Uses of Class
org.apache.pig.newplan.Operator

Packages that use Operator

Package	Description
org.apache.pig	Public interfaces and classes for Pig.
org.apache.pig.backend.hadoop.executionengine
org.apache.pig.backend.hadoop.executionengine.physicalLayer.plans
org.apache.pig.impl.logicalLayer	The logical operators that represent a pig script and tools for manipulating those operators.
org.apache.pig.impl.logicalLayer.validators
org.apache.pig.impl.plan
org.apache.pig.newplan
org.apache.pig.newplan.logical
org.apache.pig.newplan.logical.expression
org.apache.pig.newplan.logical.relational
org.apache.pig.parser
org.apache.pig.pen
org.apache.pig.pen.util
org.apache.pig.tools.pigstats
org.apache.pig.tools.pigstats.mapreduce
org.apache.pig.tools.pigstats.tez

Uses of Operator in org.apache.pig

Methods in org.apache.pig that return types with arguments of type Operator

Modifier and Type	Method and Description
Map<Operator,DataBag>	PigServer.getExamples(String alias)

Uses of Operator in org.apache.pig.backend.hadoop.executionengine

Fields in org.apache.pig.backend.hadoop.executionengine with type parameters of type Operator

Modifier and Type	Field and Description
protected Map<Operator,PhysicalOperator>	HExecutionEngine.newLogToPhyMap

Methods in org.apache.pig.backend.hadoop.executionengine that return types with arguments of type Operator

Modifier and Type	Method and Description
Map<Operator,PhysicalOperator>	HExecutionEngine.getLogToPhyMap()

Uses of Operator in org.apache.pig.backend.hadoop.executionengine.physicalLayer.plans

Subclasses of Operator in org.apache.pig.backend.hadoop.executionengine.physicalLayer.plans

Modifier and Type	Class and Description
class	PatternNode Used for finding/representing a pattern in the plan This class represents a node in the pattern

Methods in org.apache.pig.backend.hadoop.executionengine.physicalLayer.plans with parameters of type Operator

Modifier and Type	Method and Description
boolean	PatternNode.isEqual(Operator operator)

Uses of Operator in org.apache.pig.impl.logicalLayer

Constructors in org.apache.pig.impl.logicalLayer with parameters of type Operator

Constructor and Description
FrontendException(Operator op, String message) Create a new FrontendException with the specified message and cause.
FrontendException(Operator op, String message, int errCode) Create a new FrontendException with the specified message and cause.
FrontendException(Operator op, String message, int errCode, byte errSrc) Create a new FrontendException with the specified message and cause.
FrontendException(Operator op, String message, int errCode, byte errSrc, boolean retry, String detailedMsg, Throwable cause) Create a new FrontendException with the specified message, error code, error source, retriable or not, detalied message for the developer and cause.
FrontendException(Operator op, String message, int errCode, byte errSrc, Throwable cause) Create a new FrontendException with the specified message and cause.
FrontendException(Operator op, String message, int errCode, Throwable cause) Create a new FrontendException with the specified message and cause.

Uses of Operator in org.apache.pig.impl.logicalLayer.validators

Constructors in org.apache.pig.impl.logicalLayer.validators with parameters of type Operator

Constructor and Description
TypeCheckerException(Operator op, String message, int errCode, byte errSrc) Create a new TypeCheckerException with the specified message and cause.
TypeCheckerException(Operator op, String message, int errCode, byte errSrc, Throwable cause) Create a new TypeCheckerException with the specified message and cause.

Uses of Operator in org.apache.pig.impl.plan

Constructors in org.apache.pig.impl.plan with parameters of type Operator

Constructor and Description
PlanValidationException(Operator op, String message) Create a new PlanValidationException with the specified message and cause.
PlanValidationException(Operator op, String message, int errCode) Create a new PlanValidationException with the specified message and cause.
PlanValidationException(Operator op, String message, int errCode, byte errSrc) Create a new PlanValidationException with the specified message and cause.
VisitorException(Operator op, String message) Create a new VisitorException with the specified message and cause.
VisitorException(Operator op, String message, int errCode) Create a new VisitorException with the specified message and cause.
VisitorException(Operator op, String message, int errCode, byte errSrc) Create a new VisitorException with the specified message and cause.
VisitorException(Operator op, String message, int errCode, byte errSrc, Throwable cause) Create a new VisitorException with the specified message and cause.

