolean array.
MixedJoin(boolean[]) - Constructor for class cascading.pipe.joiner.MixedJoin: Constructor MixedJoin creates a new MixedJoin instance.
MixedJoin(Fields, boolean[]) - Constructor for class cascading.pipe.joiner.MixedJoin
MixedJoin.JoinIterator - Class in cascading.pipe.joiner
MixedJoin.JoinIterator(JoinerClosure) - Constructor for class cascading.pipe.joiner.MixedJoin.JoinIterator
mixH1(int, int) - Static method in class cascading.util.Murmur3
mixK1(int) - Static method in class cascading.util.Murmur3
MultiMap<C extends Collection<V>,K,V> - Class in cascading.util
MultiMap() - Constructor for class cascading.util.MultiMap
MultiSinkTap<Child extends Tap,Config,Output> - Class in cascading.tap: Class MultiSinkTap is both a CompositeTap and SinkTap that can write to multiple child Tap instances simultaneously.
MultiSinkTap(Child...) - Constructor for class cascading.tap.MultiSinkTap: Constructor MultiSinkTap creates a new MultiSinkTap instance.
MultiSourceTap<Child extends Tap,Config,Input> - Class in cascading.tap: Class MultiSourceTap is used to tie multiple Tap instances into a single resource.
MultiSourceTap(Scheme<Config, Input, ?, ?, ?>) - Constructor for class cascading.tap.MultiSourceTap
MultiSourceTap(Child...) - Constructor for class cascading.tap.MultiSourceTap: Constructor MultiSourceTap creates a new MultiSourceTap instance.
MultiTapGroupExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
MultiTapGroupExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.MultiTapGroupExpressionGraph
Murmur3 - Class in cascading.util: Murmur3 is a fast non cryptographic hash algorithm.
Murmur3() - Constructor for class cascading.util.Murmur3
MutateGraphTransformer - Class in cascading.flow.planner.iso.transformer
MutateGraphTransformer(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.MutateGraphTransformer
MutateGraphTransformer(GraphTransformer, ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.MutateGraphTransformer

N

name - Variable in class cascading.CascadingTestCase
name - Variable in class cascading.flow.planner.PlannerInfo
name - Variable in class cascading.flow.planner.PlatformInfo
name - Variable in class cascading.pipe.Pipe: Field name
name - Variable in class cascading.property.AppProps
name - Variable in class cascading.property.UnitOfWorkDef
named(String, Pipe...) - Static method in class cascading.pipe.Pipe
names(Pipe...) - Static method in class cascading.pipe.Pipe: Convenience method for finding all Pipe names in an assembly.
names(Comparable...) - Static method in class cascading.tuple.Fields
narrowSet(Class<T>, Collection) - Static method in class cascading.util.Util
narrowSet(Class<T>, Collection, boolean) - Static method in class cascading.util.Util
narrowSet(Class<T>, Iterator) - Static method in class cascading.util.Util
narrowSet(Class<T>, Iterator, boolean) - Static method in class cascading.util.Util
negateMatch - Variable in class cascading.operation.regex.RegexMatcher
newConfig(Config) - Method in class cascading.flow.BaseFlow
newConfig(Config) - Method in class cascading.flow.process.ProcessFlow
newInstance(String) - Method in class cascading.flow.FlowProcess: Method newInstance creates a new object instance from the given className argument delegating to any platform specific instantiation and configuration routines.
newInstance(String) - Method in class cascading.flow.FlowProcess.NullFlowProcess
newInstance(String) - Method in class cascading.flow.FlowProcessWrapper
newInstance(String, Object...) - Static method in class cascading.util.Util
newInstance(Class<T>, Object...) - Static method in class cascading.util.Util
next() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
next() - Method in class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
next() - Method in class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
next - Variable in class cascading.flow.stream.duct.Duct
next() - Method in class cascading.pipe.joiner.InnerJoin.JoinIterator
next() - Method in class cascading.tap.partition.PartitionTupleEntryIterator
next() - Method in class cascading.tuple.TupleChainIterator: Method next returns the next TupleEntry.
next() - Method in class cascading.tuple.TupleEntryChainIterator: Method next returns the next TupleEntry.
next() - Method in class cascading.tuple.TupleEntryIterableChainIterator: Method next returns the next TupleEntry.
next() - Method in class cascading.tuple.TupleEntrySchemeIterator
next() - Method in class cascading.util.ForeverValueIterator
next() - Method in class cascading.util.SingleValueIterator
NoCoGroupJoinTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NoCoGroupJoinTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NoCoGroupJoinTapExpressionGraph
node - Variable in class cascading.flow.stream.graph.NodeStreamGraph
nodeConfigDef - Variable in class cascading.pipe.Pipe
NodeStreamGraph - Class in cascading.flow.stream.graph
NodeStreamGraph(FlowProcess, FlowNode) - Constructor for class cascading.flow.stream.graph.NodeStreamGraph
NodeStreamGraph(FlowProcess, FlowNode, FlowElement) - Constructor for class cascading.flow.stream.graph.NodeStreamGraph
nodeSubGraph - Variable in class cascading.flow.planner.BaseFlowNode
NoGroupJoinMergeBoundaryTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NoGroupJoinMergeBoundaryTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NoGroupJoinMergeBoundaryTapExpressionGraph
NoGroupJoinTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NoGroupJoinTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NoGroupJoinTapExpressionGraph
NoGroupTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NoGroupTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NoGroupTapExpressionGraph
NoMergeTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NoMergeTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NoMergeTapExpressionGraph
NON_BLOCKING - Static variable in class cascading.flow.planner.iso.expression.PathScopeExpression
NonBlockedBlockedJoinAnnotatorExpression - Class in cascading.flow.planner.rule.expression
NonBlockedBlockedJoinAnnotatorExpression() - Constructor for class cascading.flow.planner.rule.expression.NonBlockedBlockedJoinAnnotatorExpression
NonBlockedBlockedJoinExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NonBlockedBlockedJoinExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NonBlockedBlockedJoinExpressionGraph
NonBlockedBlockedJoinJoinAnnotatorExpression - Class in cascading.flow.planner.rule.expression
NonBlockedBlockedJoinJoinAnnotatorExpression() - Constructor for class cascading.flow.planner.rule.expression.NonBlockedBlockedJoinJoinAnnotatorExpression
NonBlockedBlockedJoinJoinExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NonBlockedBlockedJoinJoinExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NonBlockedBlockedJoinJoinExpressionGraph
NONE - Static variable in class cascading.tuple.Fields: Field NONE represents a wildcard for no fields
NonSafeAndSplitAndSyncPipeExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NonSafeAndSplitAndSyncPipeExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NonSafeAndSplitAndSyncPipeExpressionGraph
NonSafeOperationExpression - Class in cascading.flow.planner.iso.expression
NonSafeOperationExpression(ElementCapture) - Constructor for class cascading.flow.planner.iso.expression.NonSafeOperationExpression
NonSafeOperationExpression(TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.NonSafeOperationExpression
NonSafeOperationExpression() - Constructor for class cascading.flow.planner.iso.expression.NonSafeOperationExpression
NoOp - Class in cascading.operation: Class NoOp does nothing.
NoOp() - Constructor for class cascading.operation.NoOp: Constructor NoOp creates a new NoOp instance that will ignore the argument values and return no output.
NoOpPipeExpression - Class in cascading.flow.planner.rule.expression
NoOpPipeExpression() - Constructor for class cascading.flow.planner.rule.expression.NoOpPipeExpression
NoOpPipeExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
NoOpPipeExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.NoOpPipeExpressionGraph
normalizeUrl(String) - Static method in class cascading.util.Util: This method attempts to remove duplicate consecutive forward slashes from the given url.
not(ElementExpression) - Static method in class cascading.flow.planner.iso.expression.NotElementExpression
Not - Class in cascading.operation.filter: Class Not is a Filter class that will logically 'not' (negation) the results of the constructor provided Filter instance.
Not(Filter) - Constructor for class cascading.operation.filter.Not: Constructor Not creates a new Not instance.
NOT_ORDINAL_ZERO - Static variable in class cascading.flow.planner.iso.expression.OrdinalScopeExpression
NotElementExpression - Class in cascading.flow.planner.iso.expression
NotElementExpression(ElementExpression) - Constructor for class cascading.flow.planner.iso.expression.NotElementExpression
notify(CascadingStats, CascadingStats.Status, CascadingStats.Status) - Method in interface cascading.stats.StatsListener
notifyReadSpillBegin(Spillable) - Method in interface cascading.tuple.collect.Spillable.SpillListener
notifyWriteSpillBegin(Spillable, int, String) - Method in interface cascading.tuple.collect.Spillable.SpillListener
notifyWriteSpillEnd(SpillableTupleList, long) - Method in interface cascading.tuple.collect.Spillable.SpillListener
NULL - Static variable in class cascading.flow.FlowProcess: Field NULL is a noop implementation of FlowSession.
NULL - Static variable in class cascading.flow.FlowSession: Field NULL is a noop implementation of FlowSession.
NULL - Static variable in class cascading.flow.planner.graph.BaseElementGraph
NULL - Static variable in class cascading.flow.planner.PlannerContext
NULL - Static variable in class cascading.management.state.ClientState
NULL - Static variable in interface cascading.tuple.collect.Spillable.SpillListener
NULL - Static variable in class cascading.tuple.Tuple: A constant empty Tuple instance.
NULL - Static variable in class cascading.tuple.TupleEntry: An EMPTY TupleEntry instance for use as a stand in instead of a null.
NULL - Static variable in interface cascading.util.cache.CacheEvictionCallback: NO-OP implementation of CacheEvictionCallback.
NULL - Static variable in interface cascading.util.ProcessLogger
nulledCopy(TupleEntry, Fields) - Static method in class cascading.tuple.Tuples
nulledCopy(Fields, Tuple, Fields) - Static method in class cascading.tuple.Tuples
NullNotEquivalentComparator - Class in cascading.util: Class NullNotEquivalentComparator simply returns -1 if the lhs is null, 1 if the rhs is null, or the result of lhs.compareTo(rhs).
NullNotEquivalentComparator() - Constructor for class cascading.util.NullNotEquivalentComparator
nullsAreNotEqual - Variable in class cascading.flow.stream.element.GroupingSpliceGate
NullScheme<Config,Input,Output,SourceContext,SinkContext> - Class in cascading.scheme: Class NullScheme is a Scheme that neither reads or writes any values.
NullScheme() - Constructor for class cascading.scheme.NullScheme
NullScheme(Fields, Fields) - Constructor for class cascading.scheme.NullScheme
numArgs - Variable in class cascading.operation.BaseOperation: Field numArgs
numIncomingEventingPaths - Variable in class cascading.flow.stream.element.MemorySpliceGate
numJoins() - Method in class cascading.pipe.joiner.BufferJoin
numJoins() - Method in class cascading.pipe.joiner.InnerJoin
numJoins() - Method in interface cascading.pipe.joiner.Joiner: Returns the number of joins this instance can handle.
numJoins() - Method in class cascading.pipe.joiner.LeftJoin
numJoins() - Method in class cascading.pipe.joiner.MixedJoin
numJoins() - Method in class cascading.pipe.joiner.OuterJoin
numJoins() - Method in class cascading.pipe.joiner.RightJoin
numValues - Variable in class cascading.scheme.util.DelimitedParser: Field numValues

O

OBJECT - Static variable in class cascading.tuple.coerce.Coercions
ObjectCoerce - Class in cascading.tuple.coerce
ObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.ObjectCoerce
offsetSelector(int, int) - Static method in class cascading.tuple.Fields: Method offsetSelector is a factory that makes new instances of Fields the given size but offset by startPos.
onCompleted(Cascade) - Method in interface cascading.cascade.CascadeListener: The onCompleted event is fired when a Cascade instance has completed all work whether if was success or failed.
onCompleted(Flow) - Method in interface cascading.flow.FlowListener: The onCompleted event is fired when a Flow instance has completed all work whether if was success or failed.
onlyParseLine(String) - Method in class cascading.scheme.util.DelimitedParser
OnlyPipeExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
OnlyPipeExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.OnlyPipeExpressionGraph
onStarting(Cascade) - Method in interface cascading.cascade.CascadeListener: The onStarting event is fired when a Cascade instance receives the start() message.
onStarting(Flow) - Method in interface cascading.flow.FlowListener: The onStarting event is fired when a Flow instance receives the start() message.
onStepCompleted(FlowStep) - Method in interface cascading.flow.FlowStepListener: The onStepCompleted event is fired when a flowStepJob completed its work
onStepRunning(FlowStep) - Method in interface cascading.flow.FlowStepListener: The onStepRunning event is fired when a given FlowStep moves into the running state
onStepStarting(FlowStep) - Method in interface cascading.flow.FlowStepListener: The onStarting event is fired when a given FlowStep job has been submitted i.e.
onStepStopping(FlowStep) - Method in interface cascading.flow.FlowStepListener: The onStepStopping event is fired when a given FlowStep job is stopped
onStepThrowable(FlowStep, Throwable) - Method in interface cascading.flow.FlowStepListener: The onStepThrowable event is fired if a given FlowStep throws a Throwable type.
onStopping(Cascade) - Method in interface cascading.cascade.CascadeListener: The onStopping event is fired when a Cascade instance receives the stop() message.
onStopping(Flow) - Method in interface cascading.flow.FlowListener: The onStopping event is fired when a Flow instance receives the stop() message.
onThrowable(Cascade, Throwable) - Method in interface cascading.cascade.CascadeListener: The onThrowable event is fired if any child Flow throws a Throwable type.
onThrowable(Flow, Throwable) - Method in interface cascading.flow.FlowListener: The onThrowable event is fired if any child FlowStep throws a Throwable type.
OPEN_WRITES_THRESHOLD_DEFAULT - Static variable in class cascading.tap.partition.BasePartitionTap: Field OPEN_FILES_THRESHOLD_DEFAULT
OpenDuct<Incoming,Outgoing> - Class in cascading.flow.stream.duct
OpenDuct(Duct<Outgoing, ?>) - Constructor for class cascading.flow.stream.duct.OpenDuct
openForRead(FlowProcess<? extends Config>, Input) - Method in class cascading.tap.DecoratorTap
openForRead(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
openForRead(FlowProcess<? extends Config>, Input) - Method in class cascading.tap.MultiSourceTap
openForRead(FlowProcess<? extends Config>, Input) - Method in class cascading.tap.partition.BasePartitionTap
openForRead(FlowProcess<? extends Config>, Void) - Method in class cascading.tap.SinkTap
openForRead(FlowProcess<? extends Config>, Input) - Method in class cascading.tap.Tap: Method openForRead opens the resource represented by this Tap instance for reading.
openForRead(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method openForRead opens the resource represented by this Tap instance for reading.
openForWrite(FlowProcess<? extends Config>, Output) - Method in class cascading.tap.DecoratorTap
openForWrite(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
openForWrite(FlowProcess<? extends Config>, Output) - Method in class cascading.tap.MultiSinkTap
openForWrite(FlowProcess<? extends Config>, Output) - Method in class cascading.tap.partition.BasePartitionTap
openForWrite(FlowProcess<? extends Config>, Void) - Method in class cascading.tap.SourceTap
openForWrite(FlowProcess<? extends Config>, Output) - Method in class cascading.tap.Tap: Method openForWrite opens the resource represented by this Tap instance for writing.
openForWrite(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method openForWrite opens the resource represented by this Tap instance for writing.
OpenReducingDuct<Incoming,Outgoing> - Class in cascading.flow.stream.duct
OpenReducingDuct(Duct<Outgoing, ?>) - Constructor for class cascading.flow.stream.duct.OpenReducingDuct
openSink() - Method in class cascading.flow.BaseFlow
openSink(String) - Method in class cascading.flow.BaseFlow
openSink() - Method in interface cascading.flow.Flow: Method openSink opens the first sink Tap.
openSink(String) - Method in interface cascading.flow.Flow: Method openSink opens the named sink Tap.
openSource() - Method in class cascading.flow.BaseFlow
openSource(String) - Method in class cascading.flow.BaseFlow
openSource() - Method in interface cascading.flow.Flow: Method openSource opens the first source Tap.
openSource(String) - Method in interface cascading.flow.Flow: Method openSource opens the named source Tap.
openSystemIntermediateForWrite() - Method in class cascading.flow.FlowProcess.NullFlowProcess
openSystemIntermediateForWrite() - Method in class cascading.flow.FlowProcess
openSystemIntermediateForWrite() - Method in class cascading.flow.FlowProcessWrapper
openTapForRead(Tap) - Method in class cascading.flow.BaseFlow
openTapForRead(Tap) - Method in interface cascading.flow.Flow: Method openTapForRead return a TupleEntryIterator for the given Tap instance.
openTapForRead(Tap) - Method in class cascading.flow.FlowProcess.NullFlowProcess
openTapForRead(Tap) - Method in class cascading.flow.FlowProcess: Method openTapForRead return a TupleEntryIterator for the given Tap instance.
openTapForRead(Tap) - Method in class cascading.flow.FlowProcessWrapper
openTapForWrite(Tap) - Method in class cascading.flow.BaseFlow
openTapForWrite(Tap) - Method in interface cascading.flow.Flow: Method openTapForWrite returns a (@link TupleCollector} for the given Tap instance.
openTapForWrite(Tap) - Method in class cascading.flow.FlowProcess.NullFlowProcess
openTapForWrite(Tap) - Method in class cascading.flow.FlowProcess: Method openTapForWrite returns a (@link TupleCollector} for the given Tap instance.
openTapForWrite(Tap) - Method in class cascading.flow.FlowProcessWrapper
openTrap() - Method in class cascading.flow.BaseFlow
openTrap(String) - Method in class cascading.flow.BaseFlow
openTrap() - Method in interface cascading.flow.Flow: Method openTrap opens the first trap Tap.
openTrap(String) - Method in interface cascading.flow.Flow: Method openTrap opens the named trap Tap.
openTrapForWrite(Tap) - Method in class cascading.flow.FlowProcess.NullFlowProcess
openTrapForWrite(Tap) - Method in class cascading.flow.FlowProcess: Method openTrapForWrite returns a (@link TupleCollector} for the given Tap instance.
openTrapForWrite(Tap) - Method in class cascading.flow.FlowProcessWrapper
OpenWindow - Interface in cascading.flow.stream.duct
openWritesThreshold - Variable in class cascading.tap.partition.BasePartitionTap: Field openTapsThreshold
operate(FlowProcess, BufferCall) - Method in class cascading.operation.buffer.FirstNBuffer
operate(FlowProcess, BufferCall<Context>) - Method in interface cascading.operation.Buffer: Method operate is called once for each grouping.
operate(FlowProcess, FunctionCall<ScriptOperation.Context>) - Method in class cascading.operation.expression.ExpressionFunction
operate(FlowProcess, FunctionCall<ScriptOperation.Context>) - Method in class cascading.operation.expression.ScriptFunction
operate(FlowProcess, FunctionCall<ScriptOperation.Context>) - Method in class cascading.operation.expression.ScriptTupleFunction
operate(FlowProcess, FunctionCall<Context>) - Method in interface cascading.operation.Function: Method operate provides the implementation of this Function.
operate(FlowProcess, FunctionCall) - Method in class cascading.operation.function.SetValue
operate(FlowProcess, FunctionCall) - Method in class cascading.operation.function.UnGroup
operate(FlowProcess, FunctionCall<Identity.Functor>) - Method in class cascading.operation.Identity
operate(FlowProcess, FunctionCall) - Method in class cascading.operation.Insert
operate(FlowProcess, FunctionCall) - Method in class cascading.operation.NoOp
operate(FlowProcess, FunctionCall<Pair<Matcher, Tuple>>) - Method in class cascading.operation.regex.RegexGenerator
operate(FlowProcess, FunctionCall<Pair<Matcher, Tuple>>) - Method in class cascading.operation.regex.RegexParser
operate(FlowProcess, FunctionCall<Pair<Matcher, Tuple>>) - Method in class cascading.operation.regex.RegexReplace
operate(FlowProcess, FunctionCall<Pair<Pattern, Tuple>>) - Method in class cascading.operation.regex.RegexSplitGenerator
operate(FlowProcess, FunctionCall<Pair<Pattern, Tuple>>) - Method in class cascading.operation.regex.RegexSplitter
operate(FlowProcess, FunctionCall<Pair<SimpleDateFormat, Tuple>>) - Method in class cascading.operation.text.DateFormatter
operate(FlowProcess, FunctionCall<Pair<SimpleDateFormat, Tuple>>) - Method in class cascading.operation.text.DateParser
operate(FlowProcess, FunctionCall<Tuple>) - Method in class cascading.operation.text.FieldFormatter
operate(FlowProcess, FunctionCall<Tuple>) - Method in class cascading.operation.text.FieldJoiner
operate(FlowProcess, FunctionCall<AggregateBy.CompositeFunction.Context>) - Method in class cascading.pipe.assembly.AggregateBy.CompositeFunction
operate() - Method in interface cascading.util.Util.RetryOperator
Operation<Context> - Interface in cascading.operation: Interface Operation is the base interface for all functions applied to Tuple streams.
operation - Variable in class cascading.pipe.Operator: Field operation
operationCall - Variable in class cascading.flow.stream.element.OperatorStage
OperationCall<Context> - Interface in cascading.operation
OperationException - Exception in cascading.operation: Class OperationException is thrown by BaseOperation classes.
OperationException() - Constructor for exception cascading.operation.OperationException: Constructor OperationException creates a new OperationException instance.
OperationException(String) - Constructor for exception cascading.operation.OperationException: Constructor OperationException creates a new OperationException instance.
OperationException(String, Throwable) - Constructor for exception cascading.operation.OperationException: Constructor OperationException creates a new OperationException instance.
OperationException(Throwable) - Constructor for exception cascading.operation.OperationException: Constructor OperationException creates a new OperationException instance.
OperationExpression - Class in cascading.flow.planner.iso.expression
OperationExpression(ElementCapture, boolean, Class<? extends Operation>) - Constructor for class cascading.flow.planner.iso.expression.OperationExpression
OperationExpression(ElementCapture, Class<? extends Operation>) - Constructor for class cascading.flow.planner.iso.expression.OperationExpression
OperationExpression(boolean, Class<? extends Operation>) - Constructor for class cascading.flow.planner.iso.expression.OperationExpression
OperationExpression(Class<? extends Operation>) - Constructor for class cascading.flow.planner.iso.expression.OperationExpression
Operator - Class in cascading.pipe: An Operator is a type of Pipe.
Operator(Operation) - Constructor for class cascading.pipe.Operator
Operator(String, Operation) - Constructor for class cascading.pipe.Operator
Operator(String, Operation, Fields) - Constructor for class cascading.pipe.Operator
Operator(String, Fields, Operation) - Constructor for class cascading.pipe.Operator
Operator(String, Fields, Operation, Fields) - Constructor for class cascading.pipe.Operator
Operator(Pipe, Operation) - Constructor for class cascading.pipe.Operator
Operator(Pipe, Fields, Operation) - Constructor for class cascading.pipe.Operator
Operator(Pipe, Fields, Operation, Fields) - Constructor for class cascading.pipe.Operator
Operator(Pipe, Operation, Fields) - Constructor for class cascading.pipe.Operator
Operator(String, PlannerLevel, PlannedOperation, Fields) - Constructor for class cascading.pipe.Operator
Operator(String, Fields, PlannerLevel, PlannedOperation, Fields) - Constructor for class cascading.pipe.Operator
Operator(Pipe, PlannerLevel, PlannedOperation, Fields) - Constructor for class cascading.pipe.Operator
Operator(Pipe, Fields, PlannerLevel, PlannedOperation, Fields) - Constructor for class cascading.pipe.Operator
OperatorException - Exception in cascading.pipe: Class OperatorException is thrown during field name resolution during planning
OperatorException() - Constructor for exception cascading.pipe.OperatorException
OperatorException(Pipe, String) - Constructor for exception cascading.pipe.OperatorException: Constructor OperatorException creates a new OperatorException instance.
OperatorException(Pipe, String, Throwable) - Constructor for exception cascading.pipe.OperatorException: Constructor OperatorException creates a new OperatorException instance.
OperatorException(String) - Constructor for exception cascading.pipe.OperatorException
OperatorException(String, Throwable) - Constructor for exception cascading.pipe.OperatorException
OperatorException(Throwable) - Constructor for exception cascading.pipe.OperatorException
OperatorException(Pipe, Fields, Fields, Fields, Throwable) - Constructor for exception cascading.pipe.OperatorException: Constructor OperatorException creates a new OperatorException instance.
OperatorException(Pipe, OperatorException.Kind, Fields, Fields, Throwable) - Constructor for exception cascading.pipe.OperatorException: Constructor OperatorException creates a new OperatorException instance.
OperatorStage<Incoming> - Class in cascading.flow.stream.element
OperatorStage(FlowProcess, FlowElement) - Constructor for class cascading.flow.stream.element.OperatorStage
or(ElementExpression...) - Static method in class cascading.flow.planner.iso.expression.OrElementExpression
or(ElementCapture, ElementExpression...) - Static method in class cascading.flow.planner.iso.expression.OrElementExpression
Or - Class in cascading.operation.filter: Class Or is a Filter class that will logically 'or' the results of the constructor provided Filter instances.
Or(Filter...) - Constructor for class cascading.operation.filter.Or: Constructor Or creates a new Or instance where all Filter instances receive all arguments.
Or(Fields, Filter, Fields, Filter) - Constructor for class cascading.operation.filter.Or: Constructor Or creates a new Or instance.
Or(Fields[], Filter[]) - Constructor for class cascading.operation.filter.Or: Constructor Or creates a new Or instance.
ORANGE - Static variable in class cascading.flow.planner.rule.util.TraceWriter
Order - Enum in cascading.management.annotation: Order describes the order in which Property annotations shall be displayed.
OrderedHashMapCache<Key,Value> - Class in cascading.util.cache: Implementation of the CascadingCache interface backed by a LinkedHashMap.
OrderedHashMapCache() - Constructor for class cascading.util.cache.OrderedHashMapCache
OrderedHashMapCacheFactory - Class in cascading.util.cache: Concrete sub-class of BaseCacheFactory for creating OrderedHashMapCache instances.
OrderedHashMapCacheFactory() - Constructor for class cascading.util.cache.OrderedHashMapCacheFactory
ORDINAL_ZERO - Static variable in class cascading.flow.planner.iso.expression.OrdinalScopeExpression
ordinalBetween(Duct, Duct) - Method in class cascading.flow.stream.graph.StreamGraph
ordinalMap - Variable in class cascading.flow.stream.element.GroupingSpliceGate
OrdinalScopeExpression - Class in cascading.flow.planner.iso.expression
OrdinalScopeExpression(int) - Constructor for class cascading.flow.planner.iso.expression.OrdinalScopeExpression
OrdinalScopeExpression(ScopeExpression.Applies, int) - Constructor for class cascading.flow.planner.iso.expression.OrdinalScopeExpression
OrdinalScopeExpression(boolean, int) - Constructor for class cascading.flow.planner.iso.expression.OrdinalScopeExpression
OrdinalScopeExpression(ScopeExpression.Applies, boolean, int) - Constructor for class cascading.flow.planner.iso.expression.OrdinalScopeExpression
OrElementExpression - Class in cascading.flow.planner.iso.expression
OrElementExpression(ElementExpression...) - Constructor for class cascading.flow.planner.iso.expression.OrElementExpression
OrElementExpression(ElementCapture, ElementExpression...) - Constructor for class cascading.flow.planner.iso.expression.OrElementExpression
original - Variable in class cascading.tap.DecoratorTap
outDegreeOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
outDegreeOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
outDegreeOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
outDegreeOf(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
outDegreeOf(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
OUTER - Static variable in class cascading.pipe.joiner.MixedJoin: Field OUTER
OuterJoin - Class in cascading.pipe.joiner: Class OuterJoin will return an Iterator that will iterate over a given Joiner and return tuples that represent and outer join of the CoGrouper internal grouped tuple collections.
OuterJoin() - Constructor for class cascading.pipe.joiner.OuterJoin
OuterJoin(Fields) - Constructor for class cascading.pipe.joiner.OuterJoin
OuterJoin.JoinIterator - Class in cascading.pipe.joiner
OuterJoin.JoinIterator(JoinerClosure) - Constructor for class cascading.pipe.joiner.OuterJoin.JoinIterator
outgoingBuilder - Variable in class cascading.flow.stream.element.OperatorStage
outgoingEdgesOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
outgoingEdgesOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
outgoingEdgesOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
outgoingEdgesOf(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
outgoingEdgesOf(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
outgoingEntry - Variable in class cascading.flow.stream.element.OperatorStage
outgoingScopeFor(Set<Scope>) - Method in interface cascading.flow.FlowElement: Method outgoingScopeFor returns the Scope this FlowElement hands off to the next FlowElement.
outgoingScopeFor(Set<Scope>) - Method in enum cascading.flow.planner.graph.Extent
outgoingScopeFor(Set<Scope>) - Method in class cascading.pipe.Each
outgoingScopeFor(Set<Scope>) - Method in class cascading.pipe.Every
outgoingScopeFor(Set<Scope>) - Method in class cascading.pipe.Operator
outgoingScopeFor(Set<Scope>) - Method in class cascading.pipe.Pipe
outgoingScopeFor(Set<Scope>) - Method in class cascading.pipe.Splice
outgoingScopeFor(Set<Scope>) - Method in class cascading.tap.DecoratorTap
outgoingScopeFor(Set<Scope>) - Method in class cascading.tap.Tap
outgoingScopes - Variable in class cascading.flow.stream.element.BoundaryStage
outgoingScopes - Variable in class cascading.flow.stream.element.ElementStage
outgoingScopes - Variable in class cascading.flow.stream.element.SpliceGate
outgoingSelector - Variable in class cascading.flow.stream.element.OperatorStage
outputCollector - Variable in class cascading.flow.stream.element.OperatorStage
outputSelector - Variable in class cascading.pipe.Operator: Field outputSelector

