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

AALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
AASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
abort() - Method in class harpoon.Runtime.Transactions.CommitRecord
Abort this (sub)transaction, if possible.
abort(CommitRecord) - Static method in class harpoon.Runtime.Transactions.CommitRecord
Abort a transaction, if possible.
ABORTED - Static variable in class harpoon.Runtime.Transactions.CommitRecord
 
abortUpTo - Variable in class harpoon.Runtime.Transactions.TransactionAbortException
 
ABSTRACT - Static variable in class harpoon.Tools.Annotation.Sym
 
AbstractGraph - class harpoon.Analysis.GraphColoring.AbstractGraph.
AbstractGraph is a skeletal implementation of the Graph interface, to minimize the effort required to implement this interface.
AbstractGraph() - Constructor for class harpoon.Analysis.GraphColoring.AbstractGraph
Creates a AbstractGraph.
AbstractHeap - class harpoon.Util.Collections.AbstractHeap.
AbstractHeap provides a skeletal implementation of the Heap interface, to minimize the effort required to implement this interface.
AbstractHeap(Comparator) - Constructor for class harpoon.Util.Collections.AbstractHeap
Sole constructor, for invocation by subclass constructors.
AbstractMapEntry - class harpoon.Util.Collections.AbstractMapEntry.
An AbstractMapEntry takes care of most of the grunge work involved in subclassing java.util.Map.Entry.
AbstractMapEntry() - Constructor for class harpoon.Util.Collections.AbstractMapEntry
 
abstractSpillFactory(HCodeFactory, Frame) - Static method in class harpoon.Analysis.Instr.RegAlloc
Produces an IntermediateCodeFactory which can be used to extract Derivation information about code it generates.
abstractSpillFactory(HCodeFactory, Frame, RegAlloc.Factory) - Static method in class harpoon.Analysis.Instr.RegAlloc
 
AbstrPAEdgeSet - class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet.
AbstrPAEdgeSet
AbstrPAEdgeSet() - Constructor for class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
AbstrRelation - class harpoon.Util.DataStructs.AbstrRelation.
AbstrRelation
AbstrRelation() - Constructor for class harpoon.Util.DataStructs.AbstrRelation
 
AbstrRelationMapBased - class harpoon.Util.DataStructs.AbstrRelationMapBased.
AbstrRelationMapBased
AbstrRelationMapBased() - Constructor for class harpoon.Util.DataStructs.AbstrRelationMapBased
 
accept(BasicBlockInterfVisitor) - Method in class harpoon.Analysis.FCFGBasicBlock
 
accept(BasicBlockInterfVisitor) - Method in interface harpoon.Analysis.BasicBlockInterf
Calls the appropriate visit method from visitor.
accept(BasicBlockInterfVisitor) - Method in class harpoon.Analysis.BasicBlock
Accept a visitor.
accept(InclusionConstraints.TermVisitor) - Method in class harpoon.Util.Constraints.InclusionConstraints.Term
"Accepts" a TermVisitor.
accept(InclusionConstraints.TermVisitor) - Method in class harpoon.Util.Constraints.InclusionConstraints.Var
{@inheritDoc}
accept(InclusionConstraints.TermVisitor) - Method in class harpoon.Util.Constraints.InclusionConstraints.AtomSet
{@inheritDoc}
accept(InstrVisitor) - Method in class harpoon.IR.Assem.InstrMOVE
Accept a visitor
accept(InstrVisitor) - Method in class harpoon.IR.Assem.InstrMEM
Accept a visitor
accept(InstrVisitor) - Method in class harpoon.IR.Assem.InstrLABEL
Accept a visitor.
accept(InstrVisitor) - Method in class harpoon.IR.Assem.InstrJUMP
 
accept(InstrVisitor) - Method in class harpoon.IR.Assem.InstrDIRECTIVE
 
accept(InstrVisitor) - Method in class harpoon.IR.Assem.InstrCALL
Accept a visitor
accept(InstrVisitor) - Method in class harpoon.IR.Assem.Instr
Accept a visitor.
accept(OperVisitor) - Method in class harpoon.IR.Quads.OPER
 
accept(QuadVisitor) - Method in class harpoon.IR.LowQuad.POPER
 
accept(QuadVisitor) - Method in class harpoon.IR.LowQuad.PCALL
 
accept(QuadVisitor) - Method in class harpoon.IR.LowQuad.LowQuad
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.TYPESWITCH
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.TYPECAST
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.THROW
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.SWITCH
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.SIGMA
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.SET
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.RETURN
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.Quad
Accept a visitor.
accept(QuadVisitor) - Method in class harpoon.IR.Quads.PHI
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.OPER
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.NOP
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.NEW
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.MOVE
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.MONITOREXIT
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.MONITORENTER
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.METHOD
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.LABEL
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.INSTANCEOF
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.HEADER
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.HANDLER
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.GET
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.FOOTER
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.DEBUG
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.CONST
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.COMPONENTOF
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.CJMP
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.CALL
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.ASET
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.ARRAYINIT
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.ANEW
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.ALENGTH
 
accept(QuadVisitor) - Method in class harpoon.IR.Quads.AGET
 
accept(Spec.DetailVisitor) - Method in class harpoon.Tools.PatMat.Spec.Detail
Applies v's visit method to this.
accept(Spec.DetailVisitor) - Method in class harpoon.Tools.PatMat.Spec.DetailExtra
Applies v's visit method to this.
accept(Spec.DetailVisitor) - Method in class harpoon.Tools.PatMat.Spec.DetailPredicate
 
accept(Spec.DetailVisitor) - Method in class harpoon.Tools.PatMat.Spec.DetailWeight
 
accept(Spec.DetailVisitor) - Method in class harpoon.Tools.PatMat.Spec.DetailList
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.Exp
Applies v's visit method to this.
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpId
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpBinop
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpConst
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpMem
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpName
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpTemp
 
accept(Spec.ExpVisitor) - Method in class harpoon.Tools.PatMat.Spec.ExpUnop
 
accept(Spec.LeafVisitor) - Method in class harpoon.Tools.PatMat.Spec.Leaf
Applies v's visit method to this.
accept(Spec.LeafVisitor) - Method in class harpoon.Tools.PatMat.Spec.LeafId
Applies v's visit method to this.
accept(Spec.LeafVisitor) - Method in class harpoon.Tools.PatMat.Spec.LeafNull
 
accept(Spec.LeafVisitor) - Method in class harpoon.Tools.PatMat.Spec.LeafOp
Applies v's visit method to this.
accept(Spec.LeafVisitor) - Method in class harpoon.Tools.PatMat.Spec.LeafSegType
Applies v's visit method to this.
accept(Spec.LeafVisitor) - Method in class harpoon.Tools.PatMat.Spec.LeafNumber
Applies v's visit method to this.
accept(Spec.RuleVisitor) - Method in class harpoon.Tools.PatMat.Spec.Rule
Applies v's visit method to this.
accept(Spec.RuleVisitor) - Method in class harpoon.Tools.PatMat.Spec.RuleExp
 
accept(Spec.RuleVisitor) - Method in class harpoon.Tools.PatMat.Spec.RuleStm
 
accept(Spec.RuleVisitor) - Method in class harpoon.Tools.PatMat.Spec.RuleList
Applies v's visit method to this.
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.Stm
Applies v's visit method to this.
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmAlign
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmCall
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmCjump
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmData
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmExp
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmJump
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmLabel
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmMethod
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmMove
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmNativeCall
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmReturn
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmSegment
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmSeq
 
accept(Spec.StmVisitor) - Method in class harpoon.Tools.PatMat.Spec.StmThrow
 
accept(TempVisitor) - Method in class harpoon.Backend.StrongARM.TwoWordTemp
 
accept(TreeVisitor) - Method in class harpoon.IR.Tree.UNOP
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.Tree
Accept a visitor.
accept(TreeVisitor) - Method in class harpoon.IR.Tree.THROW
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.TEMP
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.SEQ
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.SEGMENT
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.RETURN
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.OPER
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.NATIVECALL
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.NAME
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.MOVE
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.METHOD
Accept a visitor.
accept(TreeVisitor) - Method in class harpoon.IR.Tree.MEM
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.LABEL
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.JUMP
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.INVOCATION
 
accept(TreeVisitor) - Method in class harpoon.IR.Tree.EXPR
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.ESEQ
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.DATUM
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.CONST
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.CJUMP
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.CALL
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.BINOP
Accept a visitor
accept(TreeVisitor) - Method in class harpoon.IR.Tree.ALIGN
Accept a visitor.
access_flags - Variable in class harpoon.IR.RawClass.MethodInfo
Access permissions and properties of the method.
access_flags - Variable in class harpoon.IR.RawClass.FieldInfo
Access permissions and properties of the field.
access_flags - Variable in class harpoon.IR.RawClass.ClassFile
The value of the access_flags item is a mask of modifiers used with class and interface declarations.
access_flags - Variable in class harpoon.IR.RawClass.AccessFlags
 
AccessFlags - class harpoon.IR.RawClass.AccessFlags.
Represents a set of method or field access flags, containing permissions and properties of a field or method.
AccessFlags(ClassDataInputStream) - Constructor for class harpoon.IR.RawClass.AccessFlags
Constructor.
AccessFlags(int) - Constructor for class harpoon.IR.RawClass.AccessFlags
Constructor.
ACMPEQ - Static variable in class harpoon.IR.Quads.Qop
Compares references for equality.
ACONST_NULL - Static variable in class harpoon.IR.Bytecode.Op
 
action_obj - Variable in class harpoon.Tools.Annotation.Java12
instance of action encapsulation class
action_obj - Variable in class harpoon.Tools.PatMat.Parser
instance of action encapsulation class
action_str - Variable in class harpoon.Tools.PatMat.Spec.Rule
Java code to execute if this fires (ie.
action_table() - Method in class harpoon.Tools.Annotation.Java12
access to parse action table
action_table() - Method in class harpoon.Tools.PatMat.Parser
access to parse action table
actionPerformed(ActionEvent) - Method in class harpoon.Analysis.Partition.PartitionGraphViewer
 
ActionRepository - class harpoon.Analysis.PointerAnalysis.ActionRepository.
ActionRepository merges together the alpha and pi sets from the original paper of Martin Rinard & John Whaley.
ActionRepository() - Constructor for class harpoon.Analysis.PointerAnalysis.ActionRepository
Creates a ActionRepository.
activeThreads() - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Returns all the thread nodes nT that have assigned a non-zero count (i.e.
activeThreadSet() - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Returns all the thread nodes nT that have assigned a non-zero count (i.e.
actualClass() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
actualClass() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
actualClass() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
ADD - Static variable in class harpoon.IR.Tree.Bop
Addition.
ADD - Static variable in class harpoon.Tools.PatMat.Sym
 
add_ld(PANode, String, PANode, PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Adds a ld action.
add_ld(Set, String, PANode, PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Convenient function used in the intra-procedural analysis, in the rule for a load operation.
add_ld(Set, String, PANode, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Convenient function used by the inter-procedural and inter-thread analysis (when a thread node can be mapped to a set of nodes).
add_ld(Set, String, Set, PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
 
add_ld(Set, String, Set, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Convenient function used by the inter-procedural and inter-thread analysis (when a load node can be mapped to a set of nodes).
add_sync(PASync, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Adds a sync action.
add_sync(Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Convenient fiunction for recording a set of sync actions in parallel with all the threads from the set active_threads.
add(int) - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
add(int) - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
add(int, Object) - Method in class harpoon.Util.Collections.UniqueVector
Inserts the specified element at the specified position in this list.
add(int, Object) - Method in class harpoon.Util.Collections.ListWrapper
 
add(long) - Method in class harpoon.Interpret.Tree.UndefinedPointer
Adds the specified offset to the offset of this UndefinedPointer and returns the resulting pointer.
add(long) - Method in class harpoon.Interpret.Tree.StringPointer
Throws an error, as StringPointers are constant.
add(long) - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Adds the specified parameter to this ClazPointer's offset
add(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkStack
 
add(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkSet
 
add(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkList
 
add(Object) - Method in class harpoon.Util.UnmodifiableListIterator
Always throws an UnsupportedOperationException.
add(Object) - Method in class harpoon.Util.CloneableIterator
 
add(Object) - Method in class harpoon.Util.Collections.WorkSet
Adds the object to the set and returns true if the element is not already present.
add(Object) - Method in class harpoon.Util.Collections.UniqueVector
Adds the specified component to the end of this vector, increasing its size by one, if it doesn't already exist in the vector.
add(Object) - Method in class harpoon.Util.Collections.PersistentSet
Creates and returns a new PersistantSet identical to this one, except it contains element.
add(Object) - Method in class harpoon.Util.Collections.LinearSet
 
add(Object) - Method in class harpoon.Util.Collections.CollectionWrapper
 
add(Object) - Method in class harpoon.Util.Collections.BinaryTree
Constructs a node for k and inserts it into this.
add(Object, Object) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
add(Object, Object) - Method in interface harpoon.Util.Collections.MultiMap
Ensures that this contains an association from key to value.
add(Object, Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Ensures that this contains an association from key to value.
add(Object, Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
add(Object, Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
add(Object, Object) - Method in interface harpoon.Util.DataStructs.Relation
Adds the pair <key, value> to the relation.
add(Object, Object) - Method in class harpoon.Util.DataStructs.LightRelation
 
add(Object, Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
add(PAEdge, PAEdge) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Adds a piece of ordering information.
add(PANode, int) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Add a positive delta to the value attached to a node.
add(PANode, String, PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Add the callees to the precedence relation of the edge from head to tail via the field f, according to the precedence policy (strict or not).
add(PANode, String, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Add the callees to the precedence relation of all the edges from head to a node in tails via the field f, according to the precedence policy (strict or not).
add(Set, String, PANode, PAEdgeSet) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Records the fact that the new outside edges <node1,f,node2> (forall node1 in nodes1) are created after all the inside edges from I.
add(Set, String, PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Add the callees to the precedence relation of the edge from a node in heads to tail via the field f, according to the precedence policy (strict or not).
add(Set, String, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Add the callees to the precedence relation of the edge from a node in heads to a node in tails via the field f, according to the precedence policy (strict or not).
add(Temp) - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
add(Temp, Temp) - Method in class harpoon.Analysis.Instr.EqTempSets
Adds an equivalency between t1 and t2 to this.
addAll(Collection) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkSet
Adds all the elements of a Collection
addAll(Collection) - Method in class harpoon.Util.Collections.LinearSet
 
addAll(Collection) - Method in class harpoon.Util.Collections.CollectionWrapper
 
addAll(int, Collection) - Method in class harpoon.Util.Collections.ListWrapper
 
addAll(MultiMap) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
addAll(MultiMap) - Method in interface harpoon.Util.Collections.MultiMap
Adds all mappings in the given multimap to this multimap.
addAll(MultiMap) - Method in class harpoon.Util.Collections.GenericMultiMap
Add all mappings in the given multimap to this multimap.
addAll(MultiMap) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
addAll(Object, Collection) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
addAll(Object, Collection) - Method in interface harpoon.Util.Collections.MultiMap
Adds to the current mappings: associations for key to each value in values.
addAll(Object, Collection) - Method in class harpoon.Util.Collections.GenericMultiMap
Adds to the current mappings: associations for key to each value in values.
addAll(Object, Collection) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
addAll(Object, Collection) - Method in class harpoon.Util.DataStructs.RelationImpl
 
addAll(Object, Collection) - Method in interface harpoon.Util.DataStructs.Relation
Adds a relation from key to each element of the set values.
addAll(Object, Collection) - Method in class harpoon.Util.DataStructs.LightRelation
 
addAll(Object, Collection) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
addAll(Spec.TypeSet) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Adds all the types contained in TypeSet ts to this.
addCheck(TreeFactory, Exp, DerivationGenerator, Temp, String) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
[env = FNI_GetJNIEnv();] [FNI_MonitorEnter(env, javax.realtime.Stats.class);] [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectChecks; else goto NoCollectChecks;] [CollectChecks:] [*javax.realtime.Stats.heapChecks = *javax.realtime.Stats.heapChecks + 1;] [*javax.realtime.Stats.##type##Checks = *javax.realtime.Stats.##type##Checks + 1;] [NoCollectChecks:] if (t&1) goto NoHeap; else goto TouchedHeap; TouchedHeap: [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectRefs; else goto NoCollectRefs;] [CollectRefs:] [*javax.realtime.Stats.heapRefs = *javax.realtime.Stats.heapRefs + 1;] [*javax.realtime.Stats.##type##Refs = *javax.realtime.Stats.##type##Refs + 1;] [NoCollectRefs:] heapCheck(t); NoHeap: [env = FNI_GetJNIEnv();] [FNI_MonitorExit(env, javax.realtime.Stats.class);]
addCheck(TreeFactory, HCodeElement, DerivationGenerator) - Method in class harpoon.Analysis.Realtime.QuantaChecker
 
addChecks(Linker, ClassHierarchy, HCodeFactory, Set) - Static method in class harpoon.Analysis.Realtime.Realtime
Adds realtime support to a block of code using an harpoon.ClassFile.HCodeFactory.
addClassInitializer() - Method in interface harpoon.ClassFile.HClassMutator
 
addConstraint(InclusionConstraints.Term, InclusionConstraints.Term) - Method in class harpoon.Util.Constraints.InclusionConstraints
Adds the inclusion constraint t1 included in t2.
addConstructor(HClass[]) - Method in interface harpoon.ClassFile.HClassMutator
 
addConstructor(HConstructor) - Method in interface harpoon.ClassFile.HClassMutator
 
addConstructor(String) - Method in interface harpoon.ClassFile.HClassMutator
 
addDeclaredField(String, HClass) - Method in interface harpoon.ClassFile.HClassMutator
 
addDeclaredField(String, HField) - Method in interface harpoon.ClassFile.HClassMutator
 
addDeclaredField(String, String) - Method in interface harpoon.ClassFile.HClassMutator
 
addDeclaredMethod(String, HClass[], HClass) - Method in interface harpoon.ClassFile.HClassMutator
 
addDeclaredMethod(String, HMethod) - Method in interface harpoon.ClassFile.HClassMutator
 
addDeclaredMethod(String, String) - Method in interface harpoon.ClassFile.HClassMutator
 
addDerivation(Temp, Derivation.DList) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
addDummies(int) - Method in class harpoon.Analysis.Partition.WeightedGraph
 
addEdge(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
addEdge(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
addEdge(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Introduces an edge between u and v in both the interference graph and in the neighbor lists for u and v.
addEdge(Node, Node) - Method in class harpoon.Backend.CSAHack.Graph.Graph
 
addEdge(Object, Object) - Method in interface harpoon.Analysis.GraphColoring.Graph
Ensures that this graph contains an edge between m and n (optional operation).
addEdge(Object, Object) - Method in interface harpoon.Analysis.GraphColoring.DirectedGraph
Ensures that this graph contains an edge from f to t.
addEdge(Object, Object) - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
addEdge(PANode, String, PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
addEdge(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
addEdge(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
addEdge(Quad, int, Quad, int) - Static method in class harpoon.IR.Quads.Quad
Adds an edge between two Quads.
addEdge(Temp, PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
addEdge(Temp, PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
addEdge(Temp, PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
addEdges(Collection, String, Collection) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
addEdges(Collection, String, Collection) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
addEdges(Collection, String, PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
addEdges(Collection, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
addEdges(PANode, String, Collection) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
addEdges(PANode, String, Collection) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
addEdges(PANode, String, Collection) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
addEdges(Quad[]) - Static method in class harpoon.IR.Quads.Quad
Add edges between a string of Quads.
addEdges(Quad, int, Set) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
addEdges(Temp, Collection) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
addEdges(Temp, Collection) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
addEdges(Temp, Collection) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
addElement(Object) - Method in class harpoon.Analysis.Context
Add a new element to the end of this Context, 'forgetting' about elements at the start of the Context if necessary.
addElement(Object) - Method in class harpoon.Util.Collections.UniqueVector
Adds the specified component to the end of this vector, increasing its size by one, if it doesn't already exist in the vector.
addExceptionType(HClass) - Method in interface harpoon.ClassFile.HMethodMutator
 
addExcpEdge(FCFGBasicBlock, FCFGBasicBlock) - Static method in class harpoon.Analysis.FCFGBasicBlock
 
addFirst(Object) - Method in class harpoon.Util.Collections.WorkSet
Adds an element to the front of the (ordered) set and returns true, if the element is not already present in the set.
addGroup(InstrGroup) - Method in class harpoon.IR.Assem.InstrFactory
Adds information from group to the InstrGroup.Type -> CFGrapher mapping for this.
addHandlers(HandlerSet) - Method in class harpoon.IR.Quads.Quad
Add this quad to the given handler sets.
addHole(MethodHole) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addIgnoreClasses(HClass) - Method in class harpoon.Analysis.Realtime.ClassReplacer
Do not replace references to from in the class claz.
addIgnorePackage(String) - Method in class harpoon.Analysis.Realtime.ClassReplacer
Do not replace references to from in the package pkg.
addInsideEdges(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addInsideEdges(PANode, String, PANode, ODInformation, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addInsideEdges(PANode, String, PANode, ODInformation, Set, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addInsideEdges(Set, String, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addInterface(ConstPointer, int) - Method in class harpoon.Interpret.Tree.InterfaceList
Adds the interface pointed to by iFace to this list of interfaces.
addInterface(HClass) - Method in interface harpoon.ClassFile.HClassMutator
 
addInterval(Object, int, int) - Method in class harpoon.Util.Collections.IntervalTree
Constructs a new Interval i and adds i to this.
addJump(Linker, HCode, TreeFactory, Stm) - Method in class harpoon.Analysis.Realtime.QuantaChecker
 
addLast(Object) - Method in class harpoon.Util.Collections.WorkSet
Adds an element to the end of the (ordered) set and returns true, if the element is not already present in the set.
addLock(PASync) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addMethodHole(PANode, HMethod) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Records the fact that node escaped into a method hole.
addMethodHoles(PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Records the fact that node escaped into a set of method holes.
addModifiers(int) - Method in interface harpoon.ClassFile.HMethodMutator
 
addModifiers(int) - Method in interface harpoon.ClassFile.HFieldMutator
Add the modifiers specified by m to the field.
addModifiers(int) - Method in interface harpoon.ClassFile.HClassMutator
 
addNode(Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Wrapper method that calls super.addNode(n).
addNode(Object) - Method in interface harpoon.Analysis.GraphColoring.Graph
Ensures that this graph contains node (optional operation).
addNode(Object) - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Ensures that this graph contains node (optional operation).
addNode(Object) - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
addNode(WGNode) - Method in class harpoon.Analysis.Partition.WeightedGraph
 
addNodeHole(PANode, PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Records the fact that node can escape through the node n_hole.
addNodeHoles(PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Records the fact that node can escape through the node n_holes.
addNoHeapChecks(HCodeFactory) - Static method in class harpoon.Analysis.Realtime.Realtime
Add checks to see if a NoHeapRealtimeThread illegally touches the heap.
addNormalEdge(FCFGBasicBlock, FCFGBasicBlock) - Static method in class harpoon.Analysis.FCFGBasicBlock
 
addOutsideEdges(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addOutsideEdges(PANode, String, PANode, ODInformation, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addOutsideEdges(PANode, String, PANode, ODInformation, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addOutsideEdges(Set, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
addParamNodes(MetaMethod, int) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Creates all the parameter nodes associated with mmethod.
addQuadMapping(Quad, Quad) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
addQuantaChecker(HCodeFactory) - Static method in class harpoon.Analysis.Realtime.Realtime
Add code to check to see if a realtime thread quanta has passed to determine whether to do a user-thread-level context switch.
addr - Variable in class harpoon.Tools.PatMat.Spec.ExpMem
The expression that computes the address of memory represented by this.
addRoot_interthread(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.SyncElimination
 
addRoot_intrathread(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.SyncElimination
 
addRoot(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps
 
addSuccessors(Worklist, BasicBlockInterf) - Method in class harpoon.Analysis.DataFlow.ForwardDataFlowBasicBlockVisitor
Performs the merge operation between q and its successors, readding BasicBlocks to W where necessary.
addSuccessors(Worklist, BasicBlockInterf) - Method in class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor
Adds the successors of the basic block q to the worklist W, performing merge operations if necessary.
addSuccessors(Worklist, BasicBlockInterf) - Method in class harpoon.Analysis.DataFlow.BackwardDataFlowBasicBlockVisitor
Performs the merge operation between q and its predecessors, readding BasicBlocks to W where necessary.
addSuccessors(Worklist, Quad) - Method in class harpoon.Analysis.DataFlow.ForwardDataFlowQuadVisitor
 
addSuccessors(Worklist, Quad) - Method in class harpoon.Analysis.DataFlow.DataFlowQuadVisitor
Add the successors of the quad q to the worklist W, performing merge operations if necessary.
addSuccessors(Worklist, Quad) - Method in class harpoon.Analysis.DataFlow.BackwardDataFlowQuadVisitor
 
addToEdge(WGNode, long) - Method in class harpoon.Analysis.Partition.WGNode
 
addToEdge(WGNode, WGNode, long) - Static method in class harpoon.Analysis.Partition.WeightedGraph
 
addType(Temp, Object) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
adj() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
adj(Node) - Method in class harpoon.Backend.CSAHack.Graph.Node
 
adjacentTo(WGNode) - Method in class harpoon.Analysis.Partition.WGNode
 
adjust_quotes(String) - Static method in class harpoon.Util.Util
Returns a string that is identical to str, except that every " character has been replaced with the sequence \".
AGET - class harpoon.IR.Quads.AGET.
AGET represents an element fetch from an array object.
AGET - Static variable in class harpoon.IR.Quads.QuadKind
 
AGET(QuadFactory, HCodeElement, Temp, Temp, Temp, HClass) - Constructor for class harpoon.IR.Quads.AGET
Creates an AGET object representing an element fetch from an array object.
AGGREGATE - Static variable in class harpoon.IR.Assem.InstrGroup
groups code such as double word moves where we do not want to allow one half of the location to be assigned to hold the 2nd half.
AggregateMapFactory - class harpoon.Util.Collections.AggregateMapFactory.
AggregateMapFactory uses a single HashMap as backing store for the many smaller Maps created by this MapFactory.
AggregateMapFactory() - Constructor for class harpoon.Util.Collections.AggregateMapFactory
Creates an AggregateMapFactory.
AggregateSetFactory - class harpoon.Util.Collections.AggregateSetFactory.
AggregateSetFactory uses a single HashSet as backing store for the many smaller Sets created by this SetFactory.
AggregateSetFactory() - Constructor for class harpoon.Util.Collections.AggregateSetFactory
Creates an AggregateSetFactory.
AGGRESSIVE_SHRINKING - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Activates the aggressive shrinking.
AGGRESSIVE_SHRINKING - Static variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Activates the aggressive shrinking.
ah - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
ai - Variable in class harpoon.IR.Quads.Code
AllocationInformation for this HCode.
ALENGTH - class harpoon.IR.Quads.ALENGTH.
ALENGTH represents an array length query.
ALENGTH - Static variable in class harpoon.IR.Quads.QuadKind
 
ALENGTH(QuadFactory, HCodeElement, Temp, Temp) - Constructor for class harpoon.IR.Quads.ALENGTH
Creates a ALENGTH representing an array length query.
AlgebraicSimplification - class harpoon.Analysis.Tree.AlgebraicSimplification.
AlgebraicSimplification performs algebraic simplification on canonical trees.
ALIGN - class harpoon.IR.Tree.ALIGN.
ALIGN statements are used to enforce a given alignment on the following data items.
ALIGN - Static variable in class harpoon.IR.Tree.TreeKind
 
ALIGN - Static variable in class harpoon.Tools.PatMat.Sym
 
ALIGN(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.ALIGN
Creates a ALIGN.
alignment - Variable in class harpoon.IR.Tree.ALIGN
The alignment to enforce, in bytes.
alignment - Variable in class harpoon.Tools.PatMat.Spec.StmAlign
Type of segment.
ALL - Static variable in class harpoon.Analysis.Realtime.Realtime
Overly aggressive (and wrong!) check removal that removes all checks.
all_meta_methods - Variable in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
 
AllCallers - class harpoon.Analysis.AllCallers.
AllCallers calculates the transitive closure of the dual of the call graph for methods that fulfill a certain condition.
AllCallers.MethodSet - interface harpoon.Analysis.AllCallers.MethodSet.
MethodSet defines the interface whose method select is used in getCallers as a predicate.
AllCallers(ClassHierarchy, HCodeFactory) - Constructor for class harpoon.Analysis.AllCallers
Creates an AllCallers object using the specified ClassHierarchy.
AllCallers(ClassHierarchy, HCodeFactory, CallGraph) - Constructor for class harpoon.Analysis.AllCallers
 
AllCheckRemoval - class harpoon.Analysis.Realtime.AllCheckRemoval.
AllCheckRemoval is an overly aggressive (and often wrong!) CheckRemoval: it just removes all the checks!
AllCheckRemoval() - Constructor for class harpoon.Analysis.Realtime.AllCheckRemoval
Creates a SimpleCheckRemoval.
allDefs(HCode) - Method in class harpoon.Analysis.UseDef
Return an array of all Temps defined in a given HCode.
allDefsE(HCode) - Method in class harpoon.Analysis.UseDef
Return an Enumeration of all Temps defined in a given HCode.
allFlagsForNode(PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
allFlagsForNode(PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
allFlagsForNode(PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
AllInductions - class harpoon.Analysis.LowQuad.Loop.AllInductions.
AllInductions
AllInductions(TempMap, HCode) - Constructor for class harpoon.Analysis.LowQuad.Loop.AllInductions
Creates a AllInductions object.
AllInductionsMap - interface harpoon.Analysis.Maps.AllInductionsMap.
AllInductionsMap is a mapping from Loops to a Set of basic induction Temps.
allInductionsMap(HCode, Loops) - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis
 
allInductionsMap(HCode, Loops) - Method in interface harpoon.Analysis.Maps.AllInductionsMap
Returns a Set of basic induction Temps.
allLiveVarsHaveDefs(Code, BasicBlock.Factory, CFGrapher, UseDefer, ReachingDefs, LiveTemps) - Static method in class harpoon.Analysis.Instr.Check
 
allNodes() - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Returns the set of all the nodes that appear in this parallel interaction graph.
allNodes() - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Returns the set of all the nodes that appear in this parallel interaction graph.
Warning: This method should be called only on graphs that are final (ie they won't be modified through something as an edge addition, etc.).
alloc_time - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
alloc2int - Variable in class harpoon.Analysis.PointerAnalysis.AllocationNumbering
 
allocatedTypesKnown(HMethod) - Method in class harpoon.Analysis.PreciseGC.MRAFactory
Checks whether the types that the HMethod may allocate are known.
allocateLocation(int) - Method in interface harpoon.Backend.Generic.LocationFactory
Allocate a global location of the specified type and return a handle to it.
allocateLocation(int) - Method in class harpoon.Backend.MIPS.RegFileInfo
Allocate a global register of the specified type and return a handle to it.
allocateLocation(int) - Method in class harpoon.Backend.Sparc.RegFileInfo
 
allocateLocation(int) - Method in class harpoon.Backend.StrongARM.RegFileInfo
Allocate a global register of the specified type and return a handle to it.
allocationHeap() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
allocationHeap() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
allocationHeap() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
AllocationHoisting - class harpoon.Analysis.PreciseGC.AllocationHoisting.
AllocationHoisting
AllocationHoisting(HCodeFactory, ClassHierarchy, Linker, String, int) - Constructor for class harpoon.Analysis.PreciseGC.AllocationHoisting
Creates an AllocationHoisting.
AllocationInformation - interface harpoon.Analysis.Maps.AllocationInformation.
An AllocationInformation maps allocation sites to information about the allocation done at that site.
AllocationInformation.AllocationProperties - interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties.
AllocationProperties contains tests for the various possibly properties of an allocation site.
AllocationInformationMap - class harpoon.Analysis.AllocationInformationMap.
An AllocationInformationMap makes it easy to create a map-based AllocationInformation structure.
AllocationInformationMap.AllocationPropertiesImpl - class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl.
A simple implementation of AllocationProperties.
AllocationInformationMap.AllocationPropertiesImpl(AllocationInformation.AllocationProperties, TempMap) - Constructor for class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
AllocationInformationMap.AllocationPropertiesImpl(boolean, boolean, boolean, boolean, boolean, Temp, HClass) - Constructor for class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
AllocationInformationMap() - Constructor for class harpoon.Analysis.AllocationInformationMap
Creates a AllocationInformationMap.
AllocationNumbering - class harpoon.Analysis.PointerAnalysis.AllocationNumbering.
AllocationNumbering
AllocationNumbering(HCodeFactory, ClassHierarchy, boolean) - Constructor for class harpoon.Analysis.PointerAnalysis.AllocationNumbering
Creates a AllocationNumbering.
AllocationStrategy - class harpoon.Backend.Runtime1.AllocationStrategy.
An AllocationStrategy is a particular implementation of a memory allocation routine.
AllocationStrategy() - Constructor for class harpoon.Backend.Runtime1.AllocationStrategy
 
allocID(Quad) - Method in class harpoon.Analysis.PointerAnalysis.AllocationNumbering
Return an integer identifying this allocation site.
allocInfo - Variable in class harpoon.IR.Quads.SSIToSSA
AllocationInformation for the new quads, or null if no allocation information for the old quads was supplied.
allocInfo - Variable in class harpoon.IR.Quads.SSIRename
AllocationInformation for the new quads, or null if no allocation information for the old quads was supplied.
allOverlapping(IntervalTree.Interval) - Method in class harpoon.Util.Collections.IntervalTree
Returns an Iterator over Intervals that yields every interval in this that overlaps i.
allowedToRemove(Object, ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.NodeSelector
Checks if node can be removed from graph to improve colorability.
allowedToRemove(Object, ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.SimpleSelector
 
allRegs() - Method in class harpoon.Backend.Generic.RegFileInfo
Returns all of the available registers on this architecture.
allRegs(Collection) - Method in class harpoon.Analysis.Instr.RegAlloc
 
allSourceNodes() - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
allSourceNodes() - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
allSourceNodes() - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
allTemps(HCode) - Method in class harpoon.Analysis.UseDef
Return an array of all Temps used or defined in a given HCode.
allTempsE(HCode) - Method in class harpoon.Analysis.UseDef
Return an Enumeration of all Temps used or defined in a given HCode.
allUses(HCode) - Method in class harpoon.Analysis.UseDef
Return an array of all Temps used in a given HCode.
allUsesE(HCode) - Method in class harpoon.Analysis.UseDef
Return an Enumeration of all Temps used in a given HCode.
allVariables() - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
allVariables() - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
allVariables() - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
ALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
ALOAD_0 - Static variable in class harpoon.IR.Bytecode.Op
 
ALOAD_1 - Static variable in class harpoon.IR.Bytecode.Op
 
ALOAD_2 - Static variable in class harpoon.IR.Bytecode.Op
 
ALOAD_3 - Static variable in class harpoon.IR.Bytecode.Op
 
ANALYSIS_METHOD - Static variable in class harpoon.Analysis.Realtime.Realtime
Determine which analysis method to use.
analyzable(HMethod) - Static method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Check if hm can be analyzed by the pointer analysis.
analyzable(HMethod) - Static method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Check if hm can be analyzed by the pointer analysis.
analyze_call(MetaMethod, HMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
analyze_call(PointerAnalysis, MetaMethod, CALL, ParIntGraph) - Static method in class harpoon.Analysis.PointerAnalysis.InterProcPA
Analyzes the call site q inside current_method.
analyze_intra_proc(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
analyze_mm(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
analyze_mm(MetaMethod, PANode, boolean) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Only try to stack allocate the node given as second argument.
analyze_mm(MetaMethod, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
analyze() - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
analyze() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo
 
analyze() - Method in class harpoon.Analysis.TypeInference.InterProc
 
analyzeholes(ODParIntGraph, MetaMethod, PANode) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
ancestorElementMap() - Method in class harpoon.ClassFile.HCodeAndMaps
An immutable mapping from newly-cloned HCodeElements to ancestor HCodeElements.
ancestorHCode() - Method in class harpoon.ClassFile.HCodeAndMaps
Returns the original HCode that the clone returned by the hcode() method was copied from.
ancestorTempMap() - Method in class harpoon.ClassFile.HCodeAndMaps
An immutable mapping from newly-cloned Temps to ancestor Temps.
AND - Static variable in class harpoon.IR.Tree.Bop
Bit-wise AND; long/integer only.
AND - Static variable in class harpoon.Tools.Annotation.Sym
 
AND - Static variable in class harpoon.Tools.PatMat.Sym
 
and(BitString) - Method in class harpoon.Util.BitString
Logically ANDs this bit set with the specified set of bits.
ANDAND - Static variable in class harpoon.Tools.Annotation.Sym
 
ANDEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
ANEW - class harpoon.IR.Quads.ANEW.
ANEW represents an array creation operation.
ANEW - Static variable in class harpoon.IR.Quads.QuadKind
 
ANEW(QuadFactory, HCodeElement, Temp, HClass, Temp[]) - Constructor for class harpoon.IR.Quads.ANEW
Creates an ANEW object.
ANEWARRAY - Static variable in class harpoon.IR.Bytecode.Op
 
ANEWARRAY_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
AppelAllocationStrategy - class harpoon.Backend.Runtime1.AppelAllocationStrategy.
A simple-minded version of Appel's fast-allocation strategy
AppelAllocationStrategy(Frame) - Constructor for class harpoon.Backend.Runtime1.AppelAllocationStrategy
 
appelLoopBody(SpillHeuristics.SpillHeuristic) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
AppelRegAlloc - class harpoon.Analysis.Instr.AppelRegAlloc.
AppelRegAlloc
AppelRegAlloc(Code) - Constructor for class harpoon.Analysis.Instr.AppelRegAlloc
 
AppelRegAllocFsk - class harpoon.Analysis.Instr.AppelRegAllocFsk.
 
AppelRegAllocFsk(Code) - Constructor for class harpoon.Analysis.Instr.AppelRegAllocFsk
 
AppelRegAllocStd - class harpoon.Analysis.Instr.AppelRegAllocStd.
 
AppelRegAllocStd(Code) - Constructor for class harpoon.Analysis.Instr.AppelRegAllocStd
 
apply(TreeFactory, Exp, DerivationGenerator) - Method in class harpoon.Analysis.Tree.Simplification.Rule
Applies this rule to exp, and returns the result.
apply(TreeFactory, Stm, DerivationGenerator) - Method in class harpoon.Analysis.Tree.Simplification.Rule
Applies this rule to stm, and returns the result.
ar - Variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Maintains the actions executed by the analysed code and the parallel action relation.
ar - Variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Maintains the actions executed by the analysed code and the parallel action relation.
ARETURN - Static variable in class harpoon.IR.Bytecode.Op
 
arglist - Variable in class harpoon.Tools.PatMat.Spec.StmCall
Arguments being passed to procedure.
arglist - Variable in class harpoon.Tools.PatMat.Spec.StmNativeCall
Arguments being passed to procedure.
argOffset(Object, int) - Method in class harpoon.Backend.MIPS.StackInfo
Argument build are is the lowest region on the mips stack, starting at 0(sp)
argReg(Object, int) - Method in class harpoon.Backend.MIPS.StackInfo
Return which argument register this argument goes in
argSecondOffset(Object, int) - Method in class harpoon.Backend.MIPS.StackInfo
Give a higher offset.
argSecondReg(Object, int) - Method in class harpoon.Backend.MIPS.StackInfo
Return the second argument register for a two word temporary.
arguments() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return a set containing all the possible parameters, and the formal return and exception nodes.
argv - Variable in class gnu.getopt.Getopt
Saved argument list passed to the program
argWhere(Object, int) - Method in class harpoon.Backend.MIPS.StackInfo
Call this to find out if a given argument is to be passed in a register, on the stack, or (for multi-word temporaries) split between register and stack.
arity() - Method in class harpoon.IR.Bytecode.InMerge
Return the number of predecessors of this node.
arity() - Method in class harpoon.IR.Quads.SIGMA
Returns the number of elements in the tuple returned by each sigma function.
arity() - Method in class harpoon.IR.Quads.PHI
Returns the number of arguments each phi function has.
arity() - Method in class harpoon.IR.Quads.METHOD
Returns the arity of this Quads.METHOD.
arity() - Method in class harpoon.IR.Quads.FOOTER
Returns the number of predecessors of this FOOTER.
ARRAY_CONTENT - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Array elements are modeled as fields of the array object, all of them with the same name since the analysis is not able to make the distinction between the fields.
ARRAY_CONTENT - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Array elements are modeled as fields of the array object, all of them with the same name since the analysis is not able to make the distinction between the fields.
arrayBase(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing the array-base of the object referenced by the given objectref Translation.Exp.
arrayBase(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
arrayBitField(HClass) - Method in class harpoon.Analysis.Transactions.BitFieldNumbering
 
arrayClass(Linker, HClass, int) - Static method in class harpoon.Util.HClassUtil
Make an n-dimensional array class from the given component class.
ArrayCopy - class harpoon.Runtime.ArrayCopy.
ArrayCopy contains a pure java implementation of the System.arraycopy() method.
arraycopy_backwards(Object, int, Object, int, int) - Static method in class harpoon.Runtime.ArrayCopy
 
arraycopy(Object, int, Object, int, int) - Static method in class harpoon.Runtime.ArrayCopy
 
ArrayCopyImplementer - class harpoon.Analysis.Transactions.ArrayCopyImplementer.
ArrayCopyImplementer adds a pure-java implementation of the System.arraycopy() method.
ArrayCopyImplementer(HCodeFactory, Linker) - Constructor for class harpoon.Analysis.Transactions.ArrayCopyImplementer
Creates a ArrayCopyImplementer.
ArrayEnumerator - class harpoon.Util.ArrayEnumerator.
Deprecated. Use harpoon.Util.ArrayIterator instead.
ArrayEnumerator(Object[]) - Constructor for class harpoon.Util.ArrayEnumerator
Deprecated. Creates an ArrayEnumerator.
arrayFactory - Static variable in interface harpoon.ClassFile.HMethod
Array factory: returns new HMethod[].
arrayFactory - Static variable in interface harpoon.ClassFile.HMember
Array factory: returns new HMember[].
arrayFactory - Static variable in interface harpoon.ClassFile.HInitializer
Array factory: returns new HInitializer[].
arrayFactory - Static variable in interface harpoon.ClassFile.HField
Array factory: returns new HField[].
arrayFactory - Static variable in interface harpoon.ClassFile.HConstructor
Array factory: returns new HConstructor[].
arrayFactory - Static variable in class harpoon.ClassFile.HClass
Array factory: returns new HClass[].
arrayFactory - Static variable in class harpoon.IR.Assem.Instr
Defines an array factory which can be used to generate arrays of Instrs.
arrayFactory - Static variable in class harpoon.IR.Bytecode.Operand
Array factory: returns new Operand[].
arrayFactory - Static variable in class harpoon.IR.Bytecode.Instr
Array Factory: makes Instr[]s.
arrayFactory - Static variable in class harpoon.IR.Quads.Quad
Array factory: returns Quad[]s
arrayFactory - Static variable in class harpoon.IR.Quads.Edge
Array factory: returns new Edge[].
arrayFactory - Static variable in class harpoon.IR.Tree.Tree
Array factory: returns Tree[].
arrayFactory - Static variable in class harpoon.Temp.Temp
Returns an array of Temps.
ArrayFactory - interface harpoon.Util.ArrayFactory.
The ArrayFactory interface allows you to make arrays of objects without run-time type information to determine the object's type.
ArrayInfo - class harpoon.Util.TypeInference.ArrayInfo.
ArrayInfo
ArrayInfo() - Constructor for class harpoon.Util.TypeInference.ArrayInfo
Creates a ArrayInfo.
ARRAYINIT - class harpoon.IR.Quads.ARRAYINIT.
ARRAYINIT represents an array initialization operation.
ARRAYINIT - Static variable in class harpoon.IR.Quads.QuadKind
 
ARRAYINIT(QuadFactory, HCodeElement, Temp, int, HClass, Object[]) - Constructor for class harpoon.IR.Quads.ARRAYINIT
Creates a ARRAYINIT representing an array initializer.
ArrayInitRemover - class harpoon.Analysis.Quads.ArrayInitRemover.
ArrayInitRemover converts ARRAYINIT quads into chains of ASET quads.
ArrayInitRemover(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.ArrayInitRemover
Creates a ArrayInitRemover.
ArrayIterator - class harpoon.Util.ArrayIterator.
An ArrayIterator iterates over the elements of an array.
ArrayIterator(Object[]) - Constructor for class harpoon.Util.ArrayIterator
Creates an ArrayEnumerator.
ARRAYLENGTH - Static variable in class harpoon.IR.Bytecode.Op
 
arrayLength(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp giving the length of the array pointed to by the given expression.
arrayLength(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
arrayListFactory - Static variable in class harpoon.Util.Collections.Factories
Returns a ListFactory that generates ArrayLists.
arrayNew(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, HClass, Translation.Exp, boolean) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which will create a array of the given type, with length specified by the given expression.
arrayNew(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, HClass, Translation.Exp, boolean) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
arrayOffset(TreeFactory, HCodeElement, DerivationGenerator, HClass, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing the offset from the array base needed to access the array element specified by the index expression.
arrayOffset(TreeFactory, HCodeElement, DerivationGenerator, HClass, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
arrayref - Variable in class harpoon.IR.Quads.COMPONENTOF
The array object to test.
arrayref() - Method in class harpoon.IR.Quads.COMPONENTOF
Returns the array reference to test.
ArraySet - class harpoon.Util.ArraySet.
ArraySet creates an unmodifiable Set view of an array.
ArraySet(Object[]) - Constructor for class harpoon.Util.ArraySet
Creates a ArraySet from an object array.
arrayType - Variable in class harpoon.IR.LowQuad.PAOFFSET
The array type.
arrayType() - Method in class harpoon.IR.LowQuad.PAOFFSET
Returns the array type.
ArrayUnroller - class harpoon.Analysis.Quads.ArrayUnroller.
ArrayUnroller unrolls loops containing arrays so that CacheEquivalence can make larger equivalence sets.
ArrayUnroller(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.ArrayUnroller
Creates a ArrayUnroller.
ArtificialTempFactory - class harpoon.Analysis.PointerAnalysis.ArtificialTempFactory.
ArtificialTempFactory provides support for the static fields in the context of the Pointer Analysis algorithm of Martin & Whaley.
ArtificialTempFactory() - Constructor for class harpoon.Analysis.PointerAnalysis.ArtificialTempFactory
 
as - Variable in class harpoon.Backend.Runtime1.Runtime
 
asc(Object, int, Object, int) - Static method in class harpoon.Runtime.PreciseGC.WriteBarrier
dummy write barrier for ASETs
ASET - class harpoon.IR.Quads.ASET.
ASET represents an array element assignment.
ASET - Static variable in class harpoon.IR.Quads.QuadKind
 
ASET(QuadFactory, HCodeElement, Temp, Temp, Temp, HClass) - Constructor for class harpoon.IR.Quads.ASET
Creates an ASET object representing an array element assignment.
asList() - Method in class harpoon.Analysis.Context
Return the elements of this Context as a tuple, as represented by an unmodifiable List.
asList() - Method in class harpoon.Util.Tuple
Returns an unmodifiable list view of the Tuple.
asMap() - Method in class harpoon.Temp.CloningTempMap
Provide access to an unmodifiable version of this Temp mapping, as a java.util.Map.
asMap() - Method in class harpoon.Util.Collections.PersistentMap
java.util.Collections view of the mapping.
asMap() - Method in interface harpoon.Util.Collections.MapSet
 
asMap() - Method in class harpoon.Util.Collections.DisjointSet
Returns an unmodifiable Map view of the disjoint set, where every element is mapped to its canonical representative.
asMultiMap() - Method in interface harpoon.Util.Collections.MultiMapSet
 
AssemFlowGraph - class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph.
A flow graph whose nodes correspond to machine instructions.
AssemFlowGraph(Instr, UseDefer, boolean) - Constructor for class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
Construct an AssemFlowGraph from a list of instructions.
ASSERT(boolean) - Static method in class harpoon.Util.Util
Assertion facility.
ASSERT(boolean, Object) - Static method in class harpoon.Util.Util
Assertion facility, with a Object as an explanation string.
asSet() - Method in class harpoon.Util.Collections.PersistentSet
java.util.Collections view of the set.
assign(Temp[], int) - Method in class harpoon.IR.Quads.SIGMA
 
assignColors() - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
assignColors() - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
assignColors() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Gives the nodes a legal color assignment.
assignment(Temp, Collection) - Method in class harpoon.Backend.Generic.RegFileInfo
Returns a List of Reg that can hold needy, given that the Regs in occupied are not available to hold needy.
assignment(Temp, Collection) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
assignRegister(Instr, Temp, List) - Method in class harpoon.Backend.CSAHack.RegAlloc.Code
 
assignRegister(Instr, Temp, List) - Method in class harpoon.Backend.Generic.Code
Assigns a register to a Temp in i.
associate(HCodeElement, AllocationInformation.AllocationProperties) - Method in class harpoon.Analysis.AllocationInformationMap
Associate the given allocationSite with the specified AllocationProperties.
associate(Temp, Temp) - Method in class harpoon.Analysis.Instr.EqTempSets
Associates t with reg.
associate(Temp, Temp) - Method in interface harpoon.Temp.WritableTempMap
Add a mapping from Temp Told to Temp Tnew.
ASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
ASTORE_0 - Static variable in class harpoon.IR.Bytecode.Op
 
ASTORE_1 - Static variable in class harpoon.IR.Bytecode.Op
 
ASTORE_2 - Static variable in class harpoon.IR.Bytecode.Op
 
ASTORE_3 - Static variable in class harpoon.IR.Bytecode.Op
 
AsyncCode - class harpoon.Analysis.EventDriven.AsyncCode.
AsyncCode
AsyncCode() - Constructor for class harpoon.Analysis.EventDriven.AsyncCode
 
ATHROW - Static variable in class harpoon.IR.Bytecode.Op
 
ATOMSET - Static variable in class harpoon.Util.Constraints.InclusionConstraints.Term
 
attach(Quad, int) - Method in class harpoon.IR.Quads.FOOTER
Attach a new Quad to this FOOTER by replacing it.
Attribute - class harpoon.IR.RawClass.Attribute.
Attributes are used in the ClassFile, field_info, method_info, and Code_attribute structures of the class file format.
attribute_length() - Method in class harpoon.IR.RawClass.AttributeUnknown
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeSynthetic
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeSourceFile
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeLocalVariableTable
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeLineNumberTable
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeInnerClasses
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeExceptions
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeConstantValue
 
attribute_length() - Method in class harpoon.IR.RawClass.AttributeCode
 
attribute_length() - Method in class harpoon.IR.RawClass.Attribute
The value of the attribute_length item indicates the length of the attribute, excluding the initial six bytes.
attribute_name_index - Variable in class harpoon.IR.RawClass.Attribute
The attribute_name_index must be a valid unsigned 16-bit index into the constant pool of the class.
attribute_name_index() - Method in class harpoon.IR.RawClass.Attribute
 
attribute_name() - Method in class harpoon.IR.RawClass.Attribute
 
Attribute(ClassFile, int) - Constructor for class harpoon.IR.RawClass.Attribute
Constructor.
AttributeCode - class harpoon.IR.RawClass.AttributeCode.
The Code attribute is a variable-length attribute used in the attributes table of method_info structures.
AttributeCode(ClassFile, int, int, int, byte[], ExceptionTable[], Attribute[]) - Constructor for class harpoon.IR.RawClass.AttributeCode
Constructor.
AttributeConstantValue - class harpoon.IR.RawClass.AttributeConstantValue.
The ConstantValue attribute is a fixed-length attribute used in the attributes table of the field_info structures.
AttributeConstantValue(ClassFile, int, int) - Constructor for class harpoon.IR.RawClass.AttributeConstantValue
Constructor.
AttributeExceptions - class harpoon.IR.RawClass.AttributeExceptions.
The Exceptions attribute is a variable-length attribute used in the attributes table of a method_info structure.
AttributeExceptions(ClassFile, int, int[]) - Constructor for class harpoon.IR.RawClass.AttributeExceptions
Constructor.
AttributeInnerClasses - class harpoon.IR.RawClass.AttributeInnerClasses.
InnerClasses attributes define the encodings of bytecode names of inner classes.
AttributeInnerClasses(ClassFile, int, InnerClass[]) - Constructor for class harpoon.IR.RawClass.AttributeInnerClasses
Constructor.
AttributeLineNumberTable - class harpoon.IR.RawClass.AttributeLineNumberTable.
The LineNumberTable attribute is an optional variable-length attribute in the attributes table of a Code attribute.
AttributeLineNumberTable(ClassFile, int, LineNumberTable[]) - Constructor for class harpoon.IR.RawClass.AttributeLineNumberTable
Constructor.
AttributeLocalVariableTable - class harpoon.IR.RawClass.AttributeLocalVariableTable.
The LocalVariableTable attribute is an optional variable-length attribute of a Code attribute.
AttributeLocalVariableTable(ClassFile, int, LocalVariableTable[]) - Constructor for class harpoon.IR.RawClass.AttributeLocalVariableTable
Constructor.
attributes - Variable in class harpoon.IR.RawClass.MethodInfo
A method can have any number of optional attributes associated with it.
attributes - Variable in class harpoon.IR.RawClass.FieldInfo
A field can have any number of attributes associated with it.
attributes - Variable in class harpoon.IR.RawClass.ClassFile
Each value of the attributes table must be a variable-length attribute structure.
attributes - Variable in class harpoon.IR.RawClass.AttributeCode
Each value of the attributes table must be a variable-length attribute structure.
attributes_count() - Method in class harpoon.IR.RawClass.ClassFile
 
attributes_count() - Method in class harpoon.IR.RawClass.AttributeCode
 
AttributeSourceFile - class harpoon.IR.RawClass.AttributeSourceFile.
The SourceFile attribute is an optional fixed-length attribute in the attributes table of the ClassFile structure.
AttributeSourceFile(ClassFile, int, int) - Constructor for class harpoon.IR.RawClass.AttributeSourceFile
Constructor.
AttributeSynthetic - class harpoon.IR.RawClass.AttributeSynthetic.
Java 1.1 compilers are required, when producing bytecodes, to mark any field or member not directly defined in the source code with an attribute names Synthetic.
AttributeSynthetic(ClassFile, int) - Constructor for class harpoon.IR.RawClass.AttributeSynthetic
Constructor.
AttributeUnknown - class harpoon.IR.RawClass.AttributeUnknown.
An attribute of unknown format.
AttributeUnknown(ClassFile, int, byte[]) - Constructor for class harpoon.IR.RawClass.AttributeUnknown
Constructor.
AuxUniqueFIFO - class harpoon.Analysis.TypeInference.AuxUniqueFIFO.
AuxUniqueFIFO
AuxUniqueFIFO() - Constructor for class harpoon.Analysis.TypeInference.AuxUniqueFIFO
Creates a AuxUniqueFIFO.
AuxUniqueFIFO(int) - Constructor for class harpoon.Analysis.TypeInference.AuxUniqueFIFO
 

B

b - Variable in class harpoon.Util.Collections.CollectionWrapper
Collection backing this.
back(Instr, Instr) - Method in class harpoon.Analysis.Instr.RegAlloc
adds a mapping instr to back in to the BackedInstrs.
BackendDerivation - interface harpoon.Backend.Maps.BackendDerivation.
BackendDerivation provides, in addition to the type and derivation information provided by Analysis.Maps.Derivation, a means to identify (polymorphically typed) callee-save registers.
BackendDerivation.Register - interface harpoon.Backend.Maps.BackendDerivation.Register.
 
BackwardDataFlowBasicBlockVisitor - class harpoon.Analysis.DataFlow.BackwardDataFlowBasicBlockVisitor.
BackwardDataFlowBasicBlockVisitor
BackwardDataFlowBasicBlockVisitor() - Constructor for class harpoon.Analysis.DataFlow.BackwardDataFlowBasicBlockVisitor
 
BackwardDataFlowQuadVisitor - class harpoon.Analysis.DataFlow.BackwardDataFlowQuadVisitor.
BackwardDataFlowQuadVisitor
BackwardDataFlowQuadVisitor() - Constructor for class harpoon.Analysis.DataFlow.BackwardDataFlowQuadVisitor
 
BALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
base - Variable in class harpoon.Analysis.Maps.Derivation.DList
Base pointer.
baseClass(HClass) - Static method in class harpoon.Util.HClassUtil
Return the ultimate component type of an array (that is, after all array dimensions have been stripped off).
baseClasses() - Method in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
baseClasses() - Method in class harpoon.Backend.Generic.RuntimeInformation
Returns the set of basic classes which may be referenced in some way by the runtime (for example, as the component type of an array).
baseClasses() - Method in class harpoon.Backend.Runtime1.RuntimeInformation
 
BasePointerPreservingUseDefer - class harpoon.Analysis.Instr.BasePointerPreservingUseDefer.
BasePointerPreservingUseDefer defines a view of the code where uses of derived pointer values are also considered uses of the base pointers that were used to compute the derived value.
BasePointerPreservingUseDefer(UseDefer, Derivation) - Constructor for class harpoon.Analysis.Instr.BasePointerPreservingUseDefer
 
BasicBlock - class harpoon.Analysis.BasicBlock.
BasicBlock collects a sequence of operations.
BasicBlock.Factory - class harpoon.Analysis.BasicBlock.Factory.
Factory structure for generating BasicBlock views of an HCode.
BasicBlock.Factory(HCode) - Constructor for class harpoon.Analysis.BasicBlock.Factory
Constructs a BasicBlock.Factory using the implicit control flow provided by code.
BasicBlock.Factory(HCode, CFGrapher) - Constructor for class harpoon.Analysis.BasicBlock.Factory
Constructs a BasicBlock.Factory and generates BasicBlocks for a given HCode.
BasicBlock(HCodeElement, BasicBlock.Factory) - Constructor for class harpoon.Analysis.BasicBlock
Constructs a new BasicBlock with h as its first element.
BasicBlockFactoryInterf - interface harpoon.Analysis.BasicBlockFactoryInterf.
BasicBlockFactoryInterf
BasicBlockInterf - interface harpoon.Analysis.BasicBlockInterf.
BasicBlockInterf is the interface that needs to be implemented by any "basic block"-like structure.
BasicBlockInterfVisitor - class harpoon.Analysis.BasicBlockInterfVisitor.
BasicBlockInterfVisitor is a visitor class implemented similarly to QuadVisitor, with the idea that we may eventually have different kinds of basic blocks.
BasicBlockInterfVisitor() - Constructor for class harpoon.Analysis.BasicBlockInterfVisitor
Creates a BasicBlockInterfVisitor.
BasicCSE - class harpoon.Analysis.Quads.BasicCSE.
BasicCSE is an attempt to perform common subexpression elemination, but only within basic blocks.
BasicGCInfo - class harpoon.Backend.Analysis.BasicGCInfo.
BasicGCInfo selects as GC points all call sites and backward branches.
BasicGCInfo() - Constructor for class harpoon.Backend.Analysis.BasicGCInfo
 
BasicInductions - class harpoon.Analysis.LowQuad.Loop.BasicInductions.
BasicInductions
BasicInductions(TempMap, HCode) - Constructor for class harpoon.Analysis.LowQuad.Loop.BasicInductions
Creates a BasicInductions object.
BasicInductionsMap - interface harpoon.Analysis.Maps.BasicInductionsMap.
BasicInductionsMap is a mapping from Loops to a Set of basic induction Temps.
basicInductionsMap(HCode, Loops) - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis
 
basicInductionsMap(HCode, Loops) - Method in interface harpoon.Analysis.Maps.BasicInductionsMap
Returns a Set of basic induction Temps.
BASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
BBConverter - class harpoon.Util.BasicBlocks.BBConverter.
BBConverter is a convenient class that offers a function which returns a basic block view of the code of a method.
BBConverter(HCodeFactory) - Constructor for class harpoon.Util.BasicBlocks.BBConverter
Creates a BBConverter.
bbf - Variable in class harpoon.Analysis.ReachingDefsImpl
 
bbf - Variable in class harpoon.Analysis.ReachingDefsAltImpl
 
bbFact - Variable in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
 
bbFact - Variable in class harpoon.Analysis.Instr.RegAlloc
BasicBlock.Factory for BasicBlocks of this.code.
BDWAllocationStrategy - class harpoon.Backend.Runtime1.BDWAllocationStrategy.
BDWAllocationStrategy calls the appropriate C functions in the Boehm-Demers-Weiser conservative garbage collector library to do the allocation.
BDWAllocationStrategy(Frame) - Constructor for class harpoon.Backend.Runtime1.BDWAllocationStrategy
Creates a BDWAllocationStrategy.
bfLoc(HField) - Method in class harpoon.Analysis.Transactions.BitFieldNumbering
 
BinaryHeap - class harpoon.Util.Collections.BinaryHeap.
BinaryHeap is an implementation of a binary heap.
BinaryHeap() - Constructor for class harpoon.Util.Collections.BinaryHeap
Creates a new, empty BinaryHeap, which will use the keys' natural order.
BinaryHeap(Collection, Comparator) - Constructor for class harpoon.Util.Collections.BinaryHeap
Builds a binary heap from a collection of Map.Entrys and a key comparator.
BinaryHeap(Comparator) - Constructor for class harpoon.Util.Collections.BinaryHeap
Creates a new, empty BinaryHeap with the specified comparator.
BinaryHeap(Heap) - Constructor for class harpoon.Util.Collections.BinaryHeap
Builds a binary heap from the given heap, using the same key comparator as the given heap.
BinaryRelation - interface harpoon.Util.BinaryRelation.
BinaryRelation represents a predicate on a 2-tuple.
BinaryTree - class harpoon.Util.Collections.BinaryTree.
A BinaryTree is a Tree where each node has at most two children.
BinaryTree.Node - class harpoon.Util.Collections.BinaryTree.Node.
A Node is an element of this tree.
BinaryTree.Node(Object) - Constructor for class harpoon.Util.Collections.BinaryTree.Node
Can only be called by makeNode(Object) or by Node subclass constructors.
BinaryTree() - Constructor for class harpoon.Util.Collections.BinaryTree
Creates an empty tree which accepts only mutually comparable elements.
BinaryTree(Comparator) - Constructor for class harpoon.Util.Collections.BinaryTree
Creates an empty tree which uses c to determine element ordering.
BinHeapPriorityQueue - class harpoon.Util.BinHeapPriorityQueue.
BinHeapPriorityQueue is an implementation of the PriorityQueue interface.
BinHeapPriorityQueue() - Constructor for class harpoon.Util.BinHeapPriorityQueue
Creates a BinHeapPriorityQueue.
BinomialHeap - class harpoon.Util.Collections.BinomialHeap.
A BinomialHeap allows O(lg n) time bounds for insert, minimum, extract-min, union, decrease-key, and delete operations.
BinomialHeap() - Constructor for class harpoon.Util.Collections.BinomialHeap
Constructs a new, empty BinomialHeap, sorted according to the keys' natural order.
BinomialHeap(Collection, Comparator) - Constructor for class harpoon.Util.Collections.BinomialHeap
Constructs a binomial heap from a collection of Map.Entrys and a key comparator.
BinomialHeap(Comparator) - Constructor for class harpoon.Util.Collections.BinomialHeap
Constructs a new, empty BinomialHeap, sorted according to the given comparator.
BinomialHeap(Heap) - Constructor for class harpoon.Util.Collections.BinomialHeap
Constructs a new binomial heap with the same entries as the specified Heap.
BINOP - class harpoon.IR.Tree.BINOP.
BINOP objects are expressions which stand for result of applying some binary operator o to a pair of subexpressions.
BINOP - Static variable in class harpoon.IR.Tree.TreeKind
 
BINOP - Static variable in class harpoon.Tools.PatMat.Sym
 
BINOP(TreeFactory, HCodeElement, int, int, Exp, Exp) - Constructor for class harpoon.IR.Tree.BINOP
Constructor.
BIPUSH - Static variable in class harpoon.IR.Bytecode.Op
 
bit - Variable in class harpoon.Analysis.Transactions.BitFieldNumbering.BitFieldTuple
 
BitFieldNumbering - class harpoon.Analysis.Transactions.BitFieldNumbering.
BitFieldNumbering finds a bit-position and a field to embed boolean flags describing object fields.
BitFieldNumbering.BitFieldTuple - class harpoon.Analysis.Transactions.BitFieldNumbering.BitFieldTuple.
 
BitFieldNumbering(Linker) - Constructor for class harpoon.Analysis.Transactions.BitFieldNumbering
Creates a BitFieldNumbering.
BitFieldNumbering(Linker, String) - Constructor for class harpoon.Analysis.Transactions.BitFieldNumbering
 
BITS_IN_FIELD - Static variable in class harpoon.Analysis.Transactions.BitFieldNumbering
 
BitSetFactory - class harpoon.Util.Collections.BitSetFactory.
BitSetFactory is a SetFactory that, given a complete universe of possible values, produces low space overhead representations of Sets.
BitSetFactory(Set) - Constructor for class harpoon.Util.Collections.BitSetFactory
Creates a BitSetFactory, given a universe of values.
BitSetFactory(Set, Indexer) - Constructor for class harpoon.Util.Collections.BitSetFactory
Creates a BitSetFactory, given a universe of values and an Indexer for the elements of universe.
BitString - class harpoon.Util.BitString.
BitString implements a vector of bits ; much like java.util.BitSet...
BitString(int) - Constructor for class harpoon.Util.BitString
Creates an empty string with the specified size.
bitwidth() - Method in interface harpoon.IR.Tree.PreciselyTyped
Returns the size of the expression, in bits.
bitwidth() - Method in class harpoon.IR.Tree.MEM
Returns the size of the expression, in bits.
bitwidth() - Method in class harpoon.IR.Tree.ESEQ
 
bitwidth() - Method in class harpoon.IR.Tree.CONST
Returns the size of the expression, in bits.
BitWidthAnalysis - class harpoon.Analysis.SizeOpt.BitWidthAnalysis.
BitWidthAnalysis implements Sparse Conditional Constant Propagation, with extensions to allow type and bitwidth analysis.
BitWidthAnalysis(Linker, HCodeFactory, ClassHierarchy, Set, Set) - Constructor for class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Creates a BitWidthAnalysis.
BitWidthAnalysis(Linker, HCodeFactory, ClassHierarchy, Set, String) - Constructor for class harpoon.Analysis.SizeOpt.BitWidthAnalysis
 
blockingMethods() - Method in interface harpoon.Analysis.EventDriven.BMethod
 
blocks - Variable in class harpoon.Analysis.FCFGBasicBlock.Factory
 
blockSet() - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Returns the FCFGBasicBlocks constructed by this factory.
blockSet() - Method in interface harpoon.Analysis.BasicBlockFactoryInterf
Returns the BasicBlocks constructed by the factory.
blockSet() - Method in class harpoon.Analysis.BasicBlock.Factory
Returns the BasicBlocks constructed by this.
blocksIterator() - Method in class harpoon.Analysis.BasicBlock.Factory
Generates an Iterator that traverses over all of the blocks generated by this BasicBlock.Factory.
BMethod - interface harpoon.Analysis.EventDriven.BMethod.
BMethod.java
Boolean - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type boolean.
BOOLEAN - Static variable in class harpoon.Tools.Annotation.Sym
 
BOOLEAN_LITERAL - Static variable in class harpoon.Tools.Annotation.Sym
 
Bop - class harpoon.IR.Tree.Bop.
Bop is an enumerated type for BINOPs.
Bop() - Constructor for class harpoon.IR.Tree.Bop
 
BOTTOM - Static variable in class harpoon.Analysis.PreciseGC.MRA.MRAToken
 
bottom() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
bottom() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
BottomHole - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
boundCheck(Quad, Temp, Temp, QuadWithTry, UseDef) - Static method in class harpoon.IR.Quads.Pattern
 
BOUNDED_ANALYSIS_DEPTH - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
BRACED - Static variable in class harpoon.Tools.PatMat.Sym
 
branchTargets(byte[], int) - Static method in class harpoon.IR.Bytecode.Op
Computes all possible targets for a branch instruction.
BREAK - Static variable in class harpoon.Tools.Annotation.Sym
 
BREAKPOINT - Static variable in class harpoon.IR.Bytecode.Op
 
bsf - Variable in class harpoon.Analysis.ReachingDefsAltImpl
 
build(ExpList) - Method in class harpoon.IR.Tree.Stm
Build an Stm of this type from the given list of subexpressions.
build(ExpList) - Method in class harpoon.IR.Tree.Exp
Build an Exp of this type from the given list of subexpressions.
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.Exp
Creates a new Spec.Exp similar to this one, using the provided Spec.ExpList of children.
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpId
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpBinop
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpConst
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpMem
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpName
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpTemp
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.ExpUnop
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.Stm
Creates a new Spec.Stm similar to this one, using the provided Spec.ExpList of children.
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmAlign
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmCall
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmCjump
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmData
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmExp
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmJump
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmLabel
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmMethod
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmMove
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmNativeCall
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmReturn
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmSegment
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmSeq
 
build(Spec.ExpList) - Method in class harpoon.Tools.PatMat.Spec.StmThrow
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.UNOP
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.THROW
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.TEMP
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.Stm
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.SEQ
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.SEGMENT
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.RETURN
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.NATIVECALL
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.NAME
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.MOVE
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.METHOD
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.MEM
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.LABEL
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.JUMP
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.Exp
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.EXPR
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.ESEQ
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.DATUM
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.CONST
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.CJUMP
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.CALL
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.BINOP
 
build(TreeFactory, ExpList) - Method in class harpoon.IR.Tree.ALIGN
 
buildAllocCall(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, String, Exp, ExpList) - Method in class harpoon.Backend.Runtime1.MallocAllocationStrategy
 
buildArray(TreeFactory, Runtime.ObjectBuilder.ArrayInfo, boolean) - Method in class harpoon.Backend.Generic.Runtime.ObjectBuilder
Build an array.
buildArray(TreeFactory, Runtime.ObjectBuilder.ArrayInfo, boolean) - Method in class harpoon.Backend.Runtime1.ObjectBuilder
 
buildCode(HCode, Map, Set, QuadLiveness, Set, CachingCodeFactory, AllCallers.MethodSet, HMethod, Linker, ClassHierarchy, Set, Set, boolean, TypeMap, boolean, boolean, Set) - Static method in class harpoon.Analysis.EventDriven.AsyncCode
Creates a AsyncCode.
buildInterferenceGraph() - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
buildInterferenceGraph() - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
buildInterferenceGraph() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Builds the interference graph for the code.
buildmap(HCode, TypeMap) - Method in class harpoon.IR.Jasmin.Jasmin
buildmap takes in a HCode and a TypeMap and returns a Map and number of local variables used.
buildObject(TreeFactory, Runtime.ObjectBuilder.ObjectInfo, boolean) - Method in class harpoon.Backend.Generic.Runtime.ObjectBuilder
Build an object.
buildObject(TreeFactory, Runtime.ObjectBuilder.ObjectInfo, boolean) - Method in class harpoon.Backend.Runtime1.ObjectBuilder
 
buildSCC(Object[], SCComponent.Navigator) - Static method in class harpoon.Util.Graphs.SCComponent
Constructs the strongly connected components of the graph containing all the nodes reachable on paths that originate in nodes from roots.
buildSCC(Object, SCComponent.Navigator) - Static method in class harpoon.Util.Graphs.SCComponent
Convenient version for the single root case (see the other buildSCC for details).
BypassLatchSchedule - class harpoon.Backend.MIPS.BypassLatchSchedule.
BypassLatchSchedule is a transformation on low level, register allocated assembly code that annotates opcode to indicate if a given use is the last use of a register.
BypassLatchSchedule(Code, Frame) - Constructor for class harpoon.Backend.MIPS.BypassLatchSchedule
 
Byte - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type byte.
BYTE - Static variable in class harpoon.Tools.Annotation.Sym
 
BYTEALIGNMENT - Static variable in class harpoon.Backend.MIPS.StackInfo
 

C

c - Variable in class harpoon.Analysis.ContBuilder.ContBuilder
 
c_function_name(String) - Method in class harpoon.Backend.Maps.NameMap
Maps a C function name to the appropriate label string.
c_function_name(String) - Method in class harpoon.Backend.Maps.DefaultNameMap
 
cache - Variable in class harpoon.Analysis.ReachingDefsImpl
 
cache - Variable in class harpoon.Analysis.ReachingDefsAltImpl
 
CacheEquivalence - class harpoon.Analysis.Tree.CacheEquivalence.
CacheEquivalence creates tag-check equivalence classes for MEM operations in a Tree.
CacheEquivalence(Code, ClassHierarchy) - Constructor for class harpoon.Analysis.Tree.CacheEquivalence
Creates a CacheEquivalence.
cachePerformance() - Method in class harpoon.Analysis.DataFlow.CachingLiveTemps
 
CachingArrayInfo - class harpoon.Util.TypeInference.CachingArrayInfo.
CachingArrayInfo
CachingArrayInfo() - Constructor for class harpoon.Util.TypeInference.CachingArrayInfo
Creates a CachingArrayInfo.
CachingBBConverter - class harpoon.Util.BasicBlocks.CachingBBConverter.
CachingBBConverter provides some caching for the BBConverter.
CachingBBConverter(HCodeFactory) - Constructor for class harpoon.Util.BasicBlocks.CachingBBConverter
Creates a CachingBBConverter.
CachingCallGraph - class harpoon.Analysis.Quads.CachingCallGraph.
CachingCallGraph is a caching wrapper for a call graph.
CachingCallGraph(CallGraph) - Constructor for class harpoon.Analysis.Quads.CachingCallGraph
Convenient to use constructor.
CachingCallGraph(CallGraph, boolean, boolean) - Constructor for class harpoon.Analysis.Quads.CachingCallGraph
Creates a CachingCallGraph that caches the results of cg.
CachingCodeFactory - class harpoon.ClassFile.CachingCodeFactory.
A CachingCodeFactory caches the conversions performed by a parent HCodeFactory; the cache can also be directly modified in order to add or replace method implementations.
CachingCodeFactory(HCodeFactory) - Constructor for class harpoon.ClassFile.CachingCodeFactory
Creates a CachingCodeFactory using the conversions performed by parent.
CachingCodeFactory(HCodeFactory, boolean) - Constructor for class harpoon.ClassFile.CachingCodeFactory
Creates a CachingCodeFactory using the conversions performed by parent.
CachingLBBConverter - class harpoon.Util.LightBasicBlocks.CachingLBBConverter.
CachingLBBConverter adds some caching to the LBBConverter.
CachingLBBConverter(BBConverter) - Constructor for class harpoon.Util.LightBasicBlocks.CachingLBBConverter
Creates a CachingLBBConverter.
CachingLiveTemps - class harpoon.Analysis.DataFlow.CachingLiveTemps.
CachingLiveTemps is an extension of LiveTemps that keeps a cache of the recent results that it calculated.
CachingLiveTemps(BasicBlock.Factory, Set) - Constructor for class harpoon.Analysis.DataFlow.CachingLiveTemps
Creates a CachingLiveTemps.
CachingLiveTemps(BasicBlock.Factory, Set, SetFactory, UseDefer) - Constructor for class harpoon.Analysis.DataFlow.CachingLiveTemps
 
CachingLiveTemps(BasicBlock.Factory, Set, UseDefer) - Constructor for class harpoon.Analysis.DataFlow.CachingLiveTemps
 
CachingSCCBBFactory - class harpoon.Util.BasicBlocks.CachingSCCBBFactory.
CachingSCCBBFactory adds some caching to SCCBBFactory.
CachingSCCBBFactory(BBConverter) - Constructor for class harpoon.Util.BasicBlocks.CachingSCCBBFactory
Creates a CachingSCCBBFactory.
CachingSCCLBBFactory - class harpoon.Util.LightBasicBlocks.CachingSCCLBBFactory.
CachingSCCLBBFactory adds some caching to SCCLBBFactory.
CachingSCCLBBFactory(LBBConverter) - Constructor for class harpoon.Util.LightBasicBlocks.CachingSCCLBBFactory
Creates a CachingSCCLBBFactory.
calculate() - Method in class harpoon.Analysis.PointerAnalysis.SyncElimination
 
calculate() - Method in class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps
 
CALL - class harpoon.IR.Quads.CALL.
CALL objects represent method invocations.
CALL - class harpoon.IR.Tree.CALL.
CALL objects are statements which stand for java method invocations, using our runtime's calling convention.
CALL - Static variable in class harpoon.IR.Quads.QuadKind
 
CALL - Static variable in class harpoon.IR.Tree.TreeKind
 
CALL - Static variable in class harpoon.Tools.PatMat.Sym
 
CALL_CONTEXT_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Activates the calling context sensitivity.
CALL_CONTEXT_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Activates the calling context sensitivity.
call_path - Variable in class harpoon.Analysis.PointerAnalysis.PASync
The call chain that specializes this action.
CALL(QuadFactory, HCodeElement, HMethod, Temp[], Temp, Temp, boolean, boolean, Temp[]) - Constructor for class harpoon.IR.Quads.CALL
Creates a CALL with an empty dst array of the proper size.
CALL(QuadFactory, HCodeElement, HMethod, Temp[], Temp, Temp, boolean, boolean, Temp[][], Temp[]) - Constructor for class harpoon.IR.Quads.CALL
Creates a CALL quad representing a method invocation with explicit exception handling.
CALL(TreeFactory, HCodeElement, TEMP, TEMP, Exp, ExpList, NAME, boolean) - Constructor for class harpoon.IR.Tree.CALL
Create a CALL object.
call2int - Variable in class harpoon.Analysis.PointerAnalysis.AllocationNumbering
 
callableMethods() - Method in class harpoon.Analysis.ClassHierarchy
Returns set of all callable methods.
callableMethods() - Method in class harpoon.Analysis.MetaMethods.SmartCallGraph
Returns the set of all the methods that can be called in the execution of the program.
callableMethods() - Method in class harpoon.Analysis.Quads.QuadClassHierarchy
Returns set of all callable methods.
callableMethods() - Method in class harpoon.Analysis.Quads.CallGraphImpl2
Returns the set of all the methods that can be called in the execution of the program.
callableMethods() - Method in class harpoon.Analysis.Quads.CallGraphImpl
Returns the set of all the methods that can be called in the execution of the program.
callableMethods() - Method in interface harpoon.Analysis.Quads.CallGraph
Returns the set of all the methods that can be called in the execution of the program.
callableMethods() - Method in class harpoon.Analysis.Quads.CachingCallGraph
 
callback(Tree, Tree, TempMap) - Method in interface harpoon.IR.Tree.Tree.CloneCallback
This method will be called once for every cloned/renamed subtree.
calleeReg(int) - Method in class harpoon.Backend.MIPS.StackInfo
Return the register for this callee saved register index
callees() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the array of callees MetaMethods.
callees(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Return the set of callees in relation with the edges from head to tail via the field f.
callees1_cmpct - Variable in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
 
callees2_cmpct - Variable in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
 
calleeSave() - Method in class harpoon.Backend.MIPS.RegFileInfo
 
calleeSave() - Method in class harpoon.Backend.Sparc.RegFileInfo
 
calleeSave() - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
calleeSaved - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
calleeSaved() - Method in class harpoon.Backend.Generic.GCInfo.GCPoint
Returns an unmodifiable Map of callee-saved BackendDerivation.Registers to the CommonLocs where its contents has been stored
calleeSaveOffset(int) - Method in class harpoon.Backend.MIPS.StackInfo
Return the offset for a given callee saved register index.
calleeSaveRegister(HCodeElement, Temp) - Method in interface harpoon.Backend.Maps.BackendDerivation
Map compiler temporaries to the callee-save register location they correspond to.
calleeSaveTotal() - Method in class harpoon.Backend.MIPS.StackInfo
Return how many callee saved registers there are for this frame
callerSave() - Method in class harpoon.Backend.MIPS.RegFileInfo
 
callerSave() - Method in class harpoon.Backend.Sparc.RegFileInfo
 
callerSave() - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
CallGraph - interface harpoon.Analysis.CallGraph.
CallGraph is a general IR-independant interface that for a call graph.
CallGraph - interface harpoon.Analysis.Quads.CallGraph.
CallGraph is a general interface that should be implemented by a call graph.
CallGraph - class harpoon.Main.CallGraph.
CallGraph is a command-line call-graph generation tool.
CallGraph() - Constructor for class harpoon.Main.CallGraph
 
CallGraphImpl - class harpoon.Analysis.Quads.CallGraphImpl.
CallGraphImpl constructs a simple directed call graph.
CallGraphImpl(ClassHierarchy, HCodeFactory) - Constructor for class harpoon.Analysis.Quads.CallGraphImpl
Creates a CallGraph using the specified ClassHierarchy.
CallGraphImpl2 - class harpoon.Analysis.Quads.CallGraphImpl2.
CallGraphImpl2 constructs a simple directed call graph.
CallGraphImpl2(ClassHierarchy, HCodeFactory) - Constructor for class harpoon.Analysis.Quads.CallGraphImpl2
Creates a CallGraph using the specified ClassHierarchy.
callID(Quad) - Method in class harpoon.Analysis.PointerAnalysis.AllocationNumbering
Return an integer identifying this allocation site.
callInfo(INVOCATION) - Method in class harpoon.Backend.MIPS.StackInfo
Call callInfo with the destination label and argument list for all calls made by this activation frame.
callInfo(METHOD) - Method in class harpoon.Backend.MIPS.StackInfo
For callee argument information call callInfo with METHOD object, and we will interpret the parameter list.
calls(CALL, ReachingDefs, ExactTypeMap) - Method in class harpoon.Analysis.Quads.CallGraphImpl2
Return a list of all possible methods called by this method at a particular call site.
calls(HMethod) - Method in interface harpoon.Analysis.CallGraph
Returns an array containing all possible methods called by method m.
calls(HMethod) - Method in class harpoon.Analysis.MetaMethods.SmartCallGraph
Returns an array containing all possible methods called by method m.
calls(HMethod) - Method in class harpoon.Analysis.Quads.CallGraphImpl2
Return a list of all possible methods called by this method.
calls(HMethod) - Method in class harpoon.Analysis.Quads.CallGraphImpl
Return a list of all possible methods called by this method.
calls(HMethod) - Method in class harpoon.Analysis.Quads.CachingCallGraph
 
calls(HMethod) - Method in class harpoon.Analysis.TypeInference.InterProc
 
calls(HMethod, CALL) - Method in class harpoon.Analysis.MetaMethods.SmartCallGraph
Returns an array containing all possible methods called by method m at the call site cs.
calls(HMethod, CALL) - Method in class harpoon.Analysis.Quads.CallGraphImpl
Return an array containing all possible methods called by this method at a particular call site.
calls(HMethod, CALL) - Method in interface harpoon.Analysis.Quads.CallGraph
Returns an array containing all possible methods called by method m at the call site cs.
calls(HMethod, CALL) - Method in class harpoon.Analysis.Quads.CachingCallGraph
 
calls(HMethod, CALL, boolean) - Method in class harpoon.Analysis.TypeInference.InterProc
 
callsite() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the call site.
callsitehistory() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the history of call sites.
callStatsMonitor(TreeFactory, HCodeElement, DerivationGenerator, boolean) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
 
CALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
canBeRootOfData() - Method in class harpoon.Tools.PatMat.Spec.Stm
Checks if this Stm object is valid for Data patterns.
canBeRootOfData() - Method in class harpoon.Tools.PatMat.Spec.StmAlign
 
canBeRootOfData() - Method in class harpoon.Tools.PatMat.Spec.StmData
 
canBeRootOfData() - Method in class harpoon.Tools.PatMat.Spec.StmLabel
 
canBeRootOfData() - Method in class harpoon.Tools.PatMat.Spec.StmSegment
 
canBeStackAllocated() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
canBeStackAllocated() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
canBeStackAllocated() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
canBeThreadAllocated() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
canBeThreadAllocated() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
canBeThreadAllocated() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
canFallThrough - Variable in class harpoon.IR.Assem.Instr
Sets whether control flow can go to this.next.
canInline1(HField) - Method in class harpoon.Backend.Maps.InlineMap
 
canInline1(HField) - Method in class harpoon.Backend.Maps.DefaultInlineMap
 
canInline2(HField) - Method in class harpoon.Backend.Maps.InlineMap
 
canInline2(HField) - Method in class harpoon.Backend.Maps.DefaultInlineMap
 
Canonicalize - class harpoon.Analysis.Tree.Canonicalize.
Canonicalize is an application of Simplification to do pattern-driven tree canonicalization.
canonicalize() - Method in class harpoon.Analysis.Maps.Derivation.DList
Canonicalize a DList.
CanonicalTreeCode - class harpoon.IR.Tree.CanonicalTreeCode.
The CanonicalTreeCode codeview is the same as the TreeCode codeview, except for the fact that it does not allow ESEQ objects to be part of its representation.
capacity() - Method in class harpoon.Util.Collections.UniqueVector
Returns the current capacity of this vector.
captured(ODParIntGraph, MetaMethod, PANode) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
captured(ODParIntGraph, MetaMethod, PANode, boolean) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
captured(ODParIntGraph, MetaMethod, PANode, boolean, boolean) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
captured(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Tests whether node node is captured.
CASE - Static variable in class harpoon.Tools.Annotation.Sym
 
CASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
CATCH - Static variable in class harpoon.Tools.Annotation.Sym
 
catch_type - Variable in class harpoon.IR.RawClass.ExceptionTable
If the value of the catch_type item is nonzero, it must be a valid index into the constant_pool table.
catch_type() - Method in class harpoon.IR.RawClass.ExceptionTable
 
caughtException - Variable in class harpoon.IR.Quads.HANDLER
The exception caught by this HANDLER, or null for any exception.
caughtException() - Method in class harpoon.IR.Bytecode.Code.ExceptionEntry
 
caughtException() - Method in class harpoon.IR.Quads.HANDLER
Returns the superclass of the exceptions caught by this HANDLER, or null if any exception is caught.
cdClasses() - Method in class harpoon.Analysis.CycleEq
Return Collection of cycle-equivalency Lists.
cdm - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
ceCodeFactory(Frame, HCodeFactory) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass
Return an HCodeFactory that will clean up the tree form of the transformed code by performing some optimizations which can't be represented in quad form; namely, removes write barriers for MOVEs that are assigned from constants.
cfFromString(String, HCodeFactory) - Static method in class harpoon.Main.Options
Make a code factory to implement a pass, given a string name.
CFGEdge - class harpoon.IR.Properties.CFGEdge.
An CFGEdge connects two CFGraphables in a graph structure.
CFGEdge() - Constructor for class harpoon.IR.Properties.CFGEdge
 
CFGraphable - interface harpoon.IR.Properties.CFGraphable.
CFGraphable defines an interface for intermediate representations that are inherently interconnected in a directed control-flow graphs.
CFGrapher - class harpoon.IR.Properties.CFGrapher.
CFGrapher provides a means to externally associate control-flow graph information with elements of an intermediate representation.
CFGrapher() - Constructor for class harpoon.IR.Properties.CFGrapher
 
cfm - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
cg - Variable in class harpoon.Backend.Runtime1.Runtime
 
cgg_backendEmit(Instr) - Method in class harpoon.Backend.Generic.MaxMunchCG
Emits i as the next instruction in the instruction stream.
cgg_backendEmit(Instr) - Method in class harpoon.Backend.Generic.CodeGen
Protected helper method guaranteed to be called by emit(Instr).
cgg_genCode(Code, InstrFactory) - Method in class harpoon.Backend.Generic.CodeGen
Creates a Instr list from the IR.Tree.Code tree.
cgg_genCode(Code, InstrFactory) - Method in class harpoon.Backend.MIPS.CodeGen
Generates assembly code from a harpoon.IR.Tree.Code.
cgg_genCode(Code, InstrFactory) - Method in class harpoon.Backend.Sparc.CodeGen
Generates assembly code from a harpoon.IR.Tree.Code.
cgg_genCode(Code, InstrFactory) - Method in class harpoon.Backend.StrongARM.CodeGen
Generates assembly code from a harpoon.IR.Tree.Code.
cgg_genData(Data, InstrFactory) - Method in class harpoon.Backend.Generic.CodeGen
 
cgg_genData(Data, InstrFactory) - Method in class harpoon.Backend.MIPS.CodeGen
Generates assembly code from a harpoon.IR.Tree.Data.
cgg_genData(Data, InstrFactory) - Method in class harpoon.Backend.Sparc.CodeGen
Generates assembly code from a harpoon.IR.Tree.Data.
cgg_genData(Data, InstrFactory) - Method in class harpoon.Backend.StrongARM.CodeGen
Generates assembly code from a harpoon.IR.Tree.Data.
ch - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
ch - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
ch - Variable in class harpoon.Backend.Runtime1.Runtime
 
Char - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type char.
CHAR - Static variable in class harpoon.Tools.Annotation.Sym
 
CHARACTER_LITERAL - Static variable in class harpoon.Tools.Annotation.Sym
 
Check - class harpoon.Analysis.Instr.Check.
 
check_mcg() - Static method in class harpoon.Main.ODPAMain
 
check_typecast - Variable in class harpoon.Analysis.ReachingDefsImpl
 
check_typecast - Variable in class harpoon.Analysis.ReachingDefsAltImpl
 
Check() - Constructor for class harpoon.Analysis.Instr.Check
 
check(HCode) - Static method in class harpoon.Analysis.LowQuad.DerivationChecker
Check the given HCode for Derivation errors.
check(HCode) - Static method in class harpoon.Analysis.Tree.DerivationChecker
Check the given HCode for Derivation errors.
check(Object) - Method in interface harpoon.Util.PredicateWrapper
 
CHECKCAST - Static variable in class harpoon.IR.Bytecode.Op
 
CHECKCAST_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
checkDegreeInv() - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
checkDegreeInv() - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
checkDegreeInv() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Checks degree invariant documented in Tiger book; abstract because a variant of the algorithm breaks it on purpose.
checkDisjointInv() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
checked - Variable in class harpoon.Analysis.Instr.RegAlloc
Tracks Instrs that have been verified for debugging purposes.
CHECKED - Static variable in class harpoon.Analysis.Quads.InitializerTransform
Token for the initializer-ordering-check version of a method.
checkFreezeWorklistInv() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
checkInv() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
checkLongOption() - Method in class gnu.getopt.Getopt
Check to see if an option is a valid long option.
checkNode(Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Ensures that only SparseNodes are added to this.
checkPrecolored() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
CheckRemoval - interface harpoon.Analysis.Realtime.CheckRemoval.
CheckRemoval is an interface that all classes that analyze RTJ harpoon.IR.Quads.SET or harpoon.IR.Quads.ASET's for possible removal of checks should implement.
checkSimplifyWorklistInv() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
checkSpillWorklistInv() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
CHEESY_POINTER_ANALYSIS - Static variable in class harpoon.Analysis.Realtime.Realtime
Pointer analysis to determine whether checks can be removed
CheesyPACheckRemoval - class harpoon.Analysis.Realtime.CheesyPACheckRemoval.
CheesyPACheckRemoval
CheesyPACheckRemoval(Linker, ClassHierarchy, HCodeFactory, Set) - Constructor for class harpoon.Analysis.Realtime.CheesyPACheckRemoval
Creates a CheesyPACheckRemoval.
CHFinalMap - class harpoon.Backend.Maps.CHFinalMap.
CHFinalMap is a slightly smarter FinalMap that, given a ClassHierarchy for context, aggressively makes methods final if the ClassHierarchy doesn't contain a reachable method which overrides it.
CHFinalMap(ClassHierarchy) - Constructor for class harpoon.Backend.Maps.CHFinalMap
Creates a CHFinalMap.
child - Variable in class harpoon.IR.Tree.Tree
 
child() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
children() - Method in class harpoon.Analysis.SESE.Region
Child regions of this one.
children(HClass) - Method in class harpoon.Analysis.ClassHierarchy
Returns all usable/reachable children of an HClass.
children(HClass) - Method in class harpoon.Analysis.Quads.QuadClassHierarchy
 
children(HCodeElement) - Method in class harpoon.Analysis.DomTree
Return the children of an HCodeElement in the immediate (post)dominator tree.
childrenOf(Object) - Method in interface harpoon.Analysis.GraphColoring.DirectedGraph
Returns a collection view for the children of a specific node.
chooseNodeForHiding(ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.NodeSelector
Returns a element of g.nodeSet(), in the intent that it be hidden in g.
chooseNodeForHiding(ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.SimpleSelector
 
chooseNodeForRemoval(ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.NodeSelector
Returns a element of g.nodeSet(), in the intent that it be removed from g.
chooseNodeForRemoval(ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.SimpleSelector
 
CHStats - class harpoon.Main.CHStats.
CHStats computes interesting statistics of the compiler class hierarchy for inclusion in papers and theses.
CHStats() - Constructor for class harpoon.Main.CHStats
 
CJMP - class harpoon.IR.Quads.CJMP.
CJMP represents conditional branches.
CJMP - Static variable in class harpoon.IR.Quads.QuadKind
 
CJMP(QuadFactory, HCodeElement, Temp, Temp[]) - Constructor for class harpoon.IR.Quads.CJMP
Creates a CJMP representing a conditional branch.
CJMP(QuadFactory, HCodeElement, Temp, Temp[][], Temp[]) - Constructor for class harpoon.IR.Quads.CJMP
Creates a CJMP representing a conditional branch.
CJUMP - class harpoon.IR.Tree.CJUMP.
CJUMP objects are statements which stand for conditional branches.
CJUMP - Static variable in class harpoon.IR.Tree.TreeKind
 