Uses of Operator in org.apache.pig.newplan

Fields in org.apache.pig.newplan with type parameters of type Operator

Modifier and Type	Field and Description
protected Set<Operator>	DotPlanDumper.mMultiInputSubgraphs
protected Set<Operator>	DotPlanDumper.mMultiOutputSubgraphs
protected Set<Operator>	DotPlanDumper.mSubgraphs
protected List<Operator>	BaseOperatorPlan.ops

Methods in org.apache.pig.newplan that return types with arguments of type Operator

Modifier and Type	Method and Description
protected MultiMap<Operator,BaseOperatorPlan>	PlanDumper.getMultiInputNestedPlans(Operator op) Used to determine if an operator has nested plans, which are connected to specific input operators.
Iterator<Operator>	OperatorSubPlan.getOperators()
Iterator<Operator>	OperatorPlan.getOperators() Get an iterator of all operators in this plan
Iterator<Operator>	BaseOperatorPlan.getOperators()
List<Operator>	OperatorSubPlan.getPredecessors(Operator op)
List<Operator>	OperatorPlan.getPredecessors(Operator op) For a given operator, get all operators immediately before it in the plan.
List<Operator>	BaseOperatorPlan.getPredecessors(Operator op) For a given operator, get all operators immediately before it in the plan.
List<Operator>	OperatorSubPlan.getSinks()
List<Operator>	OperatorPlan.getSinks() Get all operators in the plan that have no successors.
List<Operator>	BaseOperatorPlan.getSinks() Get all operators in the plan that have no successors.
List<Operator>	OperatorSubPlan.getSoftLinkPredecessors(Operator op)
List<Operator>	OperatorPlan.getSoftLinkPredecessors(Operator op) For a given operator, get all operators softly immediately before it in the plan.
List<Operator>	BaseOperatorPlan.getSoftLinkPredecessors(Operator op) For a given operator, get all operators softly immediately before it in the plan.
List<Operator>	OperatorSubPlan.getSoftLinkSuccessors(Operator op)
List<Operator>	OperatorPlan.getSoftLinkSuccessors(Operator op) For a given operator, get all operators softly immediately after it.
List<Operator>	BaseOperatorPlan.getSoftLinkSuccessors(Operator op) For a given operator, get all operators softly immediately after it.
List<Operator>	OperatorSubPlan.getSources()
List<Operator>	OperatorPlan.getSources() Get all operators in the plan that have no predecessors.
List<Operator>	BaseOperatorPlan.getSources() Get all operators in the plan that have no predecessors.
List<Operator>	OperatorSubPlan.getSuccessors(Operator op)
List<Operator>	OperatorPlan.getSuccessors(Operator op) For a given operator, get all operators immediately after it.
List<Operator>	BaseOperatorPlan.getSuccessors(Operator op) For a given operator, get all operators immediately after it.
Pair<Operator,Integer>	PlanEdge.removeWithPosition(Operator key, Operator value) Remove one value from an existing key and return which position in the arraylist the value was at..