P

pair(int, int) - Static method in class cascading.flow.planner.graph.ElementGraphs
Pair<Lhs,Rhs> - Class in cascading.util
Pair(Lhs, Rhs) - Constructor for class cascading.util.Pair
PARAMETER_FILTER_PROPERTY - Static variable in class cascading.management.annotation.URISanitizer: System property for listing URI parameters to be filtered out (usernames, passwords etc.)
Value cases are ignored, thus UserName will be equivalent to username.
parameterNames - Variable in class cascading.operation.expression.ScriptOperation: Field parameterNames
parameterTypes - Variable in class cascading.operation.expression.ScriptOperation: Field parameterTypes
parent(ProcessLevel) - Static method in enum cascading.flow.planner.rule.ProcessLevel
parent - Variable in class cascading.pipe.Pipe: Field parent
parent - Variable in class cascading.tap.partition.BasePartitionTap: Field parent
parseFirstLine(FlowProcess, Tap) - Method in class cascading.scheme.util.DelimitedParser
parseLine(String) - Method in class cascading.scheme.util.DelimitedParser
partition(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.subgraph.GraphPartitioner
partition(PlannerContext, ElementGraph, Collection<FlowElement>) - Method in class cascading.flow.planner.iso.subgraph.GraphPartitioner
partition(PlannerContext, ElementGraph, Collection<FlowElement>) - Method in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
partition(PlannerContext, ElementGraph, Collection<FlowElement>) - Method in class cascading.flow.planner.iso.subgraph.partitioner.WholeGraphPartitioner
partition(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.rule.RulePartitioner
partition(PlannerContext, ElementGraph, Collection<FlowElement>) - Method in class cascading.flow.planner.rule.RulePartitioner
partition - Variable in class cascading.tap.partition.BasePartitionTap: Field partition
Partition - Interface in cascading.tap.partition: The Partition interface allows for custom partitioning mechanisms to be created with the BasePartitionTap sub-classes.
Partitions - Class in cascading.flow.planner.iso.subgraph
Partitions(GraphPartitioner, ElementGraph, Map<ElementGraph, EnumMultiMap>) - Constructor for class cascading.flow.planner.iso.subgraph.Partitions
Partitions(GraphPartitioner, ElementGraph, ElementGraph, List<Match>, Map<ElementGraph, EnumMultiMap>) - Constructor for class cascading.flow.planner.iso.subgraph.Partitions
partitionSource - Variable in class cascading.flow.planner.rule.RulePartitioner
PartitionTapProps - Class in cascading.tap.partition: Class PartitionTapProps is a fluent helper class to set properties which control the behaviour of the BasePartitionTap.
PartitionTapProps() - Constructor for class cascading.tap.partition.PartitionTapProps: Constructs a new PartitionTapProps instance.
partitionTapProps() - Static method in class cascading.tap.partition.PartitionTapProps: Creates a new PartitionTapProps instance.
PartitionTupleEntryIterator - Class in cascading.tap.partition
PartitionTupleEntryIterator(Fields, Partition, String, String, TupleEntrySchemeIterator) - Constructor for class cascading.tap.partition.PartitionTupleEntryIterator
PATH_DELIM - Static variable in class cascading.tap.partition.DelimitedPartition
PathScopeExpression - Class in cascading.flow.planner.iso.expression: All is a special case allowing allowing a node-node match with any number of edges
PathScopeExpression() - Constructor for class cascading.flow.planner.iso.expression.PathScopeExpression
PathScopeExpression(ScopeExpression.Applies) - Constructor for class cascading.flow.planner.iso.expression.PathScopeExpression
PathScopeExpression(PathScopeExpression.Mode) - Constructor for class cascading.flow.planner.iso.expression.PathScopeExpression
PathScopeExpression(ScopeExpression.Applies, PathScopeExpression.Mode) - Constructor for class cascading.flow.planner.iso.expression.PathScopeExpression
PathScopeExpression.Mode - Enum in cascading.flow.planner.iso.expression
patternString - Variable in class cascading.operation.assertion.AssertGroupBase: Field patternString
patternString - Variable in class cascading.operation.regex.RegexOperation: Field patternString
performMutation(PlannerContext, RuleResult, PlanPhase, Rule) - Method in class cascading.flow.planner.rule.RuleExec
performOperation(Tuple[], TupleEntry) - Method in class cascading.operation.aggregator.ExtentBase
performOperation(Tuple[], TupleEntry) - Method in class cascading.operation.aggregator.First
performOperation(Tuple[], TupleEntry) - Method in class cascading.operation.aggregator.Last
PERMITTED_EXCEPTIONS - Static variable in class cascading.tuple.TupleEntrySchemeIteratorProps
phase - Variable in class cascading.flow.planner.rule.RulePartitioner
Pipe - Class in cascading.pipe: Class Pipe is used to name branches in pipe assemblies, and as a base class for core processing model types, specifically Each, Every, GroupBy, CoGroup, Merge, HashJoin, and SubAssembly.
Pipe() - Constructor for class cascading.pipe.Pipe
Pipe(Pipe) - Constructor for class cascading.pipe.Pipe
Pipe(String) - Constructor for class cascading.pipe.Pipe: Constructor Pipe creates a new Pipe instance with the given name.
Pipe(String, Pipe) - Constructor for class cascading.pipe.Pipe: Constructor Pipe creates a new Pipe instance with the given name and previous Pipe instance.
pipelineGraphs - Variable in class cascading.flow.planner.BaseFlowNode
pipes(Pipe...) - Static method in class cascading.pipe.Pipe: Convenience method to create an array of Pipe instances.
PlannedOperation<Context> - Interface in cascading.operation: Interface PlannedOperation is implemented by all Operation implementations that use a PlannerLevel value to inform the FlowPlanner how to treat the operation during job planning.
PlannerContext - Class in cascading.flow.planner
PlannerContext() - Constructor for class cascading.flow.planner.PlannerContext
PlannerContext(RuleRegistry) - Constructor for class cascading.flow.planner.PlannerContext
PlannerContext(RuleRegistry, FlowPlanner, FlowDef, Flow, boolean) - Constructor for class cascading.flow.planner.PlannerContext
PlannerException - Exception in cascading.flow.planner: Class PlannerException is thrown when a job planner fails.
PlannerException() - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(FlowElement, String) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(FlowElement, String, Throwable) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(FlowElement, String, Throwable, ElementGraph) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(String) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(String, Throwable) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(Throwable) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(String, ElementGraph) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(String, Throwable, ElementGraph) - Constructor for exception cascading.flow.planner.PlannerException: Constructor PlannerException creates a new PlannerException instance.
PlannerException(Rule, Exception) - Constructor for exception cascading.flow.planner.PlannerException
PlannerException(PlanPhase, Rule, Throwable) - Constructor for exception cascading.flow.planner.PlannerException
PlannerException(PlanPhase, Rule, ElementGraph, Throwable) - Constructor for exception cascading.flow.planner.PlannerException
PlannerException(RuleRegistry, PlanPhase, Rule, Throwable) - Constructor for exception cascading.flow.planner.PlannerException
PlannerException(RuleRegistry, PlanPhase, Rule, ElementGraph, Throwable) - Constructor for exception cascading.flow.planner.PlannerException
PlannerInfo - Class in cascading.flow.planner
PlannerInfo(String, String, String) - Constructor for class cascading.flow.planner.PlannerInfo
PlannerLevel - Interface in cascading.operation: Interface PlannerLevel is the base interface for DebugLevel and AssertionLevel enum types.
plannerLevel - Variable in class cascading.pipe.Operator: Field assertionLevel
PlannerLevelElementExpression - Class in cascading.flow.planner.iso.expression
PlannerLevelElementExpression(ElementCapture, Class<? extends PlannerLevel>) - Constructor for class cascading.flow.planner.iso.expression.PlannerLevelElementExpression
PlannerLevelExpression - Class in cascading.flow.planner.rule.expression
PlannerLevelExpression(Class<? extends PlannerLevel>) - Constructor for class cascading.flow.planner.rule.expression.PlannerLevelExpression
PlannerLevelPipeExpressionGraph - Class in cascading.flow.planner.iso.expression
PlannerLevelPipeExpressionGraph(Class<? extends PlannerLevel>) - Constructor for class cascading.flow.planner.iso.expression.PlannerLevelPipeExpressionGraph
PlanPhase - Enum in cascading.flow.planner.rule
planPhases(PlannerContext, boolean, RuleResult) - Method in class cascading.flow.planner.rule.RuleExec
platform - Variable in class cascading.flow.planner.PlannerInfo
PlatformInfo - Class in cascading.flow.planner
PlatformInfo(String, String, String) - Constructor for class cascading.flow.planner.PlatformInfo
pollFirstEntry() - Method in class cascading.util.SortedListMultiMap
pollingInterval - Variable in class cascading.flow.planner.FlowStepJob: Field pollingInterval
predecessorListOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
predecessorListOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
predecessorListOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
predecessorListOf(ProcessGraph<? extends ProcessModel>, ProcessModel) - Static method in class cascading.flow.planner.process.ProcessGraphs
predecessors - Variable in class cascading.flow.planner.FlowStepJob: Field predecessors
prepare() - Method in class cascading.cascade.BaseCascade
prepare() - Method in class cascading.flow.BaseFlow
prepare() - Method in interface cascading.flow.Flow: Method prepare is used by a Cascade to notify the given Flow it should initialize or clear any resources necessary for Flow.start() to be called successfully.
prepare() - Method in class cascading.flow.process.ProcessFlow
prepare() - Method in class cascading.flow.stream.duct.Duct
prepare() - Method in class cascading.flow.stream.element.MemoryHashJoinGate
prepare() - Method in class cascading.flow.stream.element.MemorySpliceGate
prepare() - Method in class cascading.flow.stream.element.OperatorStage
prepare() - Method in class cascading.flow.stream.element.SinkStage
prepare() - Method in class cascading.flow.stream.graph.StreamGraph: Calls prepare starting at the tail and working backwards
prepare() - Method in interface cascading.management.UnitOfWork
prepare(FlowProcess, OperationCall<Average.Context>) - Method in class cascading.operation.aggregator.Average
prepare(FlowProcess, OperationCall<Pair<Long[], Tuple>>) - Method in class cascading.operation.aggregator.Count
prepare(FlowProcess, OperationCall<Tuple[]>) - Method in class cascading.operation.aggregator.ExtentBase
prepare(FlowProcess, OperationCall<ExtremaValueBase.Context>) - Method in class cascading.operation.aggregator.ExtremaValueBase
prepare(FlowProcess, OperationCall<Pair<Double[], Tuple>>) - Method in class cascading.operation.aggregator.Sum
prepare(FlowProcess, OperationCall<AssertGroupBase.Context>) - Method in class cascading.operation.assertion.AssertGroupBase
prepare(FlowProcess, OperationCall<Context>) - Method in class cascading.operation.BaseOperation: Method prepare does nothing, and may safely be overridden.
prepare(FlowProcess, OperationCall<Long>) - Method in class cascading.operation.Debug
prepare(FlowProcess, OperationCall<ScriptOperation.Context>) - Method in class cascading.operation.expression.ScriptOperation
prepare(FlowProcess, OperationCall<Limit.Context>) - Method in class cascading.operation.filter.Limit
prepare(FlowProcess, OperationCall) - Method in class cascading.operation.filter.Logic
prepare(FlowProcess, OperationCall) - Method in class cascading.operation.filter.Not
prepare(FlowProcess, OperationCall<Random>) - Method in class cascading.operation.filter.Sample
prepare(FlowProcess, OperationCall) - Method in class cascading.operation.function.SetValue
prepare(FlowProcess, OperationCall<Identity.Functor>) - Method in class cascading.operation.Identity
prepare(FlowProcess, OperationCall<Context>) - Method in interface cascading.operation.Operation: The prepare method is called immediately before the current Operation instance is put into play processing Tuples.
prepare(FlowProcess, OperationCall<Pair<Matcher, Tuple>>) - Method in class cascading.operation.regex.RegexGenerator
prepare(FlowProcess, OperationCall<Matcher>) - Method in class cascading.operation.regex.RegexMatcher
prepare(FlowProcess, OperationCall<Pair<Matcher, Tuple>>) - Method in class cascading.operation.regex.RegexParser
prepare(FlowProcess, OperationCall<Pair<Matcher, Tuple>>) - Method in class cascading.operation.regex.RegexReplace
prepare(FlowProcess, OperationCall<Pair<Pattern, Tuple>>) - Method in class cascading.operation.regex.RegexSplitGenerator
prepare(FlowProcess, OperationCall<Pair<Pattern, Tuple>>) - Method in class cascading.operation.regex.RegexSplitter
prepare(FlowProcess, OperationCall<Boolean>) - Method in class cascading.operation.state.Status
prepare(FlowProcess, OperationCall<Pair<SimpleDateFormat, Tuple>>) - Method in class cascading.operation.text.DateOperation
prepare(FlowProcess, OperationCall<Tuple>) - Method in class cascading.operation.text.FieldFormatter
prepare(FlowProcess, OperationCall<Tuple>) - Method in class cascading.operation.text.FieldJoiner
prepare(FlowProcess, OperationCall<AggregateBy.CompositeFunction.Context>) - Method in class cascading.pipe.assembly.AggregateBy.CompositeFunction
prepare(FlowProcess, OperationCall<AverageBy.AverageFinal.Context>) - Method in class cascading.pipe.assembly.AverageBy.AverageFinal
prepare(FlowProcess, OperationCall<CascadingCache<Tuple, Object>>) - Method in class cascading.pipe.assembly.Unique.FilterPartialDuplicates
prepare() - Method in class cascading.stats.CascadingStats: Method prepare initializes this instance.
prepare() - Method in class cascading.tuple.TupleEntrySchemeCollector: Need to defer preparing the scheme till after the fields have been resolved
prepareField(int, String, Type) - Method in interface cascading.scheme.util.FieldTypeResolver
prepareFields(Iterable) - Method in class cascading.scheme.util.DelimitedParser
prepareForMatch(ProcessLogger, Transformed<ElementGraph>, ElementGraph) - Method in class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
prepareForMatch(ProcessLogger, Transformed<ElementGraph>, ElementGraph) - Method in class cascading.flow.planner.iso.transformer.MutateGraphTransformer
prepareForMatch(ProcessLogger, Transformed<E>, E) - Method in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
prepareResourceForRead(Config) - Method in class cascading.tap.DecoratorTap
prepareResourceForRead(Config) - Method in class cascading.tap.partition.BasePartitionTap
prepareResourceForRead(Config) - Method in class cascading.tap.SinkTap
prepareResourceForRead(Config) - Method in class cascading.tap.Tap: Method prepareResourceForRead allows the underlying resource to be notified when reading will begin.
prepareResourceForWrite(Config) - Method in class cascading.tap.DecoratorTap
prepareResourceForWrite(Config) - Method in class cascading.tap.partition.BasePartitionTap
prepareResourceForWrite(Config) - Method in class cascading.tap.SourceTap
prepareResourceForWrite(Config) - Method in class cascading.tap.Tap: Method prepareResourceForWrite allows the underlying resource to be notified when writing will begin.
prepareResources() - Method in class cascading.flow.planner.BaseFlowStep
presentSinkFields(FlowElementGraph) - Method in class cascading.flow.BaseFlow: Present the current resolved fields for the Tap
presentSinkFields(FlowProcess<? extends Config>, Tap, Fields) - Method in class cascading.scheme.Scheme: Method presentSinkFields is called after the planner is invoked and all fields are resolved.
presentSinkFields(FlowProcess<? extends Config>, Fields) - Method in class cascading.tap.DecoratorTap
presentSinkFields(FlowProcess<? extends Config>, Fields) - Method in class cascading.tap.MultiSinkTap
presentSinkFields(FlowProcess<? extends Config>, Fields) - Method in class cascading.tap.Tap
presentSinkFieldsInternal(Fields) - Method in class cascading.scheme.Scheme
presentSourceFields(FlowElementGraph) - Method in class cascading.flow.BaseFlow: Present the current resolved fields for the Tap
presentSourceFields(FlowProcess<? extends Config>, Tap, Fields) - Method in class cascading.scheme.Scheme: Method presentSourceFields is called after the planner is invoked and all fields are resolved.
presentSourceFields(FlowProcess<? extends Config>, Fields) - Method in class cascading.tap.DecoratorTap
presentSourceFields(FlowProcess<? extends Config>, Fields) - Method in class cascading.tap.Tap
presentSourceFieldsInternal(Fields) - Method in class cascading.scheme.Scheme
PRESERVE_TEMPORARY_FILES - Static variable in class cascading.flow.FlowProps
previous - Variable in class cascading.pipe.Pipe: Field previous
primitives - Static variable in class cascading.tuple.coerce.Coercions
print() - Method in class cascading.flow.planner.Scope
print(Scope) - Method in class cascading.pipe.Pipe: Method print is used internally.
print() - Method in class cascading.tuple.Fields: Method print returns a String representation of this instance.
print() - Method in class cascading.tuple.io.IndexTuple
print() - Method in class cascading.tuple.io.TuplePair
print() - Method in class cascading.tuple.Tuple: Method print returns a parsable String representation of this Tuple instance.
print(Collection, String) - Static method in class cascading.util.Util
print(StringBuffer, Collection, String) - Static method in class cascading.util.Util
printBanner() - Static method in class cascading.util.Version
printElementGraph(String, SimpleDirectedGraph<String, BaseFlow.FlowHolder>) - Method in class cascading.cascade.BaseCascade
printElementGraph(String, ElementGraph, PlatformInfo) - Static method in class cascading.flow.planner.graph.ElementGraphs
printGraph(String, String, int) - Method in class cascading.flow.stream.graph.StreamGraph
printGraph(String) - Method in class cascading.flow.stream.graph.StreamGraph
printGraph(String, SimpleDirectedGraph) - Static method in class cascading.util.Util
printGraphError() - Method in class cascading.flow.stream.graph.StreamGraph
printInternal(StringBuffer, Scope) - Method in class cascading.pipe.Operator
printInternal(StringBuffer, Scope) - Method in class cascading.pipe.Pipe
printInternal(StringBuffer, Scope) - Method in class cascading.pipe.Splice
printOperationInternal(Operation, StringBuffer, Scope) - Static method in class cascading.operation.BaseOperation
printProcessGraph(String, ElementGraph, ProcessGraph<? extends ProcessModel>) - Static method in class cascading.flow.planner.graph.ElementGraphs
printProcessGraph(String) - Method in class cascading.flow.planner.process.BaseProcessGraph
printTo(StringBuffer) - Method in class cascading.tuple.io.IndexTuple
printTo(StringBuffer) - Method in class cascading.tuple.Tuple
printVerbose() - Method in class cascading.tuple.Fields: Method printLong returns a String representation of this instance along with the size.
priority() - Method in class cascading.util.ShutdownUtil.Hook
ProcessEdge<Process extends ProcessModel> - Class in cascading.flow.planner.process
ProcessEdge(Process, FlowElement, Process) - Constructor for class cascading.flow.planner.process.ProcessEdge
ProcessEdge(Process, Process) - Constructor for class cascading.flow.planner.process.ProcessEdge
ProcessFlow<Process,Config> - Class in cascading.flow.process: Class ProcessFlow is a Flow subclass that supports custom Riffle jobs.
ProcessFlow(String, Process) - Constructor for class cascading.flow.process.ProcessFlow: Constructor ProcessFlow creates a new ProcessFlow instance.
ProcessFlow(Map<Object, Object>, String, Process) - Constructor for class cascading.flow.process.ProcessFlow: Constructor ProcessFlow creates a new ProcessFlow instance.
ProcessFlow(Map<Object, Object>, String, Process, Map<String, String>) - Constructor for class cascading.flow.process.ProcessFlow: Constructor ProcessFlow creates a new ProcessFlow instance.
ProcessFlowStats - Class in cascading.stats.process: ProcessFlowStats is a sub-class of FlowStats which can fetch counters from a ProcessWrapper and hook them into the stats mechanism of Cascading.
ProcessFlowStats(Flow, ClientState, ProcessWrapper) - Constructor for class cascading.stats.process.ProcessFlowStats: Constructs a new ProcessFlowStats instance.
ProcessFlowStep - Class in cascading.flow.process
ProcessFlowStep(ProcessWrapper, int) - Constructor for class cascading.flow.process.ProcessFlowStep
ProcessGraph<Process extends ProcessModel> - Interface in cascading.flow.planner.process
ProcessGraphs - Class in cascading.flow.planner.process
ProcessGraphs() - Constructor for class cascading.flow.planner.process.ProcessGraphs
ProcessLevel - Enum in cascading.flow.planner.rule
ProcessLogger - Interface in cascading.util
ProcessModel - Interface in cascading.flow.planner.process
ProcessModels - Class in cascading.flow.planner.process
ProcessModels() - Constructor for class cascading.flow.planner.process.ProcessModels
ProcessStepStats - Class in cascading.stats.process: ProcessStepStats is an implementation of FlowStepStats used in non-hadoop based flows like ProcessFlow.
ProcessStepStats(ClientState, Map<String, Map<String, Long>>, ProcessFlowStep) - Constructor for class cascading.stats.process.ProcessStepStats: Constructs a new ProcessStepStats instance.
project(Fields) - Method in class cascading.tuple.Fields: Method project will return a new Fields instance similar to the given fields instance except any absolute positional elements will be replaced by the current field names, if any.
properties - Variable in class cascading.flow.FlowConnector: Field properties
Property - Annotation Type in cascading.management.annotation: Property annotations can be used to send additional information about certain aspects of Cascading classes to the DocumentService.
PropertyConfigured - Annotation Type in cascading.management.annotation: PropertyConfigured is an annotation to document the configuration key and the default value of a given @Property annotation on the same AnnotatedElement.
PropertyDescription - Annotation Type in cascading.management.annotation: PropertyDescription is an annotation that can be used to describe the @Property annotation present on the same AnnotatedElement.
PropertyOrder - Annotation Type in cascading.management.annotation: PropertyOrder is an annotation at the class level that controls the sort order of the Property annotations present on that class.
PropertyRegexSanitizer - Annotation Type in cascading.management.annotation: PropertyRegexSanitizer is an annotation to be used in conjunction with a Property annotation to sanitize values containing sensitive information with a given regular expression.
PropertySanitizer - Annotation Type in cascading.management.annotation: PropertySanitizer is an annotation to be used in conjunction with a Property annotation to sanitize values containing sensitive information.
PropertyUtil - Class in cascading.property: Class PropertyUtil is a static helper class for handling properties.
PropertyUtil() - Constructor for class cascading.property.PropertyUtil
Props - Class in cascading.property: Class Props is the base class for frameworks specific properties helper classes.
Props() - Constructor for class cascading.property.Props
ProviderLoader<Provider> - Class in cascading.provider: Class ProviderLoader is the base class for loading various "provider" types.
ProviderLoader() - Constructor for class cascading.provider.ProviderLoader
ProviderLoader(String[], URL) - Constructor for class cascading.provider.ProviderLoader
ProvidesCounters - Interface in cascading.stats
put(String, Object) - Method in class cascading.management.CascadingServices.NullDocumentService
put(String, String, Object) - Method in class cascading.management.CascadingServices.NullDocumentService
put(String, Object) - Method in interface cascading.management.DocumentService
put(String, String, Object) - Method in interface cascading.management.DocumentService
put(Fields, Fields, Tuple) - Method in class cascading.tuple.Tuple: Method put places the values of the given tuple into the positions specified by the fields argument.
put(Key, Value) - Method in class cascading.util.cache.DirectMappedCache
put(Key, Value) - Method in class cascading.util.cache.LRUHashMapCache
put(Key, Value) - Method in class cascading.util.cache.OrderedHashMapCache
put(K, V) - Method in class cascading.util.MultiMap
putAll(Map<? extends Key, ? extends Value>) - Method in class cascading.util.cache.DirectMappedCache
putAll(Map<? extends Key, ? extends Value>) - Method in class cascading.util.cache.LRUHashMapCache
putAll(Map<? extends Key, ? extends Value>) - Method in class cascading.util.cache.OrderedHashMapCache