CJUMP - Static variable in class harpoon.Tools.PatMat.Sym
 
CJUMP(TreeFactory, HCodeElement, Exp, Label, Label) - Constructor for class harpoon.IR.Tree.CJUMP
Constructor.
CLASS - Static variable in class harpoon.IR.Tree.SEGMENT
R/O storage for static class data (display, vmtable, etc)
CLASS - Static variable in class harpoon.Tools.Annotation.Sym
 
class_index - Variable in class harpoon.IR.RawClass.ConstantMethodref
The value of the class_index item must be a valid index into the constant_pool table of the parent.
class_index - Variable in class harpoon.IR.RawClass.ConstantInterfaceMethodref
The value of the class_index item must be a valid index into the constant_pool table of the parent.
class_index - Variable in class harpoon.IR.RawClass.ConstantFieldref
The value of the class_index item must be a valid index into the constant_pool table of the parent.
class_index() - Method in class harpoon.IR.RawClass.ConstantMethodref
 
class_index() - Method in class harpoon.IR.RawClass.ConstantInterfaceMethodref
 
class_index() - Method in class harpoon.IR.RawClass.ConstantFieldref
 
CLASS_STATEMENTS - Static variable in class harpoon.Tools.PatMat.Sym
 
class_stms - Variable in class harpoon.Tools.PatMat.Spec
Java code statements that are going to be placed inside class body (helper methods, fields, inner classes).
ClassCone - class harpoon.Analysis.TypeInference.ClassCone.
ClassCone
ClassCone(ClassHierarchy) - Constructor for class harpoon.Analysis.TypeInference.ClassCone
Creates a ClassCone.
classConst(TreeFactory, HCodeElement, DerivationGenerator, HClass) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which represents a reference to a Class constant.
classConst(TreeFactory, HCodeElement, DerivationGenerator, HClass) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
classData(HClass) - Method in class harpoon.Analysis.Realtime.RealtimeRuntime
Tag all classes with javax.realtime.ImmortalMemory java.lang.Object.memoryArea that has a field javax.realtime.ImmortalMemory.constant = true; Also emit data to deal with const char*'s that can be created when Realtime.DEBUG_REF.
classData(HClass) - Method in class harpoon.Backend.Generic.Runtime
Returns a list of HDatas which are needed for the given class.
classData(HClass) - Method in class harpoon.Backend.Runtime1.Runtime
 
ClassDataException - exception harpoon.IR.RawClass.ClassDataException.
Specialized IOException class to handle malformed class files.
ClassDataException() - Constructor for class harpoon.IR.RawClass.ClassDataException
 
ClassDataException(String) - Constructor for class harpoon.IR.RawClass.ClassDataException
 
ClassDataInputStream - class harpoon.IR.RawClass.ClassDataInputStream.
A specialized input stream reader for java bytecode files.
ClassDataInputStream(InputStream) - Constructor for class harpoon.IR.RawClass.ClassDataInputStream
Creates a ClassDataInputStream from a standard InputStream.
ClassDataOutputStream - class harpoon.IR.RawClass.ClassDataOutputStream.
A specialized output stream writer for java bytecode files.
ClassDataOutputStream(OutputStream) - Constructor for class harpoon.IR.RawClass.ClassDataOutputStream
Constructs a ClassDataOutputStream from a standard OutputStream.
classDepth(HClass) - Method in class harpoon.Backend.Maps.DefaultClassDepthMap
 
classDepth(HClass) - Method in class harpoon.Backend.Maps.ClassDepthMap
Return the nesting depth of the given class.
ClassDepthMap - class harpoon.Backend.Maps.ClassDepthMap.
A ClassDepthMap reports the nesting depth of a given class, with java.lang.Object given nesting depth 0.
ClassDepthMap() - Constructor for class harpoon.Backend.Maps.ClassDepthMap
 
classes - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
classes - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
classes - Variable in class harpoon.IR.RawClass.AttributeInnerClasses
Each array element records a class with an encoded name, its defining scope, its simple name, and its originally declared access flags.
classes() - Method in class harpoon.Analysis.ClassHierarchy
Returns the set of all reachable/usable classes.
classes() - Method in class harpoon.Analysis.EventDriven.EventDriven
 
classes() - Method in class harpoon.Analysis.Quads.QuadClassHierarchy
 
classes(int) - Method in class harpoon.IR.RawClass.AttributeInnerClasses
 
ClassFieldMap - class harpoon.Backend.Analysis.ClassFieldMap.
A ClassFieldMap is a FieldMap for non-static fields of a class.
ClassFieldMap() - Constructor for class harpoon.Backend.Analysis.ClassFieldMap
Creates a ClassFieldMap.
ClassFile - class harpoon.IR.RawClass.ClassFile.
Represents a java bytecode class file.
ClassFile(ClassDataInputStream) - Constructor for class harpoon.IR.RawClass.ClassFile
Create a ClassFile object by reading data from a bytecode file.
ClassFile(InputStream) - Constructor for class harpoon.IR.RawClass.ClassFile
Create a ClassFile object by reading data from a bytecode file.
ClassHierarchy - class harpoon.Analysis.ClassHierarchy.
A ClassHierarchy enumerates reachable/usable classes and methods.
ClassHierarchy() - Constructor for class harpoon.Analysis.ClassHierarchy
 
classmap - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
ClassMethodMap - class harpoon.Backend.Analysis.ClassMethodMap.
A ClassMethodMap is a method map for virtual methods of an object (not static, not private, not constructors).
ClassMethodMap() - Constructor for class harpoon.Backend.Analysis.ClassMethodMap
Creates a ClassMethodMap.
classpaths() - Static method in class harpoon.ClassFile.Loader
Iterate over the components of the system CLASSPATH.
ClassReplacer - class harpoon.Analysis.Realtime.ClassReplacer.
ClassReplacer is a MethodMutator which works on any QuadForm and replaces NEW's and CALL's to one class with NEW's and CALL's to another class using a mapping function to map methods of one to methods of the other.
ClassReplacer(HCodeFactory, HClass, HClass) - Constructor for class harpoon.Analysis.Realtime.ClassReplacer
Construct a ClassReplacer with an HCodeFactory that will replace the HClass from with to.
classToResource(String) - Static method in class harpoon.ClassFile.Loader
Translate a class name into a corresponding resource name.
CLAZ_CLAZINFO - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_COMPONENT_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_DEPTH_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_DISPLAY_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_GCENTRY_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_INTERFACES_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_INTERFZ_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_METHODS_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CLAZ_SIZE_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
clazzPtrOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset of the class pointer
clear() - Method in class harpoon.Analysis.Partition.WeightedGraph
 
clear() - Method in class harpoon.Util.BinHeapPriorityQueue
 
clear() - Method in class harpoon.Util.BasicBlocks.CachingSCCBBFactory
Clears the cache of previously computed results.
clear() - Method in class harpoon.Util.BasicBlocks.CachingBBConverter
Completely clears the internal cache.
clear() - Method in class harpoon.Util.Collections.WorkSet
Removes all elements from the set.
clear() - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
clear() - Method in class harpoon.Util.Collections.UniqueVector
Removes all of the elements from this collection.
clear() - Method in class harpoon.Util.Collections.PersistentEnvironment
Remove all mappings from this map.
clear() - Method in class harpoon.Util.Collections.MapWrapper
 
clear() - Method in interface harpoon.Util.Collections.Heap
Removes all entries from this Heap.
clear() - Method in class harpoon.Util.Collections.HashEnvironment
Clears all mappings.
clear() - Method in class harpoon.Util.Collections.GenericMultiMap
 
clear() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
clear() - Method in class harpoon.Util.Collections.FibonacciHeap
 
clear() - Method in class harpoon.Util.Collections.CollectionWrapper
 
clear() - Method in class harpoon.Util.Collections.BinomialHeap
Removes all mappings from this map.
clear() - Method in class harpoon.Util.Collections.BinaryHeap
 
clear() - Method in class harpoon.Util.Collections.AbstractHeap
 
clear() - Method in class harpoon.Util.DataStructs.LightMap
Removes all mappings from this map.
clear() - Method in class harpoon.Util.LightBasicBlocks.CachingSCCLBBFactory
Clears the cache of previously computed results.
clear() - Method in class harpoon.Util.LightBasicBlocks.CachingLBBConverter
Completely clears the internal cache.
clear() - Method in class harpoon.Util.TypeInference.CachingArrayInfo
Clears the cache.
clear(Code) - Method in class harpoon.Analysis.PreciseGC.MRAFactory
Removes representation of Code c from this factory.
clear(HMethod) - Method in class harpoon.Analysis.UseDefChecker
 
clear(HMethod) - Method in class harpoon.Analysis.EventDriven.LockRemove
 
clear(HMethod) - Method in class harpoon.Analysis.Quads.QuadCounter
Clears HMethod m from the cache.
clear(HMethod) - Method in class harpoon.Analysis.Quads.MethodInliningCodeFactory
Removes representation of method m from all caches in this factory and its parents.
clear(HMethod) - Method in class harpoon.Analysis.Realtime.PrintFactory
 
clear(HMethod) - Method in class harpoon.Analysis.Transactions.CloneImplementer
 
clear(HMethod) - Method in interface harpoon.ClassFile.HCodeFactory
Removes representation of method m from all caches in this factory and its parents.
clear(HMethod) - Method in class harpoon.ClassFile.CachingCodeFactory
Remove the cached representation of m from this CachingCodeFactory and its parent.
clear(HMethod) - Method in class harpoon.Util.BasicBlocks.CachingBBConverter
Remove from the internal cache the result for hm.
clear(HMethod) - Method in class harpoon.Util.LightBasicBlocks.CachingLBBConverter
Remove from the internal cache the result for hm.
clear(int) - Method in class harpoon.Util.BitString
Clears a bit.
clearAll() - Method in class harpoon.Util.BitString
Clears all bits.
clearComment() - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
clearDecl() - Method in class harpoon.Backend.Generic.MaxMunchCG
 
clearNode(WGNode) - Method in class harpoon.Analysis.Partition.WeightedGraph
 
clearUpTo(int) - Method in class harpoon.Util.BitString
Clears all bits up to and including the given bit.
clone() - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Deep copy of a PointsToGraph.
clone() - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
clone produces a copy of the this Parallel Interaction Graph.
clone() - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
clone creates a copy of this thread map; by doing a simple shallow copy of the hash field.
clone() - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
clone does a deep copy of this object.
clone() - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
clone() - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
clone produces a copy of the this Parallel Interaction Graph.
clone() - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
clone() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
clone() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Clone a MethodHole.
clone() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
 
clone() - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
clone() - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Simply clone an EdgesNCallees object.
clone() - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Clone this object.
clone() - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Produces a copy of this object.
clone() - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
clone() - Method in class harpoon.ClassFile.HCode
Clone this HCode and all associated HCodeElements.
clone() - Method in class harpoon.IR.Quads.Quad
 
clone() - Method in class harpoon.IR.Tree.Tree
Clone a subtree.
clone() - Method in class harpoon.Interpret.Tree.UndefinedRef
 
clone() - Method in class harpoon.Temp.Temp
Clones a Temp using the same TempFactory.
clone() - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Clones a Spec.TypeSet.
clone() - Method in class harpoon.Util.CloneableIterator
 
clone() - Method in class harpoon.Util.BitString
Clones the BitString.
clone() - Method in class harpoon.Util.Collections.UniqueVector
Returns a clone of this vector.
clone() - Method in class harpoon.Util.Collections.LinearSet
 
clone() - Method in class harpoon.Util.Collections.BinomialHeap
Creates a new BinomialHeap with all the key-value pairs this one has.
clone() - Method in class harpoon.Util.DataStructs.RelationImpl
Creates a new, independent relation (the operations on the new relation won't affect the old one).
clone() - Method in interface harpoon.Util.DataStructs.Relation
Clones this relation.
clone() - Method in class harpoon.Util.DataStructs.LightRelation
 
clone() - Method in class harpoon.Util.DataStructs.LightMap
 
clone() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
clone(Derivation.DList) - Static method in class harpoon.Analysis.Maps.Derivation.DList
Returns a clean copy of this DList.
clone(HClass) - Method in class harpoon.ClassFile.HData
Clone this HData, possibly moving it to a different HClass.
clone(HMethod) - Method in class harpoon.Analysis.EnvBuilder.EnvCode
Clone this code representation.
clone(HMethod) - Method in class harpoon.Analysis.EventDriven.EventDrivenCode
Clone this code representation.
clone(HMethod) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
clone(HMethod) - Method in class harpoon.ClassFile.HCode
Clone this HCode, possibly moving it to a different method.
clone(HMethod) - Method in class harpoon.IR.Bytecode.Code
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.LowQuad.LowQuadSSI
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.LowQuad.LowQuadSSA
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.LowQuad.LowQuadNoSSA
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Quads.QuadWithTry
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Quads.QuadSSI
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Quads.QuadSSA
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Quads.QuadRSSx
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Quads.QuadNoSSA
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Quads.Code
Clone this code representation.
clone(HMethod) - Method in class harpoon.IR.Tree.Code
Clone this code representation.
clone(HMethod, Frame) - Method in class harpoon.IR.Tree.TreeCode
Clone this code representation.
clone(HMethod, Frame) - Method in class harpoon.IR.Tree.OptimizedTreeCode
Clone this code representation.
clone(HMethod, Frame) - Method in class harpoon.IR.Tree.Code
Clone this code representation.
clone(HMethod, Frame) - Method in class harpoon.IR.Tree.CanonicalTreeCode
Clone this code representation.
clone(Map) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
clone the EdgesNCallees while transposing the callees using the map.
clone(Map, Map) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
clone the EdgesNCallees while transposing the callees using the first map, and the nodes using the second one.
clone(QuadFactory, CloningTempMap) - Method in class harpoon.IR.Quads.Quad
Clone a quad into a new quad factory, renaming all of the temps according to tm (which ought to ensure that all the new temps belong to the TempFactory of the new QuadFactory).
clone(QuadFactory, Quad) - Static method in class harpoon.IR.Quads.Quad
Create a new copy of a string of Quads starting at the given header using QuadFactory.
clone(TempFactory) - Method in class harpoon.Temp.Temp
Clones a Temp into a different TempFactory.
clone(TreeFactory, Tree, Tree.CloneCallback) - Static method in class harpoon.IR.Tree.Tree
Returns a clone of root.
CloneableIterator - class harpoon.Util.CloneableIterator.
CloneableIterator is a wrapper around Iterator that is safely Cloneable.
CloneableIterator(Iterator) - Constructor for class harpoon.Util.CloneableIterator
Creates a CloneableIterator using iter as its source.
clonebis() - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
cloneCallback(TreeDerivation) - Method in class harpoon.IR.Tree.DerivationGenerator
 
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.PreciseGC.AllocationHoisting
Clones HCode and creates an iMap2 entry for the cloned code.
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.Quads.MemoryOptimization
 
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.Quads.DispatchTreeTransformation
 
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.Quads.CoalescingToNoSSA
 
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.Transactions.SyncTransformer
 
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Override this method if you do not want the mutatable HCode to be a straight clone of the original HCode: for example, if the input HCodes were QuadSSI and you wanted to clone them into QuadRSSIs before mutating.
cloneHCode(HCode, HMethod) - Method in class harpoon.Analysis.Transformation.MethodMutator
Override this method if you do not want the mutatable HCode to be a straight clone of the original HCode: for example, if the input HCodes were QuadSSI and you wanted to clone them into QuadRSSIs before mutating.
cloneHelper(Code) - Method in class harpoon.IR.Quads.Code
Helper for clone
cloneHelper(Code, Code) - Method in class harpoon.IR.LowQuad.Code
 
cloneHelper(Code, Code) - Method in class harpoon.IR.Quads.Code
Helper for clone
cloneHelper(Code, DerivationGenerator) - Method in class harpoon.IR.Tree.Code
Helps to create a proper HCodeAndMaps during cloning
CloneImplementer - class harpoon.Analysis.Transactions.CloneImplementer.
CloneImplementer adds synthetic specialized implementations for all clone methods.
CloneImplementer(HCodeFactory, Linker, Set) - Constructor for class harpoon.Analysis.Transactions.CloneImplementer
Creates a CloneImplementer based on the given HCodeFactory, which must produce some QuadSSI form.
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.InstrMOVE
 
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.InstrMEM
 
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.InstrLABEL
 
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.InstrJUMP
 
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.InstrDIRECTIVE
 
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.InstrCALL
 
cloneMutateAssem(InstrFactory, String) - Method in class harpoon.IR.Assem.Instr
Clones this, mutating the assembly string.
cloneMutateAssem(String) - Method in class harpoon.IR.Assem.Instr
Clones this, mutating the assembly string.
CloningTempMap - class harpoon.Temp.CloningTempMap.
A CloningTempMap maps Temps from one TempFactory to equivalent Temps in another, creating new Temps as necessary.
CloningTempMap(TempFactory, TempFactory) - Constructor for class harpoon.Temp.CloningTempMap
Creates a CloningTempMap, given the source and destination TempFactorys.
CloningVisitor - class harpoon.Analysis.EventDriven.CloningVisitor.
CloningVisitor
CloningVisitor(Set, Set, Map, Map, QuadLiveness, Set, Map, HCode, CachingCodeFactory, AllCallers.MethodSet, HMethod, Linker, ClassHierarchy, Set, Set, boolean, TypeMap, boolean, boolean, Set) - Constructor for class harpoon.Analysis.EventDriven.CloningVisitor
 
close() - Method in class harpoon.Backend.PreciseC.TreeToC
 
cmm - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
CMPEQ - Static variable in class harpoon.IR.Tree.Bop
If equal-to, then 1 else 0.
CMPEQ - Static variable in class harpoon.Tools.PatMat.Sym
 
CMPGE - Static variable in class harpoon.IR.Tree.Bop
If greater-than-or-equal-to, then 1 else 0.
CMPGE - Static variable in class harpoon.Tools.PatMat.Sym
 
CMPGT - Static variable in class harpoon.IR.Tree.Bop
If greater-than, then 1 else 0.
CMPGT - Static variable in class harpoon.Tools.PatMat.Sym
 
CMPLE - Static variable in class harpoon.IR.Tree.Bop
If less-than-or-equal-to, then 1 else 0.
CMPLE - Static variable in class harpoon.Tools.PatMat.Sym
 
CMPLT - Static variable in class harpoon.IR.Tree.Bop
If less-than, then 1 else 0.
CMPLT - Static variable in class harpoon.Tools.PatMat.Sym
 
CMPNE - Static variable in class harpoon.IR.Tree.Bop
If not-equal-to, then 1 else 0.
CMPNE - Static variable in class harpoon.Tools.PatMat.Sym
 
coalesce() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
coalesce(AppelRegAllocClasses.Move, AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
CoalescingToNoSSA - class harpoon.Analysis.Quads.CoalescingToNoSSA.
CoalescingToNoSSA converts SSA, SSI, and RSSx forms to No-SSA form, *coalescing* variables mentioned in phi and sigma statements where possible instead of inserting moves.
CoalescingToNoSSA(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.CoalescingToNoSSA
Creates a CoalescingToNoSSA.
code - Variable in class harpoon.Analysis.Instr.RegAlloc
Generic.Code for this.
code - Variable in class harpoon.IR.RawClass.AttributeCode
The code array gives the actual bytes of Java Virtual Machine code that implement the method.
Code - class harpoon.Backend.CSAHack.RegAlloc.Code.
Code
Code - class harpoon.Backend.Generic.Code.
Generic.Code is an abstract superclass of codeviews which use Instrs.
Code - class harpoon.IR.Assem.Code.
IR.Assem.Code is an abstract superclass of codeviews which use Instrs.
Code - class harpoon.IR.Bytecode.Code.
Bytecode.Code is a code view that exposes the raw java classfile bytecodes.
Code - class harpoon.IR.LowQuad.Code.
LowQuad.Code is an abstract superclass of codeviews using the components in IR.LowQuad.
Code - class harpoon.IR.Quads.Code.
Quads.Code is an abstract superclass of codeviews using the components in IR.Quads.
Code - class harpoon.IR.Tree.Code.
Tree.Code is an abstract superclass of codeviews using the components in IR.Tree.
CODE - Static variable in class harpoon.IR.Tree.SEGMENT
Read-only instruction memory
code_length() - Method in class harpoon.IR.RawClass.AttributeCode
 
Code.ExceptionEntry - class harpoon.IR.Bytecode.Code.ExceptionEntry.
Represents exception handlers in this code view.
Code.TreeFactory - class harpoon.IR.Tree.Code.TreeFactory.
Create a proper TreeFactory.
Code(Code) - Constructor for class harpoon.Backend.Generic.Code
 
Code(Code, Instr, Derivation, String) - Constructor for class harpoon.Backend.Generic.Code
Generates a new Generic.Code from another Generic.Code, code, with i as the root instruction (instead of whatever root was used in code, and codeName as the value that would be returned by a call getName().
Code(HMethod, Frame) - Constructor for class harpoon.IR.Assem.Code
constructor.
Code(HMethod, Frame, String) - Constructor for class harpoon.IR.Assem.Code
constructor.
Code(HMethod, Instr, Derivation, Frame) - Constructor for class harpoon.Backend.CSAHack.RegAlloc.Code
Creates a Code.
Code(HMethod, MethodInfo) - Constructor for class harpoon.IR.Bytecode.Code
Constructor.
Code(HMethod, Quad) - Constructor for class harpoon.IR.LowQuad.Code
 
Code(HMethod, Quad) - Constructor for class harpoon.IR.Quads.Code
constructor.
Code(HMethod, Tree, Frame) - Constructor for class harpoon.IR.Tree.Code
constructor.
code2str(HCodeElement) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Returns the string representation of the code instruction q in the formay: source_file:line_number instruction.
codeFactory() - Method in class harpoon.Analysis.PointerAnalysis.AllocationNumbering
Return the (caching) code factory this numbering was created on.
codeFactory() - Method in class harpoon.Analysis.PreciseGC.WriteBarrierStats
 
codeFactory() - Method in class harpoon.Analysis.Quads.InitializerTransform
 
codeFactory() - Method in class harpoon.Analysis.SizeOpt.MZFCompressor
 
codeFactory() - Method in class harpoon.Analysis.SizeOpt.FieldReducer
 
codeFactory() - Method in class harpoon.Analysis.SizeOpt.Field2Method
 
codeFactory() - Method in class harpoon.Analysis.Transactions.SyncTransformer
 
codeFactory() - Method in class harpoon.Analysis.Transformation.MethodSplitter
Returns a HCodeFactory containing representations for the methods split by the MethodSplitter.
codeFactory() - Method in class harpoon.Analysis.Transformation.MethodMutator
Returns a HCodeFactory containing representations for the methods altered by the MethodMutator.
codeFactory() - Method in class harpoon.Analysis.Tree.DominatingMemoryAccess
Standard interface to run this analysis
codeFactory() - Static method in class harpoon.IR.Bytecode.Code
Return an HCodeFactory for Bytecode form.
codeFactory() - Static method in class harpoon.IR.LowQuad.LowQuadSSI
Return a code factory for LowQuadSSI, using the default code factory for harpoon.IR.Quads.QuadSSI
codeFactory() - Static method in class harpoon.IR.LowQuad.LowQuadSSA
Return a code factory for LowQuadSSA, using the default code factory for LowQuadSSI
codeFactory() - Static method in class harpoon.IR.LowQuad.LowQuadNoSSA
Return a code factory for LowQuadNoSSA, using the default code factory for LowQuadSSI
codeFactory() - Static method in class harpoon.IR.Quads.QuadWithTry
Return a code factory for QuadWithTry, using the default code factory for Bytecode.
codeFactory() - Static method in class harpoon.IR.Quads.QuadSSI
Return a code factory for QuadSSI, using the default code factory for QuadNoSSA.
codeFactory() - Static method in class harpoon.IR.Quads.QuadSSA
Return a code factory for QuadSSA, using the default code factory for QuadSSI.
codeFactory() - Static method in class harpoon.IR.Quads.QuadNoSSA
Return a code factory for QuadNoSSA, using the default code factory for QuadWithTry.
codeFactory(Frame) - Static method in class harpoon.IR.Tree.TreeCode
Return a code factory for TreeCode, using the default code factory for LowQuadSSI
codeFactory(Frame) - Static method in class harpoon.IR.Tree.OptimizedTreeCode
Return a code factory for LowQuadNoSSA, using the default code factory for LowQuadNoSSA
codeFactory(Frame) - Static method in class harpoon.IR.Tree.CanonicalTreeCode
Return a code factory for CanonicalTreeCode, using the default code factory for TreeCode
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.LowQuad.DerivationChecker
Create an HCodeFactory that will check the derivation of every "converted" HCode.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.LowQuad.Loop.LoopOptimize
Returns a HCodeFactory that uses LoopOptimize.
codeFactory(HCodeFactory) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierPostPass
Code factory for applying the post pass to the given tree form.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Quads.SSIStats
 
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Quads.SCC.SCCOptimize
Returns a code factory that uses SCCOptimize.
codeFactory(HCodeFactory) - Method in class harpoon.Analysis.Realtime.HeapCheckAdder
Code factory for adding heap checks to the given tree form.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Tree.MemHoisting
Code factory for applying MemHoisting to a canonical tree.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Tree.JumpOptimization
Code factory for applying JumpOptimization to a canonical tree.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Tree.DerivationChecker
Create an HCodeFactory that will check the derivations of every "converted" HCode.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Tree.DeadCodeElimination
Code factory for applying DeadCodeElimination to a canonical tree.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Tree.Canonicalize
Code factory for applying the default set of simplifications to the given tree form.
codeFactory(HCodeFactory) - Static method in class harpoon.Analysis.Tree.AlgebraicSimplification
Code factory for applying the default set of simplifications to the given tree form.
codeFactory(HCodeFactory) - Static method in class harpoon.Backend.Analysis.InsertWriteBarrier
Code factory for inserting write barriers to a tree.
codeFactory(HCodeFactory) - Method in class harpoon.Backend.Analysis.GCTraceStore
 
codeFactory(HCodeFactory) - Static method in class harpoon.IR.LowQuad.LowQuadSSI
Return a code factory for LowQuadSSI, given a code factory for QuadSSI.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.LowQuad.LowQuadSSA
Return a code factory for LowQuadSSA, given a code factory for LowQuadSSI.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.LowQuad.LowQuadNoSSA
Return a code factory for LowQuadNoSSA, given a code factory for either LowQuadSSI.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.Quads.QuadWithTry
Return a code factory for QuadWithTry, given a code factory for Bytecode or QuadNoSSA.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.Quads.QuadSSI
Return a code factory for QuadSSI, given a code factory for QuadNoSSA.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.Quads.QuadSSA
Return a code factory for QuadSSA, given a code factory for QuadNoSSA.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.Quads.QuadRSSx
Return a code factory for QuadRSSx, given a code factory for QuadNoSSA or QuadSSI.
codeFactory(HCodeFactory) - Static method in class harpoon.IR.Quads.QuadNoSSA
Return a code factory for QuadNoSSA, given a code factory for QuadWithTry or QuadSSI.
codeFactory(HCodeFactory, Frame) - Static method in class harpoon.Analysis.Instr.RegAlloc
Creates a register-allocating HCodeFactory for "instr" form.
codeFactory(HCodeFactory, Frame) - Static method in class harpoon.Backend.Analysis.MakeGCThreadSafe
Code factory for adding GC polling calls to a canonical tree.
codeFactory(HCodeFactory, Frame) - Static method in class harpoon.IR.Tree.TreeCode
Returns a code factory for TreeCode, given a code factory for LowQuadNoSSA or LowQuadSSI.
codeFactory(HCodeFactory, Frame) - Static method in class harpoon.IR.Tree.OptimizedTreeCode
Return a code factory for OptimizedTreeCode, given a code factory for CanonicalTreeCode.
codeFactory(HCodeFactory, Frame) - Static method in class harpoon.IR.Tree.CanonicalTreeCode
Return a code factory for CanonicalTreeCode, given a code factory for TreeCode.
codeFactory(HCodeFactory, Frame, OptimizedTreeCode.TreeOptimizer[]) - Static method in class harpoon.IR.Tree.OptimizedTreeCode
Return a code factory for OptimizedTreeCode, given a code factory for CanonicalTreeCode, a Frame, and a set of optimizations to perform.
codeFactory(HCodeFactory, Frame, RegAlloc.Factory) - Static method in class harpoon.Analysis.Instr.RegAlloc
 
codeFactory(HCodeFactory, InstrumentSyncOps) - Static method in class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps
Returns a HCodeFactory that uses InstrumentSyncOps.
codeFactory(HCodeFactory, Linker, HMethod) - Static method in class harpoon.Analysis.Counters.CounterFactory
HCodeFactory that will add calls to the counter-printing epilog at the end of the given main method and before calls to Runtime.exit().
codeFactory(HCodeFactory, List) - Static method in class harpoon.Analysis.Tree.Simplification
Code factory for applying a set of simplification rules to tree form.
codeFactory(HCodeFactory, Set, Set) - Static method in class harpoon.IR.Quads.ThreadInliner
Returns a HCodeFactory that uses LoopOptimize.
codeFactory(HCodeFactory, SyncElimination) - Static method in class harpoon.Analysis.PointerAnalysis.SyncElimination
Returns a HCodeFactory that uses SyncElimination.
codeFactory(RegAlloc.IntermediateCodeFactory, Frame) - Method in class harpoon.Backend.Analysis.BasicGCInfo
Returns an IntermediateCodeFactory that inserts InstrLABELs at garbage collection points and stores the information needed by the garbage collector in this.
codeFactory(RegAlloc.IntermediateCodeFactory, Frame) - Method in class harpoon.Backend.Generic.GCInfo
Creates an IntermediateCodeFactory that prepares the code for garbage collection.
codeFactoryWithTypes(HCodeFactory) - Static method in class harpoon.IR.Quads.QuadNoSSA
Return a code factory for QuadNoSSA, given a code factory for QuadSSI.
CodeGen - class harpoon.Backend.Generic.CodeGen.
Generic.CodeGen is a general class for specific Backends to extend.
CodeGen - class harpoon.Backend.MIPS.CodeGen.
MIPS.CodeGen is a code-generator for the MIPS II architecture.
CodeGen - class harpoon.Backend.Sparc.CodeGen.
Sparc.CodeGen is a code-generator for the Sparc architecture.
CodeGen - class harpoon.Backend.StrongARM.CodeGen.
StrongARM.CodeGen is a code-generator for the ARM architecture.
CodeGen.InstrCC - class harpoon.Backend.Sparc.CodeGen.InstrCC.
Sub-class to indicate dependencies on the condition code register for later optimization.
CodeGen.InstrCC(InstrFactory, HCodeElement, String, Temp[], Temp[]) - Constructor for class harpoon.Backend.Sparc.CodeGen.InstrCC
 
CodeGen.InstrCC(InstrFactory, HCodeElement, String, Temp[], Temp[], boolean, List) - Constructor for class harpoon.Backend.Sparc.CodeGen.InstrCC
 
CodeGen.InstrDELAYSLOT - class harpoon.Backend.Sparc.CodeGen.InstrDELAYSLOT.
Sub-class to represent delay-slots.
CodeGen.InstrDELAYSLOT(InstrFactory, HCodeElement) - Constructor for class harpoon.Backend.Sparc.CodeGen.InstrDELAYSLOT
 
CodeGen(Frame) - Constructor for class harpoon.Backend.Generic.CodeGen
Creates a Generic.CodeGen.
CodeGen(Frame) - Constructor for class harpoon.Backend.Sparc.CodeGen
 
CodeGen(Frame, boolean) - Constructor for class harpoon.Backend.MIPS.CodeGen
 
CodeGen(Frame, boolean) - Constructor for class harpoon.Backend.StrongARM.CodeGen
 
CodeGeneratorGenerator - class harpoon.Tools.PatMat.CodeGeneratorGenerator.
CodeGeneratorGenerator generates a java program to convert Trees into Instr sequences.
CodeGeneratorGenerator(Spec, String) - Constructor for class harpoon.Tools.PatMat.CodeGeneratorGenerator
Creates a CodeGeneratorGenerator.
codename - Static variable in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
codename - Static variable in class harpoon.Analysis.LowQuad.Loop.MyLowQuadNoSSA
 
codename - Static variable in class harpoon.IR.Bytecode.Code
The name of this code view.
codename - Static variable in class harpoon.IR.LowQuad.LowQuadSSI
The name of this code view.
codename - Static variable in class harpoon.IR.LowQuad.LowQuadSSA
The name of this code view.
codename - Static variable in class harpoon.IR.LowQuad.LowQuadNoSSA
The name of this code view.
codename - Static variable in class harpoon.IR.Quads.QuadWithTry
The name of this code view.
codename - Static variable in class harpoon.IR.Quads.QuadSSI
The name of this code view.
codename - Static variable in class harpoon.IR.Quads.QuadSSA
The name of this code view.
codename - Static variable in class harpoon.IR.Quads.QuadRSSx
The name of this code view.
codename - Static variable in class harpoon.IR.Quads.QuadNoSSA
The name of this code view.
codename - Static variable in class harpoon.IR.Tree.TreeCode
The getName() method return codename, which is "tree" for this Code.
codename - Static variable in class harpoon.IR.Tree.OptimizedTreeCode
 
codename - Static variable in class harpoon.IR.Tree.CanonicalTreeCode
The getName() method return codename, which is "canonical-tree" for this Code.
COLLECT_RUNTIME_STATS - Static variable in class harpoon.Analysis.Realtime.Realtime
Add code to the executable to enable gathering of runtime statistics.
CollectionFactory - class harpoon.Util.Collections.CollectionFactory.
CollectionFactory is a Collection generator.
CollectionFactory() - Constructor for class harpoon.Util.Collections.CollectionFactory
Creates a CollectionFactory.
CollectionWrapper - class harpoon.Util.Collections.CollectionWrapper.
CollectionWrapper is a class that acts as a wrapper around another Collection, using it as its backing store.
CollectionWrapper(Collection) - Constructor for class harpoon.Util.Collections.CollectionWrapper
Creates a CollectionWrapper.
CollectSyncStats - class harpoon.Analysis.Quads.CollectSyncStats.
CollectSyncStats is used at run time to collect information about synchronization operations.
CollectSyncStats() - Constructor for class harpoon.Analysis.Quads.CollectSyncStats
 
COLON - Static variable in class harpoon.Tools.Annotation.Sym
 
COLON - Static variable in class harpoon.Tools.PatMat.Sym
 
color - Variable in class harpoon.Analysis.GraphColoring.ColorableNode
 
color - Variable in class harpoon.Analysis.GraphColoring.ColorableGraph.IllegalColor
Color intended for assignment.
Color - class harpoon.Analysis.GraphColoring.Color.
Color is a placeholder for specific graph colorers.
Color() - Constructor for class harpoon.Analysis.GraphColoring.Color
Creates a Color.
color(ColorableGraph, List) - Method in class harpoon.Analysis.GraphColoring.UnboundedGraphColorer
 
color(ColorableGraph, List) - Method in class harpoon.Analysis.GraphColoring.SimpleGraphColorer
Colors graph.
color(ColorableGraph, List) - Method in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer
 
color(ColorableGraph, List) - Method in class harpoon.Analysis.GraphColoring.GraphColorer
Attempts to color graph.
ColorableGraph - interface harpoon.Analysis.GraphColoring.ColorableGraph.
ColorableGraph extends GraphColoring.Graph with methods that are useful for a graph-coloring system.
ColorableGraph.AlreadyColoredException - exception harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyColoredException.
AlreadyColoredException will be thrown on attempt to call g.setColor(node,color) when n is present in the node -> color mapping.
ColorableGraph.AlreadyColoredException(Object) - Constructor for class harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyColoredException
 
ColorableGraph.AlreadyColoredException(String, Object) - Constructor for class harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyColoredException
 
ColorableGraph.AlreadyHiddenException - exception harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyHiddenException.
AlreadyHiddenException will be thrown on attempt to call g.addNode(n) while n is a member of the set of hidden nodes in g.
ColorableGraph.AlreadyHiddenException() - Constructor for class harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyHiddenException
 
ColorableGraph.AlreadyHiddenException(String) - Constructor for class harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyHiddenException
 
ColorableGraph.IllegalColor - class harpoon.Analysis.GraphColoring.ColorableGraph.IllegalColor.
IllegalColor will be thrown on an attempt to color a node with a color that for some reason is not legal for that node in this graph.
ColorableGraph.IllegalColor(Object, Color) - Constructor for class harpoon.Analysis.GraphColoring.ColorableGraph.IllegalColor
Constructs an IllegalColor with node = n and color = c.
ColorableNode - class harpoon.Analysis.GraphColoring.ColorableNode.
ColorableNode
ColorableNode() - Constructor for class harpoon.Analysis.GraphColoring.ColorableNode
 
ColorFactory - class harpoon.Analysis.GraphColoring.ColorFactory.
ColorFactory
ColorFactory() - Constructor for class harpoon.Analysis.GraphColoring.ColorFactory
Creates a ColorFactory.
colorToReg() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
CombineEnumerator - class harpoon.Util.CombineEnumerator.
Deprecated. Use harpoon.Util.CombineIterator instead.
CombineEnumerator(Enumeration[]) - Constructor for class harpoon.Util.CombineEnumerator
Deprecated. Creates a CombineEnumerator.
CombineIterator - class harpoon.Util.CombineIterator.
A CombineIterator combines several different Iterators into one.
CombineIterator(Iterator) - Constructor for class harpoon.Util.CombineIterator
Creates a CombineIterator from an Iterator over Iterators.
CombineIterator(Iterator[]) - Constructor for class harpoon.Util.CombineIterator
Creates a CombineIterator from an array of Iterators.
CombineIterator(Iterator, Iterator) - Constructor for class harpoon.Util.CombineIterator
Creates a CombineIterator from a pair of Iterators.
comesFrom(Node) - Method in class harpoon.Backend.CSAHack.Graph.Node
 
COMMA - Static variable in class harpoon.Tools.Annotation.Sym
 
COMMA - Static variable in class harpoon.Tools.PatMat.Sym
 
commit() - Method in class harpoon.Runtime.Transactions.CommitRecord
Commit this (sub)transaction, if possible.
commit(CommitRecord) - Static method in class harpoon.Runtime.Transactions.CommitRecord
Commit a transaction, if possible.
CommitRecord - class harpoon.Runtime.Transactions.CommitRecord.
A CommitRecord keeps track of the status of a transaction.
COMMITTED - Static variable in class harpoon.Runtime.Transactions.CommitRecord
 
commitTransaction() - Method in class harpoon.Runtime.Transactions.CommitRecord
 
commonInterface(HClass, HClass) - Static method in class harpoon.Util.HClassUtil
Find and return the first common superinterface of a pair of interfaces.
commonParent(HClass, HClass) - Static method in class harpoon.Util.HClassUtil
Find a class which is a common parent of both suppied classes.
commonSuper(HClass, HClass) - Static method in class harpoon.Util.HClassUtil
Find and return the first common superclass of a pair of classes.
CommutativityExpander - class harpoon.Tools.PatMat.CommutativityExpander.
The CommutativityExpander tool expands a set of Spec.Rules to include add'l valid patterns generated from the commutative properties of various Spec.ExpBinops.
comp - Variable in class harpoon.Util.Collections.BinaryTree
 
COMP - Static variable in class harpoon.Tools.Annotation.Sym
 
comparator - Static variable in class harpoon.Util.Default
A Comparator for objects that implement Comparable.
comparator() - Method in interface harpoon.Util.Collections.Heap
Returns the comparator associated with this Heap, or null if it uses its elements' natural ordering.
comparator() - Method in class harpoon.Util.Collections.AbstractHeap
Returns the comparator used to compare keys in this Heap, or null if the keys' natural ordering is used.
compare(Object, Object) - Method in class harpoon.ClassFile.HMember.MemberComparator
 
compare(Object, Object) - Method in class harpoon.Util.UComp
Compares its two arguments for order.
compare(Object, Object) - Method in class harpoon.Util.SortedMapComparator
 
compare(Object, Object) - Method in class harpoon.Util.MapComparator
 
compare(Object, Object) - Method in class harpoon.Util.ListComparator
 
compareTo(Object) - Method in interface harpoon.ClassFile.HMember
Compares two HMembers lexicographically; first by declaring class, then by name, and lastly by descriptor.
compareTo(Object) - Method in class harpoon.ClassFile.HClass
Compares two HClasses by lexicographic order of their descriptors.
compareTo(Object) - Method in class harpoon.IR.Bytecode.Instr
Natural ordering on Instrs.
compareTo(Object) - Method in class harpoon.IR.Bytecode.Code.ExceptionEntry
 
compareTo(Object) - Method in class harpoon.IR.Quads.Quad
 
compareTo(Object) - Method in class harpoon.Temp.Temp
Comparable interface: sorted by fullname().
compareTo(Object) - Method in class harpoon.Util.Tuple
Does an element-by-element comparison of two Tuples.
compareTo(Object) - Method in class harpoon.Util.Graphs.SCComponent
 
componentCheck(Quad, Temp, Temp, QuadWithTry, UseDef) - Static method in class harpoon.IR.Quads.Pattern
 
COMPONENTOF - class harpoon.IR.Quads.COMPONENTOF.
COMPONENTOF objects implement the test needed to determine if an ASET needs to throw an exception.
COMPONENTOF - Static variable in class harpoon.IR.Quads.QuadKind
 
COMPONENTOF(QuadFactory, HCodeElement, Temp, Temp, Temp) - Constructor for class harpoon.IR.Quads.COMPONENTOF
Creates a COMPONENTOF representing a typecheck test.
componentOf(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which tests the given object expression for membership in the component type of the given array expression.
componentOf(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
ComponentOfReducer - class harpoon.Analysis.Quads.ComponentOfReducer.
The ComponentOfReducer pass attempts to transform COMPONENTOF operations into (more efficient) INSTANCEOF operations, when this is safe to do.
ComponentOfReducer(HCodeFactory, ClassHierarchy) - Constructor for class harpoon.Analysis.Quads.ComponentOfReducer
 
ComponentOfReducer(HCodeFactory, ExactTypeMap, FinalMap) - Constructor for class harpoon.Analysis.Quads.ComponentOfReducer
Creates a ComponentOfReducer.
ComponentOfReducer(HCodeFactory, TypeMap, FinalMap) - Constructor for class harpoon.Analysis.Quads.ComponentOfReducer
 
componentTypeOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
If hc is an array type, returns the offset of its component type's class pointer
ComputeAnAe - class harpoon.Analysis.MemOpt.ComputeAnAe.
ComputeAnAe
ComputeAnAe(CachingCodeFactory, CallGraph) - Constructor for class harpoon.Analysis.MemOpt.ComputeAnAe
 
ComputeAnAe(CachingCodeFactory, CallGraph, boolean) - Constructor for class harpoon.Analysis.MemOpt.ComputeAnAe
Creates a ComputeAnAe.
computeBasicBlocks() - Method in class harpoon.Analysis.Instr.RegAlloc
Computes BasicBlocks for the Code associated with this.
computeEdgeSum(WeightedGraph, WeightedGraph) - Static method in class harpoon.Analysis.Partition.Partition
 
computeSCCBB(HMethod) - Method in class harpoon.Util.BasicBlocks.SCCBBFactory
Generates the code of the method hm using the HCodeFactory passed to the constructor of this object, cuts it into pieces (i.e.
computeSCCBB(HMethod) - Method in class harpoon.Util.BasicBlocks.CachingSCCBBFactory
Computes the topologically sorted graph of all the basic blocks from the hm method.
computeSCCLBB(HMethod) - Method in class harpoon.Util.LightBasicBlocks.SCCLBBFactory
Generates the code of the method hm using the HCodeFactory passed to the constructor of this object, cut it into pieces (i.e.
computeSCCLBB(HMethod) - Method in class harpoon.Util.LightBasicBlocks.CachingSCCLBBFactory
Computes the topologically sorted graph of all the light basic blocks of the hm method.
concatenate(List) - Static method in class harpoon.Util.Collections.ListFactory
Creates and returns an unmodifiable List view of the list made from connecting lists together in order.
concatenate(List[]) - Static method in class harpoon.Util.Collections.ListFactory
Creates and returns an unmodifiable List view of the list made from connecting lists together in order.
concreteSpillFactory(RegAlloc.IntermediateCodeFactory, Frame) - Static method in class harpoon.Analysis.Instr.RegAlloc
Produces an HCodeFactory which will transform the abstract spills into concrete spills.
configurationSet - Variable in class harpoon.Backend.Generic.Runtime
Return a Set of labels which specify configuration dependencies.
configure(String) - Static method in class harpoon.Analysis.Realtime.Realtime
Configure Realtime Java based on the following command-line options.
conservative(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
conservative(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
conservative(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
conservative coalescing heuristic due to Preston Briggs.
CONST - class harpoon.IR.Quads.CONST.
CONST objects represent an assignment of a constant value to a compiler temporary.
CONST - class harpoon.IR.Tree.CONST.
CONST objects are expressions which stand for a constant value.
CONST - Static variable in class harpoon.IR.Quads.QuadKind
 
CONST - Static variable in class harpoon.IR.Tree.TreeKind
 
CONST - Static variable in class harpoon.Tools.Annotation.Sym
 
CONST - Static variable in class harpoon.Tools.PatMat.Sym
 
CONST_NODE - Variable in class harpoon.Analysis.PointerAnalysis.NodeRepository
 
CONST(QuadFactory, HCodeElement, Temp, Object, HClass) - Constructor for class harpoon.IR.Quads.CONST
Creates a CONST from a destination temporary, and object value and its class type.
CONST(TreeFactory, HCodeElement) - Constructor for class harpoon.IR.Tree.CONST
Creates a CONST representing the constant null.
CONST(TreeFactory, HCodeElement, double) - Constructor for class harpoon.IR.Tree.CONST
 
CONST(TreeFactory, HCodeElement, float) - Constructor for class harpoon.IR.Tree.CONST
 
CONST(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.CONST
 
CONST(TreeFactory, HCodeElement, int, boolean, int) - Constructor for class harpoon.IR.Tree.CONST
Creates a CONST with a precisely defined type.
CONST(TreeFactory, HCodeElement, long) - Constructor for class harpoon.IR.Tree.CONST
 
Constant - class harpoon.IR.RawClass.Constant.
The Constant class represents a single item in the constant pool of a class file.
constant_pool - Variable in class harpoon.IR.RawClass.ClassFile
The constant_pool is a table of variable-length structures representing various string constants, class names, field names, and other constants that are referred to within the ClassFile structure and its substructures.
constant_pool_count() - Method in class harpoon.IR.RawClass.ClassFile
 
constant() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
constant() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
Constant(ClassFile) - Constructor for class harpoon.IR.RawClass.Constant
 
constant(int) - Method in class harpoon.IR.RawClass.AttributeCode
Lookup a Constant in the constant_pool.
ConstantClass - class harpoon.IR.RawClass.ConstantClass.
The CONSTANT_Class_info structure is used to represent a class or an interface.
ConstantClass(ClassFile, int) - Constructor for class harpoon.IR.RawClass.ConstantClass
Constructor.
ConstantDouble - class harpoon.IR.RawClass.ConstantDouble.
The CONSTANT_Double_info structure represents eight-byte floating-point numeric constants.
ConstantDouble(ClassFile, double) - Constructor for class harpoon.IR.RawClass.ConstantDouble
Constructor.
ConstantFieldref - class harpoon.IR.RawClass.ConstantFieldref.
The CONSTANT_Fieldref structure represents a field.
ConstantFieldref(ClassFile, int, int) - Constructor for class harpoon.IR.RawClass.ConstantFieldref
Constructor.
ConstantFloat - class harpoon.IR.RawClass.ConstantFloat.
The CONSTANT_Float_info structure represents four-byte floating-point numeric constants.
ConstantFloat(ClassFile, float) - Constructor for class harpoon.IR.RawClass.ConstantFloat
Constructor.
ConstantInteger - class harpoon.IR.RawClass.ConstantInteger.
The CONSTANT_Integer_info structure represents four-byte integer numeric constants.
ConstantInteger(ClassFile, int) - Constructor for class harpoon.IR.RawClass.ConstantInteger
Constructor.
ConstantInterfaceMethodref - class harpoon.IR.RawClass.ConstantInterfaceMethodref.
The CONSTANT_InterfaceMethodref structure represents an interface method.
ConstantInterfaceMethodref(ClassFile, int, int) - Constructor for class harpoon.IR.RawClass.ConstantInterfaceMethodref
Constructor.
ConstantLong - class harpoon.IR.RawClass.ConstantLong.
The CONSTANT_Long_info structure represents eight-byte integer numeric constants.
ConstantLong(ClassFile, long) - Constructor for class harpoon.IR.RawClass.ConstantLong
Constructor.
ConstantMethodref - class harpoon.IR.RawClass.ConstantMethodref.
The CONSTANT_Methodref structure represents a method.
ConstantMethodref(ClassFile, int, int) - Constructor for class harpoon.IR.RawClass.ConstantMethodref
Constructor.
ConstantNameAndType - class harpoon.IR.RawClass.ConstantNameAndType.
The CONSTANT_NameAndType_info structure is used to represent a field or method, without indicating which class or interface type it belongs to.
ConstantNameAndType(ClassFile, int, int) - Constructor for class harpoon.IR.RawClass.ConstantNameAndType
Constructor.
ConstantPropagation - class harpoon.Analysis.Tree.ConstantPropagation.
ConstantPropagation performs constant propagation on canonical tree form.
ConstantPropagation(HCodeFactory) - Constructor for class harpoon.Analysis.Tree.ConstantPropagation
Creates a ConstantPropagation.
ConstantString - class harpoon.IR.RawClass.ConstantString.
The CONSTANT_String_info structure is used to represent constant objects of the type java.lang.String.
ConstantString(ClassFile, int) - Constructor for class harpoon.IR.RawClass.ConstantString
Constructor.
ConstantUtf8 - class harpoon.IR.RawClass.ConstantUtf8.
The CONSTANT_Utf8_info structure is used to represent constant string values.
ConstantUtf8(ClassFile, String) - Constructor for class harpoon.IR.RawClass.ConstantUtf8
Constructor.
ConstantValue - class harpoon.IR.RawClass.ConstantValue.
The ConstantValue interface provides a standard way for constants to return a wrapped version of their values.
constantvalue_index - Variable in class harpoon.IR.RawClass.AttributeConstantValue
The value of the constantvalue_index must be a valid index into the constant_pool table.
constantvalue_index() - Method in class harpoon.IR.RawClass.AttributeConstantValue
 
ConstantValue(ClassFile) - Constructor for class harpoon.IR.RawClass.ConstantValue
 
constantValue(HMethod, HField) - Method in class harpoon.Analysis.SizeOpt.ConstructorClassifier
Returns the constant value which field hf is set to whenever the given constructor is executed.
ConstMap - interface harpoon.Analysis.Maps.ConstMap.
ConstMap is a mapping from temporaries to their constant values.
constMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Maps.DefaultMap
 
constMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Maps.ConstMapProxy
 
constMap(HCodeElement, Temp) - Method in interface harpoon.Analysis.Maps.ConstMap
Determine the constant value of a given temporary in the context of a specific definition.
constMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SimpleConstMap
 
constMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine the constant value of Temp t.
constMap(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the constant value of Temp t.
constMap(HField) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the constant value of HField hf.
ConstMapProxy - class harpoon.Analysis.Maps.ConstMapProxy.
A ConstMapProxy implements a ConstMap for a cloned HCode given the HCodeAndMaps which specifies its relationship to an HCode for which a ConstMap is known.
ConstMapProxy(HCodeAndMaps, ConstMap) - Constructor for class harpoon.Analysis.Maps.ConstMapProxy
Creates a ConstMapProxy.
ConstructorClassifier - class harpoon.Analysis.SizeOpt.ConstructorClassifier.
The ConstructorClassifier class takes a look at constructor invocations and determines whether we can do one of several 'mostly-zero field' transformations.
ConstructorClassifier(HCodeFactory, ClassHierarchy) - Constructor for class harpoon.Analysis.SizeOpt.ConstructorClassifier
Creates a ConstructorClassifier.
contains(HandlerSet, HANDLER) - Static method in class harpoon.IR.Quads.HandlerSet
Determines if a given HandlerSet contains a given HANDLER.
contains(HMethod) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Check whether hm is the method called at the unanalyzed call site.
contains(int) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Checks if this contains type.
contains(int, int) - Static method in class harpoon.Analysis.Tree.Simplification
Convenience function to test whether any of the bits in mask are set in val.
contains(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkStack
 
contains(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkSet
 
contains(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAWorkList
 
contains(Object) - Method in interface harpoon.Util.Worklist
Determines if the Worklist contains an item.
contains(Object) - Method in class harpoon.Util.BinHeapPriorityQueue
This is slow.
contains(Object) - Method in class harpoon.Util.Collections.WorkSet
Determines if this contains an item.
contains(Object) - Method in class harpoon.Util.Collections.UniqueVector
Tests if the specified object is a component in this vector.
contains(Object) - Method in class harpoon.Util.Collections.PersistentSet
Determines if the given element belongs to this set.
contains(Object) - Method in class harpoon.Util.Collections.DisjointSet
Determines if there is a set of more than one element containing o.
contains(Object) - Method in class harpoon.Util.Collections.CollectionWrapper
 
contains(Object) - Method in class harpoon.Util.Collections.BinaryTree
Returns true if k is present in this.
contains(Object) - Method in class harpoon.Util.Graphs.SCComponent
Checks whether node belongs to this \ strongly connected component.
contains(Object, Object) - Method in interface harpoon.Util.BinaryRelation
Checks if this relation holds for a given pair.
contains(Object, Object) - Method in interface harpoon.Util.Collections.MultiMap
Returns true if a has a mapping to b in this.
contains(Object, Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Returns true if a has a mapping to b in this.
contains(Object, Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
contains(Object, Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
contains(Object, Object) - Method in interface harpoon.Util.DataStructs.Relation
Checks the existence of the relation <key,value>.
contains(Object, Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
contains(PANode) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Check whether node is a parameter node for the unanalyzed method.
contains(WGNode) - Method in class harpoon.Analysis.Partition.WeightedGraph
 
containsAll(Collection) - Method in class harpoon.Util.Collections.CollectionWrapper
 
containsEseq(Tree) - Static method in class harpoon.Analysis.Tree.Canonicalize
Testing function, for use in assertions that a given tree is canonical.
containsKey(Object) - Method in class harpoon.Util.Collections.PersistentMap
Determines if there is a mapping for the given key.
containsKey(Object) - Method in class harpoon.Util.Collections.PersistentEnvironment
Returns true if this map contains a mapping for the specified key.
containsKey(Object) - Method in class harpoon.Util.Collections.MapWrapper
 
containsKey(Object) - Method in class harpoon.Util.Collections.HashEnvironment
Returns true if this map contains a mapping for the specified key.
containsKey(Object) - Method in class harpoon.Util.Collections.GenericMultiMap
 
containsKey(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
containsKey(Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
containsKey(Object) - Method in interface harpoon.Util.DataStructs.Relation
Checks the existence of the key key in this relation.
containsKey(Object) - Method in class harpoon.Util.DataStructs.LightMap
Returns true if this map contains a mapping for the specified key.
containsKey(Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
containsnode(Set) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Check whether at least one of the nodes is a parameter node for the unanalyzed method.
containsSigned(int) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Returns true if this contains the specified signed precise type.
containsSmall() - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Returns true if this contains any small types.
containsUnsigned(int) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Returns true if this contains the specified unsigned precise type.
containsValue(Object) - Method in class harpoon.Util.Collections.MapWrapper
 
containsValue(Object) - Method in class harpoon.Util.Collections.GenericMultiMap
 
containsValue(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
containsValue(Object) - Method in class harpoon.Util.DataStructs.LightMap
Unsupported yet.
ContBuilder - class harpoon.Analysis.ContBuilder.ContBuilder.
ContBuilder builds continuations for a given CALL using the CALL's HCode, storing the Code for the continuation in the CachingCodeFactory.
ContBuilder(CachingCodeFactory, HCode, CALL, HClass, Temp[]) - Constructor for class harpoon.Analysis.ContBuilder.ContBuilder
Creates a ContBuilder for the designated CALL, given the HCode from which it came.
ContCode - class harpoon.Analysis.EventDriven.ContCode.
ContCode builds the code for a Continuation using quad-no-ssa HCode.
ContCode(HMethod) - Constructor for class harpoon.Analysis.EventDriven.ContCode
Creates a ContCode for an HMethod using the HCode from which we want to build the continuation and the CALL at which we want the continuation built.
ContCodeNoSSA - class harpoon.Analysis.EventDriven.ContCodeNoSSA.
ContCodeNoSSA builds the code for a Continuation using quad-no-ssa HCode.
ContCodeNoSSA(HMethod) - Constructor for class harpoon.Analysis.EventDriven.ContCodeNoSSA
Creates a ContCodeNoSSA for an HMethod using the HCode from which we want to build the continuation and the CALL at which we want the continuation built.
ContCodeNoSSA(QuadSSI) - Constructor for class harpoon.Analysis.EventDriven.ContCodeNoSSA
 
ContCodeSSI - class harpoon.Analysis.EventDriven.ContCodeSSI.
ContCodeSSI builds the code for a Continuation using quad-no-ssa HCode.
ContCodeSSI(HMethod) - Constructor for class harpoon.Analysis.EventDriven.ContCodeSSI
Creates a ContCodeSSI for an HMethod using the HCode from which we want to build the continuation and the CALL at which we want the continuation built.
ContCodeSSI(QuadNoSSA) - Constructor for class harpoon.Analysis.EventDriven.ContCodeSSI
 
Context - class harpoon.Analysis.Context.
A Context object is an opaque representation of a method's calling context, intended to make it easier to generalize across context-sensitive and context-insensitive analyses.
CONTEXT_INSENSITIVE - Static variable in class harpoon.Analysis.Context
 
CONTEXT_SENSITIVE_1 - Static variable in class harpoon.Analysis.Context
 
CONTEXT_SENSITIVE_2 - Static variable in class harpoon.Analysis.Context
 
Context() - Constructor for class harpoon.Analysis.Context
 
CONTINUE - Static variable in class harpoon.Tools.Annotation.Sym
 
convert(HMethod) - Method in class harpoon.Analysis.UseDefChecker
 
convert(HMethod) - Method in class harpoon.Analysis.EventDriven.LockRemove
 
convert(HMethod) - Method in interface harpoon.Analysis.Instr.RegAlloc.IntermediateCodeFactory
The HCodes returned by this method are guaranteed to implement the IntermediateCode interface.
convert(HMethod) - Method in class harpoon.Analysis.Quads.QuadCounter
Converts HMethod m into an HCode and counts the number of Quads returned.
convert(HMethod) - Method in class harpoon.Analysis.Quads.MethodInliningCodeFactory
Make an HCode from an HMethod.
convert(HMethod) - Method in class harpoon.Analysis.Realtime.PrintFactory
 
convert(HMethod) - Method in class harpoon.Analysis.Transactions.CloneImplementer
 
convert(HMethod) - Method in class harpoon.Analysis.Transactions.ArrayCopyImplementer
 
convert(HMethod) - Method in interface harpoon.ClassFile.HCodeFactory
Make an HCode from an HMethod.
convert(HMethod) - Method in class harpoon.ClassFile.CachingCodeFactory
Convert a method to an HCode, caching the result.
convert(MetaCallGraph) - Method in class harpoon.Analysis.EventDriven.EventDriven
Returns the converted main
convert2bb(HMethod) - Method in class harpoon.Util.BasicBlocks.CachingBBConverter
Converts the code of the method hm to BasicBlock.Factory, a basic block view of hm's code.
convert2bb(HMethod) - Method in class harpoon.Util.BasicBlocks.BBConverter
Converts the code of the method hm to basic blocks.
convert2lbb(HMethod) - Method in class harpoon.Util.LightBasicBlocks.LBBConverter
Returns a LightBasicBlock.Factory for the body of a method.
convert2lbb(HMethod) - Method in class harpoon.Util.LightBasicBlocks.CachingLBBConverter
Returns a LighBasicBlock.Factory for the body of a method.
copied - Variable in class harpoon.Analysis.LowQuad.Loop.Induction
 
copy() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
copy() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
copy(ArrayFactory, Object[]) - Static method in class harpoon.Util.Util
Deprecated. The clone() method on arrays works much better, and should be used instead of this method.
copyBits(BitString) - Method in class harpoon.Util.BitString
Copies the values of the bits in the specified set into this set.
copyEdges(PANode, PAEdgeSet) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
copyEdges(PANode, PAEdgeSet) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
copyInto(Object[]) - Method in class harpoon.Util.Collections.UniqueVector
Copies the components of this vector into the specified array.
count_creation_sites(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
count() - Method in class harpoon.Analysis.Quads.QuadCounter
Returns the current count of the number of Quads converted.
counter - Static variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
counter - Static variable in class harpoon.Analysis.GraphColoring.DefaultSparseNode
 
CounterFactory - class harpoon.Analysis.Counters.CounterFactory.
CounterFactory is a state-less instrumentation package, with the goal of making it as easy as possible to add counters and timers to executable code.
Counters - class harpoon.Runtime.Counters.
Counters uses reflection to provide a very light-weight counter package -- light-weight in terms of FLEX code required to add/enable counters, not necessarily light-weight in terms of execution time.
CounterSupport - class harpoon.Runtime.CounterSupport.
CounterSupport provides support for simple instrumentation.
CounterSupport() - Constructor for class harpoon.Runtime.CounterSupport
 
create_inside_nodes(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
createMutableClass(String, HClass) - Method in class harpoon.ClassFile.Relinker
Creates a mutable class with the given name which is based on the given template class.
createMutableClass(String, HClass) - Method in class harpoon.ClassFile.Linker
Creates a new mutable class with the given name which is based on the given template class.
CREATOR - Static variable in class harpoon.Analysis.PreciseGC.RCTransformer
The CREATOR token represents the transformed version of the method.
csSpecialize(CALL) - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the specialized node of this node for call_site.
csSpecialize(Map, CALL) - Method in class harpoon.Analysis.PointerAnalysis.PASync
Specializes this action for a specific call site.
csSpecialize(Map, CALL) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
 
current_analysis_depth - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
CycleEq - class harpoon.Analysis.CycleEq.
CycleEq computes cycle equivalence classes for edges in a control flow graph, in O(E) time.
CycleEq(HCode) - Constructor for class harpoon.Analysis.CycleEq
 

D

D2F - Static variable in class harpoon.IR.Bytecode.Op
 
D2F - Static variable in class harpoon.IR.Quads.Qop
Converts a double to a float.
D2I - Static variable in class harpoon.IR.Bytecode.Op
 
D2I - Static variable in class harpoon.IR.Quads.Qop
Converts a double to an int.
D2L - Static variable in class harpoon.IR.Bytecode.Op
 
D2L - Static variable in class harpoon.IR.Quads.Qop
Converts a double to a long.
DADD - Static variable in class harpoon.IR.Bytecode.Op
 
DADD - Static variable in class harpoon.IR.Quads.Qop
Computes the sum of two double values.
DALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
daNum(HCodeElement) - Method in class harpoon.Backend.MIPS.Frame
 
DASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
data - Variable in class harpoon.Tools.PatMat.Spec.StmData
A IR.Tree.CONST or IR.Tree.NAME specifying the value with which to initialize this location.
Data - class harpoon.Backend.Runtime1.Data.
Data is an abstract superclass with handy useful methods for the harpoon.IR.Tree.Data subclasses in Runtime1.
Data - class harpoon.IR.Tree.Data.
Data is an abstract implementation of HData for IR.Tree form.
Data.TreeFactory - class harpoon.IR.Tree.Data.TreeFactory.
Create a proper TreeFactory.
Data(String, Frame) - Constructor for class harpoon.IR.Tree.Data
 
Data(String, HClass, Frame) - Constructor for class harpoon.Backend.Runtime1.Data
Creates a Data.
DataClaz - class harpoon.Backend.Runtime1.DataClaz.
DataClaz lays out the claz tables, including the interface and class method dispatch tables.
DataClaz(Frame, HClass, ClassHierarchy) - Constructor for class harpoon.Backend.Runtime1.DataClaz
Creates a ClassData.
DataConfigChecker - class harpoon.Backend.Runtime1.DataConfigChecker.
DataConfigChecker outputs some (never used) references which will be unresolved (resulting in linker errors at build-time) unless the runtime configuration matches the flex configuration.
DataConfigChecker(Frame, HClass) - Constructor for class harpoon.Backend.Runtime1.DataConfigChecker
Creates a DataConfigChecker.
DataFlowBasicBlockVisitor - class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor.
DataFlowBasicBlockVisitor is a specialized BasicBlockVisitor for performing data flow analysis on a set of BasicBlock.
DataFlowBasicBlockVisitor() - Constructor for class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor
 
DataFlowQuadVisitor - class harpoon.Analysis.DataFlow.DataFlowQuadVisitor.
DataFlowQuadVisitor
DataFlowQuadVisitor() - Constructor for class harpoon.Analysis.DataFlow.DataFlowQuadVisitor
 
DataGC - class harpoon.Backend.Runtime1.DataGC.
DataGC outputs the tables needed by the garbage collector.
DataGC(Frame, HClass) - Constructor for class harpoon.Backend.Runtime1.DataGC
Creates a DataGC.
DataInitializers - class harpoon.Backend.Runtime1.DataInitializers.
DataInitializers outputs a table listing the static initializers needed for the program, in the proper dependency order.
DataInitializers(Frame, HClass, List) - Constructor for class harpoon.Backend.Runtime1.DataInitializers
Creates a DataInitializers.
DataInterfaceList - class harpoon.Backend.Runtime1.DataInterfaceList.
DataInterfaceList lays out the expanded list of interfaces.
DataInterfaceList(Frame, HClass, ClassHierarchy) - Constructor for class harpoon.Backend.Runtime1.DataInterfaceList
Creates a DataInterfaceList.
DataJavaMain - class harpoon.Backend.Runtime1.DataJavaMain.
DataJavaMain outputs a labeled string pointer ("FNI_javamain") which tells the runtime with which method to begin execution of this java program.
DataJavaMain(Frame, HClass, HMethod) - Constructor for class harpoon.Backend.Runtime1.DataJavaMain
Creates a DataInitializers.
DataReflection1 - class harpoon.Backend.Runtime1.DataReflection1.
DataReflection1 creates tables which the JNI interface will use.
DataReflection1(Frame, HClass, ClassHierarchy) - Constructor for class harpoon.Backend.Runtime1.DataReflection1
Creates a DataReflection1.
DataReflection2 - class harpoon.Backend.Runtime1.DataReflection2.
DataReflection2 generates class information tables for each class, with lots of juicy information needed by JNI and java language reflection.
DataReflection2(Frame, HClass, ClassHierarchy, boolean) - Constructor for class harpoon.Backend.Runtime1.DataReflection2
Creates a DataReflection2.
DataReflectionMemberList - class harpoon.Backend.Runtime1.DataReflectionMemberList.
DataReflectionMemberList creates tables which the JNI interface will use.
DataReflectionMemberList(Frame, HClass, ClassHierarchy) - Constructor for class harpoon.Backend.Runtime1.DataReflectionMemberList
Creates a DataReflectionMemberList.
DataStaticFields - class harpoon.Backend.Runtime1.DataStaticFields.
DataStaticFields lays out the static fields of a class.
DataStaticFields(Frame, HClass) - Constructor for class harpoon.Backend.Runtime1.DataStaticFields
Creates a DataStaticFields.
DataStrings - class harpoon.Backend.Runtime1.DataStrings.
DataStrings lays out string constant objects.
DataStrings(Frame, HClass, Set) - Constructor for class harpoon.Backend.Runtime1.DataStrings
Creates a DataStrings containing tables corresponding to the given set of strings.
datum - Variable in class harpoon.Util.Collections.IntervalTree.Interval
 
DATUM - class harpoon.IR.Tree.DATUM.
DATUM objects are statements which write a value to memory at the time when a program is loaded.
DATUM - Static variable in class harpoon.IR.Tree.TreeKind
 
DATUM - Static variable in class harpoon.Tools.PatMat.Sym
 
DATUM(TreeFactory, HCodeElement, Exp) - Constructor for class harpoon.IR.Tree.DATUM
Class constructor.
DATUM(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.DATUM
Class constructor.
DATUM(TreeFactory, HCodeElement, int, boolean) - Constructor for class harpoon.IR.Tree.DATUM
Class constructor.
db(String) - Static method in class harpoon.Analysis.DataFlow.TreeSolver
 
db(String) - Static method in class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
db(String) - Static method in class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
db(String) - Static method in class harpoon.Analysis.DataFlow.DataFlowQuadVisitor
 
db(String) - Static method in class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor
 
DCMPEQ - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if double values are equal and neither is NaN, or false otherwise.
DCMPG - Static variable in class harpoon.IR.Bytecode.Op
 
DCMPGE - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if first double value is greater than or equal to the second double value and neither is NaN, or false otherwise.
DCMPGT - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if first double value is greater than the second double value and neither is NaN, or false otherwise.
DCMPL - Static variable in class harpoon.IR.Bytecode.Op
 
DCONST_0 - Static variable in class harpoon.IR.Bytecode.Op
 
DCONST_1 - Static variable in class harpoon.IR.Bytecode.Op
 
DDIV - Static variable in class harpoon.IR.Bytecode.Op
 
DDIV - Static variable in class harpoon.IR.Quads.Qop
Computes the quotient of two double values.
DeadCode - class harpoon.Analysis.Quads.DeadCode.
DeadCode removes dead code (unused definitions/useless jmps/one-argument phi functions/all moves) from a method.
DeadCode() - Constructor for class harpoon.Analysis.Quads.DeadCode
 
DeadCodeElimination - class harpoon.Analysis.Tree.DeadCodeElimination.
DeadCodeElimination removes unused MOVEs, useless EXPRs, and whatever other cruft it can detect using a liveness analysis.
Debug - class harpoon.Analysis.PointerAnalysis.Debug.
Debug
DEBUG - class harpoon.IR.Quads.DEBUG.
DEBUG prints a debugging string to standard error.
DEBUG - Static variable in class harpoon.Analysis.DataFlow.TreeSolver
 
DEBUG - Static variable in class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
DEBUG - Static variable in class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
DEBUG - Static variable in class harpoon.Analysis.DataFlow.LiveVars
 
DEBUG - Static variable in class harpoon.Analysis.DataFlow.DataFlowQuadVisitor
 
DEBUG - Static variable in class harpoon.Analysis.Instr.RegAlloc
Flags whether debugging information should be printed to System.out.
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
 
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
 
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.ODInformation
 
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.InterThreadPA
Activates a lot of debug messages.
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.InterProcPA
Activates a lot of debug messages.
DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
 
DEBUG - Static variable in class harpoon.IR.Quads.QuadKind
 
DEBUG - Static variable in class harpoon.IR.Tree.TreeVerifyingVisitor
 
DEBUG - Static variable in class harpoon.Util.TypeInference.TypeInference
 
DEBUG_AS - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Debug for the aggressive shrinking.
DEBUG_AS - Static variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Debug for the aggressive shrinking.
DEBUG_INTRA - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
debug_lex() - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
DEBUG_REF - Static variable in class harpoon.Analysis.Realtime.Realtime
Add additional information on calls to RTJ_malloc to store information about the def.
DEBUG_SCC - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
DEBUG_SCC - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
Debug() - Constructor for class harpoon.Analysis.PointerAnalysis.Debug
 
DEBUG(QuadFactory, HCodeElement, String) - Constructor for class harpoon.IR.Quads.DEBUG
Creates a DEBUG object.
debug(String) - Method in class harpoon.Backend.Generic.CodeGen
 
DEBUG2 - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
DEBUG2 - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
 
DEBUG2 - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
DEBUG2 - Static variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
 
DEBUG2 - Static variable in class harpoon.Analysis.PointerAnalysis.InterThreadPA
Activates even more debug messages!
dec(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Decrements the value attached to n
DECLARE(DerivationGenerator, Derivation.DList, Exp) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
Declare a derived pointer.
DECLARE(DerivationGenerator, Derivation.DList, Exp) - Static method in class harpoon.Backend.Analysis.GCTraceStore
Declare a derived pointer.
DECLARE(DerivationGenerator, Derivation.DList, Exp) - Static method in class harpoon.Backend.Runtime1.TreeBuilder
 
DECLARE(DerivationGenerator, HClass, Exp) - Static method in class harpoon.Analysis.Realtime.QuantaChecker
 
DECLARE(DerivationGenerator, HClass, Exp) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
Declare the type of an expression.
DECLARE(DerivationGenerator, HClass, Exp) - Static method in class harpoon.Backend.Analysis.GCTraceStore
Declare the type of an expression.
DECLARE(DerivationGenerator, HClass, Exp) - Static method in class harpoon.Backend.Runtime1.TreeBuilder
 
DECLARE(DerivationGenerator, HClass, Exp) - Static method in class harpoon.Backend.Runtime1.MallocAllocationStrategy
 
DECLARE(DerivationGenerator, HClass, Temp, Exp) - Static method in class harpoon.Analysis.Realtime.QuantaChecker
 
DECLARE(DerivationGenerator, HClass, Temp, Exp) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
Declare the type of an expression and the variable associated with it.
DECLARE(DerivationGenerator, HClass, Temp, Exp) - Static method in class harpoon.Backend.Analysis.GCTraceStore
Declare the type of an expression and the variable associated with it.
DECLARE(DerivationGenerator, HClass, Temp, Exp) - Static method in class harpoon.Backend.Runtime1.TreeBuilder
 
DECLARE(DerivationGenerator, HClass, Temp, Exp) - Static method in class harpoon.Backend.Runtime1.MallocAllocationStrategy
 
declare(Temp, Derivation.DList) - Method in class harpoon.Backend.Generic.MaxMunchCG
 
declare(Temp, Derivation.DList) - Method in class harpoon.Backend.Generic.CodeGen
 
declare(Temp, HClass) - Method in class harpoon.Backend.Generic.MaxMunchCG
 
declare(Temp, HClass) - Method in class harpoon.Backend.Generic.CodeGen
 
declare(Temp, TreeDerivation, Exp) - Method in class harpoon.Backend.Generic.CodeGen
 
declaredFields(HClass) - Method in class harpoon.Backend.Analysis.SortedClassFieldMap
 
declaredFields(HClass) - Method in class harpoon.Backend.Analysis.ClassFieldMap
Return the declared fields of the specified class in the order in which they should be allocated.
decode(int) - Static method in class harpoon.IR.Tree.SEGMENT
Converts a segtype into its string representation.
decodeLabel(Label) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
 
decreaseKey(Map.Entry, Object) - Method in interface harpoon.Util.Collections.Heap
Replace the key in the specified map entry with the specified smaller key.
decreaseKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.FibonacciHeap
 
decreaseKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.BinomialHeap
Replace the key in the specified map entry with the specified smaller key.
decreaseKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.BinaryHeap
 
decreaseKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.AbstractHeap
 
decrementDegree(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
decrementDegree(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
decrementDegree(AppelRegAllocClasses.Node, AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Updates m to account for n being removed from the interference graph.
def - Variable in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo
 
def - Variable in class harpoon.IR.Quads.TempChain
 
def() - Method in class harpoon.IR.Assem.Instr
Returns the Temps defined by this Instr.
def() - Method in class harpoon.IR.LowQuad.PSET
 
def() - Method in class harpoon.IR.LowQuad.PPTR
 
def() - Method in class harpoon.IR.LowQuad.PGET
 
def() - Method in class harpoon.IR.LowQuad.PCONST
 
def() - Method in class harpoon.IR.LowQuad.PCALL
 
def() - Method in interface harpoon.IR.Properties.UseDefable
Return all the Temps defined by this HCodeElement.
def() - Method in class harpoon.IR.Quads.SIGMA
 
def() - Method in class harpoon.IR.Quads.Quad
Return all the Temps defined by this Quad.
def() - Method in class harpoon.IR.Quads.PHI
Returns all the Temps defined by this Quad.
def() - Method in class harpoon.IR.Quads.OPER
Returns the Temps defined by this OPER.
def() - Method in class harpoon.IR.Quads.NEW
Returns the Temp defined by this Quad.
def() - Method in class harpoon.IR.Quads.MOVE
Returns the Temps defined by this Quad.
def() - Method in class harpoon.IR.Quads.METHOD
Returns the Temps defined by this Quad.
def() - Method in class harpoon.IR.Quads.INSTANCEOF
Returns the Temps defined by this quad.
def() - Method in class harpoon.IR.Quads.HANDLER
 
def() - Method in class harpoon.IR.Quads.GET
Returns the Temp defined by this Quad.
def() - Method in class harpoon.IR.Quads.CONST
Returns the Temp defined by this Quad.
def() - Method in class harpoon.IR.Quads.COMPONENTOF
Returns the Temps defined by this quad.
def() - Method in class harpoon.IR.Quads.CALL
Returns all the Temps defined by this Quad.
def() - Method in class harpoon.IR.Quads.ANEW
Returns the Temp defined by this Quad.
def() - Method in class harpoon.IR.Quads.ALENGTH
Returns the Temp defined by this Quad.
def() - Method in class harpoon.IR.Quads.AGET
Returns the Temp defined by this quad.
def(HCodeElement) - Method in class harpoon.IR.Properties.UseDefer
Return all the Temps defined by hce.
def(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
def(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.FlowGraph
The set of temporaries defined by this instruction or block
def(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
 
Default - class harpoon.Util.Default.
Default contains one-off or 'standard, no-frills' implementations of simple Iterators, Enumerations, and Comparators.
DEFAULT - Static variable in class harpoon.IR.Properties.UseDefer
Default UseDefer for HCodeElements which implement UseDefable.
DEFAULT - Static variable in class harpoon.IR.Properties.CFGrapher
Default CFGrapher for HCodeElements which implement CFGraphable.
DEFAULT - Static variable in class harpoon.Tools.Annotation.Sym
 
DEFAULT_RULES - Static variable in class harpoon.Analysis.Tree.AlgebraicSimplification
Default alegraic simplification rules.
Default() - Constructor for class harpoon.Util.Default
 
DefaultAllocationInformation - class harpoon.Analysis.DefaultAllocationInformation.
DefaultAllocationInformation returns a simple no-analysis AllocationInformation structure which works for allocation sites in quad form.
DefaultClassDepthMap - class harpoon.Backend.Maps.DefaultClassDepthMap.
A DefaultClassDepthMap computes class depth simply and efficiently.
DefaultClassDepthMap(ClassHierarchy) - Constructor for class harpoon.Backend.Maps.DefaultClassDepthMap
Creates a DefaultClassDepthMap using the given ClassHierarchy to compute the maximum class depth.
DefaultFinalMap - class harpoon.Backend.Maps.DefaultFinalMap.
DefaultFinalMap is a stupid implementation of FinalMap that just looks for the final access modifier.
DefaultFinalMap() - Constructor for class harpoon.Backend.Maps.DefaultFinalMap
Creates a DefaultFinalMap.
DefaultFrame - class harpoon.Interpret.Tree.DefaultFrame.
The DefaultFrame class implements the abstract methods of the Frame class.
DefaultFrame(HMethod, ClassHierarchy, OffsetMap, AllocationStrategy) - Constructor for class harpoon.Interpret.Tree.DefaultFrame
 
DefaultInlineMap - class harpoon.Backend.Maps.DefaultInlineMap.
A DefaultInlineMap returns the conservate answer that we can't inline anything.
DefaultInlineMap() - Constructor for class harpoon.Backend.Maps.DefaultInlineMap
Creates a DefaultInlineMap.
DefaultMap - class harpoon.Analysis.Maps.DefaultMap.
A DefaultMap returns conservative values for const and exec information: namely that no temp corresponds to a constant and that every node and edge is potentially executable.
DefaultMap() - Constructor for class harpoon.Analysis.Maps.DefaultMap
 
DefaultNameMap - class harpoon.Backend.Maps.DefaultNameMap.
DefaultNameMap implements a JNI-compliant method name mangling, and class and field name mangling "in the spirit of" the JNI.
DefaultNameMap(boolean) - Constructor for class harpoon.Backend.Maps.DefaultNameMap
Creates a DefaultNameMap.
DefaultSparseNode - class harpoon.Analysis.GraphColoring.DefaultSparseNode.
DefaultSparseNode
DefaultSparseNode() - Constructor for class harpoon.Analysis.GraphColoring.DefaultSparseNode
Creates a DefaultSparseNode.
defC() - Method in class harpoon.Analysis.Instr.RegAlloc.SpillStore
 
defC() - Method in class harpoon.IR.Assem.Instr
 
defC() - Method in interface harpoon.IR.Properties.UseDefable
Returns a Collection of all the Temps defined in this HCodeElement.
defC() - Method in class harpoon.IR.Quads.Quad
 
defC(HCodeElement) - Method in class harpoon.Analysis.Instr.IgnoreSpillUseDefer
 
defC(HCodeElement) - Method in class harpoon.Analysis.Instr.BasePointerPreservingUseDefer
 
defC(HCodeElement) - Method in class harpoon.Backend.Generic.RegUseDefer
 
defC(HCodeElement) - Method in class harpoon.IR.Properties.UseDefer
Returns a Collection of all the Temps that are defined by hce.
defC(HCodeElement) - Method in class harpoon.IR.Tree.TreeUseDefer
Returns a collection of Temps defined by hce.
defCN(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
defCT(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
DefiniteInitOracle - class harpoon.Analysis.Quads.DefiniteInitOracle.
A DefiniteInitOracle tells you whether a given field is "definitely initialized" before control flow leaves every constructor of its declaring class.
DefiniteInitOracle(HCodeFactory, ClassHierarchy) - Constructor for class harpoon.Analysis.Quads.DefiniteInitOracle
Creates a DefiniteInitOracle which will use the given code factory and hierarchy approximation.
defMap(HCode, Temp) - Method in class harpoon.Analysis.UseDef
Return the HCodeElements which define a given Temp.
defMap(HCode, Temp) - Method in interface harpoon.Analysis.Maps.UseDefMap
Return an array of HCodeElements that define Temp t.
defMapE(HCode, Temp) - Method in class harpoon.Analysis.UseDef
Enumerate the HCodeElements which define a given Temp.
defMapE(HCode, Temp) - Method in interface harpoon.Analysis.Maps.UseDefMap
Return an Enumeration of HCodeElements that define Temp t.
defs - Variable in class harpoon.Analysis.Quads.SSIStats
How many variable uses are in this code.
degree() - Method in class harpoon.Analysis.Partition.WGNode
 
degree() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
DELAY_SLOT - Static variable in class harpoon.IR.Assem.InstrGroup
groups code with special delay slot instructions...
delete(Map.Entry) - Method in interface harpoon.Util.Collections.Heap
Remove the specified map entry from the mapping.
delete(Map.Entry) - Method in class harpoon.Util.Collections.FibonacciHeap
 
delete(Map.Entry) - Method in class harpoon.Util.Collections.BinomialHeap
Remove the specified map entry from the mapping.
delete(Map.Entry) - Method in class harpoon.Util.Collections.BinaryHeap
 
delete(Map.Entry) - Method in class harpoon.Util.Collections.AbstractHeap
 
deleteMax() - Method in interface harpoon.Util.MaxPriorityQueue
Returns and removes the Object in this with the highest priority.
deleteMax() - Method in class harpoon.Util.BinHeapPriorityQueue
 
deleteNode(BinaryTree.Node) - Method in class harpoon.Util.Collections.RedBlackTree
 
deleteNode(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Splices z out from this.
DemandDrivenRegAlloc - class harpoon.Analysis.Instr.DemandDrivenRegAlloc.
DemandDrivenRegAlloc performs Demand-Driven Register Allocation for a set of Instrs in a Code.
DemandDrivenRegAlloc(Code) - Constructor for class harpoon.Analysis.Instr.DemandDrivenRegAlloc
Creates a DemandDrivenRegAlloc.
depth - Variable in class harpoon.Analysis.PointerAnalysis.PASync
The depth of the call-path specialization chain; if 0, the sync took place in the current method.
depth() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
depth() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
depth() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the depth.
depthFirst() - Method in class harpoon.Analysis.SESE
Iterate through SESE regions, depth-first.
derivation - Variable in class harpoon.IR.Quads.SSIToSSA
Derivation for the new quads, or null if no Derivation for the old quads was supplied.
derivation - Variable in class harpoon.IR.Quads.SSIRename
Derivation for the new quads, or null if no Derivation for the old quads was supplied.
Derivation - interface harpoon.Analysis.Maps.Derivation.
Derivation provides a means to access the derivation of a particular derived pointer.
Derivation.DList - class harpoon.Analysis.Maps.Derivation.DList.
Structure of the derivation information.
Derivation.DList(Temp, boolean, Derivation.DList) - Constructor for class harpoon.Analysis.Maps.Derivation.DList
Constructor.
derivation(Exp) - Method in interface harpoon.IR.Tree.TreeDerivation
Returns the derivation of a given tree expression exp.
derivation(Exp) - Method in class harpoon.IR.Tree.DerivationGenerator
 
derivation(HCodeElement, Temp) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
derivation(HCodeElement, Temp) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadNoSSA
 
derivation(HCodeElement, Temp) - Method in interface harpoon.Analysis.Maps.Derivation
Map compiler temporaries to their derivations.
derivation(HCodeElement, Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.DerivationGenerator
 
derivation(HCodeElement, Temp) - Method in class harpoon.IR.LowQuad.DerivationMap
 
DerivationChecker - class harpoon.Analysis.LowQuad.DerivationChecker.
A DerivationChecker checks that all temps defined in a LowQuad.Code have proper derivations.
DerivationChecker - class harpoon.Analysis.Tree.DerivationChecker.
A DerivationChecker checks that all subtrees in a Tree.Code have proper derivations.
DerivationGenerator - class harpoon.Backend.CSAHack.RegAlloc.DerivationGenerator.
DerivationGenerator helps maintain the accuracy of the Derivation while the register allocator creates spills.
DerivationGenerator - class harpoon.IR.Tree.DerivationGenerator.
DerivationGenerator takes a partial map of Tree.Exps-to-type/derivations and answers type/derivation queries as if the complete map were present.
DerivationGenerator() - Constructor for class harpoon.IR.Tree.DerivationGenerator
Creates a DerivationGenerator.
DerivationGenerator(Instr, Derivation) - Constructor for class harpoon.Backend.CSAHack.RegAlloc.DerivationGenerator
Creates a DerivationGenerator.
DerivationMap - class harpoon.IR.LowQuad.DerivationMap.
DerivationMap is a simple map-based implementation of common Derivation functionality.
DerivationMap() - Constructor for class harpoon.IR.LowQuad.DerivationMap
Creates a DerivationMap.
desc - Variable in class harpoon.IR.Tree.Data
 
descCache - Variable in class harpoon.ClassFile.Linker
private linker cache, for efficiency.
descriptor_index - Variable in class harpoon.IR.RawClass.MethodInfo
The value of the descriptor_index item must be a valid index into the constant_pool table.
descriptor_index - Variable in class harpoon.IR.RawClass.LocalVariableTable
The value of the descriptor_index item must be a valid index into the constant_pool table.
descriptor_index - Variable in class harpoon.IR.RawClass.FieldInfo
The value of the descriptor_index item must be a valid index into the constant_pool table.
descriptor_index - Variable in class harpoon.IR.RawClass.ConstantNameAndType
the value of the descriptor_index must be a valid index into the constant_pool table.
descriptor_index() - Method in class harpoon.IR.RawClass.MethodInfo
 
descriptor_index() - Method in class harpoon.IR.RawClass.LocalVariableTable
 
descriptor_index() - Method in class harpoon.IR.RawClass.FieldInfo
 
descriptor_index() - Method in class harpoon.IR.RawClass.ConstantNameAndType
 
descriptor() - Method in class harpoon.IR.RawClass.MethodInfo
 
descriptor() - Method in class harpoon.IR.RawClass.LocalVariableTable
 
descriptor() - Method in class harpoon.IR.RawClass.FieldInfo
 
descriptor() - Method in class harpoon.IR.RawClass.ConstantNameAndType
 
details - Variable in class harpoon.Tools.PatMat.Spec.Rule
List of the extra details associated with this (speed-cost, size-cost, predicates, etc.).
details() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns a detailed description of this node for debug purposes.
DETAILS2 - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
DETAILS2 - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
DETERMINISTIC - Static variable in class harpoon.Analysis.MetaMethods.MetaCallGraphImpl
Make sure the results of the query methods (getCalles like) don't depend on the run; facilitate the debugging.
DETERMINISTIC - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Makes the pointer analysis deterministic to make the debug easier.
DETERMINISTIC - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Makes the pointer analysis deterministic to make the debug easier.
df(HCodeElement) - Method in class harpoon.Analysis.DomFrontier
Return an array of HCodeElements in the (post)dominance frontier of n.
dfS(HCodeElement) - Method in class harpoon.Analysis.DomFrontier
Return an immutable Set of HCodeElements in the (post)dominance frontier of n.
difference(PAEdgeSet, PAEdgeSet) - Static method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
Computes the difference between two sets of edges.
dims - Variable in class harpoon.IR.Quads.ANEW
Lengths of each dimension to create.
dims() - Method in class harpoon.IR.Quads.ANEW
Returns an array of Temps holding the length of each array dimension.
dims(HClass) - Static method in class harpoon.Util.HClassUtil
Count the number of dimensions of an array type.
dims(int) - Method in class harpoon.IR.Quads.ANEW
Returns a particular element of the dims array.
dimsLength() - Method in class harpoon.IR.Quads.ANEW
Returns the length of the dims array.
directCallers(HMethod) - Method in class harpoon.Analysis.AllCallers
Returns all the direct callers of the hm method.
directCallerSet(HMethod) - Method in class harpoon.Analysis.AllCallers
Returns all the direct callers of the hm method.
DirectedGraph - interface harpoon.Analysis.GraphColoring.DirectedGraph.
DirectedGraph is an extension of the Graph interface that tracks the direction of the edges that have been added to the graph.
DisjointSet - class harpoon.Util.Collections.DisjointSet.
DisjointSet is an implementation of disjoint-set forests using the path compression and union-by-rank heuristics to achieve O(m * alpha(m, n)) runtime, where 'm' is the total number of operations, 'n' is the total number of elements in the set, and 'alpha' denotes the *extremely* slowly-growing inverse Ackermann function.
DisjointSet() - Constructor for class harpoon.Util.Collections.DisjointSet
Creates a DisjointSet.
DispatchTreeTransformation - class harpoon.Analysis.Quads.DispatchTreeTransformation.
DispatchTreeTransformation replaces dynamic dispatch call sites with TYPESWITCHes leading to static dispatch calls.
DispatchTreeTransformation(HCodeFactory, ClassHierarchy) - Constructor for class harpoon.Analysis.Quads.DispatchTreeTransformation
Creates a DispatchTreeTransformation.
displaySize() - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the size of the display information of the specified class
DIV - Static variable in class harpoon.IR.Tree.Bop
Division.
DIV - Static variable in class harpoon.Tools.Annotation.Sym
 
DIV - Static variable in class harpoon.Tools.PatMat.Sym
 
div2mul(Exp, int) - Static method in class harpoon.Analysis.Tree.AlgebraicSimplification
Converts an arbitrary division by a constant into a series of multiplications, shifts, and bitwise operations.
DIVEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
DLOAD - Static variable in class harpoon.IR.Bytecode.Op
 
DLOAD_0 - Static variable in class harpoon.IR.Bytecode.Op
 
DLOAD_1 - Static variable in class harpoon.IR.Bytecode.Op
 
DLOAD_2 - Static variable in class harpoon.IR.Bytecode.Op
 
DLOAD_3 - Static variable in class harpoon.IR.Bytecode.Op
 
DMUL - Static variable in class harpoon.IR.Bytecode.Op
 
DMUL - Static variable in class harpoon.IR.Quads.Qop
Computes the product of two double values.
DNEG - Static variable in class harpoon.IR.Bytecode.Op
 
DNEG - Static variable in class harpoon.IR.Quads.Qop
Computes the negation of a double value.
DO - Static variable in class harpoon.Tools.Annotation.Sym
 
do_action(int, lr_parser, Stack, int) - Method in class harpoon.Tools.Annotation.Java12
invoke a user supplied parse action
do_action(int, lr_parser, Stack, int) - Method in class harpoon.Tools.PatMat.Parser
invoke a user supplied parse action
do_additional_testing(HCodeFactory) - Static method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
DO_INLINING_FOR_SA - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Enables the application of some method inlining to increase the effectiveness of the stack allocation.
DO_INLINING_FOR_TA - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Enables the application of some method inlining to increase the effectiveness of the thread local heap allocation.
do_inlining() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Checks whether any inlining is requested.
DO_INTRA_PROC_TRIMMING - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
do_it() - Static method in class harpoon.Main.SAMain
 
do_it(boolean) - Static method in class harpoon.Main.SAMain
 
DO_METHOD_INLINING - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Enabless the application of some method inlining to increase the effectiveness of the stack allocation.
DO_PREALLOCATION - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Enables the use of preallocation: if an object will be accessed only by a thread (ie it is created just to pass some parameters to a thread), it can be preallocated into the heap of that thread.
DO_PREALLOCATION - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Enables the use of preallocation: if an object will be accessed only by a thread (ie it is created just to pass some parameters to a thread), it can be preallocated into the heap of that thread.
DO_STACK_ALLOCATION - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Controls the generation of stack allocation hints.
do_the_inlining() - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
DO_THREAD_ALLOCATION - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Controls the generation of thread local heap allocation hints.
doAllInductions(Loops, WorkSet, HashMap) - Method in class harpoon.Analysis.LowQuad.Loop.AllInductions
Returns a Hashmap mapping induction Temps to Induction objects containing information on their derivation.
doInduction(Loops, WorkSet) - Method in class harpoon.Analysis.LowQuad.Loop.BasicInductions
Creates a HashMap mapping Temps to Induction classes describing the induction variable.
DomFrontier - class harpoon.Analysis.DomFrontier.
DomFrontier computes the dominance frontier of a flowgraph-structured IR.
DomFrontier(DomTree) - Constructor for class harpoon.Analysis.DomFrontier
Creates a DomFrontier using a pre-existing DomTree.
DomFrontier(HCode, boolean) - Constructor for class harpoon.Analysis.DomFrontier
Creates a DomFrontier for the given HCode using the default grapher; if isPost is false creates the dominance frontier; otherwise creates the postdominance frontier.
DomFrontier(HCode, CFGrapher, boolean) - Constructor for class harpoon.Analysis.DomFrontier
Creates a DomFrontier for the given HCode using the given CFGrapher; if isPost is false creates the dominance frontier; otherwise creates the postdominance frontier.
DominatingMemoryAccess - class harpoon.Analysis.Tree.DominatingMemoryAccess.
DominatingMemoryAccess is an analysis that uses information about memory operations to determine which of them need to do cache tag checks, and which don't.
DominatingMemoryAccess.daNum - class harpoon.Analysis.Tree.DominatingMemoryAccess.daNum.
 