Methods in org.apache.pig.newplan with parameters of type Operator

Modifier and Type	Method and Description
void	OperatorSubPlan.add(Operator op)
void	OperatorPlan.add(Operator op) Add a new operator to the plan.
void	BaseOperatorPlan.add(Operator op) Add a new operator to the plan.
void	OperatorSubPlan.connect(Operator from, int fromPos, Operator to, int toPos)
void	OperatorPlan.connect(Operator from, int fromPos, Operator to, int toPos) Connect two operators in the plan, controlling which position in the edge lists that the from and to edges are placed.
void	BaseOperatorPlan.connect(Operator from, int fromPos, Operator to, int toPos) Connect two operators in the plan, controlling which position in the edge lists that the from and to edges are placed.
void	OperatorSubPlan.connect(Operator from, Operator to)
void	OperatorPlan.connect(Operator from, Operator to) Connect two operators in the plan.
void	BaseOperatorPlan.connect(Operator from, Operator to) Connect two operators in the plan.
void	OperatorSubPlan.createSoftLink(Operator from, Operator to)
void	OperatorPlan.createSoftLink(Operator from, Operator to) Create an soft edge between two nodes.
void	BaseOperatorPlan.createSoftLink(Operator from, Operator to) Create an soft edge between two nodes.
Pair<Integer,Integer>	OperatorSubPlan.disconnect(Operator from, Operator to)
Pair<Integer,Integer>	OperatorPlan.disconnect(Operator from, Operator to) Disconnect two operators in the plan.
Pair<Integer,Integer>	BaseOperatorPlan.disconnect(Operator from, Operator to) Disconnect two operators in the plan.
protected void	DependencyOrderWalker.doAllPredecessors(Operator node, Set<Operator> seen, Collection<Operator> fifo)
protected void	ReverseDependencyOrderWalkerWOSeenChk.doAllSuccessors(Operator node, Collection<Operator> fifo)
protected void	ReverseDependencyOrderWalker.doAllSuccessors(Operator node, Set<Operator> seen, Collection<Operator> fifo)
protected void	PlanDumper.dumpEdge(Operator op, Operator suc) Will be called to dump the edges of the plan.
protected void	DotPlanDumper.dumpEdge(Operator op, Operator suc)
protected void	DotPlanDumper.dumpInvisibleOperators(Operator op)
protected void	PlanDumper.dumpMultiInputNestedOperator(Operator op, MultiMap<Operator,BaseOperatorPlan> plans) Will be called when an operator has nested plans, which are connected to one of the multiple inputs.
protected void	DotPlanDumper.dumpMultiInputNestedOperator(Operator op, MultiMap<Operator,BaseOperatorPlan> plans)
protected void	PlanDumper.dumpMultiOutputNestedOperator(Operator op, Collection<BaseOperatorPlan> plans) Will be called for nested operators, where the plans represent how the output of the operator is processed.
protected void	DotPlanDumper.dumpMultiOutputNestedOperator(Operator op, Collection<BaseOperatorPlan> plans)
protected void	PlanDumper.dumpNestedOperator(Operator op, Collection<BaseOperatorPlan> plans) Will be called for nested operators.
protected void	DotPlanDumper.dumpNestedOperator(Operator op, Collection<BaseOperatorPlan> plans)
protected void	PlanDumper.dumpOperator(Operator op) Will be called to dump a simple operator
protected void	DotPlanDumper.dumpOperator(Operator op)
protected String[]	DotPlanDumper.getAttributes(Operator op) Used to generate the the attributes of a node
protected MultiMap<Operator,BaseOperatorPlan>	PlanDumper.getMultiInputNestedPlans(Operator op) Used to determine if an operator has nested plans, which are connected to specific input operators.
protected Collection<BaseOperatorPlan>	PlanDumper.getMultiOutputNestedPlans(Operator op) Used to determine if an operator has nested output plans
protected String	DotPlanDumper.getName(Operator op) Used to generate the label for an operator.