Q

quote - Variable in class cascading.scheme.util.DelimitedParser: Field quote
quote(Collection<String>, String) - Static method in class cascading.util.Util

R

read(int, DataInputStream) - Method in interface cascading.tuple.io.TupleInputStream.ElementReader
readIndexTuple() - Method in class cascading.tuple.io.TupleInputStream
readIndexTuple(IndexTuple) - Method in class cascading.tuple.io.TupleInputStream
readToken() - Method in class cascading.tuple.io.TupleInputStream
readTuple() - Method in class cascading.tuple.io.TupleInputStream
readTuple(Tuple) - Method in class cascading.tuple.io.TupleInputStream
readTuplePair() - Method in class cascading.tuple.io.TupleInputStream
readTuplePair(TuplePair) - Method in class cascading.tuple.io.TupleInputStream
readType(int) - Method in class cascading.tuple.io.TupleInputStream
receive(Duct, Incoming) - Method in class cascading.flow.stream.duct.CloseReducingDuct
receive(Duct, Incoming) - Method in class cascading.flow.stream.duct.Duct
receive(Duct, Incoming) - Method in class cascading.flow.stream.duct.Fork
receive(Duct, Grouping<Incoming, Iterator<Incoming>>) - Method in class cascading.flow.stream.duct.OpenDuct
receive(Duct, Grouping<Incoming, Iterator<Incoming>>) - Method in class cascading.flow.stream.duct.OpenReducingDuct
receive(Duct, Incoming) - Method in class cascading.flow.stream.duct.Stage
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.AggregatorEveryStage
receive(Duct, Grouping<TupleEntry, TupleEntryIterator>) - Method in class cascading.flow.stream.element.BufferEveryWindow
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.FilterEachStage
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.FunctionEachStage
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.MemoryCoGroupGate
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.MemoryHashJoinGate
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.SinkStage
receive(Duct, Void) - Method in class cascading.flow.stream.element.SourceStage
receive(Duct, TupleEntry) - Method in class cascading.flow.stream.element.ValueAssertionEachStage
receiveFirst(Incoming) - Method in class cascading.flow.stream.duct.Duct
record(String, Object) - Method in class cascading.management.state.ClientState
RECORD_ELEMENT_TRACE - Static variable in class cascading.tap.TrapProps
RECORD_THROWABLE_MESSAGE - Static variable in class cascading.tap.TrapProps
RECORD_THROWABLE_STACK_TRACE - Static variable in class cascading.tap.TrapProps
recordAllDiagnostics() - Method in class cascading.tap.TrapProps: Method recordAllDiagnostics enables recording of all configurable diagnostic values.
recordCascade(Cascade) - Method in class cascading.management.state.ClientState
recordChildStats() - Method in class cascading.stats.FlowNodeStats
recordChildStats() - Method in class cascading.stats.FlowStepStats: An internal method that will refresh current counters and, if a clientState client is enabled, the child details including node and slice statistics.
recordChildStats() - Method in class cascading.stats.process.ProcessStepStats
recordElementTrace - Variable in class cascading.tap.TrapProps
recordFlow(Flow) - Method in class cascading.management.state.ClientState
recordFlowNode(FlowNode) - Method in class cascading.management.state.ClientState
recordFlowStep(FlowStep) - Method in class cascading.management.state.ClientState
recordInfo() - Method in class cascading.stats.CascadeStats
recordInfo() - Method in class cascading.stats.CascadingStats
recordInfo() - Method in class cascading.stats.FlowNodeStats
recordInfo() - Method in class cascading.stats.FlowStats
recordInfo() - Method in class cascading.stats.FlowStepStats
recordStats(CascadingStats) - Method in class cascading.management.state.ClientState
recordStats() - Method in class cascading.stats.CascadingStats: Method recordStats forces recording of current status information.
recordThrowableMessage - Variable in class cascading.tap.TrapProps
recordThrowableStackTrace - Variable in class cascading.tap.TrapProps
RecursiveGraphTransformer<E extends ElementGraph> - Class in cascading.flow.planner.iso.transformer
RecursiveGraphTransformer(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
RED - Static variable in class cascading.flow.planner.rule.util.TraceWriter
Reducing<Group,Result> - Interface in cascading.flow.stream.duct
RegexFilter - Class in cascading.operation.regex: Class RegexFilter will apply the regex patternString against every input Tuple value and filter the Tuple stream accordingly.
RegexFilter(String) - Constructor for class cascading.operation.regex.RegexFilter: Constructor RegexFilter creates a new RegexFilter instance.
RegexFilter(String, String) - Constructor for class cascading.operation.regex.RegexFilter: Constructor RegexFilter creates a new RegexFilter instance.
RegexFilter(String, boolean) - Constructor for class cascading.operation.regex.RegexFilter: Constructor RegexFilter creates a new RegexFilter instance.
RegexFilter(String, boolean, String) - Constructor for class cascading.operation.regex.RegexFilter: Constructor RegexFilter creates a new RegexFilter instance.
RegexFilter(String, boolean, boolean) - Constructor for class cascading.operation.regex.RegexFilter
RegexFilter(String, boolean, boolean, String) - Constructor for class cascading.operation.regex.RegexFilter
RegexGenerator - Class in cascading.operation.regex: Class RegexGenerator will emit a new Tuple for every matched regex group.
RegexGenerator(String) - Constructor for class cascading.operation.regex.RegexGenerator: Constructor RegexGenerator creates a new RegexGenerator instance.
RegexGenerator(Fields, String) - Constructor for class cascading.operation.regex.RegexGenerator: Constructor RegexGenerator creates a new RegexGenerator instance.
RegexMatcher - Class in cascading.operation.regex: Class RegexMatcher is the base class for common regular expression operations.
RegexMatcher(String) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(String, String) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(String, boolean) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(String, boolean, String) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(Fields, String) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(Fields, String, String) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(Fields, String, boolean) - Constructor for class cascading.operation.regex.RegexMatcher
RegexMatcher(Fields, String, boolean, String) - Constructor for class cascading.operation.regex.RegexMatcher
RegexOperation<C> - Class in cascading.operation.regex: Class RegexOperation is the base class for all regex Operations.
RegexOperation() - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexOperation(int) - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexOperation(Fields) - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexOperation(int, String) - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexOperation(String) - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexOperation(int, Fields) - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexOperation(int, Fields, String) - Constructor for class cascading.operation.regex.RegexOperation: Constructor RegexOperation creates a new RegexOperation instance.
RegexParser - Class in cascading.operation.regex: Class RegexParser is used to extract a matched regex from an incoming argument value.
RegexParser(String) - Constructor for class cascading.operation.regex.RegexParser: Constructor RegexParser creates a new RegexParser instance, where the argument Tuple value is matched and returned in a new Tuple.
RegexParser(Fields, String) - Constructor for class cascading.operation.regex.RegexParser: Constructor RegexParser creates a new RegexParser instance, where the argument Tuple value is matched and returned as the given Field.
RegexParser(String, int[]) - Constructor for class cascading.operation.regex.RegexParser: Constructor RegexParser creates a new RegexParser instance, where the patternString is a regular expression with match groups and whose groups designated by groups are stored in the appropriate number of new fields.
RegexParser(Fields, String, int[]) - Constructor for class cascading.operation.regex.RegexParser: Constructor RegexParser creates a new RegexParser instance, where the patternString is a regular expression with match groups and whose groups designated by groups are stored in the named fieldDeclarations.
RegexReplace - Class in cascading.operation.regex: Class RegexReplace is used to replace a matched regex with a replacement value.
RegexReplace(Fields, String, String, boolean) - Constructor for class cascading.operation.regex.RegexReplace: Constructor RegexReplace creates a new RegexReplace instance,
RegexReplace(Fields, String, String) - Constructor for class cascading.operation.regex.RegexReplace: Constructor RegexReplace creates a new RegexReplace instance.
RegexSplitGenerator - Class in cascading.operation.regex: Class RegexGenerator will emit a new Tuple for every split on the incoming argument value delimited by the given patternString.
RegexSplitGenerator(String) - Constructor for class cascading.operation.regex.RegexSplitGenerator: Constructor RegexGenerator creates a new RegexGenerator instance.
RegexSplitGenerator(Fields, String) - Constructor for class cascading.operation.regex.RegexSplitGenerator: Constructor RegexGenerator creates a new RegexGenerator instance.
RegexSplitter - Class in cascading.operation.regex: Class RegexSplitter will split an incoming argument value by the given regex delimiter patternString.
RegexSplitter(String) - Constructor for class cascading.operation.regex.RegexSplitter: Constructor RegexSplitter creates a new RegexSplitter instance.
RegexSplitter(Fields) - Constructor for class cascading.operation.regex.RegexSplitter: Constructor RegexOperation creates a new RegexOperation instance, where the delimiter is the tab character.
RegexSplitter(Fields, String) - Constructor for class cascading.operation.regex.RegexSplitter: Constructor RegexSplitter creates a new RegexSplitter instance.
registerApiBoundary(String) - Static method in class cascading.util.TraceUtil: Add a regex that serves as a boundary for tracing.
registerPlanner(Class<? extends FlowPlanner>) - Static method in class cascading.util.Update
registerShutdownHook() - Method in class cascading.flow.BaseFlow
registerShutdownHook() - Static method in class cascading.util.ShutdownUtil
registry - Variable in class cascading.flow.planner.PlannerInfo
releaseSingletonsAndDestroy() - Static method in class cascading.provider.ServiceLoader
releaseSingletonServices() - Method in class cascading.provider.ServiceLoader
remainderFields - Variable in class cascading.flow.stream.element.OperatorStage
remove() - Method in class cascading.flow.planner.iso.subgraph.iterator.ExpressionSubGraphIterator
remove() - Method in class cascading.flow.planner.iso.subgraph.iterator.IncludeRemainderSubGraphIterator
remove() - Method in class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
remove() - Method in class cascading.pipe.joiner.InnerJoin.JoinIterator
remove() - Method in class cascading.tap.partition.PartitionTupleEntryIterator
remove(Object) - Method in class cascading.tuple.collect.SpillableTupleList
remove(int[]) - Method in class cascading.tuple.Tuple: Method remove removes the values specified by the given pos array and returns a new Tuple containing the removed values.
remove(Fields, Fields) - Method in class cascading.tuple.Tuple: Method remove removes the values specified by the given selector.
remove() - Method in class cascading.tuple.TupleChainIterator: Method remove removes the current Tuple from the underlying collection.
remove() - Method in class cascading.tuple.TupleEntryChainIterator: Method remove removes the current TupleEntry from the underlying collection.
remove() - Method in class cascading.tuple.TupleEntryIterableChainIterator: Method remove removes the current TupleEntry from the underlying collection.
remove() - Method in class cascading.tuple.TupleEntrySchemeIterator
remove(Object) - Method in class cascading.util.cache.DirectMappedCache
remove(Object) - Method in class cascading.util.cache.LRUHashMapCache
remove(Object) - Method in class cascading.util.cache.OrderedHashMapCache
remove(K) - Method in class cascading.util.MultiMap
remove() - Method in class cascading.util.SingleValueIterator
removeAll(Collection<?>) - Method in class cascading.tuple.collect.SpillableTupleList
removeAllEdges(Collection<? extends Scope>) - Method in class cascading.flow.planner.graph.BaseElementGraph
removeAllEdges(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
removeAllEdges(Collection<? extends Scope>) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
removeAllEdges(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
removeAllEdges(Collection<? extends Scope>) - Method in interface cascading.flow.planner.graph.ElementGraph
removeAllEdges(FlowElement, FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
removeAllEdges(Collection<? extends ProcessEdge>) - Method in class cascading.flow.planner.process.BaseProcessGraph
removeAllEdges(Process, Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
removeAllEdges(Collection<? extends ProcessEdge>) - Method in interface cascading.flow.planner.process.ProcessGraph
removeAllEdges(Process, Process) - Method in interface cascading.flow.planner.process.ProcessGraph
removeAllNulls(List) - Static method in class cascading.util.Util: This method removes all nulls from the given List.
removeAllVertices(Collection<? extends FlowElement>) - Method in class cascading.flow.planner.graph.BaseElementGraph
removeAllVertices(Collection<? extends FlowElement>) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
removeAllVertices(Collection<? extends FlowElement>) - Method in interface cascading.flow.planner.graph.ElementGraph
removeAllVertices(Collection<? extends Process>) - Method in class cascading.flow.planner.process.BaseProcessGraph
removeAllVertices(Collection<? extends Process>) - Method in interface cascading.flow.planner.process.ProcessGraph
removeAndContract(ElementGraph, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs
removeBranchBetween(ElementGraph, FlowElement, FlowElement, boolean) - Static method in class cascading.flow.planner.graph.ElementGraphs
removeBranchContaining(ElementGraph, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs
RemoveBranchGraphTransformer - Class in cascading.flow.planner.iso.transformer
RemoveBranchGraphTransformer(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.RemoveBranchGraphTransformer
RemoveBranchGraphTransformer(GraphTransformer, ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.RemoveBranchGraphTransformer
removeEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
removeEdge(Scope) - Method in class cascading.flow.planner.graph.BaseElementGraph
removeEdge(FlowElement, FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
removeEdge(Scope) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
removeEdge(FlowElement, FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
removeEdge(Scope) - Method in interface cascading.flow.planner.graph.ElementGraph
removeEdge(Process, Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
removeEdge(ProcessEdge) - Method in class cascading.flow.planner.process.BaseProcessGraph
removeEdge(Process, Process) - Method in interface cascading.flow.planner.process.ProcessGraph
removeEdge(ProcessEdge) - Method in interface cascading.flow.planner.process.ProcessGraph
removeHook(ShutdownUtil.Hook) - Static method in class cascading.util.ShutdownUtil
removeListener(CascadeListener) - Method in class cascading.cascade.BaseCascade
removeListener(CascadeListener) - Method in interface cascading.cascade.Cascade
removeListener(FlowListener) - Method in class cascading.flow.BaseFlow
removeListener(FlowListener) - Method in interface cascading.flow.Flow: Method removeListener removes the given flowListener from this instance.
removeListener(FlowStepListener) - Method in interface cascading.flow.FlowStep: Method removeListener removes the given flowStepListener from this instance.
removeListener(FlowStepListener) - Method in class cascading.flow.planner.BaseFlowStep
removeListener(StatsListener) - Method in class cascading.stats.CascadingStats
RemoveNoOpPipeTransformer - Class in cascading.flow.planner.rule.transformer
RemoveNoOpPipeTransformer() - Constructor for class cascading.flow.planner.rule.transformer.RemoveNoOpPipeTransformer
removeNulls(String...) - Static method in class cascading.util.Util
removeStepListener(FlowStepListener) - Method in class cascading.flow.BaseFlow
removeStepListener(FlowStepListener) - Method in interface cascading.flow.Flow: Method removeStepListener removes the given flowStepListener from this instance.
removeVertex(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
removeVertex(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
removeVertex(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
removeVertex(Process) - Method in class cascading.flow.planner.process.BaseProcessGraph
removeVertex(Process) - Method in interface cascading.flow.planner.process.ProcessGraph
Rename - Class in cascading.pipe.assembly: Class Rename is a SubAssembly that will rename the fromFields to the names in toFields.
Rename(Pipe, Fields, Fields) - Constructor for class cascading.pipe.assembly.Rename: Rename the fromFields in the current Tuple to the given toFields.
rename(Fields, Fields) - Method in class cascading.tuple.Fields: Method rename will rename the from fields to the values in to to fields.
REPLACE - Static variable in class cascading.tuple.Fields: Field REPLACE represents all incoming fields, and allows their values to be replaced by the current operation results.
replaceElementWith(ElementGraph, FlowElement, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs
ReplaceGraphTransformer - Class in cascading.flow.planner.iso.transformer
ReplaceGraphTransformer(ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.ReplaceGraphTransformer
ReplaceGraphTransformer(GraphTransformer, ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.ReplaceGraphTransformer
requiresRecursiveSearch() - Method in class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
requiresRecursiveSearch() - Method in class cascading.flow.planner.iso.transformer.MutateGraphTransformer
requiresRecursiveSearch() - Method in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer: By default, prepareForMatch returns the same graph, but sub-classes may return a sub-graph, one of many requiring sub-sequent matches.
reset(Collection<Tuple>[]) - Method in class cascading.flow.stream.element.MemoryCoGroupClosure
reset() - Method in class cascading.operation.aggregator.Average.Context
reset() - Method in class cascading.operation.aggregator.ExtremaValueBase.Context
reset() - Method in class cascading.operation.assertion.AssertGroupBase.Context
reset() - Method in class cascading.pipe.assembly.AverageBy.AverageFinal.Context
reset(Fields, Fields) - Method in class cascading.scheme.util.DelimitedParser
reset(String, String, Type[], boolean, boolean, Fields, Fields, FieldTypeResolver) - Method in class cascading.scheme.util.DelimitedParser
reset(Iterable<Tuple>...) - Method in class cascading.tuple.TupleChainIterable
reset(Iterator<Tuple>...) - Method in class cascading.tuple.TupleChainIterator
reset(Iterator<Tuple>) - Method in class cascading.tuple.TupleEntryChainIterator
reset(Iterator<Tuple>[]) - Method in class cascading.tuple.TupleEntryChainIterator
reset(Iterable<Iterator<Tuple>>) - Method in class cascading.tuple.TupleEntryIterableChainIterator
reset(V...) - Method in interface cascading.tuple.util.Resettable
reset(Tuple, V...) - Static method in class cascading.tuple.util.TupleViews
reset(Value) - Method in class cascading.util.SingleValueIterator
resetAppID() - Static method in class cascading.property.AppProps: Sets the static appID value to null.
Resettable<V> - Interface in cascading.tuple.util
resolve(Fields, Fields...) - Static method in class cascading.tuple.Fields: Method resolve returns a new selector expanded on the given field declarations
resolveAssemblyPlanners(FlowDef, Flow, Pipe[]) - Method in class cascading.flow.planner.FlowPlanner
resolveFields() - Method in class cascading.flow.planner.graph.FlowElementGraph: Method resolveFields performs a breadth first traversal and resolves the tuple fields between each Pipe instance.
resolveIncomingOperationArgumentFields(Scope) - Method in interface cascading.flow.FlowElement: Method resolveIncomingOperationArgumentFields returns the Fields outgoing from the previous FlowElement that are consumable by this FlowElement when preparing Operation arguments.
resolveIncomingOperationArgumentFields(Scope) - Method in enum cascading.flow.planner.graph.Extent
resolveIncomingOperationArgumentFields(Scope) - Method in class cascading.pipe.Each
resolveIncomingOperationArgumentFields(Scope) - Method in class cascading.pipe.Every
resolveIncomingOperationArgumentFields(Scope) - Method in class cascading.pipe.Pipe
resolveIncomingOperationArgumentFields(Scope) - Method in class cascading.tap.DecoratorTap
resolveIncomingOperationArgumentFields(Scope) - Method in class cascading.tap.Tap
resolveIncomingOperationPassThroughFields(Scope) - Method in interface cascading.flow.FlowElement: Method resolveIncomingOperationPassThroughFields returns the Fields outgoing from the previous FlowElement that are consumable by this FlowElement when preparing the Pipe outgoing tuple.
resolveIncomingOperationPassThroughFields(Scope) - Method in enum cascading.flow.planner.graph.Extent
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.pipe.Boundary
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.pipe.Each
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.pipe.Every
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.pipe.Pipe
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.pipe.Splice
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.tap.DecoratorTap
resolveIncomingOperationPassThroughFields(Scope) - Method in class cascading.tap.Tap
resolveRemainderFields(Set<Scope>, Fields) - Method in class cascading.pipe.Operator
resolveTails(AssemblyPlanner.Context) - Method in interface cascading.flow.AssemblyPlanner: Called when this AssemblyPlanner instance should return any additional tail Pipe instances for used when completing the Flow plan.
resolveTails(FlowDef, F) - Method in class cascading.flow.planner.FlowPlanner
resourceExists(Tap) - Method in class cascading.flow.BaseFlow
resourceExists(Tap) - Method in interface cascading.flow.Flow: Method resourceExists returns true if the resource represented by the given Tap instance exists.
resourceExists(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
resourceExists(Config) - Method in class cascading.tap.DecoratorTap
resourceExists(Config) - Method in class cascading.tap.MultiSinkTap
resourceExists(Config) - Method in class cascading.tap.MultiSourceTap
resourceExists(Config) - Method in class cascading.tap.partition.BasePartitionTap
resourceExists(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: Method resourceExists returns true if the path represented by this instance exists.
resourceExists(Config) - Method in class cascading.tap.Tap: Method resourceExists returns true if the path represented by this instance exists.
result() - Method in class cascading.operation.aggregator.Average.Context
result - Variable in class cascading.operation.expression.ScriptOperation.Context
result() - Method in class cascading.pipe.assembly.AverageBy.AverageFinal.Context
resultGroupFields - Variable in class cascading.pipe.Splice: Field resultGroupFields
RESULTS - Static variable in class cascading.tuple.Fields: Field RESULTS represents all fields returned by the current operation
ResultTree - Class in cascading.flow.planner.rule.util
ResultTree() - Constructor for class cascading.flow.planner.rule.util.ResultTree
ResultTree.Delegate - Class in cascading.flow.planner.rule.util
ResultTree.Delegate(ElementGraph) - Constructor for class cascading.flow.planner.rule.util.ResultTree.Delegate
ResultTree.Path - Class in cascading.flow.planner.rule.util
ResultTree.Path(ResultTree.Path, int) - Constructor for class cascading.flow.planner.rule.util.ResultTree.Path
ResultTree.Path(int...) - Constructor for class cascading.flow.planner.rule.util.ResultTree.Path
Retain - Class in cascading.pipe.assembly: Class Retain is a SubAssembly that will discard all incoming fields except those given on the constructor.
Retain(Pipe, Fields) - Constructor for class cascading.pipe.assembly.Retain
RETAIN_COLLECTOR - Static variable in class cascading.flow.stream.element.OperatorStage: In 2.2 the collector is now nulled before the Operation.cleanup(cascading.flow.FlowProcess, cascading.operation.OperationCall) is called.
retainAll(Collection<?>) - Method in class cascading.tuple.collect.SpillableTupleList
rethrow(Exception) - Method in interface cascading.util.Util.RetryOperator
retrieveSinkFields() - Method in class cascading.flow.BaseFlow: Force a Scheme to fetch any fields from a meta-data store
retrieveSinkFields(FlowProcess<? extends Config>, Tap) - Method in class cascading.scheme.Scheme: Method retrieveSinkFields notifies a Scheme when it is appropriate to dynamically update the fields it sources.
retrieveSinkFields(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
retrieveSinkFields(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: A hook for allowing a Scheme to lazily retrieve its sink fields.
retrieveSourceFields() - Method in class cascading.flow.BaseFlow: Force a Scheme to fetch any fields from a meta-data store
retrieveSourceFields(FlowProcess<? extends Config>, Tap) - Method in class cascading.scheme.Scheme: Method retrieveSourceFields notifies a Scheme when it is appropriate to dynamically update the fields it sources.
retrieveSourceFields(FlowProcess<? extends Config>) - Method in class cascading.tap.DecoratorTap
retrieveSourceFields(FlowProcess<? extends Config>) - Method in class cascading.tap.Tap: A hook for allowing a Scheme to lazily retrieve its source fields.
retry(Logger, int, int, String, Util.RetryOperator<T>) - Static method in class cascading.util.Util
returnInstanceFieldIfExists(Object, String) - Static method in class cascading.util.Util
returnInstanceFieldIfExistsSafe(Object, String) - Static method in class cascading.util.Util
returnType - Variable in class cascading.operation.expression.ScriptOperation: returnType
reverseMap(Map<V, K>, Map<K, V>) - Static method in class cascading.util.Util
RightJoin - Class in cascading.pipe.joiner: Class RightJoin will return an Iterator that will iterate over a given Joiner and return tuples that represent a left outer, right inner join of the CoGrouper internal grouped tuple collections.
RightJoin() - Constructor for class cascading.pipe.joiner.RightJoin
RightJoin(Fields) - Constructor for class cascading.pipe.joiner.RightJoin
RightJoin.JoinIterator - Class in cascading.pipe.joiner
RightJoin.JoinIterator(JoinerClosure) - Constructor for class cascading.pipe.joiner.RightJoin.JoinIterator
role - Variable in class cascading.flow.stream.element.BoundaryStage
role - Variable in class cascading.flow.stream.element.SpliceGate
rollbackResource(Config) - Method in class cascading.tap.DecoratorTap
rollbackResource(Config) - Method in class cascading.tap.MultiSinkTap
rollbackResource(Config) - Method in class cascading.tap.partition.BasePartitionTap
rollbackResource(Config) - Method in class cascading.tap.SourceTap
rollbackResource(Config) - Method in class cascading.tap.Tap: Method rollbackResource allows the underlying resource to be notified when any write processing has failed or was stopped so that any cleanup may be started.
rollbackSinks() - Method in class cascading.flow.planner.BaseFlowStep
ROOT_OUTPUT_PATH - Static variable in class cascading.CascadingTestCase
ROOT_PLAN_PATH - Static variable in class cascading.CascadingTestCase
Rule - Interface in cascading.flow.planner.rule: Rule instances are the unit of work applied by a RuleExec instance and managed by a RuleRegistry.
RuleAnnotationTransformer - Class in cascading.flow.planner.rule.transformer
RuleAnnotationTransformer(PlanPhase, RuleExpression, ElementAnnotation) - Constructor for class cascading.flow.planner.rule.transformer.RuleAnnotationTransformer
RuleAssert - Class in cascading.flow.planner.rule: The RuleAssert class is responsible for asserting the structure of a element graph.
RuleAssert(PlanPhase, RuleExpression, String) - Constructor for class cascading.flow.planner.rule.RuleAssert
RuleAssert(PlanPhase, RuleExpression, String, GraphAssert.AssertionType) - Constructor for class cascading.flow.planner.rule.RuleAssert
RuleContractedTransformer - Class in cascading.flow.planner.rule.transformer
RuleContractedTransformer(PlanPhase, RuleExpression) - Constructor for class cascading.flow.planner.rule.transformer.RuleContractedTransformer
RuleExec - Class in cascading.flow.planner.rule
RuleExec(TraceWriter, RuleRegistry) - Constructor for class cascading.flow.planner.rule.RuleExec
RuleExpression - Class in cascading.flow.planner.rule: A RuleExpression describes where a Rule is applied in an element graph.
RuleExpression(ExpressionGraph) - Constructor for class cascading.flow.planner.rule.RuleExpression
RuleExpression(ExpressionGraph, ExpressionGraph) - Constructor for class cascading.flow.planner.rule.RuleExpression
RuleExpression(ExpressionGraph, ExpressionGraph, ExpressionGraph) - Constructor for class cascading.flow.planner.rule.RuleExpression
ruleExpression - Variable in class cascading.flow.planner.rule.RuleTransformer
RuleInsertionTransformer - Class in cascading.flow.planner.rule.transformer
RuleInsertionTransformer(PlanPhase, RuleExpression, String) - Constructor for class cascading.flow.planner.rule.transformer.RuleInsertionTransformer
RuleInsertionTransformer(PlanPhase, RuleExpression, String, InsertionGraphTransformer.Insertion) - Constructor for class cascading.flow.planner.rule.transformer.RuleInsertionTransformer
RuleInsertionTransformer(PlanPhase, RuleExpression, ElementCapture, String) - Constructor for class cascading.flow.planner.rule.transformer.RuleInsertionTransformer
RuleInsertionTransformer(PlanPhase, RuleExpression, ElementCapture, String, InsertionGraphTransformer.Insertion) - Constructor for class cascading.flow.planner.rule.transformer.RuleInsertionTransformer
RuleMode - Enum in cascading.flow.planner.rule
RulePartitioner - Class in cascading.flow.planner.rule: The RulePartitioner class is responsible for partitioning an element graph into smaller sub-graphs.
RulePartitioner(PlanPhase, RulePartitioner.PartitionSource, GraphPartitioner) - Constructor for class cascading.flow.planner.rule.RulePartitioner
RulePartitioner() - Constructor for class cascading.flow.planner.rule.RulePartitioner
RulePartitioner.PartitionSource - Enum in cascading.flow.planner.rule
RuleRegistry - Class in cascading.flow.planner.rule: RuleRegistry contains all planner rules for a given platform.
RuleRegistry() - Constructor for class cascading.flow.planner.rule.RuleRegistry
RuleRegistrySet - Class in cascading.flow.planner.rule: Class RuleRegistrySet manages the set of RuleRegistry instances that should be applied via the FlowPlanner to the given assembly.
RuleRegistrySet(RuleRegistry...) - Constructor for class cascading.flow.planner.rule.RuleRegistrySet: Instantiates a new Rule Registry Set.
RuleRegistrySet(Collection<RuleRegistry>) - Constructor for class cascading.flow.planner.rule.RuleRegistrySet: Instantiates a new Rule Registry Set.
RuleRegistrySet.Select - Enum in cascading.flow.planner.rule
RuleRemoveBranchTransformer - Class in cascading.flow.planner.rule.transformer
RuleRemoveBranchTransformer(PlanPhase, RuleExpression) - Constructor for class cascading.flow.planner.rule.transformer.RuleRemoveBranchTransformer
RuleReplaceTransformer - Class in cascading.flow.planner.rule.transformer
RuleReplaceTransformer(PlanPhase, RuleExpression) - Constructor for class cascading.flow.planner.rule.transformer.RuleReplaceTransformer
RuleResult - Class in cascading.flow.planner.rule
RuleResult() - Constructor for class cascading.flow.planner.rule.RuleResult
RuleResult(RuleRegistry) - Constructor for class cascading.flow.planner.rule.RuleResult
RuleResult(FlowElementGraph) - Constructor for class cascading.flow.planner.rule.RuleResult
RuleResult(RuleRegistry, FlowElementGraph) - Constructor for class cascading.flow.planner.rule.RuleResult
RuleResult.ResultStatus - Enum in cascading.flow.planner.rule
RuleSetExec - Class in cascading.flow.planner.rule
RuleSetExec(TraceWriter, FlowPlanner, Flow, RuleRegistrySet, FlowDef, FlowElementGraph) - Constructor for class cascading.flow.planner.rule.RuleSetExec
RuleTransformer - Class in cascading.flow.planner.rule: The RuleTransformer class is responsible for transforming an element graph into a new graph.
RuleTransformer(PlanPhase, RuleExpression) - Constructor for class cascading.flow.planner.rule.RuleTransformer
run(Object) - Method in interface cascading.flow.stream.element.InputSource
run(Object) - Method in class cascading.flow.stream.element.SourceStage
run(long) - Method in class cascading.management.state.ClientState
run() - Method in class cascading.util.Update
runID - Variable in class cascading.flow.FlowDef