DominatingMemoryAccess.daNum(int, boolean) - Constructor for class harpoon.Analysis.Tree.DominatingMemoryAccess.daNum
 
DominatingMemoryAccess(HCodeFactory, Frame, ClassHierarchy) - Constructor for class harpoon.Analysis.Tree.DominatingMemoryAccess
 
DomTree - class harpoon.Analysis.DomTree.
DomTree computes the dominator tree of a flowgraph-structured IR.
DomTree(HCode, boolean) - Constructor for class harpoon.Analysis.DomTree
Creates a new DomTree with the dominator tree for the given HCode; if isPost is true, creates a postdominator tree instead.
DomTree(HCode, CFGrapher, boolean) - Constructor for class harpoon.Analysis.DomTree
Creates a new DomTree with the dominator tree for the given HCode; if isPost is true, creates a postdominator tree instead.
DOT - Static variable in class harpoon.Tools.Annotation.Sym
 
Double - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type double.
DOUBLE - Static variable in interface harpoon.IR.Tree.Typed
 
DOUBLE - Static variable in class harpoon.IR.Tree.Type
64-bit floating-point type.
DOUBLE - Static variable in class harpoon.Tools.Annotation.Sym
 
DOUBLE - Static variable in class harpoon.Tools.PatMat.Sym
 
doubleArrayFactory - Static variable in class harpoon.Temp.Temp
Returns an array of Temp[]s.
doubleGET(Object, Object, double) - Static method in class harpoon.Runtime.MZFExternalMap
 
doubleRep(double, int) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Returns the string representation of the double d, with a certain number of decimals.
doubleRep(double, int, int) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Returns the string representation of the double d, with a certain number of decimals.
doubleSET(Object, Object, double, double) - Static method in class harpoon.Runtime.MZFExternalMap
 
doubleValue() - Method in class harpoon.IR.RawClass.ConstantDouble
Returns the value of this constant.
DREM - Static variable in class harpoon.IR.Bytecode.Op
 
DREM - Static variable in class harpoon.IR.Quads.Qop
Computes the remainder of two double values.
DRETURN - Static variable in class harpoon.IR.Bytecode.Op
 
dst - Variable in class harpoon.Backend.CSAHack.RegAlloc.MoveList
 
dst - Variable in class harpoon.IR.LowQuad.PPTR
The Temp in which to store the computed POINTER value.
dst - Variable in class harpoon.IR.LowQuad.PGET
Temp in which to store the fetched field or array element.
dst - Variable in class harpoon.IR.LowQuad.PCONST
The Temp in which to store the offset or constant.
dst - Variable in class harpoon.IR.Quads.SIGMA
dst[i][j] is the j'th element of the tuple on the left-hand side of the i'th sigma function in this block.
dst - Variable in class harpoon.IR.Quads.PHI
dst[i] is the left-hand side of the i'th phi function in this block.
dst - Variable in class harpoon.IR.Quads.OPER
The Temp in which to store the result of the operation.
dst - Variable in class harpoon.IR.Quads.NEW
The Temp in which to store the new object.
dst - Variable in class harpoon.IR.Quads.MOVE
The destination Temp.
dst - Variable in class harpoon.IR.Quads.INSTANCEOF
The Temp in which to store the result of the test.
dst - Variable in class harpoon.IR.Quads.GET
Temp in which to store the fetched field contents.
dst - Variable in class harpoon.IR.Quads.CONST
The destination Temp.
dst - Variable in class harpoon.IR.Quads.COMPONENTOF
The Temp in which to store the result of the test.
dst - Variable in class harpoon.IR.Quads.ANEW
The Temp in which to store the new array reference.
dst - Variable in class harpoon.IR.Quads.ALENGTH
The Temp in which to store the array length.
dst - Variable in class harpoon.IR.Quads.AGET
The Temp in which to store the fetched element.
dst - Variable in class harpoon.Tools.PatMat.Spec.StmMove
Expression yielding the destination of this move.
dst() - Method in class harpoon.IR.LowQuad.PPTR
Returns the Temp in which to store the computed POINTER value.
dst() - Method in class harpoon.IR.LowQuad.PGET
Returns the Temp in which to store the fetched field or array element.
dst() - Method in class harpoon.IR.LowQuad.PCONST
Returns the Temp in which to store the offset or constant.
dst() - Method in class harpoon.IR.Quads.SIGMA
 
dst() - Method in class harpoon.IR.Quads.OPER
Returns the Temp in which to store the result of the operation.
dst() - Method in class harpoon.IR.Quads.NEW
Returns the Temp in which to store the new object.
dst() - Method in class harpoon.IR.Quads.MOVE
Returns the destination Temp.
dst() - Method in class harpoon.IR.Quads.INSTANCEOF
Returns the Temp in which to store the result of the instanceof test.
dst() - Method in class harpoon.IR.Quads.GET
Returns the Temp in which to store the fetched field.
dst() - Method in class harpoon.IR.Quads.CONST
Returns the Temp which will contain the specified constant value.
dst() - Method in class harpoon.IR.Quads.COMPONENTOF
Returns the Temp in which to store the result of the type check test.
dst() - Method in class harpoon.IR.Quads.ANEW
Returns the destination Temp.
dst() - Method in class harpoon.IR.Quads.ALENGTH
Returns the destination Temp.
dst() - Method in class harpoon.IR.Quads.AGET
Returns the destination Temp.
dst(int) - Method in class harpoon.IR.Quads.SIGMA
Returns an array holding the elements of the tuple returned by the nSigma'th sigma function in the block.
dst(int) - Method in class harpoon.IR.Quads.PHI
Returns the right hand side of the nPhi'th phi function assignment in the block.
dst(int, int) - Method in class harpoon.IR.Quads.SIGMA
Returns the nTuple'th element of the tuple returned by the nSigma'th sigma function in the block.
DSTORE - Static variable in class harpoon.IR.Bytecode.Op
 
DSTORE_0 - Static variable in class harpoon.IR.Bytecode.Op
 
DSTORE_1 - Static variable in class harpoon.IR.Bytecode.Op
 
DSTORE_2 - Static variable in class harpoon.IR.Bytecode.Op
 
DSTORE_3 - Static variable in class harpoon.IR.Bytecode.Op
 
DSUB - Static variable in class harpoon.IR.Bytecode.Op
 
dump() - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
 
dump() - Static method in class harpoon.Analysis.Quads.CollectSyncStats
 
dump() - Method in class harpoon.Util.Collections.BinaryTree
 
dump(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
 
dump(boolean) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
 
dumpCFG() - Method in class harpoon.Analysis.BasicBlock.Factory
 
dumpCFG(BasicBlock) - Static method in class harpoon.Analysis.BasicBlock.Factory
 
dumpElems() - Method in class harpoon.Analysis.BasicBlock
Returns a String composed of the statements comprising this.
dumpElems() - Method in class harpoon.Analysis.DataFlow.LiveTemps
Returns a String containing a human-readable version of the analysis results.
dumpMaps() - Method in class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps
 
DUP - Static variable in class harpoon.IR.Bytecode.Op
 
DUP_X1 - Static variable in class harpoon.IR.Bytecode.Op
 
DUP_X2 - Static variable in class harpoon.IR.Bytecode.Op
 
DUP2 - Static variable in class harpoon.IR.Bytecode.Op
 
DUP2_X1 - Static variable in class harpoon.IR.Bytecode.Op
 
DUP2_X2 - Static variable in class harpoon.IR.Bytecode.Op
 
DuplicateClassException - exception harpoon.ClassFile.DuplicateClassException.
DuplicateClassException is thrown to indicate an attempt to create a class whose name conflicts with another class already known to the linker.
DuplicateClassException(String) - Constructor for class harpoon.ClassFile.DuplicateClassException
Creates a DuplicateClassException with the supplied detail message.
DuplicateHistory(Relation, Map) - Static method in class harpoon.Analysis.PointerAnalysis.MethodHole
Create a new MethodHole history relation from an old one and a MethodHole conversion map.
DuplicateLocks(Relation, Map) - Static method in class harpoon.Analysis.PointerAnalysis.MethodHole
Create a new lock relation from an old one and a MethodHole conversion map.
DuplicateMemberException - exception harpoon.ClassFile.DuplicateMemberException.
DuplicateMemberException is thrown to indicate an attempt to add a member to a class already containing a member of the same name.
DuplicateMemberException(String) - Constructor for class harpoon.ClassFile.DuplicateMemberException
Creates a DuplicateMemberException with the supplied detail message.
DuplicateSet(Set, Map) - Static method in class harpoon.Analysis.PointerAnalysis.MethodHole
Dummy function which creates a set of MethodHole which is a copy of the old one, while building an identity mapping other these MethodHoles.
DuplicateSet(Set, Map, Map) - Static method in class harpoon.Analysis.PointerAnalysis.MethodHole
Create a new set of MethodHole from an old one and a PANode conversion table.

E

e - Variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
The escape function.
Edge - class harpoon.IR.Quads.Edge.
Edge objects connect Quad nodes in the control-flow graph.
edgeC() - Method in class harpoon.IR.Assem.Instr
Returns the control flow edges of this.
edgeC() - Method in class harpoon.IR.Bytecode.Instr
 
edgeC() - Method in interface harpoon.IR.Properties.CFGraphable
Returns a Collection of all the edges to and from this HCodeElement.
edgeC() - Method in class harpoon.IR.Quads.Quad
 
edgeC(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns a Collection of all the edges to and from this HCodeElement.
EdgeNotPresentException - exception harpoon.Analysis.GraphColoring.EdgeNotPresentException.
EdgeNotPresentException
EdgeNotPresentException() - Constructor for class harpoon.Analysis.GraphColoring.EdgeNotPresentException
Creates a EdgeNotPresentException.
EdgeNotPresentException(String) - Constructor for class harpoon.Analysis.GraphColoring.EdgeNotPresentException
Creates a EdgeNotPresentException.
EdgeOrdering - class harpoon.Analysis.PointerAnalysis.EdgeOrdering.
EdgeOrdering models the ordering relation between the inside and the outside edges belonging to the same analysis scope.
This relation records facts like this: the outside edge eo could have been read after the inside edge ei was created. This information is used in the inter-thread analysis, when outside edges are matched not only against inside edges from the opposite scope but even against inside edges from their own scope.
EdgeOrdering() - Constructor for class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Creates a EdgeOrdering object.
edgeReversed() - Method in class harpoon.IR.Properties.CFGrapher
Returns an edge-reversed grapher based on this one.
edges - Variable in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
 
edges() - Method in interface harpoon.Analysis.GraphColoring.Graph
Returns a collection view of the edges contained in this graph.
edges() - Method in interface harpoon.Analysis.GraphColoring.DirectedGraph
Returns a collection view of the edges contained in this graph.
edges() - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
edges() - Method in class harpoon.IR.Assem.Instr
Returns the control flow edges of this.
edges() - Method in class harpoon.IR.Bytecode.Instr
 
edges() - Method in interface harpoon.IR.Properties.CFGraphable
Returns an array of all the edges to and from this CFGraphable.
edges() - Method in class harpoon.IR.Quads.Quad
 
edges(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns an array of all the edges to and from the specified HCodeElement.
edgesFor(Object) - Method in interface harpoon.Analysis.GraphColoring.Graph
Returns a collection view of the edges joining node to nodes in the graph.
edgesFor(Object) - Method in interface harpoon.Analysis.GraphColoring.DirectedGraph
Returns a collection view of the edges joining node to nodes in the graph.
edgesFor(Object) - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
EdgesIterator - class harpoon.Analysis.EdgesIterator.
EdgesIterator is a generic iterator for a set of CFGraphable objects.
EdgesIterator(CFGraphable) - Constructor for class harpoon.Analysis.EdgesIterator
Convenience constructor.
EdgesIterator(HCodeElement, CFGrapher) - Constructor for class harpoon.Analysis.EdgesIterator
Creates a EdgesIterator for all the edges reachable by recursively traversing the successors of e.
EdgesNCallees - class harpoon.Analysis.PointerAnalysis.EdgesNCallees.
EdgesNCallees models a precedence relation between (inside or outside) edges and call sites skipped by an on demand analysis.
EdgesNCallees() - Constructor for class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Creates a EdgesNCallees coding a strict precedence relation.
EdgesNCallees(boolean) - Constructor for class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Creates a EdgesNCallees coding a strict precedence relation iff the argument is true.
EDMain - class harpoon.Main.EDMain.
EDMain is a program to compile java classes to some approximation of StrongARM assembly.
EDMain() - Constructor for class harpoon.Main.EDMain
 
EDXMain - class harpoon.Main.EDXMain.
EDXMain is a program to compile java classes to some approximation of StrongARM assembly.
EDXMain() - Constructor for class harpoon.Main.EDXMain
 
elementArrayFactory() - Method in class harpoon.ClassFile.HCode
Return an ArrayFactory for the HCodeElements composing this HCode.
elementArrayFactory() - Method in class harpoon.IR.Assem.Code
Returns an array factory to create the instruction elements of this codeview.
elementArrayFactory() - Method in class harpoon.IR.Bytecode.Code
 
elementArrayFactory() - Method in class harpoon.IR.Quads.Code
 
elementArrayFactory() - Method in class harpoon.IR.Tree.Code
 
elementAt(int) - Method in class harpoon.Util.Collections.UniqueVector
Returns the component at the specified index.
elementIndexer() - Method in class harpoon.ClassFile.HCode
Return an Indexer for the HCodeElements composing this HCode.
elementMap() - Method in class harpoon.ClassFile.HCodeAndMaps
An immutable mapping from ancestor HCodeElements to newly-cloned HCodeElements.
elements() - Method in class harpoon.Analysis.CycleEq
Return List of edges in DFS order.
elements() - Method in class harpoon.Util.Collections.UniqueVector
Returns an enumeration of the components of this vector.
elements(HandlerSet) - Static method in class harpoon.IR.Quads.HandlerSet
Deprecated. Use iterator(hs) instead.
elementsOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset of the first array element if hc is an array type, otherwise generates an assertion failure
ELSE - Static variable in class harpoon.Tools.Annotation.Sym
 
emit(Instr) - Method in class harpoon.Backend.Generic.CodeGen
Emits i as the next instruction in the instruction stream.
emitStrings(TreeFactory, HCodeElement) - Static method in class harpoon.Analysis.Realtime.RealtimeAllocationStrategy
Emit all of the const char*'s used so far in the file and flush the list.
emitUtf8String(String) - Method in class harpoon.Backend.Runtime1.Data
 
EMPTY_GRAPH - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Default (empty) graph.
EMPTY_GRAPH - Static variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Default (empty) graph.
EMPTY_MAP - Static variable in class harpoon.Util.Default
An empty map.
empty() - Method in class harpoon.Util.Collections.UniqueStack
Tests if this stack is empty.
enabled - Static variable in class harpoon.Analysis.Quads.CollectSyncStats
Whether stats collection is currently enabled.
enableMoves(AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
enableMoves(AppelRegAllocClasses.NodeIter) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
encode(String) - Static method in class harpoon.IR.Tree.SEGMENT
Converts a segtype string into its enumerated value.
end_pc - Variable in class harpoon.IR.RawClass.ExceptionTable
The values of the two items start_pc and end_pc indicate the ranges in the code array at which the exception handler is active.
end_pc() - Method in class harpoon.IR.RawClass.LocalVariableTable
 
END_WITH - Static variable in class harpoon.Tools.PatMat.Sym
 
endGroup(InstrGroup) - Method in class harpoon.Backend.Generic.CodeGen
 
ensureCapacity(int) - Method in class harpoon.Util.Collections.UniqueVector
Increases the capacity of this vector, if necessary, to ensure that it can hold at least the number of components specified by the minimum capacity argument.
entries() - Method in interface harpoon.Util.Collections.Heap
Returns a collection view of all the Map.Entrys in this Heap.
entries() - Method in class harpoon.Util.Collections.FibonacciHeap
 
entries() - Method in class harpoon.Util.Collections.BinomialHeap
Return an unmodifiable collection of entries in this heap.
entries() - Method in class harpoon.Util.Collections.BinaryHeap
 
entries() - Method in class harpoon.Util.Collections.AbstractHeap
 
entry - Variable in class harpoon.Analysis.SESE.Region
entry edge of the region.
entry(Object, Object) - Static method in class harpoon.Util.Default
A pair constructor method more appropriate for Set views of Maps and MultiMaps.
entryComparator() - Method in class harpoon.Util.Collections.AbstractHeap
Returns a comparator which can be used to compare Map.Entrys.
entrySet() - Method in class harpoon.Util.Collections.PersistentEnvironment
Returns a set view of the mappings contained in this map.
entrySet() - Method in class harpoon.Util.Collections.MapWrapper
 
entrySet() - Method in class harpoon.Util.Collections.LinearMap
 
entrySet() - Method in class harpoon.Util.Collections.HashEnvironment
The Set returned by this method is really a MapSet.
entrySet() - Method in class harpoon.Util.Collections.GenericMultiMap
Returns a set view of the mappings contained in this map.
entrySet() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
The Set returned by this method is actually an instance of MultiMapSet.
entrySet() - Method in class harpoon.Util.DataStructs.LightMap
Returns the set of entries of this map.
EnumerationIterator - class harpoon.Util.EnumerationIterator.
An EnumerationIterator converts an Enumeration into an Iterator.
EnumerationIterator(Enumeration) - Constructor for class harpoon.Util.EnumerationIterator
Creates a EnumerationIterator.
env - Variable in class harpoon.Analysis.ContBuilder.ContBuilder
 
EnvBuilder - class harpoon.Analysis.EnvBuilder.EnvBuilder.
EnvBuilder
EnvBuilder(CachingCodeFactory, HCode, HCodeElement, Temp[], Linker, TypeMap, boolean) - Constructor for class harpoon.Analysis.EnvBuilder.EnvBuilder
Creates a EnvBuilder.
EnvCode - class harpoon.Analysis.EnvBuilder.EnvCode.
EnvCode
EnvCode(HMethod, HField[], Linker) - Constructor for class harpoon.Analysis.EnvBuilder.EnvCode
Creates a EnvCode.
Environment - interface harpoon.Util.Collections.Environment.
An Environment is a Map with scoping: you can save marks into the environment and undo all changes since a mark.
Environment.Mark - interface harpoon.Util.Collections.Environment.Mark.
A abstract property for marks into an environment.
eo - Variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Maintains the (conservative) ordering relations between the inside and the outside edges.
eo - Variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Maintains the (conservative) ordering relations between the inside and the outside edges.
EOF - Static variable in class harpoon.Tools.Annotation.Sym
 
EOF - Static variable in class harpoon.Tools.PatMat.Sym
 
EOF_sym() - Method in class harpoon.Tools.Annotation.Java12
EOF Symbol index
EOF_sym() - Method in class harpoon.Tools.PatMat.Parser
EOF Symbol index
EQ - Static variable in class harpoon.Tools.Annotation.Sym
 
EQEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
EqTempSets - class harpoon.Analysis.Instr.EqTempSets.
EqTempSets tracks a set of disjoint set of temps, and potentially associates each set with a favored register temp (which itself is not part of the set)
EqTempSets() - Constructor for class harpoon.Analysis.Instr.EqTempSets
 
EQUALS - Static variable in class harpoon.Tools.PatMat.Sym
 
equals(HandlerSet, HandlerSet) - Static method in class harpoon.IR.Quads.HandlerSet
Determines if two HandlerSets are equal.
equals(Object) - Method in class harpoon.Analysis.SESE.Region
Compare two regions for equality.
equals(Object) - Method in class harpoon.Analysis.Context
 
equals(Object) - Method in class harpoon.Analysis.GraphColoring.Node
 
equals(Object) - Method in class harpoon.Analysis.GraphColoring.DefaultSparseNode
 
equals(Object) - Method in class harpoon.Analysis.Instr.TempInstrPair
 
equals(Object) - Method in class harpoon.Analysis.Maps.Derivation.DList
Equality test.
equals(Object) - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Checks the equality of this object with object o.
equals(Object) - Method in class harpoon.Analysis.MetaMethods.GenType
Checks the equality of this object with object o.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Checks the equality of two PointsToGraphs.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Check the equality of two ParIntGraphs.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Checks the equality of two PAThreadMaps
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.PASync
Checks the equality of this object with another one.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Checks the equality of two PAEscapeFunc objects.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.PAEdge
Checks the equality of two edges.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Check the equality of two ODParIntGraphs.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Checks the equality of two NodeOrdering objects.
equals(Object) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Checks the equality of two ActionRepositorys.
equals(Object) - Method in class harpoon.Backend.Generic.GCInfo.WrappedMachineRegLoc
Compares two WrappedMachineRegLoc objects for equality.
equals(Object) - Method in class harpoon.Backend.Generic.GCInfo.WrappedStackOffsetLoc
Compares two WrappedStackOffsetLoc objects for equality.
equals(Object) - Method in interface harpoon.ClassFile.HMethod
Compares this HMethod against the specified object.
equals(Object) - Method in interface harpoon.ClassFile.HField
Compares this HField against the specified object.
equals(Object) - Method in class harpoon.IR.Assem.InstrEdge
 
equals(Object) - Method in class harpoon.IR.Bytecode.Instr
 
equals(Object) - Method in class harpoon.IR.Quads.HandlerSet
Determines if an object is equal to this HandlerSet.
equals(Object) - Method in class harpoon.IR.Quads.Edge
Compares two Edges for equality.
equals(Object) - Method in class harpoon.Interpret.Tree.StringPointer
Returns true if obj is a StringPointer that points to the same location as this StringPointer.
equals(Object) - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Returns true if obj is an InterfaceListPointer which points to the same location as this InterfaceListPointer.
equals(Object) - Method in class harpoon.Temp.Label
 
equals(Object) - Method in class harpoon.Util.UComp
Indicates whether some other object is "equal" to" this Comparator.
equals(Object) - Method in class harpoon.Util.Tuple
Does an element-by-element comparison of two Tuples.
equals(Object) - Method in class harpoon.Util.BitString
Compares this object against the specified object.
equals(Object) - Method in class harpoon.Util.BinHeapPriorityQueue
 
equals(Object) - Method in class harpoon.Util.Collections.MapWrapper
 
equals(Object) - Method in interface harpoon.Util.Collections.Heap
Compares the specified object with this heap for equality.
equals(Object) - Method in class harpoon.Util.Collections.GenericMultiMap
 
equals(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
equals(Object) - Method in class harpoon.Util.Collections.CollectionWrapper
 
equals(Object) - Method in class harpoon.Util.Collections.AbstractMapEntry
Compares the specified object with this entry for equality.
equals(Object) - Method in class harpoon.Util.Collections.AbstractHeap
 
equals(Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
equals(Object) - Method in interface harpoon.Util.DataStructs.Relation
Checks the equality of two relations
equals(Object) - Method in class harpoon.Util.DataStructs.LightMap
 
equals(Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
equals(Object) - Method in class harpoon.Util.TypeInference.ExactTemp
Checks the equality of two ExactTemps.
error - Static variable in class harpoon.Tools.Annotation.Sym
 
error - Static variable in class harpoon.Tools.PatMat.Sym
 
error_sym() - Method in class harpoon.Tools.Annotation.Java12
error Symbol index
error_sym() - Method in class harpoon.Tools.PatMat.Parser
error Symbol index
errorMsg(String, Symbol) - Method in interface harpoon.Tools.Annotation.Lexer
report an error
errorMsg(String, Symbol) - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
escape(String) - Static method in class harpoon.Util.Util
Escape the contents of a String so they are safe to print.
escaped(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Tests whether node node is an escaped node.
escapedNodes() - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Returns the set of escaped nodes.
EscapedUnicodeReader - class harpoon.Tools.Annotation.Lex.EscapedUnicodeReader.
 
EscapedUnicodeReader(Reader) - Constructor for class harpoon.Tools.Annotation.Lex.EscapedUnicodeReader
 
escapesOnlyInCaller(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Checks whether node escapes at most in the caller.
ESEQ - class harpoon.IR.Tree.ESEQ.
ESEQ objects are expressions which chain a statement and an expression together.
ESEQ - Static variable in class harpoon.IR.Tree.TreeKind
 
ESEQ(TreeFactory, HCodeElement, Stm, Exp) - Constructor for class harpoon.IR.Tree.ESEQ
Constructor.
evalType() - Method in class harpoon.IR.LowQuad.POPER
Determines the result type of an OPER.
evalType() - Method in class harpoon.IR.Quads.OPER
Determines the result type of an OPER.
evaluate(int, Object[]) - Static method in class harpoon.IR.Quads.Qop
Evaluates a constant value for the result of an OPER, given constant values for the operands.
evaluation(int, Object[]) - Static method in class harpoon.IR.LowQuad.LQop
Evaluates a constant value for the result of an OPER, given constant values for the operands.
evalValue(Object[]) - Method in class harpoon.IR.LowQuad.POPER
Evaluates a constant value for the result of an OPER, given constant values for the operands.
evalValue(Object[]) - Method in class harpoon.IR.Quads.OPER
Evaluates a constant value for the result of an OPER, given constant values for the operands.
evalValue(TreeFactory, int, int, Object) - Static method in class harpoon.IR.Tree.UNOP
 
evalValue(TreeFactory, int, int, Object, Object) - Static method in class harpoon.IR.Tree.BINOP
Evaluates a constant value for the result of a BINOP, given constant values for the operands.
EventDriven - class harpoon.Analysis.EventDriven.EventDriven.
EventDriven
EventDriven - class harpoon.Main.EventDriven.
EventDriven
EventDriven() - Constructor for class harpoon.Main.EventDriven
 
EventDriven(CachingCodeFactory, HCode, ClassHierarchy, Linker, boolean, boolean) - Constructor for class harpoon.Analysis.EventDriven.EventDriven
Creates a EventDriven.
EventDrivenCode - class harpoon.Analysis.EventDriven.EventDrivenCode.
EventDrivenCode
EventDrivenCode(HMethod, HMethod, Temp[], Linker) - Constructor for class harpoon.Analysis.EventDriven.EventDrivenCode
Creates a EventDrivenCode.
ExactTemp - class harpoon.Util.TypeInference.ExactTemp.
ExactTemp is simply a pair of a Quad and a Temp.
ExactTemp(Quad, Temp) - Constructor for class harpoon.Util.TypeInference.ExactTemp
Creates a ExactTemp.
ExactTypeMap - interface harpoon.Analysis.Maps.ExactTypeMap.
ExactTypeMap is an extension of TypeMap that allows the indication of 'exact' types -- that is, temporaries that can be guaranteed to contain an object of the indicated type and not a subtype of that type.
ExactTypeMap.ExactType - class harpoon.Analysis.Maps.ExactTypeMap.ExactType.
Implementors of ExactTypeMap will probably find this pair type useful.
ExactTypeMap.ExactType(HClass, boolean) - Constructor for class harpoon.Analysis.Maps.ExactTypeMap.ExactType
 
ExactTypeMapProxy - class harpoon.Analysis.Maps.ExactTypeMapProxy.
An ExactTypeMapProxy implements an ExactTypeMap for a cloned HCode given the HCodeAndMaps which specifies its relationship to an HCode for which an ExactTypeMap is known.
ExactTypeMapProxy(HCodeAndMaps, ExactTypeMap) - Constructor for class harpoon.Analysis.Maps.ExactTypeMapProxy
Creates a ExactTypeMapProxy.
exc() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the exception node.
EXCEPT - Static variable in class harpoon.Analysis.PointerAnalysis.PANode
Possible type: Exception node.
exception_index_table - Variable in class harpoon.IR.RawClass.AttributeExceptions
Each nonzero value in the exception_index_table must be a valid index into the constant_pool table.
exception_index_table(int) - Method in class harpoon.IR.RawClass.AttributeExceptions
Returns the CONSTANT_Class_info corresponding to an entry in the exception_index_table.
exception_table - Variable in class harpoon.IR.RawClass.AttributeCode
Each entry in the exception_table array describes one exception handler in the code array.
exception_table_length() - Method in class harpoon.IR.RawClass.AttributeCode
 
exceptionAnalysis - Static variable in class harpoon.Analysis.TypeInference.IntraProc
 
exceptionCheck(Quad) - Static method in class harpoon.IR.Quads.Pattern
 
ExceptionTable - class harpoon.IR.RawClass.ExceptionTable.
Each ExceptionTable object describes one exception handler in the code array of an AttributeCode.
ExceptionTable(ClassFile, int, int, int, int) - Constructor for class harpoon.IR.RawClass.ExceptionTable
Constructor.
exceptionTemp - Variable in class harpoon.IR.Quads.HANDLER
The Temp holding the caught exception on invocation of this HANDLER.
exceptionTemp() - Method in class harpoon.IR.Quads.HANDLER
Returns the Temp which will hold the exception on the invocation of this HANDLER.
exchange(String[]) - Method in class gnu.getopt.Getopt
Exchange the shorter segment with the far end of the longer segment.
exchange(WeightedGraph, WeightedGraph) - Static method in class harpoon.Analysis.Partition.Partition
 
exchange(WeightedGraph, WGNode, WeightedGraph, WGNode) - Static method in class harpoon.Analysis.Partition.WeightedGraph
 
excp - Variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
The set of objects which are returned as exception
ExecMap - interface harpoon.Analysis.Maps.ExecMap.
ExecMap is a mapping from HCodeElements to their executable status.
execMap(HCodeEdge) - Method in class harpoon.Analysis.Maps.ExecMapProxy
 
execMap(HCodeEdge) - Method in interface harpoon.Analysis.Maps.ExecMap
Returns the executable status of an HCodeEdge.
execMap(HCodeEdge) - Method in class harpoon.Analysis.Maps.DefaultMap
 
execMap(HCodeEdge) - Method in class harpoon.Analysis.Quads.SCC.SCCOptimize
 
execMap(HCodeEdge) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine whether Edge e is executable.
execMap(HCodeEdge) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether Edge e is executable.
execMap(HCodeElement) - Method in class harpoon.Analysis.Maps.ExecMapProxy
 
execMap(HCodeElement) - Method in interface harpoon.Analysis.Maps.ExecMap
Returns the executable status of an HCodeElement.
execMap(HCodeElement) - Method in class harpoon.Analysis.Maps.DefaultMap
 
execMap(HCodeElement) - Method in class harpoon.Analysis.Quads.SCC.SCCOptimize
 
execMap(HCodeElement) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine whether Quad q is executable.
execMap(HCodeElement) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether Quad q is executable.
ExecMapProxy - class harpoon.Analysis.Maps.ExecMapProxy.
An ExecMapProxy implements an ExecMap for a cloned HCode given the HCodeAndMaps which specifies its relationship to an HCode for which a ExecMap is known.
ExecMapProxy(HCodeAndMaps, ExecMap) - Constructor for class harpoon.Analysis.Maps.ExecMapProxy
Creates an ExecMapProxy.
exit - Variable in class harpoon.Analysis.SESE.Region
exit edge of the region.
exitOutOfMemory() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
exp - Variable in class harpoon.Tools.PatMat.Spec.RuleExp
Expression this matches.
exp - Variable in class harpoon.Tools.PatMat.Spec.ExpUnop
 
exp - Variable in class harpoon.Tools.PatMat.Spec.StmExp
Expression for this.
exp - Variable in class harpoon.Tools.PatMat.Spec.StmJump
Expression which yields the target of this jump.
Exp - class harpoon.IR.Tree.Exp.
Exp objects are expressions which stand for the computation of some value (possibly with side effects).
Exp(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.Exp
 
expand(Spec) - Static method in class harpoon.Tools.PatMat.CommutativityExpander
 
expand(Temp) - Method in class harpoon.Analysis.Instr.RegAlloc
Returns a List of the Component Temps that compose texpand(Temp) - Method in class harpoon.Backend.Generic.RegFileInfo
Returns a List of the Component Temps that compose t.
expand(Temp) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
ExpList - class harpoon.IR.Tree.ExpList.
ExpLists form singly-linked lists of Exps.
ExpList(Exp, ExpList) - Constructor for class harpoon.IR.Tree.ExpList
List constructor.
exported - Variable in class harpoon.IR.Tree.LABEL
Flag indicating whether the label should be exported.
EXPR - class harpoon.IR.Tree.EXPR.
EXPR objects evaluate an expression (for side-effects) and then throw away the result.
EXPR - Static variable in class harpoon.IR.Tree.TreeKind
 
EXPR - Static variable in class harpoon.Tools.PatMat.Sym
 
EXPR(TreeFactory, HCodeElement, Exp) - Constructor for class harpoon.IR.Tree.EXPR
Constructor.
EXTENDS - Static variable in class harpoon.Tools.Annotation.Sym
 
extractMinimum() - Method in interface harpoon.Util.Collections.Heap
Remove and return a map entry with minimal key.
extractMinimum() - Method in class harpoon.Util.Collections.FibonacciHeap
 
extractMinimum() - Method in class harpoon.Util.Collections.BinomialHeap
Remove and return the map entry with minimal key.
extractMinimum() - Method in class harpoon.Util.Collections.BinaryHeap
 
extractMinimum() - Method in class harpoon.Util.Collections.AbstractHeap
 
extras - Variable in class harpoon.Tools.PatMat.Spec.DetailExtra
 

F

f_label - Variable in class harpoon.Tools.PatMat.Spec.StmCjump
Label to branch to on a False value.
F2D - Static variable in class harpoon.IR.Bytecode.Op
 
F2D - Static variable in class harpoon.IR.Quads.Qop
Converts a float to a double.
F2I - Static variable in class harpoon.IR.Bytecode.Op
 
F2I - Static variable in class harpoon.IR.Quads.Qop
Converts a float to an int.
F2L - Static variable in class harpoon.IR.Bytecode.Op
 
F2L - Static variable in class harpoon.IR.Quads.Qop
Converts a float to a long.
Factories - class harpoon.Util.Collections.Factories.
Factories consists exclusively of static methods that operate on or return CollectionFactorys.
FACTORY - Static variable in class harpoon.Analysis.Instr.LocalCffRegAlloc
 
FACTORY - Static variable in class harpoon.Analysis.Instr.GraphColoringRegAlloc
 
factory(RegAlloc.Factory) - Method in class harpoon.Analysis.Instr.RegAllocOpts
 
FADD - Static variable in class harpoon.IR.Bytecode.Op
 
FADD - Static variable in class harpoon.IR.Quads.Qop
Computes the sum of two float values.
FakeMetaCallGraph - class harpoon.Analysis.MetaMethods.FakeMetaCallGraph.
FakeMetaCallGraph converts a classic CallGraph to a MetaCallGraph.
FakeMetaCallGraph(CallGraph, Set, Set) - Constructor for class harpoon.Analysis.MetaMethods.FakeMetaCallGraph
Creates a FakeMetaCallGraph.
FALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
FASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
FCFGBasicBlock - class harpoon.Analysis.FCFGBasicBlock.
FCFGBasicBlock is a basic block structure for the Factored Control Flow Graph (FCFG) representation.
FCFGBasicBlock.Factory - class harpoon.Analysis.FCFGBasicBlock.Factory.
Factory structure for generating FCFGBasicBlock views of an HCode.
FCFGBasicBlock.Factory(HCode) - Constructor for class harpoon.Analysis.FCFGBasicBlock.Factory
Produces a FCFGBasicBlock view of hcode hcode must be in "quad-with-try" format.
FCFGBasicBlock(Quad, FCFGBasicBlock.Factory) - Constructor for class harpoon.Analysis.FCFGBasicBlock
Creates a FCFGBasicBlock.
FCMPEQ - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if the float values are equal and neither is NaN, or false otherwise.
FCMPG - Static variable in class harpoon.IR.Bytecode.Op
 
FCMPGE - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if the first float value is greater than or equal to the second float value and neither is NaN, or false otherwise.
FCMPGT - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if the first float value is greater than the second float value and neither is NaN, or false otherwise.
FCMPL - Static variable in class harpoon.IR.Bytecode.Op
 
FCONST_0 - Static variable in class harpoon.IR.Bytecode.Op
 
FCONST_1 - Static variable in class harpoon.IR.Bytecode.Op
 
FCONST_2 - Static variable in class harpoon.IR.Bytecode.Op
 
FDIV - Static variable in class harpoon.IR.Bytecode.Op
 
FDIV - Static variable in class harpoon.IR.Quads.Qop
Computes the quotient of two float values.
ffs(int) - Static method in class harpoon.Util.Util
Find first set (least significant bit).
ffs(long) - Static method in class harpoon.Util.Util
Find first set (least significant bit).
FibonacciHeap - class harpoon.Util.Collections.FibonacciHeap.
A FibonacciHeap allows amortized O(1) time bounds for create, insert, minimum, union, and decrease-key operations, and amortized O(lg n) run times for extract-min and delete.
FibonacciHeap() - Constructor for class harpoon.Util.Collections.FibonacciHeap
Creates a new, empty FibonacciHeap, sorted according to its keys' natural order.
FibonacciHeap(Collection, Comparator) - Constructor for class harpoon.Util.Collections.FibonacciHeap
Constructs a new heap from a collection of Map.Entrys and a key comparator.
FibonacciHeap(Comparator) - Constructor for class harpoon.Util.Collections.FibonacciHeap
Creates a new, empty FibonacciHeap, sorted according to the given Comparator.
FibonacciHeap(Heap) - Constructor for class harpoon.Util.Collections.FibonacciHeap
Constructs a new heap with the same entries as the specified Heap.
field - Variable in class harpoon.Analysis.Transactions.BitFieldNumbering.BitFieldTuple
 
field - Variable in class harpoon.IR.LowQuad.PFOFFSET
The HField to address.
field - Variable in class harpoon.IR.LowQuad.PFCONST
The HField to address.
field - Variable in class harpoon.IR.Quads.SET
The field description.
field - Variable in class harpoon.IR.Quads.GET
The field description.
FIELD_TYPE - Static variable in class harpoon.Analysis.Transactions.BitFieldNumbering
 
field() - Method in class harpoon.IR.LowQuad.PFOFFSET
Returns the field whose offset is computed.
field() - Method in class harpoon.IR.LowQuad.PFCONST
Returns the field whose POINTER constant is computed.
field() - Method in class harpoon.IR.Quads.SET
Returns the description of the field to set.
field() - Method in class harpoon.IR.Quads.GET
Returns the field to fetch.
field2getter - Variable in class harpoon.Analysis.SizeOpt.Field2Method
This maps fields to 'getter' methods.
Field2Method - class harpoon.Analysis.SizeOpt.Field2Method.
The Field2Method code factory converts all GET and SET operations on a given set of fields into calls to accessor getter/setter methods.
Field2Method(HCodeFactory, Set) - Constructor for class harpoon.Analysis.SizeOpt.Field2Method
Creates a Field2Method code factory which converts all GET and SET operations on the fields in the fields2convert Set into calls to accessor getter/setter methods.
field2setter - Variable in class harpoon.Analysis.SizeOpt.Field2Method
This maps fields to 'setter' methods.
fieldAlignment(HField) - Method in class harpoon.Backend.Maps.FieldMap
 
fieldBase(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing the field base of the object referenced by the given objectref expression.
fieldBase(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
fieldConst(TreeFactory, HCodeElement, DerivationGenerator, HField) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which represents a reference to a java.lang.reflect.Field constant.
fieldConst(TreeFactory, HCodeElement, DerivationGenerator, HField) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
FieldInfo - class harpoon.IR.RawClass.FieldInfo.
Each field is described by a variable-length field_info structure.
FieldInfo(ClassFile, AccessFlags, int, int, Attribute[]) - Constructor for class harpoon.IR.RawClass.FieldInfo
Constructor.
fieldList(HClass) - Method in class harpoon.Backend.Analysis.PackedClassFieldMap
Return an unmodifiable List over all appropriate fields in the given class, in order from smallest to largest offset.
fieldList(HClass) - Method in class harpoon.Backend.Analysis.ClassFieldMap
 
fieldList(HClass) - Method in class harpoon.Backend.Maps.FieldMap
Return an unmodifiable List over all appropriate fields in the given class, in order from smallest to largest offset.
FieldMap - class harpoon.Backend.Maps.FieldMap.
A FieldMap assigns an ordering to a set of fields.
FieldMap() - Constructor for class harpoon.Backend.Maps.FieldMap
 
fieldOffset(HField) - Method in class harpoon.Backend.Analysis.PackedClassFieldMap
Return an offset to the given field.
fieldOffset(HField) - Method in class harpoon.Backend.Analysis.ClassFieldMap
 
fieldOffset(HField) - Method in class harpoon.Backend.Maps.FieldMap
Return an offset to the given field.
fieldOffset(TreeFactory, HCodeElement, DerivationGenerator, HField) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing an offset from the field base required to access the given field.
fieldOffset(TreeFactory, HCodeElement, DerivationGenerator, HField) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
FieldReducer - class harpoon.Analysis.SizeOpt.FieldReducer.
The FieldReducer code factory uses the results of a BitWidthAnalysis to shrink field types and eliminate unused and constant fields from objects.
FieldReducer(HCodeFactory, Frame, ClassHierarchy, Set, String) - Constructor for class harpoon.Analysis.SizeOpt.FieldReducer
Creates a FieldReducer.
fieldRef(TreeFactory, HCodeElement, DerivationGenerator, HClass, int, String, String) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
foo.bar
fields - Variable in class harpoon.IR.RawClass.ClassFile
Each value in the fields table must be a variable-length field_info structure giving a complete description of a field in the class or interface type.
fields_count() - Method in class harpoon.IR.RawClass.ClassFile
 
fieldSize(HField) - Method in class harpoon.Backend.Maps.FieldMap
Return the allocated size of a given field.
fieldsOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset of the first field in an object of the specified type
fieldsRead(HMethod) - Method in class harpoon.Analysis.Quads.FieldSyncOracle
Returns a Set of HFields read, either directly or indirectly, by HMethod hm.
fieldsWritten(HMethod) - Method in class harpoon.Analysis.Quads.FieldSyncOracle
Returns a Set of HFields written, either directly or indirectly, by HMethod hm.
FieldSyncOracle - class harpoon.Analysis.Quads.FieldSyncOracle.
A FieldSyncOracle tells which fields a given method could possibly access (either directly, or via a method call), and whether the given method will ever acquire/release a lock (either directly, or via a method call).
FieldSyncOracle(HCodeFactory, ClassHierarchy, CallGraph) - Constructor for class harpoon.Analysis.Quads.FieldSyncOracle
Creates a FieldSyncOracle.
FieldType - class harpoon.Analysis.TypeInference.FieldType.
FieldType
FieldType() - Constructor for class harpoon.Analysis.TypeInference.FieldType
Creates a FieldType.
FilterEnumerator - class harpoon.Util.FilterEnumerator.
Deprecated. Use harpoon.Util.FilterIterator instead.
FilterEnumerator.Filter - class harpoon.Util.FilterEnumerator.Filter.
Deprecated.  
FilterEnumerator.Filter() - Constructor for class harpoon.Util.FilterEnumerator.Filter
Deprecated.  
FilterEnumerator(Enumeration, FilterEnumerator.Filter) - Constructor for class harpoon.Util.FilterEnumerator
Deprecated. Creates a FilterEnumerator.
FilterIterator - class harpoon.Util.FilterIterator.
A FilterIterator filters and maps a source Iterator to generate a new one.
FilterIterator.Filter - class harpoon.Util.FilterIterator.Filter.
 
FilterIterator.Filter() - Constructor for class harpoon.Util.FilterIterator.Filter
 
FilterIterator(Iterator, FilterIterator.Filter) - Constructor for class harpoon.Util.FilterIterator
Creates a FilterIterator.
FINAL - Static variable in class harpoon.Tools.Annotation.Sym
 
FINALLY - Static variable in class harpoon.Tools.Annotation.Sym
 
FinalMap - class harpoon.Backend.Maps.FinalMap.
A FinalMap determines whether a class or method is final.
FinalMap() - Constructor for class harpoon.Backend.Maps.FinalMap
 
find(Object) - Method in class harpoon.Util.Collections.DisjointSet
Returns the representative of the (unique) set containing o.
find(Object) - Method in class harpoon.Util.Collections.BinomialHeap
Lookup a Map.Entry in the heap with key equal to the specified key.
findColoring(ColorableGraph) - Method in class harpoon.Analysis.GraphColoring.UnboundedGraphColorer
Finds a coloring for graph.
findUniverse(Iterator) - Method in class harpoon.Analysis.DataFlow.ReachingHCodeElements
Constructs a Set of all of the HCodeElements in blocks which have non-empty def sets.
findUniverse(Set) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Constructs a Set of all of the referenced variables in blocks.
findUniverse(Set) - Method in class harpoon.Analysis.DataFlow.LiveTemps
Constructs a Set of all of the Temps in blocks.
first - Variable in class harpoon.Analysis.FCFGBasicBlock
 
first - Variable in class harpoon.Backend.Generic.MaxMunchCG
 
FIRST_ANALYSIS - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
first_nonopt - Variable in class gnu.getopt.Getopt
The index of the first non-option in argv[]
firstElement() - Method in class harpoon.Util.Collections.UniqueVector
Returns the first component of this vector.
firstSet() - Method in class harpoon.Util.BitString
Returns the first index in the bit string which is set, or -1 if there is no such index.
firstSet(int) - Method in class harpoon.Util.BitString
Returns the first index greater than where in the bit string which is set, or -1 if there is no such index.
firstStm(BasicBlock) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
fixupSpillCode() - Method in class harpoon.Analysis.Instr.RegAlloc
Replaces the proxy instructions with symbolic loads and stores.
flag - Variable in class gnu.getopt.LongOpt
If this variable is not null, then the value stored in "val" is stored here when this long option is encountered.
FLOAD - Static variable in class harpoon.IR.Bytecode.Op
 
FLOAD_0 - Static variable in class harpoon.IR.Bytecode.Op
 
FLOAD_1 - Static variable in class harpoon.IR.Bytecode.Op
 
FLOAD_2 - Static variable in class harpoon.IR.Bytecode.Op
 
FLOAD_3 - Static variable in class harpoon.IR.Bytecode.Op
 
Float - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type float.
FLOAT - Static variable in interface harpoon.IR.Tree.Typed
 
FLOAT - Static variable in class harpoon.IR.Tree.Type
32-bit floating-point type.
FLOAT - Static variable in class harpoon.Tools.Annotation.Sym
 
FLOAT - Static variable in class harpoon.Tools.PatMat.Sym
 
floatGET(Object, Object, float) - Static method in class harpoon.Runtime.MZFExternalMap
 
FLOATING_POINT_LITERAL - Static variable in class harpoon.Tools.Annotation.Sym
 
floatSET(Object, Object, float, float) - Static method in class harpoon.Runtime.MZFExternalMap
 
floatValue() - Method in class harpoon.IR.RawClass.ConstantFloat
Returns the floating-point value of this constant.
FlowGraph - class harpoon.Backend.CSAHack.FlowGraph.FlowGraph.
A control flow graph is a directed graph in which each edge indicates a possible flow of control.
FlowGraph() - Constructor for class harpoon.Backend.CSAHack.FlowGraph.FlowGraph
 
fls(int) - Static method in class harpoon.Util.Util
Find last set (most significant bit).
fls(long) - Static method in class harpoon.Util.Util
Find last set (most significant bit).
flushCaches() - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Flushes the internal caches in this PointsToGraph.
FMUL - Static variable in class harpoon.IR.Bytecode.Op
 
FMUL - Static variable in class harpoon.IR.Quads.Qop
Computes the product of two float values.
FNEG - Static variable in class harpoon.IR.Bytecode.Op
 
FNEG - Static variable in class harpoon.IR.Quads.Qop
Computes the negation of a float value.
fold() - Method in class harpoon.Analysis.Tree.TreeFolding
Performs the tree-folding optimization on this class's tree code.
follow() - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
FOOTER - class harpoon.IR.Quads.FOOTER.
FOOTER nodes are used to anchor the bottom end of the quad graph.
FOOTER - Static variable in class harpoon.IR.Quads.QuadKind
 
footer() - Method in class harpoon.IR.Quads.HEADER
Returns the FOOTER corresponding to this HEADER.
FOOTER(QuadFactory, HCodeElement, int) - Constructor for class harpoon.IR.Quads.FOOTER
Creates a FOOTER.
FOR - Static variable in class harpoon.Tools.Annotation.Sym
 
forAllActions(ActionVisitor) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Visits all the actions from this repository.
forAllEdges(PAEdgeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllEdges(PAEdgeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllEdges(PANode, PAEdgeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllEdges(PANode, PAEdgeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
forAllEdges(PANode, PAEdgeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllEdges(Temp, PAEdgeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllEdges(Temp, PAEdgeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllEntries(RelationEntryVisitor) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Visits all the entry of this edge ordering relation.
forAllEntries(RelationEntryVisitor) - Method in class harpoon.Util.DataStructs.RelationImpl
 
forAllEntries(RelationEntryVisitor) - Method in interface harpoon.Util.DataStructs.Relation
Visits all the entries <key,value> of this relation and calls visitor.visit on each of them.
forAllEntries(RelationEntryVisitor) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
forAllNodes(PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Visits all the nodes that appear in this graph.
forAllNodes(PANodeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllNodes(PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Visits all the nodes that appear in this graph.
forAllNodes(PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllParActions(ParActionVisitor) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Visits all the "parallel action" items of information from this repository (i.e.
forAllPointedNodes(PANode, PANodeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllPointedNodes(PANode, PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
forAllPointedNodes(PANode, PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllPointedNodes(PANode, String, PANodeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllPointedNodes(PANode, String, PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllPointedNodes(Temp, PANodeVisitor) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
forAllPointedNodes(Temp, PANodeVisitor) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
forAllReachable(Set, Navigator, Reachability.Action) - Static method in class harpoon.Util.Graphs.Reachability
Performs an action on each object reachanle from a set of roots.
forClass(Class) - Method in class harpoon.ClassFile.Linker
Deprecated. Don't use java.lang.Class objects if you can help it.
forDescriptor(String) - Method in class harpoon.ClassFile.Linker
Returns the HClass object associated with the ComponentType descriptor given.
forDescriptor0(String) - Method in class harpoon.ClassFile.Relinker
 
forDescriptor0(String) - Method in class harpoon.ClassFile.Linker
Sub-classes will provide implementation for the forDescriptor0 method in order to implement a linking strategy.
forField(TreeFactory, String, String) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
foo.bar
forloop(HCode, Loops) - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis
forloop takes in an HCode and Loops to analyze.
formatCommentedInstr(String, String) - Static method in class harpoon.IR.Assem.Code
Returns an assembly code String version of exec with orig in the comments for exec.
forName(String) - Method in class harpoon.ClassFile.Linker
Returns the HClass object associated with the class with the given string name.
forString(String) - Static method in class harpoon.IR.LowQuad.LQop
 
forString(String) - Static method in class harpoon.IR.Quads.Qop
Returns the enumerated Qop that corresponds to a given descriptive string.
forward_rpo_solver(BasicBlock, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.TreeSolver
 
ForwardDataFlowBasicBlockVisitor - class harpoon.Analysis.DataFlow.ForwardDataFlowBasicBlockVisitor.
ForwardDataFlowBasicBlockVisitor
ForwardDataFlowBasicBlockVisitor() - Constructor for class harpoon.Analysis.DataFlow.ForwardDataFlowBasicBlockVisitor
 
ForwardDataFlowQuadVisitor - class harpoon.Analysis.DataFlow.ForwardDataFlowQuadVisitor.
ForwardDataFlowQuadVisitor
ForwardDataFlowQuadVisitor() - Constructor for class harpoon.Analysis.DataFlow.ForwardDataFlowQuadVisitor
 
forwardRPOSolve(BasicBlock, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.Solver
 
frame - Variable in class harpoon.Analysis.Instr.RegAlloc
Generic.Frame for this.
frame - Variable in class harpoon.Backend.Generic.CodeGen
 
frame - Variable in class harpoon.Backend.Runtime1.Runtime
 
frame - Variable in class harpoon.Backend.Runtime1.MallocAllocationStrategy
 
frame - Variable in class harpoon.IR.Assem.Code
The Frame associated with this codeview.
frame - Variable in class harpoon.IR.Tree.Data
 
frame - Variable in class harpoon.IR.Tree.Code
The Frame containing machine-specific information
Frame - class harpoon.Backend.Generic.Frame.
A Frame encapsulates the machine-dependent information needed for compilation.
Frame - class harpoon.Backend.MIPS.Frame.
Frame contains the machine-dependant information necessary to compile for the MIPS processor.
Frame - class harpoon.Backend.PreciseC.Frame.
Frame contains the machine/runtime information necessary to compile for the preciseC backend.
Frame - class harpoon.Backend.Sparc.Frame.
Sparc.Frame contains architecture specific info for the Sparc Backend.
Frame - class harpoon.Backend.StrongARM.Frame.
Frame contains the machine-dependant information necessary to compile for the StrongARM processor.
Frame() - Constructor for class harpoon.Backend.Generic.Frame
 
Frame(HMethod) - Constructor for class harpoon.Backend.MIPS.Frame
 
Frame(HMethod) - Constructor for class harpoon.Backend.PreciseC.Frame
Creates a Frame.
Frame(HMethod) - Constructor for class harpoon.Backend.Sparc.Frame
 
Frame(HMethod) - Constructor for class harpoon.Backend.StrongARM.Frame
 
Frame(HMethod, String) - Constructor for class harpoon.Backend.MIPS.Frame
 
frameSize() - Method in class harpoon.Backend.MIPS.StackInfo
 
freeze() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
FREM - Static variable in class harpoon.IR.Bytecode.Op
 
FREM - Static variable in class harpoon.IR.Quads.Qop
Computes the remainder of two float values.
FRETURN - Static variable in class harpoon.IR.Bytecode.Op
 
from - Variable in class harpoon.IR.Assem.InstrEdge
 
from() - Method in interface harpoon.ClassFile.HCodeEdge
Returns the source of this HCodeEdge.
from() - Method in class harpoon.IR.Properties.CFGEdge
Returns the source of this CFGEdge.
fromCFG() - Method in class harpoon.IR.Assem.InstrEdge
 
fromCFG() - Method in class harpoon.IR.Properties.CFGEdge
Returns the source of this CFGEdge.
fromCFG() - Method in class harpoon.IR.Quads.Edge
Returns the source vertex of this Edge.
fsc(Object, Field, Object, int) - Static method in class harpoon.Runtime.PreciseGC.WriteBarrier
dummy write barrier for SETs
FSTORE - Static variable in class harpoon.IR.Bytecode.Op
 
FSTORE_0 - Static variable in class harpoon.IR.Bytecode.Op
 
FSTORE_1 - Static variable in class harpoon.IR.Bytecode.Op
 
FSTORE_2 - Static variable in class harpoon.IR.Bytecode.Op
 
FSTORE_3 - Static variable in class harpoon.IR.Bytecode.Op
 
FSUB - Static variable in class harpoon.IR.Bytecode.Op
 
fullname() - Method in class harpoon.Temp.Temp
Returns the full name of this temporary, including scope information.
func - Variable in class harpoon.Tools.PatMat.Spec.StmCall
Function location expression.
func - Variable in class harpoon.Tools.PatMat.Spec.StmNativeCall
Function location expression.

G

G - Variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Points-to escape graph that summarizes the points-to and escape information for the current thread.
G - Variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Points-to escape graph that summarizes the points-to and escape information for the current thread.
GC - Static variable in class harpoon.IR.Tree.SEGMENT
R/O storage for GC tables
GC_INDEX - Static variable in class harpoon.IR.Tree.SEGMENT
R/O storage for GC index
GC() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
gcd(int, int) - Static method in class harpoon.Util.Util
Returns the greatest common divisor of a pair of numbers.
gcd(long, long) - Static method in class harpoon.Util.Util
Returns the greatest common divisor of a pair of numbers.
GCInfo - class harpoon.Backend.Generic.GCInfo.
A GCInfo object collects data needed for garbage collection and makes necessary annotations to the instruction stream.
GCInfo.DLoc - class harpoon.Backend.Generic.GCInfo.DLoc.
Derivation information stored as CommonLocs.
GCInfo.DLoc(GCInfo.WrappedMachineRegLoc[], GCInfo.WrappedStackOffsetLoc[], boolean[], boolean[]) - Constructor for class harpoon.Backend.Generic.GCInfo.DLoc
Constructor.
GCInfo.GCPoint - class harpoon.Backend.Generic.GCInfo.GCPoint.
A GCPoint contains information about all the live objects that the garbage collector needs to add to the root set at a particular GC point.
GCInfo.GCPoint(Instr, Label, Map, Set, Map) - Constructor for class harpoon.Backend.Generic.GCInfo.GCPoint
Creates a GCPoint object
GCInfo.WrappedMachineRegLoc - class harpoon.Backend.Generic.GCInfo.WrappedMachineRegLoc.
WrappedMachineRegLoc is a wrapper object for MachineRegLocs that implement special equals and hashCode methods.
GCInfo.WrappedMachineRegLoc(RegFileInfo.MachineRegLoc) - Constructor for class harpoon.Backend.Generic.GCInfo.WrappedMachineRegLoc
Creates a WrappedMachineRegLoc object
GCInfo.WrappedStackOffsetLoc - class harpoon.Backend.Generic.GCInfo.WrappedStackOffsetLoc.
WrappedStackOffsetLoc is a wrapper object for StackOffsetLocs that implement special equals and hashCode methods.
GCInfo.WrappedStackOffsetLoc(RegFileInfo.StackOffsetLoc) - Constructor for class harpoon.Backend.Generic.GCInfo.WrappedStackOffsetLoc
Creates a WrappedStackOffsetLoc object
GCInfo() - Constructor for class harpoon.Backend.Generic.GCInfo
 
gcPoint - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
gcPoints(HMethod) - Method in class harpoon.Backend.Analysis.BasicGCInfo
Returns an ordered, unmodifiable List of the GCPoints in a given HMethod.
gcPoints(HMethod) - Method in class harpoon.Backend.Generic.GCInfo
Returns an ordered List of the GCPoints in a given HMethod.
GCTraceStore - class harpoon.Backend.Analysis.GCTraceStore.
GCTraceStore traces stores for the purposes of garbage collection.
GCTraceStore() - Constructor for class harpoon.Backend.Analysis.GCTraceStore
 
GEN_SYNC_FLAG - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Controls the detection of the objects for whom there are no concurrent synchronizations.
genCode(Code, InstrFactory) - Method in class harpoon.Backend.Generic.CodeGen
Creates a Instr list from the IR.Tree.Code tree.
genData(Data, InstrFactory) - Method in class harpoon.Backend.Generic.CodeGen
Creates a Instr list from the IR.Tree.Data tree.
generate_inlining_hints(MetaMethod, Set, Set, MetaMethod, CALL) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
generateRegAssignment() - Method in class harpoon.Analysis.Instr.RegAlloc
Assigns registers in the code for this.
generateRegAssignment() - Method in class harpoon.Analysis.Instr.LocalCffRegAlloc
 
generateRegAssignment() - Method in class harpoon.Analysis.Instr.GraphColoringRegAlloc
 
generateRegAssignment() - Method in class harpoon.Analysis.Instr.DemandDrivenRegAlloc
 
generateRegAssignment() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
GenericContextFactory - class harpoon.Analysis.GenericContextFactory.
A GenericContextFactory can create Context objects for any desired level of context-sensitivity.
GenericContextFactory(int, boolean) - Constructor for class harpoon.Analysis.GenericContextFactory
Creates a GenericContextFactory.
genericFactory(Object[]) - Static method in class harpoon.Util.Util
Deprecated. requires java language reflection.
GenericInvertibleMap - class harpoon.Util.Collections.GenericInvertibleMap.
GenericInvertibleMap is a default implementation of InvertibleMap.
GenericInvertibleMap() - Constructor for class harpoon.Util.Collections.GenericInvertibleMap
Constructs an invertible map backed by a HashMap.
GenericInvertibleMap(Map) - Constructor for class harpoon.Util.Collections.GenericInvertibleMap
 
GenericInvertibleMap(MapFactory, MultiMap.Factory) - Constructor for class harpoon.Util.Collections.GenericInvertibleMap
Constructs an invertible map backed by a map constructed by mf and an inverted map constructed by mmf.
GenericInvertibleMultiMap - class harpoon.Util.Collections.GenericInvertibleMultiMap.
GenericInvertibleMultiMap is a default implementation of InvertibleMultiMap.
GenericInvertibleMultiMap() - Constructor for class harpoon.Util.Collections.GenericInvertibleMultiMap
 
GenericInvertibleMultiMap(CollectionFactory) - Constructor for class harpoon.Util.Collections.GenericInvertibleMultiMap
 
GenericInvertibleMultiMap(Map) - Constructor for class harpoon.Util.Collections.GenericInvertibleMultiMap
 
GenericInvertibleMultiMap(MapFactory, CollectionFactory) - Constructor for class harpoon.Util.Collections.GenericInvertibleMultiMap
 
GenericInvertibleMultiMap(MultiMap.Factory) - Constructor for class harpoon.Util.Collections.GenericInvertibleMultiMap
 
GenericInvertibleMultiMap(MultiMap) - Constructor for class harpoon.Util.Collections.GenericInvertibleMultiMap
 
GenericMultiMap - class harpoon.Util.Collections.GenericMultiMap.
GenericMultiMap is a default implementation of a MultiMap.
GenericMultiMap() - Constructor for class harpoon.Util.Collections.GenericMultiMap
Creates a MultiMap using a HashMap for the map and HashSets for the value collections.
GenericMultiMap(CollectionFactory) - Constructor for class harpoon.Util.Collections.GenericMultiMap
Creates a MultiMap using a HashMap for the map and the specified CollectionFactory to create the value collections.
GenericMultiMap(Map) - Constructor for class harpoon.Util.Collections.GenericMultiMap
Makes a new MultiMap initialized with all of the Map.Entrys in m.
GenericMultiMap(MapFactory, CollectionFactory) - Constructor for class harpoon.Util.Collections.GenericMultiMap
Creates a MultiMap using the specified MapFactory to create the map and the specified CollectionFactory to create the value collections.
GenType - class harpoon.Analysis.MetaMethods.GenType.
GenType models a type.
GenType(HClass) - Constructor for class harpoon.Analysis.MetaMethods.GenType
Creates a polymorphic type, having hclass as superclass.
GenType(HClass, int) - Constructor for class harpoon.Analysis.MetaMethods.GenType
Creates a GenType.
GET - class harpoon.IR.Quads.GET.
GET represent field access (get) operations.
GET - Static variable in class harpoon.IR.Quads.QuadKind
 
get_perct(double, double) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Returns a string representing the proportion a/total (in percents).
get(HField) - Method in interface harpoon.Backend.Generic.Runtime.ObjectBuilder.ObjectInfo
 
get(HField) - Method in class harpoon.Interpret.Tree.UndefinedRef
Throws an error.
get(HField, Runtime.ObjectBuilder.Info) - Method in class harpoon.Backend.Runtime1.ObjectBuilder.RootOracle
Returns the override value of the given field hf (more information about the object in question is provided by addlinfo); if this RootOracle doesn't wish to override this field, it should return the constant NOT_A_VALUE.
get(int) - Method in class harpoon.Analysis.Maps.ExactTypeMap.ExactType
 
get(int) - Method in interface harpoon.Backend.Generic.Runtime.ObjectBuilder.ArrayInfo
 
get(int) - Method in class harpoon.Util.BitString
Gets a bit.
get(int) - Method in class harpoon.Util.Collections.UniqueVector
Returns the element at the specified posision in this vector.
get(int) - Method in class harpoon.Util.Collections.ListWrapper
 
get(Object) - Method in class harpoon.Util.Collections.PersistentMap
Gets the value which key maps to.
get(Object) - Method in class harpoon.Util.Collections.PersistentEnvironment
Returns the value to which this map maps the specified key.
get(Object) - Method in interface harpoon.Util.Collections.MultiMap
Returns some arbitrary value from the collection of values to which this map maps the specified key.
get(Object) - Method in class harpoon.Util.Collections.MapWrapper
 
get(Object) - Method in class harpoon.Util.Collections.HashEnvironment
Returns the value to which this map maps the specified key.
get(Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Returns some arbitrary value from the set of values to which this map maps the specified key.
get(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
get(Object) - Method in class harpoon.Util.DataStructs.LightMap
Returns the value to which this map maps the specified key.
GET(QuadFactory, HCodeElement, Temp, HField, Temp) - Constructor for class harpoon.IR.Quads.GET
Creates a GET representing a field access.
getAdjacent() - Method in class harpoon.Analysis.Partition.WGNode
 
getAe(HMethod) - Method in class harpoon.Analysis.MemOpt.ComputeAnAe
Returns the set of nodes allocated in hm (or one of the transitively called methods), along some path that ends in the exceptional exit of hm.
getAlias(AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
getAllBBs() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock.Factory
Returns all the LightBasicBlocks of the underlying HCode.
getAllCSSpecializations() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the set of nodes that were obtained by specializing this one function of some call sites.
getAllCSSpecs() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns all the call site specializations of this node.
getAllMetaMethods() - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Returns the set of all the meta methods that might be called during the execution of the program.
getAllMetaMethods() - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Returns the set of all the meta methods that might be called during the execution of the program.
getAllocatedType(HCodeElement) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
getAllocatedType(HCodeElement) - Static method in class harpoon.Analysis.PointerAnalysis.NodeRepository
 
getAllocatedType(HCodeElement) - Static method in class harpoon.Analysis.PointerAnalysis.MAInfo
 
getAllocatedTypes(HMethod) - Method in class harpoon.Analysis.PreciseGC.MRAFactory
Returns an unmodifiable Set of HClasses.
getAllocationInfo() - Method in class harpoon.IR.Quads.RSSxToNoSSA
 
getAllocationInformation() - Method in class harpoon.IR.Quads.ToNoSSA
 
getAllocationInformation() - Method in class harpoon.IR.Quads.Code
Return the AllocationInformation for this codeview.
getAllParams(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Returns all the parameter nodes associated with the formal parameters of mmethod.
getAllRegisters() - Method in class harpoon.Backend.Generic.RegFileInfo
Returns an array of Temps which represent all the available registers on the machine.
getAllRegisters() - Method in class harpoon.Backend.MIPS.RegFileInfo
 
getAllRegisters() - Method in class harpoon.Backend.Sparc.RegFileInfo
 
getAllRegisters() - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
getAllRegistersC() - Method in class harpoon.Backend.Generic.RegFileInfo
Returns a Collection of Temps which represent all the available registers on the machine.
getAllTSpecs() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns all the thread specializations of this node.
getAn(HMethod) - Method in class harpoon.Analysis.MemOpt.ComputeAnAe
Returns the set of nodes allocated in hm (or one of the transitively called methods), along some path that ends in the normal exit of hm.
getAPObj(Quad) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
getArgs() - Method in class harpoon.IR.Tree.INVOCATION
Returns a list of subexpressions for the function arguments.
getAssem() - Method in class harpoon.IR.Assem.Instr
 
getBack(Instr) - Method in class harpoon.Analysis.Instr.RegAlloc
returns the root backing i.
getBarVersion() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the bar version of this node.
getBase() - Method in class harpoon.Interpret.Tree.UndefinedPointer
Returns an UndefinedRef object representing the base of this UndefinedPointer.
getBase() - Method in class harpoon.Interpret.Tree.StringPointer
Returns a Label representing the base of this StringPointer
getBase() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Returns an InterfaceList representing the base of this InterfaceListPointer.
getBBConverter() - Method in class harpoon.Util.BasicBlocks.SCCBBFactory
Returns the underlying BBConverter.
getBBInterf(HCodeElement) - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Does the same thing as getBlock.
getBBInterf(HCodeElement) - Method in interface harpoon.Analysis.BasicBlockFactoryInterf
Returns the BasicBlockInterf containing hce.
getBBInterf(HCodeElement) - Method in class harpoon.Analysis.BasicBlock.Factory
Does the same thing as getBlock.
getBeforeEdges(PAEdge) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Returns an iterator over the set of the inside edges that could be already created when the inside edge eo is read.
getBlock(HCodeElement) - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Returns the FCFGBasicBlock containing hce.
getBlock(HCodeElement) - Method in class harpoon.Analysis.BasicBlock.Factory
Returns the BasicBlock containing hce.
getBlock(HCodeElement) - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock.Factory
Returns the LightBasicBlock the instruction hce belongs to.
getBottom() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the bottom field: the last specialization.
getByID(int) - Method in class harpoon.Util.Indexer
Provides a reverse mapping for the index returned by getID.
getCachingSCCLBBFactory() - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the SCC LBB factory used by this PointerAnalysis object.
getCallChainDepth() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the specialization depth of this node.
getCallees(MetaMethod) - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Returns the meta methods that can be called by mm.
getCallees(MetaMethod) - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Returns the meta methods that can be called by mm.
getCallees(MetaMethod, CALL) - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Returns the meta methods that can be called by mm at the call site q.
getCallees(MetaMethod, CALL) - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Returns the meta methods that can be called by mm at the call site q.
getCallers(AllCallers.MethodSet) - Method in class harpoon.Analysis.AllCallers
getCallers returns a Set that contains all indirect and direct callers of callable methods that fulfill the predicate in the select method of ms.
getCallers(MetaMethod) - Method in class harpoon.Analysis.MetaMethods.MetaAllCallers
Returns the callers of the meta method mm_callee.
getCallSites(HMethod) - Method in class harpoon.Analysis.MetaMethods.SmartCallGraph
Returns a list of all the CALLs quads in the code of hm.
getCallSites(HMethod) - Method in class harpoon.Analysis.Quads.CallGraphImpl
Returns a list of all the CALLs quads in the code of hm.
getCallSites(HMethod) - Method in interface harpoon.Analysis.Quads.CallGraph
Returns a list of all the CALLs quads in the code of hm.
getCallSites(HMethod) - Method in class harpoon.Analysis.Quads.CachingCallGraph
 
getCallSites(MetaMethod) - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Returns the set of all the call sites in the code of the meta-method mm.
getCallSites(MetaMethod) - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Returns the set of all the call sites in the code of the meta-method mm.
getCFG(BasicBlock) - Static method in class harpoon.Analysis.BasicBlock.Factory
 
getChild(int) - Method in class harpoon.IR.Tree.Tree
Fetch from the child array -- for subclass use only.
getChildrenOf(Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Constructs an enumeration for the children of a specific node.
getClassInitializer() - Method in class harpoon.ClassFile.HClass
Returns the class initializer method, if there is one; otherwise null.
getCode() - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
getCodeFactory(HCodeFactory) - Method in class harpoon.Backend.Generic.Frame
Returns a code factory for machine-specific IR.Assems, given a code factory for CanonicalTreeCode.
getCodeFactory(HCodeFactory) - Method in class harpoon.Backend.MIPS.Frame
 
getCodeFactory(HCodeFactory) - Method in class harpoon.Backend.PreciseC.Frame
 
getCodeFactory(HCodeFactory) - Method in class harpoon.Backend.Sparc.Frame
 
getCodeFactory(HCodeFactory) - Method in class harpoon.Backend.StrongARM.Frame
 
getCodeFactory(HCodeFactory) - Method in class harpoon.Interpret.Tree.DefaultFrame
 
getCodeGen() - Method in class harpoon.Backend.Generic.Frame
Returns the Generic.CodeGen for the backend associated with this.
getCodeGen() - Method in class harpoon.Backend.MIPS.Frame
Returns a MIPS.CodeGen.
getCodeGen() - Method in class harpoon.Backend.PreciseC.Frame
 
getCodeGen() - Method in class harpoon.Backend.Sparc.Frame
 
getCodeGen() - Method in class harpoon.Backend.StrongARM.Frame
Returns a StrongARM.CodeGen.
getCodeGen() - Method in class harpoon.Interpret.Tree.DefaultFrame
Not implemented.
getCodeName() - Method in class harpoon.Analysis.UseDefChecker
 
getCodeName() - Method in class harpoon.Analysis.EventDriven.LockRemove
 
getCodeName() - Method in class harpoon.Analysis.Quads.QuadCounter
Gets the code name of this HCodeFactory.
getCodeName() - Method in class harpoon.Analysis.Quads.MethodInliningCodeFactory
Returns a string naming the type of the HCode that this factory produces.
getCodeName() - Method in class harpoon.Analysis.Realtime.PrintFactory
 
getCodeName() - Method in class harpoon.Analysis.Transactions.CloneImplementer
 
getCodeName() - Method in interface harpoon.ClassFile.HCodeFactory
Returns a string naming the type of the HCode that this factory produces.
getCodeName() - Method in class harpoon.ClassFile.CachingCodeFactory
Returns the name of the HCodes generated by this CachingCodeFactory.
getCodeNode(HCodeElement, int) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Returns a code node: a node associated with the instruction hce: a load node (associated with a GET quad), a return node (associated with a CALL) or an inside node (thread or not) associated with a NEW).
getCodeNode(HCodeElement, int, boolean) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Returns a code node: a node associated with an instruction.
getColor() - Method in class harpoon.Analysis.GraphColoring.ColorableNode
Returns the color of this.
getColor(Object) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Returns the color of node.
getColor(Object) - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Returns the color of node.
getColors() - Method in class harpoon.Analysis.GraphColoring.ColorFactory
Inventory accessor.
getComponentType() - Method in class harpoon.ClassFile.HClass
If this class represents an array type, returns the HClass object representing the component type of the array; otherwise returns null.
getConstant() - Method in interface harpoon.ClassFile.HField
Returns the constant value of this HField, if it is a constant field.
getConstant(int) - Method in class harpoon.IR.Bytecode.Code
Look up a constant in the appropriate constant_pool.
getConstructor(HClass[]) - Method in class harpoon.ClassFile.HClass
Returns an HConstructor object that reflects the specified declared constructor of the class or interface represented by this HClass object.
getConstructors() - Method in class harpoon.ClassFile.HClass
Returns an array of HConstructor objects reflecting all the constructors declared by the class represented by the HClass object.
getContainer() - Method in class harpoon.IR.Assem.InstrGroup
Returns the InstrGroup containing this, or null if this is not contained in any super group.
getCount() - Method in class harpoon.Analysis.PreciseGC.WriteBarrierStats
 
getCSParent() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the parent of this node, on the call site specialization brach.
getData() - Method in class harpoon.IR.Tree.DATUM
Returns the expression to write to memory.
getData(HClass, Frame) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass
Data for gathering statistics on write barriers.
getDeclaredField(String) - Method in class harpoon.ClassFile.HClass
Returns a HField object that reflects the specified declared field of the class or interface represented by this HClass object.
getDeclaredFields() - Method in class harpoon.ClassFile.HClass
Returns an array of HField objects reflecting all the fields declared by the class or interface represented by this HClass object.
getDeclaredMethod(String, HClass[]) - Method in class harpoon.ClassFile.HClass
Returns a HMethod object that reflects the specified declared method of the class or interface represented by this HClass object.
getDeclaredMethod(String, String) - Method in class harpoon.ClassFile.HClass
Returns a HMethod object that reflects the specified declared method of the class or interface represented by this HClass object.
getDeclaredMethods() - Method in class harpoon.ClassFile.HClass
Returns an array of HMethod objects reflecting all the methods declared by the class or interface represented by this HClass object.
getDeclaringClass() - Method in interface harpoon.ClassFile.HMethod
Returns the HClass object representing the class or interface that declares the method represented by this HMethod object.
getDeclaringClass() - Method in interface harpoon.ClassFile.HMember
Returns the HClass object representing the class or interface that declares the member or constructor represented by this HMember.
getDeclaringClass() - Method in interface harpoon.ClassFile.HField
Returns the HClass object representing the class or interface that declares the field represented by this HField object.
getDegree(Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Returns the degree of node.
getDegree(Object) - Method in interface harpoon.Analysis.GraphColoring.Graph
Returns the degree of node.
getDegree(Object) - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
getDerivation() - Method in class harpoon.Analysis.Instr.RegAlloc
returns a Derivation for analyses to use on the register-allocated code.
getDerivation() - Method in class harpoon.Analysis.Instr.LocalCffRegAlloc
 
getDerivation() - Method in class harpoon.Analysis.Instr.GraphColoringRegAlloc
 
getDerivation() - Method in class harpoon.Analysis.Instr.DemandDrivenRegAlloc
stub implementation.
getDerivation() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
getDerivation() - Method in class harpoon.Backend.CSAHack.RegAlloc.Code
 
getDerivation() - Method in class harpoon.Backend.Generic.MaxMunchCG
 
getDerivation() - Method in class harpoon.Backend.Generic.Code
 
getDerivation() - Method in class harpoon.IR.Assem.Code
Returns the Derivation associated with this.
getDerivation() - Method in class harpoon.IR.LowQuad.Code
Return a Derivation object for this LowQuad.Code.
getDerivation() - Method in class harpoon.IR.Quads.ToNoSSA
 
getDerivation() - Method in class harpoon.IR.Quads.Code
Return a Derivation for this codeview.
getDesc() - Method in class harpoon.IR.Tree.Data
 
getDescriptor() - Method in interface harpoon.ClassFile.HMethod
Returns the descriptor for this method.
getDescriptor() - Method in interface harpoon.ClassFile.HMember
Returns the type descriptor for this member.
getDescriptor() - Method in interface harpoon.ClassFile.HField
Return the type descriptor for this HField object.
getDescriptor() - Method in class harpoon.ClassFile.HClass
Returns a ComponentType descriptor for the type represented by this HClass object.
getDotInput(PrintWriter, Graph) - Static method in class harpoon.Analysis.GraphColoring.GraphVisualizer
 
getDst() - Method in class harpoon.IR.Tree.MOVE
Returns the expression giving the destination for the computed value.
getEdgesFrom(PANode, String) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
getEdgesFrom(PANode, String) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
getElements() - Method in class harpoon.ClassFile.HCode
Deprecated. use getElementsL() instead.
getElements() - Method in class harpoon.IR.Bytecode.Code
Deprecated. use getElementsL()
getElements() - Method in class harpoon.IR.Quads.Code
Returns an ordered list of the Quads making up this code view.
getElements() - Method in class harpoon.IR.Tree.Code
Returns an ordered list of the Tree Objects making up this code view.
getElements() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the inctructions in this basic block.
getElements(HCode) - Method in class harpoon.IR.Properties.CFGrapher
 
getElementsE() - Method in class harpoon.ClassFile.HCode
Deprecated. use getElementsI() instead.
getElementsE() - Method in class harpoon.IR.Bytecode.Code
Deprecated. use getElementsI()
getElementsI() - Method in class harpoon.ClassFile.HData
Return an Iterator over the component objects making up this data view.
getElementsI() - Method in class harpoon.ClassFile.HCode
Return an Iterator over the component objects making up this code view.
getElementsI() - Method in class harpoon.IR.Assem.Code
Returns an Iterator over the instructions in this codeview.
getElementsI() - Method in class harpoon.IR.Bytecode.Code
 
getElementsI() - Method in class harpoon.IR.Quads.Code
Returns an iterator over the Quads making up this code view.
getElementsI() - Method in class harpoon.IR.Tree.Code
Returns an Iterator of the Tree Objects making up this code view.
getElementsL() - Method in class harpoon.ClassFile.HData
Return an ordered Collection (a List) of the component objects making up this data view.
getElementsL() - Method in class harpoon.ClassFile.HCode
Return an ordered Collection (a List) of the component objects making up this code view.
getElementsL() - Method in class harpoon.IR.Bytecode.Code
Return an ordered list of the Bytecode.Instrs making up this code view.
getEmptyPAEdgeSet() - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
getEmptyPAEdgeSet() - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
getEmptyRelation() - Method in class harpoon.Util.DataStructs.RelationImpl
 
getEmptyRelation() - Method in class harpoon.Util.DataStructs.LightRelation
 
getEmptyRelation() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
getEntry(InstrGroup.Type) - Method in class harpoon.IR.Assem.Instr
Returns the entry Instr when the instructions are being viewed as collected by type.
getEscapedIntoMH() - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Returns the set of nodes which escape into a method hole.
getExceptionTypes() - Method in interface harpoon.ClassFile.HMethod
Returns an array of HClass objects that represent the types of the checked exceptions thrown by the underlying method represented by this HMethod object.
getExit(InstrGroup.Type) - Method in class harpoon.IR.Assem.Instr
Returns the exit Instr when the instructions are being viewed as collected by type.
getExp() - Method in class harpoon.IR.Tree.MEM
Returns a subexpression evaluating to a memory reference location.
getExp() - Method in class harpoon.IR.Tree.JUMP
Returns an expression giving the address to jump to.
getExp() - Method in class harpoon.IR.Tree.EXPR
Returns the expression to evaluate.
getExp() - Method in class harpoon.IR.Tree.ESEQ
Returns the expression whose value is the the value of the ESEQ.
getExtParIntGraph(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the simplified (external) ParIntGraph attached to the method hm i.e.
getExtParIntGraph(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Returns the simplified (external) ODParIntGraph attached to the method hm i.e.
getExtParIntGraph(MetaMethod, boolean) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
getExtThreadInteraction(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
getExtThreadInteraction(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
getFactory() - Method in class harpoon.Analysis.EventDriven.ContCodeSSI
 
getFactory() - Method in class harpoon.Analysis.EventDriven.ContCodeNoSSA
 
getFactory() - Method in class harpoon.Analysis.EventDriven.ContCode
 
getFactory() - Method in class harpoon.IR.Assem.Instr
Returns the InstrFactory that generated this.
getFactory() - Method in class harpoon.IR.Quads.Quad
Returns the QuadFactory that generated this Quad.
getFactory() - Method in class harpoon.IR.Tree.Tree
Returns the TreeFactory that generated this Tree.
GETFIELD - Static variable in class harpoon.IR.Bytecode.Op
 