protected Collection<BaseOperatorPlan>	PlanDumper.getNestedPlans(Operator op) Used to determine if an operator has nested plans (without connections to in- or output operators.
List<Operator>	OperatorSubPlan.getPredecessors(Operator op)
List<Operator>	OperatorPlan.getPredecessors(Operator op) For a given operator, get all operators immediately before it in the plan.
List<Operator>	BaseOperatorPlan.getPredecessors(Operator op) For a given operator, get all operators immediately before it in the plan.
List<Operator>	OperatorSubPlan.getSoftLinkPredecessors(Operator op)
List<Operator>	OperatorPlan.getSoftLinkPredecessors(Operator op) For a given operator, get all operators softly immediately before it in the plan.
List<Operator>	BaseOperatorPlan.getSoftLinkPredecessors(Operator op) For a given operator, get all operators softly immediately before it in the plan.
List<Operator>	OperatorSubPlan.getSoftLinkSuccessors(Operator op)
List<Operator>	OperatorPlan.getSoftLinkSuccessors(Operator op) For a given operator, get all operators softly immediately after it.
List<Operator>	BaseOperatorPlan.getSoftLinkSuccessors(Operator op) For a given operator, get all operators softly immediately after it.
List<Operator>	OperatorSubPlan.getSuccessors(Operator op)
List<Operator>	OperatorPlan.getSuccessors(Operator op) For a given operator, get all operators immediately after it.
List<Operator>	BaseOperatorPlan.getSuccessors(Operator op) For a given operator, get all operators immediately after it.
void	OperatorSubPlan.insertBetween(Operator pred, Operator operatorToInsert, Operator succ)
void	OperatorPlan.insertBetween(Operator pred, Operator operatorToInsert, Operator succ) This method insert node operatorToInsert between pred and succ.
void	BaseOperatorPlan.insertBetween(Operator pred, Operator operatorToInsert, Operator succ)
boolean	BaseOperatorPlan.isConnected(Operator from, Operator to) Check if given two operators are directly connected.
abstract boolean	Operator.isEqual(Operator operator) This is like a shallow equals comparison.
void	BaseOperatorPlan.moveTree(Operator root, BaseOperatorPlan newPlan) Move everything below a given operator to the new operator plan.
boolean	OperatorSubPlan.pathExists(Operator from, Operator to)
boolean	OperatorPlan.pathExists(Operator load, Operator store) check if there is a path in the plan graph between the load operator to the store operator.
boolean	BaseOperatorPlan.pathExists(Operator from, Operator to) A method to check if there is a path from a given node to another node
void	PlanEdge.put(Operator key, Operator value, int pos) Add an element to the map.
void	OperatorSubPlan.remove(Operator op)
void	OperatorPlan.remove(Operator op) Remove an operator from the plan.
void	BaseOperatorPlan.remove(Operator op) Remove an operator from the plan.
void	OperatorSubPlan.removeAndReconnect(Operator operatorToRemove)
void	OperatorPlan.removeAndReconnect(Operator operatorToRemove) This method remove a node operatorToRemove.
void	BaseOperatorPlan.removeAndReconnect(Operator operatorToRemove)
void	OperatorSubPlan.removeSoftLink(Operator from, Operator to)
void	OperatorPlan.removeSoftLink(Operator from, Operator to) Remove an soft edge
void	BaseOperatorPlan.removeSoftLink(Operator from, Operator to) Remove an soft edge
Pair<Operator,Integer>	PlanEdge.removeWithPosition(Operator key, Operator value) Remove one value from an existing key and return which position in the arraylist the value was at..
void	OperatorSubPlan.replace(Operator oldOperator, Operator newOperator)
void	OperatorPlan.replace(Operator oldOperator, Operator newOperator) This method replace the oldOperator with the newOperator, make all connection to the new operator in the place of old operator
void	BaseOperatorPlan.replace(Operator oldOperator, Operator newOperator)
void	BaseOperatorPlan.trimBelow(Operator op) Trim everything below a given operator.