S

safe - Variable in class cascading.scheme.util.DelimitedParser: Field safe
safeSleep(long) - Static method in class cascading.util.Util
Sample - Class in cascading.operation.filter: Class Sample is a Filter that only allows the given fraction of Tuple instances to pass.
Sample(double) - Constructor for class cascading.operation.filter.Sample: Creates a new Sample that permits percent Tuples to pass.
Sample(long, double) - Constructor for class cascading.operation.filter.Sample: Creates a new Sample that permits percent Tuples to pass.
Sanitizer - Interface in cascading.management.annotation: Sanitizer is an interface to be used in conjunction with PropertySanitizer.
sanitizeUrl(String) - Static method in class cascading.util.Util: This method attempts to remove any username and password from the given url String.
Scheme<Config,Input,Output,SourceContext,SinkContext> - Class in cascading.scheme: A Scheme defines what is stored in a Tap instance by declaring the Tuple field names, and alternately parsing or rendering the incoming or outgoing Tuple stream, respectively.
Scheme() - Constructor for class cascading.scheme.Scheme: Constructor Scheme creates a new Scheme instance.
Scheme(Fields) - Constructor for class cascading.scheme.Scheme: Constructor Scheme creates a new Scheme instance.
Scheme(Fields, int) - Constructor for class cascading.scheme.Scheme: Constructor Scheme creates a new Scheme instance.
Scheme(Fields, Fields) - Constructor for class cascading.scheme.Scheme: Constructor Scheme creates a new Scheme instance.
Scheme(Fields, Fields, int) - Constructor for class cascading.scheme.Scheme: Constructor Scheme creates a new Scheme instance.
Scope - Class in cascading.flow.planner: Class Scope is an internal representation of the linkages between operations.
Scope() - Constructor for class cascading.flow.planner.Scope: Default constructor.
Scope(Scope) - Constructor for class cascading.flow.planner.Scope: Copy constructor
Scope(Fields) - Constructor for class cascading.flow.planner.Scope: Tap constructor
Scope(String, Scope.Kind, Fields, Fields, Fields, Fields, Fields, Fields) - Constructor for class cascading.flow.planner.Scope: Constructor Scope creates a new Scope instance.
Scope(String, Fields, Fields, Map<String, Fields>, Map<String, Fields>, Fields, Scope.Kind) - Constructor for class cascading.flow.planner.Scope: Constructor Scope creates a new Scope instance.
Scope(String) - Constructor for class cascading.flow.planner.Scope: Constructor Scope creates a new Scope instance.
Scope.Kind - Enum in cascading.flow.planner: Enum Kind
ScopeExpression - Class in cascading.flow.planner.iso.expression: If ScopeExpression is the only edge, the ScopeExpression.Applies enum will apply, otherwise the number of edges on the target graph must match the number of edges in the expression.
ScopeExpression() - Constructor for class cascading.flow.planner.iso.expression.ScopeExpression
ScopeExpression(ScopeExpression.Applies) - Constructor for class cascading.flow.planner.iso.expression.ScopeExpression
ScopeExpression.Applies - Enum in cascading.flow.planner.iso.expression
ScriptFilter - Class in cascading.operation.expression: Class ScriptFilter dynamically resolves a given expression using argument Tuple values.
ScriptFilter(String) - Constructor for class cascading.operation.expression.ScriptFilter: Constructor ScriptFilter creates a new ScriptFilter instance.
ScriptFilter(String, String, Class) - Constructor for class cascading.operation.expression.ScriptFilter: Constructor ScriptFilter creates a new ScriptFilter instance.
ScriptFilter(String, Class[]) - Constructor for class cascading.operation.expression.ScriptFilter: Constructor ScriptFilter creates a new ScriptFilter instance.
ScriptFilter(String, String[], Class[]) - Constructor for class cascading.operation.expression.ScriptFilter: Constructor ScriptFilter creates a new ScriptFilter instance.
ScriptFunction - Class in cascading.operation.expression: Class ScriptFunction dynamically resolves a given expression using argument Tuple values.
ScriptFunction(Fields, String) - Constructor for class cascading.operation.expression.ScriptFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptFunction(Fields, String, Class) - Constructor for class cascading.operation.expression.ScriptFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptFunction(Fields, String, Class, Class[]) - Constructor for class cascading.operation.expression.ScriptFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptFunction(Fields, String, Class, String[], Class[]) - Constructor for class cascading.operation.expression.ScriptFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptFunction(Fields, String, String[], Class[]) - Constructor for class cascading.operation.expression.ScriptFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptOperation - Class in cascading.operation.expression
ScriptOperation(int, Fields, String) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation(int, Fields, String, Class) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation(int, Fields, String, Class, Class[]) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation(int, Fields, String, Class, String[], Class[]) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation(int, String, Class) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation(int, String, Class, Class[]) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation(int, String, Class, String[], Class[]) - Constructor for class cascading.operation.expression.ScriptOperation
ScriptOperation.Context - Class in cascading.operation.expression
ScriptOperation.Context() - Constructor for class cascading.operation.expression.ScriptOperation.Context
ScriptTupleFunction - Class in cascading.operation.expression: Class ScriptTupleFunction dynamically resolves a given expression using argument Tuple values.
ScriptTupleFunction(Fields, String) - Constructor for class cascading.operation.expression.ScriptTupleFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptTupleFunction(Fields, String, Class[]) - Constructor for class cascading.operation.expression.ScriptTupleFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
ScriptTupleFunction(Fields, String, String[], Class[]) - Constructor for class cascading.operation.expression.ScriptTupleFunction: Constructor ScriptFunction creates a new ScriptFunction instance.
SearchOrder - Enum in cascading.flow.planner.iso.finder
SEED - Static variable in class cascading.util.Murmur3
select(Fields) - Method in class cascading.tuple.Fields: Method select returns a new Fields instance with fields specified by the given selector.
select(Fields, TupleEntry...) - Static method in class cascading.tuple.TupleEntry: Method select will select a new Tuple instance from the given set of entries.
selectEntry(Fields) - Method in class cascading.tuple.TupleEntry: Method selectEntry selects the fields specified in the selector from this instance.
selectEntryCopy(Fields) - Method in class cascading.tuple.TupleEntry: Method selectEntry selects the fields specified in selector from this instance.
selectInto(Fields, Tuple) - Method in class cascading.tuple.TupleEntry: Method selectInto selects the fields specified in the selector from this instance and copies them into the given tuple argument.
selectPos(Fields) - Method in class cascading.tuple.Fields: Method selectPos returns a Fields instance with only positional fields, no field names.
selectPos(Fields, int) - Method in class cascading.tuple.Fields: Method selectPos returns a Fields instance with only positional fields, offset by given offset value, no field names.
selectTuple(Fields) - Method in class cascading.tuple.TupleEntry: Method selectTuple selects the fields specified in the selector from this instance.
selectTupleCopy(Fields) - Method in class cascading.tuple.TupleEntry: Method selectTupleCopy selects the fields specified in selector from this instance.
ServiceLoader - Class in cascading.provider: Class ServiceLoader is an implementation of a ProviderLoader and is used to load CascadingService instances used by internal frameworks.
set(String[], String) - Method in class cascading.management.CascadingServices.NullMetricsService
set(String[], int) - Method in class cascading.management.CascadingServices.NullMetricsService
set(String[], long) - Method in class cascading.management.CascadingServices.NullMetricsService
set(String[], String) - Method in interface cascading.management.MetricsService
set(String[], int) - Method in interface cascading.management.MetricsService
set(String[], long) - Method in interface cascading.management.MetricsService
set(long, String, String) - Method in class cascading.operation.assertion.AssertGroupBase.Context
set(String, String) - Method in interface cascading.property.ConfigDef.Setter
set(int, Object) - Method in class cascading.tuple.Tuple: Method set sets the given value to the given index position in this instance.
set(Fields, Fields, Tuple) - Method in class cascading.tuple.Tuple: Method set sets the values in the given selector positions to the values from the given Tuple.
set(Fields, Fields, Tuple, CoercibleType[]) - Method in class cascading.tuple.Tuple
set(TupleEntry) - Method in class cascading.tuple.TupleEntry: Method set sets the values from the given tupleEntry into this TupleEntry instance based on the given tupleEntry field names.
set(K, int, V) - Method in class cascading.util.SortedListMultiMap
setAll(Tuple) - Method in class cascading.tuple.Tuple: Method setAll sets each element value of the given Tuple instance into the corresponding position of this instance.
setAll(Tuple...) - Method in class cascading.tuple.Tuple: Method setAll sets each element value of the given Tuple instances into the corresponding position of this instance.
setAllowNonRecursiveMatching(boolean) - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
setAnnotation(Enum) - Method in class cascading.flow.planner.iso.ElementAnnotation
setAnnotationExcludes(Enum...) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
setAnnotations(ElementAnnotation[]) - Method in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
setAnnotations(ElementAnnotation...) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
setApplicationID(Map<Object, Object>) - Static method in class cascading.property.AppProps
setApplicationJarClass(Map<Object, Object>, Class) - Static method in class cascading.property.AppProps: Method setApplicationJarClass is used to set the application jar file.
setApplicationJarPath(Map<Object, Object>, String) - Static method in class cascading.property.AppProps: Method setApplicationJarPath is used to set the application jar file.
setApplicationName(Map<Object, Object>, String) - Static method in class cascading.property.AppProps
setApplicationVersion(Map<Object, Object>, String) - Static method in class cascading.property.AppProps
setArgumentFields(Fields) - Method in class cascading.operation.ConcreteCall
setArguments(TupleEntry) - Method in class cascading.operation.ConcreteCall
setArgumentsIterator(Iterator<TupleEntry>) - Method in class cascading.operation.ConcreteCall
setAssertionLevel(Map<Object, Object>, AssertionLevel) - Static method in class cascading.flow.FlowConnectorProps: Method setAssertionLevel sets the target planner AssertionLevel.
setAssertionLevel(AssertionLevel) - Method in class cascading.flow.FlowConnectorProps: Method setAssertionLevel sets the target planner AssertionLevel.
setAssertionLevel(AssertionLevel) - Method in class cascading.flow.FlowDef
setBoolean(int, boolean) - Method in class cascading.tuple.Tuple: Method setBoolean sets the given value to the given index position in this instance.
setBoolean(Comparable, boolean) - Method in class cascading.tuple.TupleEntry: Method setBoolean sets the value in the given field or position.
setBranchNames(Set<String>) - Method in class cascading.flow.stream.element.BoundaryStage
setBranchNames(Set<String>) - Method in interface cascading.flow.stream.element.ElementDuct
setBranchNames(Set<String>) - Method in class cascading.flow.stream.element.ElementStage
setBranchNames(Set<String>) - Method in class cascading.flow.stream.element.SpliceGate
setCacheEvictionCallback(CacheEvictionCallback) - Method in interface cascading.util.cache.CascadingCache: Sets the CacheEvictionCallback of this Cache.
setCacheEvictionCallback(CacheEvictionCallback) - Method in class cascading.util.cache.DirectMappedCache
setCacheEvictionCallback(CacheEvictionCallback) - Method in class cascading.util.cache.LRUHashMapCache
setCacheEvictionCallback(CacheEvictionCallback) - Method in class cascading.util.cache.OrderedHashMapCache
setCacheFactoryClass(Class<? extends BaseCacheFactory>) - Method in class cascading.pipe.assembly.AggregateByProps: Sets the CacheFactory class to use.
setCacheFactoryClass(Class<? extends BaseCacheFactory>) - Method in class cascading.pipe.assembly.UniqueProps: Sets the CacheFactory class to use.
setCacheFactoryClassName(String) - Method in class cascading.pipe.assembly.AggregateByProps: Sets the name of the CacheFactory class to use.
setCacheFactoryClassName(String) - Method in class cascading.pipe.assembly.UniqueProps: Sets the name of the CacheFactory to use.
setCanonicalTuple(Tuple) - Method in class cascading.tuple.TupleEntry: Method setCanonicalTuple replaces each value of the current tuple with the given tuple elements after they are coerced.
setCanonicalValues(Object[]) - Method in class cascading.tuple.TupleEntry: Method setCanonicalValues replaces each value of the current tuple with th give Object[] after they are coerced.
setCapacity(int) - Method in class cascading.pipe.assembly.AggregateByProps: Sets the capacity of the cache.
setCapacity(int) - Method in class cascading.pipe.assembly.UniqueProps: Sets the capacity of the cache.
setCapacity(int) - Method in interface cascading.util.cache.CascadingCache: Sets the capacity of the Cache.
setCapacity(int) - Method in class cascading.util.cache.DirectMappedCache
setCapacity(int) - Method in class cascading.util.cache.LRUHashMapCache
setCapacity(int) - Method in class cascading.util.cache.OrderedHashMapCache
setCapture(ElementCapture) - Method in class cascading.flow.planner.iso.ElementAnnotation
setCascade(Cascade) - Method in class cascading.flow.BaseFlow
setCheckpoints(Map<String, Tap>) - Method in class cascading.flow.BaseFlow
setCheckpointTapDecoratorClass(Map<Object, Object>, String) - Static method in class cascading.flow.FlowConnectorProps: Method checkpointTapDecoratorClassName is used for wrapping a checkpoint Tap.
setCheckpointTapDecoratorClassName(String) - Method in class cascading.flow.FlowConnectorProps: Method setCheckpointTapDecoratorClassName sets the class of a DecoratorTap to use to wrap an Checkpoint Tap instance within the Flow.
setCheckpointTapDecoratorClassName(Class<DecoratorTap>) - Method in class cascading.flow.FlowConnectorProps: Method setCheckpointTapDecoratorClassName sets the class of a DecoratorTap to use to wrap an Checkpoint Tap instance within the Flow.
setChildren(ElementGraph, List<? extends ElementGraph>) - Method in class cascading.flow.planner.rule.util.ResultTree
setCodecs(List<String>) - Method in class cascading.tuple.collect.SpillableProps: Method setCodecs sets list of possible codec class names to use.
setComparator(Comparable, Comparator) - Method in class cascading.tuple.Fields: Method setComparator should be used to associate a Comparator with a given field name or position.
setComparators(Comparator...) - Method in class cascading.tuple.Fields: Method setComparators sets all the comparators of this Fields object.
setCompressSpill(boolean) - Method in class cascading.tuple.collect.SpillableProps: Method setCompressSpill either enables or disables spill compression.
setConfig(Config) - Method in class cascading.flow.planner.BaseFlowStep: Set the initialized flowStepConf Config instance
setConfigProperty(Config, Object, Object) - Method in class cascading.flow.BaseFlow
setConfigProperty(Config, Object, Object) - Method in class cascading.flow.process.ProcessFlow
setContext(C) - Method in class cascading.operation.ConcreteCall
setContext(Context) - Method in interface cascading.operation.OperationCall: Sets the user defined 'context' object.
setContext(Context) - Method in class cascading.scheme.ConcreteCall
setContext(Context) - Method in interface cascading.scheme.SinkCall: Method setContext sets the context of this SinkCall object.
setContext(Context) - Method in interface cascading.scheme.SourceCall: Method setContext sets the context of this SourceCall object.
setCurrentProcess(FlowProcess) - Method in class cascading.flow.FlowSession: Method setCurrentProcess sets the currentProcess of this FlowSession object.
setCurrentSession(FlowSession) - Method in class cascading.flow.FlowProcess: Method setCurrentSession sets the currentSession of this FlowProcess object.
setCurrentSession(FlowSession) - Method in class cascading.flow.FlowProcessWrapper
setDebugLevel(Map<Object, Object>, DebugLevel) - Static method in class cascading.flow.FlowConnectorProps: Method setDebugLevel sets the target planner DebugLevel.
setDebugLevel(DebugLevel) - Method in class cascading.flow.FlowConnectorProps: Method setDebugLevel sets the target planner DebugLevel.
setDebugLevel(DebugLevel) - Method in class cascading.flow.FlowDef
setDefaultTupleElementComparator(Map<Object, Object>, String) - Static method in class cascading.flow.FlowProps: Sets a default Comparator to be used if no Comparator can be found for the class via the Comparison interface.
setDefaultTupleElementComparator(String) - Method in class cascading.flow.FlowProps: Sets a default Comparator to be used if no Comparator can be found for the class via the Comparison interface.
setDouble(int, double) - Method in class cascading.tuple.Tuple: Method setDouble sets the given value to the given index position in this instance.
setDouble(Comparable, double) - Method in class cascading.tuple.TupleEntry: Method setDouble sets the value in the given field or position.
setDuration(long, long) - Method in class cascading.flow.planner.rule.RuleResult
setEndGraph(E) - Method in class cascading.flow.planner.iso.transformer.Transformed
setFailOnClose(Map<Object, Object>, boolean) - Static method in class cascading.tap.partition.PartitionTapProps: Method setFailOnClose(boolean b) controls if the PartitionTap is ignoring all Excpetions, when a TupleEntryCollector is closed or if it should rethrow the Exception.
setFailOnClose(boolean) - Method in class cascading.tap.partition.PartitionTapProps: Method setFailOnClose controls if the PartitionTap is ignoring all Exceptions, when a TupleEntryCollector is closed or if it should rethrow the Exception.
setFields(Fields) - Method in class cascading.tuple.TupleEntryCollector
setFields(Fields) - Method in class cascading.tuple.TupleEntrySchemeCollector
setFloat(int, float) - Method in class cascading.tuple.Tuple: Method setFloat sets the given value to the given index position in this instance.
setFloat(Comparable, float) - Method in class cascading.tuple.TupleEntry: Method setFloat sets the value in the given field or position.
setFlow(Flow<Config>) - Method in class cascading.flow.planner.BaseFlowStep
setFlowName(String) - Method in class cascading.flow.planner.BaseFlowStep
setFlowSkipStrategy(FlowSkipStrategy) - Method in class cascading.cascade.BaseCascade
setFlowSkipStrategy(FlowSkipStrategy) - Method in interface cascading.cascade.Cascade: Method setFlowSkipStrategy sets a new FlowSkipStrategy, the current strategy, if any, is returned.
setFlowSkipStrategy(FlowSkipStrategy) - Method in class cascading.flow.BaseFlow
setFlowSkipStrategy(FlowSkipStrategy) - Method in interface cascading.flow.Flow: Method setFlowSkipStrategy sets a new FlowSkipStrategy, the current strategy is returned.
setFlowStep(FlowStep) - Method in class cascading.flow.planner.BaseFlowNode
setFlowStepGraph(FlowStepGraph) - Method in class cascading.flow.BaseFlow
setFlowStepStats(FlowStepStats) - Method in interface cascading.flow.FlowStep
setFlowStepStats(FlowStepStats) - Method in class cascading.flow.planner.BaseFlowStep
setFlowStepStrategy(FlowStepStrategy) - Method in class cascading.flow.BaseFlow
setFlowStepStrategy(FlowStepStrategy) - Method in interface cascading.flow.Flow: Sets a default FlowStepStrategy instance.
setGatherPartitions(int) - Method in class cascading.flow.FlowRuntimeProps: Method setGatherPartitions sets the default number of gather partitions each FlowNode should use.
setGroup(TupleEntry) - Method in class cascading.operation.ConcreteCall
setGrouping(Tuple) - Method in interface cascading.tuple.collect.Spillable
setGrouping(Tuple) - Method in class cascading.tuple.collect.SpillableTupleList
setGrouping(Tuple) - Method in class cascading.tuple.collect.SpillableTupleMap
setIgnoreFailed(boolean) - Method in class cascading.flow.planner.rule.RuleRegistrySet: Sets ignore failed setting.
setIncomingEntry(TupleEntry) - Method in class cascading.scheme.ConcreteCall
setIndex(int) - Method in class cascading.tuple.io.IndexTuple
setInput(IO) - Method in class cascading.scheme.ConcreteCall
setInstanceFieldIfExists(Object, String, R) - Static method in class cascading.util.Util
setInstanceFieldIfExistsSafe(Object, String, R) - Static method in class cascading.util.Util
setInteger(int, int) - Method in class cascading.tuple.Tuple: Method setInteger sets the given value to the given index position in this instance.
setInteger(Comparable, int) - Method in class cascading.tuple.TupleEntry: Method setInteger sets the value in the given field or position.
setIntermediateSchemeClass(Map<Object, Object>, Class<? extends Scheme>) - Static method in class cascading.flow.FlowConnectorProps: Method setIntermediateSchemeClass is used for debugging.
setIntermediateSchemeClass(Map<Object, Object>, String) - Static method in class cascading.flow.FlowConnectorProps: Method setIntermediateSchemeClass is used for debugging.
setIntermediateSchemeClassName(String) - Method in class cascading.flow.FlowConnectorProps: Method setIntermediateSchemeClassName is used for debugging.
setIntermediateSchemeClassName(Class<Scheme>) - Method in class cascading.flow.FlowConnectorProps: Method setIntermediateSchemeClassName is used for debugging.
setJarClass(Class) - Method in class cascading.property.AppProps: Method setJarClass is used to set the application jar file.
setJarPath(String) - Method in class cascading.property.AppProps: Method setJarPath is used to set the application jar file.
setJobPollingInterval(Map<Object, Object>, long) - Static method in class cascading.flow.FlowProps: Property jobPollingInterval will set the time to wait between polling the remote server for the status of a job.
setJobPollingInterval(int) - Method in class cascading.flow.FlowProps: Property jobPollingInterval will set the time to wait between polling the remote server for the status of a job.
setJoinerClosure(JoinerClosure) - Method in class cascading.operation.ConcreteCall
setLevelResults(ProcessLevel, Map<ElementGraph, List<? extends ElementGraph>>) - Method in class cascading.flow.planner.rule.RuleResult