GETFIELD_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
GETFIELD_QUICK_W - Static variable in class harpoon.IR.Bytecode.Op
 
getField(String) - Method in class harpoon.ClassFile.HClass
Returns a HField object that reflects the specified accessible member field of the class or interface represented by this HClass object.
GETFIELD2_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
getFields() - Method in class harpoon.ClassFile.HClass
Returns an array containing HField objects reflecting all the accessible fields of the class or interface represented by this HClass object.
getFirst() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns the first instruction of this basic block.
getFirst() - Method in interface harpoon.Analysis.BasicBlockInterf
Returns the first statement of the basic block.
getFirst() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use the standard List view provided by statements() instead
getFirst() - Method in class harpoon.Util.Collections.WorkSet
Returns the first element in the ordered set.
getFirst() - Method in class harpoon.Util.Graphs.SCCTopSortedGraph
Returns the first (i.e.
getFirstChild() - Method in class harpoon.IR.Tree.Tree
Returns the leftmost child of this tree, or null if this node has no children.
getFirstElement() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the first instruction from this basic block.
getFirstElement(HCode) - Method in class harpoon.IR.Properties.CFGrapher
Deprecated. Use getFirstElements() instead.
getFirstElements(HCode) - Method in class harpoon.IR.Properties.CFGrapher
Returns the first HCodeElements to be executed; that is, the roots of the control-flow graph.
getFlag() - Method in class gnu.getopt.LongOpt
Returns the value of the 'flag' field for this long option
getFOOTER(HCode) - Static method in class harpoon.Util.Util
Returns the unique FOOTER quad from hcode.
getFPOffset() - Method in class harpoon.Backend.MIPS.StackInfo
 
getFrame() - Method in class harpoon.IR.Assem.InstrFactory
Returns the Frame which is associated with all of the Instrs generated by this factory.
getFrame() - Method in class harpoon.IR.Assem.Code
 
getFrame() - Method in class harpoon.IR.Tree.TreeFactory
Returns the Frame to be used to resolve machine-dependent issues for this TreeFactory.
getFrame() - Method in class harpoon.IR.Tree.Data.TreeFactory
Returns the HClass to which all HDataElements generated by this factory belong.
getFrame() - Method in class harpoon.IR.Tree.Code
 
getFrame() - Method in class harpoon.IR.Tree.Code.TreeFactory
 
getFunc() - Method in class harpoon.IR.Tree.INVOCATION
Returns an expression for the function reference to invoke.
getGCInfo() - Method in class harpoon.Backend.Generic.Frame
Returns the GCInfo for the backend associated with this.
getGCInfo() - Method in class harpoon.Backend.MIPS.Frame
 
getGCInfo() - Method in class harpoon.Backend.PreciseC.Frame
 
getGCInfo() - Method in class harpoon.Backend.Sparc.Frame
 
getGCInfo() - Method in class harpoon.Backend.StrongARM.Frame
 
getGCInfo() - Method in class harpoon.Interpret.Tree.DefaultFrame
There are no plans to ever have the Tree interpreter support GCInfo, so getGCInfo will always return null.
getGeneralRegisters() - Method in class harpoon.Backend.Generic.RegFileInfo
Returns an array of Temps for all the registers that the register allocator can feel free to play with
getGeneralRegisters() - Method in class harpoon.Backend.MIPS.RegFileInfo
 
getGeneralRegisters() - Method in class harpoon.Backend.Sparc.RegFileInfo
 
getGeneralRegisters() - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
getGeneralRegistersC() - Method in class harpoon.Backend.Generic.RegFileInfo
Returns a Collection of Temps for all the registers that the register allocator can feel free to play with
getGenuine() - Method in class harpoon.Analysis.PointerAnalysis.PANode
 
getGrapher() - Method in class harpoon.IR.Tree.TreeCode
CFGrapher not valid for non-canonical trees.
getGrapher() - Method in class harpoon.IR.Tree.Code
Returns a means to externally associate control flow with this tree code.
getGrapherFor(InstrGroup.Type) - Method in class harpoon.Analysis.Instr.RegAlloc
(Helper method) Returns a CFGrapher that treats InstrGroups of Type t as single atomic elements.
getGrapherFor(InstrGroup.Type) - Method in class harpoon.IR.Assem.InstrFactory
Returns a CFGrapher that treats InstrGroups of Type t as single atomic elements.
getGroups() - Method in class harpoon.IR.Assem.Instr
Returns the Set of InstrGroups that this is an element of.
getHandler() - Method in class harpoon.IR.Tree.THROW
The location of the exception-handling code
getHandler() - Method in class harpoon.IR.Tree.CALL
Returns an expression indicating the destination to which we should return if our caller throws an exception.
getHandlerStartIndex() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the index of the first handler into the array of next (light) basic blocks.
getHasArg() - Method in class gnu.getopt.LongOpt
Returns the value set for the 'has_arg' field for this long option
getHClass() - Method in class harpoon.Analysis.MetaMethods.GenType
Returns the underlying HClass.
getHClass() - Method in class harpoon.Backend.Runtime1.Data
 
getHClass() - Method in class harpoon.ClassFile.HData
Return the HClass to which this HData belongs.
getHCode() - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Returns the HCode that this factory produces FCFG basic blocks of.
getHCode() - Method in interface harpoon.Analysis.BasicBlockFactoryInterf
Returns the HCode that this factory produces basic blocks of.
getHCode() - Method in class harpoon.Analysis.BasicBlock.Factory
Returns the HCode that this factory produces basic blocks of.
getHCode() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock.Factory
Returns the underlying HCode.
getHigh() - Method in class harpoon.Backend.StrongARM.TwoWordTemp
Returns the Temp representing the high order bits of this.
getHMethod() - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Returns the HMethod that this meta-method is a specialization of.
getId() - Method in class harpoon.Util.Graphs.SCComponent
Returns the numeric ID of this SCComponent.
getID() - Method in interface harpoon.ClassFile.HDataElement
Returns a unique numeric identifier for this element.
getID() - Method in interface harpoon.ClassFile.HCodeElement
Returns a unique numeric identifier for this element.
getID() - Method in class harpoon.IR.Assem.Instr
 
getID() - Method in class harpoon.IR.Bytecode.Instr
Returns a unique numeric identifier for this element.
getID() - Method in class harpoon.IR.Quads.Quad
Returns a unique numeric identifier for this Quad.
getID() - Method in class harpoon.IR.Tree.Tree
Returns a unique numeric identifier for this Tree.
getID(Object) - Method in class harpoon.Util.Indexer
Returns the "small" integer uniquely associated with o in this.
getIndex() - Method in class harpoon.IR.Bytecode.OpLocalVariable
Get the local variable index
getInsideNodeType(PANode) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Gets the type of an inside node.
getInstr() - Method in class harpoon.Analysis.Instr.TempInstrPair
 
getInstrBuilder() - Method in class harpoon.Backend.Generic.Frame
Returns the appropriate InstrBuilder for this Frame.
getInstrBuilder() - Method in class harpoon.Backend.MIPS.Frame
 
getInstrBuilder() - Method in class harpoon.Backend.PreciseC.Frame
 
getInstrBuilder() - Method in class harpoon.Backend.Sparc.Frame
 
getInstrBuilder() - Method in class harpoon.Backend.StrongARM.Frame
 
getInstrBuilder() - Method in class harpoon.Interpret.Tree.DefaultFrame
Stub added by FSK.
getInstrFactory() - Method in class harpoon.IR.Assem.Code
Allows access to the InstrFactory used by this codeview.
getInstrFor(Label) - Method in class harpoon.IR.Assem.Instr
Returns the InstrLABEL associated with l in the InstrFactory for this.
getInterestingAGETs(HMethod, HCode) - Method in class harpoon.Util.TypeInference.CachingArrayInfo
Returns the set of AGET instructions from hcode that access arrays of non primitive objects.
getInterestingAGETs(HMethod, HCode) - Method in class harpoon.Util.TypeInference.ArrayInfo
Returns the set of AGET instructions from hcode that access arrays of non primitive objects.
getInterface(int) - Method in class harpoon.Interpret.Tree.InterfaceList
Returns the i'th element of this InterfaceList
getInterfaces() - Method in class harpoon.ClassFile.HClass
Determines the interfaces implemented by the class or interface represented by this object.
getIntParIntGraph(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the full (internal) ParIntGraph attached to the method hm i.e.
getIntParIntGraph(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Returns the full (internal) ODParIntGraph attached to the method hm i.e.
getIntParIntGraph(MetaMethod, boolean) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
getIntThreadInteraction(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
getIntThreadInteraction(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
getKey() - Method in class harpoon.Util.Collections.PairMapEntry
 
getKey() - Method in class harpoon.Util.Collections.AbstractMapEntry
Returns the key corresponding to this entry.
getLabel() - Method in class harpoon.IR.Assem.InstrLABEL
Return the code label specified in the constructor.
getLast() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns the last instruction of this basic block.
getLast() - Method in interface harpoon.Analysis.BasicBlockInterf
Returns the last statement of the basic block.
getLast() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use the standard List view provided by statements() instead
getLast() - Method in class harpoon.Util.Collections.WorkSet
Returns the last element in the ordered set.
getLast() - Method in class harpoon.Util.Graphs.SCCTopSortedGraph
Returns the last (i.e.
getLastElement() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the last instruction from this basic block.
getLastElements(HCode) - Method in class harpoon.IR.Properties.CFGrapher
Returns the last HCodeElements to be executed; that is, the leaves of the control-flow graph.
getLBBConverter() - Method in class harpoon.Util.LightBasicBlocks.SCCLBBFactory
Returns the underlying LBBConverter.
getLeafElements() - Method in class harpoon.ClassFile.HCode
Return the 'leaves' of this code view; that is, the elements with no successors.
getLeafElements() - Method in class harpoon.IR.Assem.Code
 
getLeafElements() - Method in class harpoon.IR.Bytecode.Code
 
getLeafElements() - Method in class harpoon.IR.Quads.Code
Returns the leaves of the control flow graph.
getLeafElements() - Method in class harpoon.IR.Tree.Code
Returns the leaves of the Tree
getLeafElementsL() - Method in class harpoon.IR.Bytecode.Code
 
getLeaves() - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Returns the leaf FCFGBasicBlocks.
getLeaves() - Method in class harpoon.Analysis.BasicBlock.Factory
Returns the leaf BasicBlocks.
getLeavesBBInterf() - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Does the same thing as getLeaves.
getLeavesBBInterf() - Method in interface harpoon.Analysis.BasicBlockFactoryInterf
Returns the leaf BasicBlockInterfs.
getLeavesBBInterf() - Method in class harpoon.Analysis.BasicBlock.Factory
Does the same thing as getLeaves.
getLeft() - Method in class harpoon.IR.Tree.SEQ
Returns the statement to evaluate first.
getLeft() - Method in class harpoon.IR.Tree.BINOP
Returns the subexpression of the left-hand side of the operator.
getLine(HCodeElement) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Returns the line of the instruction q in the format source_file:line_number.
getLineNumber() - Method in interface harpoon.ClassFile.HCodeElement
Get the line in the original source file that this element is traceable to.
getLineNumber() - Method in class harpoon.IR.Assem.Instr
 
getLineNumber() - Method in class harpoon.IR.Bytecode.Instr
Returns the line in the original source file that this bytecode instruction can be traced to.
getLineNumber() - Method in class harpoon.IR.Quads.Quad
Returns the line in the original source file that this Quad is derived from.
getLineNumber() - Method in class harpoon.IR.Tree.Tree
Returns the line in the original source file that this Tree is derived from.
getLinker() - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
getLinker() - Method in class harpoon.Backend.Generic.Frame
The Linker object to use when compiling for this Frame.
getLinker() - Method in class harpoon.Backend.MIPS.Frame
 
getLinker() - Method in class harpoon.Backend.PreciseC.Frame
 
getLinker() - Method in class harpoon.Backend.Sparc.Frame
 
getLinker() - Method in class harpoon.Backend.StrongARM.Frame
 
getLinker() - Method in class harpoon.ClassFile.HClass
Returns the linker responsible for the resolution of this HClass object.
getLinker() - Method in class harpoon.IR.Quads.QuadFactory
Returns the Linker used to resolve class names for all Quads.
getLinker() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
getLiveAfter(HCodeElement) - Method in class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
 
getLiveAfter(HCodeElement) - Method in class harpoon.Analysis.DataFlow.LiveTemps
Returns the Set of Temps that are live on exit from hce.
getLiveAfter(HCodeElement) - Method in class harpoon.Analysis.DataFlow.CachingLiveTemps
 
getLiveBefore(HCodeElement) - Method in class harpoon.Analysis.DataFlow.LiveTemps
Returns the Set of Temps that are live on on entry to hce.
getLiveIn(HCodeElement) - Method in class harpoon.Analysis.Liveness
Returns the Set of Temps that are live-in at the HCodeElement.
getLiveIn(HCodeElement) - Method in class harpoon.Analysis.DataFlow.LiveVars
 
getLiveIn(HCodeElement) - Method in class harpoon.Analysis.Quads.QuadLiveness
Returns the Set of Temps that are live-in at the HCodeElement.
getLiveInandOutArray(HCodeElement) - Method in class harpoon.Analysis.Quads.QuadLiveness
 
getLiveInArray(HCodeElement) - Method in class harpoon.Analysis.Quads.QuadLiveness
Same as getLiveIn, but returns array of Temps.
getLiveOnEntry(BasicBlock) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Returns the Set of variables that are live on entry to b.
getLiveOnExit(BasicBlock) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Returns the Set of variables that are live on exit from b.
getLiveOut(HCodeElement) - Method in class harpoon.Analysis.Liveness
Returns the Set of Temps that are live-out at the HCodeElement.
getLiveOut(HCodeElement) - Method in class harpoon.Analysis.DataFlow.LiveVars
 
getLiveOut(HCodeElement) - Method in class harpoon.Analysis.Quads.QuadLiveness
Returns the Set of Temps that are live-out at the HCodeElement.
getLiveOutArray(HCodeElement) - Method in class harpoon.Analysis.Quads.QuadLiveness
Same as getLiveOut, but returns array of Temps.
getLoadNodeSpecial(HCodeElement, String) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Special function for load instructions that read multiple fields in the same time (the motivating example is that of "clone()") For such an instruction, a load node is generated for each field that is read (f in the parameter list).
getLocationFactory() - Method in class harpoon.Backend.Generic.Frame
Returns the appropriate LocationFactory for this Frame.
getLocationFactory() - Method in class harpoon.Backend.MIPS.Frame
 
getLocationFactory() - Method in class harpoon.Backend.PreciseC.Frame
 
getLocationFactory() - Method in class harpoon.Backend.Sparc.Frame
 
getLocationFactory() - Method in class harpoon.Backend.StrongARM.Frame
 
getLocationFactory() - Method in class harpoon.Interpret.Tree.DefaultFrame
Stub added by CSA.
getLongind() - Method in class gnu.getopt.Getopt
Returns the index into the array of long options (NOT argv) representing the long option that was found.
getLow() - Method in class harpoon.Backend.StrongARM.TwoWordTemp
Returns the Temp representing the low order bits of this.
getMark() - Method in class harpoon.Util.Collections.PersistentEnvironment
Get a mark that will allow you to restore the current state of this environment.
getMark() - Method in class harpoon.Util.Collections.HashEnvironment
 
getMark() - Method in interface harpoon.Util.Collections.Environment
Get a mark that will allow you to restore the current state of this environment.
getMaxID(HCodeElement) - Static method in class harpoon.Analysis.DataFlow.TreeSolver
 
getMaxLocals() - Method in class harpoon.IR.Bytecode.Code
Get the number of local variables used in this method, including the parameters passed to the method on invocation.
getMaxStack() - Method in class harpoon.IR.Bytecode.Code
Get the maximum number of words on the operand stack at any point during execution of this method.
getMemLimit() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
getMetaAllCallers() - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the all callers graph used by this PointerAnalysis object.
getMetaAllCallers() - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
getMetaCallGraph() - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the call graph graph used by this PointerAnalysis object.
getMetaCallGraph() - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
getMethod() - Method in class harpoon.ClassFile.HCode
Return the HMethod to which this HCode belongs.
getMethod() - Method in class harpoon.IR.Assem.InstrFactory
Returns the HMethod which corresponds to Instrs generated by this factory.
getMethod() - Method in class harpoon.IR.Assem.Code
 
getMethod() - Method in class harpoon.IR.Bytecode.Code
Return the HMethod this codeview belongs to.
getMethod() - Method in class harpoon.IR.Quads.QuadFactory
Returns the HMethod for which all Quads correspond.
getMethod() - Method in class harpoon.IR.Quads.Code
Return the HMethod this codeview belongs to.
getMethod() - Method in class harpoon.IR.Tree.METHOD
Return the label which should mark the top of the method.
getMethod() - Method in class harpoon.IR.Tree.Code
Return the HMethod this codeview belongs to.
getMethod() - Method in class harpoon.IR.Tree.Code.TreeFactory
Returns the HMethod to which all Exps and Stms generated by this factory belong.
getMETHOD(HCode) - Static method in class harpoon.Util.Util
Returns the unique METHOD quad from hcode.
getMethod(String, HClass[]) - Method in class harpoon.ClassFile.HClass
Returns an HMethod object that reflects the specified accessible method of the class or interface represented by this HClass object.
getMethod(String, String) - Method in class harpoon.ClassFile.HClass
Returns an HMethod object that reflects the specified accessible method of the class or interface represented by this HClass object.
getMethods() - Method in class harpoon.ClassFile.HClass
Returns an array containing HMethod object reflecting all accessible member methods of the class or interface represented by this HClass object, including those declared by the class or interface and those inherited from superclasses and superinterfaces.
getModifiers() - Method in interface harpoon.ClassFile.HMethod
Returns the Java language modifiers for the method represented by this HMethod object, as an integer.
getModifiers() - Method in interface harpoon.ClassFile.HMember
Returns the Java language modifiers for the member of constructor represented by this HMember, as an integer.
getModifiers() - Method in interface harpoon.ClassFile.HField
Returns the Java language modifiers for the field represented by this HField object, as an integer.
getModifiers() - Method in class harpoon.ClassFile.HClass
Returns the Java language modifiers for this class or interface, encoded in an integer.
getMutator() - Method in interface harpoon.ClassFile.HMethod
Returns a mutator for this HMethod, or null if the object is immutable.
getMutator() - Method in interface harpoon.ClassFile.HField
Returns a mutator for this HField, or null if the object is immutable.
getMutator() - Method in class harpoon.ClassFile.HClass
Returns a mutator for this HClass, or null if this object is immutable.
getName() - Method in class harpoon.Analysis.EnvBuilder.EnvCode
Return the name of this code view.
getName() - Method in class harpoon.Analysis.EventDriven.EventDrivenCode
Return the name of this code view.
getName() - Method in class harpoon.Analysis.EventDriven.ContCodeSSI
Return the name of this code view.
getName() - Method in class harpoon.Analysis.EventDriven.ContCodeNoSSA
Return the name of this code view.
getName() - Method in class harpoon.Analysis.EventDriven.ContCode
Return the name of this code view.
getName() - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
getName() - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadNoSSA
 
getName() - Method in class harpoon.Backend.CSAHack.RegAlloc.Code
 
getName() - Method in class harpoon.Backend.Generic.Code
 
getName() - Method in interface harpoon.ClassFile.HMethod
Returns the name of the method represented by this HMethod object, as a String.
getName() - Method in interface harpoon.ClassFile.HMember
Returns the simple name of the underlying member or constructor represented by this HMember.
getName() - Method in interface harpoon.ClassFile.HInitializer
Returns the name of this class initializer, as a string.
getName() - Method in interface harpoon.ClassFile.HField
Returns the name of the field represented by this HField object.
getName() - Method in interface harpoon.ClassFile.HConstructor
Returns the name of this constructor, as a string.
getName() - Method in class harpoon.ClassFile.HCode
Return the name of this code view.
getName() - Method in class harpoon.ClassFile.HClass
Returns the fully-qualified name of the type (class, interface, array, or primitive) represented by this HClass object, as a String.
getName() - Method in class gnu.getopt.LongOpt
Returns the name of this LongOpt as a String
getName() - Method in class harpoon.IR.Bytecode.Code
Return the name of this code view, "bytecode".
getName() - Method in class harpoon.IR.LowQuad.LowQuadSSI
Return the name of this code view.
getName() - Method in class harpoon.IR.LowQuad.LowQuadSSA
Return the name of this code view.
getName() - Method in class harpoon.IR.LowQuad.LowQuadNoSSA
Return the name of this code view.
getName() - Method in class harpoon.IR.Quads.QuadWithTry
Return the name of this code view.
getName() - Method in class harpoon.IR.Quads.QuadSSI
Return the name of this code view.
getName() - Method in class harpoon.IR.Quads.QuadSSA
Return the name of this code view.
getName() - Method in class harpoon.IR.Quads.QuadRSSx
Return the name of this code view.
getName() - Method in class harpoon.IR.Quads.QuadNoSSA
Return the name of this code view.
getName() - Method in class harpoon.IR.Quads.Code
Return the name of this code view.
getName() - Method in class harpoon.IR.Tree.TreeCode
Return the name of this code view.
getName() - Method in class harpoon.IR.Tree.OptimizedTreeCode
Return the name of this code view.
getName() - Method in class harpoon.IR.Tree.Code
Return the name of this code view.
getName() - Method in class harpoon.IR.Tree.CanonicalTreeCode
Return the name of this code view.
getNameMap() - Method in class harpoon.Backend.Generic.Runtime
Returns a NameMap valid for this Generic.Runtime.
getNameMap() - Method in class harpoon.Backend.Runtime1.Runtime
 
getNeighborsOf(Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Constructs an enumeration for the parents of a specific node.
getNext() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use nextSet() instead
getNext() - Method in class harpoon.IR.Assem.Instr
The next Instr to output after this.
getNextLBBs() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the array of successor light basic blocks.
getNextPtr() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
getNode(String) - Method in class harpoon.Analysis.Partition.WeightedGraph
 
getNodeRepository() - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
getNodes() - Method in class harpoon.Analysis.Partition.WeightedGraph
 
getOffset() - Method in class harpoon.Interpret.Tree.UndefinedPointer
Returns the offset of this UndefinedPointer.
getOffset() - Method in class harpoon.Interpret.Tree.StringPointer
Returns the offset of this StringPointer.
getOffset() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Returns the offset of this ClazPointer.
getOffsetMap() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
getOpcode() - Method in class harpoon.IR.Bytecode.Instr
Returns the java bytecode of this instruction.
getOpcode() - Method in class harpoon.IR.Bytecode.InMerge
Return the java bytecode of this instruction.
getOpcode() - Method in class harpoon.IR.Bytecode.InGen
Return the bytecode opcode of this instruction.
getOpcode() - Method in class harpoon.IR.Bytecode.InCti
Return the java bytecode opcode of this instruction.
getOperand() - Method in class harpoon.IR.Bytecode.InRet
Returns the local variable operand of the RET instruction.
getOperand() - Method in class harpoon.IR.Tree.UNOP
Returns the subexpression to be operated upon.
getOperand(int) - Method in class harpoon.IR.Bytecode.InGen
Return a specific operand of this instruction.
getOperands() - Method in class harpoon.IR.Bytecode.InGen
Get all the operands of this instruction.
Getopt - class gnu.getopt.Getopt.
This is a Java port of GNU getopt, a class for parsing command line arguments passed to programs.
getopt() - Method in class gnu.getopt.Getopt
This method returns a char that is the current option that has been parsed from the command line.
Getopt(String, String[], String) - Constructor for class gnu.getopt.Getopt
Construct a basic Getopt instance with the given input data.
Getopt(String, String[], String, LongOpt[]) - Constructor for class gnu.getopt.Getopt
Construct a Getopt instance with given input data that is capable of parsing long options as well as short.
Getopt(String, String[], String, LongOpt[], boolean) - Constructor for class gnu.getopt.Getopt
Construct a Getopt instance with given input data that is capable of parsing long options and short options.
getOptarg() - Method in class gnu.getopt.Getopt
For communication from `getopt' to the caller.
getOptind() - Method in class gnu.getopt.Getopt
optind it the index in ARGV of the next element to be scanned.
getOptopt() - Method in class gnu.getopt.Getopt
When getopt() encounters an invalid option, it stores the value of that option in optopt which can be retrieved with this method.
getOrderedMethods(HClass) - Method in class harpoon.Backend.Analysis.BasicGCInfo
Returns an ordered, unmodifiable List of HMethods with the following properties: - The declaring class of the HMethod is HClass.
getOrderedMethods(HClass) - Method in class harpoon.Backend.Generic.GCInfo
Returns a List of HMethods with the following properties: - The declaring class of the HMethod is HClass.
getPackage() - Method in class harpoon.ClassFile.HClass
Returns the package name of this HClass.
getParameterNames() - Method in interface harpoon.ClassFile.HMethod
Returns an array of String objects giving the declared names of the formal parameters of the method.
getParameterTypes() - Method in interface harpoon.ClassFile.HMethod
Returns an array of HClass objects that represent the formal parameter types, in declaration order, of the method represented by this HMethod object.
getParamNode(MetaMethod, int) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Returns the parameter node associated with the countth formal parameter of mmethod.
getParamNodes(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the parameter nodes of the method hm.
getParamNodes(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Returns the parameter nodes of the method hm.
getParams() - Method in class harpoon.IR.Tree.METHOD
Return the temporary variables used for method formals.
getParams(int) - Method in class harpoon.IR.Tree.METHOD
 
getParamsLength() - Method in class harpoon.IR.Tree.METHOD
 
getParent() - Method in class harpoon.IR.Assem.InstrFactory
Returns the HCode to which all Instrs generated by this factory belong.
getParent() - Method in class harpoon.IR.Quads.QuadFactory
Returns the HCode to which all Quads generated by this QuadFactory belong.
getParent() - Method in class harpoon.IR.Tree.Tree
Returns the parent of this tree.
getParent() - Method in class harpoon.IR.Tree.Data.TreeFactory
Returns the HCode to which all HDataElements generated by this factory belong.
getParent() - Method in class harpoon.IR.Tree.Code.TreeFactory
Returns the HCode to which all Exps and Stms generated by this factory belong.
getParentsOf(Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Constructs an enumeration for the parents of a specific node.
getPigAfterQuad(MetaMethod, Quad) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the parallel interaction graph attached to the program point right after q in the body of meta-method mm.
getPIGAtQuad(MetaMethod, Quad) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the parallel interaction graph attached to the program point right after q in the body of meta-method mm.
getPIGAtQuad(MetaMethod, Quad) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Returns the parallel interaction graph attached to the program point right before q in the body of meta-method mm.
getPigBeforeQuad(MetaMethod, Quad) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the parallel interaction graph attached to the program point right before q in the body of meta-method mm.
getPigForQuad(MetaMethod, Quad, int) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
getPossibleClasses() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns an array of GenTypes describing all the possible types (ie HClasses) this node can have.
getPotentialSpills() - Method in class harpoon.Backend.Generic.RegFileInfo.SpillException
Returns an iterator of spill candidates.
getPrecedenceRelation() - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
Returns a relation that contains all the pairs <n2,n1> such that there was an edge from n1 to n2 (through some field f).
getPrecedenceRelation() - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
getPrefix(HClass) - Static method in class harpoon.Analysis.ContBuilder.ContBuilder
Builds the continuation.
getPrev() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use prevSet() instead
getPrev() - Method in class harpoon.IR.Assem.Instr
The Instr that is output prior to this.
getPrevLBBs() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the array of predecessor light basic blocks.
getProtectedStartIndex() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Returns the index of the first protected basic block in the array of (light) basic blocks.
getQuads() - Method in class harpoon.IR.Quads.ToNoSSA
 
getQuads() - Method in class harpoon.IR.Quads.RSSxToNoSSA
 
getRAOffset() - Method in class harpoon.Backend.MIPS.StackInfo
 
getReachableFromExcp() - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Returns the set of nodes reachable from the exceptionally returned nodes (including the exceptionally returned nodes).
getReachableFromR() - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Returns the set of nodes reachable from the returned nodes (including the returned nodes).
getReachingAfter(HCodeElement) - Method in class harpoon.Analysis.DataFlow.ReachingHCodeElements
Returns the Set of HCodeElementss which represent a definition that reaches the point directly after hce.
getReachingBefore(HCodeElement) - Method in class harpoon.Analysis.DataFlow.ReachingHCodeElements
Returns the Set of HCodeElementss which represent a definition that reaches the point directly before hce.
getReg(Temp) - Method in class harpoon.Analysis.Instr.EqTempSets
Returns the register temp associated with t.
getRegAssignments(Temp) - Method in class harpoon.Backend.Generic.RegFileInfo
Produces a mutable Set of register assignments that can hold t.
getRegAssignments(Temp) - Method in class harpoon.Backend.MIPS.RegFileInfo
 
getRegAssignments(Temp) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
getRegFileInfo() - Method in class harpoon.Backend.Generic.Frame
Returns the appropriate RegFileInfo for this Frame.
getRegFileInfo() - Method in class harpoon.Backend.MIPS.Frame
 
getRegFileInfo() - Method in class harpoon.Backend.PreciseC.Frame
 
getRegFileInfo() - Method in class harpoon.Backend.Sparc.Frame
 
getRegFileInfo() - Method in class harpoon.Backend.StrongARM.Frame
 
getRegFileInfo() - Method in class harpoon.Interpret.Tree.DefaultFrame
Stub added by FSK.
getRegister(int) - Method in class harpoon.Backend.Generic.RegFileInfo
Returns a specific register on the machine.
getRegister(index)==getAllRegisters()[index]
getRegister(int) - Method in class harpoon.Backend.MIPS.RegFileInfo
 
getRegister(int) - Method in class harpoon.Backend.Sparc.RegFileInfo
 
getRegister(int) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
getRegisterName(Instr, Temp, String) - Method in class harpoon.Backend.CSAHack.RegAlloc.Code
 
getRegisterName(Instr, Temp, String) - Method in class harpoon.IR.Assem.Code
Returns an assembly code identifier for the register that val will be stored into.
getRegisters(Instr, Temp) - Method in class harpoon.Backend.Generic.Code
Returns all of the Register Temps that val maps to in i.
getRemovalSuggestions() - Method in class harpoon.Analysis.GraphColoring.UnableToColorGraph
returns a Collection of nodes that are suggested for removal to make some external graph colorable.
getRemovalSuggestionsBackup() - Method in class harpoon.Analysis.GraphColoring.UnableToColorGraph
returns a Collection of nodes that are suggested for removal to make some external graph colorable.
getRep(Temp) - Method in class harpoon.Analysis.Instr.EqTempSets
Returns the rep for t.
getResourceAsStream(String) - Static method in class harpoon.ClassFile.Loader
Open an InputStream on a resource found somewhere in the CLASSPATH.
getRetex() - Method in class harpoon.IR.Tree.THROW
The exceptional value to return
getRetex() - Method in class harpoon.IR.Tree.CALL
Returns the destination expression for any exception which the callee might throw.
getReturnType() - Method in interface harpoon.ClassFile.HMethod
Returns a HClass object that represents the formal return type of the method represented by this HMethod object.
getReturnType() - Method in class harpoon.IR.Tree.METHOD
Return an integer enumeration (see Typed) of the return type of the method.
getReturnType(HCode) - Method in class harpoon.Analysis.TypeInference.InterProc
 
getRetval() - Method in class harpoon.IR.Tree.RETURN
Returns the value to return.
getRetval() - Method in class harpoon.IR.Tree.INVOCATION
Returns the expression indicating the destination of the return value.
getRight() - Method in class harpoon.IR.Tree.SEQ
Returns the statement to evaluate last.
getRight() - Method in class harpoon.IR.Tree.BINOP
Returns the subexpression of the right-hand side of the operator.
getRoot() - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Returns the root FCFGBasicBlock.
getRoot() - Method in class harpoon.Analysis.BasicBlock.Factory
Returns the root BasicBlock.
getRoot() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the root of this node.
getRoot() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock.Factory
Returns the root LightBasicBlock.
getRootBBInterf() - Method in class harpoon.Analysis.FCFGBasicBlock.Factory
Does the same thing as getRoot.
getRootBBInterf() - Method in interface harpoon.Analysis.BasicBlockFactoryInterf
Returns the root BasicBlockInterfs.
getRootBBInterf() - Method in class harpoon.Analysis.BasicBlock.Factory
Does the same thing as getRoot.
getRootElement() - Method in class harpoon.Backend.Runtime1.Data
 
getRootElement() - Method in class harpoon.ClassFile.HData
Return the 'root' element of this data view.
getRootElement() - Method in class harpoon.ClassFile.HCode
Return the 'root' element of this code view.
getRootElement() - Method in class harpoon.IR.Assem.Code
 
getRootElement() - Method in class harpoon.IR.Quads.Code
Returns the root of the control flow graph.
getRootElement() - Method in class harpoon.IR.Tree.Code
Returns the root of the Tree
getRootloop(HCode) - Method in class harpoon.Analysis.Loops.LoopFinder
This method returns the Root level loop for a given HCode.
getRoots(Linker) - Static method in class harpoon.Analysis.Realtime.Realtime
Adds all methods required for RTJ in the rootset, including: javax.realtime.RealtimeThread(java.lang.ThreadGroup, java.lang.Runnable, java.lang.String) javax.realtime.RealtimeThread.memoryArea() javax.realtime.RealtimeThread.currentRealtimeThread() java.lang.Thread.setPriority(int) javax.realtime.MemoryArea.checkAccess(java.lang.Object) javax.realtime.MemoryArea.bless(java.lang.Object) javax.realtime.MemoryArea.bless(java.lang.Object, int[])
getRunMetaMethods() - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
 
getRunMetaMethods() - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Returns the set of the meta-methods that could be called as the body of some thread.
getRuntime() - Method in class harpoon.Backend.Generic.Frame
Returns the appropriate Generic.Runtime for this Frame.
getRuntime() - Method in class harpoon.Backend.MIPS.Frame
 
getRuntime() - Method in class harpoon.Backend.PreciseC.Frame
 
getRuntime() - Method in class harpoon.Backend.Sparc.Frame
 
getRuntime() - Method in class harpoon.Backend.StrongARM.Frame
 
getRuntime() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
getScope() - Method in class harpoon.Temp.TempFactory
Returns the static scope of this TempFactory.
getSibling() - Method in class harpoon.IR.Tree.Tree
Returns the right sibling of this tree, null if there are no siblings to the right of this node.
getSize(Temp) - Method in class harpoon.Backend.Generic.InstrBuilder
Returns the size of temp on the stack.
getSize(Temp) - Method in class harpoon.Backend.MIPS.RegFileInfo
 
getSize(Temp) - Method in class harpoon.Backend.MIPS.InstrBuilder
 
getSize(Temp) - Method in class harpoon.Backend.StrongARM.InstrBuilder
 
getSLR(HClass, String) - Static method in class harpoon.Main.Lint
method for caching sourcelinereaders
getSourceFile() - Method in interface harpoon.ClassFile.HDataElement
Get the original source file name that this element is derived from.
getSourceFile() - Method in interface harpoon.ClassFile.HCodeElement
Get the original source file name that this element is derived from.
getSourceFile() - Method in class harpoon.ClassFile.HClass
Return the name of the source file for this class, or a zero-length string if the information is not available.
getSourceFile() - Method in class harpoon.IR.Assem.Instr
 
getSourceFile() - Method in class harpoon.IR.Bytecode.Instr
Returns the original source file name that this bytecode instruction is derived from.
getSourceFile() - Method in class harpoon.IR.Quads.Quad
Returns the original source file name that this Quad is derived from.
getSourceFile() - Method in class harpoon.IR.Tree.Tree
Returns the original source file name that this Tree is derived from.
getSplitRelation() - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Computes the split relation.
getSplitRelation() - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Computes the split relation.
getSrc() - Method in class harpoon.IR.Tree.MOVE
Returns the expression for the computed value.
getStackInfo() - Method in class harpoon.Backend.MIPS.CodeGen
 
GETSTATIC - Static variable in class harpoon.IR.Bytecode.Op
 
GETSTATIC_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
GETSTATIC2_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
getStaticNode(String) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Returns the static node associated with the class class_name.
getStm() - Method in class harpoon.IR.Tree.ESEQ
Returns the statement to evaluate for side-effects.
getSuperclass() - Method in class harpoon.ClassFile.HClass
If this object represents any class other than the class Object, then the object that represents the superclass of that class is returned.
getTail() - Method in class harpoon.IR.Assem.InstrFactory
 
getTargets() - Method in class harpoon.IR.Assem.Instr
List of target labels that this can branch to.
getTemp() - Method in class harpoon.Analysis.Instr.TempInstrPair
 
getTempBuilder() - Method in class harpoon.Backend.Generic.Frame
Returns the Generic.TempBuilder for the backend associated with this.
getTempBuilder() - Method in class harpoon.Backend.MIPS.Frame
 
getTempBuilder() - Method in class harpoon.Backend.PreciseC.Frame
 
getTempBuilder() - Method in class harpoon.Backend.Sparc.Frame
 
getTempBuilder() - Method in class harpoon.Backend.StrongARM.Frame
 
getTempBuilder() - Method in class harpoon.Interpret.Tree.DefaultFrame
Stub added by FSK.
getTempFor(HField) - Static method in class harpoon.Analysis.PointerAnalysis.ArtificialTempFactory
Returns a Temp representing the "container" class variable (a variable which will point to a static node) for the static fields of the declaring class
getTempLocator() - Method in interface harpoon.Analysis.Instr.RegAlloc.IntermediateCode
 
getter2field - Variable in class harpoon.Analysis.SizeOpt.Field2Method
This maps 'getter' methods to the field they get.
getTest() - Method in class harpoon.IR.Tree.CJUMP
Returns the test condition for this CJUMP.
getTransCallees(MetaMethod) - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Returns the set of all the meta methods that might be called, directly or indirectly, by the meta method mm.
getTransCallees(MetaMethod) - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Returns the set of all the meta methods that might be called, directly or indirectly, by the meta method mm.
getTransCallers(MetaMethod) - Method in class harpoon.Analysis.MetaMethods.MetaAllCallers
Returns the meta-methods that transitively call the meta-method mm_callee.
getTree() - Method in class harpoon.IR.Tree.ToCanonicalTree
Returns the root of the generated tree code
getTreeBuilder() - Method in class harpoon.Backend.Generic.Runtime
Returns a TreeBuilder object for this Generic.Runtime.
getTreeBuilder() - Method in class harpoon.Backend.Runtime1.Runtime
 
getTreeDerivation() - Method in class harpoon.IR.Tree.TreeCode
 
getTreeDerivation() - Method in class harpoon.IR.Tree.ToCanonicalTree
Returns a TreeDerivation object for the generated Tree form.
getTreeDerivation() - Method in class harpoon.IR.Tree.OptimizedTreeCode
 
getTreeDerivation() - Method in class harpoon.IR.Tree.Code
 
getTreeDerivation() - Method in class harpoon.IR.Tree.CanonicalTreeCode
Returns a TreeDerivation object for the generated Tree form.
getTryBlocks() - Method in class harpoon.IR.Bytecode.Code
Get an array with the try-catch blocks/handlers for this bytecode.
getTSParent() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the parent of this node, on the thread specialization branch.
getType() - Method in class harpoon.Backend.MIPS.Frame
 
getType() - Method in interface harpoon.ClassFile.HField
Returns an HClass object that identifies the declared type for the field represented by this HField object.
getType() - Method in class harpoon.IR.Bytecode.OpConstant
Return the HClass type of this Operand.
getType(ExactTemp) - Method in class harpoon.Util.TypeInference.TypeInference
Returns the possible types for the temp et.t in the quad et.q.
getType(int) - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Returns the type of the i-th parameter.
getUnharmfulMethods() - Static method in class harpoon.Analysis.PointerAnalysis.InterProcPA
 
getUniqueID() - Method in class harpoon.IR.Assem.InstrFactory
Returns a unique ID number for each new Instr generated by this factory.
getUniqueID() - Method in class harpoon.IR.Quads.QuadFactory
Returns a unique number for a Quad within this QuadFactory.
getUniqueID(String) - Method in class harpoon.Temp.TempFactory
Returns a unique identifier within this scope.
getUsedDANum() - Method in class harpoon.Backend.MIPS.Frame
 
getUseDefer() - Method in class harpoon.IR.Tree.TreeCode
UseDefer not valid for non-canonical trees.
getUseDefer() - Method in class harpoon.IR.Tree.Code
Returns a means to externally associate use/def information with this tree code.
getUseDeferFor(InstrGroup.Type) - Method in class harpoon.Analysis.Instr.RegAlloc
(Helper method) Returns a UseDefer that treats InstrGroups of Type t as single atomic elements.
getUseDeferFor(InstrGroup.Type) - Method in class harpoon.IR.Assem.InstrFactory
Returns a UseDefer that treats InstrGroups of Type t as single atomic elements.
getVal() - Method in class gnu.getopt.LongOpt
Returns the value of the 'val' field for this long option
getValue() - Method in class harpoon.IR.Bytecode.OpConstant
Return the value of this Operand.
getValue() - Method in class harpoon.Interpret.Tree.StringPointer
Returns the value obtained by dereferencing this StringPointer.
getValue() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Dereferences this InterfaceListPointer and returns the value it points to.
getValue() - Method in class harpoon.Util.Collections.PairMapEntry
 
getValue() - Method in class harpoon.Util.Collections.AbstractMapEntry
Returns the value corresponding to this entry.
getValue(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
 
getValues(Object) - Method in interface harpoon.Util.Collections.MultiMap
Returns the collection of Values associated with key.
getValues(Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Returns the collection of Values associated with key.
getValues(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
getValues(Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
getValues(Object) - Method in interface harpoon.Util.DataStructs.Relation
Returns the image of key through this relation.
getValues(Object) - Method in class harpoon.Util.DataStructs.AbstrRelationMapBased
 
getValues(Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
getValues2(Object) - Method in class harpoon.Util.DataStructs.AbstrRelationMapBased
 
getValues2(Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
getWeight(WGNode) - Method in class harpoon.Analysis.Partition.WGNode
 
getWeights() - Method in class harpoon.Analysis.Partition.WGNode
 
getWrapper(Linker) - Method in class harpoon.ClassFile.HClass
If this HClass is a primitive type, return the wrapper class for values of this type.
getWTSpec() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the weak thread specialization of this node.
global - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
GLOBAL - Static variable in class harpoon.Analysis.Instr.RegAlloc
 
GLOBAL_STATEMENTS - Static variable in class harpoon.Tools.PatMat.Sym
 
global_stms - Variable in class harpoon.Tools.PatMat.Spec
Java code statements that are going to be placed outside class body (package declaration, import statements).
gnu.getopt - package gnu.getopt
This is a Java port of the GNU getopt functions for command-line parsing.
goesTo(Node) - Method in class harpoon.Backend.CSAHack.Graph.Node
 
GOTO - Static variable in class harpoon.IR.Bytecode.Op
 
GOTO - Static variable in class harpoon.Tools.Annotation.Sym
 
GOTO_W - Static variable in class harpoon.IR.Bytecode.Op
 
Graph - interface harpoon.Analysis.GraphColoring.Graph.
Abstractly, a Graph is a pair (V, E), where V is a set of nodes and E is collection of edges between those nodes.
Graph - class harpoon.Backend.CSAHack.Graph.Graph.
 
Graph - class harpoon.Main.Graph.
Graph is a command-line graph generation tool.
Graph - class harpoon.Util.Graph.
Graph
Graph() - Constructor for class harpoon.Backend.CSAHack.Graph.Graph
 
Graph() - Constructor for class harpoon.Main.Graph
 
Graph() - Constructor for class harpoon.Util.Graph
 
GraphColorer - class harpoon.Analysis.GraphColoring.GraphColorer.
GraphColorer is a class for describing a graph coloring algorithm.
GraphColorer() - Constructor for class harpoon.Analysis.GraphColoring.GraphColorer
Creates a GraphColorer.
GraphColoringRegAlloc - class harpoon.Analysis.Instr.GraphColoringRegAlloc.
GraphColoringRegAlloc uses graph coloring heuristics to find a register assignment for a Code.
GraphColoringRegAlloc(Code, GraphColorer) - Constructor for class harpoon.Analysis.Instr.GraphColoringRegAlloc
Creates a GraphColoringRegAlloc, assigning `gc' as its graph coloring strategy and using a overly conservative move coalescing strategy.
GraphColoringRegAlloc(Code, GraphColorer, boolean) - Constructor for class harpoon.Analysis.Instr.GraphColoringRegAlloc
Creates a GraphColoringRegAlloc, assigning `gc' as its graph coloring strategy.
Grapher - interface harpoon.Util.Grapher.
Grapher is an abstract interface for specifying the graph properties of data structures so that generic graph algorithms may be applied.
GraphVisualizer - class harpoon.Analysis.GraphColoring.GraphVisualizer.
 
GraphVisualizer() - Constructor for class harpoon.Analysis.GraphColoring.GraphVisualizer
 
grow(ArrayFactory, Object[], Object, int) - Static method in class harpoon.Util.Util
Insert element o before src[n].
grow(Temp[], int) - Method in class harpoon.IR.Quads.PHI
Grow the arity of a PHI by one by replacing it.
GT - Static variable in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
> case
GT - Static variable in class harpoon.Tools.Annotation.Sym
 
GTE - Static variable in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
>= case
gtemp(Node) - Method in class harpoon.Backend.CSAHack.RegAlloc.Liveness
 
gtemp(Node) - Method in class harpoon.Backend.CSAHack.RegAlloc.InterferenceGraph
 
GTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 

H

handler - Variable in class harpoon.Tools.PatMat.Spec.StmCall
Exception handler label.
handler - Variable in class harpoon.Tools.PatMat.Spec.StmThrow
The location of the exception-handling code to return to.
HANDLER - class harpoon.IR.Quads.HANDLER.
A HANDLER quad marks an entry to an exception handler.
HANDLER - Static variable in class harpoon.IR.Quads.QuadKind
 
handler_bb - Variable in class harpoon.Analysis.FCFGBasicBlock
Successor BBs in the exceptional control flow.
handler_pc - Variable in class harpoon.IR.RawClass.ExceptionTable
The value of the handler_pc item indicates the start of the exception handler.
HANDLER.ProtectedSet - interface harpoon.IR.Quads.HANDLER.ProtectedSet.
An interface to specify which Quads a particular HANDLER protects.
handler() - Method in class harpoon.IR.Bytecode.Code.ExceptionEntry
 
HANDLER(QuadFactory, HCodeElement, Temp, HClass, HANDLER.ProtectedSet) - Constructor for class harpoon.IR.Quads.HANDLER
Creates a HANDLER.
handlerList() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns the list of successor BBs in the exceptional control flow.
handlers() - Method in class harpoon.IR.Quads.Quad
Return a set of all the handlers guarding this Quad.
HandlerSet - class harpoon.IR.Quads.HandlerSet.
A HandlerSet is a linked list of handlers, for purposes of comparison.
harmful_native(HMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
harmful_native(HMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
harpoon.Analysis - package harpoon.Analysis
This package contains analysis routines applicable to a variety of intermediate representations.
harpoon.Analysis.ContBuilder - package harpoon.Analysis.ContBuilder
 
harpoon.Analysis.Counters - package harpoon.Analysis.Counters
This package defines a facility for simple counters which can easily be spliced into a quad-form code for instrumentation purposes and enabled/disabled individually or in groups by properties on the command-line.
harpoon.Analysis.DataFlow - package harpoon.Analysis.DataFlow
Provides the classes for performing Data-Flow Analysis on a number of Intermediate Representations.
harpoon.Analysis.EnvBuilder - package harpoon.Analysis.EnvBuilder
 
harpoon.Analysis.EventDriven - package harpoon.Analysis.EventDriven
 
harpoon.Analysis.GraphColoring - package harpoon.Analysis.GraphColoring
Provides the classes for coloring generic Graphs.
harpoon.Analysis.Instr - package harpoon.Analysis.Instr
Provides the classes for performing general analyses on code in the Instr intermediate representation.
harpoon.Analysis.Loops - package harpoon.Analysis.Loops
This package contains the Loops interface for representing nested loops trees.
harpoon.Analysis.LowQuad - package harpoon.Analysis.LowQuad
This package contains analysis routines applicable only to the IR.LowQuad intermediate representation.
harpoon.Analysis.LowQuad.Loop - package harpoon.Analysis.LowQuad.Loop
This package contains code to do loop invariant hoisting, strength reduction, and induction variable elimination.
harpoon.Analysis.Maps - package harpoon.Analysis.Maps
 
harpoon.Analysis.MemOpt - package harpoon.Analysis.MemOpt
 
harpoon.Analysis.MetaMethods - package harpoon.Analysis.MetaMethods
 
harpoon.Analysis.Partition - package harpoon.Analysis.Partition
 
harpoon.Analysis.PointerAnalysis - package harpoon.Analysis.PointerAnalysis
 
harpoon.Analysis.PreciseGC - package harpoon.Analysis.PreciseGC
 
harpoon.Analysis.Quads - package harpoon.Analysis.Quads
This package contains analysis routines applicable only to the IR.Quads intermediate representation.
harpoon.Analysis.Quads.SCC - package harpoon.Analysis.Quads.SCC
An implementation of Sparse Conditional Constant propagation for SSI form, extended to do predicated optimizations.
harpoon.Analysis.Realtime - package harpoon.Analysis.Realtime
Classes to implement and optimize the MemoryArea pointer access restrictions described in Sun's Realtime Java Specification.
harpoon.Analysis.RoleInference - package harpoon.Analysis.RoleInference
 
harpoon.Analysis.SizeOpt - package harpoon.Analysis.SizeOpt
This package contains various size optimizations, most of which operate on quad form.
harpoon.Analysis.Transactions - package harpoon.Analysis.Transactions
This package defines a transformation that converts synchronization into fully-atomic operations.
harpoon.Analysis.Transformation - package harpoon.Analysis.Transformation
General-purpose code transformation helpers not specific to an IR.
harpoon.Analysis.Tree - package harpoon.Analysis.Tree
This package contains analysis routines applicable only to the IR.Tree intermediate representation.
harpoon.Analysis.TypeInference - package harpoon.Analysis.TypeInference
 
harpoon.Backend.Analysis - package harpoon.Backend.Analysis
This package contains the various analyses needed for the backend.
harpoon.Backend.CSAHack.FlowGraph - package harpoon.Backend.CSAHack.FlowGraph
 
harpoon.Backend.CSAHack.Graph - package harpoon.Backend.CSAHack.Graph
 
harpoon.Backend.CSAHack.RegAlloc - package harpoon.Backend.CSAHack.RegAlloc
 
harpoon.Backend.Generic - package harpoon.Backend.Generic
Abstract superclasses for machine- or runtime-dependent classes.
harpoon.Backend.Maps - package harpoon.Backend.Maps
Various maps used by the backend, including interface, field, and method numbering maps, symbol mangling maps, and backend-specific type maps.
harpoon.Backend.MIPS - package harpoon.Backend.MIPS
Provides the classes for generating assembly code targetting the MIPS architecture.
harpoon.Backend.PreciseC - package harpoon.Backend.PreciseC
Provides the classes for generating extremely-ugly C code supporting precise garbage collection from Tree codeviews.
harpoon.Backend.Runtime1 - package harpoon.Backend.Runtime1
Runtime1 is the first implementation of a FLEX backend runtime system.
harpoon.Backend.Runtime2 - package harpoon.Backend.Runtime2
 
harpoon.Backend.Sparc - package harpoon.Backend.Sparc
Provides the classes for generating assembly code targetting the SPARC architecture.
harpoon.Backend.StrongARM - package harpoon.Backend.StrongARM
Provides the classes for generating assembly code targetting the StrongARM platform.
harpoon.ClassFile - package harpoon.ClassFile
Representations of class hierarchy, object structure, and method code.
harpoon.Interpret.Quads - package harpoon.Interpret.Quads
An interpreter for quad form.
harpoon.Interpret.Tree - package harpoon.Interpret.Tree
An interpreter for tree form.
harpoon.IR - package harpoon.IR
Parent package for implementations of intermediate representations.
harpoon.IR.Assem - package harpoon.IR.Assem
An opaque representation of machine-specific assembly instructions for use in register-allocation.
harpoon.IR.Bytecode - package harpoon.IR.Bytecode
An analysis-oriented representation of Java bytecode.
harpoon.IR.Jasmin - package harpoon.IR.Jasmin
This package contains code to output Quad form with explicit tries to Jasmin assembly code.
harpoon.IR.LowQuad - package harpoon.IR.LowQuad
A low-level quadruple-based IR with explicit pointers.
harpoon.IR.Properties - package harpoon.IR.Properties
This package contains interfaces defining various properties of an intermediate representation.
harpoon.IR.Quads - package harpoon.IR.Quads
A flat, typed, high-level quadruple-based IR.
harpoon.IR.RawClass - package harpoon.IR.RawClass
A representation of the on-disk format of a bytecode file.
harpoon.IR.Tree - package harpoon.IR.Tree
An expression-tree oriented low-level IR, intended to facilitate machine-specific pattern-matching code-generation.
harpoon.Main - package harpoon.Main
 
harpoon.Runtime - package harpoon.Runtime
This package contains runtime-support classes for any FLEX optimizations/transformations which need them.
harpoon.RunTime - package harpoon.RunTime
 
harpoon.Runtime.PreciseGC - package harpoon.Runtime.PreciseGC
 
harpoon.Runtime.Transactions - package harpoon.Runtime.Transactions
Runtime support for the atomic-transactions transformation implemented in the harpoon.Analysis.LowQuad.Transactions package.
harpoon.Temp - package harpoon.Temp
Provides the classes for uniquely generating and manipulating Temporarys that represent variables or symbolic addresses.
harpoon.Tools.Annotation - package harpoon.Tools.Annotation
Source-code annotation tool.
harpoon.Tools.Annotation.Lex - package harpoon.Tools.Annotation.Lex
Java lexer for the source-code annotation tool.
harpoon.Tools.PatMat - package harpoon.Tools.PatMat
Pattern-matching instruction-selector-generator tool.
harpoon.Util - package harpoon.Util
Useful utility classes, including general-purpose algorithms and data-types as well as FLEX-specific utility functions.
harpoon.Util.BasicBlocks - package harpoon.Util.BasicBlocks
 
harpoon.Util.Collections - package harpoon.Util.Collections
Provides the classes for working with and generating Collections of Objects.
harpoon.Util.Constraints - package harpoon.Util.Constraints
 
harpoon.Util.DataStructs - package harpoon.Util.DataStructs
 
harpoon.Util.Graphs - package harpoon.Util.Graphs
 
harpoon.Util.LightBasicBlocks - package harpoon.Util.LightBasicBlocks
 
harpoon.Util.TypeInference - package harpoon.Util.TypeInference
 
has_arg - Variable in class gnu.getopt.LongOpt
Indicates whether the option has no argument, a required argument, or an optional argument.
hasBeenModified() - Method in class harpoon.ClassFile.HClass
Determines whether any part of this HClass has been modified from its originally loaded state.
hasConflicts() - Method in class harpoon.IR.Quads.PHI
Returns true if any of the sources of any of the phi functions match a destination of a phi function.
hasContainer() - Method in class harpoon.IR.Assem.InstrGroup
Returns true if this is contained in a super group, else false.
hasDefault - Variable in class harpoon.IR.Quads.TYPESWITCH
True if this TYPESWITCH has a default case.
hasDefault() - Method in class harpoon.IR.Quads.TYPESWITCH
Returns true if this TYPESWITCH has a default case.
hasEscaped(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Checks if node has escaped in some hole, ie if node could be accessed by unanalyzed code.
hasEscapedIntoAMethod(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Checks whether node escapes into a method hole or not.
hasEscapedIntoANode(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Checks whether node escapes through a node or not.
hash_proc_ext_d - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
hash_proc_int_d - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
hashCode - Variable in class harpoon.Util.DataStructs.AbstrRelation
 
hashCode() - Method in class harpoon.Analysis.SESE.Region
 
hashCode() - Method in class harpoon.Analysis.Context
 
hashCode() - Method in class harpoon.Analysis.GraphColoring.Node
 
hashCode() - Method in class harpoon.Analysis.GraphColoring.DefaultSparseNode
 
hashCode() - Method in class harpoon.Analysis.Instr.TempInstrPair
 
hashCode() - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Computes the hash code of this object.
hashCode() - Method in class harpoon.Analysis.MetaMethods.GenType
Computes the hash code of this object.
hashCode() - Method in class harpoon.Analysis.PointerAnalysis.PASync
 
hashCode() - Method in class harpoon.Analysis.PointerAnalysis.PAEdge
Computes the hash code of this object.
hashCode() - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
hashCode() - Method in class harpoon.Backend.Generic.GCInfo.WrappedMachineRegLoc
Returns the hash code value for the object.
hashCode() - Method in class harpoon.Backend.Generic.GCInfo.WrappedStackOffsetLoc
Returns the hash code value for the object.
hashCode() - Method in class harpoon.Backend.Runtime1.Data
 
hashCode() - Method in interface harpoon.ClassFile.HMember
Returns a hashcode for this HMember.
hashCode() - Method in interface harpoon.ClassFile.HInitializer
Returns a hashcode for this class initializer.
hashCode() - Method in interface harpoon.ClassFile.HConstructor
Returns a hashcode for this Constructor.
hashCode() - Method in class harpoon.ClassFile.HClass
 
hashCode() - Method in class harpoon.IR.Assem.InstrFactory
 
hashCode() - Method in class harpoon.IR.Assem.InstrEdge
 
hashCode() - Method in class harpoon.IR.Assem.Instr
Returns the hashcode for this.
hashCode() - Method in class harpoon.IR.Bytecode.Instr
 
hashCode() - Method in class harpoon.IR.Quads.Quad
 
hashCode() - Method in class harpoon.IR.Quads.HandlerSet
Computes a hashcode for this HandlerSet.
hashCode() - Method in class harpoon.IR.Quads.Edge
Returns a hash code value for this object.
hashCode() - Method in class harpoon.IR.Tree.TreeFactory
Generates a repeatable hashcode for this factory.
hashCode() - Method in class harpoon.IR.Tree.Tree
 
hashCode() - Method in class harpoon.IR.Tree.Data.TreeFactory
 
hashCode() - Method in class harpoon.IR.Tree.Code.TreeFactory
 
hashCode() - Method in class harpoon.Temp.TempFactory
Return a hashcode for this TempFactory.
hashCode() - Method in class harpoon.Temp.Temp
Returns a hashcode for this temporary.
hashCode() - Method in class harpoon.Temp.Label
 
hashCode() - Method in class harpoon.Util.Tuple
Synthesizes a hashcode from the hashcodes of the elements.
hashCode() - Method in class harpoon.Util.BitString
Returns a hash code value for this bit string whose value depends only on which bits have been set within this BitString.
hashCode() - Method in class harpoon.Util.BinHeapPriorityQueue
 
hashCode() - Method in class harpoon.Util.Collections.MapWrapper
 
hashCode() - Method in interface harpoon.Util.Collections.Heap
Returns the hash code for this heap.
hashCode() - Method in class harpoon.Util.Collections.GenericMultiMap
 
hashCode() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
hashCode() - Method in class harpoon.Util.Collections.CollectionWrapper
 
hashCode() - Method in class harpoon.Util.Collections.AbstractMapEntry
Returns the hash code value for this map entry.
hashCode() - Method in class harpoon.Util.Collections.AbstractHeap
 
hashCode() - Method in class harpoon.Util.DataStructs.LightMap
 
hashCode() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
hashCode() - Method in class harpoon.Util.TypeInference.ExactTemp
 
hashCodeOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset of the hashcode of the specified object
HashEnvironment - class harpoon.Util.Collections.HashEnvironment.
A HashEnvironment is an Environment using a HashMap as the backing store.
HashEnvironment() - Constructor for class harpoon.Util.Collections.HashEnvironment
Creates a HashEnvironment.
HashEnvironment(Map) - Constructor for class harpoon.Util.Collections.HashEnvironment
Creates a HashEnvironment with all the mappings in the given map.
hashMapFactory - Static variable in class harpoon.Util.Collections.Factories
A MapFactory that generates HashMaps.
hashSetFactory - Static variable in class harpoon.Util.Collections.Factories
A SetFactory that generates HashSets.
hasInteriorPointers() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
hasInteriorPointers() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
hasInteriorPointers() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
hasInteriorPointers(HClass) - Static method in class harpoon.Analysis.DefaultAllocationInformation
Return true iff the specified object type has no interior pointers; that is, iff all its fields are primitive.
hasModifiableTargets() - Method in class harpoon.IR.Assem.Instr
Checks whether this.targets is modifiable.
hasMoreElements() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
hasMoreElements() - Method in class harpoon.Util.ReverseEnumerator
Deprecated.  
hasMoreElements() - Method in class harpoon.Util.NullEnumerator
Deprecated.  
hasMoreElements() - Method in class harpoon.Util.FilterEnumerator
Deprecated.  
hasMoreElements() - Method in class harpoon.Util.CombineEnumerator
Deprecated.  
hasMoreElements() - Method in class harpoon.Util.ArrayEnumerator
Deprecated.  
hasMoreElements() - Method in class harpoon.Util.SingletonEnumerator
Deprecated.  
hasMoreElements() - Method in class harpoon.Util.IteratorEnumerator
 
hasMultiplePredecessors() - Method in class harpoon.IR.Assem.InstrLABEL
Returns true.
hasMultiplePredecessors() - Method in class harpoon.IR.Assem.Instr
Checks if this has multiple predecessors.
hasNext() - Method in class harpoon.Analysis.EdgesIterator
Checks if the set is empty.
hasNext() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
hasNext() - Method in class harpoon.Util.UnmodifiableListIterator
Returns true if the list iterator has more elements in the forward direction.
hasNext() - Method in class harpoon.Util.UnmodifiableIterator
Returns true if the iteration has more elements.
hasNext() - Method in class harpoon.Util.ReverseIterator
 
hasNext() - Method in class harpoon.Util.FilterIterator
 
hasNext() - Method in class harpoon.Util.EnumerationIterator
 
hasNext() - Method in class harpoon.Util.CombineIterator
 
hasNext() - Method in class harpoon.Util.CloneableIterator
 
hasNext() - Method in class harpoon.Util.ArrayIterator
 
hasPrevious() - Method in class harpoon.Util.UnmodifiableListIterator
Returns true if the list iterator has more elements in the reverse direction.
hasPrevious() - Method in class harpoon.Util.CloneableIterator
 
hasRegister(Collection) - Method in class harpoon.Analysis.Instr.RegAlloc
Checks if any element of c is a register (Helper method).
hc - Variable in class harpoon.Analysis.ReachingDefs
The HCode for which this object contains analysis results.
hc - Variable in class harpoon.Analysis.Liveness
The HCode for which this object contains analysis results.
hc - Variable in class harpoon.Analysis.ContBuilder.ContBuilder
 
hc - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
hc - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
hc - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
hce - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
hce - Variable in class harpoon.Analysis.PointerAnalysis.PASync
The instruction which performs the sync.
HCE_RULES(Code) - Static method in class harpoon.Analysis.Tree.MemHoisting
 
HCE_RULES(Code) - Static method in class harpoon.Analysis.Tree.JumpOptimization
 
HCE_RULES(Code) - Static method in class harpoon.Analysis.Tree.DeadCodeElimination
 
HCE_RULES(Code, Frame) - Static method in class harpoon.Backend.Analysis.MakeGCThreadSafe
 
HCE_RULES(Code, Frame, HMethod, HMethod) - Static method in class harpoon.Analysis.PreciseGC.WriteBarrierConstElim
 
HCE_RULES(DerivationGenerator) - Static method in class harpoon.Backend.Analysis.InsertWriteBarrier
 
hcf - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
hcf - Variable in class harpoon.Util.BasicBlocks.BBConverter
 
HCioE - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
hclass - Variable in class harpoon.IR.Quads.TYPECAST
The class to cast to.
hclass - Variable in class harpoon.IR.Quads.NEW
Description of the class to create.
hclass - Variable in class harpoon.IR.Quads.INSTANCEOF
The class in which src is tested for membership.
hclass - Variable in class harpoon.IR.Quads.ANEW
Description of array class to create.
HClass - class harpoon.ClassFile.HClass.
Instances of the class HClass represent classes and interfaces of a java program.
hclass() - Method in class harpoon.IR.Quads.TYPECAST
Return the class of this TYPECAST.
hclass() - Method in class harpoon.IR.Quads.NEW
Returns the class this NEW will create.
hclass() - Method in class harpoon.IR.Quads.INSTANCEOF
Returns the class in which src is tested for membership.
hclass() - Method in class harpoon.IR.Quads.ANEW
Returns the array class this ANEW will create.
HClassMutator - interface harpoon.ClassFile.HClassMutator.
An HClassMutator allows you to change members and properties of an HClass.
HClassUtil - class harpoon.Util.HClassUtil.
HClassUtil contains various useful methods for dealing with HClasses that do not seem to belong with the standard HClass methods.
HClassUtil() - Constructor for class harpoon.Util.HClassUtil
 
hcode - Variable in class harpoon.Analysis.FCFGBasicBlock.Factory
 
HCode - class harpoon.ClassFile.HCode.
HCode is an abstract class that all views of a particular method's executable code should extend.
HCode.PrintCallback - class harpoon.ClassFile.HCode.PrintCallback.
Callback interface for annotating pretty-prints of HCodes.
HCode.PrintCallback() - Constructor for class harpoon.ClassFile.HCode.PrintCallback
 
hcode() - Method in class harpoon.ClassFile.HCodeAndMaps
Returns the newly-cloned HCode.
HCode() - Constructor for class harpoon.ClassFile.HCode
 
HCodeAndMaps - class harpoon.ClassFile.HCodeAndMaps.
HCodeAndMaps is a strongly-typed tuple representing all the derivation information for a cloned HCode.
HCodeAndMaps(HCode, Map, TempMap, HCode, Map, TempMap) - Constructor for class harpoon.ClassFile.HCodeAndMaps
constructor.
HCodeEdge - interface harpoon.ClassFile.HCodeEdge.
An HCodeEdge connects two HCodeElements in a graph structure.
HCodeElement - interface harpoon.ClassFile.HCodeElement.
HCodeElement is an interface that all views of a particular method's executable instructions should implement.
HCodeFactory - interface harpoon.ClassFile.HCodeFactory.
An HCodeFactory makes an HCode from an HMethod.
HConstructor - interface harpoon.ClassFile.HConstructor.
An HConstructor provides information about a single constructor for a class.
HCstring - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
HCsystem - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
HCthread - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
HData - class harpoon.ClassFile.HData.
HData is an interface that all views of a particular class's static data should extend.
HData() - Constructor for class harpoon.ClassFile.HData
 
HDataElement - interface harpoon.ClassFile.HDataElement.
HDataElement is an interface that all views of the data items in an HData must implement.
head - Variable in class harpoon.Backend.CSAHack.Graph.NodeList
 
head - Variable in class harpoon.IR.Tree.StmList
The statement at this list entry.
head - Variable in class harpoon.IR.Tree.ExpList
The expression at this list entry.
head - Variable in class harpoon.Temp.TempList
 
head - Variable in class harpoon.Temp.LabelList
Deprecated.  
head - Variable in class harpoon.Tools.PatMat.Spec.RuleList
 
head - Variable in class harpoon.Tools.PatMat.Spec.ExpList
 
head - Variable in class harpoon.Tools.PatMat.Spec.DetailList
 
head - Variable in class harpoon.Tools.PatMat.Spec.IdList
 
HEADER - class harpoon.IR.Quads.HEADER.
HEADER nodes are used to anchor the top end of the quad graph.
HEADER - Static variable in class harpoon.IR.Quads.QuadKind
 
HEADER(QuadFactory, HCodeElement) - Constructor for class harpoon.IR.Quads.HEADER
Creates a HEADER quad.
headerSize(HClass) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Utility method for external analyses that want to know the size of an object header.
headerSize(HClass) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
Heap - interface harpoon.Util.Collections.Heap.
Heaps support create, insert, minimum, extract-min, union, decrease-key, and delete operations.
HeapCheckAdder - class harpoon.Analysis.Realtime.HeapCheckAdder.
HeapCheckAdder adds checks to see if a NoHeapRealtimeThread is touching the heap.
HeapCheckAdder() - Constructor for class harpoon.Analysis.Realtime.HeapCheckAdder
A heap check looks like this: *foo = bar; => heapRef1 = *foo; [env = FNI_GetJNIEnv();] [FNI_MonitorEnter(env, javax.realtime.Stats.class);] [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectChecks0; else goto NoCollectChecks0;] [CollectChecks0:] [*javax.realtime.Stats.heapChecks = *javax.realtime.Stats.heapChecks + 1;] [*javax.realtime.Stats.WRITE_CHECKS = *javax.realtime.Stats.WRITE_CHECKS + 1;] [NoCollectChecks0:] if (heapRef1&1) goto NoHeap0; else goto TouchedHeap0; TouchedHeap0: [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectRefs0; else goto NoCollectRefs0;] [CollectRefs0:] [*javax.realtime.Stats.heapRefs = *javax.realtime.Stats.heapRefs + 1;] [*javax.realtime.Stats.WRITE_REFS = *javax.realtime.Stats.WRITE_REFS + 1;] [NoCollectRefs0:] heapCheck(heapRef1); NoHeap0: [env = FNI_GetJNIEnv();] [FNI_MonitorExit(env, javax.realtime.Stats.class);] *foo = bar; bar = *foo; => heapRef1 = *foo; [env = FNI_GetJNIEnv();] [FNI_MonitorEnter(env, javax.realtime.Stats.class);] [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectChecks0; else goto NoCollectChecks0;] [CollectChecks0:] [*javax.realtime.Stats.heapChecks = *javax.realtime.Stats.heapChecks + 1;] [*javax.realtime.Stats.READ_CHECKS = *javax.realtime.Stats.READ_CHECKS + 1;] [NoCollectChecks0:] if (heapRef1&1) goto NoHeap1; else goto TouchedHeap1; TouchedHeap1: [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectRefs0; else goto NoCollectRefs0;] [CollectRefs0:] [*javax.realtime.Stats.heapRefs = *javax.realtime.Stats.heapRefs + 1;] [*javax.realtime.Stats.READ_REFS = *javax.realtime.Stats.READ_REFS + 1;] [NoCollectRefs0:] heapCheck(heapRef1); NoHeap1: [env = FNI_GetJNIEnv();] [FNI_MonitorExit(env, javax.realtime.Stats.class);] bar = heapRef1; foo = NATIVECALL(....); => heapRef1 = NATIVECALL(....); [env = FNI_GetJNIEnv();] [FNI_MonitorEnter(env, javax.realtime.Stats.class);] [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectChecks0; else goto NoCollectChecks0;] [CollectChecks0:] [*javax.realtime.Stats.heapChecks = *javax.realtime.Stats.heapChecks + 1;] [*javax.realtime.Stats.NATIVECALL_CHECKS = *javax.realtime.Stats.NATIVECALL_CHECKS + 1;] [NoCollectChecks0:] if (heapRef1&1) goto NoHeap0; else goto TouchedHeap0; TouchedHeap0: [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectRefs0; else goto NoCollectRefs0;] [CollectRefs0:] [*javax.realtime.Stats.heapRefs = *javax.realtime.Stats.heapRefs + 1;] [*javax.realtime.Stats.NATIVECALL_REFS = *javax.realtime.Stats.NATIVECALL_REFS + 1;] [NoCollectRefs0:] heapCheck(heapRef1); NoHeap0: [env = FNI_GetJNIEnv();] [FNI_MonitorExit(env, javax.realtime.Stats.class);] foo = heapRef1; foo = CALL(....); heapRef1 = CALL(....); [env = FNI_GetJNIEnv();] [FNI_MonitorEnter(env, javax.realtime.Stats.class);] [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectChecks0; else goto NoCollectChecks0;] [CollectChecks0:] [*javax.realtime.Stats.heapChecks = *javax.realtime.Stats.heapChecks + 1;] [*javax.realtime.Stats.CALL_CHECKS = *javax.realtime.Stats.CALL_CHECKS + 1;] [NoCollectChecks0:] if (heapRef1&1) goto NoHeap0; else goto TouchedHeap0; TouchedHeap0: [if (javax.realtime.Stats.COLLECT_HEAP_STATS) goto CollectRefs0; else goto NoCollectRefs0;] [CollectRefs0:] [*javax.realtime.Stats.heapRefs = *javax.realtime.Stats.heapRefs + 1;] [*javax.realtime.Stats.CALL_REFS = *javax.realtime.Stats.CALL_REFS + 1;] [NoCollectRefs0:] heapCheck(heapRef1); NoHeap0: [env = FNI_GetJNIEnv();] [FNI_MonitorExit(env, javax.realtime.Stats.class);] foo = heapRef1; METHOD(params[]); => foreach params st.
HField - interface harpoon.ClassFile.HField.
A HField provides information about a single field of a class or an interface.
HFieldMutator - interface harpoon.ClassFile.HFieldMutator.
HFieldMutator allows you to change properties of an HField.
hide(Object) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Temporarily removes node from graph.
hide(Object) - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Temporarily removes node from graph.
high - Variable in class harpoon.Util.Collections.IntervalTree.Interval
 
HInitializer - interface harpoon.ClassFile.HInitializer.
An HInitializer provides information about a class initializer method.
hip - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
HMember - interface harpoon.ClassFile.HMember.
HMember is an interface that reflects identifying information about a single member (a field or a method) or a constructor.
HMember.MemberComparator - class harpoon.ClassFile.HMember.MemberComparator.
Implementation of java.util.Comparator for objects implementing HMember, for consistency among implementations.
HMember.MemberComparator() - Constructor for class harpoon.ClassFile.HMember.MemberComparator
 
HMethod - interface harpoon.ClassFile.HMethod.
An HMethod provides information about, and access to, a single method on a class or interface.
HMethodMutator - interface harpoon.ClassFile.HMethodMutator.
HMethodMutator allows you to change properties of an HMethod.
HMsysArrayCopy - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
HMthreadRun - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
HMthreadStart - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
HOISTED - Static variable in class harpoon.Analysis.PreciseGC.AllocationHoisting
Token for the hoisted version of an initializer.

I

I - Variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
The set of the inside edges.
I2B - Static variable in class harpoon.IR.Bytecode.Op
 
I2B - Static variable in class harpoon.IR.Quads.Qop
Converts an int to a byte.
I2B - Static variable in class harpoon.IR.Tree.Uop
Converts an int to a byte.
I2B - Static variable in class harpoon.Tools.PatMat.Sym
 
I2C - Static variable in class harpoon.IR.Bytecode.Op
 
I2C - Static variable in class harpoon.IR.Quads.Qop
Converts an int to a character.
I2C - Static variable in class harpoon.IR.Tree.Uop
Converts an int to a character.
I2C - Static variable in class harpoon.Tools.PatMat.Sym
 
I2D - Static variable in class harpoon.IR.Bytecode.Op
 
I2D - Static variable in class harpoon.IR.Quads.Qop
Converts an int to a double.
I2F - Static variable in class harpoon.IR.Bytecode.Op
 
I2F - Static variable in class harpoon.IR.Quads.Qop
Converts an int to a float.
I2L - Static variable in class harpoon.IR.Bytecode.Op
 
I2L - Static variable in class harpoon.IR.Quads.Qop
Converts an int to a long.
I2S - Static variable in class harpoon.IR.Bytecode.Op
 
I2S - Static variable in class harpoon.IR.Quads.Qop
Converts an int to a short.
I2S - Static variable in class harpoon.IR.Tree.Uop
Converts an int to a short.
I2S - Static variable in class harpoon.Tools.PatMat.Sym
 
IADD - Static variable in class harpoon.IR.Bytecode.Op
 
IADD - Static variable in class harpoon.IR.Quads.Qop
Computes the sum of two int values.
IALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
IAND - Static variable in class harpoon.IR.Bytecode.Op
 
IAND - Static variable in class harpoon.IR.Quads.Qop
Computes the binary-AND of two int values.
IASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
ICMPEQ - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if the two int values are equal, or false otherwise.
ICMPGT - Static variable in class harpoon.IR.Quads.Qop
Evalutates to true if the first int value is greater than the second int value, or false otherwise.
ICONST_0 - Static variable in class harpoon.IR.Bytecode.Op
 
ICONST_1 - Static variable in class harpoon.IR.Bytecode.Op
 
ICONST_2 - Static variable in class harpoon.IR.Bytecode.Op
 
ICONST_3 - Static variable in class harpoon.IR.Bytecode.Op
 
ICONST_4 - Static variable in class harpoon.IR.Bytecode.Op
 
ICONST_5 - Static variable in class harpoon.IR.Bytecode.Op
 
ICONST_M1 - Static variable in class harpoon.IR.Bytecode.Op
 
id - Variable in class harpoon.Analysis.FCFGBasicBlock
 
id - Variable in class harpoon.Analysis.GraphColoring.DefaultSparseNode
 
id - Variable in class harpoon.Tools.PatMat.Spec.ExpId
Identifier that this represents.
id - Variable in class harpoon.Tools.PatMat.Spec.LeafId
Identifier string.
ID - Static variable in class harpoon.Tools.PatMat.Sym
 
Id() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Read the value of the field id.
identical(ListCell, ListCell) - Static method in class harpoon.Analysis.PointerAnalysis.ListCell
Checks teh identity of two lists.
identical(MetaMethod, MetaMethod) - Static method in class harpoon.Analysis.MetaMethods.MetaMethod
Checks whether two MetaMethods are equal or not.
identical(ODParIntGraph, ODParIntGraph) - Static method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Checks whether two ODParIntGraphs are equal or not.
identical(ParIntGraph, ParIntGraph) - Static method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Checks whether two ParIntGraphs are equal or not.
Identifier - class harpoon.Tools.Annotation.Lex.Identifier.
 
IDENTIFIER - Static variable in class harpoon.Tools.Annotation.Sym
 
Identifier(String) - Constructor for class harpoon.Tools.Annotation.Lex.Identifier
 
IdentifyNoHandler - class harpoon.Backend.PreciseC.IdentifyNoHandler.
IdentifyNoHandler
IdentifyNoHandler(Code) - Constructor for class harpoon.Backend.PreciseC.IdentifyNoHandler
Creates a IdentifyNoHandler.
IDIV - Static variable in class harpoon.IR.Bytecode.Op
 
IDIV - Static variable in class harpoon.IR.Quads.Qop
Computes the int quotient of two int values.
idom(HCodeElement) - Method in class harpoon.Analysis.DomTree
Return the immediate (post)dominator of an HCodeElement.
IF - Static variable in class harpoon.Tools.Annotation.Sym
 
IF_ACMPEQ - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ACMPNE - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ICMPEQ - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ICMPGE - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ICMPGT - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ICMPLE - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ICMPLT - Static variable in class harpoon.IR.Bytecode.Op
 
IF_ICMPNE - Static variable in class harpoon.IR.Bytecode.Op
 
IFEQ - Static variable in class harpoon.IR.Bytecode.Op
 
iffalse - Variable in class harpoon.IR.Tree.CJUMP
The label to jump to if test is false.
IFGE - Static variable in class harpoon.IR.Bytecode.Op
 
IFGT - Static variable in class harpoon.IR.Bytecode.Op
 
IFLE - Static variable in class harpoon.IR.Bytecode.Op
 
IFLT - Static variable in class harpoon.IR.Bytecode.Op
 
IFNE - Static variable in class harpoon.IR.Bytecode.Op
 
IFNONNULL - Static variable in class harpoon.IR.Bytecode.Op
 
IFNULL - Static variable in class harpoon.IR.Bytecode.Op
 
iftrue - Variable in class harpoon.IR.Tree.CJUMP
The label to jump to if test is true.
IGNORE_EO - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Hack to speed it up: it appears to me that the edge ordering relation is not extremely important: in recursive methods or in methods with loops, it tends to be just a cartesian product between I and O.
IGNORE_EO - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Hack to speed it up: it appears to me that the edge ordering relation is not extremely important: in recursive methods or in methods with loops, it tends to be just a cartesian product between I and O.
IgnoreSpillUseDefer - class harpoon.Analysis.Instr.IgnoreSpillUseDefer.
IgnoreSpillUseDefer defines a view of the code that will skip over newly inserted spill instructions when deciding what Temps instructions read and write.
IgnoreSpillUseDefer() - Constructor for class harpoon.Analysis.Instr.IgnoreSpillUseDefer
Creates a IgnoreSpillUDr.
IINC - Static variable in class harpoon.IR.Bytecode.Op
 
illegal(Temp) - Method in class harpoon.Backend.Generic.RegFileInfo
Returns the Regs that can never hold t.
illegal(Temp) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
IllegalEdgeException - exception harpoon.Analysis.GraphColoring.IllegalEdgeException.
IllegalEdgeException
IllegalEdgeException() - Constructor for class harpoon.Analysis.GraphColoring.IllegalEdgeException
Creates a IllegalEdgeException.
IllegalEdgeException(String) - Constructor for class harpoon.Analysis.GraphColoring.IllegalEdgeException
Creates a IllegalEdgeException.
ILOAD - Static variable in class harpoon.IR.Bytecode.Op
 
ILOAD_0 - Static variable in class harpoon.IR.Bytecode.Op
 
ILOAD_1 - Static variable in class harpoon.IR.Bytecode.Op
 
ILOAD_2 - Static variable in class harpoon.IR.Bytecode.Op
 
ILOAD_3 - Static variable in class harpoon.IR.Bytecode.Op
 
imm - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
IMPDEP1 - Static variable in class harpoon.IR.Bytecode.Op
 
IMPDEP2 - Static variable in class harpoon.IR.Bytecode.Op
 
IMPLEMENTS - Static variable in class harpoon.Tools.Annotation.Sym
 
implementsReverseMapping() - Method in class harpoon.Util.Indexer
Tells user whether this particular Indexer implements the getByID() method.
IMPORT - Static variable in class harpoon.Tools.Annotation.Sym
 
IMUL - Static variable in class harpoon.IR.Bytecode.Op
 
IMUL - Static variable in class harpoon.IR.Quads.Qop
Computes the product of two int values.
inAlways - Variable in class harpoon.Analysis.PointerAnalysis.ODInformation
 
inc(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Increments the value attached to n
incAll(Set) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Convenient function that calls inc for all the nodes from set
INClass - class harpoon.Interpret.Quads.INClass.
INClass provides implementations of the native methods in java.lang.Class.
INClass - class harpoon.Interpret.Tree.INClass.
INClass provides implementations of the native methods in java.lang.Class.
INClass() - Constructor for class harpoon.Interpret.Quads.INClass
 
INClass() - Constructor for class harpoon.Interpret.Tree.INClass
 
INClassLoader - class harpoon.Interpret.Quads.INClassLoader.
INClassLoader provides implementations for (some of) the native methods in java.lang.ClassLoader and java.lang.ClassLoader.NativeLibrary.
INClassLoader() - Constructor for class harpoon.Interpret.Quads.INClassLoader
 
incLongField(TreeFactory, HCodeElement, DerivationGenerator, String, String) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
foo.bar = *foo.bar + 1;
included(GenType, ClassHierarchy) - Method in class harpoon.Analysis.MetaMethods.GenType
Checks whether this general type is included into the set of types abstracted by the general type gt2.
InclusionConstraints - class harpoon.Util.Constraints.InclusionConstraints.
InclusionConstraints is a simple solver for inclusion constraints.
InclusionConstraints.AtomSet - class harpoon.Util.Constraints.InclusionConstraints.AtomSet.
Set of atoms term for the inclusion constraints.
InclusionConstraints.AtomSet(Collection) - Constructor for class harpoon.Util.Constraints.InclusionConstraints.AtomSet
Construct a set of atoms.
InclusionConstraints.Term - class harpoon.Util.Constraints.InclusionConstraints.Term.
Root of the term class hierarchy.
InclusionConstraints.Term() - Constructor for class harpoon.Util.Constraints.InclusionConstraints.Term
 
InclusionConstraints.TermVisitor - class harpoon.Util.Constraints.InclusionConstraints.TermVisitor.
Visitor for Term.
InclusionConstraints.TermVisitor() - Constructor for class harpoon.Util.Constraints.InclusionConstraints.TermVisitor
 
InclusionConstraints.Var - class harpoon.Util.Constraints.InclusionConstraints.Var.
Variable for the inclusion constraints.
InclusionConstraints.Var() - Constructor for class harpoon.Util.Constraints.InclusionConstraints.Var
 
InclusionConstraints() - Constructor for class harpoon.Util.Constraints.InclusionConstraints
 
inCounters(Edge) - Static method in class harpoon.Analysis.Counters.CounterFactory
 
increment() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
increment gives the temp with the loop invariant value to increment the induction variable by.
incrInlines() - Method in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
InCti - class harpoon.IR.Bytecode.InCti.
InCti is used for control-transfer instructions.
InCti(String, int, byte[], int) - Constructor for class harpoon.IR.Bytecode.InCti
Create an InCti from a chunk of bytecode starting at offest pc.
inDegree() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
indent(PrintWriter, int, String) - Static method in class harpoon.IR.RawClass.ClassFile
Output string s to PrintWriter pw at the given indentation level indent.
independent(PANode) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Checks if all the sync operation on n are independent (temporarily speaking) or not.
index - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
index - Variable in class harpoon.IR.LowQuad.PAOFFSET
The index into the array.
index - Variable in class harpoon.IR.Quads.TYPESWITCH
The discriminant, of Object type, whose class is compared against each class type in keys[].
index - Variable in class harpoon.IR.Quads.SWITCH
The discriminant, compared against each value in keys.
index - Variable in class harpoon.IR.Quads.ASET
The Temp holding the index of the element to get.
index - Variable in class harpoon.IR.Quads.AGET
The Temp holding the index of the element to get.
index - Variable in class harpoon.IR.RawClass.LocalVariableTable
The given local variable must be at index in its method's local variables.
index() - Method in class harpoon.IR.LowQuad.PAOFFSET
Returns the Temp holding the index of the array element to address.
index() - Method in class harpoon.IR.Quads.TYPESWITCH
Returns the Temp holding the discriminant.
index() - Method in class harpoon.IR.Quads.SWITCH
Returns the Temp holding the discriminant.
index() - Method in class harpoon.IR.Quads.ASET
Returns the Temp with the index of the element to get.
index() - Method in class harpoon.IR.Quads.AGET
Returns the Temp holding the index of the element to fetch.
Indexer - class harpoon.Util.Indexer.
Indexer is an object for extracting unique indices for a set of objects.
INDEXER - Static variable in class harpoon.Temp.Temp
A harpoon.Util.Indexer specifically for working only with Temps generated by this.tempFactory().
Indexer() - Constructor for class harpoon.Util.Indexer
 
indexOf(Object) - Method in class harpoon.Util.Collections.UniqueVector
Returns the first (and only) occurrence of the given argument, testing for equality using the equals method.
indexOf(Object) - Method in class harpoon.Util.Collections.ListWrapper
 
indexOf(Object, int) - Method in class harpoon.Util.Collections.UniqueVector
Returns the first occurrence of the given argument, beginning the search at index, and testing for equality using the equals method.
indFinal() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
indFinal gives the final value of the induction variable.
indInitial() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
indInitial gives the initial value of the induction variable.
Induction - class harpoon.Analysis.LowQuad.Loop.Induction.
Induction
Induction.IntMultAdd - class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd.
 
induction() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
induction gives the temp with the induction variable of the for loop.
inductionvar() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
INEG - Static variable in class harpoon.IR.Bytecode.Op
 
INEG - Static variable in class harpoon.IR.Quads.Qop
Computes the negation of an int value.
inf - Variable in class harpoon.IR.Assem.Code
Instruction factory.
INFile - class harpoon.Interpret.Quads.INFile.
INFile provides implementations for (some of) the native methods in java.io.File.
INFile - class harpoon.Interpret.Tree.INFile.
INFile provides implementations for (some of) the native methods in java.io.File.
INFile() - Constructor for class harpoon.Interpret.Quads.INFile
 
INFile() - Constructor for class harpoon.Interpret.Tree.INFile
 
INFileSystem - class harpoon.Interpret.Quads.INFileSystem.
INFileSystem provides implementations for (some of) the native methods in java.io.FileSystem.
INFileSystem() - Constructor for class harpoon.Interpret.Quads.INFileSystem
 
INFloatDouble - class harpoon.Interpret.Quads.INFloatDouble.
INFloatDouble provides implementations of the native methods in java.lang.Float and java.lang.Double.
INFloatDouble - class harpoon.Interpret.Tree.INFloatDouble.
INFloatDouble provides implementations of the native methods in java.lang.Float and java.lang.Double.
INFloatDouble() - Constructor for class harpoon.Interpret.Quads.INFloatDouble
 
INFloatDouble() - Constructor for class harpoon.Interpret.Tree.INFloatDouble
 
info - Variable in class harpoon.Analysis.PointerAnalysis.ListCell
 
info - Variable in class harpoon.IR.RawClass.AttributeUnknown
Generic attribute information of unknown type.
INFO - Static variable in class harpoon.Analysis.Instr.RegAllocOpts
 
info(String) - Static method in class harpoon.Main.SAMain
 
InGen - class harpoon.IR.Bytecode.InGen.
InGen is used for non-branching instructions.
InGen(String, int, byte[], int, Code) - Constructor for class harpoon.IR.Bytecode.InGen
Create an InGen from a chunk of bytecode starting at offset pc.
init_actions() - Method in class harpoon.Tools.Annotation.Java12
action encapsulation object initializer
init_actions() - Method in class harpoon.Tools.PatMat.Parser
action encapsulation object initializer
INIT_DATA - Static variable in class harpoon.IR.Tree.SEGMENT
R/W memory that must be initialized before use
init(int, int) - Static method in class harpoon.Analysis.Quads.CollectSyncStats
MUST call this function before enabling stats collection.
initializeBBtoLVI(Set, SetFactory) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
 
initialized - Variable in class harpoon.IR.Tree.DATUM
If false, the memory is not initialized; instead it is reserved with an unspecified value.
initializeGenPrsv(Iterator, SetFactory) - Method in class harpoon.Analysis.DataFlow.ReachingHCodeElements
Initializes a mapping of temps to the Set of HCodeElements which do not define them.
InitializerOrdering - class harpoon.Backend.Analysis.InitializerOrdering.
InitializerOrdering computes a topological sort of the static initializer call graph designed to ensure that classes are initialized in the correct order.
InitializerOrdering(ClassHierarchy, CallGraph) - Constructor for class harpoon.Backend.Analysis.InitializerOrdering
Creates a InitializerOrdering.
InitializerTransform - class harpoon.Analysis.Quads.InitializerTransform.
InitializerTransform transforms class initializers so that they are idempotent and so that they perform all needed initializer ordering checks before accessing non-local data.
InitializerTransform(HCodeFactory, ClassHierarchy) - Constructor for class harpoon.Analysis.Quads.InitializerTransform
Creates a InitializerTransform with no information about which native methods are 'safe'.
InitializerTransform(HCodeFactory, ClassHierarchy, Linker, String) - Constructor for class harpoon.Analysis.Quads.InitializerTransform
Creates a InitializerTransform using the specified named resource to specify the safe and dependent native methods of this runtime.
InitializerTransform(HCodeFactory, ClassHierarchy, Map) - Constructor for class harpoon.Analysis.Quads.InitializerTransform
Creates a InitializerTransform using the given information about safe and dependent methods.
initializeSets() - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
initializeSets() - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
initializeSets() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
initiallyCallableMethods() - Method in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
initiallyCallableMethods() - Method in class harpoon.Backend.Generic.RuntimeInformation
Returns the set of methods called during the initialization of the runtime system.
initiallyCallableMethods() - Method in class harpoon.Backend.Runtime1.RuntimeInformation
 
initialPartition(WeightedGraph, int, WeightedGraph[]) - Static method in class harpoon.Analysis.Partition.Partition
 
initTreeBuilder() - Method in class harpoon.Analysis.Realtime.RealtimeRuntime
Initialize the tree builder with masking turned on if needed.
initTreeBuilder() - Method in class harpoon.Backend.Runtime1.Runtime
 
initTreeBuilder() - Method in class harpoon.Backend.Runtime2.Runtime
 
inline(CALL) - Method in class harpoon.Analysis.Quads.MethodInliningCodeFactory
Marks a call site to be inlined when code is generated.
InlineMap - class harpoon.Backend.Maps.InlineMap.
An InlineMap maps an HField to a boolean value indicated whether the HField can be inlined.
InlineMap() - Constructor for class harpoon.Backend.Maps.InlineMap
 
inlining_phase - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
INMath - class harpoon.Interpret.Quads.INMath.
INMath provides implementations for (some of) the native methods in java.lang.Math.
INMath() - Constructor for class harpoon.Interpret.Quads.INMath
 
InMerge - class harpoon.IR.Bytecode.InMerge.
InMerge is used to represent a node where multiple control flows merge.
InMerge(String, int, int) - Constructor for class harpoon.IR.Bytecode.InMerge
Creates a new InMerge.
inner_class_access_flags - Variable in class harpoon.IR.RawClass.InnerClass
Originally declared, untransformed access_flags.
inner_class_info_index - Variable in class harpoon.IR.RawClass.InnerClass
CONSTANT_Class_info pointer to class with encoded name.
inner_class_info() - Method in class harpoon.IR.RawClass.InnerClass
 
inner_name_index - Variable in class harpoon.IR.RawClass.InnerClass
CONSTANT_Utf8_info pointer to the simple name of the encoded inner class.
inner_name_index() - Method in class harpoon.IR.RawClass.InnerClass
 
inner_name() - Method in class harpoon.IR.RawClass.InnerClass
 
InnerClass - class harpoon.IR.RawClass.InnerClass.
Each InnerClass object describes one encoded inner class name, its defining scope, its simple name, and a bitmask of the originally declared, untransformed access flags.
InnerClass(ClassFile, int, int, int, AccessFlags) - Constructor for class harpoon.IR.RawClass.InnerClass
Constructor.
INObject - class harpoon.Interpret.Quads.INObject.
INObject provides implementations of the native methods in java.lang.Object.
INObject - class harpoon.Interpret.Tree.INObject.
INObject provides implementations of the native methods in java.lang.Object.
INObject() - Constructor for class harpoon.Interpret.Quads.INObject
 
INObject() - Constructor for class harpoon.Interpret.Tree.INObject
 
INResourceBundle - class harpoon.Interpret.Quads.INResourceBundle.
INResourceBundle provides implementations for (some of) the native methods in java.util.ResourceBundle.
INResourceBundle() - Constructor for class harpoon.Interpret.Quads.INResourceBundle
 
InRet - class harpoon.IR.Bytecode.InRet.
InRet is an InCti with an operand.
InRet(String, int, byte[], int) - Constructor for class harpoon.IR.Bytecode.InRet
Creates a InRet.
INRuntime - class harpoon.Interpret.Quads.INRuntime.
INRuntime provides implementations of the native methods in java.lang.Runtime.
INRuntime - class harpoon.Interpret.Tree.INRuntime.
INRuntime provides implementations of the native methods in java.lang.Runtime.
INRuntime() - Constructor for class harpoon.Interpret.Quads.INRuntime
 
INRuntime() - Constructor for class harpoon.Interpret.Tree.INRuntime
 
insert_edges(PAEdgeSet, PAEdgeSet, Relation) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
insert_edges(PAEdgeSet, PAEdgeSet, Relation, ODInformation, ODParIntGraph) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
insert_edges(PAEdgeSet, PAEdgeSet, Relation, ODInformation, Set, ODInformation) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
insert(Map.Entry) - Method in class harpoon.Util.Collections.FibonacciHeap
 
insert(Map.Entry) - Method in class harpoon.Util.Collections.BinomialHeap
 
insert(Map.Entry) - Method in class harpoon.Util.Collections.AbstractHeap
This method should insert the specified Map.Entry, which is not currently in the Heap, into the Heap.
insert(Object, int) - Method in interface harpoon.Util.MaxPriorityQueue
Inserts item into this, assigning it priority priority.
insert(Object, int) - Method in class harpoon.Util.BinHeapPriorityQueue
 
insert(Object, Object) - Method in interface harpoon.Util.Collections.Heap
Inserts a node with the specified key and value into the Heap.
insert(Object, Object) - Method in class harpoon.Util.Collections.FibonacciHeap
Insert an entry into the heap.
insert(Object, Object) - Method in class harpoon.Util.Collections.BinomialHeap
Associates the specified value with the specified key in the map.
insert(Object, Object) - Method in class harpoon.Util.Collections.BinaryHeap
 
insert(Object, Object) - Method in class harpoon.Util.Collections.AbstractHeap
 
insert(PAEdgeSet, PAEdgeSet, Relation, ODInformation, ODParIntGraph) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
insert(PAEscapeFunc, Relation, Set) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Inserts the image of e2 through the mu mapping into this PAEscapeFunc.
insert(PAThreadMap, Relation) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Inserts the image of tau2 through the mu mapping into this object.
insert(PointsToGraph, Relation, boolean, Set) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Inserts the image of G2 points-to graph through the mu node mapping into this object.
insert(PointsToGraph, Relation, Set, ODInformation, Set, ODInformation) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
insert(Quad) - Method in interface harpoon.IR.Quads.HANDLER.ProtectedSet
Add a quad into the protected set.
insertAt(CFGEdge) - Method in class harpoon.IR.Assem.Instr
Inserts this at edge.
insertElementAt(Object, int) - Method in class harpoon.Util.Collections.UniqueVector
Inserts the specified object as a component in this vector at the specified index.
insertInstrsAt(CFGEdge, List) - Static method in class harpoon.IR.Assem.Instr
Not implemented yet.
insertNode(BinaryTree.Node) - Method in class harpoon.Util.Collections.RedBlackTree
 
insertNode(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Inserts z into some appropriate position in this.
insertProjection(EdgeOrdering, EdgeOrdering, Relation) - Static method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
 
InsertWriteBarrier - class harpoon.Backend.Analysis.InsertWriteBarrier.
InsertWriteBarrier instruments any writes to pointer locations with a store check.
INSIDE - Static variable in class harpoon.Analysis.PointerAnalysis.PANode
Possible type: Inside node
inside() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Checks if this node is an inside one.
INSTANCEOF - class harpoon.IR.Quads.INSTANCEOF.
INSTANCEOF objects represent an 'instanceof' evaluation.
INSTANCEOF - Static variable in class harpoon.IR.Bytecode.Op
 
INSTANCEOF - Static variable in class harpoon.IR.Quads.QuadKind
 
INSTANCEOF - Static variable in class harpoon.Tools.Annotation.Sym
 
INSTANCEOF_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
INSTANCEOF(QuadFactory, HCodeElement, Temp, Temp, HClass) - Constructor for class harpoon.IR.Quads.INSTANCEOF
Creates a INSTANCEOF representing a type check.
instanceOf(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp, HClass) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which tests the given expression for membership in the given class or interface.
instanceOf(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp, HClass) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
instantiatedClasses() - Method in class harpoon.Analysis.ClassHierarchy
Returns the set of all *instantiated* classes.
instantiatedClasses() - Method in class harpoon.Analysis.Quads.QuadClassHierarchy
Returns the set of all classes instantiated.
Instr - class harpoon.IR.Assem.Instr.
Instr is the primary class for representing assembly-level instructions used in the Backend.* packages.
Instr - class harpoon.IR.Bytecode.Instr.
Bytecode.Instr is the base type for the specific bytecode instruction classes.
Instr(InstrFactory, HCodeElement, String) - Constructor for class harpoon.IR.Assem.Instr
Creates an Instr consisting of the String assem.
Instr(InstrFactory, HCodeElement, String, Temp[]) - Constructor for class harpoon.IR.Assem.Instr
Creates an Instr consisting of the String assem and the list of sources in src.
Instr(InstrFactory, HCodeElement, String, Temp[], Temp[]) - Constructor for class harpoon.IR.Assem.Instr
Creates an Instr consisting of the String assem and the lists of destinations and sources in dst and src.
Instr(InstrFactory, HCodeElement, String, Temp[], Temp[], boolean, List) - Constructor for class harpoon.IR.Assem.Instr
Creates an Instr consisting of the String assem and the list of destinations and sources in dst and src.
instr(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
 
Instr(String, int) - Constructor for class harpoon.IR.Bytecode.Instr
Constructor.
InstrBuilder - class harpoon.Backend.Generic.InstrBuilder.
InstrBuilder defines an interface that general program transformations can call to generate needed assembly code blocks for arbitrary target architectures.
InstrBuilder - class harpoon.Backend.MIPS.InstrBuilder.
MIPS.InstrBuilder is an Generic.InstrBuilder for the MIPS architecture.
InstrBuilder - class harpoon.Backend.Sparc.InstrBuilder.
Sparc.InstrBuilder is another implementation of Generic.InstrBuilder - for the Sparc architecture.
InstrBuilder - class harpoon.Backend.StrongARM.InstrBuilder.
StrongARM.InstrBuilder is an Generic.InstrBuilder for the StrongARM architecture.
InstrBuilder() - Constructor for class harpoon.Backend.Generic.InstrBuilder
Creates a InstrBuilder.
InstrCALL - class harpoon.IR.Assem.InstrCALL.
InstrCALL
InstrCALL(InstrFactory, HCodeElement, String, Temp[], Temp[], boolean, List) - Constructor for class harpoon.IR.Assem.InstrCALL
Creates a InstrCALL.
InstrDIRECTIVE - class harpoon.IR.Assem.InstrDIRECTIVE.
InstrDIRECTIVE is used to represents assembler directives.
InstrDIRECTIVE(InstrFactory, HCodeElement, String) - Constructor for class harpoon.IR.Assem.InstrDIRECTIVE
 
InstrEdge - class harpoon.IR.Assem.InstrEdge.
InstrEdge is an object representing an edge between two Instrs.
InstrEdge(Instr, Instr) - Constructor for class harpoon.IR.Assem.InstrEdge
Creates a InstrEdge representing < from, to > .
instrFactory - Variable in class harpoon.Backend.Generic.CodeGen
InstrFactory for Instrs currently generated by CodeGen#emit.
InstrFactory - class harpoon.IR.Assem.InstrFactory.
A InstrFactory is responsible for generating generic Assem.Instrs used in code generation.
InstrFactory() - Constructor for class harpoon.IR.Assem.InstrFactory
 
InstrGroup - class harpoon.IR.Assem.InstrGroup.
InstrGroup collects a group of assembly instructions together so that they can be viewed as a single atomic element of the code.
InstrGroup.Type - class harpoon.IR.Assem.InstrGroup.Type.
InstrGroup.Type is associated with a collection of InstrGroups for a given Assem.Code.
InstrGroup(InstrGroup.Type) - Constructor for class harpoon.IR.Assem.InstrGroup
Creates a InstrGroup.
InstrGroup(InstrGroup.Type, InstrGroup) - Constructor for class harpoon.IR.Assem.InstrGroup
Creates a InstrGroup contained in contained.
INString - class harpoon.Interpret.Quads.INString.
INString provides implementations of the native methods in java.lang.String.
INString - class harpoon.Interpret.Tree.INString.
INString provides implementations of the native methods in java.lang.String.
INString() - Constructor for class harpoon.Interpret.Quads.INString
 
INString() - Constructor for class harpoon.Interpret.Tree.INString
 
InstrJUMP - class harpoon.IR.Assem.InstrJUMP.
InstrJUMP represents a shift in control flow to one target Label with no side-effects.
InstrJUMP(InstrFactory, HCodeElement, String, Label) - Constructor for class harpoon.IR.Assem.InstrJUMP
Creates a InstrJUMP.
InstrLABEL - class harpoon.IR.Assem.InstrLABEL.
InstrLABEL is used to represents code labels in assembly-level instruction representations.
InstrLABEL(InstrFactory, HCodeElement, String, Label) - Constructor for class harpoon.IR.Assem.InstrLABEL
Create a code label Instr.
InstrMEM - class harpoon.IR.Assem.InstrMEM.
InstrMEM is used to represent memory operations in assembly-level instruction representations.
InstrMEM(InstrFactory, HCodeElement, String, Temp[], Temp[]) - Constructor for class harpoon.IR.Assem.InstrMEM
Creates a InstrMEM with default values for canFallThrough and targets.
InstrMEM(InstrFactory, HCodeElement, String, Temp[], Temp[], boolean, List) - Constructor for class harpoon.IR.Assem.InstrMEM
Creates a InstrMEM.
InstrMOVE - class harpoon.IR.Assem.InstrMOVE.
InstrMOVE represents a copying of a set of source Temps to a set of destination Temps.
InstrMOVE(InstrFactory, HCodeElement, String, Temp[], Temp[]) - Constructor for class harpoon.IR.Assem.InstrMOVE
Creates a InstrMOVE.
InstrMOVEproxy - class harpoon.Analysis.Instr.InstrMOVEproxy.
InstrMOVEproxy
InstrMOVEproxy(Instr) - Constructor for class harpoon.Analysis.Instr.InstrMOVEproxy
Creates a InstrMOVEproxy.
instrs - Variable in class harpoon.IR.Assem.Code
The root Instr of the Instrs composing this code view.
instrSize(byte[], int) - Static method in class harpoon.IR.Bytecode.Op
Gives the length of the instruction at the specified offset in a bytecode array.
InstrSolver - class harpoon.Analysis.DataFlow.InstrSolver.
InstrSolver
instrument(HCode) - Method in class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps
 
InstrumentAllocs - class harpoon.Analysis.PointerAnalysis.InstrumentAllocs.
InstrumentAllocs adds counters to each allocation site.
InstrumentAllocs(HCodeFactory, HMethod, Linker, AllocationNumbering, boolean, boolean) - Constructor for class harpoon.Analysis.PointerAnalysis.InstrumentAllocs
Creates a InstrumentAllocs.
InstrumentSyncOps - class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps.
InstrumentSyncOps instruments synchronization operations for statistics-gathering purposes.
InstrumentSyncOps(PointerAnalysis) - Constructor for class harpoon.Analysis.PointerAnalysis.InstrumentSyncOps
 
InstrVisitor - class harpoon.IR.Assem.InstrVisitor.
InstrVisitor is an implementation of the Visitor pattern coupled to the Instr intermediate representation.
InstrVisitor() - Constructor for class harpoon.IR.Assem.InstrVisitor
Creates a InstrVisitor.
InSwitch - class harpoon.IR.Bytecode.InSwitch.
InSwitch is used for the tableswitch and lookupswitch java bytecode instructions.
InSwitch(String, int, byte[], int) - Constructor for class harpoon.IR.Bytecode.InSwitch
Constructor.
Int - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type int.
INT - Static variable in interface harpoon.IR.Tree.Typed
 
INT - Static variable in class harpoon.IR.Tree.Type
32-bit integer type.
INT - Static variable in class harpoon.Tools.Annotation.Sym
 
INTEGER - Static variable in class harpoon.Tools.PatMat.Sym
 
INTEGER_LITERAL - Static variable in class harpoon.Tools.Annotation.Sym
 
interestingNodes - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
interestingQuads - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
Interface - class silicon.JavaChip.Interface.
Defines the external interfaces of the java chip.
INTERFACE - Static variable in class harpoon.Tools.Annotation.Sym
 
Interface() - Constructor for class silicon.JavaChip.Interface
 
InterfaceList - class harpoon.Interpret.Tree.InterfaceList.
The InterfaceList class is a linked list used to represent a list of interfaces.
InterfaceList(int) - Constructor for class harpoon.Interpret.Tree.InterfaceList
Class constructor.
interfaceListOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
If hc is a class type, or an interface, returns the offset from the class pointer of the pointer to implemented interfaces
InterfaceListPointer - class harpoon.Interpret.Tree.InterfaceListPointer.
The InterfaceListPointer is used to representing a pointer to a list of interfaces.
InterfaceMethodMap - class harpoon.Backend.Analysis.InterfaceMethodMap.
InterfaceMethodMap provides a mapping from interface methods to the offset that the method-pointers should have on the object layout.
InterfaceMethodMap(ClassHierarchy) - Constructor for class harpoon.Backend.Analysis.InterfaceMethodMap
Creates a InterfaceMethodMap for interfaces in the given ClassHierarchy ch.
InterfaceMethodMap(Enumeration) - Constructor for class harpoon.Backend.Analysis.InterfaceMethodMap
Creates a InterfaceMethodMap for interfaces in hclasses.
interfaces - Variable in class harpoon.IR.RawClass.ClassFile
Each value in the interfaces array must be a valid index into the constant_pool table.
interfaces_count() - Method in class harpoon.IR.RawClass.ClassFile
 
interfaces(int) - Method in class harpoon.IR.RawClass.ClassFile
Return the CONSTANT_Class_info entry in the constant_pool corresponding to the value in interfaces[i].
InterferenceGraph - interface harpoon.Analysis.InterferenceGraph.
InterferenceGraph is an abstract interface for interference graphs.
InterferenceGraph - class harpoon.Backend.CSAHack.RegAlloc.InterferenceGraph.
 