Method parameters in org.apache.pig.newplan with type arguments of type Operator

Modifier and Type	Method and Description
protected void	DependencyOrderWalker.doAllPredecessors(Operator node, Set<Operator> seen, Collection<Operator> fifo)
protected void	DependencyOrderWalker.doAllPredecessors(Operator node, Set<Operator> seen, Collection<Operator> fifo)
protected void	ReverseDependencyOrderWalkerWOSeenChk.doAllSuccessors(Operator node, Collection<Operator> fifo)
protected void	ReverseDependencyOrderWalker.doAllSuccessors(Operator node, Set<Operator> seen, Collection<Operator> fifo)
protected void	ReverseDependencyOrderWalker.doAllSuccessors(Operator node, Set<Operator> seen, Collection<Operator> fifo)
protected void	PlanDumper.dumpMultiInputNestedOperator(Operator op, MultiMap<Operator,BaseOperatorPlan> plans) Will be called when an operator has nested plans, which are connected to one of the multiple inputs.
protected void	DotPlanDumper.dumpMultiInputNestedOperator(Operator op, MultiMap<Operator,BaseOperatorPlan> plans)

Constructors in org.apache.pig.newplan with parameters of type Operator

Constructor and Description
SubtreeDependencyOrderWalker(OperatorPlan plan, Operator startNode)

Constructor parameters in org.apache.pig.newplan with type arguments of type Operator

Constructor and Description
DotPlanDumper(BaseOperatorPlan plan, PrintStream ps, boolean isSubGraph, Set<Operator> mSubgraphs, Set<Operator> mMultiInputSubgraphs, Set<Operator> mMultiOutputSubgraphs)
DotPlanDumper(BaseOperatorPlan plan, PrintStream ps, boolean isSubGraph, Set<Operator> mSubgraphs, Set<Operator> mMultiInputSubgraphs, Set<Operator> mMultiOutputSubgraphs)
DotPlanDumper(BaseOperatorPlan plan, PrintStream ps, boolean isSubGraph, Set<Operator> mSubgraphs, Set<Operator> mMultiInputSubgraphs, Set<Operator> mMultiOutputSubgraphs)

Uses of Operator in org.apache.pig.newplan.logical

Methods in org.apache.pig.newplan.logical that return types with arguments of type Operator

Modifier and Type	Method and Description
protected MultiMap<Operator,BaseOperatorPlan>	DotLOPrinter.getMultiInputNestedPlans(Operator op)

Methods in org.apache.pig.newplan.logical with parameters of type Operator

Modifier and Type	Method and Description
protected String[]	DotLOPrinter.getAttributes(Operator op)
protected MultiMap<Operator,BaseOperatorPlan>	DotLOPrinter.getMultiInputNestedPlans(Operator op)
protected String	DotLOPrinter.getName(Operator op)
protected Collection<BaseOperatorPlan>	DotLOPrinter.getNestedPlans(Operator op)

Uses of Operator in org.apache.pig.newplan.logical.expression

Subclasses of Operator in org.apache.pig.newplan.logical.expression

Modifier and Type	Class and Description
class	AddExpression Add Operator
class	AndExpression Boolean and expression.
class	BinaryExpression Superclass for all binary expressions
class	BinCondExpression
class	CastExpression
class	ColumnExpression Super class for all column expressions, including projection, constants, and deferences.
class	ConstantExpression A constant
class	DereferenceExpression get one or elements out of a tuple or a bag in case of Tuple( a#2:int, b#3:bag{ b_a#4:int, b_b#5:float }, c#6:int ) # 1 (the number after # represents the uid) Dereference ( 0 ) --> a:int - dereference of single column in a tuple gives the field Dereference ( 0,2 ) --> Tuple(a#2:int, c#6:int) #7 - dereference of more than one column gives a tuple Dereference ( 1 ) --> Dereference ( 1 ) --> b:bag{b_b#5:float}#8 - dereference of a bag gives a bag
class	DivideExpression Divide Operator
class	EqualExpression Equality test expression.
class	GreaterThanEqualExpression
class	GreaterThanExpression
class	IsNullExpression
class	LessThanEqualExpression
class	LessThanExpression
class	LogicalExpression Logical representation of expression operators.
class	MapLookupExpression
class	ModExpression Mod Operator
class	MultiplyExpression Multiply Operator
class	NegativeExpression
class	NotEqualExpression NotEquality test expression.
class	NotExpression
class	OrExpression Boolean OR Expression
class	ProjectExpression Projection of columns in an expression.
class	RegexExpression Regex Operator
class	ScalarExpression
class	SubtractExpression Subtract Operator
class	UnaryExpression Superclass for all unary expressions
class	UserFuncExpression

Fields in org.apache.pig.newplan.logical.expression with type parameters of type Operator

Modifier and Type	Field and Description
protected Map<Operator,PhysicalOperator>	ExpToPhyTranslationVisitor.logToPhyMap

Methods in org.apache.pig.newplan.logical.expression that return Operator

Modifier and Type	Method and Description
Operator	ScalarExpression.getAttachedLogicalOperator()
Operator	ScalarExpression.getImplicitReferencedOperator()
Operator	ProjectExpression.getProjectedOperator()