setLevelResults(ProcessLevel, ElementGraph, ElementGraph) - Method in class cascading.flow.planner.rule.RuleResult
setLevelResults(ProcessLevel, ElementGraph, List<? extends ElementGraph>) - Method in class cascading.flow.planner.rule.RuleResult
setLhs(Lhs) - Method in class cascading.util.Pair
setListSpillThreshold(int) - Method in class cascading.tuple.collect.SpillableProps: Method setListSpillThreshold sets the number of tuples to hold in memory before spilling them to disk.
setLog4jLevel(String[]) - Static method in class cascading.util.LogUtil
setLog4jLevel(String, String) - Static method in class cascading.util.LogUtil
setLogThrowableStackTrace(boolean) - Method in class cascading.tap.TrapProps: Method setLogThrowableStackTrace will disable logging of the Throwable stacktrace value if set to false.
setLong(int, long) - Method in class cascading.tuple.Tuple: Method setLong sets the given value to the given index position in this instance.
setLong(Comparable, long) - Method in class cascading.tuple.TupleEntry: Method setLong sets the value in the given field or position.
setMapInitialCapacity(int) - Method in class cascading.tuple.collect.SpillableProps: Method setMapInitialCapacity sets the default capacity to be used by the backing Map implementation.
setMapLoadFactor(float) - Method in class cascading.tuple.collect.SpillableProps: Method setMapLoadFactor sets the default load factor to be used by the backing Map implementation.
setMapSpillThreshold(int) - Method in class cascading.tuple.collect.SpillableProps: Method setMapSpillThreshold the total number of tuple values (not keys) to attempt to keep in memory.
setMaxConcurrentFlows(int) - Method in class cascading.cascade.CascadeDef
setMaxConcurrentFlows(Map<Object, Object>, int) - Static method in class cascading.cascade.CascadeProps: Method setMaxConcurrentFlows sets the maximum number of Flows that a Cascade can run concurrently.
setMaxConcurrentFlows(int) - Method in class cascading.cascade.CascadeProps: Method setMaxConcurrentFlows sets the maximum number of Flows that a Cascade can run concurrently.
setMaxConcurrentSteps(Map<Object, Object>, int) - Static method in class cascading.flow.FlowProps: Method setMaxConcurrentSteps sets the maximum number of steps that a Flow can run concurrently.
setMaxConcurrentSteps(int) - Method in class cascading.flow.FlowProps: Method setMaxConcurrentSteps sets the maximum number of steps that a Flow can run concurrently.
setMetaInfo(MetaInfo) - Method in class cascading.tap.DecoratorTap
setMetric(Enum, long) - Method in class cascading.management.state.BaseState
setMetric(String, String, long) - Method in class cascading.management.state.BaseState
setMetric(String, String, String) - Method in class cascading.management.state.BaseState
SetMultiMap<K,V> - Class in cascading.util
SetMultiMap() - Constructor for class cascading.util.SetMultiMap
setName(String) - Method in class cascading.flow.BaseFlow
setName(String) - Method in class cascading.flow.planner.BaseFlowNode
setName(String) - Method in class cascading.flow.planner.BaseFlowStep
setName(String) - Method in class cascading.flow.planner.Scope: Method setName sets the name of this Scope object.
setName(String) - Method in class cascading.property.AppProps: Method setName sets the application name.
setName(String) - Method in class cascading.property.UnitOfWorkDef: Method setName sets the UnitOfWork name.
setNonBlocking(boolean) - Method in class cascading.flow.planner.Scope
setNumSinkParts(int) - Method in class cascading.scheme.Scheme: Method setNumSinkParts sets the numSinkParts of this Scheme object.
setNumSinkParts(int) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
setObject(Comparable, Object) - Method in class cascading.tuple.TupleEntry: Method set sets the value in the given field or position.
setOnEmpty(TupleEntry, TupleEntry) - Static method in class cascading.tuple.Tuples
setOrdinal(int) - Method in class cascading.flow.planner.BaseFlowNode
setOrdinal(int) - Method in class cascading.flow.planner.BaseFlowStep
setOrdinal(Integer) - Method in class cascading.flow.planner.Scope
setOrdinalMap(StreamGraph) - Method in class cascading.flow.stream.element.GroupingSpliceGate
setOriginal(Tap<Config, Input, Output>) - Method in class cascading.tap.DecoratorTap
setOutgoingEntry(TupleEntry) - Method in class cascading.scheme.ConcreteCall
setOutput(IO) - Method in class cascading.scheme.ConcreteCall
setOutput(Output) - Method in class cascading.tuple.TupleEntrySchemeCollector
setOutputCollector(TupleEntryCollector) - Method in class cascading.operation.ConcreteCall
setParent(Pipe) - Method in class cascading.pipe.Pipe
setPermittedExceptions(Map<Object, Object>, Class<? extends Exception>...) - Static method in class cascading.tuple.TupleEntrySchemeIteratorProps: Method setPermittedExceptions( Map properties, Class[] ...
setPermittedExceptions(Class<? extends Exception>[]) - Method in class cascading.tuple.TupleEntrySchemeIteratorProps: Method setPermittedExceptions is used to set an array of exceptions which are allowed to be ignored in the TupleEntrySchemeIterator.
setPhase(PlanPhase) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
setPhaseDuration(PlanPhase, long, long) - Method in class cascading.flow.planner.rule.RuleResult
setPlanComparator(Comparator<RuleResult>) - Method in class cascading.flow.planner.rule.RuleRegistrySet: Sets planner result comparator, used only if RuleRegistrySet.getSelect() is RuleRegistrySet.Select.COMPARED.
setPlannerException(Exception) - Method in class cascading.flow.planner.rule.RuleResult
setPlannerInfo(PlannerInfo) - Method in class cascading.flow.BaseFlow
setPlannerTimeoutSec(int) - Method in class cascading.flow.planner.rule.RuleRegistrySet: Sets planner timeout, in seconds.
setPredecessors(List<FlowStepJob<Config>>) - Method in class cascading.flow.planner.FlowStepJob
setPreserveTemporaryFiles(Map<Object, Object>, boolean) - Static method in class cascading.flow.FlowProps: Property preserveTemporaryFiles forces the Flow instance to keep any temporary intermediate data sets.
setPreserveTemporaryFiles(boolean) - Method in class cascading.flow.FlowProps: Property preserveTemporaryFiles forces the Flow instance to keep any temporary intermediate data sets.
setPrevious(Pipe...) - Method in class cascading.pipe.SubAssembly: Must be called by subclasses to set the start end points of the assembly the subclass represents.
setPrintFieldsEvery(int) - Method in class cascading.operation.Debug: Method setPrintFieldsEvery sets the printFieldsEvery interval value of this Debug object.
setPrintTupleEvery(int) - Method in class cascading.operation.Debug: Method setPrintTupleEvery sets the printTupleEvery interval value of this Debug object.
setProperties(Map<Object, Object>) - Method in class cascading.management.CascadingServices.NullDocumentService
setProperties(Map<Object, Object>) - Method in class cascading.management.CascadingServices.NullMetricsService
setProperties(Map<Object, Object>) - Method in class cascading.management.state.BaseState
setProperties(ConfigDef) - Method in class cascading.property.Props
setProperties(ConfigDef, ConfigDef.Mode) - Method in class cascading.property.Props
setProperties(Map<Object, Object>) - Method in interface cascading.provider.CascadingService
setProperty(String, String) - Method in class cascading.property.ConfigDef: Method setProperty sets the value to the given key using the ConfigDef.Mode.REPLACE mode.
setProperty(ConfigDef.Mode, String, String) - Method in class cascading.property.ConfigDef: Method setProperty sets the value to the given key using the given ConfigDef.Mode value.
setProperty(Map<Object, Object>, String, String) - Static method in class cascading.property.PropertyUtil
setRaw(int, Object) - Method in class cascading.tuple.TupleEntry: Method set sets the value in the given position.
setRaw(Comparable, Object) - Method in class cascading.tuple.TupleEntry: Method set sets the value in the given field or position.
setRecordElementTrace(boolean) - Method in class cascading.tap.TrapProps: Method setRecordElementTrace will enable recording the element trace value if set to true.
setRecordThrowableMessage(boolean) - Method in class cascading.tap.TrapProps: Method setRecordThrowableMessage will enable recording the Throwable message value if set to true.
setRecordThrowableStackTrace(boolean) - Method in class cascading.tap.TrapProps: Method setRecordThrowableStackTrace will enable recording the Throwable stacktrace value if set to true.
setResolveElementsEnabled(boolean) - Method in class cascading.flow.planner.rule.RuleRegistry
setRetainValues(boolean) - Method in interface cascading.operation.BufferCall: Set to false if at the end of all values iterated over in the argumentsIterator, the last seen argument tuple values should not be nulled out.
setRetainValues(boolean) - Method in class cascading.operation.ConcreteCall
setRhs(Rhs) - Method in class cascading.util.Pair
setRuleDuration(Rule, long, long) - Method in class cascading.flow.planner.rule.RuleResult
setRuleExpression(RuleExpression) - Method in class cascading.flow.planner.rule.partitioner.ExpressionRulePartitioner
setRulePartitioner(RulePartitioner) - Method in class cascading.flow.planner.iso.subgraph.Partitions
setRunID(String) - Method in class cascading.flow.FlowDef: Method setRunID sets the checkpoint run or execution ID to be used to find prior failed runs against this runID.
setScheme(Scheme<Config, Input, Output, ?, ?>) - Method in class cascading.tap.Tap
setScopes() - Method in class cascading.flow.stream.graph.NodeStreamGraph
setSelect(RuleRegistrySet.Select) - Method in class cascading.flow.planner.rule.RuleRegistrySet: Sets the result selection type.
setShort(int, short) - Method in class cascading.tuple.Tuple: Method setShort sets the given value to the given index position in this instance.
setShort(Comparable, short) - Method in class cascading.tuple.TupleEntry: Method setShort sets the value in the given field or position.
setSinkFields(Fields) - Method in class cascading.scheme.Scheme: Method setSinkFields sets the sinkFields of this Scheme object.
setSinkFields(Fields) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
setSinks(Map<String, Tap>) - Method in class cascading.flow.BaseFlow
setSourceFields(Fields) - Method in class cascading.scheme.Scheme: Method setSourceFields sets the sourceFields of this Scheme object.
setSourceFields(Fields) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
setSources(Map<String, Tap>) - Method in class cascading.flow.BaseFlow
setSpawnStrategy(UnitOfWorkSpawnStrategy) - Method in class cascading.cascade.BaseCascade
setSpawnStrategy(UnitOfWorkSpawnStrategy) - Method in class cascading.flow.BaseFlow
setSpawnStrategy(UnitOfWorkSpawnStrategy) - Method in interface cascading.management.UnitOfWork
setSpillListener(Spillable.SpillListener) - Method in interface cascading.tuple.collect.Spillable
setSpillListener(Spillable.SpillListener) - Method in class cascading.tuple.collect.SpillableTupleList
setSpillListener(Spillable.SpillListener) - Method in class cascading.tuple.collect.SpillableTupleMap
setSpillStrategy(Spillable.SpillStrategy) - Method in interface cascading.tuple.collect.Spillable
setSpillStrategy(Spillable.SpillStrategy) - Method in class cascading.tuple.collect.SpillableTupleList
setSpillStrategy(Spillable.SpillStrategy) - Method in class cascading.tuple.collect.SpillableTupleMap
setStackTraceLineDelimiter(String) - Method in class cascading.tap.TrapProps: Method setStackTraceLineDelimiter will set the text delimiter used to denote stacktrace lines.
setStackTraceTrimLine(boolean) - Method in class cascading.tap.TrapProps: Method setStackTraceTrimLine will disable trimming of whitespace on every recorded stacktrace line if set to false.
setStatsStoreInterval(Map<Object, Object>, long) - Static method in class cascading.stats.CascadingStats: Method setStatsStoreInterval sets the interval time between store operations against the underlying document storage services.
setStatus(String) - Method in class cascading.flow.FlowProcess.NullFlowProcess
setStatus(String) - Method in class cascading.flow.FlowProcess: Method setStatus is used to set the status of the current operation.
setStatus(String) - Method in class cascading.flow.FlowProcessWrapper
setStatus(Enum, long) - Method in class cascading.management.state.ClientState
setStopJobsOnExit(Map<Object, Object>, boolean) - Static method in class cascading.flow.FlowProps: Property stopJobsOnExit will tell the Flow to add a JVM shutdown hook that will kill all running processes if the underlying computing system supports it.
setStopJobsOnExit(boolean) - Method in class cascading.flow.FlowProps: Property stopJobsOnExit will tell the Flow to add a JVM shutdown hook that will kill all running processes if the underlying computing system supports it.
setString(int, String) - Method in class cascading.tuple.Tuple: Method setString sets the given value to the given index position in this instance.
setString(Comparable, String) - Method in class cascading.tuple.TupleEntry: Method setString sets the value in the given field or position.
setSubmitPriority(int) - Method in class cascading.flow.BaseFlow
setSubmitPriority(int) - Method in interface cascading.flow.Flow: Method setSubmitPriority sets the submitPriority of this Flow object.
setSubmitPriority(int) - Method in interface cascading.flow.FlowStep: Method setSubmitPriority sets the submitPriority of this FlowStep object.
setSubmitPriority(int) - Method in class cascading.flow.planner.BaseFlowStep
setTails(Pipe...) - Method in class cascading.pipe.SubAssembly: Must be called by subclasses to set the final end points of the assembly the subclass represents.
setTapFromProcess() - Method in class cascading.flow.process.ProcessFlow: Method setTapFromProcess build Tap instance for the give process incoming and outgoing dependencies.
setTemporaryTapDecoratorClass(Map<Object, Object>, String) - Static method in class cascading.flow.FlowConnectorProps: Method temporaryTapDecoratorClassName is used for wrapping a intermediate temporary Tap.
setTemporaryTapDecoratorClassName(String) - Method in class cascading.flow.FlowConnectorProps: Method setTemporaryTapDecoratorClassName sets the class of a DecoratorTap to use to wrap an intermediate temporary Tap instance internal to the Flow.
setTemporaryTapDecoratorClassName(Class<DecoratorTap>) - Method in class cascading.flow.FlowConnectorProps: Method setTemporaryTapDecoratorClassName sets the class of a DecoratorTap to use to wrap an intermediate temporary Tap instance internal to the Flow.
setTrace(Object, String) - Static method in class cascading.util.TraceUtil: Allows for custom trace fields on Pipe, Tap, and Scheme types
setTrapHandler(TrapHandler) - Method in class cascading.flow.stream.element.BoundaryStage
setTrapHandler(TrapHandler) - Method in interface cascading.flow.stream.element.ElementDuct
setTrapHandler(TrapHandler) - Method in class cascading.flow.stream.element.ElementStage
setTrapHandler(TrapHandler) - Method in class cascading.flow.stream.element.SpliceGate
setTraps(Map<String, Tap>) - Method in class cascading.flow.BaseFlow
setTraps() - Method in class cascading.flow.stream.graph.NodeStreamGraph
setTuple(Tuple) - Method in class cascading.tuple.io.IndexTuple
setTuple(Tuple) - Method in class cascading.tuple.TupleEntry: Method setTuple sets the tuple of this TupleEntry object, no copy will be performed.
setTuple(Fields, Tuple) - Method in class cascading.tuple.TupleEntry: Method setTuple sets the values specified by the selector to the values given by the given tuple, the given values will always be copied into this TupleEntry.
setType(int, Type) - Method in class cascading.tuple.Fields
setUnmodifiable(Tuple, boolean) - Static method in class cascading.tuple.Tuples
setUp() - Method in class cascading.CascadingTestCase
SetValue - Class in cascading.operation.function: Class SetValue is a utility Function that allows for a Tuple value to be returned based on the outcome of a given Filter operation.
SetValue(Fields, Filter) - Constructor for class cascading.operation.function.SetValue: Constructor SetValue creates a new SetValue instance.
SetValue(Fields, Filter, Serializable, Serializable) - Constructor for class cascading.operation.function.SetValue: Constructor SetValue creates a new SetValue instance.
setVersion(String) - Method in class cascading.property.AppProps: Method setVersion sets the application version.
shallowCopyElementGraph() - Method in class cascading.flow.planner.graph.FlowElementGraph
SHARED - Static variable in class cascading.flow.planner.rule.expression.SplitBeforeEveryExpression
SHORT - Static variable in class cascading.tuple.coerce.Coercions
SHORT_OBJECT - Static variable in class cascading.tuple.coerce.Coercions
ShortCoerce - Class in cascading.tuple.coerce
ShortCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.ShortCoerce
shortestDistance(ElementGraph, FlowElement, FlowElement) - Static method in class cascading.flow.planner.graph.ElementGraphs: Returns the number of edges found on the shortest distance between the lhs and rhs.
ShortObjectCoerce - Class in cascading.tuple.coerce
ShortObjectCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.ShortObjectCoerce
SHUTDOWN_EXECUTING - Static variable in class cascading.util.ShutdownUtil: System property set to true when we have entered shutdown
shutdownHook - Variable in class cascading.flow.BaseFlow
ShutdownUtil - Class in cascading.util: ShutdownUtil is a private helper class for registering dependent shutdown hooks to maintain internal state information reliably when a jvm is shutting down.
ShutdownUtil() - Constructor for class cascading.util.ShutdownUtil
ShutdownUtil.Hook - Class in cascading.util
ShutdownUtil.Hook() - Constructor for class cascading.util.ShutdownUtil.Hook
ShutdownUtil.Hook.Priority - Enum in cascading.util
simpleTypeNames(Type[]) - Static method in class cascading.util.Util
SingleCloseableInputIterator - Class in cascading.util
SingleCloseableInputIterator(Closeable) - Constructor for class cascading.util.SingleCloseableInputIterator
SingleValueCloseableIterator<Value> - Class in cascading.util: SingleValueIterator is a utility class used for quickly presenting a single value to a consumer expecting both a Closeable and an Iterator interface.
SingleValueCloseableIterator(Value) - Constructor for class cascading.util.SingleValueCloseableIterator
SingleValueIterator<Value> - Class in cascading.util: Class SingleValueIterator is a convenience to creating an Iterator that returns one value for use with interfaces that only accept Iterator instances.
SingleValueIterator() - Constructor for class cascading.util.SingleValueIterator
SingleValueIterator(Value) - Constructor for class cascading.util.SingleValueIterator
sink(FlowProcess<? extends Config>, SinkCall<SinkContext, Output>) - Method in class cascading.scheme.NullScheme
sink(FlowProcess<? extends Config>, SinkCall<SinkContext, Output>) - Method in class cascading.scheme.Scheme: Method sink writes out the given Tuple found on SinkCall.getOutgoingEntry() to the SinkCall.getOutput().
sink(FlowProcess<? extends Config>, SinkCall<Void, Output>) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
SinkCall<Context,Output> - Interface in cascading.scheme: SinkCall provides access to the current Scheme.sink(cascading.flow.FlowProcess, SinkCall) invocation arguments.
sinkCall - Variable in class cascading.tuple.TupleEntrySchemeCollector
sinkCleanup(FlowProcess<? extends Config>, SinkCall<SinkContext, Output>) - Method in class cascading.scheme.Scheme: Method sinkCleanup is used to destroy resources created by Scheme.sinkPrepare(cascading.flow.FlowProcess, SinkCall).
sinkCleanup(FlowProcess<? extends Config>, SinkCall<Void, Output>) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
sinkConfInit(FlowProcess<? extends Config>, Tap<Config, Input, Output>, Config) - Method in class cascading.scheme.NullScheme
sinkConfInit(FlowProcess<? extends Config>, Tap<Config, Input, Output>, Config) - Method in class cascading.scheme.Scheme: Method sinkInit initializes this instance as a sink.
sinkConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.DecoratorTap
sinkConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.MultiSinkTap
sinkConfInit(FlowProcess<? extends Config>, Tap<Config, Input, Output>, Config) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
sinkConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.SourceTap
sinkConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.Tap: Method sinkConfInit initializes this instance as a sink.
sinkElements - Variable in class cascading.flow.planner.process.BaseProcessGraph
SinkMode - Enum in cascading.tap: Enum SinkMode identifies supported modes a Tap may utilize when used as a sink.
sinkPrepare(FlowProcess<? extends Config>, SinkCall<SinkContext, Output>) - Method in class cascading.scheme.Scheme: Method sinkPrepare is used to initialize resources needed during each call of Scheme.sink(cascading.flow.FlowProcess, SinkCall).
sinkPrepare(FlowProcess<? extends Config>, SinkCall<Void, Output>) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
sinks - Variable in class cascading.flow.BaseFlow: Field sinks
sinks - Variable in class cascading.flow.FlowDef
sinks - Variable in class cascading.flow.planner.BaseFlowStep: Field sink
SinkStage - Class in cascading.flow.stream.element
SinkStage(FlowProcess, Tap) - Constructor for class cascading.flow.stream.element.SinkStage
SinkTap<Config,Output> - Class in cascading.tap: Class SinkTap is an optional base class for sink only Taps.
SinkTap() - Constructor for class cascading.tap.SinkTap
SinkTap(Scheme<Config, ?, Output, ?, ?>) - Constructor for class cascading.tap.SinkTap
SinkTap(Scheme<Config, ?, Output, ?, ?>, SinkMode) - Constructor for class cascading.tap.SinkTap
size() - Method in class cascading.flow.planner.rule.RuleRegistrySet
size() - Method in class cascading.flow.stream.element.MemoryCoGroupClosure
size - Variable in class cascading.operation.assertion.AssertGroupBase: Field size
size() - Method in class cascading.pipe.joiner.JoinerClosure
size() - Method in class cascading.tuple.collect.SpillableTupleList
size(int) - Static method in class cascading.tuple.Fields: Method size is a factory that makes new instances of Fields the given size.
size(int, Type) - Static method in class cascading.tuple.Fields: Method size is a factory that makes new instances of Fields the given size with every field of the given type.
size() - Method in class cascading.tuple.Fields: Method size returns the number of field positions in this instance.
size(int) - Static method in class cascading.tuple.Tuple: Method size returns a new Tuple instance of the given size with nulls as its element values.
size(int, Comparable) - Static method in class cascading.tuple.Tuple: Method size returns a new Tuple instance of the given size with the given Comparable as its element values.
size() - Method in class cascading.tuple.Tuple: Method size returns the number of values in this Tuple instance.