InterferenceGraph() - Constructor for class harpoon.Backend.CSAHack.RegAlloc.InterferenceGraph
 
InterpreterOffsetMap - class harpoon.Interpret.Tree.InterpreterOffsetMap.
A simple OffsetMap, used by the Tree Interpreter
InterpreterOffsetMap(ClassHierarchy) - Constructor for class harpoon.Interpret.Tree.InterpreterOffsetMap
 
InterpreterOffsetMap(ClassHierarchy, NameMap) - Constructor for class harpoon.Interpret.Tree.InterpreterOffsetMap
Class constructor
InterProc - class harpoon.Analysis.TypeInference.InterProc.
InterProc
InterProc(HCode, ClassHierarchy, HCodeFactory) - Constructor for class harpoon.Analysis.TypeInference.InterProc
 
InterProc(HCode, HCodeFactory) - Constructor for class harpoon.Analysis.TypeInference.InterProc
Creates an InterProc analyzer.
InterProcPA - class harpoon.Analysis.PointerAnalysis.InterProcPA.
InterProcPA is a "functional" class (i.e.
InterProcPA() - Constructor for class harpoon.Analysis.PointerAnalysis.InterProcPA
 
intersectionEmpty(BitString) - Method in class harpoon.Util.BitString
Check if the intersection of the two sets is empty
InterThreadPA - class harpoon.Analysis.PointerAnalysis.InterThreadPA.
InterThreadPA groups together the functions related to the inter-thread analysis.
InterThreadPA() - Constructor for class harpoon.Analysis.PointerAnalysis.InterThreadPA
 
IntervalTree - class harpoon.Util.Collections.IntervalTree.
An IntervalTree is a mutable collection of Intervals.
IntervalTree.Interval - class harpoon.Util.Collections.IntervalTree.Interval.
Immutable record representing a closed interval [low,high] holding an object obj.
IntervalTree.Interval(Object, int, int) - Constructor for class harpoon.Util.Collections.IntervalTree.Interval
 
IntervalTree() - Constructor for class harpoon.Util.Collections.IntervalTree
Constructs a new empty IntervalTree.
intGET(Object, Object, int) - Static method in class harpoon.Runtime.MZFExternalMap
 
intmultiplier() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
intmultiplier() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
IntraProc - class harpoon.Analysis.TypeInference.IntraProc.
TypeInfo is a simple type analysis tool for quad-ssi form.
IntraProc(InterProc, HMethod, HCodeFactory) - Constructor for class harpoon.Analysis.TypeInference.IntraProc
 
inTry(Instr) - Method in class harpoon.IR.Bytecode.Code.ExceptionEntry
 
intSET(Object, Object, int, int) - Static method in class harpoon.Runtime.MZFExternalMap
 
intValue() - Method in class harpoon.IR.RawClass.ConstantInteger
Returns the integer value of this constant.
invariants(WorkSet) - Method in class harpoon.Analysis.LowQuad.Loop.LoopInvariance
Creates a WorkSet containing Quads that are loop invariant.
invariantsign() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
InvariantsMap - interface harpoon.Analysis.Maps.InvariantsMap.
InvariantsMap is a mapping from Loops to a Set of invariants.
invariantsMap(HCode, Loops) - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis
 
invariantsMap(HCode, Loops) - Method in interface harpoon.Analysis.Maps.InvariantsMap
Returns a Set of invariant loop elements.
invert() - Method in interface harpoon.Util.Collections.InvertibleMultiMap
Returns a inverted view of this.
invert() - Method in interface harpoon.Util.Collections.InvertibleMap
Returns a inverted view of this.
invert() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
Returns an unmodifiable inverted view of this.
invert() - Method in class harpoon.Util.Collections.GenericInvertibleMap
Returns an unmodifiable inverted view of this.
invert(int) - Static method in class harpoon.IR.Tree.Bop
Returns the inverted opposite for a compare Bop.
InvertibleMap - interface harpoon.Util.Collections.InvertibleMap.
An InvertibleMap is an extension of the Map interface to allow users to do reverse lookups on the mappings maintained.
InvertibleMultiMap - interface harpoon.Util.Collections.InvertibleMultiMap.
An InvertibleMultiMap is an extension of the MultiMap interface to allow users to do reverse lookups on the mappings maintained.
INVOCATION - class harpoon.IR.Tree.INVOCATION.
INVOCATION objects are statements which stand for procedure calls.
INVOCATION(TreeFactory, HCodeElement, TEMP, Exp, ExpList, int) - Constructor for class harpoon.IR.Tree.INVOCATION
Constructor.
INVOKEINTERFACE - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKEINTERFACE_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKENONVIRTUAL_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKESPECIAL - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKESTATIC - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKESTATIC_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKESUPER_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKEVIRTUAL - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKEVIRTUAL_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKEVIRTUAL_QUICK_W - Static variable in class harpoon.IR.Bytecode.Op
 
INVOKEVIRTUALOBJECT_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
IOR - Static variable in class harpoon.IR.Bytecode.Op
 
IOR - Static variable in class harpoon.IR.Quads.Qop
Computes the binary-OR of two int values.
IREM - Static variable in class harpoon.IR.Bytecode.Op
 
IREM - Static variable in class harpoon.IR.Quads.Qop
Computes the remainder of two int values.
IRETURN - Static variable in class harpoon.IR.Bytecode.Op
 
isAbstract() - Method in class harpoon.IR.RawClass.AccessFlags
 
isAnalyzable(HMethod) - Static method in class harpoon.Analysis.MemOpt.ComputeAnAe
Checks whether we can look at the code of hm.
isAnalyzed(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
isArray() - Method in class harpoon.ClassFile.HClass
If this HClass object represents an array type, returns true, otherwise returns false.
isArrayOfNonPrimitives(ExactTemp) - Method in class harpoon.Util.TypeInference.TypeInference
Checks whether the temp et.t in instruction et.q points to an array of non-primitive type components (ie non an int[].
isAssignableFrom(HClass) - Method in class harpoon.ClassFile.HClass
Determines if the class or interface represented by this HClass object is either the same as, or is a superclass or superinterface of, the class or interface represented by the specified HClass parameter.
isAssociative(int) - Static method in class harpoon.IR.Tree.Bop
Determines if the given Bop operation is associative.
isBottom() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Tests whether this is the bottom of some specialization chain, i.e.
isBranch(byte) - Static method in class harpoon.IR.Bytecode.Op
Tells whether a given opcode is a branch instruction.
isCanonical() - Method in class harpoon.IR.Tree.TreeCode
 
isCanonical() - Method in class harpoon.IR.Tree.OptimizedTreeCode
 
isCanonical() - Method in class harpoon.IR.Tree.Code
Returns true if this codeview is a canonical representation
isCanonical() - Method in class harpoon.IR.Tree.CanonicalTreeCode
 
isCaught(HClass) - Method in class harpoon.IR.Quads.HANDLER
Returns true if the given exception HClass is caught by this HANDLER.
isCoherent() - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
 
isCoherent() - Static method in class harpoon.Main.ODPAMain
 
isCommutative(int) - Static method in class harpoon.IR.Tree.Bop
Determines if the given Bop operation is commutative.
isConnected() - Method in class harpoon.Analysis.Partition.WGNode
 
isConst() - Method in class harpoon.Interpret.Tree.UndefinedPointer
Always returns false.
isConst() - Method in class harpoon.Interpret.Tree.StringPointer
Always returns true.
isConst() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Always returns false.
isConst(HCodeElement, Temp) - Method in class harpoon.Analysis.Maps.DefaultMap
 
isConst(HCodeElement, Temp) - Method in class harpoon.Analysis.Maps.ConstMapProxy
 
isConst(HCodeElement, Temp) - Method in interface harpoon.Analysis.Maps.ConstMap
Determine whether a given temporary has a constant value at the specified definition point.
isConst(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SimpleConstMap
 
isConst(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine whether Temp t has a constant value.
isConst(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether Temp t has a constant value.
isConst(HField) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether HField hf has a constant value.
isConstant() - Method in interface harpoon.ClassFile.HField
Determines whether this HField represents a constant field.
isConstant(HMethod, HField) - Method in class harpoon.Analysis.SizeOpt.ConstructorClassifier
Returns true iff the given field hf is always set to a constant value when the given constructor is executed.
isCSSpec() - Method in class harpoon.Analysis.PointerAnalysis.PASync
Checks whether this action is a calling context specialization of some other one.
isCSSpec() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Checks whether this node is a call site specialization of another node.
isDef() - Method in class harpoon.Analysis.Tree.DominatingMemoryAccess.daNum
 
isDef(Object) - Static method in class harpoon.Analysis.Tree.DominatingMemoryAccess
Returns true if the MEM operation that returned this specifier (from harpoon.Backend.MIPS.Frame.daNum) is the defining access.
isDefinitelyInitialized(HField) - Method in class harpoon.Analysis.Quads.DefiniteInitOracle
Queries the DefiniteInitOracle; returns true iff every constructor for the declaring class of hf *must* define the field before any reference to the field is made.
isDerived() - Method in class harpoon.Interpret.Tree.UndefinedPointer
Always returns false.
isDerived() - Method in class harpoon.Interpret.Tree.StringPointer
Always returns false.
isDerived() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Always returns false.
isDirective() - Method in class harpoon.IR.Assem.InstrDIRECTIVE
 
isDirective() - Method in class harpoon.IR.Assem.Instr
Returns true if this is a directive instruction that is meant to represent data stored in the code segment, not actual executable code.
isDoubleWord() - Method in interface harpoon.IR.Tree.Typed
Returns true if the expression corresponds to a 64-bit value.
isDoubleWord() - Method in class harpoon.IR.Tree.THROW
 
isDoubleWord() - Method in class harpoon.IR.Tree.RETURN
 
isDoubleWord() - Method in class harpoon.IR.Tree.MOVE
 
isDoubleWord() - Method in class harpoon.IR.Tree.Exp
Returns true if the expression corresponds to a 64-bit value.
isDoubleWord(TreeFactory, int) - Static method in class harpoon.IR.Tree.Type
 
isDummy() - Method in class harpoon.IR.Assem.Instr
Returns true if this is a dummy instruction to express register allocation constraints.
isEdge(Object, Object) - Method in class harpoon.Analysis.Quads.QuadInterferenceGraph
 
isEdge(Object, Object) - Method in interface harpoon.Util.Grapher
 
isElement(Object) - Method in class harpoon.Util.FilterEnumerator.Filter
Deprecated. Return true if the specified element should be included in the filtered enumeration.
isElement(Object) - Method in class harpoon.Util.FilterIterator.Filter
Return true if the specified element should be included in the filtered enumeration.
isEmpty() - Method in class harpoon.Analysis.Partition.WeightedGraph
 
isEmpty() - Method in class harpoon.Analysis.PointerAnalysis.PAWorkStack
 
isEmpty() - Method in class harpoon.Analysis.PointerAnalysis.PAWorkSet
 
isEmpty() - Method in class harpoon.Analysis.PointerAnalysis.PAWorkList
 
isEmpty() - Method in interface harpoon.Util.Worklist
Determines if there are any more items left in the Worklist.
isEmpty() - Method in class harpoon.Util.BinHeapPriorityQueue
 
isEmpty() - Method in class harpoon.Util.Collections.WorkSet
Determines if there are any more items left in this.
isEmpty() - Method in class harpoon.Util.Collections.UniqueVector
Tests if this vector has no components.
isEmpty() - Method in class harpoon.Util.Collections.PersistentSet
Determines if this PersistentSet has any members.
isEmpty() - Method in class harpoon.Util.Collections.PersistentMap
Determines if this PersistentMap has any mappings.
isEmpty() - Method in class harpoon.Util.Collections.PersistentEnvironment
Returns true is this map contains no key-value mappings.
isEmpty() - Method in class harpoon.Util.Collections.MapWrapper
 
isEmpty() - Method in interface harpoon.Util.Collections.Heap
Returns true if this Heap has no more entries.
isEmpty() - Method in class harpoon.Util.Collections.GenericMultiMap
 
isEmpty() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
isEmpty() - Method in class harpoon.Util.Collections.CollectionWrapper
 
isEmpty() - Method in class harpoon.Util.Collections.BinomialHeap
Returns true if this map contains no key-value mappings.
isEmpty() - Method in class harpoon.Util.Collections.AbstractHeap
 
isEmpty() - Method in class harpoon.Util.DataStructs.RelationImpl
 
isEmpty() - Method in interface harpoon.Util.DataStructs.Relation
Tests if this relation is empty or not.
isEmpty() - Method in class harpoon.Util.DataStructs.LightMap
 
isEmpty() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
isEnabled(String) - Static method in class harpoon.Analysis.Counters.CounterFactory
Returns the enabled/disabled status of the given counter_name.
isExact - Variable in class harpoon.Analysis.Maps.ExactTypeMap.ExactType
 
isExactType(HCodeElement, Temp) - Method in class harpoon.Analysis.Maps.ExactTypeMapProxy
 
isExactType(HCodeElement, Temp) - Method in interface harpoon.Analysis.Maps.ExactTypeMap
Returns true if temporary t defined at definition point hce contains an object of the type returned by typeMap(hce, t) and not a subtype of that type.
isExactType(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.TypeInfo
 
isExactType(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine whether the static type of Temp t defined at hce is exact (or whether the runtime type could be a subclass of the static type).
isExactType(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether the static type of Temp t defined at hce is exact (or whether the runtime type could be a subclass of the static type).
isFinal() - Method in class harpoon.IR.RawClass.AccessFlags
 
isFinal(HClass) - Method in class harpoon.Backend.Maps.FinalMap
Returns true if the class is never subclassed.
isFinal(HClass) - Method in class harpoon.Backend.Maps.DefaultFinalMap
 
isFinal(HClass) - Method in class harpoon.Backend.Maps.CHFinalMap
 
isFinal(HField) - Method in class harpoon.Backend.Maps.FinalMap
Returns true if the field is never modified after declaration.
isFinal(HField) - Method in class harpoon.Backend.Maps.DefaultFinalMap
 
isFinal(HMethod) - Method in class harpoon.Backend.Maps.FinalMap
Returns true if the method is never overridden.
isFinal(HMethod) - Method in class harpoon.Backend.Maps.DefaultFinalMap
 
isFinal(HMethod) - Method in class harpoon.Backend.Maps.CHFinalMap
 
isFloatingPoint() - Method in interface harpoon.IR.Tree.Typed
Returns true if the expression corresponds to a floating-point value.
isFloatingPoint() - Method in class harpoon.IR.Tree.THROW
 
isFloatingPoint() - Method in class harpoon.IR.Tree.RETURN
 
isFloatingPoint() - Method in class harpoon.IR.Tree.MOVE
 
isFloatingPoint() - Method in class harpoon.IR.Tree.Exp
Returns true if the expression corresponds to a floating-point value.
isFloatingPoint(int) - Static method in class harpoon.IR.Tree.Type
 
isGenuine() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Checks whether this node is a genuine one.
isGood(HField) - Method in class harpoon.Analysis.SizeOpt.ConstructorClassifier
Returns true iff the given field is 'subclass-final' and there is at least one callable constructor where the field's content can be predicted.
isGood(HMethod) - Method in class harpoon.Analysis.SizeOpt.ConstructorClassifier
Returns true iff there is at least one field whose value can be predicted when this constructor is called.
ISHL - Static variable in class harpoon.IR.Bytecode.Op
 
ISHL - Static variable in class harpoon.IR.Quads.Qop
Computes the value of the first int value shifted left by the number of bits specified in the low five bits of the second int value.
ISHR - Static variable in class harpoon.IR.Bytecode.Op
 
ISHR - Static variable in class harpoon.IR.Quads.Qop
Computes the value of the first int value shifted right with sign extension by the number of bits specified in the low five bits of the second int value.
IsInAs(MethodHole[], int) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Check whether the array of MethodHole contains a hole with the same content than the calling hole.
IsInAs(Set) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Check whether the set of MethodHole contains a hole with the same content than the calling hole and, if this is the case, return such a copy.
isInstanceOf(HClass) - Method in class harpoon.ClassFile.HClass
Determines if this HClass is an instance of the given HClass hc.
isInterface() - Method in class harpoon.ClassFile.HClass
Determines if the specified HClass object represents an interface type.
isInterface() - Method in class harpoon.IR.Bytecode.OpMethod
Indicates whether this operand references an interface method.
isInterface() - Method in class harpoon.IR.RawClass.AccessFlags
 
isInterfaceMethod() - Method in interface harpoon.ClassFile.HMethod
Determines whether this HMethod is an interface method.
isInterfaceMethod() - Method in interface harpoon.ClassFile.HInitializer
Determines whether this HInitializer is an interface method.
isInterfaceMethod() - Method in class harpoon.IR.Quads.CALL
Determines whether this CALL is to an interface method.
isJSR(byte) - Static method in class harpoon.IR.Bytecode.Op
Tells whether a given opcode is a jump to subrouting (JSR) instruction.
isJump() - Method in class harpoon.IR.Assem.InstrJUMP
 
isJump() - Method in class harpoon.IR.Assem.Instr
Returns true if this is an unconditional Jump.
isLabel() - Method in class harpoon.IR.Assem.InstrLABEL
 
isLabel() - Method in class harpoon.IR.Assem.Instr
Returns true if this is a label instruction that is meant to mark a location in the code segment, not actual executable code.
isLive(Instr, int) - Method in class harpoon.IR.Bytecode.Liveness
Return the liveness of local variable #lv_index at instruction where.
isLoop() - Method in class harpoon.Util.Graphs.SCComponent
Checks whether this strongly connected component corresponds to a loop, ie it has at least one arc to itself.
isModifiable() - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Modifiability check.
isModifiable() - Method in class harpoon.Analysis.GraphColoring.Node
Modifiability check.
isModifiable() - Method in class harpoon.Analysis.GraphColoring.ColorableNode
Modifiability check.
isMove() - Method in class harpoon.IR.Assem.InstrMOVE
 
isMove() - Method in class harpoon.IR.Assem.Instr
Returns true if this is a Move.
isMove(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.FlowGraph
True if this node represents a move instruction, i.e.
isMove(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
 
isMustParam(Temp) - Method in class harpoon.Analysis.Quads.MustParamOracle
Returns true iff the given Temp *must* contain the value of some parameter.
isNative() - Method in class harpoon.IR.RawClass.AccessFlags
 
isNative() - Method in class harpoon.IR.Tree.NATIVECALL
 
isNative() - Method in class harpoon.IR.Tree.INVOCATION
 
isNative() - Method in class harpoon.IR.Tree.CALL
 
isNop(Stm) - Static method in class harpoon.IR.Tree.Stm
Returns true if stm has no effect.
isParam(HMethod, HField) - Method in class harpoon.Analysis.SizeOpt.ConstructorClassifier
Returns true iff the given field hf is always set to the same value as one of the constructor's parameters whenever it is executed.
isPointer(int) - Static method in class harpoon.IR.Tree.Type
 
isPOLY() - Method in class harpoon.Analysis.MetaMethods.GenType
Checks whether this is a polymorphic type.
isPossiblyNull(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine whether the given Temp can possibly be null.
isPossiblyNull(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether the given Temp can possibly be null.
isPrimitive() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Checks whether this node is an unspecialized one (a root node in the chain of specialization).
isPrimitive() - Method in class harpoon.ClassFile.HClass
Determines if the specified HClass object represents a primitive Java type.
isPrivate() - Method in class harpoon.IR.RawClass.AccessFlags
 
isProtected() - Method in class harpoon.IR.RawClass.AccessFlags
 
isProtected(Quad) - Method in class harpoon.IR.Quads.HANDLER
Returns true if the given Quad is protected by this HANDLER; false otherwise.
isProtected(Quad) - Method in interface harpoon.IR.Quads.HANDLER.ProtectedSet
Determines whether the specified Quad is a member of the protected set.
isPublic() - Method in class harpoon.IR.RawClass.AccessFlags
 
isRead(HField) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine whether the given HField is ever read.
isRead(HMethod, HField) - Method in class harpoon.Analysis.Quads.FieldSyncOracle
Returns true if HMethod hm will ever read HField hf, either directly or via a method call.
isRegister(Temp) - Method in class harpoon.Analysis.Instr.RegAlloc
Checks if t is a register (Helper method).
isRegister(Temp) - Method in class harpoon.Backend.Generic.RegFileInfo
Checks if t is a element of the register file for this architecture.
isRegister(Temp) - Method in class harpoon.Backend.MIPS.RegFileInfo
 
isRegister(Temp) - Method in class harpoon.Backend.Sparc.RegFileInfo
 
isRegister(Temp) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
isSafeMethod(HMethod) - Method in class harpoon.Analysis.PreciseGC.MRAFactory
Checks whether a method is "safe" (i.e.
isSafeToRemove(Instr) - Method in class harpoon.Backend.Generic.Code
Returns false if instr cannot be safely deleted.
isSmall - Variable in class harpoon.IR.Tree.MEM
 
isSmall - Variable in class harpoon.IR.Tree.CONST
 
isSmall() - Method in interface harpoon.IR.Tree.PreciselyTyped
Returns true if this expression is a small type, false otherwise.
isSmall() - Method in class harpoon.IR.Tree.MEM
Returns true if this is a sub-integer expression.
isSmall() - Method in class harpoon.IR.Tree.ESEQ
 
isSmall() - Method in class harpoon.IR.Tree.CONST
Returns true if this is a sub-integer expression.
isSpecialized() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Checks whether this node is a specialization of some other node.
isStarted(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Checks whether the thread "nt" is started or not.
isStatic() - Method in interface harpoon.ClassFile.HMethod
Determines whether this is a static method.
isStatic() - Method in interface harpoon.ClassFile.HField
Determines whether this is a static field.
isStatic() - Method in class harpoon.IR.Quads.SET
Determines whether the SET is of a static field.
isStatic() - Method in class harpoon.IR.Quads.METHOD
Determines whether the parameters defined in this Quads.METHOD belong to a static method.
isStatic() - Method in class harpoon.IR.Quads.GET
Determines whether the GET is of a static field.
isStatic() - Method in class harpoon.IR.Quads.CALL
Determines whether this CALL is to a static method.
isStatic() - Method in class harpoon.IR.RawClass.AccessFlags
 
isSuper() - Method in class harpoon.IR.RawClass.AccessFlags
 
isSuperclassOf(HClass) - Method in class harpoon.ClassFile.HClass
Determines if this HClass is a superclass of a given HClass hc.
isSuperinterfaceOf(HClass) - Method in class harpoon.ClassFile.HClass
Determines if this HClass is a superinterface of a given HClass hc.
isSync(HMethod) - Method in class harpoon.Analysis.Quads.FieldSyncOracle
Returns true if HMethod hm will ever acquire/release a lock (either directly, or via a method call).
isSynchronized() - Method in class harpoon.IR.RawClass.AccessFlags
 
isSyncOn(PANode) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Checks whether any sync action is done on the node node.
isSynthetic() - Method in interface harpoon.ClassFile.HMethod
Determines whether this HMethod is synthetic, in the sense of "associated with an inner-class; not programmer declared".
isSynthetic() - Method in interface harpoon.ClassFile.HMember
Indicates whether this field or method is 'real' or if it has been synthesized by the compiler in order to implement scoping of inner classes.
isSynthetic() - Method in interface harpoon.ClassFile.HField
Determines whether this HField is synthetic.
isTailCall - Variable in class harpoon.IR.LowQuad.PCALL
Whether this should be treated as a tail call.
isTailCall - Variable in class harpoon.IR.Quads.CALL
Special flag for tail calls.
isTailCall - Variable in class harpoon.IR.Tree.CALL
Whether this invocation should be performed as a tail call.
isTailCall() - Method in class harpoon.IR.LowQuad.PCALL
Return true if this method should return the same value the callee returns or throw whatever exception the callee throws (in which case we can get rid of our stack and let the callee return directly to our caller).
isTailCall() - Method in class harpoon.IR.Quads.CALL
Returns true if this method should return the same value the callee returns or throw whatever exception the callee throws (in which case we can get rid of our stack and let the callee return directly to our caller.
isThatOne(HMethod, String, String) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Checks whether the method hm is the method named mthd from the class named cls.
ISTORE - Static variable in class harpoon.IR.Bytecode.Op
 
ISTORE_0 - Static variable in class harpoon.IR.Bytecode.Op
 
ISTORE_1 - Static variable in class harpoon.IR.Bytecode.Op
 
ISTORE_2 - Static variable in class harpoon.IR.Bytecode.Op
 
ISTORE_3 - Static variable in class harpoon.IR.Bytecode.Op
 
isTransient() - Method in class harpoon.IR.RawClass.AccessFlags
 
isTSpec() - Method in class harpoon.Analysis.PointerAnalysis.PASync
Checks whether this action is a thread specialization of some other one.
isTSpec() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Checks whether this node is a thread specialization of some other node.
ISUB - Static variable in class harpoon.IR.Bytecode.Op
 
isUnconditionalBranch(byte) - Static method in class harpoon.IR.Bytecode.Op
Tells whether a given opcode is an unconditional branch instruction.
isUse() - Method in class harpoon.Analysis.Tree.DominatingMemoryAccess.daNum
 
isUse(Object) - Static method in class harpoon.Analysis.Tree.DominatingMemoryAccess
Returns true if the MEM operation that returned this specifier (from harpoon.Backend.MIPS.Frame.daNum) is a use.
isValid(int) - Static method in class harpoon.IR.LowQuad.LowQuadKind
 
isValid(int) - Static method in class harpoon.IR.LowQuad.LQop
 
isValid(int) - Static method in class harpoon.IR.Quads.QuadKind
 
isValid(int) - Static method in class harpoon.IR.Quads.Qop
Determines if a given Qop value is valid.
isValid(int) - Static method in class harpoon.IR.Tree.Uop
Determines if the given Uop value is valid.
isValid(int) - Static method in class harpoon.IR.Tree.Type
 
isValid(int) - Static method in class harpoon.IR.Tree.TreeKind
 
isValid(int) - Static method in class harpoon.IR.Tree.Bop
Determines if the given Bop value is valid.
isValidToken(MethodSplitter.Token) - Method in class harpoon.Analysis.PreciseGC.RCTransformer
Check the validity of a given MethodSplitter.Token.
isValidToken(MethodSplitter.Token) - Method in class harpoon.Analysis.PreciseGC.AllocationHoisting
Check the validity of a given MethodSplitter.Token.
isValidToken(MethodSplitter.Token) - Method in class harpoon.Analysis.Quads.InitializerTransform
Checks the token types handled by this MethodSplitter subclass.
isValidToken(MethodSplitter.Token) - Method in class harpoon.Analysis.Transactions.SyncTransformer
 
isValidToken(MethodSplitter.Token) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Check the validity of a given MethodSplitter.Token.
isVirtual - Variable in class harpoon.IR.LowQuad.PCALL
Whether this is a virtual or non-virtual method invocation.
isVirtual - Variable in class harpoon.IR.Quads.CALL
Special flag for non-virtual methods.
isVirtual() - Method in class harpoon.IR.LowQuad.PCALL
Returns true if ptr points to the address of the method to invoke; or false if ptr contains the direct address of the method to invoke.
isVirtual() - Method in class harpoon.IR.Quads.CALL
Returns true if the method is dispatched virtually, or false otherwise.
isVirtual(HMethod) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Utility method to determine whether a method is inheritable (and thus it's children should be split whenever it is).
isVolatile() - Method in class harpoon.IR.RawClass.AccessFlags
 
isWritten(HMethod, HField) - Method in class harpoon.Analysis.Quads.FieldSyncOracle
Returns true if HMethod hm will ever write HField hf, either directly or via a method call.
isZero() - Method in class harpoon.Util.BitString
 
iterator() - Method in interface harpoon.IR.Quads.HANDLER.ProtectedSet
Iterate through all the elements of the protected set.
iterator() - Method in class harpoon.Util.BinHeapPriorityQueue
Returns the elements of this in no specific order.
iterator() - Method in class harpoon.Util.ArraySet
 
iterator() - Method in class harpoon.Util.Collections.WorkSet
Efficient set iterator.
iterator() - Method in class harpoon.Util.Collections.LinearSet
 
iterator() - Method in class harpoon.Util.Collections.CollectionWrapper
 
iterator(ExpList) - Static method in class harpoon.IR.Tree.ExpList
FSK: didn't use standard JDK instance-local iterators because ExpLists are allowed to be null, and so such a definition would encourage attempted method-calls on null.
iterator(HandlerSet) - Static method in class harpoon.IR.Quads.HandlerSet
Returns an iterator over the HANDLERs in the given HandlerSet.
IteratorEnumerator - class harpoon.Util.IteratorEnumerator.
An IteratorEnumerator converts an Iterator into an Enumeration.
IteratorEnumerator(Iterator) - Constructor for class harpoon.Util.IteratorEnumerator
Creates a IteratorEnumerator.
IUSHR - Static variable in class harpoon.IR.Bytecode.Op
 
IUSHR - Static variable in class harpoon.IR.Quads.Qop
Computes the value of the first int value shifted right without sign extension by the number of bits specified in the low five bits of the second int value.
IXOR - Static variable in class harpoon.IR.Bytecode.Op
 
IXOR - Static variable in class harpoon.IR.Quads.Qop
Computes the binary-XOR of two int values.

J

Jasmin - class harpoon.IR.Jasmin.Jasmin.
Jasmin converts from QuadWithTry to bytecode formatted for the Jasmin assembler.
Jasmin(HCode[], HMethod[], HClass) - Constructor for class harpoon.IR.Jasmin.Jasmin
Creates a Jasmin object.
Jasmin(HCode[], HMethod[], HClass, int, int) - Constructor for class harpoon.IR.Jasmin.Jasmin
Creates a Jasmin object.
jasminEscape(String) - Static method in class harpoon.Util.Util
Escape the contents of a String so they are safe to print.
Java12 - class harpoon.Tools.Annotation.Java12.
 
Java12() - Constructor for class harpoon.Tools.Annotation.Java12
constructor
Java12(Lexer) - Constructor for class harpoon.Tools.Annotation.Java12
 
jlClass(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
 
JLSRuntimeInformation - class harpoon.Backend.Analysis.JLSRuntimeInformation.
JLSRuntimeInformation contains the basic runtime information required by the Java Language Specification.
JLSRuntimeInformation(Linker) - Constructor for class harpoon.Backend.Analysis.JLSRuntimeInformation
Creates a JDKRuntimeInformation.
JMain - class harpoon.Main.JMain.
JMain is the command-line interface to the compiler.
JMain() - Constructor for class harpoon.Main.JMain
 
join(ActionRepository) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Adds the information about actions and action-thread ordering from ar2 to this action repository.
join(EdgeOrdering) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
join is called in the control-flow join points.
join(EdgesNCallees, Map, Set, Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Conservative implementation
join(MRA.MRAToken) - Method in class harpoon.Analysis.PreciseGC.MRA.MRAToken
Returns an MRAToken representing the join of this with the argument.
join(ODInformation) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
Joins two ODInformation objects.
join(ODParIntGraph) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
join combines two ODParIntGraphs in \ a control-flow join point.
join(ParIntGraph) - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
join combines two ParIntGraphs in \ a control-flow join point.
join(PAThreadMap) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
join combines two PAThreadMaps in a control-flow join poin
join(PointsToGraph) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
join is called in the control-flow join points.
join(Set, EdgesNCallees, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Conservative implementation
joinbis(EdgesNCallees) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Conservative implementation
JSR - Static variable in class harpoon.IR.Bytecode.Op
 
JSR_W - Static variable in class harpoon.IR.Bytecode.Op
 
JUMP - class harpoon.IR.Tree.JUMP.
JUMP objects are statements which stand for unconditional computed branches.
JUMP - Static variable in class harpoon.IR.Tree.TreeKind
 
JUMP - Static variable in class harpoon.Tools.PatMat.Sym
 
JUMP(TreeFactory, HCodeElement, Exp, LabelList) - Constructor for class harpoon.IR.Tree.JUMP
Full constructor.
JUMP(TreeFactory, HCodeElement, Label) - Constructor for class harpoon.IR.Tree.JUMP
Abbreviated constructor for a non-computed branch.
JumpOptimization - class harpoon.Analysis.Tree.JumpOptimization.
JumpOptimization removes branches-to-branches and redundant labels.

K

keepTheEssential(PANode[], boolean) - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Produces a ParIntGraph containing only the nodes that could be reached from the outside.
keepTheEssential(PANode[], boolean) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Produces a ODParIntGraph containing only the nodes that could be reached from the outside.
keepTheEssential(PANode[], Set, boolean) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Produces a PointsToGraph containing just the nodes that are reachable from root node: the nodes that could be reached from outside code (e.g.
keepTheEssential(Set) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Produces a new PAThreadMap containing only the thread nodes that appear in essential_nodes.
keepTheEssential(Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Returns a new relation containing information only about the ordering of edges between nodes from remaining_nodes.
key - Variable in class harpoon.Util.Collections.BinaryTree.Node
 
KEY_EXTRA - Static variable in class harpoon.Tools.PatMat.Sym
 
KEY_PRED - Static variable in class harpoon.Tools.PatMat.Sym
 
KEY_WEIGHT - Static variable in class harpoon.Tools.PatMat.Sym
 
key(int) - Method in class harpoon.IR.Bytecode.InSwitch
Returns the case key corresponding to the given branch target index.
keyComparator() - Method in class harpoon.Util.Collections.AbstractHeap
Returns the comparator used to compare keys in this Heap.
keys - Variable in class harpoon.IR.Quads.TYPESWITCH
Class type keys for typeswitch cases.
keys - Variable in class harpoon.IR.Quads.SWITCH
Integer keys for switch cases.
keys() - Method in class harpoon.IR.Quads.TYPESWITCH
Returns the array of class type keys for the typeswitch cases.
keys() - Method in class harpoon.IR.Quads.SWITCH
Returns the array of integer keys for the switch cases.
keys() - Method in class harpoon.Util.DataStructs.RelationImpl
 
keys() - Method in interface harpoon.Util.DataStructs.Relation
Returns all the keys appearing in this relation.
keys() - Method in class harpoon.Util.DataStructs.AbstrRelationMapBased
 
keys() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
keys(int) - Method in class harpoon.IR.Quads.TYPESWITCH
Returns a given element in the keys array.
keys(int) - Method in class harpoon.IR.Quads.SWITCH
Returns a given element in the keys array.
keySet() - Method in class harpoon.Util.Collections.MapWrapper
 
keySet() - Method in class harpoon.Util.Collections.GenericMultiMap
Returns a set view of the keys in this map.
keySet() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
keySet() - Method in class harpoon.Util.DataStructs.LightMap
Returns a set view of the keys contained in this map.
keysLength() - Method in class harpoon.IR.Quads.TYPESWITCH
Returns the length of the keys array.
keysLength() - Method in class harpoon.IR.Quads.SWITCH
Returns the length of the keys array.
kids() - Method in class harpoon.IR.Tree.Tree
Return a list of subexpressions of this Tree.
kids() - Method in class harpoon.IR.Tree.SEQ
 
kids() - Method in class harpoon.IR.Tree.MOVE
 
kids() - Method in class harpoon.IR.Tree.METHOD
 
kids() - Method in class harpoon.IR.Tree.INVOCATION
 
kids() - Method in class harpoon.IR.Tree.ESEQ
 
kids() - Method in class harpoon.Tools.PatMat.Spec.Exp
Creates an Spec.ExpList of children of this Spec.Exp.
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpId
 
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpBinop
 
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpConst
 
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpMem
 
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpName
 
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpTemp
 
kids() - Method in class harpoon.Tools.PatMat.Spec.ExpUnop
 
kids() - Method in class harpoon.Tools.PatMat.Spec.Stm
Creates an Spec.ExpList of children of this Spec.Stm.
kids() - Method in class harpoon.Tools.PatMat.Spec.StmAlign
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmCall
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmCjump
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmData
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmExp
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmJump
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmLabel
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmMethod
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmMove
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmNativeCall
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmReturn
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmSegment
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmSeq
 
kids() - Method in class harpoon.Tools.PatMat.Spec.StmThrow
 
KIND - Static variable in interface harpoon.Backend.Generic.RegFileInfo.StackOffsetLoc
 
KIND - Static variable in interface harpoon.Backend.Generic.RegFileInfo.MachineRegLoc
 
kind() - Method in interface harpoon.Backend.Generic.RegFileInfo.CommonLoc
Returns the KIND of Loc this is.
kind() - Method in class harpoon.IR.LowQuad.PSET
 
kind() - Method in class harpoon.IR.LowQuad.POPER
 
kind() - Method in class harpoon.IR.LowQuad.PMOFFSET
 
kind() - Method in class harpoon.IR.LowQuad.PMETHOD
 
kind() - Method in class harpoon.IR.LowQuad.PMCONST
 
kind() - Method in class harpoon.IR.LowQuad.PGET
 
kind() - Method in class harpoon.IR.LowQuad.PFOFFSET
 
kind() - Method in class harpoon.IR.LowQuad.PFIELD
 
kind() - Method in class harpoon.IR.LowQuad.PFCONST
 
kind() - Method in class harpoon.IR.LowQuad.PCALL
 
kind() - Method in class harpoon.IR.LowQuad.PARRAY
 
kind() - Method in class harpoon.IR.LowQuad.PAOFFSET
 
kind() - Method in class harpoon.IR.Quads.TYPESWITCH
 
kind() - Method in class harpoon.IR.Quads.TYPECAST
 
kind() - Method in class harpoon.IR.Quads.THROW
 
kind() - Method in class harpoon.IR.Quads.SWITCH
 
kind() - Method in class harpoon.IR.Quads.SET
 
kind() - Method in class harpoon.IR.Quads.RETURN
 
kind() - Method in class harpoon.IR.Quads.Quad
Return an integer enumeration of the kind of this Quad.
kind() - Method in class harpoon.IR.Quads.PHI
 
kind() - Method in class harpoon.IR.Quads.OPER
 
kind() - Method in class harpoon.IR.Quads.NOP
 
kind() - Method in class harpoon.IR.Quads.NEW
 
kind() - Method in class harpoon.IR.Quads.MOVE
 
kind() - Method in class harpoon.IR.Quads.MONITOREXIT
 
kind() - Method in class harpoon.IR.Quads.MONITORENTER
 
kind() - Method in class harpoon.IR.Quads.METHOD
 
kind() - Method in class harpoon.IR.Quads.LABEL
 
kind() - Method in class harpoon.IR.Quads.INSTANCEOF
 
kind() - Method in class harpoon.IR.Quads.HEADER
 
kind() - Method in class harpoon.IR.Quads.HANDLER
 
kind() - Method in class harpoon.IR.Quads.GET
 
kind() - Method in class harpoon.IR.Quads.FOOTER
 
kind() - Method in class harpoon.IR.Quads.DEBUG
 
kind() - Method in class harpoon.IR.Quads.CONST
 
kind() - Method in class harpoon.IR.Quads.COMPONENTOF
 
kind() - Method in class harpoon.IR.Quads.CJMP
 
kind() - Method in class harpoon.IR.Quads.CALL
 
kind() - Method in class harpoon.IR.Quads.ASET
 
kind() - Method in class harpoon.IR.Quads.ARRAYINIT
 
kind() - Method in class harpoon.IR.Quads.ANEW
 
kind() - Method in class harpoon.IR.Quads.ALENGTH
 
kind() - Method in class harpoon.IR.Quads.AGET
 
kind() - Method in class harpoon.IR.Tree.UNOP
 
kind() - Method in class harpoon.IR.Tree.Tree
Return an integer enumeration of the kind of this Tree.
kind() - Method in class harpoon.IR.Tree.THROW
 
kind() - Method in class harpoon.IR.Tree.TEMP
 
kind() - Method in class harpoon.IR.Tree.SEQ
 
kind() - Method in class harpoon.IR.Tree.SEGMENT
 
kind() - Method in class harpoon.IR.Tree.RETURN
 
kind() - Method in class harpoon.IR.Tree.NATIVECALL
 
kind() - Method in class harpoon.IR.Tree.NAME
 
kind() - Method in class harpoon.IR.Tree.MOVE
 
kind() - Method in class harpoon.IR.Tree.METHOD
 
kind() - Method in class harpoon.IR.Tree.MEM
 
kind() - Method in class harpoon.IR.Tree.LABEL
 
kind() - Method in class harpoon.IR.Tree.JUMP
 
kind() - Method in class harpoon.IR.Tree.EXPR
 
kind() - Method in class harpoon.IR.Tree.ESEQ
 
kind() - Method in class harpoon.IR.Tree.DATUM
 
kind() - Method in class harpoon.IR.Tree.CONST
 
kind() - Method in class harpoon.IR.Tree.CJUMP
 
kind() - Method in class harpoon.IR.Tree.CALL
 
kind() - Method in class harpoon.IR.Tree.BINOP
 
kind() - Method in class harpoon.IR.Tree.ALIGN
 
kind() - Method in class harpoon.Interpret.Tree.UndefinedPointer
Returns an integer enumeration of the kind of this Pointer.
kind() - Method in class harpoon.Interpret.Tree.StringPointer
Returns an integer enumeration of the kind of this Pointer.
kind() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Returns an integer enumeration of the kind of this Pointer.
kind() - Method in class harpoon.Util.Constraints.InclusionConstraints.Term
Returns the kind of this object.
kind() - Method in class harpoon.Util.Constraints.InclusionConstraints.Var
Returns Term.VAR.
kind() - Method in class harpoon.Util.Constraints.InclusionConstraints.AtomSet
Returns Term.ATOMSET.

L

L2D - Static variable in class harpoon.IR.Bytecode.Op
 
L2D - Static variable in class harpoon.IR.Quads.Qop
Converts a long to a double.
L2F - Static variable in class harpoon.IR.Bytecode.Op
 
L2F - Static variable in class harpoon.IR.Quads.Qop
Converts a long to a float.
L2I - Static variable in class harpoon.IR.Bytecode.Op
 
L2I - Static variable in class harpoon.IR.Quads.Qop
Converts a long to an int.
label - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
label - Variable in class harpoon.IR.Quads.LABEL
the (optional) name of this label.
label - Variable in class harpoon.IR.Tree.NAME
The label which this NAME refers to.
label - Variable in class harpoon.IR.Tree.LABEL
The symbolic name to define.
Label - class harpoon.Temp.Label.
A Label represents a (symbolic) address in assembly language.
LABEL - class harpoon.IR.Quads.LABEL.
LABEL marks a basic-block entrance.
LABEL - class harpoon.IR.Tree.LABEL.
LABEL objects define the constant value of the given label to be the current machine code address.
LABEL - Static variable in class harpoon.IR.Quads.QuadKind
 
LABEL - Static variable in class harpoon.IR.Tree.TreeKind
 
LABEL - Static variable in class harpoon.Tools.PatMat.Sym
 
label() - Method in interface harpoon.Backend.Generic.Runtime.ObjectBuilder.Info
 
label() - Method in class harpoon.Backend.Generic.GCInfo.GCPoint
Returns the Label identifying the GC point
label() - Method in class harpoon.IR.Quads.LABEL
Returns the optional name of this label, or null if this label has no name.
Label() - Constructor for class harpoon.Temp.Label
Makes a new label with an arbitrary name.
label(HClass) - Method in class harpoon.Backend.Maps.NameMap
Maps an HClass to a Label representing the location of its class pointer
label(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the label corresponding to the specified HClass
label(HClass, String) - Method in class harpoon.Backend.Maps.NameMap
Maps an HClass to a Label representing the class data structure associated with the given suffix.
label(HField) - Method in class harpoon.Backend.Maps.NameMap
Maps a static HField to a Label.
label(HField) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the label corresponding to the specified static field
label(HField, String) - Method in class harpoon.Backend.Maps.NameMap
Maps an HField to a Label representing the field information structure associated with the given suffix.
label(HMethod) - Method in class harpoon.Backend.Maps.NameMap
Maps an HMethod to a Label.
label(HMethod) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the label corrensponding to the specified method.
label(HMethod, String) - Method in class harpoon.Backend.Maps.NameMap
Maps an HMethod to a Label representing the method information structure associated with the given suffix.
LABEL(QuadFactory, HCodeElement, String, Temp[], int) - Constructor for class harpoon.IR.Quads.LABEL
 
LABEL(QuadFactory, HCodeElement, String, Temp[], Temp[][], int) - Constructor for class harpoon.IR.Quads.LABEL
Creates a LABEL representing the entrance to a basic block.
LABEL(QuadFactory, PHI, String) - Constructor for class harpoon.IR.Quads.LABEL
Creates a LABEL to replace a PHI.
label(String) - Method in class harpoon.Backend.Maps.NameMap
Maps a String constant to a Label.
label(String) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the label corresponding to the specified String constant
Label(String) - Constructor for class harpoon.Temp.Label
Makes a new label that prints as "name".
label(String, String) - Method in class harpoon.Backend.Maps.NameMap
Maps a String constant to a Label representing the string data structure associated with the given suffix.
LABEL(TreeFactory, HCodeElement, Label, boolean) - Constructor for class harpoon.IR.Tree.LABEL
Constructor.
LabelList - class harpoon.Temp.LabelList.
Deprecated. Scott says so. Use a real java.util.List instead.
LabelList(Label, LabelList) - Constructor for class harpoon.Temp.LabelList
Deprecated.  
LADD - Static variable in class harpoon.IR.Bytecode.Op
 
LADD - Static variable in class harpoon.IR.Quads.Qop
Computes the sum of two long values.
LALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
LAND - Static variable in class harpoon.IR.Bytecode.Op
 
LAND - Static variable in class harpoon.IR.Quads.Qop
Computes the binary-AND of two long values.
LANGLE - Static variable in class harpoon.Tools.PatMat.Sym
 
last - Variable in class harpoon.Analysis.FCFGBasicBlock
 
last - Variable in class harpoon.Backend.Generic.MaxMunchCG
 
last_nonopt - Variable in class gnu.getopt.Getopt
The index of the last non-option in argv[]
lastComment() - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
lastElement() - Method in class harpoon.Util.Collections.UniqueVector
Returns the last component of the vector.
lastIndexOf(Object) - Method in class harpoon.Util.Collections.UniqueVector
Returns the index of the last (and only) occurrence of the specified object in this vector.
lastIndexOf(Object) - Method in class harpoon.Util.Collections.ListWrapper
 
lastIndexOf(Object, int) - Method in class harpoon.Util.Collections.UniqueVector
Searches backwards for the specified object, starting from the specified index, and returns an index to it.
LASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
lastSet() - Method in class harpoon.Util.BitString
Returns the last index in the bit string which is set, or -1 if there is no such index.
lastSet(int) - Method in class harpoon.Util.BitString
Returns the last index less than where in the bit string which is set, or -1 if there is no such index.
lastStm(BasicBlock) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
lastUse(Temp, UseDefable, Iterator) - Static method in class harpoon.Analysis.Instr.RegAlloc
Checks if i is last use of reg in the block of instructions listed in iter.
layout(Instr, Instr) - Method in class harpoon.IR.Assem.Instr
Places this in the instruction layout between from and to.
LBBConverter - class harpoon.Util.LightBasicBlocks.LBBConverter.
LBBConverter converts the body of a method into LightBasicBlocks.
LBBConverter(BBConverter) - Constructor for class harpoon.Util.LightBasicBlocks.LBBConverter
Creates a LBBConverter.
LBRACE - Static variable in class harpoon.Tools.Annotation.Sym
 
LBRACE - Static variable in class harpoon.Tools.PatMat.Sym
 
LBRACK - Static variable in class harpoon.Tools.Annotation.Sym
 
LBRACK - Static variable in class harpoon.Tools.PatMat.Sym
 
LCMP - Static variable in class harpoon.IR.Bytecode.Op
 
LCMPEQ - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if the two long values are equal, or false otherwise.
LCMPGT - Static variable in class harpoon.IR.Quads.Qop
Evaluates to true if the first long value is greater than the second, or false otherwise.
LCONST_0 - Static variable in class harpoon.IR.Bytecode.Op
 
LCONST_1 - Static variable in class harpoon.IR.Bytecode.Op
 
LDC - Static variable in class harpoon.IR.Bytecode.Op
 
LDC_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
LDC_W - Static variable in class harpoon.IR.Bytecode.Op
 
LDC_W_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
LDC2_W - Static variable in class harpoon.IR.Bytecode.Op
 
LDC2_W_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
LDIV - Static variable in class harpoon.IR.Bytecode.Op
 
LDIV - Static variable in class harpoon.IR.Quads.Qop
Computes the quotient of two long values.
leaves - Variable in class harpoon.Analysis.FCFGBasicBlock.Factory
 
left - Variable in class harpoon.Tools.PatMat.Spec.ExpBinop
Expression on the left side of this.
left() - Method in class harpoon.Util.Collections.BinaryTree.Node
 
leftRotate(BinaryTree.Node) - Method in class harpoon.Util.Collections.RedBlackTree
Pivots around the edge (x,x.right).
length - Variable in class harpoon.Analysis.Quads.SSIStats
How many statements are in this code.
length - Variable in class harpoon.IR.RawClass.LocalVariableTable
The given local variable must have a value at indices into the code array in the closed interval [start_pc, start_pc + length].
length() - Method in interface harpoon.Backend.Generic.Runtime.ObjectBuilder.ArrayInfo
 
length() - Method in class harpoon.Util.BitString
Returns the "logical size" of this BitString: the index of the highest set bit in the BitString plus one.
lengthOffset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
If hc is an array type, returns the offset of its length field
Lexer - interface harpoon.Tools.Annotation.Lexer.
 
Lexer - class harpoon.Tools.Annotation.Lex.Lexer.
 
Lexer(Reader) - Constructor for class harpoon.Tools.Annotation.Lex.Lexer
 
Lexer(Reader, boolean) - Constructor for class harpoon.Tools.Annotation.Lex.Lexer
 
LightBasicBlock - class harpoon.Util.LightBasicBlocks.LightBasicBlock.
LightBasicBlock is designed as a compact version of a BasicBlock.
LightBasicBlock.Factory - class harpoon.Util.LightBasicBlocks.LightBasicBlock.Factory.
Converts the large, set based, basic blocks produced by a BasicBlock.Factory into smaller, array based, light basic blocks.
LightBasicBlock.Factory(BasicBlockFactoryInterf) - Constructor for class harpoon.Util.LightBasicBlocks.LightBasicBlock.Factory
Creates a LighBasicBlock.Factory object.
LightMap - class harpoon.Util.DataStructs.LightMap.
LightMap is a very lightweight implementation of the java.util.Map interface.
LightMap() - Constructor for class harpoon.Util.DataStructs.LightMap
Creates a LightMap.
LightMap(Map) - Constructor for class harpoon.Util.DataStructs.LightMap
Creates a LightMap with the same mappings as the given map.
LightPAEdgeSet - class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet.
LightPAEdgeSet
LightPAEdgeSet() - Constructor for class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
Creates a LightPAEdgeSet.
LightRelation - class harpoon.Util.DataStructs.LightRelation.
LightRelation
LightRelation() - Constructor for class harpoon.Util.DataStructs.LightRelation
Creates a RelationLight.
line - Variable in class harpoon.Tools.Annotation.Lex.LinePos
Line number in the source file.
line_number - Variable in class harpoon.IR.RawClass.LineNumberTable
The value of the line_number item must give the corresponding line number in the original Java source file.
line_number_table - Variable in class harpoon.IR.RawClass.AttributeLineNumberTable
Each entry in the line_number_table array indicates that the line number in the original Java source file changes at a given point in the code array.
line_number_table_length() - Method in class harpoon.IR.RawClass.AttributeLineNumberTable
 
linearize(Stm) - Static method in class harpoon.IR.Tree.Stm
Returns a Stm such that all SEQ objects contained within the Stm object are on the top level.
LinearMap - class harpoon.Util.Collections.LinearMap.
LinearMap is a simplistic light-weight Map designed for use when the number of entries is small.
LinearMap() - Constructor for class harpoon.Util.Collections.LinearMap
Creates a LinearMap.
LinearMap(int) - Constructor for class harpoon.Util.Collections.LinearMap
Creates a LinearMap with specified capacity.
LinearMap(Map) - Constructor for class harpoon.Util.Collections.LinearMap
 
LinearSet - class harpoon.Util.Collections.LinearSet.
LinearSet is a simplistic light-weight Set designed for use when the number of entries is small.
LinearSet() - Constructor for class harpoon.Util.Collections.LinearSet
Creates a LinearSet.
LinearSet(int) - Constructor for class harpoon.Util.Collections.LinearSet
Creates a LinearSet with given capacity.
LinearSet(ListFactory) - Constructor for class harpoon.Util.Collections.LinearSet
Creates an empty LinearSet, using a List generated by lf as the backing store.
LinearSet(ListFactory, int) - Constructor for class harpoon.Util.Collections.LinearSet
Creates an empty LinearSet with a given capacity, using a List generated by lf as the backing store.
LinearSet(ListFactory, Set) - Constructor for class harpoon.Util.Collections.LinearSet
Creates an empty LinearSet, using a List generated by lf as the backing store, and fills it with the elements of set.
LinearSet(Set) - Constructor for class harpoon.Util.Collections.LinearSet
Creates a LinearSet, filling it with the elements of set.
linearSetFactory - Static variable in class harpoon.Util.Collections.Factories
A SetFactory that generates LinearSets backed by ArrayLists.
LineNumberTable - class harpoon.IR.RawClass.LineNumberTable.
Each object indicates that the line number in the original Java source file changes at a given point in the code array.
LineNumberTable(int, int) - Constructor for class harpoon.IR.RawClass.LineNumberTable
Constructor.
LinePos - class harpoon.Tools.Annotation.Lex.LinePos.
LocPair is a line number, character position pair to denote a location in the input file.
linepos(int) - Method in interface harpoon.Tools.Annotation.Lexer
 
linepos(int) - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
LinePos(int, int) - Constructor for class harpoon.Tools.Annotation.Lex.LinePos
Creates a LocPair.
linkedListFactory - Static variable in class harpoon.Util.Collections.Factories
A ListFactory that generates LinkedLists.
linker - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
linker - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
linker - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
linker - Variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
linker - Variable in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
linker - Variable in class harpoon.Backend.Generic.RuntimeInformation
The Linker to use for all non-primitive elements of the returned Sets.
linker - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
linker - Variable in class harpoon.ClassFile.Relinker
 
linker - Static variable in class harpoon.Main.Lint
 
linker - Static variable in class harpoon.Main.EventDriven
 
Linker - class harpoon.ClassFile.Linker.
A Linker object manages the association of symbolic names to code/data/object descriptions.
Linker() - Constructor for class harpoon.ClassFile.Linker
 
Lint - class harpoon.Main.Lint.
Lint is a quick Java code-checker.
Lint() - Constructor for class harpoon.Main.Lint
 
list(Temp) - Method in class harpoon.Analysis.Instr.LocalCffRegAlloc
 
list(Temp, Temp) - Method in class harpoon.Analysis.Instr.LocalCffRegAlloc
 
ListCell - class harpoon.Analysis.PointerAnalysis.ListCell.
ListCell
ListCell(Object, ListCell) - Constructor for class harpoon.Analysis.PointerAnalysis.ListCell
Creates a ListCell.
listClasses(String) - Static method in class harpoon.ClassFile.Loader
Returns an iterator of Strings naming the available classes in the given package which are on the classpath.
ListComparator - class harpoon.Util.ListComparator.
A ListComparator compares two lists element-by-element.
ListComparator() - Constructor for class harpoon.Util.ListComparator
Creates a ListComparator which compares elements first-to-last.
ListComparator(boolean, Comparator) - Constructor for class harpoon.Util.ListComparator
Creates a ListComparator.
ListFactory - class harpoon.Util.Collections.ListFactory.
ListFactory is a List generator.
ListFactory() - Constructor for class harpoon.Util.Collections.ListFactory
Creates a ListFactory.
listIterator() - Method in class harpoon.Util.Collections.ListWrapper
 
listIterator(int) - Method in class harpoon.Util.Collections.ListWrapper
 
ListWrapper - class harpoon.Util.Collections.ListWrapper.
ListWrapper
ListWrapper(List) - Constructor for class harpoon.Util.Collections.ListWrapper
Creates a ListWrapper.
live - Variable in class harpoon.Analysis.ContBuilder.ContBuilder
 
liveMachineRegLocs - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
liveMachineRegLocs() - Method in class harpoon.Backend.Generic.GCInfo.GCPoint
Returns an unmodifiable Set of live, non-derived pointers at this GC point as WrappedMachineRegLocs
Liveness - class harpoon.Analysis.Liveness.
Liveness defines an abstract class for live variable analysis.
Liveness - class harpoon.Backend.CSAHack.RegAlloc.Liveness.
An interference graph by examination of liveness of nodes in a flow graph.
Liveness - class harpoon.IR.Bytecode.Liveness.
Liveness is a local-variable liveness analysis on Bytecode form.
Liveness(Code) - Constructor for class harpoon.IR.Bytecode.Liveness
Creates a Liveness.
Liveness(FlowGraph) - Constructor for class harpoon.Backend.CSAHack.RegAlloc.Liveness
Construct interference graph from flow graph.
Liveness(HCode) - Constructor for class harpoon.Analysis.Liveness
Creates a Liveness object from provided HCode.
liveOnExit() - Method in class harpoon.Backend.Generic.RegFileInfo
Returns the Set of registers live at a method's exit.
liveOnExit() - Method in class harpoon.Backend.MIPS.RegFileInfo
 
liveOnExit() - Method in class harpoon.Backend.Sparc.RegFileInfo
 
liveOnExit() - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
liveout - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
liveOut(BasicBlock) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
liveSet(Instr) - Method in class harpoon.IR.Bytecode.Liveness
Return a Collection of live local variables at the given instruction where.
liveSetsAreConsistent(Code, BasicBlock.Factory, CFGrapher, UseDefer, LiveTemps, Set) - Static method in class harpoon.Analysis.Instr.Check
 
liveStackOffsetLocs - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
liveStackOffsetLocs() - Method in class harpoon.Backend.Generic.GCInfo.GCPoint
Returns an unmodifiable Set of live, non-derived pointers at this GC point as WrappedStackOffsetLocs
LiveTemps - class harpoon.Analysis.DataFlow.LiveTemps.
LiveTemps is an extension of LiveVars for performing liveness analysis on Temps.
LiveTemps(BasicBlock.Factory, Set) - Constructor for class harpoon.Analysis.DataFlow.LiveTemps
 
LiveTemps(BasicBlock.Factory, Set, SetFactory, UseDefer) - Constructor for class harpoon.Analysis.DataFlow.LiveTemps
Constructor for LiveVars that allows the user to pass in their own SetFactory for constructing sets of the Temps in the analysis.
LiveTemps(BasicBlock.Factory, Set, UseDefer) - Constructor for class harpoon.Analysis.DataFlow.LiveTemps
Constructs a new LiveTemps for basicblocks.
LiveVars - class harpoon.Analysis.DataFlow.LiveVars.
LiveVars performs Liveness Analysis for the variables in the HCodes passed to it.
LiveVars.BBVisitor - class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.
 
LiveVars.BBVisitor.LiveVarInfo - class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo.
 
LiveVars.BBVisitor.LiveVarInfo(SetFactory) - Constructor for class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo
 
LiveVars.BBVisitor(BasicBlock.Factory) - Constructor for class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Constructs a new LiveVars for basicblocks.
LiveVars.BBVisitor(BasicBlock.Factory, boolean) - Constructor for class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Special ctor for use by subclasses so that the system won't break when calling abstract methods that require data that subclasses haven't initialized yet.
LiveVars.BBVisitor(BasicBlock.Factory, SetFactory) - Constructor for class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Constructor for LiveVars that allows the user to pass in their own SetFactory for constructing sets of whatever variable types that are used in the analysis.
LiveVars(HCode, CFGrapher, Set) - Constructor for class harpoon.Analysis.DataFlow.LiveVars
Constructs a new LiveVars.
LiveVars(HCode, CFGrapher, UseDefer, Set) - Constructor for class harpoon.Analysis.DataFlow.LiveVars
Constructs a new LiveVars.
LLOAD - Static variable in class harpoon.IR.Bytecode.Op
 
LLOAD_0 - Static variable in class harpoon.IR.Bytecode.Op
 
LLOAD_1 - Static variable in class harpoon.IR.Bytecode.Op
 
LLOAD_2 - Static variable in class harpoon.IR.Bytecode.Op
 
LLOAD_3 - Static variable in class harpoon.IR.Bytecode.Op
 
LMUL - Static variable in class harpoon.IR.Bytecode.Op
 
LMUL - Static variable in class harpoon.IR.Quads.Qop
Computes the product of two long values.
LNEG - Static variable in class harpoon.IR.Bytecode.Op
 
LNEG - Static variable in class harpoon.IR.Quads.Qop
Computes the negation of a long value.
LOAD - Static variable in class harpoon.Analysis.PointerAnalysis.PANode
Possible type: Load node
Loader - class harpoon.ClassFile.Loader.
Class file loader.
Loader() - Constructor for class harpoon.ClassFile.Loader
 
LOCAL - Static variable in class harpoon.Analysis.Instr.RegAlloc
 
local_variable_table - Variable in class harpoon.IR.RawClass.AttributeLocalVariableTable
Each entry in the local_variable_table array indicates a range of code offsets within which a local variable has a value.
local_variable_table_length() - Method in class harpoon.IR.RawClass.AttributeLocalVariableTable
 
LocalCffRegAlloc - class harpoon.Analysis.Instr.LocalCffRegAlloc.
LocalCffRegAlloc performs Local Register Allocation for a given set of Instrs using a conservative-furthest-first algorithm.
LocalCffRegAlloc.PreassignTemp - class harpoon.Analysis.Instr.LocalCffRegAlloc.PreassignTemp.
PreassignTemp represents Temps which have been pre-assigned to machine registers.
LocalCffRegAlloc.PreassignTemp(Temp) - Constructor for class harpoon.Analysis.Instr.LocalCffRegAlloc.PreassignTemp
 
LocalCffRegAlloc(Code) - Constructor for class harpoon.Analysis.Instr.LocalCffRegAlloc
Creates a LocalCffRegAlloc.
localName(int, int) - Method in class harpoon.IR.RawClass.AttributeLocalVariableTable
Get the (debugging) name of a local variable.
localName(int, int) - Method in class harpoon.IR.RawClass.AttributeCode
Return the symbolic name of a local variable, or null if one cannot be found.
localSaveOffset(int) - Method in class harpoon.Backend.MIPS.StackInfo
Return the offset for a given local index
LocalVariableNamer - class harpoon.Analysis.RoleInference.LocalVariableNamer.
LocalVariableNamer
LocalVariableNamer(HMethod) - Constructor for class harpoon.Analysis.RoleInference.LocalVariableNamer
Creates a LocalVariableNamer.
LocalVariableTable - class harpoon.IR.RawClass.LocalVariableTable.
Each object indicates a range of code array offsets within which a local variable has a value.
LocalVariableTable(ClassFile, int, int, int, int, int) - Constructor for class harpoon.IR.RawClass.LocalVariableTable
Constructor.
locate(Temp, Instr) - Method in interface harpoon.Backend.Generic.RegFileInfo.TempLocator
 
LocationFactory - interface harpoon.Backend.Generic.LocationFactory.
The LocationFactory interface provides a means for the runtime system to get access to some global storage for its use.
LocationFactory.Location - interface harpoon.Backend.Generic.LocationFactory.Location.
The Locations returned by the LocationFactory allocation function are opaque data structures that permit only the creation of an accessor fragment in Tree form.
lock - Variable in class harpoon.IR.Quads.MONITOREXIT
The object containing the monitor to be released.
lock - Variable in class harpoon.IR.Quads.MONITORENTER
The object containing the monitor to be locked.
lock() - Method in class harpoon.IR.Quads.MONITOREXIT
Returns the Temp specifying the object to be released.
lock() - Method in class harpoon.IR.Quads.MONITORENTER
Returns the Temp specifying the object to be locked.
lockcount - Static variable in class harpoon.Analysis.Quads.CollectSyncStats
 
LockRemove - class harpoon.Analysis.EventDriven.LockRemove.
LockRemove
LockRemove(Set, Map, HCodeFactory) - Constructor for class harpoon.Analysis.EventDriven.LockRemove
 
log2c(int) - Static method in class harpoon.Util.Util
Returns ceil(log2(n))
logCALL(Object, String, Object, String) - Static method in class harpoon.RunTime.Monitor
 
logNEW(Object, String, String, Object, int) - Static method in class harpoon.RunTime.Monitor
 
Long - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type long.
LONG - Static variable in interface harpoon.IR.Tree.Typed
 
LONG - Static variable in class harpoon.IR.Tree.Type
64-bit integer type.
LONG - Static variable in class harpoon.Tools.Annotation.Sym
 
LONG - Static variable in class harpoon.Tools.PatMat.Sym
 
long_only - Variable in class gnu.getopt.Getopt
This flag determines whether or not we are parsing only long args
long_options - Variable in class gnu.getopt.Getopt
This is an array of LongOpt objects which describ the valid long options.
LONG_WORD_SIZE - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
longGET(Object, Object, long) - Static method in class harpoon.Runtime.MZFExternalMap
 
longind - Variable in class gnu.getopt.Getopt
Stores the index into the long_options array of the long option found
LongOpt - class gnu.getopt.LongOpt.
This object represents the definition of a long option in the Java port of GNU getopt.
longopt_handled - Variable in class gnu.getopt.Getopt
A flag which communicates whether or not checkLongOption() did all necessary processing for the current option
LongOpt(String, int, StringBuffer, int) - Constructor for class gnu.getopt.LongOpt
Create a new LongOpt object with the given parameter values.
longSET(Object, Object, long, long) - Static method in class harpoon.Runtime.MZFExternalMap
 
longValue() - Method in class harpoon.IR.RawClass.ConstantLong
Returns the value of this constant.
LOOKUPSWITCH - Static variable in class harpoon.IR.Bytecode.Op
 
LOOP_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Activates the loop sensitivity.
LOOP_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Activates the loop sensitivity.
LoopAnalysis - class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.
LoopAnalysis implements AllInductionsMap, BasicInductionsMap, and InvariantsMap.
LoopAnalysis.ForLoopInfo - class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo.
ForLoopInfo encapsulated information on a for loop.
LoopAnalysis(TempMap) - Constructor for class harpoon.Analysis.LowQuad.Loop.LoopAnalysis
Creates a LoopAnalysis.
loopBackEdges() - Method in interface harpoon.Analysis.Loops.Loops
Returns backedges in the Loop.
loopBackEdges() - Method in class harpoon.Analysis.Loops.LoopFinder
This method finds all of the backedges of the loop.
loopEntranceEdges() - Method in interface harpoon.Analysis.Loops.Loops
Returns entrances to the Loop.
loopEntranceEdges() - Method in class harpoon.Analysis.Loops.LoopFinder
 
loopEntrances() - Method in interface harpoon.Analysis.Loops.Loops
Returns entrances to the Loop.
loopEntrances() - Method in class harpoon.Analysis.Loops.LoopFinder
This method returns the entry point of the loop.
loopExcElements() - Method in interface harpoon.Analysis.Loops.Loops
Returns elements of this loop not in any nested loop.
loopExcElements() - Method in class harpoon.Analysis.Loops.LoopFinder
Returns all of the HCodeElements of this loop that aren't in a nested loop.
loopExit() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
loopExit gives the CJMP that is the first exit of the loop.
loopExitEdges() - Method in interface harpoon.Analysis.Loops.Loops
Returns nodes that have edges exiting the loop.
loopExitEdges() - Method in class harpoon.Analysis.Loops.LoopFinder
Returns a Set of all HCodeEdges exiting the loop.
loopExits() - Method in interface harpoon.Analysis.Loops.Loops
Returns nodes that have edges exiting the loop.
loopExits() - Method in class harpoon.Analysis.Loops.LoopFinder
Returns a Set of all HCodeElements in the loop which have an edge exiting the loop.
LoopFinder - class harpoon.Analysis.Loops.LoopFinder.
LoopFinder implements Dominator Tree Loop detection.
LoopFinder(HCode) - Constructor for class harpoon.Analysis.Loops.LoopFinder
Creates a new LoopFinder object.
LoopFinder(HCode, CFGrapher) - Constructor for class harpoon.Analysis.Loops.LoopFinder
Creates a new LoopFinder object.
loopIncElements() - Method in interface harpoon.Analysis.Loops.Loops
Returns elements of this loops and all nested loop.
loopIncElements() - Method in class harpoon.Analysis.Loops.LoopFinder
Returns a Set with all of the HCodeElements of the loop and loops included entirely within this loop.
LoopInvariance - class harpoon.Analysis.LowQuad.Loop.LoopInvariance.
LoopInvariance
LoopInvariance(TempMap, HCode) - Constructor for class harpoon.Analysis.LowQuad.Loop.LoopInvariance
Creates a LoopInvariance.
loopinvariant() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
loopinvariant(Temp) - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
LoopMap - class harpoon.Analysis.LowQuad.Loop.LoopMap.
LoopMap
LoopMap(HCode, Loops, TempMap) - Constructor for class harpoon.Analysis.LowQuad.Loop.LoopMap
Creates a LoopMap.
LoopOptimize - class harpoon.Analysis.LowQuad.Loop.LoopOptimize.
LoopOptimize optimizes the code after LoopAnalysis.
LoopOptimize(AllInductionsMap, BasicInductionsMap, InvariantsMap, LoopAnalysis, TempMap) - Constructor for class harpoon.Analysis.LowQuad.Loop.LoopOptimize
Creates an LoopOptimize.
LoopOptimize(LoopAnalysis, TempMap) - Constructor for class harpoon.Analysis.LowQuad.Loop.LoopOptimize
LoopOptimize constructor.
Loops - interface harpoon.Analysis.Loops.Loops.
Loops contains the interface to be implemented by objects generating nested loops trees.
LOR - Static variable in class harpoon.IR.Bytecode.Op
 
LOR - Static variable in class harpoon.IR.Quads.Qop
Computes the binary-OR of two long values.
low - Variable in class harpoon.Util.Collections.IntervalTree.Interval
 
LowQuad - class harpoon.IR.LowQuad.LowQuad.
The LowQuad interface identifies subclasses of harpoon.IR.Quads.Quad as being members of the LowQuad representation.
LowQuad(LowQuadFactory, HCodeElement) - Constructor for class harpoon.IR.LowQuad.LowQuad
 
LowQuadFactory - class harpoon.IR.LowQuad.LowQuadFactory.
LowQuadFactory is a trivial subclass of QuadFactory which assigns unique numbers to the Quads and LowQuads in LowQuad form.
LowQuadFactory() - Constructor for class harpoon.IR.LowQuad.LowQuadFactory
 
LowQuadKind - class harpoon.IR.LowQuad.LowQuadKind.
LowQuadKind is an enumerated type for the various kinds of LowQuads.
LowQuadKind() - Constructor for class harpoon.IR.LowQuad.LowQuadKind
 
LowQuadNoSSA - class harpoon.IR.LowQuad.LowQuadNoSSA.
The LowQuadNoSSA codeview exposes a lowquad-based representation.
LowQuadNoSSA(HMethod, Quad) - Constructor for class harpoon.IR.LowQuad.LowQuadNoSSA
Create a new code object given a quadruple representation of the method instructions.
LowQuadSSA - class harpoon.IR.LowQuad.LowQuadSSA.
The LowQuadSSA codeview exposes a lowquad based representation in SSA form.
LowQuadSSA(HMethod, Quad) - Constructor for class harpoon.IR.LowQuad.LowQuadSSA
Create a new code object given a quadruple representation of the method instructions.
LowQuadSSA(LowQuadSSI) - Constructor for class harpoon.IR.LowQuad.LowQuadSSA
Creates a LowQuadSSA object from a LowQuadSSI object.
LowQuadSSI - class harpoon.IR.LowQuad.LowQuadSSI.
The LowQuadSSI codeview exposes a lowquad based representation in SSI form.
LowQuadSSI(HMethod, Quad) - Constructor for class harpoon.IR.LowQuad.LowQuadSSI
Create a new code object given a quadruple representation of the method instructions.
LowQuadSSI(LowQuadNoSSA) - Constructor for class harpoon.IR.LowQuad.LowQuadSSI
Creates a LowQuadSSI object from a LowQuadNoSSA object.
LowQuadVisitor - class harpoon.IR.LowQuad.LowQuadVisitor.
LowQuadVisitor is another design pattern.
LowQuadVisitor() - Constructor for class harpoon.IR.LowQuad.LowQuadVisitor
 
LowQuadVisitor(boolean) - Constructor for class harpoon.IR.LowQuad.LowQuadVisitor
Create a LowQuadVisitor.
LPAREN - Static variable in class harpoon.Tools.Annotation.Sym
 
LPAREN - Static variable in class harpoon.Tools.PatMat.Sym
 
LQop - class harpoon.IR.LowQuad.LQop.
LQop is an enumerated type for the various kinds of OPER opcodes in LowQuad form.
LQop() - Constructor for class harpoon.IR.LowQuad.LQop
 
LREM - Static variable in class harpoon.IR.Bytecode.Op
 
LREM - Static variable in class harpoon.IR.Quads.Qop
Computes the remainder of two long values.
LRETURN - Static variable in class harpoon.IR.Bytecode.Op
 
LSHIFT - Static variable in class harpoon.Tools.Annotation.Sym
 
LSHIFTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
LSHL - Static variable in class harpoon.IR.Bytecode.Op
 
LSHL - Static variable in class harpoon.IR.Quads.Qop
Computes the value of the first long value shifted left by the number of bits specified in the low six bits of the second int value.
LSHR - Static variable in class harpoon.IR.Bytecode.Op
 
LSHR - Static variable in class harpoon.IR.Quads.Qop
Computes the value of the first long value shifted right with sign extension by the number of bits specified in the low six bits of the second int value.
LSTORE - Static variable in class harpoon.IR.Bytecode.Op
 
LSTORE_0 - Static variable in class harpoon.IR.Bytecode.Op
 
LSTORE_1 - Static variable in class harpoon.IR.Bytecode.Op
 
LSTORE_2 - Static variable in class harpoon.IR.Bytecode.Op
 
LSTORE_3 - Static variable in class harpoon.IR.Bytecode.Op
 
LSUB - Static variable in class harpoon.IR.Bytecode.Op
 
LT - Static variable in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
< case
LT - Static variable in class harpoon.Tools.Annotation.Sym
 
LTE - Static variable in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
<= case
LTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
LUSHR - Static variable in class harpoon.IR.Bytecode.Op
 
LUSHR - Static variable in class harpoon.IR.Quads.Qop
Computes the value of the first long value shifted right without sign extension by the number of bits specified in the low six bits of the second int value.
lv_name(int, int) - Method in class harpoon.Analysis.RoleInference.LocalVariableNamer
 
lvIN - Variable in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo
 
lvOUT - Variable in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo
 
LXOR - Static variable in class harpoon.IR.Bytecode.Op
 
LXOR - Static variable in class harpoon.IR.Quads.Qop
Computes the binary-XOR of two long values.

M

main - Variable in class harpoon.Backend.Runtime1.Runtime
 
Main - class harpoon.Analysis.Partition.Main.
 
Main - class harpoon.Main.Main.
Main is the command-line interface to the compiler.
Main - class harpoon.Tools.Annotation.Main.
Main routine for the Java source-code annotation tool.
Main - class harpoon.Tools.PatMat.Main.
 
Main() - Constructor for class harpoon.Analysis.Partition.Main
 
Main() - Constructor for class harpoon.Main.Main
 
Main() - Constructor for class harpoon.Tools.Annotation.Main
 
Main() - Constructor for class harpoon.Tools.PatMat.Main
 
main(String[]) - Static method in class harpoon.Analysis.MemOpt.TestMemOpt
 
main(String[]) - Static method in class harpoon.Analysis.Partition.Main
 
main(String[]) - Static method in class harpoon.Analysis.Quads.CollectSyncStats
 
main(String[]) - Static method in class harpoon.Interpret.Tree.TestRun
 
main(String[]) - Static method in class harpoon.Main.TypesMain
 
main(String[]) - Static method in class harpoon.Main.Sizer
 
main(String[]) - Static method in class harpoon.Main.SAMain
 
main(String[]) - Static method in class harpoon.Main.Run
 
main(String[]) - Static method in class harpoon.Main.Raw
 
main(String[]) - Static method in class harpoon.Main.PAMain
 
main(String[]) - Static method in class harpoon.Main.ODPAMain
 
main(String[]) - Static method in class harpoon.Main.Main
The compiler should be invoked with the names of classes to view.
main(String[]) - Static method in class harpoon.Main.Lint
 
main(String[]) - Static method in class harpoon.Main.JMain
The compiler should be invoked with the names of classes to view.
main(String[]) - Static method in class harpoon.Main.Graph
 
main(String[]) - Static method in class harpoon.Main.EventDriven
 
main(String[]) - Static method in class harpoon.Main.EDXMain
 
main(String[]) - Static method in class harpoon.Main.EDMain
 
main(String[]) - Static method in class harpoon.Main.CallGraph
 
main(String[]) - Static method in class harpoon.Main.CHStats
 
main(String[]) - Static method in class harpoon.Tools.Annotation.Main
 
main(String[]) - Static method in class harpoon.Tools.PatMat.Main
 
main(String[]) - Static method in class harpoon.Util.BitString
Self-test function.
main(String[]) - Static method in class harpoon.Util.Collections.RedBlackTree
 
main(String[]) - Static method in class harpoon.Util.Collections.IntervalTree
 
main(String[]) - Static method in class harpoon.Util.Collections.HashEnvironment
Self-test function.
main(String[]) - Static method in class harpoon.Util.Collections.FibonacciHeap
Self-test method.
main(String[]) - Static method in class harpoon.Util.Collections.DisjointSet
Self-test method.
main(String[]) - Static method in class harpoon.Util.Collections.BinomialHeap
Self-test function.
main(String[]) - Static method in class harpoon.Util.Collections.BinaryTree
 
main(String[]) - Static method in class harpoon.Util.Collections.BinaryHeap
Self-test function.
MAInfo - class harpoon.Analysis.PointerAnalysis.MAInfo.
MAInfo
MAInfo.MAInfoOptions - class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions.
Options for the MAInfo processing.
MAInfo.MAInfoOptions() - Constructor for class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
 
MAInfo(PointerAnalysis, HCodeFactory, Linker, Set, MAInfo.MAInfoOptions) - Constructor for class harpoon.Analysis.PointerAnalysis.MAInfo
Creates a MAInfo.
major_version - Variable in class harpoon.IR.RawClass.ClassFile
The major version number of the compiler that produced this class file.
make_thread_heap(MetaMethod, ODMAInfo) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
make(HCode, Set) - Static method in class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
 
make(HCode, Set) - Static method in class harpoon.Analysis.DataFlow.LiveTemps
Produces a default live variable analysis object and solves it.
make(HCode, Set) - Static method in class harpoon.Analysis.DataFlow.CachingLiveTemps
 
make(HCode, UseDefer, Set) - Static method in class harpoon.Analysis.DataFlow.LiveTemps
Produces a default live variable analysis object and solves it.
make(RegAlloc, boolean) - Static method in class harpoon.Analysis.Instr.EqTempSets
Constructs and returns a new EqTempSets.
makeAccessor(TreeFactory, HCodeElement) - Method in interface harpoon.Backend.Generic.LocationFactory.Location
Return a Tree.Exp which can be used to address the contents of this Location for a fetch or set operation.
makeArray(HClass, int) - Method in class harpoon.ClassFile.Relinker
 
makeArray(HClass, int) - Method in class harpoon.ClassFile.Linker
Allow Linker subclass to substitute a different (mutable?) array class type.
makeCollection() - Method in class harpoon.Util.Collections.CollectionFactory
Generates a new, mutable, empty Collection.
makeCollection(Collection) - Method in class harpoon.Util.Collections.SetFactory
 
makeCollection(Collection) - Method in class harpoon.Util.Collections.ListFactory
 
makeCollection(Collection) - Method in class harpoon.Util.Collections.CollectionFactory
Generates a new, mutable Collection, using the elements of c as a template for its initial contents.
makeCollection(int) - Method in class harpoon.Util.Collections.SetFactory
 
makeCollection(int) - Method in class harpoon.Util.Collections.ListFactory
 
makeCollection(int) - Method in class harpoon.Util.Collections.CollectionFactory
Generates a new, mutable, empty Collection, using initialCapacity as a hint to use for the capacity for the produced Collection.
makeColor() - Method in class harpoon.Analysis.GraphColoring.ColorFactory
Color generator.
makeEdge(Node, Node) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Generates an edge from from to to.
makeEmptyContext() - Method in class harpoon.Analysis.GenericContextFactory
 
makeEnv() - Method in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
makeFullSet() - Method in class harpoon.Util.Collections.BitSetFactory
Generates a new mutable Set, using the elements of the universe for this as its initial contents.
MakeGCThreadSafe - class harpoon.Backend.Analysis.MakeGCThreadSafe.
MakeGCThreadSafe adds checks to see whether another thread has caused a GC, and if so, halts the current thread by calling out to the runtime.
makeGenPrsv(BasicBlock, SetFactory) - Method in class harpoon.Analysis.DataFlow.ReachingHCodeElements
Initializes the GEN/PRSV information for 'bb' and stores in in the returned ReachingDefInfo.
makeGroup() - Method in class harpoon.IR.Assem.InstrGroup.Type
Creates an InstrGroup of the type for this representing rep.
makeGroup(InstrGroup) - Method in class harpoon.IR.Assem.InstrGroup.Type
Creates an InstrGroup, contained in container of the type for this representing rep.
makeHeap() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
makeHeap() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
makeHeap() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
makeInitial(Temp) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
makeInitial(Temp) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
makeInitial(Temp) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Creates node(s) for t in the interference graph.
makeLabel(Instr) - Method in class harpoon.Backend.MIPS.InstrBuilder
 
makeLabel(Instr) - Method in class harpoon.Backend.Sparc.InstrBuilder
 
makeLabel(Instr) - Method in class harpoon.Backend.StrongARM.InstrBuilder
 
makeLabel(Label, Instr) - Method in class harpoon.Backend.Generic.InstrBuilder
Returns a new InstrLABEL for generating new arbitrary code blocks to branch to.
makeLabel(Label, Instr) - Method in class harpoon.Backend.MIPS.InstrBuilder
Returns a new InstrLABEL for generating new arbitrary code blocks to branch to.
makeLabel(Label, Instr) - Method in class harpoon.Backend.StrongARM.InstrBuilder
Returns a new InstrLABEL for generating new arbitrary code blocks to branch to.
makeList() - Method in class harpoon.Util.Collections.ListFactory
Generates a new, mutable, empty List.
makeList(Collection) - Method in class harpoon.Util.Collections.ListFactory
Generates a new mutable List, using the elements of c as a template for its initial contents.
makeList(int) - Method in class harpoon.Util.Collections.ListFactory
Generates a new, mutable, empty List, using initialCapacity as a hint to use for the capacity for the produced List.
makeLoad(List, int, Instr) - Method in class harpoon.Backend.Generic.InstrBuilder
Generates a new set of Instrs for memory traffic from RAM to multiple registers in the register file.
makeLoad(Temp, int, Instr) - Method in class harpoon.Backend.Generic.InstrBuilder
Generates a new set of Instrs for memory traffic from RAM to one register in the register file.
makeLoad(Temp, int, Instr) - Method in class harpoon.Backend.MIPS.InstrBuilder
 
makeLoad(Temp, int, Instr) - Method in class harpoon.Backend.Sparc.InstrBuilder
 
makeLoad(Temp, int, Instr) - Method in class harpoon.Backend.StrongARM.InstrBuilder
 
makeLocationData(Frame) - Method in interface harpoon.Backend.Generic.LocationFactory
Create an HData object that allocates static space for any allocated locations which need it.
makeLocationData(Frame) - Method in class harpoon.Backend.MIPS.RegFileInfo
Create an HData which allocates static space for any LocationFactory.Locations that have been created.
makeLocationData(Frame) - Method in class harpoon.Backend.Sparc.RegFileInfo
 
makeLocationData(Frame) - Method in class harpoon.Backend.StrongARM.RegFileInfo
Create an HData which allocates static space for any LocationFactory.Locations that have been created.
makeMap() - Method in class harpoon.Util.Collections.MapFactory
Generates a new, mutable, empty Map.
makeMap(Map) - Method in class harpoon.Util.Collections.MultiMap.Factory
 
makeMap(Map) - Method in class harpoon.Util.Collections.MapFactory
Generates a new Map, using the entries of map as a template for its initial mappings.
makeMap(Map) - Method in class harpoon.Util.Collections.AggregateMapFactory
Generates a new mutable Map which is a subset of the backing set of this AggregateMapFactory.
makeMultiMap() - Method in class harpoon.Util.Collections.MultiMap.Factory
 
makeMultiMap(Map) - Method in class harpoon.Util.Collections.MultiMap.Factory
Creates a new MultiMap initialized with all of the Map.Entrys in map
makeMultiMap(MapFactory, CollectionFactory) - Method in class harpoon.Util.Collections.MultiMap.Factory
 
makeNode(Object) - Method in class harpoon.Util.Collections.RedBlackTree
Factory method for Node.
makeNode(Object) - Method in class harpoon.Util.Collections.IntervalTree
requires: o is-a Interval.
makeNode(Object) - Method in class harpoon.Util.Collections.BinaryTree
Creates a Node n for this such that n.key == k.
makeNoFall(InstrFactory, HCodeElement, String) - Static method in class harpoon.IR.Assem.InstrDIRECTIVE
 
makeNoFall(InstrFactory, HCodeElement, String, Label) - Static method in class harpoon.IR.Assem.InstrLABEL
 
makePrecolored(Temp) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
makePrecolored(Temp) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
makePrecolored(Temp) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
makeReachingDefs(HCode) - Method in class harpoon.Analysis.UseDefChecker.ReachingDefsFactory
 
makeRegAlloc(Code) - Method in class harpoon.Analysis.Instr.RegAlloc.Factory
 
makeSet() - Method in class harpoon.Util.Collections.SetFactory
Generates a new, mutable, empty Set.
makeSet(Collection) - Method in class harpoon.Util.Collections.SetFactory
Generates a new mutable Set, using the elements of c as a template for its initial contents.
makeSet(Collection) - Method in class harpoon.Util.Collections.BitSetFactory
Generates a new mutable Set, using the elements of c as a template for its initial contents.
makeSet(Collection) - Method in class harpoon.Util.Collections.AggregateSetFactory
Generates a new mutable Set which is a subset of the backing set of this AggregateSetFactory.
makeSet(int) - Method in class harpoon.Util.Collections.SetFactory
Generates a new, mutable, empty Set, using initialCapacity as a hint to use for the capacity for the produced Set.
makeStartup(Linker, HCodeFactory, OutputStream, boolean) - Static method in class harpoon.Interpret.Quads.Method
Write a start-up static state to disk.
makeStore(List, int, Instr) - Method in class harpoon.Backend.Generic.InstrBuilder
Generates a new set of Instrs for memory traffic from multiple registers in the register file to RAM.
makeStore(Temp, int, Instr) - Method in class harpoon.Backend.Generic.InstrBuilder
Generates a new set of Instrs for memory traffic from the register file to RAM.
makeStore(Temp, int, Instr) - Method in class harpoon.Backend.MIPS.InstrBuilder
 
makeStore(Temp, int, Instr) - Method in class harpoon.Backend.Sparc.InstrBuilder
 
makeStore(Temp, int, Instr) - Method in class harpoon.Backend.StrongARM.InstrBuilder
 
makeswaps(HCode, Set, Set) - Static method in class harpoon.IR.Quads.ThreadInliner
 
makeTemp(TEMP, TempFactory) - Method in class harpoon.Backend.Generic.MaxMunchCG
tempmap from tree temps to instr temps
makeTemp(Typed, TempFactory) - Method in class harpoon.Backend.Generic.TempBuilder
Makes a Temp for storing values with the same type as t.
makeTemp(Typed, TempFactory) - Method in class harpoon.Backend.Sparc.TempBuilder
 
makeTemp(Typed, TempFactory) - Method in class harpoon.Backend.StrongARM.TempBuilder
 
makeUseDef(BasicBlock, SetFactory) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Initializes the USE/DEF information for bb and stores it in the returned LiveVarInfo.
makeUseDef(BasicBlock, SetFactory) - Method in class harpoon.Analysis.DataFlow.LiveTemps
Initializes the USE/DEF information for 'bb' and stores in in the returned LiveVarInfo.
makeWorklist() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Moves Nodes from initial to appropriate set in { spill, freeze, simplify }_worklist.
MallocAllocationStrategy - class harpoon.Backend.Runtime1.MallocAllocationStrategy.
MallocAllocationStrategy calls a C function with the same prototype as malloc() to do the allocation.
MallocAllocationStrategy(Frame, String) - Constructor for class harpoon.Backend.Runtime1.MallocAllocationStrategy
Creates a MallocAllocationStrategy.
mangle(HClass) - Method in class harpoon.Backend.Maps.NameMap
Mangle a class name.
mangle(HClass, String) - Method in class harpoon.Backend.Maps.NameMap
Mangle a class name, adding a uniqueness suffix.
mangle(HClass, String) - Method in class harpoon.Backend.Maps.DefaultNameMap
Mangle a class name.
mangle(HField) - Method in class harpoon.Backend.Maps.NameMap
Mangle a field name.
mangle(HField, String) - Method in class harpoon.Backend.Maps.NameMap
Mangle a field name, adding a uniqueness suffix.
mangle(HField, String) - Method in class harpoon.Backend.Maps.DefaultNameMap
Mangle a field name.
mangle(HMethod) - Method in class harpoon.Backend.Maps.NameMap
Mangle a method name.
mangle(HMethod, String) - Method in class harpoon.Backend.Maps.NameMap
Mangle a method name, adding a uniqueness suffix.
mangle(HMethod, String) - Method in class harpoon.Backend.Maps.DefaultNameMap
Mangle a method name.
mangle(String) - Method in class harpoon.Backend.Maps.NameMap
Mangle a reference to a string constant.
mangle(String, String) - Method in class harpoon.Backend.Maps.NameMap
Mangle a reference to a string constant, adding a uniqueness suffix.
mangle(String, String) - Method in class harpoon.Backend.Maps.DefaultNameMap
Mangle a string constant reference.
map - Variable in class harpoon.Util.DataStructs.AbstrRelationMapBased
 
map(HMethod, HMethod) - Method in class harpoon.Analysis.Realtime.ClassReplacer
Map a method on the original class to a method on the "to" class.
map(Object) - Method in class harpoon.Util.FilterEnumerator.Filter
Deprecated. Perform a mapping on elements from the source enumeration.
map(Object) - Method in class harpoon.Util.FilterIterator.Filter
Perform a mapping on elements from the source enumeration.
map(TempMap, Temp) - Static method in class harpoon.IR.Assem.Instr
 
map(TempMap, Temp) - Static method in class harpoon.IR.Quads.Quad
Apply TempMap tm to Temp t.
map(TempMap, Temp[]) - Static method in class harpoon.Analysis.EventDriven.CloningVisitor
 
map(TempMap, Temp[]) - Static method in class harpoon.IR.Assem.Instr
 
map(TempMap, Temp[]) - Static method in class harpoon.IR.Quads.Quad
Apply TempMap to array of Temps.
map(TempMap, Temp[][]) - Static method in class harpoon.Analysis.EventDriven.CloningVisitor
 
map(TempMap, Temp[][]) - Static method in class harpoon.IR.Assem.Instr
 
map(TempMap, Temp[][]) - Static method in class harpoon.IR.Quads.Quad
Apply TempMap to 2-d array of Temps.
mapAll(HClass, HClass) - Method in class harpoon.Analysis.Realtime.ClassReplacer
Map all of the methods from HClass from to to that share the same name and method signature.
MapComparator - class harpoon.Util.MapComparator.
A MapComparator compares two unsorted maps by first sorting their keys and then comparing them entry-by-entry (treating the map as a sorted pair list).
MapComparator(Comparator, Comparator) - Constructor for class harpoon.Util.MapComparator
Creates a MapComparator which compares entries in the order defined by the keyComparator and compares keys (using keyComparator) before values (using valueComparator).
MapFactory - class harpoon.Util.Collections.MapFactory.
MapFactory is a Map generator.
MapFactory() - Constructor for class harpoon.Util.Collections.MapFactory
Creates a MapFactory.
MapSet - interface harpoon.Util.Collections.MapSet.
A MapSet is a java.util.Set of Map.Entrys which can also be accessed as a java.util.Map.
mapSetFactory(MapFactory) - Static method in class harpoon.Util.Collections.Factories
Returns a SetFactory that generates MapSet views of maps generated by the given MapFactory.
mapups - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
MapWrapper - class harpoon.Util.Collections.MapWrapper.
MapWrapper is a class that acts as a proxy for another backing map, to allow for easy extension of Map functionality while not restricting developers to one particular Map implementation.
MapWrapper(Map) - Constructor for class harpoon.Util.Collections.MapWrapper
 
markSupported() - Method in class harpoon.Tools.Annotation.Lex.EscapedUnicodeReader
 