Methods in org.apache.pig.newplan.logical.expression that return types with arguments of type Operator

Modifier and Type	Method and Description
List<Operator>	LogicalExpressionPlan.merge(LogicalExpressionPlan lgExpPlan) Merge all nodes in lgExpPlan, keep the connections

Methods in org.apache.pig.newplan.logical.expression with parameters of type Operator

Modifier and Type	Method and Description
boolean	UserFuncExpression.isEqual(Operator other)
boolean	SubtractExpression.isEqual(Operator other)
boolean	RegexExpression.isEqual(Operator other)
boolean	ProjectExpression.isEqual(Operator other)
boolean	OrExpression.isEqual(Operator other)
boolean	NotExpression.isEqual(Operator other)
boolean	NotEqualExpression.isEqual(Operator other)
boolean	NegativeExpression.isEqual(Operator other)
boolean	MultiplyExpression.isEqual(Operator other)
boolean	ModExpression.isEqual(Operator other)
boolean	MapLookupExpression.isEqual(Operator other)
boolean	LessThanExpression.isEqual(Operator other)
boolean	LessThanEqualExpression.isEqual(Operator other)
boolean	IsNullExpression.isEqual(Operator other)
boolean	GreaterThanExpression.isEqual(Operator other)
boolean	GreaterThanEqualExpression.isEqual(Operator other)
boolean	EqualExpression.isEqual(Operator other)
boolean	DivideExpression.isEqual(Operator other)
boolean	DereferenceExpression.isEqual(Operator other)
boolean	ConstantExpression.isEqual(Operator other)
boolean	CastExpression.isEqual(Operator other)
boolean	BinCondExpression.isEqual(Operator other)
boolean	AndExpression.isEqual(Operator other)
boolean	AddExpression.isEqual(Operator other)
void	ScalarExpression.setAttachedLogicalOperator(Operator attachedLogicalOperator)
void	ScalarExpression.setImplicitReferencedOperator(Operator implicitReferencedOperator)

Constructors in org.apache.pig.newplan.logical.expression with parameters of type Operator

Constructor and Description
ProjectExpression(OperatorPlan plan, int inputNum, String alias, Operator projectedOp, LogicalRelationalOperator attachedRelationalOp) Adds projection to the plan.
ScalarExpression(OperatorPlan plan, Operator implicitReferencedOperator, Operator attachedLogicalOperator)

Constructor parameters in org.apache.pig.newplan.logical.expression with type arguments of type Operator

Constructor and Description
ExpToPhyTranslationVisitor(OperatorPlan plan, LogicalRelationalOperator op, PhysicalPlan phyPlan, Map<Operator,PhysicalOperator> map)
ExpToPhyTranslationVisitor(OperatorPlan plan, PlanWalker walker, LogicalRelationalOperator op, PhysicalPlan phyPlan, Map<Operator,PhysicalOperator> map)

Uses of Operator in org.apache.pig.newplan.logical.relational

Subclasses of Operator in org.apache.pig.newplan.logical.relational

Modifier and Type	Class and Description
class	LOCogroup
class	LOCross
class	LOCube CUBE operator implementation for data cube computation.
class	LODistinct
class	LOFilter
class	LOForEach
class	LOGenerate
class	LogicalRelationalOperator Logical representation of relational operators.
class	LOInnerLoad Operator to map the data into the inner plan of LOForEach It can only be used in the inner plan of LOForEach
class	LOJoin
class	LOLimit
class	LOLoad
class	LONative
class	LORank RANK operator implementation.
class	LOSort
class	LOSplit
class	LOSplitOutput
class	LOStore
class	LOStream
class	LOUnion

Fields in org.apache.pig.newplan.logical.relational with type parameters of type Operator

Modifier and Type	Field and Description
protected Map<Operator,PhysicalOperator>	LogToPhyTranslationVisitor.logToPhyMap

Methods in org.apache.pig.newplan.logical.relational that return Operator

Modifier and Type	Method and Description
Operator	LogicalPlan.findByAlias(String alias)
Operator	LOSort.getInput(LogicalPlan plan)
Operator	LOLimit.getInput(LogicalPlan plan)
Operator	LOFilter.getInput(LogicalPlan plan)
Operator	LODistinct.getInput(LogicalPlan plan)