size() - Method in class cascading.tuple.TupleEntry: Method size returns the number of values in this instance.
size() - Method in class cascading.tuple.TupleListCollector: Returns the size of this collection.
size() - Method in class cascading.util.cache.DirectMappedCache
size() - Method in class cascading.util.cache.LRUHashMapCache
size() - Method in class cascading.util.cache.OrderedHashMapCache
skipFlow(Flow) - Method in class cascading.flow.FlowSkipIfSinkExists
skipFlow(Flow) - Method in class cascading.flow.FlowSkipIfSinkNotStale
skipFlow(Flow) - Method in interface cascading.flow.FlowSkipStrategy
sleepForPollingInterval() - Method in class cascading.flow.planner.FlowStepJob
SliceCounters - Enum in cascading.flow
sortBuilder - Variable in class cascading.flow.stream.element.GroupingSpliceGate
SortedListMultiMap<K,V> - Class in cascading.util
SortedListMultiMap() - Constructor for class cascading.util.SortedListMultiMap
SortedListMultiMap(int) - Constructor for class cascading.util.SortedListMultiMap
SortedListMultiMap(Comparator<K>, int) - Constructor for class cascading.util.SortedListMultiMap
sortFields - Variable in class cascading.flow.stream.element.GroupingSpliceGate
sortFieldsMap - Variable in class cascading.pipe.Splice: Field sortFieldsMap
source(FlowProcess<? extends Config>, SourceCall<SourceContext, Input>) - Method in class cascading.scheme.NullScheme
source(FlowProcess<? extends Config>, SourceCall<SourceContext, Input>) - Method in class cascading.scheme.Scheme: Method source will read a new "record" or value from SourceCall.getInput() and populate the available Tuple via SourceCall.getIncomingEntry() and return true on success or false if no more values available.
source(FlowProcess<? extends Config>, SourceCall<Void, Input>) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
SourceCall<Context,Input> - Interface in cascading.scheme: SourceCall provides access to the current Scheme.source(cascading.flow.FlowProcess, SourceCall) invocation arguments.
sourceCleanup(FlowProcess<? extends Config>, SourceCall<SourceContext, Input>) - Method in class cascading.scheme.Scheme: Method sourceCleanup is used to destroy resources created by Scheme.sourcePrepare(cascading.flow.FlowProcess, SourceCall).
sourceCleanup(FlowProcess<? extends Config>, SourceCall<Void, Input>) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
sourceConfInit(FlowProcess<? extends Config>, Tap<Config, Input, Output>, Config) - Method in class cascading.scheme.NullScheme
sourceConfInit(FlowProcess<? extends Config>, Tap<Config, Input, Output>, Config) - Method in class cascading.scheme.Scheme: Method sourceInit initializes this instance as a source.
sourceConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.DecoratorTap
sourceConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.MultiSourceTap
sourceConfInit(FlowProcess<? extends Config>, Tap<Config, Input, Output>, Config) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
sourceConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.SinkTap
sourceConfInit(FlowProcess<? extends Config>, Config) - Method in class cascading.tap.Tap: Method sourceConfInit initializes this instance as a source.
sourceElements - Variable in class cascading.flow.planner.process.BaseProcessGraph
sourceFields - Variable in class cascading.scheme.util.DelimitedParser: Field sourceFields
sourcePrepare(FlowProcess<? extends Config>, SourceCall<SourceContext, Input>) - Method in class cascading.scheme.Scheme: Method sourcePrepare is used to initialize resources needed during each call of Scheme.source(cascading.flow.FlowProcess, SourceCall).
sourcePrepare(FlowProcess<? extends Config>, SourceCall<Void, Input>) - Method in class cascading.tap.partition.BasePartitionTap.PartitionScheme
sources - Variable in class cascading.flow.BaseFlow: Field sources
sources - Variable in class cascading.flow.FlowDef
sources - Variable in class cascading.flow.planner.BaseFlowStep: Field sources
SourceStage - Class in cascading.flow.stream.element
SourceStage(FlowProcess, Tap) - Constructor for class cascading.flow.stream.element.SourceStage
SourceTap<Config,Input> - Class in cascading.tap: Class SourceTap is an optional base class for source only Taps.
SourceTap() - Constructor for class cascading.tap.SourceTap
SourceTap(Scheme<Config, Input, ?, ?, ?>) - Constructor for class cascading.tap.SourceTap
SparseTupleComparator - Class in cascading.flow.stream.util
SparseTupleComparator(Fields, Fields) - Constructor for class cascading.flow.stream.util.SparseTupleComparator
SparseTupleComparator(Fields, Comparator) - Constructor for class cascading.flow.stream.util.SparseTupleComparator
SparseTupleComparator(Fields, Fields, Comparator) - Constructor for class cascading.flow.stream.util.SparseTupleComparator
SPILL_CODECS - Static variable in class cascading.tuple.collect.SpillableProps: A comma delimited list of possible codecs to try.
SPILL_COMPRESS - Static variable in class cascading.tuple.collect.SpillableProps: Whether to enable compression of the spills or not, on by default.
Spillable - Interface in cascading.tuple.collect
Spillable.SpillListener - Interface in cascading.tuple.collect
Spillable.SpillStrategy - Interface in cascading.tuple.collect
SpillableProps - Class in cascading.tuple.collect: Class SpillableProps is a fluent interface for building properties to be passed to a FlowConnector before creating new Flow instances.
SpillableProps() - Constructor for class cascading.tuple.collect.SpillableProps
spillableProps() - Static method in class cascading.tuple.collect.SpillableProps: Creates a new SpillableProps instance.
SpillableTupleList - Class in cascading.tuple.collect: Class SpillableTupleList is a simple durable Collection that can spill its contents to disk when the threshold is met.
SpillableTupleList(int) - Constructor for class cascading.tuple.collect.SpillableTupleList
SpillableTupleList(Spillable.SpillStrategy) - Constructor for class cascading.tuple.collect.SpillableTupleList
SpillableTupleMap - Class in cascading.tuple.collect: SpillableTupleMap is a HashMap that will allow for multiple values per key, and if the number of values for a given key reach a specific threshold, they will be spilled to disk using a SpillableTupleList instance.
SpillableTupleMap(int, int) - Constructor for class cascading.tuple.collect.SpillableTupleMap
SpillableTupleMap(int, float, int, int) - Constructor for class cascading.tuple.collect.SpillableTupleMap
spillCount() - Method in interface cascading.tuple.collect.Spillable: The number of times this container has spilled data to disk.
spillCount() - Method in class cascading.tuple.collect.SpillableTupleList
spillCount() - Method in class cascading.tuple.collect.SpillableTupleMap
splice - Variable in class cascading.flow.stream.element.SpliceGate
Splice - Class in cascading.pipe: The base class for GroupBy, CoGroup, Merge, and HashJoin.
Splice(Pipe, Fields, Pipe, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Pipe, Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Pipe, Fields, Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Pipe, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Pipe, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe...) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe[], Fields[]) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields[]) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields[], Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields[], Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe[], Fields[], Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe[], Fields[], Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields[], Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Pipe, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Pipe, Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Pipe, Fields, Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Pipe, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Pipe, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe...) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, int, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, int, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, int, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, int, Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, int, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, int) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, int, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, int, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, int, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, int, Fields, Fields, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, int, Joiner) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, int) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance where grouping occurs on Fields.ALL fields.
Splice(Pipe, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe, Fields, Fields, boolean) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe, Fields, Fields, boolean) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe[], Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe[], Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields, Fields) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(Pipe[], Fields, Fields, boolean) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
Splice(String, Pipe[], Fields, Fields, boolean) - Constructor for class cascading.pipe.Splice: Constructor Splice creates a new Splice instance.
SpliceGate<Incoming,Outgoing> - Class in cascading.flow.stream.element
SpliceGate(FlowProcess, Splice) - Constructor for class cascading.flow.stream.element.SpliceGate
SpliceGate(FlowProcess, Splice, IORole) - Constructor for class cascading.flow.stream.element.SpliceGate
SplicePipeExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
SplicePipeExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.SplicePipeExpressionGraph
split(Class<T>, String) - Static method in class cascading.util.Util
split(Class<T>, String, String) - Static method in class cascading.util.Util
SplitBeforeEveryAssert - Class in cascading.flow.planner.rule.assertion
SplitBeforeEveryAssert() - Constructor for class cascading.flow.planner.rule.assertion.SplitBeforeEveryAssert
SplitBeforeEveryExpression - Class in cascading.flow.planner.rule.expression
SplitBeforeEveryExpression() - Constructor for class cascading.flow.planner.rule.expression.SplitBeforeEveryExpression
splitPattern - Variable in class cascading.scheme.util.DelimitedParser: Field splitPattern
STACK_TRACE_LINE_DELIMITER - Static variable in class cascading.tap.TrapProps
STACK_TRACE_LINE_TRIM - Static variable in class cascading.tap.TrapProps
stackTraceLineDelimiter - Variable in class cascading.tap.TrapProps
stackTraceTrimLine - Variable in class cascading.tap.TrapProps
Stage<Incoming,Outgoing> - Class in cascading.flow.stream.duct
Stage() - Constructor for class cascading.flow.stream.duct.Stage
start() - Method in class cascading.cascade.BaseCascade
start() - Method in interface cascading.cascade.Cascade: Method start begins the current Cascade process.
start() - Method in class cascading.flow.BaseFlow
start() - Method in interface cascading.flow.Flow: Method start begins the execution of this Flow instance.
start() - Method in class cascading.flow.planner.FlowStepJob
start() - Method in class cascading.flow.process.ProcessFlow
start(Duct) - Method in class cascading.flow.stream.duct.Duct
start(Duct) - Method in class cascading.flow.stream.duct.Fork
start(Duct) - Method in class cascading.flow.stream.duct.OpenDuct
start(Duct) - Method in class cascading.flow.stream.element.BufferEveryWindow
start(Duct) - Method in class cascading.flow.stream.element.MemoryCoGroupGate
start(Duct) - Method in class cascading.flow.stream.element.MergeStage
start(Duct) - Method in class cascading.flow.stream.element.SinkStage
start(long) - Method in class cascading.management.state.ClientState
start() - Method in interface cascading.management.UnitOfWork
start(UnitOfWork, int, Collection<Callable<Throwable>>) - Method in class cascading.management.UnitOfWorkExecutorStrategy
start(UnitOfWork, int, Collection<Callable<Throwable>>) - Method in interface cascading.management.UnitOfWorkSpawnStrategy
start(FlowProcess, AggregatorCall<Average.Context>) - Method in class cascading.operation.aggregator.Average
start(FlowProcess, AggregatorCall<Pair<Long[], Tuple>>) - Method in class cascading.operation.aggregator.Count
start(FlowProcess, AggregatorCall<Tuple[]>) - Method in class cascading.operation.aggregator.ExtentBase
start(FlowProcess, AggregatorCall<ExtremaValueBase.Context>) - Method in class cascading.operation.aggregator.ExtremaValueBase
start(FlowProcess, AggregatorCall<Context>) - Method in interface cascading.operation.Aggregator: Method start initializes the aggregation procedure and is called for every unique grouping.
start(FlowProcess, AggregatorCall<Pair<Double[], Tuple>>) - Method in class cascading.operation.aggregator.Sum
start(FlowProcess, GroupAssertionCall<AssertGroupBase.Context>) - Method in class cascading.operation.assertion.AssertGroupBase
start(FlowProcess, GroupAssertionCall<C>) - Method in interface cascading.operation.GroupAssertion: Method start initializes the aggregation procedure and is called for every unique grouping.
start(FlowProcess, AggregatorCall<AverageBy.AverageFinal.Context>) - Method in class cascading.pipe.assembly.AverageBy.AverageFinal
startGroup(Duct, Group) - Method in class cascading.flow.stream.duct.CloseReducingDuct
startGroup(Duct, Group) - Method in interface cascading.flow.stream.duct.Reducing
startGroup(Duct, TupleEntry) - Method in class cascading.flow.stream.element.AggregatorEveryStage
startGroup(Duct, TupleEntry) - Method in class cascading.flow.stream.element.GroupAssertionEveryStage
startService() - Method in class cascading.management.CascadingServices.NullDocumentService
startService() - Method in class cascading.management.CascadingServices.NullMetricsService
startService() - Method in class cascading.management.state.BaseState: May be called more than once.
startService() - Method in interface cascading.provider.CascadingService: May be called more than once, but only the first invocation will start the service.
STATE_SERVICE_CLASS_PROPERTY - Static variable in class cascading.management.state.ClientState
STATEMENTS - Static variable in interface cascading.flow.FlowDescriptors: Denotes a collection of statements like SQL or similar.
STATS_COMPLETE_CHILD_DETAILS_BLOCK_DURATION - Static variable in class cascading.stats.CascadingStats
STATS_STORE_INTERVAL - Static variable in class cascading.stats.CascadingStats
StatsListener - Interface in cascading.stats: For internal use to track status transitions
statsStoreInterval - Variable in class cascading.flow.planner.FlowStepJob: Field recordStatsInterval
Status - Class in cascading.operation.state: Class Status is a Filter that sets the current FlowProcess 'status' on the first Tuple it sees.
Status(String) - Constructor for class cascading.operation.state.Status: Constructor Status creates a new Status instance.
stepConfigDef - Variable in class cascading.pipe.Pipe
StepCounters - Enum in cascading.flow: Enum StepCounters lists all counters
stepName - Variable in class cascading.flow.planner.FlowStepJob: Field stepName
stepsAreLocal() - Method in interface cascading.flow.Flow: Method jobsAreLocal returns true if all jobs are executed in-process as a single map and reduce task.
stepsAreLocal() - Method in class cascading.flow.process.ProcessFlow
stop() - Method in class cascading.cascade.BaseCascade.CascadeJob
stop() - Method in class cascading.cascade.BaseCascade
stop() - Method in interface cascading.cascade.Cascade
stop - Variable in class cascading.flow.BaseFlow: Field stop
stop() - Method in class cascading.flow.BaseFlow
stop() - Method in interface cascading.flow.Flow: Method stop stops all running jobs, killing any currently executing.
stop() - Method in class cascading.flow.planner.FlowStepJob
stop() - Method in class cascading.flow.process.ProcessFlow
stop(long) - Method in class cascading.management.state.ClientState
stop() - Method in interface cascading.management.UnitOfWork
STOP_JOBS_ON_EXIT - Static variable in class cascading.flow.FlowProps
stopJobsOnExit - Variable in class cascading.flow.BaseFlow: Field stopJobsOnExit
stopService() - Method in class cascading.management.CascadingServices.NullDocumentService
stopService() - Method in class cascading.management.CascadingServices.NullMetricsService
stopService() - Method in class cascading.management.state.BaseState
stopService() - Method in interface cascading.provider.CascadingService: May be called more than once, but only the first invocation will stop the service.
store(String, Object) - Method in class cascading.management.state.BaseState
StreamComparator<T extends InputStream> - Interface in cascading.tuple: The StreamComparator interface allows for two InputStream instances to be compared, typically bit-wise.
streamedSource - Variable in class cascading.flow.stream.graph.NodeStreamGraph
StreamGraph - Class in cascading.flow.stream.graph: Class StreamGraph is the operation pipeline used during processing.
StreamGraph() - Constructor for class cascading.flow.stream.graph.StreamGraph
StreamMode - Enum in cascading.flow.stream.annotations
strict - Variable in class cascading.scheme.util.DelimitedParser: Field strict
STRING - Static variable in class cascading.tuple.coerce.Coercions
StringCoerce - Class in cascading.tuple.coerce
StringCoerce(Map<Type, Coercions.Coerce>) - Constructor for class cascading.tuple.coerce.StringCoerce
StringEdgeNameProvider<E> - Class in cascading.util.jgrapht
StringEdgeNameProvider() - Constructor for class cascading.util.jgrapht.StringEdgeNameProvider
stringifyStackTrace(Throwable, String, boolean, int) - Static method in class cascading.util.TraceUtil
StringNameProvider<V> - Class in cascading.util.jgrapht
StringNameProvider() - Constructor for class cascading.util.jgrapht.StringNameProvider
SubAssembly - Class in cascading.pipe: Subclasses of SubAssembly encapsulate complex assemblies of Pipes so they my be reused in the same manner a Pipe is used.
SubAssembly() - Constructor for class cascading.pipe.SubAssembly
SubAssembly(Pipe...) - Constructor for class cascading.pipe.SubAssembly
SubAssembly(String, Pipe[]) - Constructor for class cascading.pipe.SubAssembly
SubGraphIterator - Interface in cascading.flow.planner.iso.subgraph
SubGraphTransformer - Class in cascading.flow.planner.iso.transformer: Class SubGraphTransformer will return a bounded sub-graph after matching a sub-graph within a contracted graph.
SubGraphTransformer(GraphTransformer, ExpressionGraph) - Constructor for class cascading.flow.planner.iso.transformer.SubGraphTransformer
subGraphTransformer - Variable in class cascading.flow.planner.rule.RuleTransformer
submit(long) - Method in class cascading.management.state.ClientState
submitCallables(List<Callable<RuleResult>>) - Method in class cascading.flow.planner.rule.RuleSetExec
submitWithTimeout(Callable<Boolean>, int, TimeUnit) - Static method in class cascading.util.Util
subtract(Fields) - Method in class cascading.tuple.Fields: Method subtract returns the difference between this instance and the given fields instance.
successorListOf(FlowElement) - Method in class cascading.flow.planner.graph.BaseElementGraph
successorListOf(FlowElement) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
successorListOf(FlowElement) - Method in interface cascading.flow.planner.graph.ElementGraph
Sum - Class in cascading.operation.aggregator: Class Sum is an Aggregator that returns the sum of all numeric values in the current group.
Sum() - Constructor for class cascading.operation.aggregator.Sum: Constructor Sum creates a new Sum instance that accepts one argument and returns a single field named "sum".
Sum(Fields) - Constructor for class cascading.operation.aggregator.Sum: Constructs a new instance that returns the fields declared in fieldDeclaration and accepts only 1 argument.
Sum(Fields, Class) - Constructor for class cascading.operation.aggregator.Sum: Constructs a new instance that returns the fields declared in fieldDeclaration and accepts only 1 argument.
SumBy - Class in cascading.pipe.assembly: Class SumBy is used to sum values associated with duplicate keys in a tuple stream.
SumBy(Fields, Fields) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe, Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe, Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe[], Fields, Fields, Fields) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe[], Fields, Fields, Fields, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Fields, Fields, Class) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe, Fields, Fields, Fields, Class) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe, Fields, Fields, Fields, Class, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe, Fields, Fields, Fields, Class) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe, Fields, Fields, Fields, Class, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe[], Fields, Fields, Fields, Class) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(Pipe[], Fields, Fields, Fields, Class, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe[], Fields, Fields, Fields, Class) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy(String, Pipe[], Fields, Fields, Fields, Class, int) - Constructor for class cascading.pipe.assembly.SumBy: Constructor SumBy creates a new SumBy instance.
SumBy.SumPartials - Class in cascading.pipe.assembly: Class SumPartials is a AggregateBy.Functor that is used to sum observed duplicates from the tuple stream.
SumBy.SumPartials(Fields) - Constructor for class cascading.pipe.assembly.SumBy.SumPartials: Constructor SumPartials creates a new SumPartials instance.
SumBy.SumPartials(Fields, Class) - Constructor for class cascading.pipe.assembly.SumBy.SumPartials
supportsFind() - Method in class cascading.management.CascadingServices.NullDocumentService
supportsFind() - Method in interface cascading.management.DocumentService
supportsNonRecursiveMatch() - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
supportsPlannerLevel(PlannerLevel) - Method in class cascading.operation.assertion.AssertExpression
supportsPlannerLevel(PlannerLevel) - Method in class cascading.operation.assertion.AssertMatches
supportsPlannerLevel(PlannerLevel) - Method in class cascading.operation.assertion.AssertMatchesAll
supportsPlannerLevel(PlannerLevel) - Method in class cascading.operation.assertion.BaseAssertion
supportsPlannerLevel(PlannerLevel) - Method in class cascading.operation.Debug
supportsPlannerLevel(PlannerLevel) - Method in interface cascading.operation.PlannedOperation
SWAP - Static variable in class cascading.tuple.Fields: Field SWAP represents all fields not used as arguments for the current operation and the operations results.
SyncPipeExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
SyncPipeExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.SyncPipeExpressionGraph