MartinTheWildHacker - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
match(Exp) - Method in class harpoon.Analysis.Tree.Simplification.Rule
Returns true if exp matches this rule.
match(Stm) - Method in class harpoon.Analysis.Tree.Simplification.Rule
Returns true if stm matches this rule.
MAX_ANALYSIS_ABOVE_SPEC - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
MAX_ANALYSIS_DEPTH - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
MAX_CALLEES - Static variable in class harpoon.Analysis.PointerAnalysis.InterProcPA
Call sites with more than MAX_CALLEES callees are simply considered to be holes.
MAX_INLINABLE_METHOD_SIZE - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
The maximal size of a method that can be inlined.
MAX_INLINING_LEVEL - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
The current implementation is able to inline call strings of length bigger than one.
MAX_INLINING_SIZE - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Only methods that have less than MAX_INLINING_SIZE instructions can be inlined.
max_locals - Variable in class harpoon.IR.RawClass.AttributeCode
The value of the max_locals item gives the number of local variables used by this method, including the parameters passes to the method on invocation.
MAX_METHOD_SIZE - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
The maximal size to which we can inflate the size of a method through inlining.
MAX_SPEC_DEPTH - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
The specialization limit.
MAX_SPEC_DEPTH - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
The specialization limit.
max_stack - Variable in class harpoon.IR.RawClass.AttributeCode
The value of the max_stack item gives the maximum number of words on the operand stack at any point during execution of this method.
max() - Static method in class harpoon.IR.LowQuad.LowQuadKind
 
max() - Static method in class harpoon.IR.Quads.QuadKind
 
max() - Static method in class harpoon.IR.Tree.TreeKind
 
maxDepth() - Method in class harpoon.Backend.Maps.DefaultClassDepthMap
 
maxDepth() - Method in class harpoon.Backend.Maps.ClassDepthMap
Returns the maximum nesting depth of any class (dependent on a given context).
MaximalMunchCGG - class harpoon.Tools.PatMat.MaximalMunchCGG.
MaximalMunchCGG finds an optimal tiling of instructions on a Tree-IR.
MaximalMunchCGG(Spec, String) - Constructor for class harpoon.Tools.PatMat.MaximalMunchCGG
Creates a MaximalMunchCGG.
maximum() - Method in class harpoon.Util.Collections.BinaryTree
Returns the maximum element of this.
maximum(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Finds the maximum Node n (in the subtree rooted at x).
MaxMunchCG - class harpoon.Backend.Generic.MaxMunchCG.
MaxMunchCG is a MaximalMunchCGG specific extension of CodeGen.
MaxMunchCG(Frame) - Constructor for class harpoon.Backend.Generic.MaxMunchCG
Creates a MaxMunchCG.
MaxPriorityQueue - interface harpoon.Util.MaxPriorityQueue.
MaxPriorityQueue maintains a Collection of Objects, each with an associated priority.
maxRegIndex() - Method in class harpoon.Backend.Generic.RegFileInfo
Defines the upper bound on possible indexes for MachineRegLocs.
maxRegIndex() - Method in class harpoon.Backend.StrongARM.RegFileInfo
maxRegIndex returns an upper bound on the indexes that will be returned by the MachineRegLocs for this backend.
mayReadAt(Edge) - Method in class harpoon.Analysis.Quads.MayReadOracle
Returns the set of fields possibly-read before edge e is executed.
MayReadOracle - class harpoon.Analysis.Quads.MayReadOracle.
A MayReadOracle tells you which fields of a given class 'may' be read on the given edge.
MayReadOracle(HCode, FieldSyncOracle, CallGraph, HClass, boolean) - Constructor for class harpoon.Analysis.Quads.MayReadOracle
Creates a MayReadOracle using the quad-ssi representation hc of some method and global information about read fields provided by fso.
MEASURE_AS - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Display the gains due to AGGRESSIVE_SHRINKING.
MEGA_DEBUG - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
crazy, isn't it?
MEM - class harpoon.IR.Tree.MEM.
MEM objects are expressions which stand for the contents of a value in memory starting at the address specified by the subexpression.
MEM - Static variable in class harpoon.IR.Tree.TreeKind
 
MEM - Static variable in class harpoon.Tools.PatMat.Sym
 
MEM_OPTIMIZATION - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
MEM(TreeFactory, HCodeElement, int, boolean, Exp) - Constructor for class harpoon.IR.Tree.MEM
Creates a MEM with a precisely defined type.
MEM(TreeFactory, HCodeElement, int, Exp) - Constructor for class harpoon.IR.Tree.MEM
Constructor.
memAccessNoTagCheck(HCodeElement) - Method in class harpoon.Backend.MIPS.Frame
 
memalloc_phase - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
memAlloc(Exp) - Method in class harpoon.Interpret.Tree.DefaultFrame
Returns a Tree.Exp object which represents a pointer to a newly allocated block of memory, of the specified size.
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Analysis.Realtime.RealtimeAllocationStrategy
Produces the Tree code corresponding to a memory allocation.
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.PreciseC.PGCNiftyAllocationStrategyWithStats
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.PreciseC.PGCNiftyAllocationStrategy
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.SPAllocationStrategy
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.NullAllocationStrategy
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.NiftyAllocationStrategy
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.MallocAllocationStrategy
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.BDWAllocationStrategy
 
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.AppelAllocationStrategy
Returns a Stm object which allocates a block of memory of the specified size.
memAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, Exp) - Method in class harpoon.Backend.Runtime1.AllocationStrategy
Return a Tree.Exp created with the given TreeFactory that returns a pointer to a piece of memory length bytes long.
memberComparator - Static variable in interface harpoon.ClassFile.HMember
 
MemHoisting - class harpoon.Analysis.Tree.MemHoisting.
MemHoisting ensures that the ordering of MEM operations is well-defined in the tree, by creating a temporary for and hoisting all but one MEM in any given subexpression.
MemHoisting() - Constructor for class harpoon.Analysis.Tree.MemHoisting
 
MemoryOptimization - class harpoon.Analysis.Quads.MemoryOptimization.
MemoryOptimization reduces the number of memory operations by combining multiple loads/stores to the same field/array element.
MemoryOptimization(HCodeFactory, ClassHierarchy, CallGraph) - Constructor for class harpoon.Analysis.Quads.MemoryOptimization
 
memRef(TreeFactory, MEM, DerivationGenerator, Temp) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
(t&(~3)), now *t
merge(BasicBlockInterf, BasicBlockInterf) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Merge (Confluence) operator.
merge(BasicBlockInterf, BasicBlockInterf) - Method in class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor
Merges operation on the from and to basic block.
merge(BasicBlockInterf, BasicBlockInterf) - Method in class harpoon.Analysis.Tree.TreeFolding
Merges operation on the from and to basic block.
merge(Quad, Quad) - Method in class harpoon.Analysis.DataFlow.DataFlowQuadVisitor
Merge operation on the from and to quad.
message(String) - Static method in class harpoon.Main.SAMain
 
messageln(String) - Static method in class harpoon.Main.SAMain
 
MetaAllCallers - class harpoon.Analysis.MetaMethods.MetaAllCallers.
MetaAllCallers is the dual of MetaCallGraph.
MetaAllCallers(MetaCallGraph) - Constructor for class harpoon.Analysis.MetaMethods.MetaAllCallers
Creates a MetaAllCallers.
MetaCallGraph - interface harpoon.Analysis.MetaMethods.MetaCallGraph.
MetaCallGraph is for meta methods what callGraph is for "normal" methods.
MetaCallGraphAbstr - class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr.
MetaCallGraphAbstr Abstract implementation of the MetaCallGraph interface.
MetaCallGraphAbstr() - Constructor for class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
 
MetaCallGraphImpl - class harpoon.Analysis.MetaMethods.MetaCallGraphImpl.
MetaCallGraphImpl is a full-power implementation of the MetaCallGraph interface.
MetaCallGraphImpl(CachingCodeFactory, ClassHierarchy, Set) - Constructor for class harpoon.Analysis.MetaMethods.MetaCallGraphImpl
Creates a MetaCallGraphImpl.
MetaMethod - class harpoon.Analysis.MetaMethods.MetaMethod.
MetaMethod is a specialization of a method, function of the types of its arguments.
For example, if we have a method foo declared as having a single parameter of type Object, if we know that in a specific call site it is called with an argument of type A and in some other call site with an argument of type B, then we can say that in the first case we call the meta-method consisting of method <foo,A> while in the second one we call the meta-method <foo,B>.
In languages that relies very heavily on inheritance and dynamic dispatch (virtual methods) such as Java, this will lead to a sparser call graph, removing some unrealizable call chains.
MetaMethod(HMethod) - Constructor for class harpoon.Analysis.MetaMethods.MetaMethod
Creates a MetaMethod corresponding to the method hm and the types declared for it.
MetaMethod(HMethod, boolean) - Constructor for class harpoon.Analysis.MetaMethods.MetaMethod
Creates a MetaMethod corresponding to the method hm and the types declared for it.
MetaMethod(HMethod, GenType[]) - Constructor for class harpoon.Analysis.MetaMethods.MetaMethod
Creates a MetaMethod corresponding to the method hm and the types from the array "types".
metaStuff(BMethod) - Method in class harpoon.Analysis.EventDriven.ToAsync
 
method - Variable in class harpoon.IR.LowQuad.PMOFFSET
The HMethod to address.
method - Variable in class harpoon.IR.LowQuad.PMCONST
The HMethod to address.
method - Variable in class harpoon.IR.Quads.CALL
The method to invoke.
Method - class harpoon.Interpret.Quads.Method.
Method interprets method code in quad form.
Method - class harpoon.Interpret.Tree.Method.
Method converts HMethods into tree code, and interprets them.
METHOD - class harpoon.IR.Quads.METHOD.
Quads.METHOD nodes encode method-specific information: the mapping of method formals to temporary variables, and links to the exception handlers for the method.
METHOD - class harpoon.IR.Tree.METHOD.
Tree.METHOD objects encode method-specific information: the mapping of method formals to temporary variables, and links to the exception handlers for the method.
METHOD - Static variable in class harpoon.IR.Quads.QuadKind
 
METHOD - Static variable in class harpoon.IR.Tree.TreeKind
 
METHOD - Static variable in class harpoon.Tools.PatMat.Sym
 
method_epilogue_stms - Variable in class harpoon.Tools.PatMat.Spec
Java code statements to be inserted in the epilogue of the code generator method body.
method_prologue_stms - Variable in class harpoon.Tools.PatMat.Spec
Java code statements to be inserted in the prologue of the code generator method body.
method() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the HMethod corresponding to the call site.
method() - Method in class harpoon.IR.LowQuad.PMOFFSET
Returns the method whose offset is computed.
method() - Method in class harpoon.IR.LowQuad.PMCONST
Returns the method whose offset is computed.
method() - Method in class harpoon.IR.Quads.HEADER
Returns the Quads.METHOD following this HEADER.
method() - Method in class harpoon.IR.Quads.CALL
Returns the method invoked by this CALL.
Method() - Constructor for class harpoon.Interpret.Quads.Method
 
Method() - Constructor for class harpoon.Interpret.Tree.Method
 
METHOD(QuadFactory, HCodeElement, Temp[], int) - Constructor for class harpoon.IR.Quads.METHOD
Creates a Quads.METHOD quad.
METHOD(TreeFactory, HCodeElement, Label, int, TEMP[]) - Constructor for class harpoon.IR.Tree.METHOD
Creates a Tree.METHOD object.
methodBase(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing the method base of the object referenced by the given objectref expression.
methodBase(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
methodConst(TreeFactory, HCodeElement, DerivationGenerator, HMethod) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which represents a reference to a java.lang.reflect.Method constant.
methodConst(TreeFactory, HCodeElement, DerivationGenerator, HMethod) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
MethodHole - class harpoon.Analysis.PointerAnalysis.MethodHole.
MetHolSet contains the information corresponding to method holes in a Parallel Interaction Graph.
MethodHole(CALL, Set, MetaMethod[], Set[], PANode, PANode, int, int) - Constructor for class harpoon.Analysis.PointerAnalysis.MethodHole
Creates a MethodHole.
MethodHole(MethodHole, Map) - Constructor for class harpoon.Analysis.PointerAnalysis.MethodHole
Creates a MethodHole which is a copy of the one given as argument, except that the parameters are mapped using the second argument.
MethodHole(MethodHole, Set[]) - Constructor for class harpoon.Analysis.PointerAnalysis.MethodHole
Creates a MethodHole which is a copy of the one given as argument, except for the parameters.
MethodHole(MethodHole, Set[], int, LinkedList) - Constructor for class harpoon.Analysis.PointerAnalysis.MethodHole
Creates a MethodHole which is a copy of the one given as argument, except for the parameters.
methodHolesSet(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Returns the set of methods that node escapes into.
MethodInfo - class harpoon.IR.RawClass.MethodInfo.
Each method, and each instance initialization method <init>, is described by a variable-length method_info structure.
MethodInfo(ClassFile, AccessFlags, int, int, Attribute[]) - Constructor for class harpoon.IR.RawClass.MethodInfo
Constructor.
MethodInliningCodeFactory - class harpoon.Analysis.Quads.MethodInliningCodeFactory.
MethodInliningCodeFactory makes an HCode from an HMethod, and inlines methods at call sites registered with the inline(CALL) function.
MethodInliningCodeFactory(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.MethodInliningCodeFactory
Creates a MethodInliningCodeFactory, using parentFactory.
MethodMap - class harpoon.Backend.Maps.MethodMap.
A MethodMap assigns an ordering to the methods in a class.
MethodMap() - Constructor for class harpoon.Backend.Maps.MethodMap
 
MethodMutator - class harpoon.Analysis.Transformation.MethodMutator.
MethodMutator makes it easier to implement simple method code mutations.
MethodMutator(HCodeFactory) - Constructor for class harpoon.Analysis.Transformation.MethodMutator
Creates a MethodMutator.
methodOffset(TreeFactory, HCodeElement, DerivationGenerator, HMethod) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing an offset from the method base required to access the given method.
methodOffset(TreeFactory, HCodeElement, DerivationGenerator, HMethod) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
methodOrder(HMethod) - Method in class harpoon.Backend.Analysis.InterfaceMethodMap
Returns an ordering of the given method.
methodOrder(HMethod) - Method in class harpoon.Backend.Analysis.ClassMethodMap
 
methodOrder(HMethod) - Method in class harpoon.Backend.Maps.MethodMap
Return an ordering of the given method.
methods - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
methods - Variable in class harpoon.IR.RawClass.ClassFile
Each value in the methods table must be a variable-length method_info structure giving a complete description of and Java Virtual Machine code for a method in the class or interface.
methods_count() - Method in class harpoon.IR.RawClass.ClassFile
 
methodsCallableFrom(HMethod) - Method in class harpoon.Backend.Analysis.JLSRuntimeInformation
 
methodsCallableFrom(HMethod) - Method in class harpoon.Backend.Generic.RuntimeInformation
Returns the set of methods called during the execution of the specified method.
methodsCallableFrom(HMethod) - Method in class harpoon.Backend.Runtime1.RuntimeInformation
 
MethodSplitter - class harpoon.Analysis.Transformation.MethodSplitter.
MethodSplitter makes it easier to implement transformations which specialize methods for one purpose or another.
MethodSplitter.Token - class harpoon.Analysis.Transformation.MethodSplitter.Token.
Subclasses of MethodSplitter refer to "versions" of the underlying method which may be named by creating static instances of this MethodSplitter.Token class.
MethodSplitter.Token(String) - Constructor for class harpoon.Analysis.Transformation.MethodSplitter.Token
Create a token, specifying the suggested method suffix.
MethodSplitter(HCodeFactory, ClassHierarchy, boolean) - Constructor for class harpoon.Analysis.Transformation.MethodSplitter
Creates a MethodSplitter, based on the method representations in the parent HCodeFactory.
MethodTraceFactory - class harpoon.Analysis.Quads.MethodTraceFactory.
MethodTraceFactory adds DEBUG quads to the entry and exit points of every method.
MethodTraceFactory(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.MethodTraceFactory
Creates a MethodTraceFactory.
mh - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
mh_number - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
min() - Static method in class harpoon.IR.LowQuad.LowQuadKind
 
min() - Static method in class harpoon.IR.Quads.QuadKind
 
min() - Static method in class harpoon.IR.Tree.TreeKind
 
minimum() - Method in interface harpoon.Util.Collections.Heap
Returns a mapping entry with minimal key.
minimum() - Method in class harpoon.Util.Collections.FibonacciHeap
 
minimum() - Method in class harpoon.Util.Collections.BinomialHeap
Returns a mapping entry with minimal key.
minimum() - Method in class harpoon.Util.Collections.BinaryTree
Returns the minimum element of this.
minimum() - Method in class harpoon.Util.Collections.BinaryHeap
 
minimum() - Method in class harpoon.Util.Collections.AbstractHeap
 
minimum(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Finds the minimum Node n (in the subtree rooted at x).
minimum(SpillHeuristics.SpillHeuristic[]) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Finds the minimum cost heuristic in h.
minor_version - Variable in class harpoon.IR.RawClass.ClassFile
The minor version number of the compiler that produced this class file.
MINUS - Static variable in class harpoon.Tools.Annotation.Sym
 
minusCheck(Quad, Temp, QuadWithTry, UseDef) - Static method in class harpoon.IR.Quads.Pattern
 
MINUSEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
MINUSMINUS - Static variable in class harpoon.Tools.Annotation.Sym
 
minusWidthMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine the negative bit width of Temp t.
minusWidthMap(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the negative bit width of Temp t.
minusWidthMap(HField) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the negative bit width of HField hf.
MOD - Static variable in class harpoon.Tools.Annotation.Sym
 
MODEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
Monitor - class harpoon.RunTime.Monitor.
 
MONITOR - Static variable in class harpoon.Analysis.GraphColoring.OptimisticGraphColorer
 
MONITORENTER - class harpoon.IR.Quads.MONITORENTER.
MONITORENTER acquires the monitor lock of a particular object.
MONITORENTER - Static variable in class harpoon.IR.Bytecode.Op
 
MONITORENTER - Static variable in class harpoon.IR.Quads.QuadKind
 
MONITORENTER(QuadFactory, HCodeElement, Temp) - Constructor for class harpoon.IR.Quads.MONITORENTER
Creates a MONITORENTER.
monitorEnter(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which acquires the monitor lock of the object specified by the given expression.
monitorEnter(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
monitorEnter(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime2.TreeBuilder
 
MONITOREXIT - class harpoon.IR.Quads.MONITOREXIT.
MONITOREXIT releases the monitor lock of a particular object.
MONITOREXIT - Static variable in class harpoon.IR.Bytecode.Op
 
MONITOREXIT - Static variable in class harpoon.IR.Quads.QuadKind
 
MONITOREXIT(QuadFactory, HCodeElement, Temp) - Constructor for class harpoon.IR.Quads.MONITOREXIT
Creates a MONITOREXIT.
monitorExit(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which releases the monitor lock of the object specified by the given expression.
monitorExit(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
monitorExit(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp) - Method in class harpoon.Backend.Runtime2.TreeBuilder
 
MONO - Static variable in class harpoon.Analysis.MetaMethods.GenType
Monomorphic type.
MostlyZeroFinder - class harpoon.Analysis.SizeOpt.MostlyZeroFinder.
The MostlyZeroFinder will add counters to find fields which are mostly zero (or mostly 1, 2, etc).
MostlyZeroFinder(HCodeFactory, ClassHierarchy, Frame) - Constructor for class harpoon.Analysis.SizeOpt.MostlyZeroFinder
Creates a MostlyZeroFinder using the given code factory, class hierarchy, and frame.
MOVE - class harpoon.IR.Quads.MOVE.
MOVE objects represent an assignment to a compiler temporary.
MOVE - class harpoon.IR.Tree.MOVE.
MOVE statements assign a value to a location.
MOVE - Static variable in class harpoon.IR.Quads.QuadKind
 
MOVE - Static variable in class harpoon.IR.Tree.TreeKind
 
MOVE - Static variable in class harpoon.Tools.PatMat.Sym
 
move(HMember, HClass) - Method in class harpoon.ClassFile.Relinker
Move HMember hm from its declaring class to some other class, newDestination.
MOVE(QuadFactory, HCodeElement, Temp, Temp) - Constructor for class harpoon.IR.Quads.MOVE
Creates a MOVE from a source and destination Temp.
MOVE(TreeFactory, HCodeElement, Exp, Exp) - Constructor for class harpoon.IR.Tree.MOVE
Constructor.
MoveList - class harpoon.Backend.CSAHack.RegAlloc.MoveList.
 
MoveList(Node, Node, MoveList) - Constructor for class harpoon.Backend.CSAHack.RegAlloc.MoveList
 
moveRelated(AppelRegAllocClasses.Node) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
moves() - Method in interface harpoon.Analysis.InterferenceGraph
 
moves() - Method in class harpoon.Analysis.Quads.QuadInterferenceGraph
unimplemented.
moves() - Method in class harpoon.Backend.CSAHack.RegAlloc.Liveness
 
moves() - Method in class harpoon.Backend.CSAHack.RegAlloc.InterferenceGraph
 
MRA - class harpoon.Analysis.PreciseGC.MRA.
MRA is answers the question "which Temps contain the address of the most recently allocated object at this program point?"
mra_before(Quad) - Method in class harpoon.Analysis.PreciseGC.MRA
Returns a Tuple.
MRA.MRAToken - class harpoon.Analysis.PreciseGC.MRA.MRAToken.
The MRAToken class represents the nodes on the lattice for the MRA analysis.
MRA() - Constructor for class harpoon.Analysis.PreciseGC.MRA
 
mra(Code) - Method in class harpoon.Analysis.PreciseGC.MRAFactory
Returns an MRA.
MRAFactory - class harpoon.Analysis.PreciseGC.MRAFactory.
MRAFactory generates MRAs.
MRAFactory(ClassHierarchy, HCodeFactory, Linker, String, int) - Constructor for class harpoon.Analysis.PreciseGC.MRAFactory
Creates an MRAFactory.
mrl - Variable in class harpoon.Backend.Generic.GCInfo.WrappedMachineRegLoc
 
MUL - Static variable in class harpoon.IR.Tree.Bop
Multiplication.
MUL - Static variable in class harpoon.Tools.PatMat.Sym
 
mul2shift(Exp, CONST) - Static method in class harpoon.Analysis.Tree.AlgebraicSimplification
Converts an arbitrary multiplication by a positive constant into a series of shifts, additions, and multiplies.
MULT - Static variable in class harpoon.Tools.Annotation.Sym
 
MULTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
MULTI_CIRCLE - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
MULTIANEWARRAY - Static variable in class harpoon.IR.Bytecode.Op
 
MULTIANEWARRAY_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
MultiMap - interface harpoon.Util.Collections.MultiMap.
MultiMap maps a key to a collection of values.
MultiMap.Factory - class harpoon.Util.Collections.MultiMap.Factory.
MultiMap.Factory is a MultiMap generator.
MultiMap.Factory() - Constructor for class harpoon.Util.Collections.MultiMap.Factory
 
MultiMapSet - interface harpoon.Util.Collections.MultiMapSet.
A MultiMapSet is a java.util.Set of Map.Entrys which can also be accessed as a MultiMap.
multiMapSetFactory(MultiMap.Factory) - Static method in class harpoon.Util.Collections.Factories
Returns a SetFactory that generates MultiMapSet views of MultiMaps generated by the given MultiMapFactory.
multiply() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
multiply(boolean) - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
multiply(int) - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
multiply(int) - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
multiply(Temp) - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
MustParamOracle - class harpoon.Analysis.Quads.MustParamOracle.
A MustParamOracle tells you what method variables *must* contain the values passed in as parameters to the method.
MustParamOracle(HCode) - Constructor for class harpoon.Analysis.Quads.MustParamOracle
Creates a MustParamOracle which gives you information on variables in HCode hc (which should be in SSI or SSA form, for best results).
mutateCodeName(String) - Method in class harpoon.Analysis.Quads.MemoryOptimization
 
mutateCodeName(String) - Method in class harpoon.Analysis.Quads.DispatchTreeTransformation
 
mutateCodeName(String) - Method in class harpoon.Analysis.Quads.CoalescingToNoSSA
 
mutateCodeName(String) - Method in class harpoon.Analysis.Transactions.SyncTransformer
 
mutateCodeName(String) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Override this method to change the codename which this MethodMutator's codefactory reports.
mutateCodeName(String) - Method in class harpoon.Analysis.Transformation.MethodMutator
Override this method to change the codename which this MethodMutator's codefactory reports.
mutateDescriptor(HMethod, MethodSplitter.Token) - Method in class harpoon.Analysis.PreciseGC.RCTransformer
Mutated constructors have signatures differing from the original.
mutateDescriptor(HMethod, MethodSplitter.Token) - Method in class harpoon.Analysis.PreciseGC.AllocationHoisting
Adds parameter to descriptors of mutated methods.
mutateDescriptor(HMethod, MethodSplitter.Token) - Method in class harpoon.Analysis.Transactions.SyncTransformer
 
mutateDescriptor(HMethod, MethodSplitter.Token) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Override this method if you want to create mutated methods with descriptors differing from that of the original method.
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Counters.RuntimeMethodCloner
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.PointerAnalysis.InstrumentAllocs
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierPrePass
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.TypeSwitchRemover
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.Nonvirtualize
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.NewMover
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.MethodTraceFactory
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.MemoryOptimization
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.DispatchTreeTransformation
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.ComponentOfReducer
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.CoalescingToNoSSA
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.ArrayUnroller
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Quads.ArrayInitRemover
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Realtime.QuantaChecker
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Realtime.ClassReplacer
Make the actual changes to the HCode.
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.RoleInference.RoleInference
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.SizeOpt.SizeCounters
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.SizeOpt.MostlyZeroFinder
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.SizeOpt.FieldReducer
 
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Transformation.MethodMutator
Override this method to effect transformations on split methods.
mutateHCode(HCodeAndMaps) - Method in class harpoon.Analysis.Tree.ConstantPropagation
 
mutateHCode(HCodeAndMaps, MethodSplitter.Token) - Method in class harpoon.Analysis.PreciseGC.RCTransformer
Modifies two classes of methods: - mutates recursive constructors into "creators", methods that build objects in a bottom-up fashion - modifies callers of these constructors to call the new creator methods
mutateHCode(HCodeAndMaps, MethodSplitter.Token) - Method in class harpoon.Analysis.PreciseGC.AllocationHoisting
Hoists allocation out of the split method.
mutateHCode(HCodeAndMaps, MethodSplitter.Token) - Method in class harpoon.Analysis.Quads.InitializerTransform
Mutate a given HCode to produce the version specified by which.
mutateHCode(HCodeAndMaps, MethodSplitter.Token) - Method in class harpoon.Analysis.Transactions.SyncTransformer
 
mutateHCode(HCodeAndMaps, MethodSplitter.Token) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Override this method to effect transformations on split methods.
MyAP - class harpoon.Analysis.PointerAnalysis.MyAP.
MyAP is my own implementation for the AllocationProperties.
MyAP(HClass) - Constructor for class harpoon.Analysis.PointerAnalysis.MyAP
Creates a MyAP.
MyLowQuadNoSSA - class harpoon.Analysis.LowQuad.Loop.MyLowQuadNoSSA.
MyLowQuadNoSSA
MyLowQuadSSI - class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI.
MyLowQuadSSI
myPrint(PrintWriter, boolean) - Method in class harpoon.IR.Assem.Code
Simple wrapper around myPrint passing a nop PrintCallback.
myPrint(PrintWriter, boolean, boolean, HCode.PrintCallback) - Method in class harpoon.IR.Assem.Code
Deprecated. Use Code#myPrint(PrintWriter,boolean,PrintCallback)
myPrint(PrintWriter, boolean, HCode.PrintCallback) - Method in class harpoon.IR.Assem.Code
Displays the assembly instructions of this codeview.
mySetFactory - Variable in class harpoon.Analysis.DataFlow.LiveTemps
 
MZFCompressor - class harpoon.Analysis.SizeOpt.MZFCompressor.
The MZFCompressor class implements a class transformation aimed at eliminating "mostly-zero" (or "mostly (any constant)") fields from classes (thus reducing memory consumption).
MZFCompressor(Frame, HCodeFactory, ClassHierarchy, String) - Constructor for class harpoon.Analysis.SizeOpt.MZFCompressor
Creates a MZFCompressor, using the field profiling information found in the resource at resourcePath.
MZFExternalMap - class harpoon.Runtime.MZFExternalMap.
The MZFExternalMap defines the interface which the MZFExternalize code factory (part of MZFCompressor) uses to interface to an external hashmap.
MZFExternalMap() - Constructor for class harpoon.Runtime.MZFExternalMap
 

N

n - Variable in class harpoon.Analysis.PointerAnalysis.PASync
The node on which the sync is performed on.
name - Variable in class gnu.getopt.LongOpt
The name of the long option
name - Variable in class harpoon.Temp.Label
 
name - Variable in class harpoon.Tools.PatMat.Spec.ExpName
Name for this.
name - Variable in class harpoon.Tools.PatMat.Spec.ExpTemp
Identifier for this.
name - Variable in class harpoon.Tools.PatMat.Spec.StmLabel
Label.
name - Variable in class harpoon.Tools.PatMat.Spec.DetailWeight
Describes what metric value is measuring.
NAME - class harpoon.IR.Tree.NAME.
NAME objects are expressions which stand for symbolic constants.
NAME - Static variable in class harpoon.IR.Tree.TreeKind
 
NAME - Static variable in class harpoon.Tools.PatMat.Sym
 
name_and_type_index - Variable in class harpoon.IR.RawClass.ConstantMethodref
The value of the name_and_type_index item must be a valid index into the constant_pool table of the parent.
name_and_type_index - Variable in class harpoon.IR.RawClass.ConstantInterfaceMethodref
The value of the name_and_type_index item must be a valid index into the constant_pool table of the parent.
name_and_type_index - Variable in class harpoon.IR.RawClass.ConstantFieldref
The value of the name_and_type_index item must be a valid index into the constant_pool table of the parent.
name_and_type_index() - Method in class harpoon.IR.RawClass.ConstantMethodref
 
name_and_type_index() - Method in class harpoon.IR.RawClass.ConstantInterfaceMethodref
 
name_and_type_index() - Method in class harpoon.IR.RawClass.ConstantFieldref
 
name_index - Variable in class harpoon.IR.RawClass.MethodInfo
The value of the name_index item must be a valid index into the constant_pool table.
name_index - Variable in class harpoon.IR.RawClass.LocalVariableTable
The value of the name_index item must be a valid index into the constant_pool table.
name_index - Variable in class harpoon.IR.RawClass.FieldInfo
The value of the name_index item must be a valid index into the constant_pool table.
name_index - Variable in class harpoon.IR.RawClass.ConstantNameAndType
The value of the name_index must be a valid index into the constant_pool table.
name_index - Variable in class harpoon.IR.RawClass.ConstantClass
The value of the name_index item must be a valid index into the constant_pool table of parent.
name_index() - Method in class harpoon.IR.RawClass.MethodInfo
 
name_index() - Method in class harpoon.IR.RawClass.LocalVariableTable
 
name_index() - Method in class harpoon.IR.RawClass.FieldInfo
 
name_index() - Method in class harpoon.IR.RawClass.ConstantNameAndType
 
name_index() - Method in class harpoon.IR.RawClass.ConstantClass
 
name() - Method in class harpoon.IR.RawClass.MethodInfo
 
name() - Method in class harpoon.IR.RawClass.LocalVariableTable
 
name() - Method in class harpoon.IR.RawClass.FieldInfo
 
name() - Method in class harpoon.IR.RawClass.ConstantNameAndType
 
name() - Method in class harpoon.IR.RawClass.ConstantClass
 
name() - Method in class harpoon.Temp.Temp
Returns the common name of this Temp; scope information not included.
NAME(TreeFactory, HCodeElement, Label) - Constructor for class harpoon.IR.Tree.NAME
Constructor.
NameMap - class harpoon.Backend.Maps.NameMap.
NameMap gives a translation from methods, classes, and fields to unique string labels legal in assembly code.
NameMap() - Constructor for class harpoon.Backend.Maps.NameMap
 
NATIVE - Static variable in class harpoon.Tools.Annotation.Sym
 
NATIVECALL - class harpoon.IR.Tree.NATIVECALL.
NATIVECALL objects are statements which stand for function calls using standard C calling convention.
NATIVECALL - Static variable in class harpoon.IR.Tree.TreeKind
 
NATIVECALL - Static variable in class harpoon.Tools.PatMat.Sym
 
nativeCall(TreeFactory, Exp, DerivationGenerator, Temp, String, String) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
func_name(t)
NATIVECALL(TreeFactory, HCodeElement, TEMP, Exp, ExpList) - Constructor for class harpoon.IR.Tree.NATIVECALL
Constructor.
nativeTreeCodeFactory(HCodeFactory) - Method in class harpoon.Backend.Generic.Runtime
This code factory hook allows the runtime to return runtime-specific stubs for native methods --- or any other method which the runtime wishes to reimplement.
nativeTreeCodeFactory(HCodeFactory) - Method in class harpoon.Backend.Runtime1.Runtime
 
Navigator - interface harpoon.Util.Graphs.Navigator.
The Navigator interface allows graph algorithms to detect (and use) the arcs from and to a certain node.
nbParams() - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Returns the number of parameters of this metamethod.
nCallers - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
needs_tag_check(MEM) - Method in class harpoon.Analysis.Tree.CacheEquivalence
Returns 'true' if this operation requires a tag check.
needsRepair() - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
NEG - Static variable in class harpoon.IR.Tree.Uop
Negation (-).
NEG - Static variable in class harpoon.Tools.PatMat.Sym
 
negate() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
negate() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
neighborsOf(Object) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Returns a collection view for the neighbors of a specific node.
neighborsOf(Object) - Method in interface harpoon.Analysis.GraphColoring.Graph
Returns a collection view for the neighbors of a specific node.
neighborsOf(Object) - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
NEQ - Static variable in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
!= case
nestedLoops() - Method in interface harpoon.Analysis.Loops.Loops
Returns a Set containing Loops that are nested.
nestedLoops() - Method in class harpoon.Analysis.Loops.LoopFinder
Returns a Set of loops that are nested inside of this loop.
NEW - class harpoon.IR.Quads.NEW.
NEW represents an object creation operation.
NEW - Static variable in class harpoon.IR.Bytecode.Op
 
NEW - Static variable in class harpoon.IR.Quads.QuadKind
 
NEW - Static variable in class harpoon.Tools.Annotation.Sym
 
NEW_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
NEW(QuadFactory, HCodeElement, Temp, HClass) - Constructor for class harpoon.IR.Quads.NEW
Creates a NEW object.
NEWARRAY - Static variable in class harpoon.IR.Bytecode.Op
 
newArray(int) - Method in interface harpoon.Util.ArrayFactory
Create and return a new array of the specified length.
newColor() - Method in class harpoon.Analysis.GraphColoring.ColorFactory
Color generator that subclasses must implement.
newcount - Static variable in class harpoon.Analysis.Quads.CollectSyncStats
 
newEdge(Instr, Instr) - Method in class harpoon.IR.Bytecode.Instr
 
NewMover - class harpoon.Analysis.Quads.NewMover.
The NewMover class moves NEW operations as close as possible to the CALL to their initializers.
NewMover(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.NewMover
Creates a NewMover that uses the given HCodeFactory hcf.
newNode() - Method in class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
Create a new node in the flow graph that does not correspond to an instruction.
newNode() - Method in class harpoon.Backend.CSAHack.Graph.Graph
 
newNode(Instr) - Method in class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
Create a new node in the flow graph corresponding to the instruction passed as parameter.
newNode(Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.Liveness
 
newQF(HMethod) - Method in class harpoon.IR.LowQuad.Code
Make the quad factory.
newQF(HMethod) - Method in class harpoon.IR.Quads.Code
Create a proper QuadFactory.
newTempMap() - Method in class harpoon.IR.Quads.RSSxToNoSSA
 
newTransaction(CommitRecord) - Static method in class harpoon.Runtime.Transactions.CommitRecord
Constructor method.
next - Variable in class harpoon.Analysis.Maps.Derivation.DList
Pointer to a continuation of the derivation, or null if there are no more base pointers associated with this derived pointer.
next - Variable in class harpoon.Analysis.PointerAnalysis.ListCell
 
next - Variable in class harpoon.IR.Assem.Instr
The next Instr to output after this.
next_bb - Variable in class harpoon.Analysis.FCFGBasicBlock
Next BBs (according to the normal control flow).
next() - Method in class harpoon.Analysis.EdgesIterator
Returns an CFGraphable if one remains.
next() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use nextSet() instead
next() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
next() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
next() - Method in class harpoon.IR.Bytecode.Instr
Return a list of all the possible Instrs that may succeed this one.
next() - Method in class harpoon.IR.Quads.Quad
Returns an array containing all the successors of this quad, in order.
next() - Method in class harpoon.Util.UnmodifiableListIterator
Returns the next element in the list.
next() - Method in class harpoon.Util.UnmodifiableIterator
Returns the next element in the iteration.
next() - Method in class harpoon.Util.ReverseIterator
 
next() - Method in class harpoon.Util.FilterIterator
 
next() - Method in class harpoon.Util.EnumerationIterator
 
next() - Method in class harpoon.Util.CombineIterator
 
next() - Method in class harpoon.Util.CloneableIterator
 
next() - Method in class harpoon.Util.ArrayIterator
 
next(int) - Method in class harpoon.IR.Bytecode.Instr
Return the specified successor of this Instr.
next(int) - Method in class harpoon.IR.Quads.Quad
Returns the ith successor of this quad.
next(int) - Method in class harpoon.Util.Graphs.SCComponent
Returns the ith successor.
next(Object) - Method in interface harpoon.Util.Graphs.Navigator
Returns the predecessors of node.
nextchar - Variable in class gnu.getopt.Getopt
The next char to be scanned in the option-element in which the last option character we returned was found.
nextEdge() - Method in class harpoon.IR.Quads.Quad
Returns an array containing all the outgoing edges from this quad.
nextEdge(int) - Method in class harpoon.IR.Quads.Quad
Returns the ith outgoing edge for this quad.
nextElement() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
nextElement() - Method in class harpoon.Util.ReverseEnumerator
Deprecated.  
nextElement() - Method in class harpoon.Util.NullEnumerator
Deprecated.  
nextElement() - Method in class harpoon.Util.FilterEnumerator
Deprecated.  
nextElement() - Method in class harpoon.Util.CombineEnumerator
Deprecated.  
nextElement() - Method in class harpoon.Util.ArrayEnumerator
Deprecated.  
nextElement() - Method in class harpoon.Util.SingletonEnumerator
Deprecated.  
nextElement() - Method in class harpoon.Util.IteratorEnumerator
 
nextIndex() - Method in class harpoon.Util.UnmodifiableListIterator
Returns the index of the element that would be returned by a subsequent call to next().
nextIndex() - Method in class harpoon.Util.CloneableIterator
 
nextLength() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use nextSet() instead
nextLength() - Method in class harpoon.IR.Quads.Quad
Return the number of successors of this quad.
nextLength() - Method in class harpoon.Util.Graphs.SCComponent
Returns the number of successors.
nextSet() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns all the successors of the basic block, according to the normal and the exceptional control flow.
nextSet() - Method in interface harpoon.Analysis.BasicBlockInterf
Returns all the successors of the basic block, according to the normal and the exceptional control flow.
nextSet() - Method in class harpoon.Analysis.BasicBlock
Returns all the successors of this.
nextToken() - Method in interface harpoon.Tools.Annotation.Lexer
 
nextToken() - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
nextTopSort() - Method in class harpoon.Util.Graphs.SCComponent
Returns the next SCComponent according to the decreasing topological order
nextUse - Variable in class harpoon.IR.Quads.TempChain
 
NiftyAllocationStrategy - class harpoon.Backend.Runtime1.NiftyAllocationStrategy.
NiftyAllocationStrategy implements stack- and thread-clustered-allocation strategies.
NiftyAllocationStrategy(Frame) - Constructor for class harpoon.Backend.Runtime1.NiftyAllocationStrategy
Creates a NiftyAllocationStrategy.
NIL - Variable in class harpoon.Util.Collections.BinaryTree
 
nInlines - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
NO_ARGUMENT - Static variable in class gnu.getopt.LongOpt
Constant value used for the "has_arg" constructor argument.
NO_REORDER - Static variable in class harpoon.IR.Assem.InstrGroup
groups code such as local labels (1f/1:).
NO_SPILL - Static variable in class harpoon.IR.Assem.InstrGroup
groups code where we cannot insert spill code (such as aggregates where spill code would destroy effect of virtual DUMMY instructions added in).
NO_TG - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Forces the allocation of ALL the threads on the stack.
NO_TG - Static variable in class harpoon.Analysis.PointerAnalysis.MAInfo
Forces the allocation of ALL the threads on the stack.
node - Variable in class harpoon.Analysis.GraphColoring.ColorableGraph.AlreadyColoredException
The node that was targetted for coloring.
node - Variable in class harpoon.Analysis.GraphColoring.ColorableGraph.IllegalColor
Node intended to be assigned to color.
node - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
Node - class harpoon.Analysis.GraphColoring.Node.
Node is an abstract representation of a node for use with the Graph object.
Node - class harpoon.Backend.CSAHack.Graph.Node.
 
Node() - Constructor for class harpoon.Analysis.GraphColoring.Node
Creates a Node.
Node(Graph) - Constructor for class harpoon.Backend.CSAHack.Graph.Node
 
node2Code(PANode) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Returns the instruction that created node.
NodeAlreadyColoredException - exception harpoon.Analysis.GraphColoring.NodeAlreadyColoredException.
NodeAlreadyColoredException
NodeAlreadyColoredException() - Constructor for class harpoon.Analysis.GraphColoring.NodeAlreadyColoredException
Creates a NodeAlreadyColoredException.
NodeAlreadyColoredException(String) - Constructor for class harpoon.Analysis.GraphColoring.NodeAlreadyColoredException
Creates a NodeAlreadyColoredException.
nodeHolesSet(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Returns the set of all the node "holes" node escapes through.
NodeList - class harpoon.Backend.CSAHack.Graph.NodeList.
 
NodeList(Node, NodeList) - Constructor for class harpoon.Backend.CSAHack.Graph.NodeList
 
NodeNotColoredException - exception harpoon.Analysis.GraphColoring.NodeNotColoredException.
NodeNotColoredException
NodeNotColoredException() - Constructor for class harpoon.Analysis.GraphColoring.NodeNotColoredException
Creates a NodeNotColoredException.
NodeNotColoredException(String) - Constructor for class harpoon.Analysis.GraphColoring.NodeNotColoredException
Creates a NodeNotColoredException.
NodeNotPresentInGraphException - exception harpoon.Analysis.GraphColoring.NodeNotPresentInGraphException.
NodeNotPresentInGraphException
NodeNotPresentInGraphException() - Constructor for class harpoon.Analysis.GraphColoring.NodeNotPresentInGraphException
Creates a NodeNotPresentInGraphException.
NodeNotPresentInGraphException(String) - Constructor for class harpoon.Analysis.GraphColoring.NodeNotPresentInGraphException
Creates a NodeNotPresentInGraphException.
NodeNotRemovedException - exception harpoon.Analysis.GraphColoring.NodeNotRemovedException.
NodeNotRemovedException
NodeNotRemovedException() - Constructor for class harpoon.Analysis.GraphColoring.NodeNotRemovedException
Creates a NodeNotRemovedException.
NodeNotRemovedException(String) - Constructor for class harpoon.Analysis.GraphColoring.NodeNotRemovedException
Creates a NodeNotRemovedException.
NodeRepository - class harpoon.Analysis.PointerAnalysis.NodeRepository.
NodeRepository
NodeRepository() - Constructor for class harpoon.Analysis.PointerAnalysis.NodeRepository
Creates a NodeRepository.
NODES_DRIVEN - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
nodes() - Method in class harpoon.Analysis.SESE.Region
Nodes in this region (and not contained in any child regions)
nodes() - Method in class harpoon.Backend.CSAHack.Graph.Graph
 
nodes() - Method in class harpoon.Util.Graphs.SCComponent
Returns the nodes of this strongly connected component; array version - good for iterating over the elements of the SCC.
Nodes2Status - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
nodeSet() - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Returns a set view of the nodes in this.
nodeSet() - Method in interface harpoon.Analysis.GraphColoring.Graph
Returns a set view of the nodes in this.
nodeSet() - Method in class harpoon.Analysis.GraphColoring.AbstractGraph
 
nodeSet() - Method in class harpoon.Util.Graphs.SCComponent
Returns the nodes of this strongly connected component (set version).
nodesFor(AppelRegAllocClasses.Web) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
nodesFor(AppelRegAllocClasses.Web) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
nodesFor(AppelRegAllocClasses.Web) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Returns a List of Node mapped to by w.
nodesIter(Iterator) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
NoFactorySetException - exception harpoon.Analysis.GraphColoring.NoFactorySetException.
NoFactorySetException
NoFactorySetException() - Constructor for class harpoon.Analysis.GraphColoring.NoFactorySetException
Creates a NoFactorySetException.
NoFactorySetException(String) - Constructor for class harpoon.Analysis.GraphColoring.NoFactorySetException
Creates a NoFactorySetException.
NOHEAP_CHECKS - Static variable in class harpoon.Analysis.Realtime.Realtime
Add checks to determine if a NoHeapRealtimeThread is touching the heap.
NOHEAP_MASK - Static variable in class harpoon.Analysis.Realtime.Realtime
Add masking support, but no checks
NoHeapCheckRemoval - interface harpoon.Analysis.Realtime.NoHeapCheckRemoval.
NoHeapCheckRemoval is an interface that all classes that analyze harpoon.IR.Quads.SET, harpoon.IR.Quads.ASET harpoon.IR.Quads.GET, harpoon.IR.Quads.AGET for possible removal of checks for heap access in a NoHeapRealtimeThread should implement.
noNullCollectionFactory(CollectionFactory) - Static method in class harpoon.Util.Collections.Factories
 
Nonvirtualize - class harpoon.Analysis.Quads.Nonvirtualize.
Nonvirtualize uses a FinalMap to change virtual method invocations to non-virtual invocations, where this is safe.
Nonvirtualize(HCodeFactory, FinalMap) - Constructor for class harpoon.Analysis.Quads.Nonvirtualize
Creates a Nonvirtualize using the given FinalMap.
Nonvirtualize(HCodeFactory, FinalMap, ClassHierarchy) - Constructor for class harpoon.Analysis.Quads.Nonvirtualize
Creates a Nonvirtualize using the given FinalMap; the given ClassHierarchy is used to avoid devirtualizing calls to uncallable methods (which artificially inflates the class hierarchy size).
NOP - class harpoon.IR.Quads.NOP.
NOP nodes do nothing.
NOP - Static variable in class harpoon.IR.Bytecode.Op
 
NOP - Static variable in class harpoon.IR.Quads.QuadKind
 
NOP(QuadFactory, HCodeElement) - Constructor for class harpoon.IR.Quads.NOP
Creates a NOP.
norepeats() - Static method in class harpoon.IR.Tree.TreeVerifyingVisitor
 
normalNextSet() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns the set of predecessor BBs in the normal control flow.
normalPrevSet() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns the set of successor BBs in the normal control flow.
NoSuchClassException - exception harpoon.ClassFile.NoSuchClassException.
NoSuchClassException is thrown to indicate an attempt to remove a class from a list which does not contain it, or a failed attempt to look up a class by name or descriptor.
NoSuchClassException(String) - Constructor for class harpoon.ClassFile.NoSuchClassException
Creates a NoSuchClassException with the supplied detail message.
NoSuchMemberException - exception harpoon.ClassFile.NoSuchMemberException.
NoSuchMemberException is thrown to indicate an attempt to remove a member from a class which does not contain it.
NoSuchMemberException(String) - Constructor for class harpoon.ClassFile.NoSuchMemberException
Creates a NoSuchMemberException with the supplied detail message.
noSync() - Method in class harpoon.Analysis.AllocationInformationMap.AllocationPropertiesImpl
 
noSync() - Method in interface harpoon.Analysis.Maps.AllocationInformation.AllocationProperties
 
noSync() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
 
NOT - Static variable in class harpoon.IR.Tree.Uop
Bit-wise NOT (~).
NOT - Static variable in class harpoon.Tools.Annotation.Sym
 
NOT - Static variable in class harpoon.Tools.PatMat.Sym
 
NOT_A_VALUE - Static variable in class harpoon.Backend.Runtime1.ObjectBuilder.RootOracle
This is the constant value returned which this oracle doesn't wish to override the given field.
NOTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
ns - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
nStudiedNode - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
nt - Variable in class harpoon.Analysis.PointerAnalysis.PASync
The thread which performs the sync.
NULL - Static variable in class harpoon.Tools.PatMat.Sym
 
NULL_LITERAL - Static variable in class harpoon.Tools.Annotation.Sym
 
NULL_NODE - Variable in class harpoon.Analysis.PointerAnalysis.NodeRepository
 
NullAllocationStrategy - class harpoon.Backend.Runtime1.NullAllocationStrategy.
NullAllocationStrategy just returns a null pointer when asked for memory.
NullAllocationStrategy() - Constructor for class harpoon.Backend.Runtime1.NullAllocationStrategy
Creates a NullAllocationStrategy.
nullCheck(Quad, Temp, QuadWithTry, UseDef) - Static method in class harpoon.IR.Quads.Pattern
 
nullEnumerator - Static variable in class harpoon.Util.Default
Deprecated. Use nullIterator.
NullEnumerator - class harpoon.Util.NullEnumerator.
Deprecated. Use harpoon.Util.Default.nullIterator instead.
NullEnumerator() - Constructor for class harpoon.Util.NullEnumerator
Deprecated. Creates a NullEnumerator.
nullIterator - Static variable in class harpoon.Util.Default
An Iterator over the empty set.
num_using_this_tag(MEM) - Method in class harpoon.Analysis.Tree.CacheEquivalence
Returns the number of memory operations which share the same tag as this memory operation.
num() - Method in class harpoon.Analysis.Tree.DominatingMemoryAccess.daNum
 
num(Object) - Static method in class harpoon.Analysis.Tree.DominatingMemoryAccess
Returns the direct address register used by the MEM operation that returned this specifier (from harpoon.Backend.MIPS.Frame.daNum).
number - Variable in class harpoon.Tools.PatMat.Spec.LeafNumber
Number.
number_of_classes() - Method in class harpoon.IR.RawClass.AttributeInnerClasses
 
number_of_exceptions() - Method in class harpoon.IR.RawClass.AttributeExceptions
 
number_of_mapups - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
number_of_mm_analyzed - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
numberOfLocals() - Method in interface harpoon.Analysis.Instr.RegAlloc.IntermediateCode
 
numberOfOnes() - Method in class harpoon.Util.BitString
 
numberOfOnes(int) - Method in class harpoon.Util.BitString
 
numErrors() - Method in interface harpoon.Tools.Annotation.Lexer
return the number of errors reported
numErrors() - Method in class harpoon.Tools.Annotation.Lex.Lexer
 
numPhis() - Method in class harpoon.IR.Quads.PHI
Returns the number of phi functions in the block.
numSigmas() - Method in class harpoon.IR.Quads.SIGMA
Returns the number of sigma functions in the block.

O

O - Variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
The set of the outside edges.
ob - Variable in class harpoon.Backend.Runtime1.Runtime
 
OBJ_ALENGTH_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
OBJ_AZERO_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
OBJ_CLAZ_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
OBJ_FZERO_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
OBJ_HASH_OFF - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
objAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, HClass, Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
objAlloc(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, HClass, Exp) - Method in class harpoon.Backend.Runtime2.TreeBuilder
 
OBJECT_HEADER_SIZE - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
ObjectBuilder - class harpoon.Backend.Runtime1.ObjectBuilder.
ObjectBuilder is an implementation of harpoon.Backend.Generic.Runtime.ObjectBuilder for the Runtime1 runtime.
ObjectBuilder.RootOracle - class harpoon.Backend.Runtime1.ObjectBuilder.RootOracle.
A RootOracle allows a transformation to add fields to java.lang.Object (or any other class, really) and provide the initial values for that field in the various runtime constant objects without having to directly extend every ObjectInfo used in this Generic.Runtime implementation.
ObjectBuilder.RootOracle() - Constructor for class harpoon.Backend.Runtime1.ObjectBuilder.RootOracle
 
ObjectBuilder(Runtime) - Constructor for class harpoon.Backend.Runtime1.ObjectBuilder
Creates a ObjectBuilder with a RootOracle which supplies null values to any field of java.lang.Object (which there usually aren't any of).
ObjectBuilder(Runtime, ObjectBuilder.RootOracle) - Constructor for class harpoon.Backend.Runtime1.ObjectBuilder
Creates a ObjectBuilder.
objectNew(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, HClass, boolean) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which will create a object of the given type, with length specified by the given expression.
objectNew(TreeFactory, HCodeElement, DerivationGenerator, AllocationInformation.AllocationProperties, HClass, boolean) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
ObjectNotModifiableException - exception harpoon.Analysis.GraphColoring.ObjectNotModifiableException.
ObjectNotModifiableException
ObjectNotModifiableException() - Constructor for class harpoon.Analysis.GraphColoring.ObjectNotModifiableException
Creates a ObjectNotModifiableException.
ObjectNotModifiableException(String) - Constructor for class harpoon.Analysis.GraphColoring.ObjectNotModifiableException
Creates a ObjectNotModifiableException.
objectref - Variable in class harpoon.IR.LowQuad.PPTR
The Temp holding the object reference to convert.
objectref - Variable in class harpoon.IR.Quads.TYPECAST
The Temp to type cast.
objectref - Variable in class harpoon.IR.Quads.SET
Reference to the object containing the field.
objectref - Variable in class harpoon.IR.Quads.GET
Reference to the object containing the field.
objectref - Variable in class harpoon.IR.Quads.COMPONENTOF
The component object to test.
objectref - Variable in class harpoon.IR.Quads.ASET
The array reference
objectref - Variable in class harpoon.IR.Quads.ARRAYINIT
The array reference to initialize.
objectref - Variable in class harpoon.IR.Quads.ALENGTH
The array reference to query.
objectref - Variable in class harpoon.IR.Quads.AGET
The array reference.
objectref() - Method in class harpoon.IR.LowQuad.PPTR
Returns the Temp containing the object reference to convert into a POINTER.
objectref() - Method in class harpoon.IR.Quads.TYPECAST
Return the Temp type cast by this TYPECAST.
objectref() - Method in class harpoon.IR.Quads.SET
Returns null if the SET is on a static field, or the Temp containing the field to set otherwise.
objectref() - Method in class harpoon.IR.Quads.GET
Returns the object containing the specified field, or null if the field is static.
objectref() - Method in class harpoon.IR.Quads.COMPONENTOF
Returns the component object reference to test.
objectref() - Method in class harpoon.IR.Quads.ASET
Returns the Temp with the array reference.
objectref() - Method in class harpoon.IR.Quads.ARRAYINIT
Returns the Temp referencing the array to be initialized.
objectref() - Method in class harpoon.IR.Quads.ALENGTH
Returns the Temp holding the array reference to query.
objectref() - Method in class harpoon.IR.Quads.AGET
Returns the array reference Temp.
objectsize - Variable in class harpoon.Analysis.LowQuad.Loop.Induction
The objectsize HClass saves the array type.
objectSize(HClass) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Utility method for external analyses that want to know the exact size of an object.
objectSize(HClass) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
occupancy(Temp) - Method in class harpoon.Backend.Generic.RegFileInfo
Returns the number of slots that t's assigned register sequence occupies in the register file.
occupancy(Temp) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
ODA_precise - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
odi - Variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Data structures necessary for the ODA.
ODInformation - class harpoon.Analysis.PointerAnalysis.ODInformation.
ODInformation contains the pieces of information relative to an on-demand analysis.
ODInformation() - Constructor for class harpoon.Analysis.PointerAnalysis.ODInformation
Creates an ODInformation object.
ODInformation(boolean) - Constructor for class harpoon.Analysis.PointerAnalysis.ODInformation
Creates an ODInformation object, whose precision is set by its boolean argument.
ODMAInfo - class harpoon.Analysis.PointerAnalysis.ODMAInfo.
ODMAInfo
ODMAInfo(ODPointerAnalysis, HCodeFactory, Set, boolean, boolean, boolean, boolean) - Constructor for class harpoon.Analysis.PointerAnalysis.ODMAInfo
Creates a ODMAInfo.
ODNodeStatus - class harpoon.Analysis.PointerAnalysis.ODNodeStatus.
 
ODNodeStatus() - Constructor for class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
ODPAMain - class harpoon.Main.ODPAMain.
ODPAMain is a simple Pointer Analysis top-level class.
ODPAMain() - Constructor for class harpoon.Main.ODPAMain
 
ODParIntGraph - class harpoon.Analysis.PointerAnalysis.ODParIntGraph.
ODParIntGraph models a Parallel Interaction Graph data structure.
ODParIntGraph() - Constructor for class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Creates a ODParIntGraph.
ODPointerAnalysis - class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis.
ODPointerAnalysis is the main class of the Pointer Analysis package.
ODPointerAnalysis(MetaCallGraph, MetaAllCallers, LBBConverter) - Constructor for class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Creates a ODPointerAnalysis.
offset - Variable in class harpoon.IR.Quads.ARRAYINIT
The starting index for the initializers.
offset() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
offset() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
offset() - Method in class harpoon.IR.Quads.ARRAYINIT
Returns the starting offset of the initializers.
offset(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset from the class pointer of this class's pointer in the display
offset(HField) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset from the object reference of the specified non-static field
offset(HMethod) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the offset from the class pointer of the specified non-static method
ON_DEMAND_ANALYSIS - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
ONE_CIRCLE - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
onLocalHeap - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
onMonitorEnter(int, Object, int) - Static method in class harpoon.Analysis.Quads.CollectSyncStats
 
onMonitorExit(int, Object, int) - Static method in class harpoon.Analysis.Quads.CollectSyncStats
 
onNew(int, Object, int) - Static method in class harpoon.Analysis.Quads.CollectSyncStats
 
onStack - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
op - Variable in class harpoon.IR.Tree.OPER
An enumerated type encoding the operator.
op - Variable in class harpoon.Tools.PatMat.Spec.LeafOp
 
Op - class harpoon.IR.Bytecode.Op.
The Op class contains constants and tables that we are likely to find useful when grokking a java bytecode stream.
Op() - Constructor for class harpoon.IR.Bytecode.Op
 
OpClass - class harpoon.IR.Bytecode.OpClass.
OpClass represents a class reference operand of a java bytecode instruction.
OpClass(Code, int) - Constructor for class harpoon.IR.Bytecode.OpClass
Creates an OpClass from the CONSTANT_CLASS at the given index in the constant pool.
opcode - Variable in class harpoon.IR.Quads.OPER
The operation to be performed, from the Qop class.
opcode - Variable in class harpoon.Tools.PatMat.Spec.ExpBinop
Opcode for this.
opcode - Variable in class harpoon.Tools.PatMat.Spec.ExpUnop
Opcode for this.
opcode() - Method in class harpoon.IR.Quads.OPER
Returns the operation to be performed, as an integer enumeration from the Qop class.
OpConstant - class harpoon.IR.Bytecode.OpConstant.
OpConstant represents a constant operand of a java bytecode instruction.
OpConstant(Code, int) - Constructor for class harpoon.IR.Bytecode.OpConstant
Make a new OpConstant from a constant_pool entry.
OpConstant(Object, HClass) - Constructor for class harpoon.IR.Bytecode.OpConstant
Make a new OpConstant with the specified value and type.
OPER - class harpoon.IR.Quads.OPER.
OPER objects represent arithmetic/logical operations, including mathematical operators such as add and subtract, conversion operators such as double-to-int, and comparison operators such as greater than and equals.
OPER - class harpoon.IR.Tree.OPER.
OPER objects are expressions which stand for the result of applying some operator to subexpressions.
OPER - Static variable in class harpoon.IR.Quads.QuadKind
 
OPER(QuadFactory, HCodeElement, int, Temp, Temp[]) - Constructor for class harpoon.IR.Quads.OPER
Creates a OPER.
OPER(TreeFactory, HCodeElement, int, int, int) - Constructor for class harpoon.IR.Tree.OPER
 
Operand - class harpoon.IR.Bytecode.Operand.
Operand represents the operands of a java bytecode instruction.
Operand() - Constructor for class harpoon.IR.Bytecode.Operand
 
operands - Variable in class harpoon.IR.Quads.OPER
Operands of the operation, in left-to-right order.
operands() - Method in class harpoon.IR.Quads.OPER
Returns an array of Temps which are the operands of the operation.
operands(int) - Method in class harpoon.IR.Quads.OPER
Returns a specified element of the operands array.
operandsLength() - Method in class harpoon.IR.Quads.OPER
Returns the length of the operands array.
operandType() - Method in class harpoon.IR.Tree.OPER
Return type of operands (not necessarily the result type).
OperVisitor - class harpoon.IR.Quads.OperVisitor.
An OperVisitor is a visitor pattern for opcodes of the OPER quad.
OperVisitor() - Constructor for class harpoon.IR.Quads.OperVisitor
 
OpField - class harpoon.IR.Bytecode.OpField.
OpField represents a field reference operand of a java bytecode instruction.
OpField(Code, int) - Constructor for class harpoon.IR.Bytecode.OpField
Create an OpField from the CONSTANT_Fieldref at the given index in the constant pool.
OpLocalVariable - class harpoon.IR.Bytecode.OpLocalVariable.
OpLocalVariable represents an operand of a java bytecode instruction which indicates a local variable index.
OpLocalVariable(int) - Constructor for class harpoon.IR.Bytecode.OpLocalVariable
Create an OpLocalVariable given the index of the local variable referenced.
OpMethod - class harpoon.IR.Bytecode.OpMethod.
OpMethod represents a method reference operand of a java bytecode instruction.
OpMethod(Code, int) - Constructor for class harpoon.IR.Bytecode.OpMethod
Create an OpMethod from the CONSTANT_Methodref or CONSTANT_InterfaceMethodref at the given index in the constant pool.
ops_using_this_tag(MEM) - Method in class harpoon.Analysis.Tree.CacheEquivalence
Returns all the MEM operations which use the tag defined by whose_tag_check(mem)
optarg - Variable in class gnu.getopt.Getopt
For communication from `getopt' to the caller.
opterr - Variable in class gnu.getopt.Getopt
Callers store false here to inhibit the error message for unrecognized options.
optimistic - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
optimistic - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
OptimisticGraphColorer - class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.
OptimisticGraphColorer uses a strategy similar to that of SimpleGraphColorer, except after removing all nodes with degree < K (where K is the number of colors provided), it begins optimistically removing nodes in the hopes that they will not actually need to be spilled.
OptimisticGraphColorer.NodeSelector - class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.NodeSelector.
 
OptimisticGraphColorer.NodeSelector() - Constructor for class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.NodeSelector
 
OptimisticGraphColorer.SimpleSelector - class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.SimpleSelector.
 
OptimisticGraphColorer.SimpleSelector() - Constructor for class harpoon.Analysis.GraphColoring.OptimisticGraphColorer.SimpleSelector
 
OptimisticGraphColorer() - Constructor for class harpoon.Analysis.GraphColoring.OptimisticGraphColorer
Creates a OptimisticGraphColorer with the default second stage selection strategy.
OptimisticGraphColorer(OptimisticGraphColorer.NodeSelector) - Constructor for class harpoon.Analysis.GraphColoring.OptimisticGraphColorer
Creates a OptimisticGraphColorer with selector as its second stage selection strategy.
OPTIMIZE_HASH_CODE - Static variable in class harpoon.Util.DataStructs.AbstrRelation
Optimizes the .hashCode() method by caching the hash code.
optimize(CanonicalTreeCode) - Method in interface harpoon.IR.Tree.OptimizedTreeCode.TreeOptimizer
 
optimize(Code, AllocationInformationMap) - Static method in class harpoon.Analysis.Quads.DeadCode
 
optimize(HCode) - Method in class harpoon.Analysis.LowQuad.Loop.LoopOptimize
optimize takes in a HCode and performs loop optimizations on it.
optimize(HCode) - Static method in class harpoon.Analysis.Quads.BasicCSE
Eliminates common subexpression within basic blocks in quad-ssi HCode.
optimize(HCode) - Method in class harpoon.Analysis.Quads.SCC.SCCOptimize
 
OptimizedTreeCode - class harpoon.IR.Tree.OptimizedTreeCode.
The OptimizedTreeCode codeview is an optimized, canonical representation of Tree form.
OptimizedTreeCode.TreeOptimizer - interface harpoon.IR.Tree.OptimizedTreeCode.TreeOptimizer.
 
optind - Variable in class gnu.getopt.Getopt
Index in ARGV of the next element to be scanned.
OPTIONAL_ARGUMENT - Static variable in class gnu.getopt.LongOpt
Constant value used for the "has_arg" constructor argument.
Options - class harpoon.Main.Options.
Options contains the values of the current runtime environment.
Options() - Constructor for class harpoon.Main.Options
 
optopt - Variable in class gnu.getopt.Getopt
When an unrecognized option is encountered, getopt will return a '?' and store the value of the invalid option here.
optstring - Variable in class gnu.getopt.Getopt
This is the string describing the valid short options.
optype - Variable in class harpoon.IR.Tree.OPER
Type of the operands (not necessarily the result type).
OR - Static variable in class harpoon.IR.Tree.Bop
Bit-wise OR; long/integer only.
OR - Static variable in class harpoon.Tools.Annotation.Sym
 
OR - Static variable in class harpoon.Tools.PatMat.Sym
 
or_upTo(BitString, int) - Method in class harpoon.Util.BitString
Logically ORs this bit set with the specified set of bits.
or(BitString) - Method in class harpoon.Util.BitString
Logically ORs this bit set with the specified set of bits.
ordering - Variable in class gnu.getopt.Getopt
Determines whether we permute arguments or not
OREQ - Static variable in class harpoon.Tools.Annotation.Sym
 
ORIGINAL - Static variable in class harpoon.Analysis.Transformation.MethodSplitter
The ORIGINAL token represents the original pre-split version of a method.
OROR - Static variable in class harpoon.Tools.Annotation.Sym
 
outAlways - Variable in class harpoon.Analysis.PointerAnalysis.ODInformation
 
outDegree() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
outer_class_info_index - Variable in class harpoon.IR.RawClass.InnerClass
CONSTANT_Class_info pointer to the defining scope for the inner class.
outer_class_info() - Method in class harpoon.IR.RawClass.InnerClass
 
outMaybe - Variable in class harpoon.Analysis.PointerAnalysis.ODInformation
 
outputClass(PrintStream) - Method in class harpoon.IR.Jasmin.Jasmin
Takes in a PrintStream 'out' and dumps Jasmin formatted assembly code to it.
outputClassData(HClass, PrintWriter) - Static method in class harpoon.Main.SAMain
 
outputClassData(Linker, HClass, PrintWriter) - Static method in class harpoon.Main.EDXMain
 
outputClassData(Linker, HClass, PrintWriter) - Static method in class harpoon.Main.EDMain
 
outputJavaFile(PrintWriter) - Method in class harpoon.Tools.PatMat.CodeGeneratorGenerator
Writes the Code Generator to out.
outputMethod(HMethod, HCodeFactory, HCodeFactory, PrintWriter) - Static method in class harpoon.Main.SAMain
 
outputMethod(HMethod, HCodeFactory, HCodeFactory, PrintWriter) - Static method in class harpoon.Main.EDXMain
 
outputMethod(HMethod, HCodeFactory, HCodeFactory, PrintWriter) - Static method in class harpoon.Main.EDMain
 
outputSelectionMethod(PrintWriter, boolean) - Method in class harpoon.Tools.PatMat.MaximalMunchCGG
Writes the Instruction Selection Method to out.
outputSelectionMethod(PrintWriter, boolean) - Method in class harpoon.Tools.PatMat.CodeGeneratorGenerator
Writes the Instruction Selection Method to out.
overlaps(IntervalTree.Interval) - Method in class harpoon.Util.Collections.IntervalTree.Interval
 
overrides(HClass, HMethod, boolean) - Method in class harpoon.Analysis.ClassHierarchy
Returns the set of methods, excluding hm, declared in classes which are instances of hc, which override hm.
overrides(HMethod) - Method in class harpoon.Analysis.ClassHierarchy
Returns a set of methods in the hierarchy (not necessary reachable methods) which override the given method.

P

PACheckRemoval - class harpoon.Analysis.Realtime.PACheckRemoval.
PACheckRemoval is a pointer analysis based implementation of the CheckRemoval interface.
PACheckRemoval(Linker, ClassHierarchy, HCodeFactory, Set) - Constructor for class harpoon.Analysis.Realtime.PACheckRemoval
Creates a PACheckRemoval.
PACKAGE - Static variable in class harpoon.Tools.Annotation.Sym
 
PackedClassFieldMap - class harpoon.Backend.Analysis.PackedClassFieldMap.
PackedClassFieldMap is a FieldMap for non-static fields of a class which attempts to maximally fill holes in the data structure (even if this means commingling a subclass' fields with those of its superclass) in order to minimize the space required by objects.
PackedClassFieldMap() - Constructor for class harpoon.Backend.Analysis.PackedClassFieldMap
Creates a PackedClassFieldMap.
PADD - Static variable in class harpoon.IR.LowQuad.LQop
Computes the sum of two POINTER values.
padd(Temp) - Method in class harpoon.Analysis.LowQuad.Loop.Induction
 
PAEdge - class harpoon.Analysis.PointerAnalysis.PAEdge.
PAEdge
PAEdge(PANode, String, PANode) - Constructor for class harpoon.Analysis.PointerAnalysis.PAEdge
Creates a PAEdge.
PAEdgeSet - interface harpoon.Analysis.PointerAnalysis.PAEdgeSet.
PAEdgeSet
PAEscapeFunc - class harpoon.Analysis.PointerAnalysis.PAEscapeFunc.
PAEscapeFunc models the escape information.
PAEscapeFunc() - Constructor for class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Creates a EscapeFunc.
pair(Object, Object) - Static method in class harpoon.Util.Default
A pair constructor method.
PairMapEntry - class harpoon.Util.Collections.PairMapEntry.
PairMapEntry is the easiest implementation of a Map.Entry ever: a pair! Basically saves coders the drugery of writing an inner class at the expense of an import statement.
PairMapEntry(Object, Object) - Constructor for class harpoon.Util.Collections.PairMapEntry
Creates a PairMapEntry.
PAMain - class harpoon.Main.PAMain.
PAMain is a simple Pointer Analysis top-level class.
PAMain() - Constructor for class harpoon.Main.PAMain
 
PANode - class harpoon.Analysis.PointerAnalysis.PANode.
PANode class models a node for the Pointer Analysis algorithm.
PANode() - Constructor for class harpoon.Analysis.PointerAnalysis.PANode
 
PANode(int) - Constructor for class harpoon.Analysis.PointerAnalysis.PANode
Constructor using the default null value for node_class.
PANode(int, GenType[]) - Constructor for class harpoon.Analysis.PointerAnalysis.PANode
Creates a PANode of type type.
PANodeVisitor - interface harpoon.Analysis.PointerAnalysis.PANodeVisitor.
PANodeVisitor is a wrapper for a function that is called on a PANode.
PAOFFSET - class harpoon.IR.LowQuad.PAOFFSET.
PAOFFSET computes the POINTER offset needed to access a given array element.
PAOFFSET - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PAOFFSET(LowQuadFactory, HCodeElement, Temp, HClass, Temp) - Constructor for class harpoon.IR.LowQuad.PAOFFSET
Creates a PAOFFSET representing the POINTER offset needed to access a given array element.
parallelLoads(PANode) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Returns an iterator over the set of loads that are performed in parallel with an nt thread.
PARAM - Static variable in class harpoon.Analysis.PointerAnalysis.PANode
Possible type: Parameter node
parameters() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return a set containing all the possible parameters.
paramNumber(HMethod, HField) - Method in class harpoon.Analysis.SizeOpt.ConstructorClassifier
Returns the number of the parameter (starting at 0) which holds the value which hf will be set to whenever the given constructor is executed.
params - Variable in class harpoon.IR.LowQuad.PCALL
Parameters to pass to the method.
params - Variable in class harpoon.IR.Quads.METHOD
the temporary variables used for method formals.
params - Variable in class harpoon.IR.Quads.CALL
Parameters to pass to the method.
params - Variable in class harpoon.Tools.PatMat.Spec.StmMethod
Identifier name to get params field of Tree.METHOD.
params() - Method in class harpoon.IR.LowQuad.PCALL
Returns the parameters of this method invocation.
params() - Method in class harpoon.IR.Quads.METHOD
Returns the params array which associates Temps with formal parameters of a method.
params() - Method in class harpoon.IR.Quads.CALL
Returns the parameters of this method invocation.
params(int) - Method in class harpoon.IR.LowQuad.PCALL
Returns a specified parameter in the params array.
params(int) - Method in class harpoon.IR.Quads.METHOD
Returns a specified member of the params array.
params(int) - Method in class harpoon.IR.Quads.CALL
Returns a specified parameter in the params array.
paramsLength() - Method in class harpoon.IR.LowQuad.PCALL
Returns the number of parameters in the params array.
paramsLength() - Method in class harpoon.IR.Quads.METHOD
Returns the length of the params array.
paramsLength() - Method in class harpoon.IR.Quads.CALL
Returns the number of parameters in the params array.
paramType(int) - Method in class harpoon.IR.Quads.CALL
Returns the type of the specified parameter.
PARENED - Static variable in class harpoon.Tools.PatMat.Sym
 
parent - Variable in class harpoon.ClassFile.CachingCodeFactory
Parent code factory.
parent - Variable in class harpoon.IR.Assem.Code
The method that this code view represents.
parent - Variable in class harpoon.IR.Quads.Code
The method that this code view represents.
parent - Variable in class harpoon.IR.RawClass.MethodInfo
ClassFile in which this method information is found.
parent - Variable in class harpoon.IR.RawClass.LocalVariableTable
ClassFile in which this attribute information is found.
parent - Variable in class harpoon.IR.RawClass.InnerClass
ClassFile in which this attribute information is found.
parent - Variable in class harpoon.IR.RawClass.FieldInfo
ClassFile in which this field information is found.
parent - Variable in class harpoon.IR.RawClass.ExceptionTable
ClassFile in which this attribute information is found.
parent - Variable in class harpoon.IR.RawClass.Constant
ClassFile in which this Constant is found.
parent - Variable in class harpoon.IR.RawClass.Attribute
ClassFile in which this attribute information is found.
parent - Variable in class harpoon.IR.Tree.Code
The method that this code view represents.
parent - Variable in class harpoon.Runtime.Transactions.CommitRecord
The commit record that this is dependent on, if any.
parent() - Method in class harpoon.Analysis.SESE.Region
Parent region of this one (null for top-level region).
parent() - Method in class harpoon.Analysis.LowQuad.Loop.Induction.IntMultAdd
 
parent() - Method in class harpoon.Analysis.PointerAnalysis.InstrumentAllocs
 
parent() - Method in class harpoon.Util.Collections.BinaryTree.Node
 
parentLoop() - Method in interface harpoon.Analysis.Loops.Loops
Returns the loop immediately nesting this loop.
parentLoop() - Method in class harpoon.Analysis.Loops.LoopFinder
Returns the Loops that contains this loop.
parents(HClass) - Method in class harpoon.Analysis.ClassHierarchy
Return the parents of an HClass.
parents(HClass) - Static method in class harpoon.Util.HClassUtil
Create an array describing the inheritance of class hc.
parentsOf(Object) - Method in interface harpoon.Analysis.GraphColoring.DirectedGraph
Returns a collection view for the parents of a specific node.
ParIntGraph - class harpoon.Analysis.PointerAnalysis.ParIntGraph.
ParIntGraph models a Parallel Interaction Graph data structure.
ParIntGraph() - Constructor for class harpoon.Analysis.PointerAnalysis.ParIntGraph
Creates a ParIntGraph.
PARRAY - class harpoon.IR.LowQuad.PARRAY.
PARRAY converts an array object reference into a POINTER value that can be used to access array elements.
PARRAY - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PARRAY(LowQuadFactory, HCodeElement, Temp, Temp) - Constructor for class harpoon.IR.LowQuad.PARRAY
Creates a PARRAY representing a conversion from an array object reference into a POINTER that can be used to reference array elements.
parseClass(Linker, String) - Static method in class harpoon.Util.ParseUtil
Parse a string as a class name.
parseField(Linker, String) - Static method in class harpoon.Util.ParseUtil
Parse a string as a field name.
parseMethod(Linker, String) - Static method in class harpoon.Util.ParseUtil
Parse a string as a method name + descriptor string.
parseOpts(String[]) - Static method in class harpoon.Main.SAMain
 
parseProfile(WeightedGraph, BufferedReader, WGNode[]) - Static method in class harpoon.Analysis.Partition.Main
 
Parser - class harpoon.Tools.PatMat.Parser.
 
Parser() - Constructor for class harpoon.Tools.PatMat.Parser
constructor
Parser(Lexer, ErrorMsg) - Constructor for class harpoon.Tools.PatMat.Parser
 
parseSet(String, ParseUtil.StringParser) - Static method in class harpoon.Util.ParseUtil
Parse a string as a set.
parseString(String) - Method in interface harpoon.Util.ParseUtil.StringParser
 
ParseUtil - class harpoon.Util.ParseUtil.
ParseUtil implements simple parsers for common string data types.
ParseUtil.BadLineException - exception harpoon.Util.ParseUtil.BadLineException.
Exception thrown by the methods in ParseUtil to indicate an unparsable line in an input file.
ParseUtil.BadLineException(String) - Constructor for class harpoon.Util.ParseUtil.BadLineException
 
ParseUtil.StringParser - interface harpoon.Util.ParseUtil.StringParser.
Callback interface for the resource parsing routines.
ParseUtil() - Constructor for class harpoon.Util.ParseUtil
 
Partition - class harpoon.Analysis.Partition.Partition.
 
Partition() - Constructor for class harpoon.Analysis.Partition.Partition
 
PartitionGraphViewer - class harpoon.Analysis.Partition.PartitionGraphViewer.
 
PartitionGraphViewer(WeightedGraph[], int, int, Observer, int) - Constructor for class harpoon.Analysis.Partition.PartitionGraphViewer
 
PASync - class harpoon.Analysis.PointerAnalysis.PASync.
PASync models a sync action.
PASync(PANode, PANode, HCodeElement) - Constructor for class harpoon.Analysis.PointerAnalysis.PASync
Creates a PASync.
PAThreadMap - class harpoon.Analysis.PointerAnalysis.PAThreadMap.
PAThreadMap implements the parallel thread map (i.e.
PAThreadMap() - Constructor for class harpoon.Analysis.PointerAnalysis.PAThreadMap
Creates a PAThreadMap.
Pattern - class harpoon.IR.Quads.Pattern.
Pattern please document me if I'm public!
Pattern() - Constructor for class harpoon.IR.Quads.Pattern
 
patternMatch(QuadWithTry, Map) - Static method in class harpoon.IR.Quads.Pattern
 
PAWorkList - class harpoon.Analysis.PointerAnalysis.PAWorkList.
PAWorkList
PAWorkList() - Constructor for class harpoon.Analysis.PointerAnalysis.PAWorkList
Creates a PAWorkList.
PAWorkSet - class harpoon.Analysis.PointerAnalysis.PAWorkSet.
The PAWorkset class tries to formalize the concept of a workset used in many dataflow analysis.
PAWorkSet() - Constructor for class harpoon.Analysis.PointerAnalysis.PAWorkSet
 
PAWorkStack - class harpoon.Analysis.PointerAnalysis.PAWorkStack.
PAWorkStack
PAWorkStack() - Constructor for class harpoon.Analysis.PointerAnalysis.PAWorkStack
Creates a PAWorkStack.
PCALL - class harpoon.IR.LowQuad.PCALL.
PCALL objects represent a method pointer dereference and invocation.
PCALL - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PCALL(LowQuadFactory, HCodeElement, Temp, Temp[], Temp, Temp, Temp[][], Temp[], boolean, boolean) - Constructor for class harpoon.IR.LowQuad.PCALL
Creates a PCALL representing a method pointer dereference and method invocation.
PCALL(LowQuadFactory, HCodeElement, Temp, Temp[], Temp, Temp, Temp[], boolean, boolean) - Constructor for class harpoon.IR.LowQuad.PCALL
Creates a PCALL with an empty dst array of the proper size and arity.
PCMPEQ - Static variable in class harpoon.IR.LowQuad.LQop
Evaluates to true if the two POINTER values are equal.
PCMPGT - Static variable in class harpoon.IR.LowQuad.LQop
Evaluates to true if the first POINTER value is greater than the second POINTER value.
PCONST - class harpoon.IR.LowQuad.PCONST.
PCONST is an abstract superclass of the LowQuads that encode symbolic offsets or constants for array elements, fields, and methods.
PCONST(LowQuadFactory, HCodeElement, Temp) - Constructor for class harpoon.IR.LowQuad.PCONST
Creates a PCONST.
peek() - Method in class harpoon.Util.Collections.WorkSet
Looks at the object as the top of this WorkSet (treating it as a Stack) without removing it from the set/stack.
peek() - Method in class harpoon.Util.Collections.UniqueStack
Looks at the object at the top of this stack without removing it from the stack.
peekMax() - Method in interface harpoon.Util.MaxPriorityQueue
Returns the Object in this with the highest priority.
peekMax() - Method in class harpoon.Util.BinHeapPriorityQueue
 
PEEPHOLE_OPTIMIZATIONS - Static variable in class harpoon.Backend.Generic.Code
 
performFinalAssignment(Temp[]) - Method in class harpoon.Analysis.Instr.AppelRegAllocStd
 
performFinalAssignment(Temp[]) - Method in class harpoon.Analysis.Instr.AppelRegAllocFsk
 
performFinalAssignment(Temp[]) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
Gives each Instr in the code a register assignment.
PERMUTE - Static variable in class gnu.getopt.Getopt
PERMUTE is the default.
PersistentEnvironment - class harpoon.Util.Collections.PersistentEnvironment.
PersistentEnvironment is an Environment built on a PersistentMap.
PersistentEnvironment() - Constructor for class harpoon.Util.Collections.PersistentEnvironment
Creates a PersistentEnvironment with no mappings.
PersistentEnvironment(Map) - Constructor for class harpoon.Util.Collections.PersistentEnvironment
Creates a PersistentEnvironment with the same mappings as the given Map.
PersistentMap - class harpoon.Util.Collections.PersistentMap.
PersistentMap implements a persistent map, based on a binary search tree.
PersistentMap() - Constructor for class harpoon.Util.Collections.PersistentMap
Creates an empty PersistentMap whose key objects will all implement java.lang.Comparable.
PersistentMap(Comparator) - Constructor for class harpoon.Util.Collections.PersistentMap
Creates an empty PersistentMap whose key objects are ordered by the given Comparator.
PersistentSet - class harpoon.Util.Collections.PersistentSet.
PersistentSet implements a persistent set, based on a binary search tree.
PersistentSet() - Constructor for class harpoon.Util.Collections.PersistentSet
Creates an empty PersistentSet whose member objects will all implement java.lang.Comparable.
PersistentSet(Comparator) - Constructor for class harpoon.Util.Collections.PersistentSet
Creates an empty PersistentSet whose member objects are ordered by the given Comparator.
PFCONST - class harpoon.IR.LowQuad.PFCONST.
PFCONST computes the POINTER constant needed to access a given static field.
PFCONST - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PFCONST(LowQuadFactory, HCodeElement, Temp, HField) - Constructor for class harpoon.IR.LowQuad.PFCONST
Creates a PFCONST representing the POINTER constant needed to access a given static field.
PFIELD - class harpoon.IR.LowQuad.PFIELD.
PFIELD converts an object reference into a POINTER value that can be used to access non-static object fields.
PFIELD - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PFIELD(LowQuadFactory, HCodeElement, Temp, Temp) - Constructor for class harpoon.IR.LowQuad.PFIELD
Creates a PFIELD representing a conversion from an object reference into a POINTER that can be used to reference non-static object fields.
PFOFFSET - class harpoon.IR.LowQuad.PFOFFSET.
PFOFFSET computes the POINTER offset needed to access a given non-static field.
PFOFFSET - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PFOFFSET(LowQuadFactory, HCodeElement, Temp, HField) - Constructor for class harpoon.IR.LowQuad.PFOFFSET
Creates a PFOFFSET representing the POINTER offset needed to access a given non-static field.
PGCNiftyAllocationStrategy - class harpoon.Backend.PreciseC.PGCNiftyAllocationStrategy.
PGCNiftyAllocationStrategy uses alloca() instead of NSTK_alloc to do stack allocation.
PGCNiftyAllocationStrategy(Frame) - Constructor for class harpoon.Backend.PreciseC.PGCNiftyAllocationStrategy
Creates a PGCNiftyAllocationStrategy.
PGCNiftyAllocationStrategyWithStats - class harpoon.Backend.PreciseC.PGCNiftyAllocationStrategyWithStats.
PGCNiftyAllocationStrategyWithStats adds a callback to properly update statistics after stack allocation.
PGCNiftyAllocationStrategyWithStats(Frame) - Constructor for class harpoon.Backend.PreciseC.PGCNiftyAllocationStrategyWithStats
Creates a PGCNiftyAllocationStrategyWithStats.
PGET - class harpoon.IR.LowQuad.PGET.
PGET represents a POINTER dereference to get a field or array element.
PGET - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PGET(LowQuadFactory, HCodeElement, Temp, Temp, HClass) - Constructor for class harpoon.IR.LowQuad.PGET
Creates a PGET representing a pointer dereference and fetch.
PHI - class harpoon.IR.Quads.PHI.
PHI objects represent blocks of phi functions.
PHI - Static variable in class harpoon.IR.Quads.QuadKind
 
PHI(QuadFactory, HCodeElement, Temp[], int) - Constructor for class harpoon.IR.Quads.PHI
Creates a PHI object with the specified arity.
PHI(QuadFactory, HCodeElement, Temp[], Temp[][], int) - Constructor for class harpoon.IR.Quads.PHI
Creates a PHI object representing a block of phi functions.
phiNeeded(HCodeElement) - Method in class harpoon.Analysis.Place
 
Place - class harpoon.Analysis.Place.
Place determines the proper locations for phi/sigma functions.
Place(HCode, Liveness) - Constructor for class harpoon.Analysis.Place
Creates a Place.
PLUS - Static variable in class harpoon.Tools.Annotation.Sym
 
PLUSEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
PLUSPLUS - Static variable in class harpoon.Tools.Annotation.Sym
 
plusWidthMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine the positive bit width of Temp t.
plusWidthMap(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the positive bit width of Temp t.
plusWidthMap(HField) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the positive bit width of HField hf.
PMCONST - class harpoon.IR.LowQuad.PMCONST.
PMCONST computes the POINTER constant needed to invoke a given non-virtual method.
PMCONST - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PMCONST(LowQuadFactory, HCodeElement, Temp, HMethod) - Constructor for class harpoon.IR.LowQuad.PMCONST
Creates a PMCONST representing the POINTER constant needed to invoke a given non-virtual method.
PMETHOD - class harpoon.IR.LowQuad.PMETHOD.
PMETHOD converts an object reference into a POINTER value that can be used to invoke object methods.
PMETHOD - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PMETHOD(LowQuadFactory, HCodeElement, Temp, Temp) - Constructor for class harpoon.IR.LowQuad.PMETHOD
Creates a PMETHOD representing a conversion from an object reference into a POINTER that can be used to invoke virtual methods.
PMOFFSET - class harpoon.IR.LowQuad.PMOFFSET.
PMOFFSET computes the POINTER offset needed to invoke a given virtual method.
PMOFFSET - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PMOFFSET(LowQuadFactory, HCodeElement, Temp, HMethod) - Constructor for class harpoon.IR.LowQuad.PMOFFSET
Creates a PMOFFSET representing the POINTER offset needed to invoke a given virtual method.
PNEG - Static variable in class harpoon.IR.LowQuad.LQop
Negates a POINTER value (used to compute differences).
pointedNodes(Collection, String) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
pointedNodes(Collection, String) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
pointedNodes(MetaMethod, Quad, Temp) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the set of the nodes pointed by the temporary t at the point right before executing instruction q from the body of meta-method mm.
pointedNodes(MetaMethod, Quad, Temp) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Returns the set of the nodes pointed by the temporary t at the point right before executing instruction q from the body of meta-method mm.
pointedNodes(PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
pointedNodes(PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
pointedNodes(PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
pointedNodes(PANode, String) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
pointedNodes(PANode, String) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
pointedNodes(PANode, String) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
pointedNodes(Quad, Temp) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
pointedNodes(Temp) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
pointedNodes(Temp) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
pointedNodes(Temp) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
POINTER - Static variable in interface harpoon.IR.Tree.Typed
 
POINTER - Static variable in class harpoon.IR.Tree.Type
Pointer type.
POINTER_SIZE - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
PointerAnalysis - class harpoon.Analysis.PointerAnalysis.PointerAnalysis.
PointerAnalysis is the main class of the Pointer Analysis package.
PointerAnalysis(MetaCallGraph, MetaAllCallers, CachingSCCLBBFactory, Linker) - Constructor for class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Creates a PointerAnalysis.
pointerindex - Variable in class harpoon.Analysis.LowQuad.Loop.Induction
The pointerindex boolean describes whether the Temp induction variable is a pointer [true] or an integer [false].
pointeroffset - Variable in class harpoon.Analysis.LowQuad.Loop.Induction
The ArrayList saves pointer Temps that are added in.
pointersAreLong() - Method in class harpoon.Backend.Generic.Frame
Returns false if pointers can be represented in 32 bits, or true otherwise.
pointersAreLong() - Method in class harpoon.Backend.MIPS.Frame
 
pointersAreLong() - Method in class harpoon.Backend.PreciseC.Frame
 
pointersAreLong() - Method in class harpoon.Backend.Sparc.Frame
 
pointersAreLong() - Method in class harpoon.Backend.StrongARM.Frame
 
pointersAreLong() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
PointerTypeChangedException - exception harpoon.Interpret.Tree.PointerTypeChangedException.
This exception is thrown when the type of a Pointer within the Tree interpreter is changed.
PointerTypeChangedException(Pointer) - Constructor for class harpoon.Interpret.Tree.PointerTypeChangedException
Class constructor
PointsToGraph - class harpoon.Analysis.PointerAnalysis.PointsToGraph.
PointsToGraph models the memory, as specified by the abstraction of the object creation sites.
PointsToGraph() - Constructor for class harpoon.Analysis.PointerAnalysis.PointsToGraph
Creates a PointsToGraph.
POLY - Static variable in class harpoon.Analysis.MetaMethods.GenType
Polymorphic type.
POP - Static variable in class harpoon.IR.Bytecode.Op
 
pop() - Method in class harpoon.Util.Collections.WorkSet
Removes the item at the top of this WorkSet (treating it as a Stack) and returns that object as the value of this function.
pop() - Method in class harpoon.Util.Collections.UniqueStack
Removes the object at the top of this stack and returns that object as the value of this function.
POP2 - Static variable in class harpoon.IR.Bytecode.Op
 
popcount(int) - Static method in class harpoon.Util.Util
Return the number of ones in the binary representation of the value of the argument.
popcount(long) - Static method in class harpoon.Util.Util
Return the number of ones in the binary representation of the value of the argument.
POPER - class harpoon.IR.LowQuad.POPER.
POPER is an extended version of harpoon.IR.Quads.OPER, with new opcodes defined in LQop.
POPER - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
POPER(LowQuadFactory, HCodeElement, int, Temp, Temp[]) - Constructor for class harpoon.IR.LowQuad.POPER
Creates a POPER.
pos - Variable in class harpoon.Tools.Annotation.Lex.LinePos
Character position in the line.
posixly_correct - Variable in class gnu.getopt.Getopt
The flag determines whether or not we operate in strict POSIX compliance
postorderBlocksIter() - Method in class harpoon.Analysis.BasicBlock.Factory
Generates an Iterator that traverses over all of the blocks generated by this BasicBlock.Factory in Postorder (subtrees first, then root).
PPTR - class harpoon.IR.LowQuad.PPTR.
PPTR is an abstract superclass of the LowQuads that convert object references into POINTER types.
PPTR(LowQuadFactory, HCodeElement, Temp, Temp) - Constructor for class harpoon.IR.LowQuad.PPTR
Creates a PPTR.
precise - Variable in class harpoon.Analysis.PointerAnalysis.ODInformation
 
PreciselyTyped - interface harpoon.IR.Tree.PreciselyTyped.
The PreciselyTyped interface allows access to type information for expressions which have a type which cannot be expressed by the standard types in the Typed interface.
pred() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
pred() - Method in class harpoon.IR.Assem.Instr
Returns the control flow predecessors of this.
pred() - Method in class harpoon.IR.Bytecode.Instr
 
pred() - Method in interface harpoon.IR.Properties.CFGraphable
Returns an array of all the edges entering this CFGraphable.
pred() - Method in class harpoon.IR.Quads.Quad
 
pred(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns an array of all the edges entering the specified HCodeElement.
pred(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
predC() - Method in class harpoon.IR.Assem.InstrLABEL
 
predC() - Method in class harpoon.IR.Assem.Instr
Returns the control flow predecessors of this.
predC() - Method in class harpoon.IR.Bytecode.Instr
 
predC() - Method in interface harpoon.IR.Properties.CFGraphable
Returns a Collection of all the edges to this HCodeElement.
predC() - Method in class harpoon.IR.Quads.Quad
 
predC(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns a Collection of all the edges to this HCodeElement.
predecessors(MethodHole) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
predElemC(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns a Collection of all the HCodeElements preceeding hc.
predicate_string - Variable in class harpoon.Tools.PatMat.Spec.DetailPredicate
 
PredicateWrapper - interface harpoon.Util.PredicateWrapper.
PredicateWrapper wraps a predicate on an Object.
predSet(Object) - Method in class harpoon.Analysis.Quads.QuadInterferenceGraph
 
predSet(Object) - Method in interface harpoon.Util.Grapher
 
preorderBlocksIter() - Method in class harpoon.Analysis.BasicBlock.Factory
Generates an Iterator that traverses over all of the blocks generated by this BasicBlock.Factory in Preorder (root first, then subtrees).
prepareForSerialization() - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Nullifies some stuff to make the serialization possible.
prepareForSerialization() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo
Nullifies some stuff to make the serialization possible.
pressure(Temp, Temp) - Method in class harpoon.Backend.Generic.RegFileInfo
Returns the degree of conflict that b inflicts upon a if the two Temps interfere.
pressure(Temp, Temp) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
prettyPrint(Tree) - Method in class harpoon.Backend.Generic.CodeGen
 
prev - Variable in class harpoon.IR.Assem.Instr
The Instr that is output prior to this.
prev_bb - Variable in class harpoon.Analysis.FCFGBasicBlock
Previous BBs (according to the normal control flow).
prev() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use prevSet() instead
prev() - Method in class harpoon.IR.Bytecode.Instr
Return a list of all the Instrs that can precede this one.
prev() - Method in class harpoon.IR.Quads.Quad
Returns an array containing all the predecessors of this quad, in order.
prev(int) - Method in class harpoon.IR.Bytecode.Instr
Return the specified predecessor of this Instr.
prev(int) - Method in class harpoon.IR.Quads.Quad
Returns the ith predecessor of this quad.
prev(int) - Method in class harpoon.Util.Graphs.SCComponent
Returns the ith predecessor.
prev(Object) - Method in interface harpoon.Util.Graphs.Navigator
Returns the successors of node.
prevEdge() - Method in class harpoon.IR.Quads.Quad
Returns an array containing all the incoming edges of this quad.
prevEdge(int) - Method in class harpoon.IR.Quads.Quad
Returns the ith incoming edge of this quad.
previous() - Method in class harpoon.Util.UnmodifiableListIterator
Returns the previous element in the list.
previous() - Method in class harpoon.Util.CloneableIterator
 
previousIndex() - Method in class harpoon.Util.UnmodifiableListIterator
Returns the index of the element that would be returned by a subsequent call to previous().
previousIndex() - Method in class harpoon.Util.CloneableIterator
 
prevLength() - Method in class harpoon.Analysis.BasicBlock
Deprecated. Use prevSet() instead
prevLength() - Method in class harpoon.IR.Quads.Quad
Return the number of predecessors of this quad.
prevLength() - Method in class harpoon.Util.Graphs.SCComponent
Returns the number of predecessors.
prevSet() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns all the predecessors of the basic block, according to the normal and the exceptional control flow.
prevSet() - Method in interface harpoon.Analysis.BasicBlockInterf
Returns all the predecessors of the basic block, according to the normal and the exceptional control flow.
prevSet() - Method in class harpoon.Analysis.BasicBlock
Returns all the predecessors of this.
prevTopSort() - Method in class harpoon.Util.Graphs.SCComponent
Returns the previous SCComponent according to the decreasing topological order
Print - class harpoon.IR.Tree.Print.
Print pretty-prints Trees.
PRINT_CLEANING_INFO - Static variable in class harpoon.Analysis.Instr.AppelRegAlloc
 
print_collection(Collection, String) - Static method in class harpoon.Util.Util
Even more simplified version of print_collection.
print_collection(Collection, String, String) - Static method in class harpoon.Util.Util
Simplified version of print_collection.
print_collection(Collection, String, String, PrintWriter) - Static method in class harpoon.Util.Util
Pretty printer for collections.
PRINT_DEPTH_TO_SPILL_INFO - Static variable in class harpoon.Analysis.Instr.AppelRegAlloc
 