Methods in org.apache.pig.newplan.logical.relational that return types with arguments of type Operator

Modifier and Type	Method and Description
List<Operator>	LOUnion.getInputs()
List<Operator>	LOCross.getInputs()
List<Operator>	LOUnion.getInputs(LogicalPlan plan)
List<Operator>	LOJoin.getInputs(LogicalPlan plan)
List<Operator>	LOCube.getInputs(LogicalPlan plan)
List<Operator>	LOCogroup.getInputs(LogicalPlan plan)
Map<Operator,PhysicalOperator>	LogToPhyTranslationVisitor.getLogToPhyMap()

Methods in org.apache.pig.newplan.logical.relational with parameters of type Operator

Modifier and Type	Method and Description
boolean	LOUnion.isEqual(Operator other)
boolean	LOStream.isEqual(Operator other)
boolean	LOStore.isEqual(Operator other)
boolean	LOSplitOutput.isEqual(Operator other)
boolean	LOSplit.isEqual(Operator other)
boolean	LOSort.isEqual(Operator other)
boolean	LORank.isEqual(Operator other)
boolean	LONative.isEqual(Operator obj)
boolean	LOLoad.isEqual(Operator other)
boolean	LOLimit.isEqual(Operator other)
boolean	LOJoin.isEqual(Operator other)
boolean	LOInnerLoad.isEqual(Operator other)
boolean	LOGenerate.isEqual(Operator other)
boolean	LOForEach.isEqual(Operator other)
boolean	LOFilter.isEqual(Operator other)
boolean	LODistinct.isEqual(Operator other)
boolean	LOCube.isEqual(Operator other)
boolean	LOCross.isEqual(Operator other)
boolean	LOCogroup.isEqual(Operator other)
static void	LogToPhyTranslationVisitor.updateWithEmptyBagCheck(PhysicalPlan fePlan, Operator joinInput) updates plan with check for empty bag and if bag is empty to flatten a bag with as many null's as dictated by the schema

Method parameters in org.apache.pig.newplan.logical.relational with type arguments of type Operator

Modifier and Type	Method and Description
boolean	MapSideMergeValidator.validateMapSideMerge(List<Operator> preds, OperatorPlan lp)

Uses of Operator in org.apache.pig.parser

Methods in org.apache.pig.parser that return types with arguments of type Operator

Modifier and Type	Method and Description
Map<String,Operator>	QueryParserDriver.getOperators()

Methods in org.apache.pig.parser with parameters of type Operator

Modifier and Type	Method and Description
static void	QueryParserUtils.attachStorePlan(String scope, LogicalPlan lp, String fileName, String func, Operator input, String alias, PigContext pigContext)

Uses of Operator in org.apache.pig.pen

Methods in org.apache.pig.pen that return types with arguments of type Operator

Modifier and Type	Method and Description
Map<Operator,DataBag>	ExampleGenerator.getData()
Map<Operator,DataBag>	ExampleGenerator.getData(Map<LOLoad,DataBag> newBaseData)
Map<Operator,DataBag>	ExampleGenerator.getExamples()
Map<Operator,PhysicalOperator>	ExampleGenerator.getLogToPhyMap()

Method parameters in org.apache.pig.pen with type arguments of type Operator

Modifier and Type	Method and Description
static Map<LogicalRelationalOperator,Collection<IdentityHashSet<Tuple>>>	EquivalenceClasses.getLoToEqClassMap(PhysicalPlan plan, LogicalPlan lp, Map<Operator,PhysicalOperator> logToPhyMap, Map<Operator,DataBag> logToDataMap, Map<LOForEach,Map<LogicalRelationalOperator,PhysicalOperator>> forEachInnerLogToPhyMap, HashMap<PhysicalOperator,Collection<IdentityHashSet<Tuple>>> poToEqclassesMap)
static Map<LogicalRelationalOperator,Collection<IdentityHashSet<Tuple>>>	EquivalenceClasses.getLoToEqClassMap(PhysicalPlan plan, LogicalPlan lp, Map<Operator,PhysicalOperator> logToPhyMap, Map<Operator,DataBag> logToDataMap, Map<LOForEach,Map<LogicalRelationalOperator,PhysicalOperator>> forEachInnerLogToPhyMap, HashMap<PhysicalOperator,Collection<IdentityHashSet<Tuple>>> poToEqclassesMap)