T

tags - Variable in class cascading.property.AppProps
tags - Variable in class cascading.property.UnitOfWorkDef
tails - Variable in class cascading.flow.FlowDef
Tap<Config,Input,Output> - Class in cascading.tap: A Tap represents the physical data source or sink in a connected Flow.
Tap() - Constructor for class cascading.tap.Tap
Tap(Scheme<Config, Input, Output, ?, ?>) - Constructor for class cascading.tap.Tap
Tap(Scheme<Config, Input, Output, ?, ?>, SinkMode) - Constructor for class cascading.tap.Tap
TapException - Exception in cascading.tap: Class TapException is thrown from Tap and Scheme subclasses.
TapException() - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapException(String) - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapException(String, Throwable) - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapException(String, Throwable, Tuple) - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapException(String, Tuple) - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapException(Throwable) - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapException(Tap, Fields, Fields, Throwable) - Constructor for exception cascading.tap.TapException: Constructor TapException creates a new TapException instance.
TapGraph - Class in cascading.cascade.planner
TapGraph(Collection<Flow>) - Constructor for class cascading.cascade.planner.TapGraph
TapGraph(Flow...) - Constructor for class cascading.cascade.planner.TapGraph
TapGroupTapExpressionGraph - Class in cascading.flow.planner.rule.expressiongraph
TapGroupTapExpressionGraph() - Constructor for class cascading.flow.planner.rule.expressiongraph.TapGroupTapExpressionGraph
TapOrBoundaryElementExpression - Class in cascading.flow.planner.rule.elementexpression
TapOrBoundaryElementExpression() - Constructor for class cascading.flow.planner.rule.elementexpression.TapOrBoundaryElementExpression
TapOrBoundaryElementExpression(TypeExpression.Topo) - Constructor for class cascading.flow.planner.rule.elementexpression.TapOrBoundaryElementExpression
TapOrBoundaryElementExpression(ElementCapture) - Constructor for class cascading.flow.planner.rule.elementexpression.TapOrBoundaryElementExpression
TapOrBoundaryElementExpression(ElementCapture, TypeExpression.Topo) - Constructor for class cascading.flow.planner.rule.elementexpression.TapOrBoundaryElementExpression
taps - Variable in class cascading.tap.MultiSourceTap
taps(Tap...) - Static method in class cascading.tap.Tap: Convenience function to make an array of Tap instances.
tapsMap(String, Tap) - Static method in class cascading.cascade.Cascades: Method tapsMap creates a new Map for the given name and tap.
tapsMap(String[], Tap[]) - Static method in class cascading.cascade.Cascades: Method tapsMap creates a new Map for each name and tap.
tapsMap(Pipe, Tap) - Static method in class cascading.cascade.Cascades: Method tapsMap creates a new Map using the given Pipe name and tap.
tapsMap(Pipe[], Tap[]) - Static method in class cascading.cascade.Cascades: Method tapsMap creates a new Map using the given pipes and taps.
tearDown() - Method in class cascading.CascadingTestCase
TEMP_TAP - Static variable in class cascading.flow.planner.rule.transformer.IntermediateTapElementFactory
TEMPORARY_TAP_DECORATOR_CLASS - Static variable in class cascading.flow.FlowConnectorProps
tempSink - Variable in class cascading.flow.planner.BaseFlowStep: Field tempSink
TEST_TRACEPLAN_ENABLED - Static variable in class cascading.CascadingTestCase
thread - Variable in class cascading.flow.BaseFlow: Field thread
THRESHOLD_SECONDS - Static variable in class cascading.flow.planner.rule.RuleResult
throwable - Variable in class cascading.flow.planner.FlowStepJob: Field throwable
throwFail(String) - Static method in class cascading.operation.assertion.BaseAssertion: Static method throwFail should be used to throw an AssertionException.
throwFail(String, Object...) - Static method in class cascading.operation.assertion.BaseAssertion: Static method throwFail should be used to throw an AssertionException.
toArray() - Method in class cascading.tuple.collect.SpillableTupleList
toArray(T[]) - Method in class cascading.tuple.collect.SpillableTupleList
toNull(Object) - Static method in class cascading.util.Util: This method returns the Object.toString() of the given object, or an empty String if the object is null.
toPartition(TupleEntry) - Method in class cascading.tap.partition.DelimitedPartition
toPartition(TupleEntry) - Method in interface cascading.tap.partition.Partition: Converts the given tupleEntry into a partition string.
TopologyGraph<Vertex> - Class in cascading.cascade.planner
TopologyGraph(Flow...) - Constructor for class cascading.cascade.planner.TopologyGraph
toString() - Method in class cascading.cascade.BaseCascade
toString() - Method in class cascading.flow.BaseFlow
toString() - Method in class cascading.flow.planner.BaseFlowStep
toString() - Method in enum cascading.flow.planner.graph.Extent
toString() - Method in class cascading.flow.planner.iso.expression.AndElementExpression
toString() - Method in class cascading.flow.planner.iso.expression.AnnotationExpression
toString() - Method in class cascading.flow.planner.iso.expression.ElementExpression
toString() - Method in class cascading.flow.planner.iso.expression.NotElementExpression
toString() - Method in class cascading.flow.planner.iso.expression.OrElementExpression
toString() - Method in class cascading.flow.planner.iso.expression.PathScopeExpression
toString() - Method in class cascading.flow.planner.iso.expression.TypeExpression
toString() - Method in class cascading.flow.planner.iso.finder.Match
toString() - Method in class cascading.flow.planner.PlannerInfo
toString() - Method in class cascading.flow.planner.PlatformInfo
toString() - Method in class cascading.flow.planner.rule.RuleAssert
toString() - Method in class cascading.flow.planner.rule.RulePartitioner
toString() - Method in class cascading.flow.planner.rule.RuleTransformer
toString() - Method in class cascading.flow.planner.Scope
toString() - Method in class cascading.flow.process.ProcessFlow
toString() - Method in class cascading.flow.stream.duct.Duct
toString() - Method in class cascading.flow.stream.duct.DuctGraph.Ordinal
toString() - Method in class cascading.flow.stream.element.ElementStage
toString() - Method in class cascading.flow.stream.element.GroupingSpliceGate
toString() - Method in class cascading.operation.BaseOperation
toString() - Method in class cascading.pipe.Operator
toString() - Method in class cascading.pipe.Pipe
toString() - Method in class cascading.pipe.Splice
toString() - Method in class cascading.scheme.NullScheme
toString() - Method in class cascading.scheme.Scheme
toString() - Method in class cascading.stats.CascadeStats
toString() - Method in class cascading.stats.CascadingStats
toString() - Method in class cascading.stats.FlowNodeStats
toString() - Method in class cascading.stats.FlowStats
toString() - Method in class cascading.stats.FlowStepStats
toString() - Method in class cascading.tap.DecoratorTap
toString() - Method in class cascading.tap.MultiSinkTap
toString() - Method in class cascading.tap.MultiSourceTap
toString() - Method in class cascading.tap.partition.BasePartitionTap
toString() - Method in class cascading.tap.Tap
toString() - Method in class cascading.tuple.Fields
toString() - Method in class cascading.tuple.io.IndexTuple
toString() - Method in class cascading.tuple.io.TuplePair
toString() - Method in class cascading.tuple.Tuple
toString(String) - Method in class cascading.tuple.Tuple: Method toString writes this Tuple instance values out to a String delimited by the given String value.
toString(String, boolean) - Method in class cascading.tuple.Tuple: Method toString writes this Tuple instance values out to a String delimited by the given String value.
toString() - Method in class cascading.tuple.TupleEntry
toString() - Method in class cascading.tuple.type.DateType
toString() - Method in class cascading.util.MultiMap
toStringInternal(Operation) - Static method in class cascading.operation.BaseOperation
toTuple(String, TupleEntry) - Method in class cascading.tap.partition.DelimitedPartition
toTuple(String, TupleEntry) - Method in interface cascading.tap.partition.Partition: Converts the given partition String to a TupleEntry using the given TupleEntry instance for re-use.
trace - Variable in class cascading.operation.BaseOperation: Field trace
TRACE_PLAN_PATH - Static variable in class cascading.flow.planner.FlowPlanner: Enables the planner to write out basic planner information including the initial element-graph, completed element-graph, and the completed step-graph dot files.
TRACE_PLAN_TRANSFORM_PATH - Static variable in class cascading.flow.planner.FlowPlanner: Enables the planner to write out detail level planner information for each rule, including recursive transforms.
TRACE_STATS_PATH - Static variable in class cascading.flow.planner.FlowPlanner: Enables the planner to write out planner statistics for each planner phase and rule.
Traceable - Interface in cascading.util: Indicates that a class has trace fields usable from TraceUtil
TraceUtil - Class in cascading.util
TraceUtil() - Constructor for class cascading.util.TraceUtil
TraceWriter - Class in cascading.flow.planner.rule.util
TraceWriter() - Constructor for class cascading.flow.planner.rule.util.TraceWriter
TraceWriter(Flow) - Constructor for class cascading.flow.planner.rule.util.TraceWriter
transform(PlannerContext, E) - Method in class cascading.flow.planner.iso.assertion.GraphAssert
transform(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.transformer.ContractedTransformer
transform(In) - Method in class cascading.flow.planner.iso.transformer.GraphTransformer
transform(PlannerContext, In) - Method in class cascading.flow.planner.iso.transformer.GraphTransformer
transform(PlannerContext, E) - Method in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
transform(ProcessLogger, Transformed<E>, E, int, int) - Method in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
transform(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.iso.transformer.SubGraphTransformer
transform(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.rule.RuleAssert
transform(PlannerContext, ElementGraph) - Method in class cascading.flow.planner.rule.RuleTransformer
TRANSFORM_RECURSION_DEPTH_MAX - Static variable in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer: Graphs must be transformed iteratively.
Transformed<E extends ElementGraph> - Class in cascading.flow.planner.iso.transformer
Transformed(PlannerContext, GraphTransformer, ElementGraph) - Constructor for class cascading.flow.planner.iso.transformer.Transformed
Transformed(PlannerContext, GraphTransformer, ExpressionGraph, ElementGraph) - Constructor for class cascading.flow.planner.iso.transformer.Transformed
transformGraphInPlaceUsing(Transformed<ElementGraph>, ElementGraph, Match) - Method in class cascading.flow.planner.iso.transformer.AnnotateGraphTransformer
transformGraphInPlaceUsing(Transformed<ElementGraph>, ElementGraph, Match) - Method in class cascading.flow.planner.iso.transformer.ContractedGraphTransformer
transformGraphInPlaceUsing(Transformed<ElementGraph>, ElementGraph, Match) - Method in class cascading.flow.planner.iso.transformer.ContractedTransformer
transformGraphInPlaceUsing(Transformed<ElementGraph>, ElementGraph, Match) - Method in class cascading.flow.planner.iso.transformer.InsertionGraphTransformer
transformGraphInPlaceUsing(Transformed<E>, E, Match) - Method in class cascading.flow.planner.iso.transformer.RecursiveGraphTransformer
transformGraphInPlaceUsing(Transformed<ElementGraph>, ElementGraph, Match) - Method in class cascading.flow.planner.iso.transformer.RemoveBranchGraphTransformer
transformGraphInPlaceUsing(Transformed<ElementGraph>, ElementGraph, Match) - Method in class cascading.flow.planner.iso.transformer.ReplaceGraphTransformer
TrapException - Exception in cascading.flow.stream: TrapException is a pass through exception allowing trap io failures to propagate past upstream traps.
TrapException(String, Throwable) - Constructor for exception cascading.flow.stream.TrapException
trapHandler - Variable in class cascading.flow.stream.element.ElementStage
TrapHandler - Class in cascading.flow.stream.element
TrapHandler(FlowProcess) - Constructor for class cascading.flow.stream.element.TrapHandler
TrapHandler(FlowProcess, FlowElement, Tap, String) - Constructor for class cascading.flow.stream.element.TrapHandler
TrapProps - Class in cascading.tap: Class TrapProps is a fluent helper class to set properties which control the behaviour of Tap instances used as traps on a given Flow.
TrapProps() - Constructor for class cascading.tap.TrapProps
trapProps() - Static method in class cascading.tap.TrapProps
traps - Variable in class cascading.flow.FlowDef
trapsMap - Variable in class cascading.flow.planner.process.BaseProcessGraph
truncate(String, int) - Static method in class cascading.util.Util: This method truncates the given String value to the given size, but appends an ellipse ("...") if the String is larger than maxSize.
Tuple - Class in cascading.tuple: A Tuple represents a set of values.
Tuple(List<Object>) - Constructor for class cascading.tuple.Tuple
Tuple() - Constructor for class cascading.tuple.Tuple: Constructor Tuple creates a new Tuple instance.
Tuple(Tuple) - Constructor for class cascading.tuple.Tuple: Copy constructor.
Tuple(Object...) - Constructor for class cascading.tuple.Tuple: Constructor Tuple creates a new Tuple instance with all the given values.
tuple(Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object, Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object, Object, Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object, Object, Object, Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object, Object, Object, Object, Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
tuple(Object, Object, Object, Object, Object, Object, Object, Object) - Static method in class cascading.tuple.Tuples: A utility function for use with Janino expressions to get around its lack of support for varargs.
TUPLE_COLLECTION_FACTORY - Static variable in interface cascading.tuple.collect.TupleCollectionFactory
TUPLE_MAP_FACTORY - Static variable in interface cascading.tuple.collect.TupleMapFactory
TupleBuilder - Class in cascading.tuple.util
TupleBuilder() - Constructor for class cascading.tuple.util.TupleBuilder
TupleChainIterable - Class in cascading.tuple: TupleChainIterator chains the given Iterators into a single Iterator.
TupleChainIterable(Iterable<Tuple>, Iterable<Tuple>...) - Constructor for class cascading.tuple.TupleChainIterable
TupleChainIterator - Class in cascading.tuple: TupleChainIterator chains the given Iterators into a single Iterator.
TupleChainIterator(Iterator<Tuple>...) - Constructor for class cascading.tuple.TupleChainIterator
TupleCollectionFactory<Config> - Interface in cascading.tuple.collect: Interface TupleCollectionFactory allows developers to plugin alternative implementations of a "tuple collection" used to back in memory "join" and "co-group" operations.
TupleEntry - Class in cascading.tuple: Class TupleEntry allows a Tuple instance and its declaring Fields instance to be used as a single object.
TupleEntry() - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
TupleEntry(boolean) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
TupleEntry(Fields) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
TupleEntry(Fields, boolean) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
TupleEntry(Fields, Tuple, boolean) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
TupleEntry(Fields, Tuple) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
TupleEntry(TupleEntry) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance that is a safe copy of the given tupleEntry.
TupleEntry(Tuple) - Constructor for class cascading.tuple.TupleEntry: Constructor TupleEntry creates a new TupleEntry instance.
tupleEntry - Variable in class cascading.tuple.TupleEntryCollector
TupleEntryChainIterator - Class in cascading.tuple: TupleEntryChainIterator chains the given Iterators into a single Iterator.
TupleEntryChainIterator(Fields) - Constructor for class cascading.tuple.TupleEntryChainIterator
TupleEntryChainIterator(Fields, Iterator<Tuple>) - Constructor for class cascading.tuple.TupleEntryChainIterator
TupleEntryChainIterator(Fields, Iterator<Tuple>[]) - Constructor for class cascading.tuple.TupleEntryChainIterator
TupleEntryCollector - Class in cascading.tuple: Interface TupleEntryCollector is used to allow BaseOperation instances to emit one or more result Tuple values.
TupleEntryCollector() - Constructor for class cascading.tuple.TupleEntryCollector
TupleEntryCollector(Fields) - Constructor for class cascading.tuple.TupleEntryCollector: Constructor TupleCollector creates a new TupleCollector instance.
TupleEntryIterableChainIterator - Class in cascading.tuple: TupleEntryChainIterator chains the given Iterators into a single Iterator.
TupleEntryIterableChainIterator(Fields) - Constructor for class cascading.tuple.TupleEntryIterableChainIterator
TupleEntryIterableChainIterator(Fields, Iterable<Iterator<Tuple>>) - Constructor for class cascading.tuple.TupleEntryIterableChainIterator
tupleEntryIterator - Variable in class cascading.flow.stream.element.GroupingSpliceGate
TupleEntryIterator - Class in cascading.tuple: Class TupleEntryIterator provides an efficient Iterator for returning TupleEntry elements in an underlying Tuple collection.
TupleEntryIterator(Fields) - Constructor for class cascading.tuple.TupleEntryIterator: Constructor TupleEntryIterator creates a new TupleEntryIterator instance.
TupleEntrySchemeCollector<Config,Output> - Class in cascading.tuple: Class TupleEntrySchemeCollector is a helper class for wrapping a Scheme instance, calling Scheme.sink(cascading.flow.FlowProcess, cascading.scheme.SinkCall) on every call to TupleEntrySchemeCollector.add(TupleEntry) or TupleEntrySchemeCollector.add(Tuple).
TupleEntrySchemeCollector(FlowProcess<? extends Config>, Scheme) - Constructor for class cascading.tuple.TupleEntrySchemeCollector
TupleEntrySchemeCollector(FlowProcess<? extends Config>, Scheme, String) - Constructor for class cascading.tuple.TupleEntrySchemeCollector
TupleEntrySchemeCollector(FlowProcess<? extends Config>, Scheme, Output) - Constructor for class cascading.tuple.TupleEntrySchemeCollector
TupleEntrySchemeCollector(FlowProcess<? extends Config>, Tap, Output) - Constructor for class cascading.tuple.TupleEntrySchemeCollector
TupleEntrySchemeCollector(FlowProcess<? extends Config>, Scheme, Output, String) - Constructor for class cascading.tuple.TupleEntrySchemeCollector
TupleEntrySchemeIterator<Config,Input> - Class in cascading.tuple: Class TupleEntrySchemeIterator is a helper class for wrapping a Scheme instance, calling Scheme.source(cascading.flow.FlowProcess, cascading.scheme.SourceCall) on every call to TupleEntrySchemeIterator.next().
TupleEntrySchemeIterator(FlowProcess<? extends Config>, Scheme, Input) - Constructor for class cascading.tuple.TupleEntrySchemeIterator
TupleEntrySchemeIterator(FlowProcess<? extends Config>, Scheme, Input, String) - Constructor for class cascading.tuple.TupleEntrySchemeIterator
TupleEntrySchemeIterator(FlowProcess<? extends Config>, Scheme, CloseableIterator<Input>) - Constructor for class cascading.tuple.TupleEntrySchemeIterator
TupleEntrySchemeIterator(FlowProcess<? extends Config>, Scheme, CloseableIterator<Input>, String) - Constructor for class cascading.tuple.TupleEntrySchemeIterator
TupleEntrySchemeIteratorProps - Class in cascading.tuple: Class TupleEntrySchemeIteratorProps is a fluent helper class to set properties which control the behavior of the TupleEntrySchemeIterator.
TupleEntrySchemeIteratorProps() - Constructor for class cascading.tuple.TupleEntrySchemeIteratorProps: Constructs a new TupleEntrySchemeIteratorProps instance.
tupleEntrySchemeIteratorProps() - Static method in class cascading.tuple.TupleEntrySchemeIteratorProps: Creates a new TupleEntrySchemeIteratorProps instance.
TupleException - Exception in cascading.tuple: Class TupleException is thrown by the Tuple, Fields and TupleEntry classes.
TupleException() - Constructor for exception cascading.tuple.TupleException: Constructor TupleException creates a new TupleException instance.
TupleException(String) - Constructor for exception cascading.tuple.TupleException: Constructor TupleException creates a new TupleException instance.
TupleException(String, Throwable) - Constructor for exception cascading.tuple.TupleException: Constructor TupleException creates a new TupleException instance.
TupleException(Throwable) - Constructor for exception cascading.tuple.TupleException: Constructor TupleException creates a new TupleException instance.
TupleHasher - Class in cascading.tuple.util
TupleHasher() - Constructor for class cascading.tuple.util.TupleHasher
TupleHasher(Comparator, Comparator[]) - Constructor for class cascading.tuple.util.TupleHasher
TupleHasher.HashFunction - Class in cascading.tuple.util
TupleHasher.HashFunction() - Constructor for class cascading.tuple.util.TupleHasher.HashFunction
TupleInputStream - Class in cascading.tuple.io: Class TupleInputStream is used internally to read Tuples from storage.
TupleInputStream(InputStream, TupleInputStream.ElementReader) - Constructor for class cascading.tuple.io.TupleInputStream
TupleInputStream.ElementReader - Interface in cascading.tuple.io
TupleListCollector - Class in cascading.tuple: TupleEntryCollector is a convenience class for managing a list of tuples.
TupleListCollector(Fields, Tuple...) - Constructor for class cascading.tuple.TupleListCollector: Constructor TupleEntryCollector creates a new TupleEntryCollector instance.
TupleListCollector(Fields, boolean) - Constructor for class cascading.tuple.TupleListCollector: Constructor TupleListCollector creates a new TupleListCollector instance.
TupleMapFactory<Config> - Interface in cascading.tuple.collect: Interface TupleMapFactory allows developers to plugin alternative implementations of a "tuple map" used to back in memory "join" and "co-group" operations.
TupleOutputStream - Class in cascading.tuple.io: Class TupleOutputStream is used internally to write Tuples to storage.
TupleOutputStream(Map<Class, TupleOutputStream.TupleElementWriter>, OutputStream, TupleOutputStream.ElementWriter) - Constructor for class cascading.tuple.io.TupleOutputStream
TupleOutputStream.ElementWriter - Interface in cascading.tuple.io
TupleOutputStream.TupleElementWriter - Interface in cascading.tuple.io
TuplePair - Class in cascading.tuple.io: Class TuplePair is a utility class that is optimized to hold two Tuple instances for sorting and hashing of each part independently.
TuplePair() - Constructor for class cascading.tuple.io.TuplePair: Constructor Tuple creates a new Tuple instance.
TuplePair(Tuple, Tuple) - Constructor for class cascading.tuple.io.TuplePair: Constructor TuplePair creates a new TuplePair instance.
Tuples - Class in cascading.tuple: Class Tuples is a helper class providing common methods to manipulate Tuple and TupleEntry instances.
Tuples() - Constructor for class cascading.tuple.Tuples
TupleViews - Class in cascading.tuple.util: This class is experimental and for internal use only.
TupleViews() - Constructor for class cascading.tuple.util.TupleViews
TypeExpression<Type> - Class in cascading.flow.planner.iso.expression
TypeExpression(ElementCapture, boolean, Class<? extends Type>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(ElementCapture, boolean, Class<? extends Type>) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(ElementCapture, Class<? extends Type>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(ElementCapture, Class<? extends Type>) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(boolean, Class<? extends Type>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(boolean, Class<? extends Type>) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(Class<? extends Type>, TypeExpression.Topo) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression(Class<? extends Type>) - Constructor for class cascading.flow.planner.iso.expression.TypeExpression
TypeExpression.Topo - Enum in cascading.flow.planner.iso.expression
typeNames(Type[]) - Static method in class cascading.util.Util
types - Variable in class cascading.scheme.util.DelimitedParser: Field types
types - Static variable in class cascading.tuple.coerce.Coercions
types(Type...) - Static method in class cascading.tuple.Fields