PRINT_HEURISTIC_INFO - Static variable in class harpoon.Analysis.Instr.AppelRegAlloc
 
print_stats() - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Prints some statistics.
print_stats() - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Prints some statistics.
print_stats() - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Prints some statistics.
print() - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Pretty printer for debug.
print() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo
Pretty printer for debug.
print() - Method in class harpoon.IR.Assem.Code
Prints the assembly instructions of this to System.out.
Print() - Constructor for class harpoon.IR.Tree.Print
 
print(Collection) - Static method in class harpoon.Util.Util
Return a String representing the elements of collection in a human readable format.
print(PrintWriter) - Method in class harpoon.Analysis.SESE
 
print(PrintWriter) - Method in class harpoon.ClassFile.HData
Print a human-readable representation of this dataview using a null callback.
print(PrintWriter) - Method in class harpoon.ClassFile.HCode
Pretty-print this code view using an empty callback.
print(PrintWriter) - Method in class harpoon.ClassFile.HClass
Prints a formatted representation of this class.
print(PrintWriter) - Method in class harpoon.IR.RawClass.ClassFile
Pretty print this classfile structure.
print(PrintWriter, boolean, MetaMethod) - Method in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
Nice pretty-printer for debug purposes.
print(PrintWriter, boolean, MetaMethod) - Method in interface harpoon.Analysis.MetaMethods.MetaCallGraph
Nice pretty-printer for debug purposes.
print(PrintWriter, Code, HCode.PrintCallback) - Static method in class harpoon.IR.Tree.Print
 
print(PrintWriter, Code, Map) - Static method in class harpoon.IR.Tree.Print
 
print(PrintWriter, Code, TempMap, HCode.PrintCallback) - Static method in class harpoon.IR.Tree.Print
 
print(PrintWriter, Data, HCode.PrintCallback) - Static method in class harpoon.IR.Tree.Print
 
print(PrintWriter, Data, TempMap, HCode.PrintCallback) - Static method in class harpoon.IR.Tree.Print
 
print(PrintWriter, HCode.PrintCallback) - Method in class harpoon.ClassFile.HData
Print a human-readable representation of this dataview using the specified callback.
print(PrintWriter, HCode.PrintCallback) - Method in class harpoon.ClassFile.HCode
Pretty-print this code view using the specified callback.
print(PrintWriter, HCode.PrintCallback) - Method in class harpoon.IR.Assem.Code
Prints the assembly instructions of this to pw.
print(PrintWriter, HCode.PrintCallback) - Method in class harpoon.IR.Quads.Code
 
print(PrintWriter, HCode.PrintCallback) - Method in class harpoon.IR.Tree.Data
Print a human-readable representation of this dataview
print(PrintWriter, HCode.PrintCallback) - Method in class harpoon.IR.Tree.Code
 
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.MethodInfo
Pretty-print this method_info structure.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.LocalVariableTable
Pretty-print the contents of this attribute.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.FieldInfo
Pretty-print this field_info structure.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.ExceptionTable
Pretty-print this entry.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.Constant
Pretty-print this constant.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.ClassFile
 
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeSourceFile
Pretty-print this attribute structure.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeLocalVariableTable
Pretty-print the contents of this attribute.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeLineNumberTable
Pretty-print this attribute.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeInnerClasses
Pretty-print this attribute structure.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeExceptions
Pretty-print the contents of this attribute.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeConstantValue
Pretty-print the contents of this attribute.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.AttributeCode
Pretty-print the contents of this attribute.
print(PrintWriter, int) - Method in class harpoon.IR.RawClass.Attribute
Pretty-print this attribute structure.
print(PrintWriter, Tree) - Static method in class harpoon.IR.Tree.Print
 
print(String) - Method in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Pretty printer.
print(Tree) - Static method in class harpoon.IR.Tree.Print
 
printAfter(PrintWriter, HCodeElement) - Method in class harpoon.ClassFile.HCode.PrintCallback
This method is called right *after* each HCodeElement is output.
printBBCFG(HMethod, HCodeFactory, PrintWriter) - Static method in class harpoon.Util.Graph
Print the Control Flow Graph of the Basic Blocks composing the code of method hm, as constructed by the code factory hcf.
printBBCFG(HMethod, LBBConverter, PrintWriter) - Static method in class harpoon.Util.Graph
Print the Control Flow Graph of the Basic Blocks composing the code of method hm, as constructed by the LBBConverter hcf.
printBefore(PrintWriter, HCodeElement) - Method in class harpoon.ClassFile.HCode.PrintCallback
This method is called right *before* each HCodeElement is output.
printCFG(HCode, PrintWriter, String) - Static method in class harpoon.Util.Graph
Print (vcg format) control from graph representing code view.
printCFG(HCode, PrintWriter, String, String[]) - Static method in class harpoon.Util.Graph
Print (vcg format) control flow graph representing code view.
printClassHierarchy(PrintWriter, HMethod, ClassHierarchy) - Static method in class harpoon.Util.Graph
 
printDomTree(boolean, HCode, PrintWriter, String) - Static method in class harpoon.Util.Graph
Print (vcg format) (Post)DomTree of code view.
printDomTree(boolean, HCode, PrintWriter, String, String[]) - Static method in class harpoon.Util.Graph
Print (vcg format) of (Post)DomTree.
printDomTree(HCode, PrintWriter, String) - Static method in class harpoon.Util.Graph
Print (vcg format) DomTree of code view.
printDomTree(HCode, PrintWriter, String, String[]) - Static method in class harpoon.Util.Graph
Print (vcg format) of DomTree.
printError(String, HMethod, HCodeElement) - Static method in class harpoon.Main.Lint
print out a standardized error message
PrintFactory - class harpoon.Analysis.Realtime.PrintFactory.
PrintFactory allows you to print the code as it's being converted for debugging purposes only.
PrintFactory(HCodeFactory, String) - Constructor for class harpoon.Analysis.Realtime.PrintFactory
Construct a PrintFactory that will label the code produced by parent with comment.
printGraph(ColorableGraph, boolean) - Static method in class harpoon.Analysis.Instr.GraphColoringRegAlloc
returns nodeToNum.
printHelp() - Static method in class harpoon.Main.SAMain
 
printPreallocatedCode() - Method in class harpoon.Backend.Generic.Code
 
printPreallocatedCode(HCode.PrintCallback) - Method in class harpoon.Backend.Generic.Code
 
printStats() - Static method in class harpoon.Analysis.Realtime.Realtime
Print statistics about the static analysis and addition of Realtime support.
PRIVATE - Static variable in class harpoon.Tools.Annotation.Sym
 
procAssemDirectives(Instr) - Method in class harpoon.Interpret.Tree.DefaultFrame
 
procFixup(HMethod, Code, int, Set) - Method in class harpoon.Backend.Generic.CodeGen
Fixes up the procedure entry and exit code for a list of instrs, once it is known how many registers and how much stack space is used.
procFixup(HMethod, Instr, int, Set) - Method in class harpoon.Backend.Generic.CodeGen
Fixes up the procedure entry and exit code for a list of instrs, once it is known how many registers and how much stack space is used.
procFixup(HMethod, Instr, int, Set) - Method in class harpoon.Backend.MIPS.CodeGen
 
procFixup(HMethod, Instr, int, Set) - Method in class harpoon.Backend.Sparc.CodeGen
 
procFixup(HMethod, Instr, int, Set) - Method in class harpoon.Backend.StrongARM.CodeGen
 
procLiveOnExit(Instr) - Method in class harpoon.Interpret.Tree.DefaultFrame
 
procPrologue(TreeFactory, HCodeElement, Temp[], int[]) - Method in class harpoon.Interpret.Tree.DefaultFrame
 
producedClassType() - Method in class harpoon.Tools.PatMat.MaximalMunchCGG
 
producedClassType() - Method in class harpoon.Tools.PatMat.CodeGeneratorGenerator
Returns the fully qualified name of the superclass of the generated CodeGen.
production_table() - Method in class harpoon.Tools.Annotation.Java12
access to production table
production_table() - Method in class harpoon.Tools.PatMat.Parser
access to production table
profWriter - Static variable in class harpoon.Main.Options
Stream for writing profiling data.
progname - Variable in class gnu.getopt.Getopt
Name to print as the program name in error messages.
proj(int) - Method in class harpoon.Util.Tuple
Projects an element of the Tuple.
project(Relation) - Method in class harpoon.Analysis.PointerAnalysis.PASync
Returns the image of this sync action projected through the relation mu.
project(Relation) - Method in class harpoon.Analysis.PointerAnalysis.PAEdge
 
project(Set, Map) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
 
propagate() - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Convenient function equivalent that recomputes all the escape information.
propagate(Collection) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Propagates the escape information along the edges.
PROTECTED - Static variable in class harpoon.Tools.Annotation.Sym
 
protected_bb - Variable in class harpoon.Analysis.FCFGBasicBlock
Predecessor BBs in the exceptional control flow.
protectedQuads() - Method in class harpoon.IR.Quads.HANDLER
Returns an Enumeration of the Quads protected by this HANDLER.
protectedSet - Variable in class harpoon.IR.Quads.HANDLER
The set of Quads protected by this HANDLER.
protectedSet() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns the set of predecessor BBs in the exceptional control flow.
protectedSet() - Method in class harpoon.IR.Quads.HANDLER
Returns an immutable Set of the Quadss protected by this HANDLER.
proxy(MultiMap) - Static method in class harpoon.Util.Collections.UnmodifiableMultiMap
Constructs and returns an unmodifiable MultiMap backed by mmap.
prune(HCode) - Static method in class harpoon.Analysis.Quads.Unreachable
Prunes unreachable code from a quad graph in-place.
prune(HEADER) - Static method in class harpoon.Analysis.Quads.Unreachable
Prunes unreachable code *without updating the derivation*.
PSET - class harpoon.IR.LowQuad.PSET.
PSET represents a POINTER dereference to set a field or array element.
PSET - Static variable in class harpoon.IR.LowQuad.LowQuadKind
 
PSET(LowQuadFactory, HCodeElement, Temp, Temp, HClass) - Constructor for class harpoon.IR.LowQuad.PSET
Creates a PSET representing a pointer dereference and store.
ptr - Variable in class harpoon.IR.LowQuad.PSET
Temp holding the POINTER value to dereference and store to.
ptr - Variable in class harpoon.IR.LowQuad.PGET
Temp holding the POINTER value to dereference and fetch.
ptr - Variable in class harpoon.IR.LowQuad.PCALL
The method pointer to dereference.
ptr - Variable in class harpoon.Interpret.Tree.PointerTypeChangedException
The Pointer whose type is changed.
ptr() - Method in class harpoon.IR.LowQuad.PSET
Returns the Temp holding the POINTER value to dereference.
ptr() - Method in class harpoon.IR.LowQuad.PGET
Returns the Temp holding the POINTER value to dereference and fetch.
ptr() - Method in class harpoon.IR.LowQuad.PCALL
Returns the POINTER which is to be dereferenced by this PCALL.
ptrGET(Object, Object, Object) - Static method in class harpoon.Runtime.MZFExternalMap
 
PTRMASK(TreeFactory, HCodeElement, DerivationGenerator, Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
ptrSET(Object, Object, Object, Object) - Static method in class harpoon.Runtime.MZFExternalMap
 
ptrsign - Variable in class harpoon.Analysis.LowQuad.Loop.Induction
The ptrsign saves the relative sign.
ptrvariable - Variable in class harpoon.Analysis.LowQuad.Loop.Induction
 
PUBLIC - Static variable in class harpoon.Tools.Annotation.Sym
 
pull() - Method in interface harpoon.Util.Worklist
Removes some item from the Worklist and return it.
pull() - Method in class harpoon.Util.Collections.WorkSet
Removes some item from this and return it (Worklist adaptor method).
pull() - Method in class harpoon.Util.Collections.UniqueStack
 
push(Object) - Method in interface harpoon.Util.Worklist
Pushes an item onto the Worklist if it is not already there.
push(Object) - Method in class harpoon.Util.Collections.WorkSet
Pushes item onto the top of this WorkSet (treating it as a Stack), if it is not already there.
push(Object) - Method in class harpoon.Util.Collections.UniqueStack
Pushes an item onto the top of this stack, if it is unique.
put(HMethod, HCode) - Method in class harpoon.ClassFile.CachingCodeFactory
Add or replace a representation for m to this CachingCodeFactory.
put(Object, Object) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
put(Object, Object) - Method in class harpoon.Util.Collections.PersistentMap
Creates and returns a new PersistantMap identical to this one, except it contains a mapping from key to value.
put(Object, Object) - Method in class harpoon.Util.Collections.PersistentEnvironment
Associates the specified value with the specified key in this map.
put(Object, Object) - Method in interface harpoon.Util.Collections.MultiMap
Associates the specified value with the specified key in this map, after removing all old values associated with the key.
put(Object, Object) - Method in class harpoon.Util.Collections.MapWrapper
 
put(Object, Object) - Method in class harpoon.Util.Collections.LinearMap
 
put(Object, Object) - Method in class harpoon.Util.Collections.HashEnvironment
Associates the specified value with the specified key in this map.
put(Object, Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Associates the specified value with the specified key in this map.
put(Object, Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
put(Object, Object) - Method in class harpoon.Util.Collections.GenericInvertibleMap
 
put(Object, Object) - Method in class harpoon.Util.DataStructs.LightMap
Associates the specified value with the specified key in this map.
putAll(Map) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
putAll(Map) - Method in interface harpoon.Util.Collections.MultiMap
Copies the mappings from the specified map to this map, after removing all old values associated with the key.
putAll(Map) - Method in class harpoon.Util.Collections.MapWrapper
 
putAll(Map) - Method in class harpoon.Util.Collections.GenericMultiMap
Copies the mappings from the specified map to this map.
putAll(Map) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
putAll(Map) - Method in class harpoon.Util.Collections.GenericInvertibleMap
 
putAll(Map) - Method in class harpoon.Util.DataStructs.LightMap
Copies all of the mappings from the specified map to this map.
putDerivation(Exp, Derivation.DList) - Method in class harpoon.IR.Tree.DerivationGenerator
Add a mapping from the given Tree.Exp exp to the given Derivation.DList derivation.
putDerivation(HCodeElement, Temp, Derivation.DList) - Method in class harpoon.IR.LowQuad.DerivationMap
Add a mapping from the given Temp t defined at the given HCodeElement hce to the given Derivation.DList derivation to this DerivationMap.
PUTFIELD - Static variable in class harpoon.IR.Bytecode.Op
 
PUTFIELD_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
PUTFIELD_QUICK_W - Static variable in class harpoon.IR.Bytecode.Op
 
PUTFIELD2_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
PUTSTATIC - Static variable in class harpoon.IR.Bytecode.Op
 
PUTSTATIC_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
PUTSTATIC2_QUICK - Static variable in class harpoon.IR.Bytecode.Op
 
putType(Exp, HClass) - Method in class harpoon.IR.Tree.DerivationGenerator
Add a mapping from the given Tree.Exp exp to the given HClass type to this DerivationGenerator.
putType(HCodeElement, Temp, HClass) - Method in class harpoon.IR.LowQuad.DerivationMap
Add a mapping from the given Temp t defined at the given HCodeElement hce to the given HClass type to this DerivationMap.
putTypeAndTemp(Exp, HClass, Temp) - Method in class harpoon.IR.Tree.DerivationGenerator
Add a mapping from the given Tree.Exp exp to the given HClass type to the DerivationGenerator, indicating that this value lives in Temp temp.

Q

qf - Variable in class harpoon.IR.Quads.Code
Quad factory.
Qop - class harpoon.IR.Quads.Qop.
Qop is an enumerated type for the various kinds of OPER opcodes.
Qop() - Constructor for class harpoon.IR.Quads.Qop
 
quad - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
Quad - class harpoon.IR.Quads.Quad.
Quad is the base class for the quadruple representation.
quad_with_try - Variable in class harpoon.Util.BasicBlocks.BBConverter
 
Quad(QuadFactory, HCodeElement) - Constructor for class harpoon.IR.Quads.Quad
Initializes a quad with exactly one input edge and exactly one output edge.
Quad(QuadFactory, HCodeElement, int, int) - Constructor for class harpoon.IR.Quads.Quad
Initializes a quad with prev_arity input edges and next_arity output edges.
Quad2Node - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
Quad2Nodes - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
QuadClassHierarchy - class harpoon.Analysis.Quads.QuadClassHierarchy.
QuadClassHierarchy computes a ClassHierarchy of classes possibly usable starting from some root method using quad form.
QuadClassHierarchy(Linker, Collection, HCodeFactory) - Constructor for class harpoon.Analysis.Quads.QuadClassHierarchy
Creates a ClassHierarchy of all classes reachable/usable from HMethods in the roots Collection.
QuadCounter - class harpoon.Analysis.Quads.QuadCounter.
QuadCounter is an harpoon.ClassFile.HCodeFactory which counts the number of quads that have been converted thus far.
QuadCounter(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.QuadCounter
Creates a new QuadCounter with hcf as its parent.
QuadFactory - class harpoon.IR.Quads.QuadFactory.
A QuadFactory is responsible for assigning unique numbers to the Quads in a method, and for maintaining some method-wide information (such as a pointer to the parent HCode).
QuadFactory() - Constructor for class harpoon.IR.Quads.QuadFactory
 
QuadInterferenceGraph - class harpoon.Analysis.Quads.QuadInterferenceGraph.
QuadInterferenceGraph constructs a variable-liveness interference graph from a Quad.Code.
QuadInterferenceGraph(Code) - Constructor for class harpoon.Analysis.Quads.QuadInterferenceGraph
Creates a QuadInterferenceGraph.
QuadInterferenceGraph(Code, Liveness) - Constructor for class harpoon.Analysis.Quads.QuadInterferenceGraph
 
QuadKind - class harpoon.IR.Quads.QuadKind.
QuadKind is an enumerated type for the various kinds of Quads.
QuadKind() - Constructor for class harpoon.IR.Quads.QuadKind
 
QuadLiveness - class harpoon.Analysis.Quads.QuadLiveness.
QuadLiveness performs live variable analysis for a given HCode.
QuadLiveness(HCode) - Constructor for class harpoon.Analysis.Quads.QuadLiveness
Creates a QuadLiveness.
quadMap - Variable in class harpoon.IR.Quads.SSIToSSA
Map from old ssi quads to new ssa quads.
quadMap - Variable in class harpoon.IR.Quads.SSIRename
Map from old no-ssa quads to new ssi quads.
quadMap() - Method in class harpoon.IR.Quads.RSSxToNoSSA
 
quadMap(Quad) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
QuadNoSSA - class harpoon.IR.Quads.QuadNoSSA.
QuadNoSSA is a code view with explicit exception handling.
QuadNoSSA(HMethod, Quad) - Constructor for class harpoon.IR.Quads.QuadNoSSA
 
QuadRSSx - class harpoon.IR.Quads.QuadRSSx.
Quads.QuadRSSx is a code view in relaxed SSI form.
QuadRSSx(HMethod, Quad) - Constructor for class harpoon.IR.Quads.QuadRSSx
Create a new code object given a quadruple representation of the method instructions.
quads - Variable in class harpoon.IR.Quads.Code
The quadruples composing this code view.
quadSet(Quad) - Method in class harpoon.Analysis.EventDriven.ContCodeSSI
 
quadSet(Quad) - Method in class harpoon.Analysis.EventDriven.ContCodeNoSSA
 
quadSet(Quad) - Method in class harpoon.Analysis.EventDriven.ContCode
 
QuadSSA - class harpoon.IR.Quads.QuadSSA.
Quads.QuadSSA is a code view in SSA form.
QuadSSA(HMethod, Quad) - Constructor for class harpoon.IR.Quads.QuadSSA
Create a new code object given a quadruple representation of the method instructions.
QuadSSA(QuadSSI) - Constructor for class harpoon.IR.Quads.QuadSSA
Creates a Code object from a bytecode object.
QuadSSI - class harpoon.IR.Quads.QuadSSI.
Quads.QuadSSI is a code view in SSI form.
QuadSSI(HMethod, Quad) - Constructor for class harpoon.IR.Quads.QuadSSI
Create a new code object given a quadruple representation of the method instructions.
QuadSSI(QuadNoSSA) - Constructor for class harpoon.IR.Quads.QuadSSI
Creates a Code object from a bytecode object.
quadToBB - Variable in class harpoon.Analysis.FCFGBasicBlock.Factory
 
QuadVisitor - class harpoon.IR.Quads.QuadVisitor.
QuadVisitor is a Design Pattern, courtesy of Martin.
QuadVisitor() - Constructor for class harpoon.IR.Quads.QuadVisitor
 
QuadWithTry - class harpoon.IR.Quads.QuadWithTry.
QuadWithTry is a code view with explicit try-block handlers.
QuadWithTry(HMethod, Quad) - Constructor for class harpoon.IR.Quads.QuadWithTry
 
QuantaChecker - class harpoon.Analysis.Realtime.QuantaChecker.
 
QuantaChecker(HCodeFactory) - Constructor for class harpoon.Analysis.Realtime.QuantaChecker
 
query(HCodeElement) - Method in class harpoon.Analysis.DefaultAllocationInformation
Return an AllocationProperties object for the given allocation site.
query(HCodeElement) - Method in class harpoon.Analysis.AllocationInformationMap
Return the AllocationProperties for the given allocationSite.
query(HCodeElement) - Method in interface harpoon.Analysis.Maps.AllocationInformation
Query the properties of the allocation at the specified site.
query(HCodeElement) - Method in class harpoon.Analysis.PointerAnalysis.ODMAInfo
Returns the allocation policy for allocationSite.
query(HCodeElement) - Method in class harpoon.Analysis.PointerAnalysis.MAInfo
Returns the allocation policy for allocationSite.
QUESTION - Static variable in class harpoon.Tools.Annotation.Sym
 

R

r - Variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
The set of normally returned objects
ra - Variable in class harpoon.Analysis.Instr.EqTempSets
 
RANGLE - Static variable in class harpoon.Tools.PatMat.Sym
 
rank() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the rank.
Raw - class harpoon.Main.Raw.
Raw prints out the raw data structures from the class file corresponding to the class name given on the command-line.
Raw() - Constructor for class harpoon.Main.Raw
 
rbDeleteFixup(BinaryTree.Node) - Method in class harpoon.Util.Collections.RedBlackTree
Post delete fixup routine.
RBRACE - Static variable in class harpoon.Tools.Annotation.Sym
 
RBRACE - Static variable in class harpoon.Tools.PatMat.Sym
 
RBRACK - Static variable in class harpoon.Tools.Annotation.Sym
 
RBRACK - Static variable in class harpoon.Tools.PatMat.Sym
 
RCTransformer - class harpoon.Analysis.PreciseGC.RCTransformer.
RCTransformer transforms recursive constructors that build their data structures in a top-down fashion into methods that build their data structures in a bottom-up fashion.
RCTransformer(HCodeFactory, ClassHierarchy, Linker) - Constructor for class harpoon.Analysis.PreciseGC.RCTransformer
Creates a RCTransformer.
RCVR - Static variable in class harpoon.Analysis.PreciseGC.MRA.MRAToken
 
Reachability - class harpoon.Util.Graphs.Reachability.
Reachability
Reachability.Action - interface harpoon.Util.Graphs.Reachability.Action.
Interface for passing a method as parameter.
reachable_from_excp - Variable in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
reachableInstrs() - Method in class harpoon.Analysis.Instr.RegAlloc
Iterates over a view of the code which skips over instrs that are not in our basic block set.
reachableNodes(Set) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Computes the set of nodes reachable from nodes in roots through paths that use inside and outside edges.
ReachingDefs - class harpoon.Analysis.ReachingDefs.
ReachingDefs defines an abstract class for analyzing reaching definitions.
ReachingDefs - class harpoon.Analysis.DataFlow.ReachingDefs.
ReachingDefs is a ForwardDataFlowBasicBlockVisitor for performing reaching definitions analysis on any IR that implements HCodeElement, CFGraphable, and UseDefable.
ReachingDefs() - Constructor for class harpoon.Analysis.DataFlow.ReachingDefs
 
ReachingDefs(HCode) - Constructor for class harpoon.Analysis.ReachingDefs
Creates a ReachingDefs object for the provided HCode.
reachingDefs(HCodeElement, Temp) - Method in class harpoon.Analysis.SSxReachingDefsImpl
 
reachingDefs(HCodeElement, Temp) - Method in class harpoon.Analysis.ReachingDefsImpl
Returns the Set of HCodeElements providing definitions of Temp t which reach HCodeElement hce.
reachingDefs(HCodeElement, Temp) - Method in class harpoon.Analysis.ReachingDefsCachingImpl
Returns the Set of HCodeElements providing definitions of Temp t which reach HCodeElement hce.
reachingDefs(HCodeElement, Temp) - Method in class harpoon.Analysis.ReachingDefsAltImpl
Returns the Set of HCodeElements providing definitions of Temp t which reach HCodeElement hce.
reachingDefs(HCodeElement, Temp) - Method in class harpoon.Analysis.ReachingDefs
Returns the Set of HCodeElements providing definitions of Temp t which reach HCodeElement hce.
ReachingDefsAltImpl - class harpoon.Analysis.ReachingDefsAltImpl.
ReachingDefsAltImpl
ReachingDefsAltImpl(HCode) - Constructor for class harpoon.Analysis.ReachingDefsAltImpl
Creates a ReachingDefsImpl object for the provided HCode using CFGrapher.DEFAULT and UseDefer.DEFAULT.
ReachingDefsAltImpl(HCode, CFGrapher) - Constructor for class harpoon.Analysis.ReachingDefsAltImpl
Creates a ReachingDefsImpl object for the provided HCode for an IR implementing UseDefable using the provided CFGrapher.
ReachingDefsAltImpl(HCode, CFGrapher, UseDefer) - Constructor for class harpoon.Analysis.ReachingDefsAltImpl
Creates a ReachingDefsImpl object for the provided HCode using the provided CFGrapher and UseDefer.
ReachingDefsCachingImpl - class harpoon.Analysis.ReachingDefsCachingImpl.
ReachingDefsCachingImpl is an extension of ReachingDefsImpl that keeps a BasicBlock local cache mapping Temp:t -> HCodeElement:h -> Set:s where s is the result of calling reachingDefs(h, t).
ReachingDefsCachingImpl(HCode) - Constructor for class harpoon.Analysis.ReachingDefsCachingImpl
Creates a ReachingDefsCachingImpl.
ReachingDefsCachingImpl(HCode, CFGrapher) - Constructor for class harpoon.Analysis.ReachingDefsCachingImpl
Creates a ReachingDefsCachingImpl.
ReachingDefsCachingImpl(HCode, CFGrapher, UseDefer) - Constructor for class harpoon.Analysis.ReachingDefsCachingImpl
Creates a ReachingDefsCachingImpl.
ReachingDefsImpl - class harpoon.Analysis.ReachingDefsImpl.
ReachingDefsImpl defines an implementation for analyzing reaching definitions.
ReachingDefsImpl(HCode) - Constructor for class harpoon.Analysis.ReachingDefsImpl
Creates a ReachingDefsImpl object for the provided HCode using CFGrapher.DEFAULT.
ReachingDefsImpl(HCode, CFGrapher) - Constructor for class harpoon.Analysis.ReachingDefsImpl
Creates a ReachingDefsImpl object for the provided HCode for an IR implementing UseDefable using the provided CFGrapher.
ReachingDefsImpl(HCode, CFGrapher, UseDefer) - Constructor for class harpoon.Analysis.ReachingDefsImpl
Creates a ReachingDefsImpl object for the provided HCode using the provided CFGrapher and UseDefer.
ReachingHCodeElements - class harpoon.Analysis.DataFlow.ReachingHCodeElements.
ReachingHCodeElements is an extension of ReachingDefs for performing reaching definitions analysis on HCodeElementss.
ReachingHCodeElements(BasicBlock.Factory) - Constructor for class harpoon.Analysis.DataFlow.ReachingHCodeElements
Constructs a new ReachingHCodeElements for the basic blocks in the supplied BasicBlock.Factory.
ReachingHCodeElements(BasicBlock.Factory, SetFactory) - Constructor for class harpoon.Analysis.DataFlow.ReachingHCodeElements
Constructs a new ReachingHCodeElements for the basic blocks in the supplied BasicBlock.Factory.
read_u1() - Method in class harpoon.IR.RawClass.ClassDataInputStream
Read an unsigned one-byte quantity, high byte first.
read_u2() - Method in class harpoon.IR.RawClass.ClassDataInputStream
Read an unsigned two-byte quantity, high byte first.
read_u4() - Method in class harpoon.IR.RawClass.ClassDataInputStream
Read an unsigned four-byte quantity, high byte first.
read() - Method in class harpoon.Tools.Annotation.Lex.EscapedUnicodeReader
 
read(char[], int, int) - Method in class harpoon.Tools.Annotation.Lex.EscapedUnicodeReader
 
read(ClassDataInputStream) - Method in class harpoon.IR.RawClass.ClassFile
 
read(ClassFile, ClassDataInputStream) - Method in class harpoon.IR.RawClass.MethodInfo
Read a single MethodInfo item from an input class bytecode file.
read(ClassFile, ClassDataInputStream) - Method in class harpoon.IR.RawClass.FieldInfo
Read a single FieldInfo item from an input class bytecode file.
read(ClassFile, ClassDataInputStream) - Static method in class harpoon.IR.RawClass.Constant
Read a single Constant item from an input class bytecode file, and return an object instance corresponding to it.
read(ClassFile, ClassDataInputStream) - Static method in class harpoon.IR.RawClass.Attribute
Read an Attribute from a ClassDataInputStream.
readResolve() - Method in class harpoon.Analysis.Transformation.MethodSplitter.Token
This method must be overridden to ensure that Tokens are still singletons after deserialization.
readResource(String, ParseUtil.StringParser) - Static method in class harpoon.Util.ParseUtil
Reads from the given resource, ignoring '#' comments and blank lines, obeying 'include' directives, and invoking the given StringParser on any other lines.
readUnsignedInt() - Method in class harpoon.IR.RawClass.ClassDataInputStream
Supplies the mysterious missing method from the standard DataInputStream superclass.
ready() - Method in class harpoon.Tools.Annotation.Lex.EscapedUnicodeReader
 
REAL_POINTER_ANALYSIS - Static variable in class harpoon.Analysis.Realtime.Realtime
More complicated pointer analysis to determine which checks to remove.
REAL_SCOPES - Static variable in class harpoon.Analysis.Realtime.Realtime
Are we going to actually allocate objects in the appropriate scopes?
Realtime - class harpoon.Analysis.Realtime.Realtime.
Realtime is the top-level access point for the rest of the Harpoon compiler to provide support for the Realtime Java MemoryArea extensions described in the Realtime Java Specification and there's also a JavaDoc version.
REALTIME_JAVA - Static variable in class harpoon.Analysis.Realtime.Realtime
Is Realtime JAVA support turned on?
REALTIME_THREADS - Static variable in class harpoon.Analysis.Realtime.Realtime
Add support for realtime threads
Realtime() - Constructor for class harpoon.Analysis.Realtime.Realtime
 
RealtimeAllocationStrategy - class harpoon.Analysis.Realtime.RealtimeAllocationStrategy.
RealtimeAllocationStrategy makes all memory allocations to go through RTJ_malloc.
RealtimeAllocationStrategy(Frame) - Constructor for class harpoon.Analysis.Realtime.RealtimeAllocationStrategy
Creates a RealtimeAllocationStrategy.
RealtimeRuntime - class harpoon.Analysis.Realtime.RealtimeRuntime.
RealtimeRuntime is a trivial extension of harpoon.Backend.Runtime2.Runtime that allows constants to be tagged with an ImmortalMemory and emits extra const char* data for debugging purposes when Realtime.DEBUG_REF is turned on.
RealtimeRuntime(Frame, AllocationStrategy, HMethod, boolean) - Constructor for class harpoon.Analysis.Realtime.RealtimeRuntime
Create a RealtimeRuntime.
recomputeEdges() - Method in class harpoon.IR.Tree.TreeCode
This operation is not supported in non-canonical tree forms.
RECORD_ACTIONS - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Turns on the recording of the actions done by the program.
recycle - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
recycle - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
recycle - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
RedBlackTree - class harpoon.Util.Collections.RedBlackTree.
A RedBlackTree is a BinaryTree that uses red-black properties to maintain a balanced form.
RedBlackTree.RBNode - class harpoon.Util.Collections.RedBlackTree.RBNode.
A RBNode is an element of this tree.
RedBlackTree.RBNode(Object) - Constructor for class harpoon.Util.Collections.RedBlackTree.RBNode
 
RedBlackTree() - Constructor for class harpoon.Util.Collections.RedBlackTree
 
RedBlackTree(Comparator) - Constructor for class harpoon.Util.Collections.RedBlackTree
 
reduce_table() - Method in class harpoon.Tools.Annotation.Java12
access to reduce_goto table
reduce_table() - Method in class harpoon.Tools.PatMat.Parser
access to reduce_goto table
ref(TreeFactory, DerivationGenerator, Stm, Temp) - Static method in class harpoon.Backend.Analysis.GCTraceStore
 
referenceEqual(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp, Translation.Exp) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp representing an comparison between expressions evaluating to two references, refLeft and refRight.
referenceEqual(TreeFactory, HCodeElement, DerivationGenerator, Translation.Exp, Translation.Exp) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
ReferenceUnique - interface harpoon.Util.ReferenceUnique.
ReferenceUnique is a property indicating that, for all instances of a class, (a==b)==(a.equals(b)).
REFLECTION_DATA - Static variable in class harpoon.IR.Tree.SEGMENT
R/O memory that stores reflection tables and other non-object data.
REFLECTION_OBJECTS - Static variable in class harpoon.IR.Tree.SEGMENT
R/O memory that stores reflection data objects.
RegAlloc - class harpoon.Analysis.Instr.RegAlloc.
RegAlloc performs Register Allocation for a set of Instrs in a Backend.Generic.Code.
RegAlloc - class harpoon.Backend.CSAHack.RegAlloc.RegAlloc.
Register allocation module.
RegAlloc.Factory - class harpoon.Analysis.Instr.RegAlloc.Factory.
 
RegAlloc.Factory() - Constructor for class harpoon.Analysis.Instr.RegAlloc.Factory
 
RegAlloc.IntermediateCode - interface harpoon.Analysis.Instr.RegAlloc.IntermediateCode.
IntermediateCode is a code which has been register allocated but the architecture-specific spill instructions and method prologue/epilogue have not been inserted yet.
RegAlloc.IntermediateCodeFactory - interface harpoon.Analysis.Instr.RegAlloc.IntermediateCodeFactory.
IntermediateCodeFactory is an HCodeFactory that is guaranteed to produce IntermediateCodes.
RegAlloc.RestoreProxy - class harpoon.Analysis.Instr.RegAlloc.RestoreProxy.
 
RegAlloc.SpillLoad - class harpoon.Analysis.Instr.RegAlloc.SpillLoad.
Class for RegAlloc usage in loading registers.
RegAlloc.SpillProxy - class harpoon.Analysis.Instr.RegAlloc.SpillProxy.
 
RegAlloc.SpillStore - class harpoon.Analysis.Instr.RegAlloc.SpillStore.
Class for RegAlloc usage in spilling registers.
RegAlloc(Code) - Constructor for class harpoon.Analysis.Instr.RegAlloc
Creates a RegAlloc.
RegAlloc(Frame, Code, Instr, DerivationGenerator) - Constructor for class harpoon.Backend.CSAHack.RegAlloc.RegAlloc
Allocate the temporaries defined and used in an Assem.InstrList to machine registers defined in a Frame.
regAllocLocalWords(int) - Method in class harpoon.Backend.MIPS.StackInfo
On top (highest address) of the MIPS stack frame are the locals/temporaries This isn't a great interface, but it is the info we get from RegAlloc.
RegAllocOpts - class harpoon.Analysis.Instr.RegAllocOpts.
RegAllocOpts encapsulates a set of modifications to how register allocation will be performed on a particular set of methods.
RegAllocOpts(String) - Constructor for class harpoon.Analysis.Instr.RegAllocOpts
Creates a RegAllocOpts.
regAllocUsedRegs(ArrayList) - Method in class harpoon.Backend.MIPS.StackInfo
Give the stack frame model the array of used callee saved registers.
regDerivations - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
regDerivations() - Method in class harpoon.Backend.Generic.GCInfo.GCPoint
Returns an unmodifiable Map of live derived pointers in WrappedMachineRegLocs to the derivation information in the form of DLocs for that GC point
RegFileInfo - class harpoon.Backend.Generic.RegFileInfo.
RegFileInfo defines an interface that general program analyses can call to find out architecture specific information about the target machine's register file.
RegFileInfo - class harpoon.Backend.MIPS.RegFileInfo.
RegFileInfo encapsulates information about the MIPS register set.
RegFileInfo - class harpoon.Backend.Sparc.RegFileInfo.
RegFileInfo contains architecture specific information about the registers for the Sparc architecture.
RegFileInfo - class harpoon.Backend.StrongARM.RegFileInfo.
RegFileInfo encapsulates information about the StrongARM register set.
RegFileInfo.CommonLoc - interface harpoon.Backend.Generic.RegFileInfo.CommonLoc.
Common super class for StackOffsetLoc and MachineRegLoc.
RegFileInfo.MachineRegLoc - interface harpoon.Backend.Generic.RegFileInfo.MachineRegLoc.
Represents Machine Register Temps.
RegFileInfo.SpillException - exception harpoon.Backend.Generic.RegFileInfo.SpillException.
SpillException tells a register allocator which Temps are appropriate for spilling in order to allocate space for another Temp.
RegFileInfo.SpillException() - Constructor for class harpoon.Backend.Generic.RegFileInfo.SpillException
 
RegFileInfo.SpillException(String) - Constructor for class harpoon.Backend.Generic.RegFileInfo.SpillException
 
RegFileInfo.StackOffsetLoc - interface harpoon.Backend.Generic.RegFileInfo.StackOffsetLoc.
Represents Stack Offset Temps.
RegFileInfo.TempLocator - interface harpoon.Backend.Generic.RegFileInfo.TempLocator.
Defines function from (Temp x DefPoint) -> Set of CommonLoc.
RegFileInfo() - Constructor for class harpoon.Backend.Generic.RegFileInfo
Creates a RegFileInfo.
RegFileInfo() - Constructor for class harpoon.Backend.MIPS.RegFileInfo
Creates a RegFileInfo.
RegFileInfo() - Constructor for class harpoon.Backend.StrongARM.RegFileInfo
Creates a RegFileInfo.
RegFileInfo(TempBuilder) - Constructor for class harpoon.Backend.Sparc.RegFileInfo
 
regIndex() - Method in interface harpoon.Backend.Generic.RegFileInfo.MachineRegLoc
Returns the index of this in the register file.
regIndex() - Method in class harpoon.Backend.Generic.GCInfo.WrappedMachineRegLoc
Returns the abstract index of underlying MachineRegLoc in the register file.
regIndex() - Method in interface harpoon.Backend.Maps.BackendDerivation.Register
Returns the index of this register in the machine register file.
REGISTER - Static variable in class harpoon.Backend.MIPS.StackInfo
 
registerAssigned(Instr, Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.Code
 
registerAssigned(Instr, Temp) - Method in class harpoon.Backend.Generic.Code
Checks if pseudoReg has been assigned to some registers in i.
Registration - class harpoon.IR.Registration.
Registration takes care of registering 'well-known' intermediate representations.
Registration() - Constructor for class harpoon.IR.Registration
 
regLocs - Variable in class harpoon.Backend.Generic.GCInfo.DLoc
Arrays of base pointer locations
regSigns - Variable in class harpoon.Backend.Generic.GCInfo.DLoc
Arrays of booleans
REGSTACKSPLIT - Static variable in class harpoon.Backend.MIPS.StackInfo
 
regTempFactory() - Method in class harpoon.Backend.MIPS.RegFileInfo
 
regTempFactory() - Method in class harpoon.Backend.Sparc.RegFileInfo
 
RegUseDefer - class harpoon.Backend.Generic.RegUseDefer.
RegUseDefer performs a Temp -> Register mapping on Backend Codes.
RegUseDefer(Code) - Constructor for class harpoon.Backend.Generic.RegUseDefer
Creates a RegUseDefer.
Relation - interface harpoon.Util.DataStructs.Relation.
Relation is a mathematical relation, accepting one to many and many to one mappings.
RelationEntryVisitor - interface harpoon.Util.DataStructs.RelationEntryVisitor.
RelationEntryVisitor is a wrapper for a function that is called on a relation entry of the form <key,value>.
RelationImpl - class harpoon.Util.DataStructs.RelationImpl.
RelationImpl is a heavy-weight implementation of the Relation interface: it is basically a Hashtable from keys to HashSet's of values.
RelationImpl() - Constructor for class harpoon.Util.DataStructs.RelationImpl
Creates an empty Relation.
relink(HClass, HClass) - Method in class harpoon.ClassFile.Relinker
Globally replace all references to oldClass with references to newClass, which may or may not have the same name.
Relinker - class harpoon.ClassFile.Relinker.
A Relinker object is a Linker where one can globally replace references to a certain class with references to another, different, class.
Relinker(Linker) - Constructor for class harpoon.ClassFile.Relinker
Creates a Relinker.
REM - Static variable in class harpoon.IR.Tree.Bop
Remainder operation.
REM - Static variable in class harpoon.Tools.PatMat.Sym
 
REMOVE_TAGS - Static variable in class harpoon.Analysis.Realtime.Realtime
Remove tagging when you remove all checks?
remove() - Method in class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
remove() - Method in class harpoon.Analysis.PointerAnalysis.PAWorkStack
 
remove() - Method in class harpoon.Analysis.PointerAnalysis.PAWorkSet
 
remove() - Method in class harpoon.Analysis.PointerAnalysis.PAWorkList
 
remove() - Method in class harpoon.IR.Assem.Instr
Removes this from its current place in the instruction layout.
remove() - Method in class harpoon.IR.Quads.Quad
Remove this quad from the graph.
remove() - Method in class harpoon.Util.UnmodifiableListIterator
Always throws an UnsupportedOperationException.
remove() - Method in class harpoon.Util.UnmodifiableIterator
Always throws an UnsupportedOperationException.
remove() - Method in class harpoon.Util.CombineIterator
 
remove() - Method in class harpoon.Util.CloneableIterator
 
remove(Exp) - Method in class harpoon.IR.Tree.DerivationGenerator
Remove all type and derivation mappings for the given Tree.Exp.
remove(HCodeElement, Temp) - Method in class harpoon.IR.LowQuad.DerivationMap
Remove all type and derivation mappings for the given Temp defined at the given HCodeElement.
remove(int) - Method in class harpoon.IR.Quads.FOOTER
Remove an attachment from this FOOTER by replacing the footer.
remove(int) - Method in class harpoon.Util.Collections.UniqueVector
Removes the element at the specified position in this vector.
remove(int) - Method in class harpoon.Util.Collections.ListWrapper
 
remove(MethodHole) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
remove(MethodHole) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Removes the MethodHole hole from all the sets of callees that may contain it.
remove(Object) - Method in class harpoon.Util.BinHeapPriorityQueue
This is slow.
remove(Object) - Method in class harpoon.Util.Collections.WorkSet
 
remove(Object) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
remove(Object) - Method in class harpoon.Util.Collections.PersistentSet
Make a new PersistentSet identical to this one, except that it does not contain element.
remove(Object) - Method in class harpoon.Util.Collections.PersistentMap
Make a new PersistentMap identical to this one, except that it does not contain a mapping for key.
remove(Object) - Method in class harpoon.Util.Collections.PersistentEnvironment
Removes the mapping for this key from this map if present.
remove(Object) - Method in interface harpoon.Util.Collections.MultiMap
Removes mappings from key to all associated values from this map.
remove(Object) - Method in class harpoon.Util.Collections.MapWrapper
 
remove(Object) - Method in class harpoon.Util.Collections.LinearSet
 
remove(Object) - Method in class harpoon.Util.Collections.LinearMap
 
remove(Object) - Method in class harpoon.Util.Collections.HashEnvironment
Removes the mapping for this key from this map if present.
remove(Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Removes all mappings for this key from this map if present.
remove(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
remove(Object) - Method in class harpoon.Util.Collections.GenericInvertibleMap
 
remove(Object) - Method in class harpoon.Util.Collections.CollectionWrapper
 
remove(Object) - Method in class harpoon.Util.Collections.BinaryTree
 
remove(Object) - Method in class harpoon.Util.DataStructs.LightMap
Removes the mapping previously attached to key.
remove(Object, Object) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
remove(Object, Object) - Method in interface harpoon.Util.Collections.MultiMap
Removes a mapping from key to value from this map if present.
remove(Object, Object) - Method in class harpoon.Util.Collections.GenericMultiMap
Removes a mapping from key to value from this map if present.
remove(Object, Object) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
remove(Object, Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
remove(Object, Object) - Method in interface harpoon.Util.DataStructs.Relation
Removes the relation between key and value.
remove(Object, Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
remove(Quad) - Method in interface harpoon.IR.Quads.HANDLER.ProtectedSet
Remove a quad from the protected set.
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Remove all the PANodes that appear in set from this points-to graph.
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Removes the nodes from nodes from this graph.
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Remove all the PANodes that appear in set from this thread map.
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Remove all the PANodes that appear in set from this object.
remove(Set) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Removes the nodes from nodes from this graph.
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
remove(Set) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
remove(Stm) - Method in class harpoon.IR.Tree.Code
Removes the specified Stm from the tree in which it resides.
removeAll(Collection) - Method in class harpoon.Util.Collections.CollectionWrapper
 
removeAll(Object, Collection) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
removeAll(Object, Collection) - Method in interface harpoon.Util.Collections.MultiMap
Removes from the current mappings: associations for key to any value in values.
removeAll(Object, Collection) - Method in class harpoon.Util.Collections.GenericMultiMap
Removes from the current mappings: associations for key to any value in values.
removeAll(Object, Collection) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
removeAll(Object, Collection) - Method in class harpoon.Util.DataStructs.RelationImpl
 
removeAll(Object, Collection) - Method in interface harpoon.Util.DataStructs.Relation
Removes the relation between key and any element from values.
removeAll(Object, Collection) - Method in class harpoon.Util.DataStructs.LightRelation
 
removeAll(Object, Collection) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
removeAllElements() - Method in class harpoon.Util.Collections.UniqueVector
Removes all components from this vector and sets its size to zero.
removeAllInterfaces() - Method in interface harpoon.ClassFile.HClassMutator
 
removeAssignment(Instr, Temp) - Method in class harpoon.Backend.Generic.Code
 
removeClassInitializer(HInitializer) - Method in interface harpoon.ClassFile.HClassMutator
 
removeColor() - Method in class harpoon.Analysis.GraphColoring.ColorFactory
Factory downsizer.
removeConstructor(HConstructor) - Method in interface harpoon.ClassFile.HClassMutator
 
removeDeclaredField(HField) - Method in interface harpoon.ClassFile.HClassMutator
 
removeDeclaredMethod(HMethod) - Method in interface harpoon.ClassFile.HClassMutator
 
removeDummies() - Method in class harpoon.Analysis.Partition.WeightedGraph
 
removeEdge(PANode, String, PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
removeEdge(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
removeEdge(PANode, String, PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
removeEdge(Temp, PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
removeEdge(Temp, PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
removeEdge(Temp, PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
removeEdge(WGNode) - Method in class harpoon.Analysis.Partition.WGNode
 
removeEdges() - Method in class harpoon.Analysis.Partition.WGNode
 
removeEdges(PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
removeEdges(PANode) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
removeEdges(PANode) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
removeEdges(PANode, String) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
removeEdges(PANode, String) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
removeEdges(PANode, String) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
removeEdges(Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Removes all the information related to edges from edges.
removeEdges(Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Removes all the information related to ld actions using the edges from edges.
removeEdges(Temp) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
removeEdges(Temp) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
removeEdges(Temp) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
removeElement(Object) - Method in class harpoon.Util.Collections.UniqueVector
Removes the first (and only) occurance of the argument from this vector.
removeElementAt(int) - Method in class harpoon.Util.Collections.UniqueVector
Deletes the component at the specified index.
removeEmptyLoads() - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Simplify this parallel interaction graph by removing the loads that don't escape anywhere (and hence, don't represent any object).
removeEmptyLoads() - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Simplify this parallel interaction graph by removing the loads that don't escape anywhere (and hence, don't represent any object).
removeEmptyLoads(Set, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
 
removeExceptionType(HClass) - Method in interface harpoon.ClassFile.HMethodMutator
 
removeFirst() - Method in class harpoon.Util.Collections.WorkSet
Removes the first element in the ordered set and returns it.
removeHandlers(HandlerSet) - Method in class harpoon.IR.Quads.Quad
Remove this quad from the given handler sets.
removeIncomingEdge(WGNode) - Method in class harpoon.Analysis.Partition.WGNode
 
removeIncomingEdges() - Method in class harpoon.Analysis.Partition.WGNode
 
removeInterface(HClass) - Method in interface harpoon.ClassFile.HClassMutator
 
removeKey(Object) - Method in class harpoon.Util.DataStructs.RelationImpl
 
removeKey(Object) - Method in interface harpoon.Util.DataStructs.Relation
Removes all the relations attached to key.
removeKey(Object) - Method in class harpoon.Util.DataStructs.AbstrRelationMapBased
 
removeKey(Object) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
removeKeys(PredicateWrapper) - Method in class harpoon.Util.DataStructs.RelationImpl
 
removeKeys(PredicateWrapper) - Method in interface harpoon.Util.DataStructs.Relation
Removes all the keys that satisfy predicate.check().
removeKeys(PredicateWrapper) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
removeLast() - Method in class harpoon.Util.Collections.WorkSet
Removes the last element in the ordered set and returns it.
removeMethodHole(PANode, HMethod) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
The dual of addMethodHole
removeMethodHoles(Set) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
The methods from the set good_holes are unharmful to the specific application that uses the pointer analysis.
removeModifiers(int) - Method in interface harpoon.ClassFile.HMethodMutator
 
removeModifiers(int) - Method in interface harpoon.ClassFile.HFieldMutator
Remove the modifiers specified by m from the field.
removeModifiers(int) - Method in interface harpoon.ClassFile.HClassMutator
 
removeNode(WGNode) - Method in class harpoon.Analysis.Partition.WeightedGraph
 
removeNodeHole(PANode, PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
The dual of addNodeHole
removeNodeHoleFromAll(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Removes a node hole from all the nodes: esc(n) = esc(n) - {n_hole} for all n.
removeNodes(Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Removes all the information related to edges containing nodes from nodes.
removeNodes(Set) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Removes all the information related to edges containing nodes from nodes.
removeObjects(PredicateWrapper) - Method in class harpoon.Util.DataStructs.RelationImpl
 
removeObjects(PredicateWrapper) - Method in interface harpoon.Util.DataStructs.Relation
Removes all the relations involving at least one object that satisfy predicate.check().
removeObjects(PredicateWrapper) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
removeOutgoingEdge(WGNode) - Method in class harpoon.Analysis.Partition.WGNode
 
removeOutgoingEdges() - Method in class harpoon.Analysis.Partition.WGNode
 
removePhi(int) - Method in class harpoon.IR.Quads.PHI
Deprecated. does not preserve immutability.
removePred(int) - Method in class harpoon.IR.Quads.PHI
Deprecated. does not preserve immutability.
removeSigma(int) - Method in class harpoon.IR.Quads.SIGMA
Deprecated. Does not preserve immutability.
removeValues(PredicateWrapper) - Method in class harpoon.Util.DataStructs.RelationImpl
 
removeValues(PredicateWrapper) - Method in interface harpoon.Util.DataStructs.Relation
Removes all the values that satisfy predicate.check().
removeValues(PredicateWrapper) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
rename(Derivation.DList, TempMap) - Static method in class harpoon.Analysis.Maps.Derivation.DList
Returns a new DList with the Temps renamed by the supplied mapping
rename(ExpList, TreeFactory, TempMap, Tree.CloneCallback) - Static method in class harpoon.IR.Tree.ExpList
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.Analysis.Instr.RegAlloc.SpillProxy
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.Analysis.Instr.RegAlloc.RestoreProxy
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.Analysis.Instr.InstrMOVEproxy
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.InstrMOVE
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.InstrMEM
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.InstrLABEL
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.InstrJUMP
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.InstrDIRECTIVE
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.InstrCALL
 
rename(InstrFactory, TempMap, TempMap) - Method in class harpoon.IR.Assem.Instr
Create a new Instr identical to the receiver, but with all Temps renamed according to the given mappings.
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PSET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.POPER
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PMOFFSET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PMETHOD
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PMCONST
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PGET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PFOFFSET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PFIELD
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PFCONST
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PCALL
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PARRAY
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.LowQuad.PAOFFSET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.TYPESWITCH
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.TYPECAST
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.THROW
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.SWITCH
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.SET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.RETURN
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.Quad
Create a new Quad identical to the receiver, but with all Temps renamed according to a mapping.
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.PHI
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.OPER
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.NOP
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.NEW
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.MOVE
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.MONITOREXIT
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.MONITORENTER
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.METHOD
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.LABEL
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.INSTANCEOF
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.HEADER
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.HANDLER
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.GET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.FOOTER
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.DEBUG
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.CONST
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.COMPONENTOF
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.CJMP
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.CALL
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.ASET
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.ARRAYINIT
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.ANEW
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.ALENGTH
 
rename(QuadFactory, TempMap, TempMap) - Method in class harpoon.IR.Quads.AGET
 
rename(StmList, TreeFactory, TempMap, Tree.CloneCallback) - Static method in class harpoon.IR.Tree.StmList
 
rename(TempMap) - Method in class harpoon.IR.Assem.Instr
Create a new Instr identical to the receiver, but with all Temps renamed according to the given mappings.
rename(TempMap) - Method in class harpoon.IR.Tree.Tree
Rename while cloning a subtree.
rename(TempMap, TempMap) - Method in class harpoon.IR.Assem.Instr
Create a new Instr identical to the receiver, but with all Temps renamed according to the given mappings.
rename(TempMap, TempMap) - Method in class harpoon.IR.Quads.Quad
Create a new Quad identical to the receiver, but with all Temps renamed according to a mapping.
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.UNOP
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.Tree
Rename while cloning a subtree.
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.THROW
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.TEMP
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.SEQ
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.SEGMENT
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.RETURN
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.NATIVECALL
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.NAME
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.MOVE
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.METHOD
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.MEM
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.LABEL
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.JUMP
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.EXPR
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.ESEQ
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.DATUM
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.CONST
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.CJUMP
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.CALL
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.BINOP
 
rename(TreeFactory, TempMap, Tree.CloneCallback) - Method in class harpoon.IR.Tree.ALIGN
 
repeatString(String, int) - Static method in class harpoon.Util.Util
Repeat a given string a certain number of times.
replace() - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Replaces the last hidden node into the graph.
replace() - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Replaces the last hidden node into the graph.
replace(ExpList, Exp, Exp) - Static method in class harpoon.IR.Tree.ExpList
 
replace(Instr, Instr) - Method in class harpoon.Analysis.Instr.RegAlloc
replaces 'orig' with 'repl', and modifies internal data structures to reflect that replacement as necessary.
replace(Instr, Instr) - Method in class harpoon.Analysis.Instr.GraphColoringRegAlloc
 
replace(Instr, Instr) - Static method in class harpoon.IR.Assem.Instr
 
replace(Quad, Quad) - Static method in class harpoon.IR.Quads.Quad
Replace one quad with another.
replace(Tree) - Method in class harpoon.IR.Tree.Tree
Replace the tree rooted at this with a new tree.
replaceAll() - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Replaces all hidden nodes in graph.
replaceAll() - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Replaces all hidden nodes in graph.
replaceInstrList(Instr, List) - Static method in class harpoon.IR.Assem.Instr
Replaces oldi in the Instruction Stream with newis.
report_error(String, Symbol) - Method in class harpoon.Tools.Annotation.Java12
 
report_error(String, Symbol) - Method in class harpoon.Tools.PatMat.Parser
 
report() - Static method in class harpoon.Runtime.Counters
Report counter values to System.err, using reflection to discover all fields starting with "COUNTER_".
repToReg - Variable in class harpoon.Analysis.Instr.EqTempSets
 
REQUIRE_ORDER - Static variable in class gnu.getopt.Getopt
Describe how to deal with options that follow non-option ARGV-elements.
REQUIRED_ARGUMENT - Static variable in class gnu.getopt.LongOpt
Constant value used for the "has_arg" constructor argument.
requiresHandler(CALL) - Method in class harpoon.Backend.PreciseC.IdentifyNoHandler
 
reset(HMethod, TempFactory, boolean, CALL) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
reset(Set, Set) - Static method in class harpoon.Analysis.PointerAnalysis.MethodHole
Reset the global mapup flag, and the id and mapup fields of the MethodHoles given in argument.
resetColors() - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Reverts the graph to an uncolored state.
resetColors() - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Reverts the graph's color mapping to its initial state.
resetGraph() - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Returns all nodes in graph to their original state.
resize(int) - Method in class harpoon.IR.Quads.FOOTER
Change the arity of this FOOTER by replacing it.
resolve_threads(PointerAnalysis, ParIntGraph) - Static method in class harpoon.Analysis.PointerAnalysis.InterThreadPA
Do the inter-thread analysis for a method.
resolveOutstandingTemps() - Method in class harpoon.Analysis.Instr.RegAlloc
Transforms Temp references for this into appropriate offsets from the Stack Pointer in the Memory.
resourcePath(String) - Method in class harpoon.Backend.Generic.Runtime
Prefixes a runtime-specific path onto the specific resource name, so that transformations can refer to runtime-specific properties files in a uniform manner.
resourcePath(String) - Method in class harpoon.Backend.Runtime1.Runtime
 
result_id - Variable in class harpoon.Tools.PatMat.Spec.RuleExp
Identifier for return value of expression that this matches.
resultType(int) - Static method in class harpoon.IR.LowQuad.LQop
Determines the result type of an OPER.
resultType(int) - Static method in class harpoon.IR.Quads.Qop
Determines the result type of an OPER.
RET - Static variable in class harpoon.IR.Bytecode.Op
 
ret() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return the result node.
retainAll(Collection) - Method in class harpoon.Util.Collections.CollectionWrapper
 
retainAll(Object, Collection) - Method in class harpoon.Util.Collections.UnmodifiableMultiMap
Throws UnsupportedOperationException.
retainAll(Object, Collection) - Method in interface harpoon.Util.Collections.MultiMap
Removes from the current mappings: associations for key to any value not in values.
retainAll(Object, Collection) - Method in class harpoon.Util.Collections.GenericMultiMap
Removes from the current mappings: associations for key to any value not in values.
retainAll(Object, Collection) - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
retex - Variable in class harpoon.IR.LowQuad.PCALL
Destination for any exception thrown by the method.
retex - Variable in class harpoon.IR.Quads.CALL
Destination for any exception thrown by the method.
retex - Variable in class harpoon.Tools.PatMat.Spec.StmCall
Exception value destination expression.
retex - Variable in class harpoon.Tools.PatMat.Spec.StmThrow
The exceptional value.
retex() - Method in class harpoon.IR.LowQuad.PCALL
Returns the Temp which will get any exception thrown by the called method, or null if exceptions are not caught.
retex() - Method in class harpoon.IR.Quads.CALL
Returns the Temp which will get any exception thrown by the called method, or null if exceptions are not caught.
retryTransaction() - Method in class harpoon.Runtime.Transactions.CommitRecord
Returns a new commit record suitable for retrying this transaction.
RETURN - class harpoon.IR.Quads.RETURN.
RETURN objects indicate a method return, with an optional return value.
RETURN - class harpoon.IR.Tree.RETURN.
RETURN objects are used to represent a return from a method body.
RETURN - Static variable in class harpoon.Analysis.PointerAnalysis.PANode
Possible type: Return node.
RETURN - Static variable in class harpoon.IR.Bytecode.Op
 
RETURN - Static variable in class harpoon.IR.Quads.QuadKind
 
RETURN - Static variable in class harpoon.IR.Tree.TreeKind
 
RETURN - Static variable in class harpoon.Tools.Annotation.Sym
 
RETURN - Static variable in class harpoon.Tools.PatMat.Sym
 
RETURN_IN_ORDER - Static variable in class gnu.getopt.Getopt
RETURN_IN_ORDER is an option available to programs that were written to expect options and other ARGV-elements in any order and that care about the ordering of the two.
RETURN(QuadFactory, HCodeElement, Temp) - Constructor for class harpoon.IR.Quads.RETURN
Creates a RETURN representing a method return.
RETURN(TreeFactory, HCodeElement, Exp) - Constructor for class harpoon.IR.Tree.RETURN
Constructor.
returnCodeStatements() - Method in class harpoon.Tools.PatMat.CodeGeneratorGenerator
 
returnDataStatements() - Method in class harpoon.Tools.PatMat.CodeGeneratorGenerator
 
retval - Variable in class harpoon.IR.LowQuad.PCALL
Destination for the method's return value; null for void methods.
retval - Variable in class harpoon.IR.Quads.RETURN
Return value.
retval - Variable in class harpoon.IR.Quads.CALL
Destination for the method's return value; null for void methods.
retval - Variable in class harpoon.Tools.PatMat.Spec.StmCall
Return value destination expression.
retval - Variable in class harpoon.Tools.PatMat.Spec.StmNativeCall
Return value destination expression.
retval - Variable in class harpoon.Tools.PatMat.Spec.StmReturn
Return value expression.
retval() - Method in class harpoon.IR.LowQuad.PCALL
Returns the Temp which will hold the return value of the method, or the value null if the method returns no value.
retval() - Method in class harpoon.IR.Quads.RETURN
Returns the Temp which holds the method return value, or returns null if the method returns no value.
retval() - Method in class harpoon.IR.Quads.CALL
Returns the Temp which will hold the return value of the method, or the value null if the method returns no value.
ReverseEnumerator - class harpoon.Util.ReverseEnumerator.
Deprecated. Use harpoon.Util.ReverseIterator instead.
ReverseEnumerator(Enumeration) - Constructor for class harpoon.Util.ReverseEnumerator
Deprecated. Creates a ReverseEnumerator of Enumeration e.
ReverseIterator - class harpoon.Util.ReverseIterator.
A ReverseIterator iterates through an Iterator in reverse order.
ReverseIterator(Iterator) - Constructor for class harpoon.Util.ReverseIterator
Creates a ReverseIterator of Iterator it.
ReversePostOrderEnumerator - class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator.
 
ReversePostOrderEnumerator(BasicBlock) - Constructor for class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
ReversePostOrderEnumerator(Quad) - Constructor for class harpoon.Analysis.DataFlow.ReversePostOrderEnumerator
 
ReversePostOrderIterator - class harpoon.Analysis.DataFlow.ReversePostOrderIterator.
 
ReversePostOrderIterator(BasicBlock) - Constructor for class harpoon.Analysis.DataFlow.ReversePostOrderIterator
 
revert(Relation) - Method in class harpoon.Util.DataStructs.RelationImpl
 
revert(Relation) - Method in interface harpoon.Util.DataStructs.Relation
Revert this relation and store the result into the relation result.
revert(Relation) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
rewriteProgram() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
rfi() - Method in class harpoon.Analysis.Instr.RegAlloc
(Helper method) Returns the RegFileInfo for the frame of the code being analyzed.
right - Variable in class harpoon.Tools.PatMat.Spec.ExpBinop
Expression on the right side of this.
right() - Method in class harpoon.Util.Collections.BinaryTree.Node
 
rightRotate(BinaryTree.Node) - Method in class harpoon.Util.Collections.RedBlackTree
Pivots around the edge (x,x.left).
rmEdge(Node, Node) - Method in class harpoon.Backend.CSAHack.Graph.Graph
 
RoleInference - class harpoon.Analysis.RoleInference.RoleInference.
RoleInference
RoleInference(HCodeFactory, Linker) - Constructor for class harpoon.Analysis.RoleInference.RoleInference
 
root - Variable in class harpoon.Analysis.FCFGBasicBlock.Factory
 
root - Variable in class harpoon.Backend.Runtime1.Data
 
root() - Method in class harpoon.Util.Collections.BinaryTree
 
rootloop(HCode) - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis
 
rootQuad - Variable in class harpoon.IR.Quads.SSIToSSA
New root element (of the SSA-form graph)
rootQuad - Variable in class harpoon.IR.Quads.SSIRename
New root element (of the SSI-form graph)
roots() - Method in class harpoon.Analysis.DomTree
Return the roots of the (post-)dominator tree (forest).
RPAREN - Static variable in class harpoon.Tools.Annotation.Sym
 
RPAREN - Static variable in class harpoon.Tools.PatMat.Sym
 
RSHIFT - Static variable in class harpoon.Tools.Annotation.Sym
 
RSHIFTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
RSSxToNoSSA - class harpoon.IR.Quads.RSSxToNoSSA.
RSSxToNoSSA converts "relaxed-ssx" form into quads without phi or sigma functions.
RSSxToNoSSA(QuadFactory, Code) - Constructor for class harpoon.IR.Quads.RSSxToNoSSA
Creates a RSSxToNoSSA.
rules - Variable in class harpoon.Tools.PatMat.Spec
List of Instruction Patterns for this machine specification.
RULES - Static variable in class harpoon.Analysis.Tree.Canonicalize
Default canonicalization rules.
Run - class harpoon.Main.Run.
Run invokes the interpreter.
run_mms - Variable in class harpoon.Analysis.MetaMethods.MetaCallGraphAbstr
 
Run() - Constructor for class harpoon.Main.Run
 
run(PrintWriter, HCodeFactory, HClass, String[]) - Static method in class harpoon.Interpret.Tree.Method
invoke a static main method with no static state.
run(PrintWriter, HCodeFactory, HClass, String[], boolean) - Static method in class harpoon.Interpret.Quads.Method
invoke a static main method with no static state.
run(PrintWriter, HCodeFactory, HClass, String[], InputStream, boolean) - Static method in class harpoon.Interpret.Quads.Method
invoke a static main method, using a static state loaded from disk.
running() - Method in class harpoon.Util.Timer
Ask if the timer is currently running.
runtime - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
Runtime - class harpoon.Backend.Generic.Runtime.
A Generic.Runtime provides runtime-specific information to the backend.
Runtime - class harpoon.Backend.Runtime1.Runtime.
Runtime1.Runtime is a no-frills implementation of the runtime abstract class.
Runtime - class harpoon.Backend.Runtime2.Runtime.
Runtime2.Runtime is a no-frills implementation of the runtime abstract class.
Runtime.ObjectBuilder - class harpoon.Backend.Generic.Runtime.ObjectBuilder.
The ObjectBuilder constructs data tables in the IR.Tree form to represent static objects which may be needed by the runtime---primarily string constant objects.
Runtime.ObjectBuilder.ArrayInfo - interface harpoon.Backend.Generic.Runtime.ObjectBuilder.ArrayInfo.
Information needed to build an array object.
Runtime.ObjectBuilder.Info - interface harpoon.Backend.Generic.Runtime.ObjectBuilder.Info.
General information about a built object's type and what label to use to refer to it.
Runtime.ObjectBuilder.ObjectInfo - interface harpoon.Backend.Generic.Runtime.ObjectBuilder.ObjectInfo.
Information needed to build a non-array object.
Runtime.ObjectBuilder() - Constructor for class harpoon.Backend.Generic.Runtime.ObjectBuilder
 
Runtime.TreeBuilder - class harpoon.Backend.Generic.Runtime.TreeBuilder.
The TreeBuilder constructs bits of code in the IR.Tree form to handle various runtime-dependent tasks---primarily method and field access.
Runtime.TreeBuilder() - Constructor for class harpoon.Backend.Generic.Runtime.TreeBuilder
 
Runtime() - Constructor for class harpoon.Backend.Generic.Runtime
 
Runtime(Frame, AllocationStrategy, HMethod, boolean) - Constructor for class harpoon.Backend.Runtime1.Runtime
Creates a new Runtime1.Runtime.
Runtime(Frame, AllocationStrategy, HMethod, boolean) - Constructor for class harpoon.Backend.Runtime2.Runtime
 
Runtime(Frame, AllocationStrategy, HMethod, boolean, ObjectBuilder.RootOracle) - Constructor for class harpoon.Backend.Runtime1.Runtime
Creates a new Runtime1.Runtime.
Runtime(Frame, AllocationStrategy, HMethod, boolean, ObjectBuilder.RootOracle) - Constructor for class harpoon.Backend.Runtime2.Runtime
 
runtimeCallableMethods() - Method in class harpoon.Backend.Generic.Runtime
Return a Set of HMethods and HClasses which are referenced / callable by code in the runtime implementation (and should therefore be included in every class hierarchy).
runtimeCallableMethods() - Method in class harpoon.Backend.Runtime1.Runtime
 
runtimeCallableMethods(Linker) - Static method in class harpoon.Backend.Runtime1.Runtime
Deprecated. Use frame.getRuntime().runtimeCallableMethods() instead
RuntimeInformation - class harpoon.Backend.Generic.RuntimeInformation.
RuntimeInformation is an abstract encapsulation of analysis information about native methods as executed by a particular runtime system.
RuntimeInformation - class harpoon.Backend.Runtime1.RuntimeInformation.
RuntimeInformation
RuntimeInformation(Linker) - Constructor for class harpoon.Backend.Generic.RuntimeInformation
 
RuntimeInformation(RuntimeInformation) - Constructor for class harpoon.Backend.Runtime1.RuntimeInformation
Creates a RuntimeInformation.
RuntimeMethodCloner - class harpoon.Analysis.Counters.RuntimeMethodCloner.
RuntimeMethodCloner creates 'shadow' copies of all non-virtual methods called in harpoon.Runtime.Counters and places them in the Counters class.
RuntimeMethodCloner(HCodeFactory, Linker) - Constructor for class harpoon.Analysis.Counters.RuntimeMethodCloner
Creates a RuntimeMethodCloner.

S

s1 - Variable in class harpoon.Tools.PatMat.Spec.StmSeq
First statement to execute.
s2 - Variable in class harpoon.Tools.PatMat.Spec.StmSeq
Second statement to execute.
sa - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
safeCopy(ArrayFactory, Object[]) - Static method in class harpoon.Util.Util
Copy an array type to prevent modification.
SALOAD - Static variable in class harpoon.IR.Bytecode.Op
 
SAMain - class harpoon.Main.SAMain.
SAMain is a program to compile java classes to some approximation of StrongARM assembly.
SAMain() - Constructor for class harpoon.Main.SAMain
 
SASTORE - Static variable in class harpoon.IR.Bytecode.Op
 
SAVE_MEMORY - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Turns on the save memory mode.
SAVE_MEMORY - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Turns on the save memory mode.
scan() - Method in class harpoon.Tools.Annotation.Java12
scan to get the next Symbol
scan() - Method in class harpoon.Tools.PatMat.Parser
scan to get the next Symbol
scc_lbb_factory - Variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
SCCAnalysis - class harpoon.Analysis.Quads.SCC.SCCAnalysis.
SCCAnalysis implements Sparse Conditional Constant Propagation, with extensions to allow type and bitwidth analysis.
SCCAnalysis(HCode) - Constructor for class harpoon.Analysis.Quads.SCC.SCCAnalysis
Creates a SCC, and uses UseDef for the UseDefMap.
SCCAnalysis(HCode, UseDefMap) - Constructor for class harpoon.Analysis.Quads.SCC.SCCAnalysis
Creates a SCC.
SCCBBFactory - class harpoon.Util.BasicBlocks.SCCBBFactory.
SCCBBFactory converts the code of a method into the topollogically sorted component graph of BasicBlocks.
SCCBBFactory(BBConverter) - Constructor for class harpoon.Util.BasicBlocks.SCCBBFactory
Creates a SCCBBFactory.
SCCLBBFactory - class harpoon.Util.LightBasicBlocks.SCCLBBFactory.
SCCLBBFactory computes the topologically sorted component graph of the light basic blocks containing the code of a method.
SCCLBBFactory(LBBConverter) - Constructor for class harpoon.Util.LightBasicBlocks.SCCLBBFactory
Creates a SCCLBBFactory.
SCComponent - class harpoon.Util.Graphs.SCComponent.
SCComponent models a Strongly connected component \ of a graph.
SCComponent.Navigator - interface harpoon.Util.Graphs.SCComponent.Navigator.
Indentical to harpoon.Util.Graphs.Navigator.
SCCOptimize - class harpoon.Analysis.Quads.SCC.SCCOptimize.
SCCOptimize optimizes the code after SCCAnalysis.
SCCOptimize(SCCAnalysis) - Constructor for class harpoon.Analysis.Quads.SCC.SCCOptimize
 
SCCOptimize(TypeMap, ConstMap, ExecMap) - Constructor for class harpoon.Analysis.Quads.SCC.SCCOptimize
Creates an SCCOptimize.
sccSolver(Iterator, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.InstrSolver
 
SCCTopSortedGraph - class harpoon.Util.Graphs.SCCTopSortedGraph.
SCCTopSortedGraph represents a graph of strongly connected components topologically sorted in decreasing order.
search(BinaryTree.Node, Object) - Method in class harpoon.Util.Collections.BinaryTree
Finds the Node n (in the subtree rooted at x) such that n.key = k.
search(Object) - Method in class harpoon.Util.Collections.UniqueStack
Returns where an object is on this stack.
searchOverlapping(IntervalTree.Interval) - Method in class harpoon.Util.Collections.IntervalTree
Returns some Interval in this which overlaps the bounds defined by the argument interval i, or null if no such interval exists.
seenList - Static variable in class harpoon.Analysis.Realtime.HeapCheckAdder
Have I already dealt with this instruction?
SEGMENT - class harpoon.IR.Tree.SEGMENT.
The SEGMENT class is used to mark the beginning of a new section of memory.
SEGMENT - Static variable in class harpoon.IR.Tree.TreeKind
 
SEGMENT - Static variable in class harpoon.Tools.PatMat.Sym
 
SEGMENT(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.SEGMENT
Class constructor.
segtype - Variable in class harpoon.IR.Tree.SEGMENT
The type of segment this SEGMENT precedes.
segtype - Variable in class harpoon.Tools.PatMat.Spec.StmSegment
Type of segment.
segtype - Variable in class harpoon.Tools.PatMat.Spec.LeafSegType
 
select(Collection) - Method in class harpoon.Util.DataStructs.RelationImpl
 
select(Collection) - Method in interface harpoon.Util.DataStructs.Relation
Returns the subrelation of this relation that contains only the keys that appear in selected_keys.
select(Collection) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
select(HMethod) - Method in interface harpoon.Analysis.AllCallers.MethodSet
 
select(HMethod, MethodSplitter.Token) - Method in class harpoon.Analysis.Transformation.MethodSplitter
Go from a (possibly already split) method to the version of the method named by the token which.
select(Set) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Returns a PAEscapeFunc containing escape information only about the nodes from the set remaining_nodes.
SEMICOLON - Static variable in class harpoon.Tools.Annotation.Sym
 
SEQ - class harpoon.IR.Tree.SEQ.
SEQ evaluates the left statement followed by the right statement.
SEQ - Static variable in class harpoon.IR.Tree.TreeKind
 
SEQ - Static variable in class harpoon.Tools.PatMat.Sym
 
SEQ(TreeFactory, HCodeElement, Stm, Stm) - Constructor for class harpoon.IR.Tree.SEQ
Constructor.
SerializableCodeFactory - interface harpoon.ClassFile.SerializableCodeFactory.
A SerializableCodeFactory is an HCodeFactory that implements java.io.Serializable.
SESE - class harpoon.Analysis.SESE.
SESE computes nested single-entry single-exit regions from a cycle-equivalency set.
SESE.Region - class harpoon.Analysis.SESE.Region.
SESE.Region represents a single-entry single-exit (SESE) Region, as computed by the SESE object.
SESE(HCode) - Constructor for class harpoon.Analysis.SESE
Creates a SESE using a CycleEq.
SET - class harpoon.IR.Quads.SET.
SET represents field assignment-to operations.
SET - Static variable in class harpoon.IR.Quads.QuadKind
 
set_diff(Set, Set) - Static method in class harpoon.Util.Util
Computes the difference of two sets: a-b.
set(int) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Records that this contains type.
set(int) - Method in class harpoon.Util.BitString
Sets a bit.
set(int, Object) - Method in class harpoon.Util.Collections.UniqueVector
Replaces the element at the specified position in this vector with the specified element.
set(int, Object) - Method in class harpoon.Util.Collections.ListWrapper
 
set(Object) - Method in class harpoon.Util.UnmodifiableListIterator
Always throws an UnsupportedOperationException.
set(Object) - Method in class harpoon.Util.CloneableIterator
 
set(PANode, String, PANode, Set) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Set the callees to the precedence relation of the edge from head to tail via the field f.
SET(QuadFactory, HCodeElement, HField, Temp, Temp) - Constructor for class harpoon.IR.Quads.SET
Creates a SET representing a field assignment operation.
setAll() - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Records that this contains all five basic Types, { INT, LONG, FLOAT, DOUBLE, POINTER }.
setAll() - Method in class harpoon.Util.BitString
Sets all bits.
setAllocationInformation(AllocationInformation) - Method in class harpoon.IR.Quads.Code
Set an AllocationInformation for this codeview.
setArgs(ExpList) - Method in class harpoon.IR.Tree.INVOCATION
Sets the function argument list.
setArgv(String[]) - Method in class gnu.getopt.Getopt
Since in GNU getopt() the argument vector is passed back in to the function every time, the caller can swap out argv on the fly.
setCallGraph(CallGraph) - Method in class harpoon.Backend.Generic.Runtime
Sets the CallGraph to use for this Generic.Runtime.
setCallGraph(CallGraph) - Method in class harpoon.Backend.Generic.Frame
Sets the CallGraph to use for this Generic.Frame.
setCallGraph(CallGraph) - Method in class harpoon.Backend.Runtime1.Runtime
 
setChild(int, Tree) - Method in class harpoon.IR.Tree.Tree
Modify the child array -- for subclass use only.
setClassHierarchy(ClassHierarchy) - Method in class harpoon.Backend.Generic.Runtime
Sets the ClassHierarchy to use for this Generic.Runtime.
setClassHierarchy(ClassHierarchy) - Method in class harpoon.Backend.Generic.Frame
Sets the ClassHierarchy to use for this Generic.Frame.
setClassHierarchy(ClassHierarchy) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
setClassHierarchy(ClassHierarchy) - Method in class harpoon.Backend.Runtime1.Runtime
 
setColor(Object, Color) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
Sets the color of n.
setColor(Object, Color) - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Sets the color of n.
setConstant(Object) - Method in interface harpoon.ClassFile.HFieldMutator
Mark this field as constant with the constant value given by co.
setData(Exp) - Method in class harpoon.IR.Tree.DATUM
Sets the expression to write to memory.
setDerivation(Derivation) - Method in class harpoon.IR.LowQuad.Code
Allow subclasses to initialize the Derivation for this LowQuad.Code.
setDst(Exp) - Method in class harpoon.IR.Tree.MOVE
Sets the expression giving the destination for the computed value.
setEdge(WGNode, long) - Method in class harpoon.Analysis.Partition.WGNode
 
setEdge(WGNode, WGNode, long) - Static method in class harpoon.Analysis.Partition.WeightedGraph
 
setElementAt(Object, int) - Method in class harpoon.Util.Collections.UniqueVector
Sets the component at the specified index of this vector to be the specified object.
setEntry(Instr) - Method in class harpoon.IR.Assem.InstrGroup
Sets the entry point for a group of instructions.
setExceptionTypes(HClass[]) - Method in interface harpoon.ClassFile.HMethodMutator
 
setExit(Instr) - Method in class harpoon.IR.Assem.InstrGroup
Sets the exit point for this group of instructions.
setExp(Exp) - Method in class harpoon.IR.Tree.MEM
Sets the memory reference subexpression.
setExp(Exp) - Method in class harpoon.IR.Tree.JUMP
Set the expression giving the address to jump to.
setExp(Exp) - Method in class harpoon.IR.Tree.EXPR
Sets the expression to evaluate.
setExp(Exp) - Method in class harpoon.IR.Tree.ESEQ
Sets the expression whose value is the the value of the ESEQ.
SetFactory - class harpoon.Util.Collections.SetFactory.
SetFactory is a Set generator.
SetFactory() - Constructor for class harpoon.Util.Collections.SetFactory
Creates a SetFactory.
setFunc(Exp) - Method in class harpoon.IR.Tree.INVOCATION
Sets the function reference expression.
setGroup(InstrGroup) - Method in class harpoon.IR.Assem.Instr
Sets the InstrGroup sequence associated with this.
setHandler(Exp) - Method in class harpoon.IR.Tree.THROW
Set the location of the exception-handling code
setHandler(NAME) - Method in class harpoon.IR.Tree.CALL
Sets the destination to which we should return if our caller throws an exception.
SetHClass - class harpoon.Analysis.TypeInference.SetHClass.
SetHClass represents concrete type.
SetHClass() - Constructor for class harpoon.Analysis.TypeInference.SetHClass
 
SetHClass(HClass) - Constructor for class harpoon.Analysis.TypeInference.SetHClass
 
SetHClass(SetHClass) - Constructor for class harpoon.Analysis.TypeInference.SetHClass
 
setId(int) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Set the value of the field id.
setKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.FibonacciHeap
 
setKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.BinomialHeap
 
setKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.BinaryHeap
 
setKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.AbstractHeap
This method should set the key for the specified Map.Entry to the given newkey.
setKey(Object) - Method in class harpoon.Util.Collections.PairMapEntry
For use in subclass implementations *only*.
setLeft(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.IntervalTree
 
setLeft(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Sets the left child of p.
setLeft(Exp) - Method in class harpoon.IR.Tree.BINOP
Sets the subexpression of the left-hand side of the operator.
setLeft(Stm) - Method in class harpoon.IR.Tree.SEQ
Sets the statement to evaluate first.
setModifiers(int) - Method in interface harpoon.ClassFile.HMethodMutator
 
setModifiers(int) - Method in interface harpoon.ClassFile.HFieldMutator
Set the field's modifiers to those specified by m.
setModifiers(int) - Method in interface harpoon.ClassFile.HClassMutator
 
setNoTagCheckMap(Map) - Method in class harpoon.Backend.MIPS.Frame
 
setOperand(Exp) - Method in class harpoon.IR.Tree.UNOP
Sets the subexpression to be operated upon.
setOpterr(boolean) - Method in class gnu.getopt.Getopt
Normally Getopt will print a message to the standard error when an invalid option is encountered.
setOptind(int) - Method in class gnu.getopt.Getopt
This method allows the optind index to be set manually.
setOptstring(String) - Method in class gnu.getopt.Getopt
In GNU getopt, it is possible to change the string containg valid options on the fly because it is passed as an argument to getopt() each time.
setParameterName(int, String) - Method in interface harpoon.ClassFile.HMethodMutator
 
setParameterNames(String[]) - Method in interface harpoon.ClassFile.HMethodMutator
 
setParameterType(int, HClass) - Method in interface harpoon.ClassFile.HMethodMutator
Warning: use can cause method name conflicts in class.
setParameterTypes(HClass[]) - Method in interface harpoon.ClassFile.HMethodMutator
Warning: use can cause method name conflicts in class.
setParams(TEMP[]) - Method in class harpoon.IR.Tree.METHOD
Set the temporary variables used for method formals.
setParent(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.IntervalTree
 
setParent(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Sets the parent of p.
setRetex(Exp) - Method in class harpoon.IR.Tree.THROW
Set the exceptional value to return
setRetex(TEMP) - Method in class harpoon.IR.Tree.CALL
Sets the destination temp for any exception which the callee might throw.
setReturnType(HClass) - Method in interface harpoon.ClassFile.HMethodMutator
 
setRetval(Exp) - Method in class harpoon.IR.Tree.RETURN
Sets the value to return.
setRetval(TEMP) - Method in class harpoon.IR.Tree.INVOCATION
Sets the expression indicating the destination of the return value.
setRight(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.IntervalTree
 
setRight(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Sets the right child of p.
setRight(Exp) - Method in class harpoon.IR.Tree.BINOP
Sets the subexpression of the right-hand side of the operator.
setRight(Stm) - Method in class harpoon.IR.Tree.SEQ
Sets the statement to evaluate last.
setRoot(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
 
setSignedPrecise(int) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Recordes that this contains a signed, specific precise type value
requires: 1 <= numBits <= 32
setSourceFile(String) - Method in interface harpoon.ClassFile.HClassMutator
 
setSrc(Exp) - Method in class harpoon.IR.Tree.MOVE
Sets the expression for the computed value.
setStm(Stm) - Method in class harpoon.IR.Tree.ESEQ
Sets the statement to evaluate for side-effects.
setSuperclass(HClass) - Method in interface harpoon.ClassFile.HClassMutator
 
setSynthetic(boolean) - Method in interface harpoon.ClassFile.HMethodMutator
 
setSynthetic(boolean) - Method in interface harpoon.ClassFile.HFieldMutator
Set the 'synthetic' property of this field.
setter2field - Variable in class harpoon.Analysis.SizeOpt.Field2Method
This maps 'setter' methods to the field they set.
setTest(Exp) - Method in class harpoon.IR.Tree.CJUMP
Returns the test condition for this CJUMP.
setToZero(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Set to zero the value attached to the node n.
setType(HClass) - Method in interface harpoon.ClassFile.HFieldMutator
Set the type of this field to type.
setType(int, GenType) - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Set the type of the i-th argument of this meta-method.
SetTypeMap - interface harpoon.Analysis.Maps.SetTypeMap.
SetTypeMap is a mapping from temporaries to their concrete types, i.e. the sets of all exact classes whose instances the temporary may hold during execution.
setTypeMap(HCode, Temp) - Method in interface harpoon.Analysis.Maps.SetTypeMap
Return the concrete type of a given temporary.
setTypeMap(HCode, Temp) - Method in class harpoon.Analysis.TypeInference.InterProc
 
setUnsignedPrecise(int) - Method in class harpoon.Tools.PatMat.Spec.TypeSet
Recordes that this contains an unsigned, specific precise type value
requires: 1 <= numBits <= 32
setupCode(Linker, ClassHierarchy, HCodeFactory) - Static method in class harpoon.Analysis.Realtime.Realtime
Adds realtime support to a block of code using an harpoon.ClassFile.HCodeFactory.
setupObject(Linker) - Static method in class harpoon.Analysis.Realtime.Realtime
Creates a field memoryArea on java.lang.Object.
setUpTo(int) - Method in class harpoon.Util.BitString
Sets all bits up to and including the given bit.
setUsedDANum(Set) - Method in class harpoon.Backend.MIPS.Frame
 
setValue(Object) - Method in class harpoon.Util.Collections.PairMapEntry
 
setValue(Object) - Method in class harpoon.Util.Collections.AbstractMapEntry
Replaces the value corresponding to this entry with the specified value (optional operation).
SetWrapper - class harpoon.Util.Collections.SetWrapper.
SetWrapper is analogous to CollectionWrapper, specialized for Sets.
SetWrapper(Set) - Constructor for class harpoon.Util.Collections.SetWrapper
Creates a SetWrapper backed by set.
SHL - Static variable in class harpoon.IR.Tree.Bop
Left bit-wise shift; long/integer only.
SHL - Static variable in class harpoon.Tools.PatMat.Sym
 
Short - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type short.
SHORT - Static variable in class harpoon.Tools.Annotation.Sym
 
shouldRemoveCheck(Quad) - Method in class harpoon.Analysis.Realtime.SimpleCheckRemoval
Very conservative treatment.
shouldRemoveCheck(Quad) - Method in class harpoon.Analysis.Realtime.PACheckRemoval
 
shouldRemoveCheck(Quad) - Method in class harpoon.Analysis.Realtime.CheesyPACheckRemoval
 
shouldRemoveCheck(Quad) - Method in interface harpoon.Analysis.Realtime.CheckRemoval
Returns true iff it is always safe to assign a.b = f; or a[b] = f;
shouldRemoveCheck(Quad) - Method in class harpoon.Analysis.Realtime.AllCheckRemoval
Too aggressive treatment.
shouldRemoveNoHeapReadCheck(Quad) - Method in class harpoon.Analysis.Realtime.SimpleCheckRemoval
Very conservative treatment.
shouldRemoveNoHeapReadCheck(Quad) - Method in interface harpoon.Analysis.Realtime.NoHeapCheckRemoval
Returns true iff a.b or a[b] in f = a.b or f = a[b] cannot be a heap reference.
shouldRemoveNoHeapReadCheck(Quad) - Method in class harpoon.Analysis.Realtime.AllCheckRemoval
Too aggressive treatment.
shouldRemoveNoHeapWriteCheck(Quad) - Method in class harpoon.Analysis.Realtime.SimpleCheckRemoval
Very conservative treatment.
shouldRemoveNoHeapWriteCheck(Quad) - Method in interface harpoon.Analysis.Realtime.NoHeapCheckRemoval
Returns true iff a.b or a[b] in a.b = f or a[b] = f cannot be a heap reference.
shouldRemoveNoHeapWriteCheck(Quad) - Method in class harpoon.Analysis.Realtime.AllCheckRemoval
Too aggressive treatment.
SHOW_ACTIONS - Static variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
 
show_evolution(ActionRepository) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Shows the evolution from ar2 to this: newly added stuff and removed stuff.
show_evolution(PAEdgeSet, PAEdgeSet) - Static method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
Display the edges which were removed and the edges which were added while passing from es_old to es_new.
show_lbb_scc(SCComponent) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
 
show_lbb(LightBasicBlock) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
 
SHOW_NODES - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
SHOW_NODES - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
show_specializations() - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Nice looking info for debug purposes.
show_split(Relation) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Displays a split relation (see the MetaCallGraph stuff).
show(PrintStream) - Method in class harpoon.Backend.CSAHack.FlowGraph.FlowGraph
Print a human-readable dump for debugging.
show(PrintStream) - Method in class harpoon.Backend.CSAHack.Graph.Graph
Print a human-readable dump for debugging.
SHR - Static variable in class harpoon.IR.Tree.Bop
Right signed bit-wise shift; long/integer only.
SHR - Static variable in class harpoon.Tools.PatMat.Sym
 
shrink(ArrayFactory, Object[], int) - Static method in class harpoon.Util.Util
Remove element 'n' from array 'src'.
shrink(int) - Method in class harpoon.IR.Quads.PHI
Shrink the arity of a PHI by replacing it.
SIGMA - class harpoon.IR.Quads.SIGMA.
SIGMA functions are added where control flow splits.
SIGMA - Static variable in class harpoon.IR.Quads.QuadKind
 
SIGMA(QuadFactory, HCodeElement, Temp[][], Temp[], int) - Constructor for class harpoon.IR.Quads.SIGMA
Creates a SIGMA representing a block of sigma functions.
SIGMA(QuadFactory, HCodeElement, Temp[], int) - Constructor for class harpoon.IR.Quads.SIGMA
Creates a SIGMA object with the specified arity.
sign - Variable in class harpoon.Analysis.Maps.Derivation.DList
Sign of base pointer.
signed() - Method in interface harpoon.IR.Tree.PreciselyTyped
Returns true if this is a signed expression, false otherwise.
signed() - Method in class harpoon.IR.Tree.MEM
Returns true if this is a signed expression, false otherwise.
signed() - Method in class harpoon.IR.Tree.ESEQ
 
signed() - Method in class harpoon.IR.Tree.CONST
Returns true if this is a signed expression, false otherwise.
sigNeeded(HCodeElement) - Method in class harpoon.Analysis.Place
 
silicon.JavaChip - package silicon.JavaChip
 
SIMPLE - Static variable in class harpoon.Analysis.Realtime.Realtime
Very conservative analysis method - keep all checks
SimpleCheckRemoval - class harpoon.Analysis.Realtime.SimpleCheckRemoval.
SimpleCheckRemoval is the simplest implementation of the interface CheckRemoval: it just keeps all the checks!
SimpleCheckRemoval() - Constructor for class harpoon.Analysis.Realtime.SimpleCheckRemoval
Creates a SimpleCheckRemoval.
SimpleConstMap - class harpoon.Analysis.Quads.SimpleConstMap.
SimpleConstMap is a very simple implementation of ConstMap that reports whether a given Temp is defined by a CONST quad.
SimpleConstMap(HCode) - Constructor for class harpoon.Analysis.Quads.SimpleConstMap
Creates a SimpleConstMap which provides information about HCode hc.
SimpleGraphColorer - class harpoon.Analysis.GraphColoring.SimpleGraphColorer.
SimpleGraphColorer uses the simple but effective graph coloring strategy of progressively removing nodes with degree less than K, (where K is the number of colors provided).
SimpleGraphColorer() - Constructor for class harpoon.Analysis.GraphColoring.SimpleGraphColorer
 
Simplification - class harpoon.Analysis.Tree.Simplification.
Simplification is a general-purpose simplification engine for trees.
Simplification.Rule - class harpoon.Analysis.Tree.Simplification.Rule.
A simplification rule for use with the tree simplifier.
Simplification.Rule(String) - Constructor for class harpoon.Analysis.Tree.Simplification.Rule
 