Constructor parameters in org.apache.pig.pen with type arguments of type Operator

Constructor and Description
AugmentBaseDataVisitor(OperatorPlan plan, Map<Operator,PhysicalOperator> logToPhysMap, Map<LOLoad,DataBag> baseData, Map<Operator,DataBag> derivedData)
AugmentBaseDataVisitor(OperatorPlan plan, Map<Operator,PhysicalOperator> logToPhysMap, Map<LOLoad,DataBag> baseData, Map<Operator,DataBag> derivedData)
LineageTrimmingVisitor(LogicalPlan plan, Map<LOLoad,DataBag> baseData, ExampleGenerator eg, Map<Operator,PhysicalOperator> LogToPhyMap, PhysicalPlan physPlan, PigContext pc)

Uses of Operator in org.apache.pig.pen.util

Methods in org.apache.pig.pen.util with parameters of type Operator

Modifier and Type	Method and Description
static float	MetricEvaluation.getCompleteness(Operator op, Map<Operator,DataBag> exampleData, Map<LogicalRelationalOperator,Collection<IdentityHashSet<Tuple>>> OperatorToEqClasses, boolean overallCompleteness)
static float	MetricEvaluation.getConciseness(Operator op, Map<Operator,DataBag> exampleData, Map<LogicalRelationalOperator,Collection<IdentityHashSet<Tuple>>> OperatorToEqClasses, boolean overallConciseness)
static float	MetricEvaluation.getRealness(Operator op, Map<Operator,DataBag> exampleData, boolean overallRealness)
static void	DisplayExamples.printSimple(Operator op, LogicalPlan lp, Map<Operator,DataBag> exampleData)

Method parameters in org.apache.pig.pen.util with type arguments of type Operator

Modifier and Type	Method and Description
static float	MetricEvaluation.getCompleteness(Operator op, Map<Operator,DataBag> exampleData, Map<LogicalRelationalOperator,Collection<IdentityHashSet<Tuple>>> OperatorToEqClasses, boolean overallCompleteness)
static float	MetricEvaluation.getConciseness(Operator op, Map<Operator,DataBag> exampleData, Map<LogicalRelationalOperator,Collection<IdentityHashSet<Tuple>>> OperatorToEqClasses, boolean overallConciseness)
static float	MetricEvaluation.getRealness(Operator op, Map<Operator,DataBag> exampleData, boolean overallRealness)
static void	DisplayExamples.printSimple(Operator op, LogicalPlan lp, Map<Operator,DataBag> exampleData)
static String	DisplayExamples.printTabular(LogicalPlan lp, Map<Operator,DataBag> exampleData, Map<LOForEach,Map<LogicalRelationalOperator,DataBag>> forEachInnerLogToDataMap)

Uses of Operator in org.apache.pig.tools.pigstats

Subclasses of Operator in org.apache.pig.tools.pigstats

Modifier and Type	Class and Description
class	JobStats This class encapsulates the runtime statistics of a MapReduce job.

Methods in org.apache.pig.tools.pigstats with parameters of type Operator

Modifier and Type	Method and Description
boolean	PigStats.JobGraph.isConnected(Operator from, Operator to)
boolean	JobStats.isEqual(Operator operator)

Uses of Operator in org.apache.pig.tools.pigstats.mapreduce

Subclasses of Operator in org.apache.pig.tools.pigstats.mapreduce

Modifier and Type	Class and Description
class	MRJobStats This class encapsulates the runtime statistics of a MapReduce job.

Uses of Operator in org.apache.pig.tools.pigstats.tez

Subclasses of Operator in org.apache.pig.tools.pigstats.tez

Modifier and Type	Class and Description
class	TezDAGStats
class	TezVertexStats