U

undelegate(FlowProcess) - Static method in class cascading.flow.FlowProcessWrapper
UnGroup - Class in cascading.operation.function: Class UnGroup is a Function that will 'un-group' data from a given dataset.
UnGroup(Fields, Fields[]) - Constructor for class cascading.operation.function.UnGroup: Constructor UnGroup creates a new UnGroup instance.
UnGroup(Fields, Fields, Fields[]) - Constructor for class cascading.operation.function.UnGroup: Constructor UnGroup creates a new UnGroup instance.
UnGroup(Fields, Fields, int) - Constructor for class cascading.operation.function.UnGroup: Constructor UnGroup creates a new UnGroup instance.
Unique - Class in cascading.pipe.assembly: Class Unique SubAssembly is used to filter all duplicates out of a tuple stream.
Unique(Pipe, Fields) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe, Fields, Unique.Include) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe, Fields, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe, Fields, Unique.Include, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe, Fields) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe, Fields, Unique.Include) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe, Fields, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe, Fields, Unique.Include, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe[], Fields) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe[], Fields, Unique.Include) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe[], Fields, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(Pipe[], Fields, Unique.Include, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe[], Fields) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe[], Fields, Unique.Include) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe[], Fields, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
Unique(String, Pipe[], Fields, Unique.Include, int) - Constructor for class cascading.pipe.assembly.Unique: Constructor Unique creates a new Unique instance.
unique(String, String) - Static method in class cascading.util.Util
Unique.Cache - Enum in cascading.pipe.assembly
Unique.FilterPartialDuplicates - Class in cascading.pipe.assembly: Class FilterPartialDuplicates is a Filter that is used to remove observed duplicates from the tuple stream.
Unique.FilterPartialDuplicates() - Constructor for class cascading.pipe.assembly.Unique.FilterPartialDuplicates: Constructor FilterPartialDuplicates creates a new FilterPartialDuplicates instance.
Unique.FilterPartialDuplicates(int) - Constructor for class cascading.pipe.assembly.Unique.FilterPartialDuplicates: Constructor FilterPartialDuplicates creates a new FilterPartialDuplicates instance.
Unique.FilterPartialDuplicates(Unique.Include, int) - Constructor for class cascading.pipe.assembly.Unique.FilterPartialDuplicates: Constructor FilterPartialDuplicates creates a new FilterPartialDuplicates instance.
Unique.FilterPartialDuplicates(Unique.Include, int, TupleHasher) - Constructor for class cascading.pipe.assembly.Unique.FilterPartialDuplicates: Constructor FilterPartialDuplicates creates a new FilterPartialDuplicates instance.
Unique.Include - Enum in cascading.pipe.assembly
UNIQUE_CACHE_CAPACITY - Static variable in class cascading.pipe.assembly.UniqueProps: property to control the capacity of the cache to use.
UNIQUE_CACHE_FACTORY - Static variable in class cascading.pipe.assembly.UniqueProps: property to control the cache factory used in Unique.
UNIQUE_DEFAULT_CAPACITY - Static variable in class cascading.pipe.assembly.UniqueProps: default capacity of caches used in Unique.
UniquePathGraphPartitioner - Class in cascading.flow.planner.iso.subgraph.partitioner
UniquePathGraphPartitioner(ExpressionGraph, ExpressionGraph, ElementAnnotation...) - Constructor for class cascading.flow.planner.iso.subgraph.partitioner.UniquePathGraphPartitioner
UniquePathGraphPartitioner(ExpressionGraph, ExpressionGraph, boolean, ElementAnnotation...) - Constructor for class cascading.flow.planner.iso.subgraph.partitioner.UniquePathGraphPartitioner
UniquePathRulePartitioner - Class in cascading.flow.planner.rule.partitioner: Class UniquePathRulePartitioner relies on a RuleExpression to identify sub-graphs as initial partitions, then will partition the resulting graph into a unique sub-graph for each unique path between the head and tail of the graph.
UniquePathRulePartitioner(PlanPhase, RuleExpression) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase, RuleExpression, ElementAnnotation...) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase, RuleExpression, Enum...) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase, RulePartitioner.PartitionSource, RuleExpression) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase, RulePartitioner.PartitionSource, RuleExpression, ElementAnnotation...) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase, RulePartitioner.PartitionSource, RuleExpression, Enum...) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase, GraphPartitioner) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner(PlanPhase) - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathRulePartitioner() - Constructor for class cascading.flow.planner.rule.partitioner.UniquePathRulePartitioner
UniquePathSubGraphIterator - Class in cascading.flow.planner.iso.subgraph.iterator
UniquePathSubGraphIterator(SubGraphIterator, boolean) - Constructor for class cascading.flow.planner.iso.subgraph.iterator.UniquePathSubGraphIterator
UniqueProps - Class in cascading.pipe.assembly: Class UniqueProps is a fluent helper for setting various properties related to the cache used in Unique.
UniqueProps() - Constructor for class cascading.pipe.assembly.UniqueProps
uniqueProps() - Static method in class cascading.pipe.assembly.UniqueProps
UnitOfWork<Stats extends CascadingStats> - Interface in cascading.management: Interface UnitOfWork is a common interface for Flow and Cascade allowing them to be used interchangeably.
UnitOfWorkDef<T> - Class in cascading.property: Class UnitOfWorkDef is the base class for framework specific fluent definition interfaces.
UnitOfWorkDef() - Constructor for class cascading.property.UnitOfWorkDef
UnitOfWorkDef(UnitOfWorkDef<T>) - Constructor for class cascading.property.UnitOfWorkDef
UnitOfWorkExecutorStrategy - Class in cascading.management: Class UnitOfWorkExecutorStrategy uses a simple Executors.newFixedThreadPool(int) ExecutorService to spawn threads.
UnitOfWorkExecutorStrategy() - Constructor for class cascading.management.UnitOfWorkExecutorStrategy
UnitOfWorkSpawnStrategy - Interface in cascading.management: The interface UnitOfWorkSpawnStrategy is a strategy for allowing pluggable thread management services into any UnitOfWork class.
UNKNOWN - Static variable in class cascading.tuple.Fields: Field UNKNOWN
unregisterApiBoundary(String) - Static method in class cascading.util.TraceUtil: Remove a regex as a boundary for tracing.
UnsupportedPlanException - Exception in cascading.flow.planner.rule
UnsupportedPlanException() - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(FlowElement, String) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(FlowElement, String, Throwable) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(FlowElement, String, Throwable, ElementGraph) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(String) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(String, Throwable) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(Throwable) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(String, ElementGraph) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(String, Throwable, ElementGraph) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
UnsupportedPlanException(Rule, Exception) - Constructor for exception cascading.flow.planner.rule.UnsupportedPlanException
unwind(ScopeExpression) - Static method in class cascading.flow.planner.iso.expression.ExpressionGraph
unwind(Pipe...) - Static method in class cascading.pipe.SubAssembly: Is responsible for unwinding nested SubAssembly instances.
update(String, String) - Method in interface cascading.property.ConfigDef.Getter
update(String, String) - Method in interface cascading.property.ConfigDef.Setter
Update - Class in cascading.util
Update() - Constructor for class cascading.util.Update
UPDATE_CHECK_SKIP - Static variable in class cascading.util.Update
UPDATE_URL - Static variable in class cascading.util.Update
updateNodeStatus(FlowNodeStats) - Method in class cascading.flow.planner.FlowStepJob
updateSchemes(FlowElementGraph) - Method in class cascading.flow.BaseFlow
URISanitizer - Class in cascading.management.annotation: URISanitizer is an implementation of the Sanitizer interface to sanitize URIs of different kinds (file, HTTP, HDFS, JDBC etc.) Depending on the visibility, the Sanitizer will return different values: PUBLIC: Only return the path of the URI PROTECTED: Same as PUBLIC + query parameters PRIVATE: Same as PROTECTED + URI scheme and authority (host/port)
URISanitizer() - Constructor for class cascading.management.annotation.URISanitizer
USE_DEFAULT_THRESHOLD - Static variable in class cascading.pipe.assembly.AggregateBy
Util - Class in cascading.util: Class Util provides reusable operations.
Util() - Constructor for class cascading.util.Util
Util.RetryOperator<T> - Interface in cascading.util

V

validateLength(Flow, int) - Static method in class cascading.CascadingTestCase
validateLength(Flow, int, String) - Static method in class cascading.CascadingTestCase
validateLength(Flow, int, int) - Static method in class cascading.CascadingTestCase
validateLength(Flow, int, int, Pattern) - Static method in class cascading.CascadingTestCase
validateLength(Flow, int, Pattern, String) - Static method in class cascading.CascadingTestCase
validateLength(Flow, int, int, Pattern, String) - Static method in class cascading.CascadingTestCase
validateLength(TupleEntryIterator, int) - Static method in class cascading.CascadingTestCase
validateLength(TupleEntryIterator, int, int) - Static method in class cascading.CascadingTestCase
validateLength(TupleEntryIterator, int, Pattern) - Static method in class cascading.CascadingTestCase
validateLength(TupleEntryIterator, int, int, Pattern) - Static method in class cascading.CascadingTestCase
value - Variable in class cascading.util.SingleValueIterator
VALUE_SEPARATOR - Static variable in interface cascading.flow.FlowDescriptors: String that can be used as a record separator.
ValueAssertion<C> - Interface in cascading.operation: Class ValueAssertion is a kind of Assertion used with the Each pipe Operator.
ValueAssertionCall<C> - Interface in cascading.operation: Interface ValueAssertionCall provides access to the current ValueAssertion invocation arguments.
ValueAssertionEachStage - Class in cascading.flow.stream.element
ValueAssertionEachStage(FlowProcess, Each) - Constructor for class cascading.flow.stream.element.ValueAssertionEachStage
valueComparators - Variable in class cascading.flow.stream.element.GroupingSpliceGate
valueFields - Variable in class cascading.pipe.joiner.JoinerClosure
valueOf(String) - Static method in enum cascading.flow.planner.graph.Extent: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.assertion.GraphAssert.AssertionType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.expression.ElementCapture: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.expression.PathScopeExpression.Mode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.expression.ScopeExpression.Applies: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.expression.TypeExpression.Topo: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.finder.SearchOrder: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.iso.transformer.InsertionGraphTransformer.Insertion: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.ExecAction: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.PlanPhase: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.ProcessLevel: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.RuleMode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.RulePartitioner.PartitionSource: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.RuleRegistrySet.Select: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.rule.RuleResult.ResultStatus: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.planner.Scope.Kind: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.SliceCounters: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.StepCounters: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.stream.annotations.BlockingMode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.stream.annotations.StreamMode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.flow.stream.graph.IORole: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.management.annotation.Order: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.management.annotation.Visibility: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.operation.AssertionLevel: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.operation.Debug.Output: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.operation.DebugLevel: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.pipe.assembly.AggregateBy.Cache: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.pipe.assembly.AverageBy.Include: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.pipe.assembly.CountBy.Include: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.pipe.assembly.Unique.Cache: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.pipe.assembly.Unique.Include: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.property.ConfigDef.Mode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.stats.CascadingStats.Status: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.stats.CascadingStats.Type: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.tap.partition.BasePartitionTap.Counters: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.tap.SinkMode: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum cascading.util.ShutdownUtil.Hook.Priority: Returns the enum constant of this type with the specified name.
values() - Static method in enum cascading.flow.planner.graph.Extent: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.assertion.GraphAssert.AssertionType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.expression.ElementCapture: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.expression.PathScopeExpression.Mode: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.expression.ScopeExpression.Applies: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.expression.TypeExpression.Topo: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.finder.SearchOrder: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.iso.transformer.InsertionGraphTransformer.Insertion: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.ExecAction: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.PlanPhase: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.ProcessLevel: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.RuleMode: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.RulePartitioner.PartitionSource: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.RuleRegistrySet.Select: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.rule.RuleResult.ResultStatus: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.planner.Scope.Kind: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.SliceCounters: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.StepCounters: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.stream.annotations.BlockingMode: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.stream.annotations.StreamMode: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.flow.stream.graph.IORole: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.management.annotation.Order: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.management.annotation.Visibility: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.operation.AssertionLevel: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.operation.Debug.Output: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.operation.DebugLevel: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.pipe.assembly.AggregateBy.Cache: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.pipe.assembly.AverageBy.Include: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.pipe.assembly.CountBy.Include: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.pipe.assembly.Unique.Cache: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.pipe.assembly.Unique.Include: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.property.ConfigDef.Mode: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.stats.CascadingStats.Status: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.stats.CascadingStats.Type: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.tap.partition.BasePartitionTap.Counters: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum cascading.tap.SinkMode: Returns an array containing the constants of this enum type, in the order they are declared.
VALUES - Static variable in class cascading.tuple.Fields: Field VALUES represents all fields used as values for the last grouping
values() - Method in class cascading.util.cache.DirectMappedCache
values() - Method in class cascading.util.cache.LRUHashMapCache
values() - Method in class cascading.util.cache.OrderedHashMapCache
values() - Static method in enum cascading.util.ShutdownUtil.Hook.Priority: Returns an array containing the constants of this enum type, in the order they are declared.
valuesBuilder - Variable in class cascading.flow.stream.element.GroupingSpliceGate
valuesFields - Variable in class cascading.flow.stream.element.GroupingSpliceGate
vendor - Variable in class cascading.flow.planner.PlatformInfo
verify() - Method in class cascading.operation.filter.Logic
verify() - Method in class cascading.pipe.assembly.AggregateBy: Method verify should be overridden by sub-classes if any values must be tested before the calling constructor returns.
verifyAllTaps(FlowDef) - Method in class cascading.flow.planner.FlowPlanner
verifyAssembly(FlowDef, Pipe[]) - Method in class cascading.flow.planner.FlowPlanner
verifyCheckpoints(FlowDef, Pipe[]) - Method in class cascading.flow.planner.FlowPlanner
verifyContains(Fields) - Method in class cascading.tuple.Fields: Method verifyContains tests if this instance contains the field names and positions specified in the given fields instance.
verifyOperation() - Method in class cascading.pipe.Each
verifyOperation() - Method in class cascading.pipe.Operator
verifyPipeAssemblyEndPoints(FlowDef, Pipe[]) - Method in class cascading.flow.planner.FlowPlanner: Method verifyEndPoints verifies
there aren't dupe names in heads or tails.
verifyResult(RuleResult) - Method in class cascading.flow.planner.FlowPlanner: If there are rules for a given ProcessLevel on the current platform there must be sub-graphs partitioned at that level.
verifyResultInternal(RuleResult) - Method in class cascading.flow.planner.FlowPlanner
verifySourceNotSinks(Map<String, Tap>, Map<String, Tap>) - Method in class cascading.flow.planner.FlowPlanner
verifyTaps(Map<String, Tap>, boolean, boolean) - Method in class cascading.flow.planner.FlowPlanner: Method verifyTaps ...
verifyTraps(FlowDef, Pipe[]) - Method in class cascading.flow.planner.FlowPlanner
version - Variable in class cascading.flow.planner.PlatformInfo
version - Variable in class cascading.property.AppProps
Version - Class in cascading.util
Version() - Constructor for class cascading.util.Version
versionProperties - Static variable in class cascading.util.Version
vertexMapping - Variable in class cascading.flow.planner.iso.finder.Match
VertexNameProvider<V> - Interface in cascading.util.jgrapht
vertexSet() - Method in class cascading.flow.planner.graph.BaseElementGraph
vertexSet() - Method in class cascading.flow.planner.graph.DecoratedElementGraph
vertexSet() - Method in interface cascading.flow.planner.graph.ElementGraph
vertexSet() - Method in class cascading.flow.planner.process.BaseProcessGraph
vertexSet() - Method in interface cascading.flow.planner.process.ProcessGraph
Visibility - Enum in cascading.management.annotation: Visibility controls whether a certain Property is visible to a certain audience.

W

waitOnLatch() - Method in class cascading.flow.stream.element.MemoryHashJoinGate
WholeGraphNodePartitioner - Class in cascading.flow.planner.rule.partitioner
WholeGraphNodePartitioner() - Constructor for class cascading.flow.planner.rule.partitioner.WholeGraphNodePartitioner
WholeGraphPartitioner - Class in cascading.flow.planner.iso.subgraph.partitioner
WholeGraphPartitioner() - Constructor for class cascading.flow.planner.iso.subgraph.partitioner.WholeGraphPartitioner
WholeGraphRulePartitioner - Class in cascading.flow.planner.rule.partitioner
WholeGraphRulePartitioner(PlanPhase) - Constructor for class cascading.flow.planner.rule.partitioner.WholeGraphRulePartitioner
WholeGraphStepPartitioner - Class in cascading.flow.planner.rule.partitioner
WholeGraphStepPartitioner() - Constructor for class cascading.flow.planner.rule.partitioner.WholeGraphStepPartitioner
Window - Interface in cascading.flow.stream.duct
wrapInput(Input) - Method in class cascading.tuple.TupleEntrySchemeIterator
wrapIterator(ExpressionSubGraphIterator) - Method in class cascading.flow.planner.iso.subgraph.partitioner.ExpressionGraphPartitioner
wrapIterator(ExpressionSubGraphIterator) - Method in class cascading.flow.planner.iso.subgraph.partitioner.UniquePathGraphPartitioner
wrapOutput(Output) - Method in class cascading.tuple.TupleEntrySchemeCollector
wrapTuple(TupleHasher, Tuple) - Static method in class cascading.tuple.util.TupleHasher: Wraps the given Tuple in a subtype, that uses the provided Hasher for hashCode calculations.
write(DataOutputStream, Object) - Method in interface cascading.tuple.io.TupleOutputStream.ElementWriter
write(TupleOutputStream, Object) - Method in interface cascading.tuple.io.TupleOutputStream.TupleElementWriter
writeBeginGraph(String, int) - Method in class cascading.flow.planner.iso.GraphResult
writeCauseDOT(String) - Method in exception cascading.flow.planner.PlannerException: Method writeCauseDOT writes the underlying GraphFinderException intermediate graph as a DOT file.
writeDOT(String) - Method in class cascading.cascade.BaseCascade
writeDOT(String) - Method in interface cascading.cascade.Cascade: Method writeDOT writes this element graph to a DOT file for easy visualization and debugging.
writeDOT(String) - Method in class cascading.flow.BaseFlow
writeDOT(String) - Method in interface cascading.flow.Flow: Method writeDOT writes this Flow instance to the given filename as a DOT file for import into a graphics package.
writeDOT(String) - Method in class cascading.flow.planner.graph.BaseElementGraph
writeDOT(String) - Method in class cascading.flow.planner.graph.DecoratedElementGraph
writeDOT(String) - Method in interface cascading.flow.planner.graph.ElementGraph
writeDOT(String) - Method in class cascading.flow.planner.graph.FlowElementGraph: Method writeDOT writes this element graph to a DOT file for easy visualization and debugging.
writeDOT(String) - Method in class cascading.flow.planner.iso.expression.ExpressionGraph
writeDOT(String) - Method in exception cascading.flow.planner.iso.finder.GraphFinderException
writeDOT(String) - Method in exception cascading.flow.planner.PlannerException: Method writeDOT writes the failed Flow instance to the given filename as a DOT file for import into a graphics package.
writeDOT(String) - Method in class cascading.flow.planner.process.BaseProcessGraph: Method writeDOT writes this element graph to a DOT file for easy visualization and debugging.
writeDOT(String) - Method in interface cascading.flow.planner.process.ProcessGraph
writeDOT(Writer, DirectedGraph, IntegerNameProvider, VertexNameProvider, EdgeNameProvider) - Static method in class cascading.util.Util
writeDOT(Writer, DirectedGraph, IntegerNameProvider, VertexNameProvider, EdgeNameProvider, ComponentAttributeProvider, ComponentAttributeProvider) - Static method in class cascading.util.Util
writeDOTNested(String, ElementGraph) - Method in class cascading.flow.planner.process.BaseProcessGraph
writeDOTNested(String, ElementGraph) - Method in interface cascading.flow.planner.process.ProcessGraph
writeDOTs(String) - Method in class cascading.flow.planner.iso.assertion.Asserted
writeDOTs(String) - Method in class cascading.flow.planner.iso.GraphResult
writeDOTs(String) - Method in class cascading.flow.planner.iso.subgraph.Partitions
writeDOTs(String) - Method in class cascading.flow.planner.iso.transformer.Transformed
writeEdgeSet(ProcessGraph<? extends ProcessModel>, ElementGraph, ElementGraph, PrintWriter, Set<FlowElement>, boolean, Set<FlowElement>) - Method in class cascading.util.DOTProcessGraphWriter: if renderSpans == true, write edges if either side crosses a node boundary.
writeElement(Object) - Method in class cascading.tuple.io.TupleOutputStream
writeElementArray(Object[]) - Method in class cascading.tuple.io.TupleOutputStream
writeEndGraph(String, int) - Method in class cascading.flow.planner.iso.GraphResult
writeFinal(String, RuleResult) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeGraph(Writer, ElementGraph, ProcessGraph<? extends ProcessModel>) - Method in class cascading.util.DOTProcessGraphWriter
writeIndexTuple(IndexTuple) - Method in class cascading.tuple.io.TupleOutputStream
writeIntInternal(int) - Method in class cascading.tuple.io.TupleOutputStream
writePDF(String) - Static method in class cascading.util.Util
writeStats(PrintWriter) - Method in class cascading.flow.planner.rule.RuleResult
writeStats(PlannerContext, RuleResult) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeStepsDOT(String) - Method in class cascading.flow.BaseFlow
writeStepsDOT(String) - Method in interface cascading.flow.Flow: Method writeStepsDOT writes this Flow step graph to the given filename as a DOT file for import into a graphics package.
writeTracePlan(String, String, ElementGraph) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTracePlan(String, String, FlowStepGraph) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTracePlanSteps(String, FlowStepGraph) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTransformPlan(String, PlanPhase, Rule, int[], GraphResult) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTransformPlan(String, FlowElementGraph, String) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTransformPlan(String, List<? extends ElementGraph>, PlanPhase, String) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTransformPlan(String, Map<ElementGraph, List<? extends ElementGraph>>, Map<ElementGraph, List<? extends ElementGraph>>, PlanPhase, String) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTransformPlan(String, Map<ElementGraph, List<? extends ElementGraph>>, PlanPhase, String) - Method in class cascading.flow.planner.rule.util.TraceWriter
writeTuple(Tuple) - Method in class cascading.tuple.io.TupleOutputStream
writeTuplePair(TuplePair) - Method in class cascading.tuple.io.TupleOutputStream
writeVertexSet(ProcessModel, ElementGraph, ElementGraph, PrintWriter, Set<FlowElement>, boolean, Set<FlowElement>, Set<FlowElement>) - Method in class cascading.util.DOTProcessGraphWriter

X

Xor - Class in cascading.operation.filter: Class Xor is a Filter class that will logically 'xor' (exclusive or) the results of the constructor provided Filter instances.
Xor(Filter...) - Constructor for class cascading.operation.filter.Xor: Constructor Xor creates a new Xor instance where all Filter instances receive all arguments.
Xor(Fields, Filter, Fields, Filter) - Constructor for class cascading.operation.filter.Xor: Constructor Xor creates a new Xor instance.

Z

zone - Variable in class cascading.operation.text.DateOperation: Field zone
zone - Variable in class cascading.tuple.type.DateType: Field zone

A B C D E F G H I J K L M N O P Q R S T U V W X Z