Simplification() - Constructor for class harpoon.Analysis.Tree.Simplification
 
simplify() - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
simplify(Tree, DerivationGenerator, List) - Static method in class harpoon.Analysis.Tree.Simplification
Performs simplification on root, using the specified set of simplification rules.
SINGLETON - Static variable in class harpoon.Analysis.DefaultAllocationInformation
A static instance of the singleton DefaultAllocationInformation object.
singleton(Object) - Static method in class harpoon.Util.Collections.ListFactory
Creates and returns an immutable List of one element.
SingletonEnumerator - class harpoon.Util.SingletonEnumerator.
Deprecated. Use harpoon.Util.Default.singletonIterator instead.
SingletonEnumerator(Object) - Constructor for class harpoon.Util.SingletonEnumerator
Deprecated. Creates a SingletonEnumerator which enumerates the single value o.
singletonIterator(Object) - Static method in class harpoon.Util.Default
An Iterator over a singleton set.
SIPUSH - Static variable in class harpoon.IR.Bytecode.Op
 
size() - Method in class harpoon.Analysis.Maps.ExactTypeMap.ExactType
 
size() - Method in class harpoon.Analysis.Partition.WeightedGraph
 
size() - Method in interface harpoon.IR.Quads.HANDLER.ProtectedSet
Return the number of protected quads in the set.
size() - Method in class harpoon.Util.BitString
Returns the number of bits of space actually in use by this BitString to represent bit values.
size() - Method in class harpoon.Util.BinHeapPriorityQueue
 
size() - Method in class harpoon.Util.ArraySet
 
size() - Method in class harpoon.Util.Collections.WorkSet
 
size() - Method in class harpoon.Util.Collections.UniqueVector
Returns the number of components in this vector.
size() - Method in class harpoon.Util.Collections.PersistentSet
Count the number of elements in this PersistentSet.
size() - Method in class harpoon.Util.Collections.PersistentMap
Count the number of key->value mappings in this PersistentMap.
size() - Method in class harpoon.Util.Collections.PersistentEnvironment
Returns the numer of key-value mappings in this map.
size() - Method in interface harpoon.Util.Collections.MultiMap
Returns the number of key-value mappings in this map (keys which map to multiple values count multiple times).
size() - Method in class harpoon.Util.Collections.MapWrapper
 
size() - Method in class harpoon.Util.Collections.LinearSet
 
size() - Method in interface harpoon.Util.Collections.Heap
Returns the number of entries in this Heap.
size() - Method in class harpoon.Util.Collections.HashEnvironment
Returns the number of key-value mappings in this map.
size() - Method in class harpoon.Util.Collections.GenericMultiMap
 
size() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
size() - Method in class harpoon.Util.Collections.FibonacciHeap
 
size() - Method in class harpoon.Util.Collections.CollectionWrapper
 
size() - Method in class harpoon.Util.Collections.BinomialHeap
Returns the size of this map.
size() - Method in class harpoon.Util.Collections.BinaryHeap
 
size() - Method in class harpoon.Util.Collections.AbstractHeap
 
size() - Method in class harpoon.Util.DataStructs.LightMap
 
size() - Method in class harpoon.Util.Graphs.SCComponent
Returns the number of nodes in this strongly connected component.
size(ExpList) - Static method in class harpoon.IR.Tree.ExpList
 
size(HClass) - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
Returns the size of the specified class
SizeCounters - class harpoon.Analysis.SizeOpt.SizeCounters.
The SizeCounters code factory adds counters for various allocation properties, to aid in determining the effectiveness of the various size optimizations in this package.
SizeCounters(HCodeFactory, Frame) - Constructor for class harpoon.Analysis.SizeOpt.SizeCounters
Creates a SizeCounters.
Sizer - class harpoon.Main.Sizer.
Sizer computes the sizes of all the methods used in a given program.
Sizer() - Constructor for class harpoon.Main.Sizer
 
skippedCS - Variable in class harpoon.Analysis.PointerAnalysis.ODInformation
 
smallestSESE - Variable in class harpoon.Analysis.SESE
Mapping from Nodes/Edges to smallest enclosing canonical SESE Region.
SmallMethodInliner - class harpoon.Analysis.Quads.SmallMethodInliner.
SmallMethodInliner will inline small methods until the code is bloated by the specified amount.
SmallMethodInliner(HCodeFactory, ClassHierarchy) - Constructor for class harpoon.Analysis.Quads.SmallMethodInliner
Creates a SmallMethodInliner.
SmartCallGraph - class harpoon.Analysis.MetaMethods.SmartCallGraph.
SmartCallGraph
SmartCallGraph(MetaCallGraph) - Constructor for class harpoon.Analysis.MetaMethods.SmartCallGraph
Creates a SmartCallGraph.
sol - Variable in class harpoon.Backend.Generic.GCInfo.WrappedStackOffsetLoc
 
solve() - Method in class harpoon.Analysis.DataFlow.LiveTemps
Finds the fixed-point solution for this LiveTemps.
solve() - Method in class harpoon.Util.Constraints.InclusionConstraints
Solves this system of inclusion constraints.
Solver - class harpoon.Analysis.DataFlow.Solver.
Solver contains static methods to find the fixed point of a set of data-flow equations.
sorted - Variable in class harpoon.Backend.Analysis.InitializerOrdering
 
SortedClassFieldMap - class harpoon.Backend.Analysis.SortedClassFieldMap.
A SortedClassFieldMap is an extension of ClassFieldMap which sorts object fields to minimize "holes" between fields.
SortedClassFieldMap() - Constructor for class harpoon.Backend.Analysis.SortedClassFieldMap
Creates a SortedClassFieldMap.
sortedCollection(Collection) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Returns a sorted array containing all the objects from set.
SortedMapComparator - class harpoon.Util.SortedMapComparator.
A SortedMapComparator compares two sorted maps entry-by-entry (treating the map as a sorted pair list).
SortedMapComparator() - Constructor for class harpoon.Util.SortedMapComparator
Creates a SortedMapComparator which compares entries in the order defined by the SortedMap and compares keys before values.
SortedMapComparator(Comparator, Comparator) - Constructor for class harpoon.Util.SortedMapComparator
Creates a SortedMapComparator which compares entries in the order defined by the SortedMap and compares keys (using keyComparator) before values (using valueComparator).
sortedSet(Set) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
 
sourcefile_index - Variable in class harpoon.IR.RawClass.AttributeSourceFile
The value of the sourcefile_index item must be a valid index into the constant_pool table.
sourcefile_index() - Method in class harpoon.IR.RawClass.AttributeSourceFile
 
sourcefile() - Method in class harpoon.IR.RawClass.AttributeSourceFile
 
SpaceHeavyLiveTemps - class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps.
SpaceHeavyLiveTemps is an extension of LiveTemps that keeps ALL of the results of the queries that it has calculated alive.
SpaceHeavyLiveTemps(BasicBlock.Factory, Set) - Constructor for class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
Creates a SpaceHeavyLiveTemps.
SpaceHeavyLiveTemps(BasicBlock.Factory, Set, SetFactory, UseDefer) - Constructor for class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
 
SpaceHeavyLiveTemps(BasicBlock.Factory, Set, SetFactory, UseDefer, CFGrapher) - Constructor for class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
 
SpaceHeavyLiveTemps(BasicBlock.Factory, Set, UseDefer) - Constructor for class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
 
SpaceHeavyLiveTemps(BasicBlock.Factory, Set, UseDefer, CFGrapher) - Constructor for class harpoon.Analysis.DataFlow.SpaceHeavyLiveTemps
 
SPAllocationStrategy - class harpoon.Backend.Runtime1.SPAllocationStrategy.
SPAllocationStrategy implements a "semi-precise" allocation strategy by providing the BDW collector with more precise information about pointer locations.
SPAllocationStrategy(Frame) - Constructor for class harpoon.Backend.Runtime1.SPAllocationStrategy
Creates a SPAllocationStrategy.
SparseGraph - class harpoon.Analysis.GraphColoring.SparseGraph.
SparseGraph is an implementation of a ColorableGraph object.
SparseGraph() - Constructor for class harpoon.Analysis.GraphColoring.SparseGraph
Creates a SparseGraph.
SparseNode - class harpoon.Analysis.GraphColoring.SparseNode.
SparseNode is an extension of a ColorableNode for use with the SparseGraph object.
SparseNode() - Constructor for class harpoon.Analysis.GraphColoring.SparseNode
Creates a SparseNode.
spec - Variable in class harpoon.Tools.PatMat.CodeGeneratorGenerator
The machine specification that the CodeGenerators outputted by this will target.
Spec - class harpoon.Tools.PatMat.Spec.
Spec represents the parsed specification of a set of Instruction Patterns for a target backend .
Spec.Detail - class harpoon.Tools.PatMat.Spec.Detail.
A detail is an abstract representation for a piece of data about the Instruction Pattern or Rule.
Spec.Detail() - Constructor for class harpoon.Tools.PatMat.Spec.Detail
 
Spec.DetailExtra - class harpoon.Tools.PatMat.Spec.DetailExtra.
Extension of Spec.Detail that requests an extra temporary register for the use of the action clause.
Spec.DetailExtra(int, Spec.IdList) - Constructor for class harpoon.Tools.PatMat.Spec.DetailExtra
 
Spec.DetailList - class harpoon.Tools.PatMat.Spec.DetailList.
Linked list representation for representing the series of Spec.Details in this Spec.
Spec.DetailList(Spec.Detail, Spec.DetailList) - Constructor for class harpoon.Tools.PatMat.Spec.DetailList
 
Spec.DetailPredicate - class harpoon.Tools.PatMat.Spec.DetailPredicate.
Extension of Spec.Detail that stores a predicate_string which is a piece of Java code that decides if a particular Spec.Rule can be applied.
Spec.DetailPredicate(String) - Constructor for class harpoon.Tools.PatMat.Spec.DetailPredicate
Constructs a new Spec.DetailPredicate.
Spec.DetailVisitor - class harpoon.Tools.PatMat.Spec.DetailVisitor.
Visitor class for traversing a set of Spec.Details and performing some action depending on the type of Spec.Detail visited.
Spec.DetailVisitor() - Constructor for class harpoon.Tools.PatMat.Spec.DetailVisitor
 
Spec.DetailWeight - class harpoon.Tools.PatMat.Spec.DetailWeight.
Extension of Spec.Detail that stores a (name,weight) pair.
Spec.DetailWeight(String, double) - Constructor for class harpoon.Tools.PatMat.Spec.DetailWeight
Constructs a new Spec.DetailWeight.
Spec.Exp - class harpoon.Tools.PatMat.Spec.Exp.
Abstract immutable representation of an Expression in an Instruction Pattern.
Spec.Exp() - Constructor for class harpoon.Tools.PatMat.Spec.Exp
 
Spec.ExpBinop - class harpoon.Tools.PatMat.Spec.ExpBinop.
Extension of Spec.Exp that represents a Binary Operation in the code.
Spec.ExpBinop(Spec.TypeSet, Spec.Leaf, Spec.Exp, Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.ExpBinop
Constructs a Spec.ExpBinop that operates on expressions of types.
Spec.ExpConst - class harpoon.Tools.PatMat.Spec.ExpConst.
Extension of Spec.Exp that represents a Constant value in the code.
Spec.ExpConst(Spec.TypeSet, Spec.Leaf) - Constructor for class harpoon.Tools.PatMat.Spec.ExpConst
Constructs a Spec.ExpConst.
Spec.ExpId - class harpoon.Tools.PatMat.Spec.ExpId.
Extension of Spec.Exp that represents an Identifier in the code.
Spec.ExpId(String) - Constructor for class harpoon.Tools.PatMat.Spec.ExpId
Constructs a Spec.ExpId around id.
Spec.ExpList - class harpoon.Tools.PatMat.Spec.ExpList.
Linked list representation for representing the series of Spec.Exps in a given Spec.Exp or Spec.Stm.
Spec.ExpList(Spec.Exp, Spec.ExpList) - Constructor for class harpoon.Tools.PatMat.Spec.ExpList
 
Spec.ExpMem - class harpoon.Tools.PatMat.Spec.ExpMem.
Extension of Spec.Exp that represents a Memory Access in the code (could be either Load or Store; Context-Sensitive).
Spec.ExpMem(Spec.TypeSet, Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.ExpMem
Constructs a Spec.ExpMem.
Spec.ExpName - class harpoon.Tools.PatMat.Spec.ExpName.
Extension of Spec.Exp that represents a symbolic constant.
Spec.ExpName(String) - Constructor for class harpoon.Tools.PatMat.Spec.ExpName
Constructs a new Spec.ExpName representing name.
Spec.ExpTemp - class harpoon.Tools.PatMat.Spec.ExpTemp.
Extension of Spec.Exp that represents a Temporary value in the code.
Spec.ExpTemp(Spec.TypeSet, String) - Constructor for class harpoon.Tools.PatMat.Spec.ExpTemp
Constructs a Spec.ExpTemp.
Spec.ExpUnop - class harpoon.Tools.PatMat.Spec.ExpUnop.
Extension of Spec.Exp that represents a Unary operation.
Spec.ExpUnop(Spec.TypeSet, Spec.Leaf, Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.ExpUnop
 
Spec.ExpVisitor - class harpoon.Tools.PatMat.Spec.ExpVisitor.
Visitor class for traversing a set of Spec.Exps and performing some action depending on the type of Spec.Exp visited.
Spec.ExpVisitor() - Constructor for class harpoon.Tools.PatMat.Spec.ExpVisitor
 
Spec.IdList - class harpoon.Tools.PatMat.Spec.IdList.
Linked list representation for representing a series of Identifier Strings in this Spec.
Spec.IdList(String, Spec.IdList) - Constructor for class harpoon.Tools.PatMat.Spec.IdList
 
Spec.Leaf - class harpoon.Tools.PatMat.Spec.Leaf.
Abstract representation of leaves in the instruction pattern.
Spec.Leaf() - Constructor for class harpoon.Tools.PatMat.Spec.Leaf
 
Spec.LeafId - class harpoon.Tools.PatMat.Spec.LeafId.
Extension of Spec.Leaf which represents an Identifier.
Spec.LeafId(String) - Constructor for class harpoon.Tools.PatMat.Spec.LeafId
Constructs a new Spec.LeafId.
Spec.LeafNull - class harpoon.Tools.PatMat.Spec.LeafNull.
Extension of Spec.Leaf representing a null constant.
Spec.LeafNull() - Constructor for class harpoon.Tools.PatMat.Spec.LeafNull
Constructs a new Spec.LeafNull.
Spec.LeafNumber - class harpoon.Tools.PatMat.Spec.LeafNumber.
Extension of Spec.Leaf which represents a explicit number in the specification.
Spec.LeafNumber(Number) - Constructor for class harpoon.Tools.PatMat.Spec.LeafNumber
Constructs a new Spec.LeafNumber.
Spec.LeafOp - class harpoon.Tools.PatMat.Spec.LeafOp.
Extension of Spec.Leaf representing an opcode for Uop and/or Bop.
Spec.LeafOp(int) - Constructor for class harpoon.Tools.PatMat.Spec.LeafOp
Constructs a new Spec.LeafOp.
Spec.LeafSegType - class harpoon.Tools.PatMat.Spec.LeafSegType.
Extension of Spec.Leaf which represents a segment type in the specification.
Spec.LeafSegType(int) - Constructor for class harpoon.Tools.PatMat.Spec.LeafSegType
Constructs a new Spec.LeafSegType.
Spec.LeafVisitor - class harpoon.Tools.PatMat.Spec.LeafVisitor.
Visitor class for traversing a set of Spec.Leaf objects and performing some action depending on the type of Spec.Leaf visited.
Spec.LeafVisitor() - Constructor for class harpoon.Tools.PatMat.Spec.LeafVisitor
 
Spec.Rule - class harpoon.Tools.PatMat.Spec.Rule.
Abstract immutable representation of an Instruction Pattern.
Spec.Rule(Spec.DetailList, String) - Constructor for class harpoon.Tools.PatMat.Spec.Rule
Constructs a new Spec.Rule.
Spec.RuleExp - class harpoon.Tools.PatMat.Spec.RuleExp.
Extension of Spec.Rule that also contains a Spec.Exp to match Tree expressions and the identifier for the result that this produces.
Spec.RuleExp(Spec.Exp, String, Spec.DetailList, String) - Constructor for class harpoon.Tools.PatMat.Spec.RuleExp
Constructs a new Spec.RuleExp.
Spec.RuleList - class harpoon.Tools.PatMat.Spec.RuleList.
Linked list representation for representing the series of Spec.Rules in this Spec.
Spec.RuleList(Spec.Rule, Spec.RuleList) - Constructor for class harpoon.Tools.PatMat.Spec.RuleList
 
Spec.RuleStm - class harpoon.Tools.PatMat.Spec.RuleStm.
Extension of Spec.Rule that also contains a Spec.Stm to match Tree statements.
Spec.RuleStm(Spec.Stm, Spec.DetailList, String) - Constructor for class harpoon.Tools.PatMat.Spec.RuleStm
Constructs a new Spec.RuleStm.
Spec.RuleVisitor - class harpoon.Tools.PatMat.Spec.RuleVisitor.
Visitor class for traversing a set of Spec.Rules and performing some action depending on the type of Spec.Rule visited.
Spec.RuleVisitor() - Constructor for class harpoon.Tools.PatMat.Spec.RuleVisitor
 
Spec.Stm - class harpoon.Tools.PatMat.Spec.Stm.
Abstract immutable representation of a Statement in an Instruction Pattern.
Spec.Stm() - Constructor for class harpoon.Tools.PatMat.Spec.Stm
 
Spec.StmAlign - class harpoon.Tools.PatMat.Spec.StmAlign.
Extension of Spec.Stm representing an alignment request.
Spec.StmAlign(Spec.Leaf) - Constructor for class harpoon.Tools.PatMat.Spec.StmAlign
Constructs a new Spec.StmSegment.
Spec.StmCall - class harpoon.Tools.PatMat.Spec.StmCall.
Extension of Spec.Stm that represents a call to a procedure.
Spec.StmCall(String, String, Spec.Exp, String, String) - Constructor for class harpoon.Tools.PatMat.Spec.StmCall
Constructs a new Spec.StmCall.
Spec.StmCjump - class harpoon.Tools.PatMat.Spec.StmCjump.
Extension of Spec.Stm representing a conditional branch.
Spec.StmCjump(Spec.Exp, String, String) - Constructor for class harpoon.Tools.PatMat.Spec.StmCjump
Constructs a new Spec.StmCjump.
Spec.StmData - class harpoon.Tools.PatMat.Spec.StmData.
Extension of Spec.Stm representing a raw datum in memory.
Spec.StmData(Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmData
Constructs a new Spec.StmData.
Spec.StmExp - class harpoon.Tools.PatMat.Spec.StmExp.
Extension of Spec.Stm representing an expression which is evaluated for its side effects (i.e.
Spec.StmExp(Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmExp
Constructs a new Spec.StmExp.
Spec.StmJump - class harpoon.Tools.PatMat.Spec.StmJump.
Extension of Spec.Stm representing an unconditional branch.
Spec.StmJump(Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmJump
Constructs a new Spec.StmJump.
Spec.StmLabel - class harpoon.Tools.PatMat.Spec.StmLabel.
Extension of Spec.Stm representing a label which is the target of a branch or call.
Spec.StmLabel(String) - Constructor for class harpoon.Tools.PatMat.Spec.StmLabel
Constructs a new Spec.StmLabel.
Spec.StmMethod - class harpoon.Tools.PatMat.Spec.StmMethod.
Extension of Spec.Stm representing a method header.
Spec.StmMethod(String) - Constructor for class harpoon.Tools.PatMat.Spec.StmMethod
Constructs a new Spec.StmMethod.
Spec.StmMove - class harpoon.Tools.PatMat.Spec.StmMove.
Extension of Spec.Stm representing an expression which moves a value from one place to another.
Spec.StmMove(Spec.TypeSet, Spec.Exp, Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmMove
Constructs a new Spec.StmMove.
Spec.StmNativeCall - class harpoon.Tools.PatMat.Spec.StmNativeCall.
Extension of Spec.Stm representing an expression which is evaluated for its side effects (i.e.
Spec.StmNativeCall(String, Spec.Exp, String) - Constructor for class harpoon.Tools.PatMat.Spec.StmNativeCall
Constructs a new Spec.StmNativeCall.
Spec.StmReturn - class harpoon.Tools.PatMat.Spec.StmReturn.
Extension of Spec.Stm representing an expression which is evaluated for its side effects (i.e.
Spec.StmReturn(Spec.TypeSet, Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmReturn
Constructs a new Spec.StmReturn.
Spec.StmSegment - class harpoon.Tools.PatMat.Spec.StmSegment.
Extension of Spec.Stm representing a change of output segment.
Spec.StmSegment(Spec.Leaf) - Constructor for class harpoon.Tools.PatMat.Spec.StmSegment
Constructs a new Spec.StmSegment.
Spec.StmSeq - class harpoon.Tools.PatMat.Spec.StmSeq.
Extension of Spec.Stm representing a sequence of statements to be executed in order.
Spec.StmSeq(Spec.Stm, Spec.Stm) - Constructor for class harpoon.Tools.PatMat.Spec.StmSeq
Constructs a new Spec.StmSeq.
Spec.StmThrow - class harpoon.Tools.PatMat.Spec.StmThrow.
Extension of Spec.Stm representing a operation to throw an exception.
Spec.StmThrow(Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmThrow
Provisional: REMOVE this.
Spec.StmThrow(Spec.Exp, Spec.Exp) - Constructor for class harpoon.Tools.PatMat.Spec.StmThrow
Constructs a new Spec.StmThrow.
Spec.StmVisitor - class harpoon.Tools.PatMat.Spec.StmVisitor.
Visitor class for traversing a set of Spec.Stms and performing some action depending on the type of Spec.Stm visited.
Spec.StmVisitor() - Constructor for class harpoon.Tools.PatMat.Spec.StmVisitor
 
Spec.TypeSet - class harpoon.Tools.PatMat.Spec.TypeSet.
A representation for storing Types that values can be.
Spec.TypeSet() - Constructor for class harpoon.Tools.PatMat.Spec.TypeSet
Constructs a new Spec.TypeSet.
Spec.TypeSet(int) - Constructor for class harpoon.Tools.PatMat.Spec.TypeSet
Constructs a new Spec.TypeSet with type t.
Spec.TypeSet(Spec.TypeSet) - Constructor for class harpoon.Tools.PatMat.Spec.TypeSet
Constructs a new Spec.TypeSet with the same contents as the supplied Spec.TypeSet.
Spec(String, String, String, String, Spec.RuleList) - Constructor for class harpoon.Tools.PatMat.Spec
Creates a Spec.
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
 
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
 
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
 
specialize(Map) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.PAEdge
 
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
 
specialize(Map) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
spillCost(Node) - Method in class harpoon.Backend.CSAHack.RegAlloc.Liveness
 
spillCost(Node) - Method in class harpoon.Backend.CSAHack.RegAlloc.InterferenceGraph
 
spillCost(Temp) - Method in interface harpoon.Analysis.InterferenceGraph
 
spillCost(Temp) - Method in class harpoon.Analysis.Quads.QuadInterferenceGraph
unimplemented.
SpillHeuristics - class harpoon.Analysis.Instr.SpillHeuristics.
Abstracts away the heuristic used for deciding between spill candidates during graph simplification.
SpillHeuristics.SpillHeuristic - class harpoon.Analysis.Instr.SpillHeuristics.SpillHeuristic.
 
SpillHeuristics.SpillHeuristic() - Constructor for class harpoon.Analysis.Instr.SpillHeuristics.SpillHeuristic
 
spillStats(int[]) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
spliceIncrement(QuadFactory, Edge, String) - Static method in class harpoon.Analysis.Counters.CounterFactory
Increment the named counter by 1 on the given edge.
spliceIncrement(QuadFactory, Edge, String, long) - Static method in class harpoon.Analysis.Counters.CounterFactory
Increment the named counter by value on the given edge.
spliceIncrement(QuadFactory, Edge, String, Temp, boolean) - Static method in class harpoon.Analysis.Counters.CounterFactory
Increment the named counter by the amount in the Temp Tvalue on the given edge.
src - Variable in class harpoon.Backend.CSAHack.RegAlloc.MoveList
 
src - Variable in class harpoon.IR.LowQuad.PSET
Temp containing the desired new value of the field or element.
src - Variable in class harpoon.IR.Quads.SIGMA
src[i] is the argument to the i'th sigma function in this block.
src - Variable in class harpoon.IR.Quads.SET
Temp containing the desired new value of the field.
src - Variable in class harpoon.IR.Quads.PHI
src[i][j] is the j'th parameter to the i'th phi function in this block.
src - Variable in class harpoon.IR.Quads.MOVE
The source Temp.
src - Variable in class harpoon.IR.Quads.INSTANCEOF
The Temp to evaluate.
src - Variable in class harpoon.IR.Quads.ASET
The new value for the array element.
src - Variable in class harpoon.Tools.PatMat.Spec.StmMove
Expression yielding the source data of this move.
src() - Method in class harpoon.IR.LowQuad.PSET
Returns the Temp holding the desired new value for the dereference field or element.
src() - Method in class harpoon.IR.Quads.SIGMA
 
src() - Method in class harpoon.IR.Quads.SET
Returns the Temp containing the desired new value of the field.
src() - Method in class harpoon.IR.Quads.MOVE
Returns the source Temp.
src() - Method in class harpoon.IR.Quads.INSTANCEOF
Returns the Temp to test.
src() - Method in class harpoon.IR.Quads.ASET
Returns the Temp holding the new value for the array element.
src(int) - Method in class harpoon.IR.Quads.SIGMA
Returns the argument to the nSigma'th sigma function in the block.
src(int) - Method in class harpoon.IR.Quads.PHI
Returns an array holding the arguments to the nPhi'th phi function in the block.
src(int, int) - Method in class harpoon.IR.Quads.PHI
Returns the nParam'th argument of the nPhi'th phi function in the block.
SSIRename - class harpoon.IR.Quads.SSIRename.
SSIRename is a new, improved, fast SSI-renaming algorithm.
SSIRename(Code, QuadFactory) - Constructor for class harpoon.IR.Quads.SSIRename
Return a copy of the given quad graph properly converted to SSI form.
SSIStats - class harpoon.Analysis.Quads.SSIStats.
SSIStats is a class to provide counts of uses, definitions and variables in plain, SSA, and SSI forms.
SSIStats(Code) - Constructor for class harpoon.Analysis.Quads.SSIStats
Creates a SSIStats.
SSIToSSA - class harpoon.IR.Quads.SSIToSSA.
SSIToSSA renames variables to eliminate sigma functions in an SSI-form codeview, yielding an SSA codeview.
SSIToSSA(Code, QuadFactory) - Constructor for class harpoon.IR.Quads.SSIToSSA
Converts the given code (in SSI form) to a graph graph in SSA form created using the given code factory nqf.
SSIToSSAMap - class harpoon.Analysis.Quads.SSIToSSAMap.
An SSIToSSAMap allows you to look at an SSI representation "with glasses on" so that it appears as SSA.
SSIToSSAMap(HCode) - Constructor for class harpoon.Analysis.Quads.SSIToSSAMap
Creates a SSIToSSAMap for the HCode hc.
SSxReachingDefsImpl - class harpoon.Analysis.SSxReachingDefsImpl.
SSxReachingDefsImpl is a ReachingDefs implementation that works on codeviews in SSA or SSI form.
SSxReachingDefsImpl(HCode) - Constructor for class harpoon.Analysis.SSxReachingDefsImpl
Create an SSxReachingDefs using the default UseDefer.
SSxReachingDefsImpl(HCode, UseDefer) - Constructor for class harpoon.Analysis.SSxReachingDefsImpl
Create an SSxReachingDefs for hc using the specified UseDefer.
stack - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
STACK - Static variable in class harpoon.Backend.MIPS.StackInfo
 
STACK_ALLOCATE_ALWAYS - Static variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Stack allocate everything that's captured.
stack_allocate_always() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Returns true if the stack allocation policy is STACK_ALLOCATE_ALWAYS.
STACK_ALLOCATE_NOT_IN_LOOPS - Static variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Don't stack allocate in loops.
stack_allocate_not_in_loops() - Method in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Returns true if the stack allocation policy is STACK_ALLOCATE_NOT_IN_LOOPS.
STACK_ALLOCATION_POLICY - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Forbids stack allocation in a loop.
stackDerivations - Variable in class harpoon.Backend.Generic.GCInfo.GCPoint
 
stackDerivations() - Method in class harpoon.Backend.Generic.GCInfo.GCPoint
Returns an unmodifiable Map of live derived pointers in StackOffsetLocs to the derivation information in the form of DLocs for that GC point
StackInfo - class harpoon.Backend.MIPS.StackInfo.
This class encapsulates information about a given stack frame, e.g., does it grow up or down, where is the return address stored, that sort of thing.
StackInfo(RegFileInfo) - Constructor for class harpoon.Backend.MIPS.StackInfo
Each new frame should create a new stack info object.
stackLocs - Variable in class harpoon.Backend.Generic.GCInfo.DLoc
 
stackOffset() - Method in interface harpoon.Backend.Generic.RegFileInfo.StackOffsetLoc
 
stackOffset() - Method in class harpoon.Backend.Generic.GCInfo.WrappedStackOffsetLoc
Returns the abstract stack offset of underlying StackOffsetLoc.
stackSigns - Variable in class harpoon.Backend.Generic.GCInfo.DLoc
 
start_pc - Variable in class harpoon.IR.RawClass.LocalVariableTable
The given local variable must have a value at indices into the code array in the closed interval [start_pc, start_pc + length].
start_pc - Variable in class harpoon.IR.RawClass.LineNumberTable
The value of the start_pc item must indicate the index into the code array at which the code for a new line in the original Java source file begins.
start_pc - Variable in class harpoon.IR.RawClass.ExceptionTable
The values of the two items start_pc and end_pc indicate the ranges in the code array at which the exception handler is active.
start_production() - Method in class harpoon.Tools.Annotation.Java12
start production
start_production() - Method in class harpoon.Tools.PatMat.Parser
start production
start_state() - Method in class harpoon.Tools.Annotation.Java12
start state
start_state() - Method in class harpoon.Tools.PatMat.Parser
start state
START_WITH - Static variable in class harpoon.Tools.PatMat.Sym
 
start() - Method in class harpoon.Util.Timer
Start the timer running.
startGroup(InstrGroup.Type) - Method in class harpoon.Backend.Generic.CodeGen
 
state() - Method in class harpoon.Runtime.Transactions.CommitRecord
Returns the 'state' of this record (including dependencies)
state(CommitRecord) - Static method in class harpoon.Runtime.Transactions.CommitRecord
'StateP' procedure from write-up.
statements() - Method in class harpoon.Analysis.FCFGBasicBlock
 
statements() - Method in interface harpoon.Analysis.BasicBlockInterf
Returns the list of the statements composing the basic block.
statements() - Method in class harpoon.Analysis.BasicBlock
Returns an unmodifiable List for the HCodeElements within this.
STATIC - Static variable in class harpoon.Analysis.PointerAnalysis.PANode
Possible type: Static node.
STATIC - Static variable in class harpoon.Tools.Annotation.Sym
 
STATIC_OBJECTS - Static variable in class harpoon.IR.Tree.SEGMENT
R/W storage for static aggregate data
STATIC_PRIMITIVES - Static variable in class harpoon.IR.Tree.SEGMENT
R/W storage for static primitive data
staticInitializers - Variable in class harpoon.Backend.Runtime1.Runtime
 
STATS - Static variable in class harpoon.Analysis.MemOpt.ComputeAnAe
Enable some statistics on variables and constraints.
STATS - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
 
STATS - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
 
statsCodeFactory(Frame, HCodeFactory, ClassHierarchy, PrintStream) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass
Code factory for post pass.
statWriter - Static variable in class harpoon.Main.Options
Stream for writing statistics.
stm - Variable in class harpoon.Tools.PatMat.Spec.RuleStm
Statement associated with this.
Stm - class harpoon.IR.Tree.Stm.
Stm objects are statements which perform side effects and control flow.
Stm(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.Stm
 
StmList - class harpoon.IR.Tree.StmList.
StmLists for singly-linked lists of Stms.
StmList(Stm, StmList) - Constructor for class harpoon.IR.Tree.StmList
List constructor.
stop() - Method in class harpoon.Util.Timer
Stop the timer.
storeCheck(Object) - Static method in class harpoon.Runtime.PreciseGC.WriteBarrier
dummy write barrier for PSETs
str - Variable in class harpoon.IR.Quads.DEBUG
The debugging string.
str - Variable in class harpoon.Util.LightBasicBlocks.LightBasicBlock
 
str() - Method in class harpoon.IR.Quads.DEBUG
Returns the debugging string printed by this quad.
strict() - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Return the type of the precedence relation.
STRICTFP - Static variable in class harpoon.Tools.Annotation.Sym
 
STRING_CONSTANTS - Static variable in class harpoon.IR.Tree.SEGMENT
R/O storage for string constant objects
STRING_DATA - Static variable in class harpoon.IR.Tree.SEGMENT
R/O storage for component character arrays of statically allocated string constant objects.
string_index - Variable in class harpoon.IR.RawClass.ConstantString
The value of the string_index item must be a valid index into the constant_pool table.
string_index() - Method in class harpoon.IR.RawClass.ConstantString
 
STRING_LITERAL - Static variable in class harpoon.Tools.Annotation.Sym
 
string() - Method in class harpoon.IR.RawClass.ConstantString
 
stringConst(TreeFactory, HCodeElement, DerivationGenerator, String) - Method in class harpoon.Backend.Generic.Runtime.TreeBuilder
Return a Translation.Exp which represents a reference to a string constant.
stringConst(TreeFactory, HCodeElement, DerivationGenerator, String) - Method in class harpoon.Backend.Runtime1.TreeBuilder
 
stringConstantMap() - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
 
stringConstants() - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
 
stringImg(Collection) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
Provides a string representation of a set; the elements of the set appear in increasing lexicographic order.
stringImg(Object[]) - Static method in class harpoon.Analysis.PointerAnalysis.Debug
 
stringLabel(String) - Static method in class harpoon.Analysis.Realtime.RealtimeAllocationStrategy
Return a label corresponding to the string s.
StringPointer - class harpoon.Interpret.Tree.StringPointer.
The StringPointer class represents a pointer to an string constant.
strongEquals(MethodHole) - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Check the equality of the content of two MethodHole, field by field.
StubCode - class harpoon.Backend.Runtime1.StubCode.
StubCode is used to generate non-canonical tree code stubs for native methods.
StubCode(HMethod, Frame) - Constructor for class harpoon.Backend.Runtime1.StubCode
Creates a StubCode.
subgroupOf(InstrGroup) - Method in class harpoon.IR.Assem.InstrGroup
Returns true if this is (reflexively) contained in group.
subList(int, int) - Method in class harpoon.Util.Collections.ListWrapper
 
SUCC - Static variable in class harpoon.Analysis.PreciseGC.MRA.MRAToken
 
succ() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
succ() - Method in class harpoon.IR.Assem.Instr
Returns the control flow successors of this.
succ() - Method in class harpoon.IR.Bytecode.Instr
 
succ() - Method in interface harpoon.IR.Properties.CFGraphable
Returns an array of all the edges leaving this CFGraphable.
succ() - Method in class harpoon.IR.Quads.Quad
 
succ(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns an array of all the edges leaving the specified HCodeElement.
succC() - Method in class harpoon.IR.Assem.Instr
Returns the control flow successors of this.
succC() - Method in class harpoon.IR.Bytecode.Instr
 
succC() - Method in interface harpoon.IR.Properties.CFGraphable
Returns a Collection of all the edges from this HCodeElement.
succC() - Method in class harpoon.IR.Quads.Quad
 
succC(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns a Collection of all the edges from this HCodeElement.
succElemC(HCodeElement) - Method in class harpoon.IR.Properties.CFGrapher
Returns a Collection of all the HCodeElement succeeding hc.
successor(BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Returns the successor of x in the sorted order determined by an inorder tree walk.
succSet(Object) - Method in class harpoon.Analysis.Quads.QuadInterferenceGraph
 
succSet(Object) - Method in interface harpoon.Util.Grapher
 
suggestRegAssignment(Temp, Map) - Method in class harpoon.Backend.Sparc.RegFileInfo
 
suggestRegAssignment(Temp, Map, Collection) - Method in class harpoon.Backend.Generic.RegFileInfo
Analyzes regfile to find free registers that t can be assigned to.
suggestRegAssignment(Temp, Map, Collection) - Method in class harpoon.Backend.MIPS.RegFileInfo
 
suggestRegAssignment(Temp, Map, Collection) - Method in class harpoon.Backend.StrongARM.RegFileInfo
 
SUPER - Static variable in class harpoon.Tools.Annotation.Sym
 
super_class - Variable in class harpoon.IR.RawClass.ClassFile
For a class, the value of the super_class item either must be zero or must be a valid index into the constant_pool table.
super_class() - Method in class harpoon.IR.RawClass.ClassFile
Return the CONSTANT_Class_info entry in the constant_pool corresponding to the value of super_class, or null if super_class == 0.
SWAP - Static variable in class harpoon.IR.Bytecode.Op
 
swapAdd(HMethod) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
swapAdd takes in an HMethod and returns an HMethod that is to be called following the first method is called.
swapPositions(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.RedBlackTree
 
swapPositions(BinaryTree.Node, BinaryTree.Node) - Method in class harpoon.Util.Collections.BinaryTree
Switches the positions of a and b within this.
swapTo(HMethod) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
swapTo takes in an HMethod and returns an HMethod that is to be called following the first method is called.
SWITCH - class harpoon.IR.Quads.SWITCH.
SWITCH represents a switch construct.
SWITCH - Static variable in class harpoon.IR.Quads.QuadKind
 
SWITCH - Static variable in class harpoon.Tools.Annotation.Sym
 
SWITCH(QuadFactory, HCodeElement, Temp, int[], Temp[]) - Constructor for class harpoon.IR.Quads.SWITCH
Creates a switch with arity defined by the keys array.
SWITCH(QuadFactory, HCodeElement, Temp, int[], Temp[][], Temp[]) - Constructor for class harpoon.IR.Quads.SWITCH
Creates a SWITCH operation.
swop(HMethod) - Method in interface harpoon.Analysis.EventDriven.BMethod
 
Sym - class harpoon.Tools.Annotation.Sym.
CUP generated class containing symbol constants.
Sym - class harpoon.Tools.PatMat.Sym.
CUP generated class containing symbol constants.
Sym() - Constructor for class harpoon.Tools.Annotation.Sym
 
Sym() - Constructor for class harpoon.Tools.PatMat.Sym
 
SYNC_ELIM - Static variable in class harpoon.Analysis.PointerAnalysis.ODMAInfo
 
sync_time - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
syncelim_phase - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
SyncElimination - class harpoon.Analysis.PointerAnalysis.SyncElimination.
SyncElimination implements synchronization elimination based on the results of pointer analysis.
SyncElimination(PointerAnalysis) - Constructor for class harpoon.Analysis.PointerAnalysis.SyncElimination
 
synchro - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
SYNCHRONIZED - Static variable in class harpoon.Tools.Annotation.Sym
 
synchronizedCollectionFactory(CollectionFactory) - Static method in class harpoon.Util.Collections.Factories
Returns a CollectionFactory that generates synchronized (thread-safe) Collections.
synchronizedListFactory(ListFactory) - Static method in class harpoon.Util.Collections.Factories
Returns a ListFactory that generates synchronized (thread-safe) Lists.
synchronizedMapFactory(MapFactory) - Static method in class harpoon.Util.Collections.Factories
Returns a MapFactory that generates synchronized (thread-safe) Maps.
synchronizedSetFactory(SetFactory) - Static method in class harpoon.Util.Collections.Factories
Returns a SetFactory that generates synchronized (thread-safe) Sets.
syncsOn(PANode, PANode) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
 
SyncTransformer - class harpoon.Analysis.Transactions.SyncTransformer.
SyncTransformer transforms synchronized code to atomic transactions.
SyncTransformer(HCodeFactory, ClassHierarchy, Linker, HMethod, Set) - Constructor for class harpoon.Analysis.Transactions.SyncTransformer
Creates a SyncTransformer with no safe methods.
SyncTransformer(HCodeFactory, ClassHierarchy, Linker, HMethod, Set, Set) - Constructor for class harpoon.Analysis.Transactions.SyncTransformer
Creates a SyncTransformer with the specified safe method set.
SyncTransformer(HCodeFactory, ClassHierarchy, Linker, HMethod, Set, String) - Constructor for class harpoon.Analysis.Transactions.SyncTransformer
Creates a SyncTransformer with a safe method set loaded from the specified resource name.
syntax_error(Symbol) - Method in class harpoon.Tools.Annotation.Java12
 
syntax_error(Symbol) - Method in class harpoon.Tools.PatMat.Parser
 
systemCodeFactory - Static variable in class harpoon.ClassFile.Loader
System code factory: this code factory will return bytecode representations for classes loaded via the system linker.
systemLinker - Static variable in class harpoon.ClassFile.Loader
System-linker: the class names resolved by this linker are always immutable and identical to those on disk.

T

t_label - Variable in class harpoon.Tools.PatMat.Spec.StmCjump
Label to branch to on a True value.
ta - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
TABLESWITCH - Static variable in class harpoon.IR.Bytecode.Op
 
tail - Variable in class harpoon.Backend.CSAHack.Graph.NodeList
 
tail - Variable in class harpoon.Backend.CSAHack.RegAlloc.MoveList
 
tail - Variable in class harpoon.IR.Tree.StmList
The next list entry.
tail - Variable in class harpoon.IR.Tree.ExpList
The next list entry.
tail - Variable in class harpoon.Temp.TempList
 
tail - Variable in class harpoon.Temp.LabelList
Deprecated.  
tail - Variable in class harpoon.Tools.PatMat.Spec.RuleList
 
tail - Variable in class harpoon.Tools.PatMat.Spec.ExpList
 
tail - Variable in class harpoon.Tools.PatMat.Spec.DetailList
 
tail - Variable in class harpoon.Tools.PatMat.Spec.IdList
 
targets - Variable in class harpoon.IR.Tree.JUMP
A list of possible branch targets.
tau - Variable in class harpoon.Analysis.PointerAnalysis.ParIntGraph
The paralel thread map; it attaches to each thread node nT, an integer from the set {0,1,2} where 2 signifies the possibility that multiple instances of nT execute in parallel with the current thread.
tau - Variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
The paralel thread map; it attaches to each thread node nT, an integer from the set {0,1,2} where 2 signifies the possibility that multiple instances of nT execute in parallel with the current thread.
temp - Variable in class harpoon.IR.Tree.TEMP
The Temp which this TEMP refers to.
Temp - class harpoon.Temp.Temp.
The Temp class represents a temporary variable.
TEMP - class harpoon.IR.Tree.TEMP.
TEMP objects are expressions which stand for a value in a virtual register.
TEMP - Static variable in class harpoon.IR.Tree.TreeKind
 
TEMP - Static variable in class harpoon.Tools.PatMat.Sym
 
Temp_to_BitSetFactories - Variable in class harpoon.Analysis.ReachingDefsImpl
 
Temp(Temp) - Constructor for class harpoon.Temp.Temp
Creates a new temp based on the name of an existing temp.
Temp(TempFactory) - Constructor for class harpoon.Temp.Temp
Creates a unique temporary variable, using default prefix ("t").
Temp(TempFactory, String) - Constructor for class harpoon.Temp.Temp
Creates a unique temporary with a suggested name.
TEMP(TreeFactory, HCodeElement, int, Temp) - Constructor for class harpoon.IR.Tree.TEMP
Constructor.
TempBuilder - class harpoon.Backend.Generic.TempBuilder.
TempBuilder defines an interface that general program transformations can call to generate data structures to represent Temps.
TempBuilder - class harpoon.Backend.MIPS.TempBuilder.
TempBuilder for MIPS.
TempBuilder - class harpoon.Backend.Sparc.TempBuilder.
TempBuilder for creating Temps for the Sparc architecture, and providing an interface for querying whether these Temps require two words of storage or use floating point registers.
TempBuilder - class harpoon.Backend.StrongARM.TempBuilder.
TempBuilder for StrongARM.
TempBuilder() - Constructor for class harpoon.Backend.Generic.TempBuilder
Creates a TempBuilder.
TempBuilder() - Constructor for class harpoon.Backend.MIPS.TempBuilder
Creates a TempBuilder.
TempBuilder() - Constructor for class harpoon.Backend.Sparc.TempBuilder
 
TempBuilder() - Constructor for class harpoon.Backend.StrongARM.TempBuilder
Creates a TempBuilder.
TempChain - class harpoon.IR.Quads.TempChain.
TempChain needs to be documented.
TempChain(TempChain) - Constructor for class harpoon.IR.Quads.TempChain
 
TempChain(TempFactory, String) - Constructor for class harpoon.IR.Quads.TempChain
Creates a TempChain.
tempCtoNodes(Collection, Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
TempFactory - class harpoon.Temp.TempFactory.
A TempFactory assigns unique identifiers to Temps within a given scope.
tempFactory() - Method in class harpoon.IR.Assem.InstrFactory
Returns the TempFactory to use for creating Temps which are used as arguments to Instrs generated by this factory.
tempFactory() - Method in class harpoon.IR.Quads.QuadFactory
Returns the TempFactory to use for Temp arguments to Quads generated by this factory.
tempFactory() - Method in class harpoon.IR.Tree.TreeFactory
Returns the TempFactory to use for Temp arguments to Exps and Stms generated by this factory.
tempFactory() - Method in class harpoon.IR.Tree.Data.TreeFactory
No temp factory for Data
tempFactory() - Method in class harpoon.IR.Tree.Code.TreeFactory
 
tempFactory() - Method in class harpoon.Interpret.Tree.DefaultFrame
 
tempFactory() - Method in class harpoon.Temp.Temp
Returns the tempFactory of this temporary.
TempFactory() - Constructor for class harpoon.Temp.TempFactory
 
tempFactory(String) - Static method in class harpoon.Temp.Temp
Returns a new TempFactory with the given scope.
TempInfo - class harpoon.IR.Jasmin.TempInfo.
TempInfo
TempInstrPair - class harpoon.Analysis.Instr.TempInstrPair.
TempInstrPair is an immutable data structure that associates an Instr with a Temp.
TempInstrPair(Instr, Temp) - Constructor for class harpoon.Analysis.Instr.TempInstrPair
 
TempInstrPair(Temp, Instr) - Constructor for class harpoon.Analysis.Instr.TempInstrPair
 
TempList - class harpoon.Temp.TempList.
A singly-linked list of temporary variables.
TempList(Temp, TempList) - Constructor for class harpoon.Temp.TempList
 
tempMap - Variable in class harpoon.IR.Quads.SSIToSSA
Map from old ssi temps to new ssa temps.
tempMap - Variable in class harpoon.IR.Quads.SSIRename
Map from old no-ssa temps to new ssi temps (incomplete).
TempMap - interface harpoon.Temp.TempMap.
A TempMap maps one Temp to another Temp.
tempMap() - Method in class harpoon.ClassFile.HCodeAndMaps
An immutable mapping from ancestor Temps to newly-cloned Temps.
tempMap() - Method in class harpoon.IR.Quads.RSSxToNoSSA
 
tempMap(Temp) - Method in class harpoon.Analysis.Instr.EqTempSets
 
tempMap(Temp) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
tempMap(Temp) - Method in class harpoon.Analysis.LowQuad.Loop.LoopMap
 
tempMap(Temp) - Method in class harpoon.Analysis.Quads.SSIToSSAMap
 
tempMap(Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.RegAlloc
A mapping of temporaries to registers.
tempMap(Temp) - Method in interface harpoon.Temp.TempMap
Rename a single Temp.
tempMap(Temp) - Method in class harpoon.Temp.CloningTempMap
Return a Temp from the new_tf TempFactory that corresponds to the specified Temp t from the old_tf TempFactory, creating it if necessary.
tempRef(DerivationGenerator, TreeFactory, Exp, Temp) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
t
tempToAllDefs - Variable in class harpoon.Analysis.ReachingDefsAltImpl
 
TempVisitor - class harpoon.Backend.MIPS.TempVisitor.
TempVisitor is an extension of TempVisitor for handling extensions of Temp local to the MIPS backend.
TempVisitor - class harpoon.Backend.StrongARM.TempVisitor.
TempVisitor is an extension of TempVisitor for handling extensions of Temp local to the StrongARM backend.
TempVisitor() - Constructor for class harpoon.Backend.MIPS.TempVisitor
 
TempVisitor() - Constructor for class harpoon.Backend.StrongARM.TempVisitor
 
test - Variable in class harpoon.IR.Quads.CJMP
 
test - Variable in class harpoon.Tools.PatMat.Spec.StmCjump
Boolean expression that decides which direction we're jumping.
test() - Method in class harpoon.IR.Quads.CJMP
Returns the Temp tested by this CJMP.
test() - Method in class harpoon.Util.Collections.BinaryTree
 
TestMemOpt - class harpoon.Analysis.MemOpt.TestMemOpt.
TestMemOpt is a simple tester for the classes from harpoon.Analysis.MemOpt.
TestMemOpt() - Constructor for class harpoon.Analysis.MemOpt.TestMemOpt
 
testOPER() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
testOPER gives the OPER containing the for loop test condition.
TestRun - class harpoon.Interpret.Tree.TestRun.
Run invokes the interpreter.
TestRun() - Constructor for class harpoon.Interpret.Tree.TestRun
 
testtype() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
testtype tells the type of test used.
TEXT - Static variable in class harpoon.IR.Tree.SEGMENT
Read-only memory (other than machine instructions)
tf - Variable in class harpoon.IR.Tree.Data
 
tf - Variable in class harpoon.IR.Tree.Code
Tree factory.
THIS - Static variable in class harpoon.Tools.Annotation.Sym
 
this_class - Variable in class harpoon.IR.RawClass.ClassFile
The value of the this_class item must be a valid index into the constant_pool table.
this_class() - Method in class harpoon.IR.RawClass.ClassFile
Return the CONSTANT_Class_info entry in the constant_pool corresponding to the value of this_class.
THIS_THREAD - Static variable in class harpoon.Analysis.PointerAnalysis.ActionRepository
Fake thread node that stands for the main thread of the analyzed scope.
thread - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
THREAD_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Activates the full thread sensitivity.
THREAD_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Activates the full thread sensitivity.
ThreadInliner - class harpoon.IR.Quads.ThreadInliner.
ThreadInliner
ThreadInliner() - Constructor for class harpoon.IR.Quads.ThreadInliner
 
threadInteraction(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Returns the parallel interaction graph for the end of the method hm.
threadInteraction(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Returns the parallel interaction graph for the end of the method hm.
THROW - class harpoon.IR.Quads.THROW.
THROW represents a throw statement.
THROW - class harpoon.IR.Tree.THROW.
THROW objects are used to represent a thrown exception.
THROW - Static variable in class harpoon.IR.Quads.QuadKind
 
THROW - Static variable in class harpoon.IR.Tree.TreeKind
 
THROW - Static variable in class harpoon.Tools.Annotation.Sym
 
THROW - Static variable in class harpoon.Tools.PatMat.Sym
 
THROW(QuadFactory, HCodeElement, Temp) - Constructor for class harpoon.IR.Quads.THROW
Creates a THROW representing a exception throw statement.
THROW(TreeFactory, HCodeElement, Exp, Exp) - Constructor for class harpoon.IR.Tree.THROW
Constructor
throwable - Variable in class harpoon.IR.Quads.THROW
 
throwable() - Method in class harpoon.IR.Quads.THROW
Returns the Temp containing the exception object to throw.
THROWS - Static variable in class harpoon.Tools.Annotation.Sym
 
TIME - Static variable in class harpoon.Analysis.ReachingDefs
 
TIME - Static variable in class harpoon.Analysis.Instr.RegAlloc
Flags whether timing information should be printed to System.out.
timeElapsed() - Method in class harpoon.Util.Timer
Return the cumulative amount of time elapsed between starts and stops in milliseconds.
Timer - class harpoon.Util.Timer.
Timer keeps track of how much time accumulates between successive calls to start and stop.
Timer() - Constructor for class harpoon.Util.Timer
Create a new Timer and initialize timeElapsed to 0.
TIMING - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Turns on the printing of some timing info.
TIMING - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Turns on the priniting of some timing info.
TIMING - Static variable in class harpoon.Analysis.PointerAnalysis.InterThreadPA
Displays some time statistics.
tnode(Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.Liveness
 
tnode(Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.InterferenceGraph
 
to - Variable in class harpoon.IR.Assem.InstrEdge
 
to() - Method in interface harpoon.ClassFile.HCodeEdge
Returns the destination of the HCodeEdge.
to() - Method in class harpoon.IR.Properties.CFGEdge
Returns the destination of this HCodeEdge.
toArray() - Method in class harpoon.Util.Collections.UniqueVector
 
toArray() - Method in class harpoon.Util.Collections.CollectionWrapper
 
toArray(Object[]) - Method in class harpoon.Util.Collections.UniqueVector
 
toArray(Object[]) - Method in class harpoon.Util.Collections.CollectionWrapper
 
toAssem(Instr) - Method in class harpoon.Backend.Generic.Code
Overrides superclass implementation of toAssem to return an empty string if instr can be safely eliminated from output.
toAssem(Instr) - Method in class harpoon.IR.Assem.Code
Produces an assembly code string for instr.
ToAsync - class harpoon.Analysis.EventDriven.ToAsync.
ToAsync
ToAsync(CachingCodeFactory, HCode, ClassHierarchy, Linker, boolean, MetaCallGraph, boolean, Set) - Constructor for class harpoon.Analysis.EventDriven.ToAsync
Creates a ToAsync.
toBop() - Method in class harpoon.Tools.PatMat.Spec.Leaf
 
toBop() - Method in class harpoon.Tools.PatMat.Spec.LeafOp
 
ToCanonicalTree - class harpoon.IR.Tree.ToCanonicalTree.
The ToCanonicalTree class translates tree code to canonical tree code (no ESEQ).
ToCanonicalTree(TreeFactory, TreeCode) - Constructor for class harpoon.IR.Tree.ToCanonicalTree
Class constructor.
toCFG() - Method in class harpoon.IR.Assem.InstrEdge
 
toCFG() - Method in class harpoon.IR.Properties.CFGEdge
Returns the destination of this HCodeEdge.
toCFG() - Method in class harpoon.IR.Quads.Edge
Returns the destination vertex of this Edge.
toExpList(List) - Static method in class harpoon.IR.Tree.ExpList
 
toList(LabelList) - Static method in class harpoon.Temp.LabelList
Deprecated. Converts a LabelList to a java.util.List.
ToNoSSA - class harpoon.IR.Quads.ToNoSSA.
The ToNoSSA class implements the translation between SSA and No-SSA form.
ToNoSSA(QuadFactory, Code) - Constructor for class harpoon.IR.Quads.ToNoSSA
 
ToNoSSA(QuadFactory, Code, Derivation) - Constructor for class harpoon.IR.Quads.ToNoSSA
 
ToNoSSA(QuadFactory, Code, TypeMap) - Constructor for class harpoon.IR.Quads.ToNoSSA
 
TOP - Static variable in class harpoon.Analysis.PreciseGC.MRA.MRAToken
 
topDown() - Method in class harpoon.Analysis.SESE
Iterate through SESE regions, top-down.
topLevel - Variable in class harpoon.Analysis.SESE
Root of Region tree.
topSort(SCComponent) - Static method in class harpoon.Util.Graphs.SCCTopSortedGraph
Sorts all the strongly connected component reachable from root in decreasing topological order.
topSort(Set) - Static method in class harpoon.Util.Graphs.SCCTopSortedGraph
Sorts all the strongly connected component reachable from one of the SCComponents from roots in decreasing topological order.
toStm(List) - Static method in class harpoon.IR.Tree.Stm
Returns a tree-based representation of list.
toString() - Method in class harpoon.Analysis.SESE.Region
 
toString() - Method in class harpoon.Analysis.FCFGBasicBlock
Returns a string identifying this FCFGBasicBlock.
toString() - Method in class harpoon.Analysis.Context
 
toString() - Method in class harpoon.Analysis.BasicBlock
 
toString() - Method in class harpoon.Analysis.BasicBlock.Factory
 
toString() - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo
 
toString() - Method in class harpoon.Analysis.GraphColoring.Node
 
toString() - Method in class harpoon.Analysis.GraphColoring.DefaultSparseNode
 
toString() - Method in class harpoon.Analysis.Instr.SpillHeuristics.SpillHeuristic
 
toString() - Method in class harpoon.Analysis.Instr.LocalCffRegAlloc.PreassignTemp
 
toString() - Method in class harpoon.Analysis.LowQuad.Loop.LoopAnalysis.ForLoopInfo
toString returns a string representation of the for loop.
toString() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
toString method returns string describing contents of the class.
toString() - Method in class harpoon.Analysis.Maps.Derivation.DList
Returns a human-readable description of this DList.
toString() - Method in class harpoon.Analysis.MetaMethods.MetaMethod
Pretty printer for debug purposes.
toString() - Method in class harpoon.Analysis.MetaMethods.GenType
Pretty printer for debug purposes.
toString() - Method in class harpoon.Analysis.Partition.WeightedGraph
 
toString() - Method in class harpoon.Analysis.Partition.WGNode
 
toString() - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Pretty-print function for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.ParIntGraph
Pretty-print function for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.PAThreadMap
Pretty print function for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.PASync
String representation for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Pretty-print function for debug purposes
toString() - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Pretty-print debug function.
toString() - Method in class harpoon.Analysis.PointerAnalysis.PAEdge
String representation for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Pretty-print function for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
toString() - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
Pretty-print debug function.
toString() - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Pretty-printer for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.MyAP
Pretty printer for debug.
toString() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Pretty-print function for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Pretty-print debug function.
toString() - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
String representation for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
Pretty-printer for debug purposes.
toString() - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
toString() - Method in class harpoon.Analysis.PreciseGC.MRA.MRAToken
Returns a String representation of the Token.
toString() - Method in class harpoon.Analysis.Quads.QuadCounter
Print a textual representation of this QuadCounter.
toString() - Method in class harpoon.Analysis.Quads.QuadClassHierarchy
Returns a human-readable representation of the hierarchy.
toString() - Method in class harpoon.Analysis.Quads.MustParamOracle
 
toString() - Method in class harpoon.Analysis.Transactions.BitFieldNumbering.BitFieldTuple
 
toString() - Method in class harpoon.Analysis.Transformation.MethodSplitter.Token
Returns a human-readable representation of this token.
toString() - Method in class harpoon.Analysis.Tree.Simplification.Rule
Returns a human-readable name for this rule.
toString() - Method in class harpoon.Analysis.TypeInference.IntraProc
 
toString() - Method in class harpoon.Backend.CSAHack.Graph.Node
 
toString() - Method in interface harpoon.ClassFile.HMethod
Returns a string describing this HMethod.
toString() - Method in interface harpoon.ClassFile.HField
Return a string describing this HField.
toString() - Method in interface harpoon.ClassFile.HConstructor
Return a string describing this Constructor.
toString() - Method in class harpoon.ClassFile.HCode
Returns a human-readable representation of this HCode.
toString() - Method in class harpoon.ClassFile.HClass
Converts the object to a string.
toString() - Method in class harpoon.IR.Assem.InstrGroup
 
toString() - Method in class harpoon.IR.Assem.InstrGroup.Type
 
toString() - Method in class harpoon.IR.Assem.InstrFactory
Returns a human-readable representation for this InstrFactory.
toString() - Method in class harpoon.IR.Assem.InstrEdge
 
toString() - Method in class harpoon.IR.Assem.Instr
Returns a string representation of the Instr.
toString() - Method in class harpoon.IR.Bytecode.Operand
Return a human-readable representation of this Operand.
toString() - Method in class harpoon.IR.Bytecode.OpMethod
Return the canonical name of the method referenced.
toString() - Method in class harpoon.IR.Bytecode.OpLocalVariable
Return a human-readable representation of this Operand.
toString() - Method in class harpoon.IR.Bytecode.OpField
Return the canonical name of this field.
toString() - Method in class harpoon.IR.Bytecode.OpConstant
Return a human-readable representation of this OpConstant.
toString() - Method in class harpoon.IR.Bytecode.OpClass
Return a human-readable string given the value of this object.
toString() - Method in class harpoon.IR.Bytecode.InSwitch
Return human-readable instruction string.
toString() - Method in class harpoon.IR.Bytecode.InRet
 
toString() - Method in class harpoon.IR.Bytecode.InMerge
Return human-readable representation.
toString() - Method in class harpoon.IR.Bytecode.InGen
Return human-readable instruction string.
toString() - Method in class harpoon.IR.Bytecode.InCti
Return human-readable instruction string.
toString() - Method in class harpoon.IR.Bytecode.Code.ExceptionEntry
 
toString() - Method in class harpoon.IR.LowQuad.PSET
 
toString() - Method in class harpoon.IR.LowQuad.POPER
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.LowQuad.PMOFFSET
 
toString() - Method in class harpoon.IR.LowQuad.PMETHOD
 
toString() - Method in class harpoon.IR.LowQuad.PMCONST
 
toString() - Method in class harpoon.IR.LowQuad.PGET
 
toString() - Method in class harpoon.IR.LowQuad.PFOFFSET
 
toString() - Method in class harpoon.IR.LowQuad.PFIELD
 
toString() - Method in class harpoon.IR.LowQuad.PFCONST
 
toString() - Method in class harpoon.IR.LowQuad.PCALL
 
toString() - Method in class harpoon.IR.LowQuad.PARRAY
 
toString() - Method in class harpoon.IR.LowQuad.PAOFFSET
 
toString() - Method in class harpoon.IR.LowQuad.LowQuadFactory
 
toString() - Method in class harpoon.IR.Quads.TYPESWITCH
Returns human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.TYPECAST
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.THROW
Returns human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.SWITCH
Returns human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.SIGMA
 
toString() - Method in class harpoon.IR.Quads.SET
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.RETURN
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.QuadFactory
Returns a human-readable representation for this QuadFactory.
toString() - Method in class harpoon.IR.Quads.Quad
Force everyone to reimplement toString()
toString() - Method in class harpoon.IR.Quads.PHI
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.OPER
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.NOP
Returns human-readable representation.
toString() - Method in class harpoon.IR.Quads.NEW
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.MOVE
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.MONITOREXIT
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.MONITORENTER
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.METHOD
Returns human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.LABEL
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.INSTANCEOF
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.HEADER
Returns human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.HANDLER
Returns human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.GET
Returns human-readable representation.
toString() - Method in class harpoon.IR.Quads.FOOTER
Returns human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.Edge
Returns a human-readable representation of the Edge.
toString() - Method in class harpoon.IR.Quads.DEBUG
Returns a human-readable version of the DEBUG quad.
toString() - Method in class harpoon.IR.Quads.CONST
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.COMPONENTOF
Returns a human-readable representation of this Quad.
toString() - Method in class harpoon.IR.Quads.CJMP
Returns human-readable representation.
toString() - Method in class harpoon.IR.Quads.CALL
Returns human-readable representation.
toString() - Method in class harpoon.IR.Quads.ASET
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.ARRAYINIT
Returns human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.ANEW
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.ALENGTH
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.Quads.AGET
Returns a human-readable representation of this quad.
toString() - Method in class harpoon.IR.RawClass.LineNumberTable
Human-readable string:
toString() - Method in class harpoon.IR.RawClass.InnerClass
Human-readable representation.
toString() - Method in class harpoon.IR.RawClass.ExceptionTable
Human-readable representation.
toString() - Method in class harpoon.IR.RawClass.ConstantUtf8
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantString
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantNameAndType
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantMethodref
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantLong
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantInterfaceMethodref
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantInteger
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantFloat
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantFieldref
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantDouble
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.ConstantClass
Create a human-readable representation of this constant.
toString() - Method in class harpoon.IR.RawClass.Constant
Create a human-readable representation for the Constant.
toString() - Method in class harpoon.IR.RawClass.Attribute
Create a human-readable representation for the Attribute.
toString() - Method in class harpoon.IR.RawClass.AccessFlags
Returns a string with the access flags in canonical order.
toString() - Method in class harpoon.IR.Tree.UNOP
 
toString() - Method in class harpoon.IR.Tree.TreeFactory
Returns a human-readable representation for this TreeFactory.
toString() - Method in class harpoon.IR.Tree.THROW
 
toString() - Method in class harpoon.IR.Tree.TEMP
 
toString() - Method in class harpoon.IR.Tree.SEQ
 
toString() - Method in class harpoon.IR.Tree.SEGMENT
 
toString() - Method in class harpoon.IR.Tree.RETURN
 
toString() - Method in class harpoon.IR.Tree.NATIVECALL
 
toString() - Method in class harpoon.IR.Tree.NAME
 
toString() - Method in class harpoon.IR.Tree.MOVE
 
toString() - Method in class harpoon.IR.Tree.METHOD
Returns human-readable representation of this Tree.
toString() - Method in class harpoon.IR.Tree.MEM
 
toString() - Method in class harpoon.IR.Tree.LABEL
 
toString() - Method in class harpoon.IR.Tree.JUMP
 
toString() - Method in class harpoon.IR.Tree.ExpList
 
toString() - Method in class harpoon.IR.Tree.EXPR
 
toString() - Method in class harpoon.IR.Tree.ESEQ
 
toString() - Method in class harpoon.IR.Tree.Data.TreeFactory
 
toString() - Method in class harpoon.IR.Tree.DATUM
 
toString() - Method in class harpoon.IR.Tree.Code.TreeFactory
 
toString() - Method in class harpoon.IR.Tree.CONST
 
toString() - Method in class harpoon.IR.Tree.CJUMP
 
toString() - Method in class harpoon.IR.Tree.CALL
 
toString() - Method in class harpoon.IR.Tree.BINOP
 
toString() - Method in class harpoon.IR.Tree.ALIGN
 
toString() - Method in class harpoon.Interpret.Tree.UndefinedPointer
Returns a human-readable representation of this UndefinedPointer.
toString() - Method in class harpoon.Interpret.Tree.StringPointer
 
toString() - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Returns a human-readable representation of this InterfaceListPointer.
toString() - Method in class harpoon.Runtime.Transactions.TransactionAbortException
 
toString() - Method in class harpoon.Temp.TempList
 
toString() - Method in class harpoon.Temp.TempFactory
Human-readable representation of TempFactory
toString() - Method in class harpoon.Temp.Temp
Returns a string representation of this temporary.
toString() - Method in class harpoon.Temp.Label
a printable representation of the label, for use in assembly language output.
toString() - Method in class harpoon.Tools.Annotation.Lex.LinePos
Human-readable representation.
toString() - Method in class harpoon.Tools.Annotation.Lex.Identifier
 
toString() - Method in class harpoon.Tools.PatMat.Spec
 
toString() - Method in class harpoon.Tools.PatMat.Spec.Rule
 
toString() - Method in class harpoon.Tools.PatMat.Spec.RuleExp
 
toString() - Method in class harpoon.Tools.PatMat.Spec.RuleStm
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpId
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpBinop
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpConst
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpMem
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpName
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpTemp
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpUnop
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmAlign
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmCall
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmCjump
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmData
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmExp
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmJump
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmLabel
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmMethod
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmMove
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmNativeCall
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmReturn
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmSegment
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmSeq
 
toString() - Method in class harpoon.Tools.PatMat.Spec.StmThrow
 
toString() - Method in class harpoon.Tools.PatMat.Spec.LeafId
 
toString() - Method in class harpoon.Tools.PatMat.Spec.LeafNull
 
toString() - Method in class harpoon.Tools.PatMat.Spec.LeafOp
 
toString() - Method in class harpoon.Tools.PatMat.Spec.LeafSegType
 
toString() - Method in class harpoon.Tools.PatMat.Spec.LeafNumber
 
toString() - Method in class harpoon.Tools.PatMat.Spec.DetailExtra
 
toString() - Method in class harpoon.Tools.PatMat.Spec.DetailPredicate
 
toString() - Method in class harpoon.Tools.PatMat.Spec.DetailWeight
 
toString() - Method in class harpoon.Tools.PatMat.Spec.TypeSet
 
toString() - Method in class harpoon.Tools.PatMat.Spec.RuleList
 
toString() - Method in class harpoon.Tools.PatMat.Spec.ExpList
 
toString() - Method in class harpoon.Tools.PatMat.Spec.DetailList
 
toString() - Method in class harpoon.Tools.PatMat.Spec.IdList
 
toString() - Method in class harpoon.Util.Tuple
Returns a human-readable description of this Tuple.
toString() - Method in class harpoon.Util.Timer
Return a string representing the current state of the timer.
toString() - Method in class harpoon.Util.ParseUtil.BadLineException
 
toString() - Method in class harpoon.Util.BitString
Converts the BitString to a String.
toString() - Method in class harpoon.Util.Collections.UniqueVector
Returns a string representation of this vector.
toString() - Method in class harpoon.Util.Collections.RedBlackTree.RBNode
 
toString() - Method in class harpoon.Util.Collections.PersistentSet
Human-readable representation of the set.
toString() - Method in class harpoon.Util.Collections.PersistentMap
Human-readable representation of the map.
toString() - Method in class harpoon.Util.Collections.MapWrapper
 
toString() - Method in interface harpoon.Util.Collections.Heap
Returns a string representation of this Heap.
toString() - Method in class harpoon.Util.Collections.GenericMultiMap
 
toString() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
toString() - Method in class harpoon.Util.Collections.DisjointSet
Returns a human-readable representation of the DisjointSet.
toString() - Method in class harpoon.Util.Collections.CollectionWrapper
 
toString() - Method in class harpoon.Util.Collections.BinaryTree.Node
 
toString() - Method in class harpoon.Util.Collections.AbstractMapEntry
Returns a human-readable representation of this map entry.
toString() - Method in class harpoon.Util.Collections.AbstractHeap
 
toString() - Method in class harpoon.Util.Constraints.InclusionConstraints.Var
String representation of this variable: \quot;Vid" where id is a unique integer id.
toString() - Method in class harpoon.Util.Constraints.InclusionConstraints.AtomSet
String representation of this set of atoms: simply the string representation of the underlying string.
toString() - Method in class harpoon.Util.DataStructs.RelationImpl
Pretty-print function for debug.
toString() - Method in class harpoon.Util.DataStructs.LightMap
 
toString() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
toString() - Method in class harpoon.Util.Graphs.SCComponent
Pretty print debug function.
toString() - Method in class harpoon.Util.LightBasicBlocks.LightBasicBlock
String representation.
toString() - Method in class harpoon.Util.TypeInference.ExactTemp
Pretty printer for debug.
toString(byte) - Static method in class harpoon.IR.Bytecode.Op
Get the human-readable name of a given opcode.
toString(int) - Static method in class harpoon.IR.LowQuad.LQop
 
toString(int) - Static method in class harpoon.IR.Quads.Qop
Converts the enumerated Qop value to a descriptive string.
toString(int) - Static method in class harpoon.IR.Tree.Uop
Converts the enumerated Uop value to a human-readable string.
toString(int) - Static method in class harpoon.IR.Tree.Type
Return a string describing the given enumerated type.
toString(int) - Static method in class harpoon.IR.Tree.Bop
Converts the enumerated Bop value to a human-readable string.
toString(MetaCallGraph) - Method in class harpoon.Util.Graphs.SCComponent
Pretty print debug function for SCC's of MetaMethods.
toString(PreciselyTyped) - Static method in class harpoon.IR.Tree.Type
Return a string describing the type of a PreciselyTyped expression.
toString(String) - Method in class harpoon.Analysis.PointerAnalysis.EdgesNCallees
Pretty-print debug function.
total_time - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
totallockcount - Static variable in class harpoon.Analysis.Quads.CollectSyncStats
 
totalnewcount - Static variable in class harpoon.Analysis.Quads.CollectSyncStats
 
touch_thread(PANode) - Method in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
Records the fact that the started thread nt is accessed by its direct startee.
touched_memalloc_phase - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
touched_syncelim_phase - Variable in class harpoon.Analysis.PointerAnalysis.ODNodeStatus
 
TOUCHED_THREAD_SUPPORT - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Controls the recording of data about the thread nodes that are touched after being started.
touched_threads - Variable in class harpoon.Analysis.PointerAnalysis.ODParIntGraph
The set of thread objects that are accessed after they are started.
toUop() - Method in class harpoon.Tools.PatMat.Spec.Leaf
 
toUop() - Method in class harpoon.Tools.PatMat.Spec.LeafOp
 
toUTF8(String) - Static method in class harpoon.Backend.Runtime1.Data
Make a java-style UTF-8 encoded byte array for a string.
TransactionAbortException - exception harpoon.Runtime.Transactions.TransactionAbortException.
A TransactionAbortException is thrown to indicate the forced-suicide of a transaction.
TransactionAbortException(CommitRecord) - Constructor for class harpoon.Runtime.Transactions.TransactionAbortException
Creates a TransactionAbortException that will abort all parent subtransactions up to that specified by abortUpTo.
transfer(HCodeElement, HCodeElement, Temp[], TempMap, Derivation) - Method in class harpoon.IR.LowQuad.DerivationMap
Transfer typings from one Derivation to another, using an appropriate TempMap.
transfer(HCodeElement, HCodeElement, TempMap, AllocationInformation) - Method in class harpoon.Analysis.AllocationInformationMap
Transfer allocation information from the oldallocsite to newallocsite using the specified TempMap and old AllocationInformation.
transferHandlers(Quad, Quad) - Static method in class harpoon.IR.Quads.Quad
Update the handlers for newQ to match the handlers for oldQ, removing handlers from oldQ in the process.
transform() - Method in class harpoon.Analysis.EventDriven.ToAsync
 
TRANSIENT - Static variable in class harpoon.Tools.Annotation.Sym
 
translate(HCode) - Method in class harpoon.Backend.PreciseC.TreeToC
 
translate(HData) - Method in class harpoon.Backend.PreciseC.TreeToC
 
Translation - class harpoon.IR.Tree.Translation.
Translation is an empty class wrapper for various special context-sensitive Tree.Exp wrappers.
Translation.Cx - class harpoon.IR.Tree.Translation.Cx.
The Translation.Cx abstract class specifies how to evaluate a conditional as an expression or as a side-effects-only statement.
Translation.Cx() - Constructor for class harpoon.IR.Tree.Translation.Cx
 
Translation.Ex - class harpoon.IR.Tree.Translation.Ex.
The Translation.Ex class is a Translation.Exp representing a value expression.
Translation.Ex(Exp) - Constructor for class harpoon.IR.Tree.Translation.Ex
 
Translation.Exp - class harpoon.IR.Tree.Translation.Exp.
The Translation.Exp class represents an expression that might be used in several different ways: as a value, as a branch condition, or as code to be executed for side-effects only.
Translation.Exp() - Constructor for class harpoon.IR.Tree.Translation.Exp
 
Translation.Nx - class harpoon.IR.Tree.Translation.Nx.
The Translation.Nx class is a Translation.Exp representing a statement.
Translation.Nx(Stm) - Constructor for class harpoon.IR.Tree.Translation.Nx
 
Translation() - Constructor for class harpoon.IR.Tree.Translation
 
tree - Variable in class harpoon.IR.Tree.Code
The Tree Objects composing this code view.
Tree - class harpoon.IR.Tree.Tree.
Tree is the base class for the tree representation.
Tree.CloneCallback - interface harpoon.IR.Tree.Tree.CloneCallback.
Callback interface to tree cloning code to allow you to update type and other annotations as the tree is cloned.
Tree(TreeFactory, HCodeElement, int) - Constructor for class harpoon.IR.Tree.Tree
 
TreeBuilder - class harpoon.Backend.Runtime1.TreeBuilder.
Runtime1.TreeBuilder is an implementation of Generic.Runtime.TreeBuilder which creates accessor expressions for the Runtime1 runtime.
TreeBuilder - class harpoon.Backend.Runtime2.TreeBuilder.
Runtime2.TreeBuilder is an implementation of Generic.Runtime.TreeBuilder which creates accessor expressions for the Runtime1 runtime.
TreeBuilder(Runtime, Linker, AllocationStrategy, boolean, int) - Constructor for class harpoon.Backend.Runtime1.TreeBuilder
 
TreeBuilder(Runtime, Linker, AllocationStrategy, boolean, int) - Constructor for class harpoon.Backend.Runtime2.TreeBuilder
 
TreeCode - class harpoon.IR.Tree.TreeCode.
 
TreeCode(HMethod, Tree, Frame, TreeDerivation) - Constructor for class harpoon.IR.Tree.TreeCode
 
treeCodeFactory(Frame, HCodeFactory) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierPrePass
Return an HCodeFactory that will clean up the tree form of the transformed code by performing some optimizations which can't be represented in quad form.
treeCodeFactory(Frame, HCodeFactory) - Method in class harpoon.Analysis.Transactions.SyncTransformer
Return an HCodeFactory that will clean up the tree form of the transformed code by performing some optimizations which can't be represented in quad form.
treeCodeFactory(Frame, HCodeFactory, ClassHierarchy) - Method in class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass
Return an HCodeFactory that will clean up the tree form of the transformed code by performing some optimizations which can't be represented in quad form.
TreeDerivation - interface harpoon.IR.Tree.TreeDerivation.
TreeDerivation provides a means to access type and derivation information for any Tree.Exp in a code representation.
TreeFactory - class harpoon.IR.Tree.TreeFactory.
A TreeFactory is responsible for assigning unique numbers to the Tree Exps and Stms in a method, and for maintaining method-wide information (a pointer to the parent HCode, a pointer to a harpoon.Backend.Generic.Frame, etc.).
TreeFactory() - Constructor for class harpoon.IR.Tree.TreeFactory
 
TreeFolding - class harpoon.Analysis.Tree.TreeFolding.
The TreeFolding class performs tree folding on a tree code in canonical form.
TreeFolding(Code) - Constructor for class harpoon.Analysis.Tree.TreeFolding
Constructs a new TreeFolding object for the code.
TreeKind - class harpoon.IR.Tree.TreeKind.
TreeKind is an enumerated type for the various kinds of Trees.
TreeKind() - Constructor for class harpoon.IR.Tree.TreeKind
 
treeSetFactory - Static variable in class harpoon.Util.Collections.Factories
A SetFactory that generates TreeSets.
TreeSolver - class harpoon.Analysis.DataFlow.TreeSolver.
A blatant rip-off of Whaley's QuadSolver class, used to solve data flow equations (baby).
TreeSolver() - Constructor for class harpoon.Analysis.DataFlow.TreeSolver
 
TreeToC - class harpoon.Backend.PreciseC.TreeToC.
TreeToC converts Tree form to C code (used as a "portable assembly language").
TreeToC(Writer) - Constructor for class harpoon.Backend.PreciseC.TreeToC
Creates a TreeToC.
TreeUseDefer - class harpoon.IR.Tree.TreeUseDefer.
TreeUseDefer implements the Properties.UseDefer interface for non-SEQ Stms of a tree.
TreeUseDefer(Code) - Constructor for class harpoon.IR.Tree.TreeUseDefer
Creates a UseDefer.
TreeVerifyingVisitor - class harpoon.IR.Tree.TreeVerifyingVisitor.
TreeVerifyingVisitor is a generic Tree Visitor for verifying particular properties about the Tree Intermediate Representation for a given Tree.
TreeVerifyingVisitor.NoRepeats - class harpoon.IR.Tree.TreeVerifyingVisitor.NoRepeats.
 
TreeVerifyingVisitor.NoRepeats() - Constructor for class harpoon.IR.Tree.TreeVerifyingVisitor.NoRepeats
 
TreeVerifyingVisitor() - Constructor for class harpoon.IR.Tree.TreeVerifyingVisitor
Creates a TreeVerifyingVisitor.
TreeVisitor - class harpoon.IR.Tree.TreeVisitor.
TreeVisitor is a Design Pattern, courtesy of Martin.
TreeVisitor() - Constructor for class harpoon.IR.Tree.TreeVisitor
 
trimToSize() - Method in class harpoon.Util.Collections.UniqueVector
Trims the capacity of this vector to be the vector's current size.
TRY - Static variable in class harpoon.Tools.Annotation.Sym
 
tSpecialize(Map, MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PASync
Does the thread-specialization of this action.
tSpecialize(Map, MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.ActionRepository
 
tSpecialize(MetaMethod) - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the specialized node of this node for the thread body (ie the run() method) run.
Tuple - class harpoon.Util.Tuple.
A Tuple is an ordered list of objects that works properly in Hashtables & etc.
Tuple(Object[]) - Constructor for class harpoon.Util.Tuple
Creates a Tuple.
Tuple(Object[], Comparator) - Constructor for class harpoon.Util.Tuple
Creates a Comparable Tuple which will use the specified Comparator to do object comparisons.
TwoWordTemp - class harpoon.Backend.StrongARM.TwoWordTemp.
TwoWordTemp
TwoWordTemp(TempFactory) - Constructor for class harpoon.Backend.StrongARM.TwoWordTemp
Creates a TwoWordTemp.
TwoWordTemp(TempFactory, Temp, Temp) - Constructor for class harpoon.Backend.StrongARM.TwoWordTemp
 
type - Variable in class harpoon.Analysis.Maps.ExactTypeMap.ExactType
 
type - Variable in class harpoon.Analysis.PointerAnalysis.PANode
The type of the node
type - Variable in class harpoon.IR.LowQuad.PSET
The type of the object we are storing.
type - Variable in class harpoon.IR.LowQuad.PGET
The type of the object we are fetching.
type - Variable in class harpoon.IR.Quads.CONST
The type of the constant value.
type - Variable in class harpoon.IR.Quads.ASET
The component type of the referenced array.
type - Variable in class harpoon.IR.Quads.ARRAYINIT
The component type.
type - Variable in class harpoon.IR.Quads.AGET
The component type of the referenced array.
type - Variable in class harpoon.IR.Tree.TEMP
The type of this Temp expression.
type - Variable in class harpoon.IR.Tree.MEM
The type of this memory reference expression.
type - Variable in class harpoon.IR.Tree.CONST
The type of this CONST expression.
type - Variable in class harpoon.Tools.PatMat.Spec.DetailExtra
 
Type - class harpoon.IR.Tree.Type.
Type enumerates the possible Tree expression types.
type() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the type of the node.
type() - Method in interface harpoon.Backend.Generic.Runtime.ObjectBuilder.Info
 
type() - Method in class harpoon.IR.LowQuad.PSET
Returns the type of the field or array element we are storing.
type() - Method in class harpoon.IR.LowQuad.PGET
Returns the type of the field or array element we are fetching.
type() - Method in class harpoon.IR.Quads.CONST
Returns the type of the constant value.
type() - Method in class harpoon.IR.Quads.ASET
Returns the component type of the referenced array.
type() - Method in class harpoon.IR.Quads.ARRAYINIT
Returns the component type of the array to be initialized.
type() - Method in class harpoon.IR.Quads.AGET
Returns the component type of the referenced array.
type() - Method in class harpoon.IR.Tree.UNOP
Returns an int identifying the TYPE that this unary operation returns.
type() - Method in interface harpoon.IR.Tree.Typed
Returns enumerated constant (INT, LONG, FLOAT, DOUBLE, or POINTER) corresponding to the type of the expression.
type() - Method in class harpoon.IR.Tree.THROW
 
type() - Method in class harpoon.IR.Tree.TEMP
 
type() - Method in class harpoon.IR.Tree.RETURN
 
type() - Method in class harpoon.IR.Tree.OPER
Return result type.
type() - Method in class harpoon.IR.Tree.NAME
 
type() - Method in class harpoon.IR.Tree.MOVE
 
type() - Method in class harpoon.IR.Tree.MEM
 
type() - Method in class harpoon.IR.Tree.Exp
Result type.
type() - Method in class harpoon.IR.Tree.ESEQ
 
type() - Method in class harpoon.IR.Tree.CONST
 
type() - Method in class harpoon.IR.Tree.BINOP
 
Type() - Constructor for class harpoon.IR.Tree.Type
 
TYPECAST - class harpoon.IR.Quads.TYPECAST.
TYPECAST performs a typecast on a given variable.
TYPECAST - Static variable in class harpoon.IR.Quads.QuadKind
 
TYPECAST(QuadFactory, HCodeElement, Temp, HClass) - Constructor for class harpoon.IR.Quads.TYPECAST
Creates a TYPECAST representing a type cast.
Typed - interface harpoon.IR.Tree.Typed.
The Typed interface allows access to type information for Exps (including TEMP, MEM, CONST, OPER, and UNOP) and the Stms THROW, RETURN, and MOVE.
TypeInference - class harpoon.Util.TypeInference.TypeInference.
TypeInference is a very simple type inference module.
TypeInference(HMethod, HCode, Set) - Constructor for class harpoon.Util.TypeInference.TypeInference
Creates a TypeInference.
TypeInfo - class harpoon.Analysis.Quads.TypeInfo.
TypeInfo is a simple type analysis tool for quad-ssi form.
TypeInfo(Code) - Constructor for class harpoon.Analysis.Quads.TypeInfo
Creates a TypeInfo analyzer for the specified HCode, which must be in quad-ssi form.
TypeInfo(Code, UseDefMap) - Constructor for class harpoon.Analysis.Quads.TypeInfo
Creates a TypeInfo analyzer for the specified HCode, which must be in quad-ssi form.
TypeInfo(Code, UseDefMap, boolean) - Constructor for class harpoon.Analysis.Quads.TypeInfo
Creates a TypeInfo analyzer for the specified HCode, which must be in quad-ssi form.
typemap - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
typeMap - Variable in class harpoon.IR.Quads.QuadNoSSA
Type information for this code view.
TypeMap - interface harpoon.Analysis.Maps.TypeMap.
A TypeMap is a mapping from temporaries to their types.
TypeMap.TypeNotKnownException - exception harpoon.Analysis.Maps.TypeMap.TypeNotKnownException.
TypeNotKnownException is thrown to indicate that the TypeMap does not have type information for the specified Temp in the given HCodeElement.
TypeMap.TypeNotKnownException(HCodeElement, Temp) - Constructor for class harpoon.Analysis.Maps.TypeMap.TypeNotKnownException
 
typeMap() - Method in class harpoon.IR.Quads.QuadWithTry
Returns a TypeMap if there is one, or null otherwise
typeMap(Exp) - Method in interface harpoon.IR.Tree.TreeDerivation
Returns the type of a given tree expression exp.
typeMap(Exp) - Method in class harpoon.IR.Tree.DerivationGenerator
 
typeMap(HCodeElement, Temp) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadSSI
 
typeMap(HCodeElement, Temp) - Method in class harpoon.Analysis.LowQuad.Loop.MyLowQuadNoSSA
 
typeMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Maps.TypeMapProxy
 
typeMap(HCodeElement, Temp) - Method in interface harpoon.Analysis.Maps.TypeMap
Return the type of a given temporary t, as defined at the definition point hce.
typeMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.TypeInfo
 
typeMap(HCodeElement, Temp) - Method in class harpoon.Analysis.Quads.SCC.SCCAnalysis
Determine the static type of Temp t in HMethod m.
typeMap(HCodeElement, Temp) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the static type of Temp t in HMethod m.
typeMap(HCodeElement, Temp) - Method in class harpoon.Backend.CSAHack.RegAlloc.DerivationGenerator
 
typeMap(HCodeElement, Temp) - Method in class harpoon.IR.LowQuad.DerivationMap
 
typeMap(HField) - Method in class harpoon.Analysis.SizeOpt.BitWidthAnalysis
Determine the static type of Temp t in HMethod m.
TypeMapProxy - class harpoon.Analysis.Maps.TypeMapProxy.
A TypeMapProxy implements a TypeMap for a cloned HCode given the HCodeAndMaps which specifies its relationship to an HCode for which a TypeMap is known.
TypeMapProxy(HCodeAndMaps, TypeMap) - Constructor for class harpoon.Analysis.Maps.TypeMapProxy
Creates a TypeMapProxy.
types - Variable in class harpoon.Tools.PatMat.Spec.ExpBinop
Types of values that this operates on.
types - Variable in class harpoon.Tools.PatMat.Spec.ExpConst
The set of types that value may take.
types - Variable in class harpoon.Tools.PatMat.Spec.ExpMem
The set of types that the values at addr may be.
types - Variable in class harpoon.Tools.PatMat.Spec.ExpTemp
The set of types that this may take.
types - Variable in class harpoon.Tools.PatMat.Spec.ExpUnop
Set of Types that this operates on.
types - Variable in class harpoon.Tools.PatMat.Spec.StmMove
The set of Types that src and dst may be (they will always be the same type).
types - Variable in class harpoon.Tools.PatMat.Spec.StmReturn
The set of Types that retval may be.
TypesMain - class harpoon.Main.TypesMain.
PrintTypes
TypesMain() - Constructor for class harpoon.Main.TypesMain
 
TYPESWITCH - class harpoon.IR.Quads.TYPESWITCH.
TYPESWITCH represents a multiple-way branch dependent on the class type of the argument.
TYPESWITCH - Static variable in class harpoon.IR.Quads.QuadKind
 
TYPESWITCH(QuadFactory, HCodeElement, Temp, HClass[], Temp[][], Temp[], boolean) - Constructor for class harpoon.IR.Quads.TYPESWITCH
Creates a TYPESWITCH operation.
TYPESWITCH(QuadFactory, HCodeElement, Temp, HClass[], Temp[], boolean) - Constructor for class harpoon.IR.Quads.TYPESWITCH
Creates a typeswitch with arity defined by the keys array.
TypeSwitchRemover - class harpoon.Analysis.Quads.TypeSwitchRemover.
TypeSwitchRemover converts TYPESWITCH quads into chains of INSTANCEOF and CJMP quads.
TypeSwitchRemover(HCodeFactory) - Constructor for class harpoon.Analysis.Quads.TypeSwitchRemover
Creates a TypeSwitchRemover.

U

uc - Static variable in class harpoon.Util.UComp
 
ucf - Variable in class harpoon.Analysis.ContBuilder.ContBuilder
 
ucf - Variable in class harpoon.Analysis.EnvBuilder.EnvBuilder
 
ucf - Variable in class harpoon.Analysis.EventDriven.ToAsync
 
ucf - Variable in class harpoon.Analysis.EventDriven.EventDriven
 
UComp - class harpoon.Util.UComp.
UComp is an universal comparator, which compares any two objecs by simply compraing their string representation.
UComp() - Constructor for class harpoon.Util.UComp
 
ud - Variable in class harpoon.Analysis.ReachingDefsImpl
 
ud - Variable in class harpoon.Analysis.ReachingDefsAltImpl
 
ud - Variable in class harpoon.Analysis.DataFlow.LiveTemps
 
UnableToColorGraph - class harpoon.Analysis.GraphColoring.UnableToColorGraph.
UnableToColorGraph is a control-flow construct for indicating the provided Graph Coloring algorithm failed to color a given graph.
UnableToColorGraph() - Constructor for class harpoon.Analysis.GraphColoring.UnableToColorGraph
Creates a UncolorableGraphException.
UnableToColorGraph(String) - Constructor for class harpoon.Analysis.GraphColoring.UnableToColorGraph
Creates a UncolorableGraphException.
UnboundedGraphColorer - class harpoon.Analysis.GraphColoring.UnboundedGraphColorer.
UnboundedGraphColorer uses the graph coloring strategy provided by another GraphColorer to search for a near minimum number of colors required.
UnboundedGraphColorer(GraphColorer, ColorFactory) - Constructor for class harpoon.Analysis.GraphColoring.UnboundedGraphColorer
Creates a UnboundedGraphColorer.
unCx(TreeFactory, Label, Label) - Method in class harpoon.IR.Tree.Translation.Exp
 
unCxImpl(TreeFactory, Label, Label) - Method in class harpoon.IR.Tree.Translation.Exp
 
unCxImpl(TreeFactory, Label, Label) - Method in class harpoon.IR.Tree.Translation.Ex
 
unCxImpl(TreeFactory, Label, Label) - Method in class harpoon.IR.Tree.Translation.Nx
 
UndefinedPointer - class harpoon.Interpret.Tree.UndefinedPointer.
The UndefinedPointer class represents a pointer to a value for which the type is not known.
UndefinedPointer(UndefinedRef, long) - Constructor for class harpoon.Interpret.Tree.UndefinedPointer
Class constructor
UndefinedRef - class harpoon.Interpret.Tree.UndefinedRef.
UndefinedRef is a reference of an unknown type
UndefinedRef(StaticState) - Constructor for class harpoon.Interpret.Tree.UndefinedRef
Class constructor.
UndefinedRef(StaticState, Integer, Integer, ClazPointer) - Constructor for class harpoon.Interpret.Tree.UndefinedRef
Class constructor.
undoToMark(Environment.Mark) - Method in class harpoon.Util.Collections.PersistentEnvironment
Undo all changes since the supplied mark, restoring the map to its state at the time the mark was taken.
undoToMark(Environment.Mark) - Method in class harpoon.Util.Collections.HashEnvironment
 
undoToMark(Environment.Mark) - Method in interface harpoon.Util.Collections.Environment
Undo all changes since the supplied mark, restoring the map to its state at the time the mark was taken.
unEx(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Exp
 
unExImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Exp
 
unExImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Ex
 
unExImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Nx
 
unExImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Cx
 
Unfeasible - exception harpoon.Util.Constraints.Unfeasible.
Unfeasible is an exception that is thrown when a system of inclusion constraints is unfeasible.
Unfeasible(String) - Constructor for class harpoon.Util.Constraints.Unfeasible
Creates a Unfeasible.
ungroupedparameters() - Method in class harpoon.Analysis.PointerAnalysis.MethodHole
Return an array of set of possible actual parameters, each set corresponding to a formal parameter.
uninline(CALL) - Method in class harpoon.Analysis.Quads.MethodInliningCodeFactory
Marks a call site to not be inlined when code is generated.
union(BinomialHeap) - Method in class harpoon.Util.Collections.BinomialHeap
Merges all of the mappings from the specified map to this map.
union(FibonacciHeap) - Method in class harpoon.Util.Collections.FibonacciHeap
 
union(Heap) - Method in interface harpoon.Util.Collections.Heap
Merges all of the mappings from the specified Heap into this Heap.
union(Heap) - Method in class harpoon.Util.Collections.FibonacciHeap
 
union(Heap) - Method in class harpoon.Util.Collections.BinomialHeap
Add all the entries from the given heap to this one.
union(Heap) - Method in class harpoon.Util.Collections.BinaryHeap
 
union(Heap) - Method in class harpoon.Util.Collections.AbstractHeap
 
union(Object, Object) - Method in class harpoon.Util.Collections.DisjointSet
Unites the dynamic sets that contain o1 and o2, say S1 and S2, into a new set that is the union of these two sets.
union(PAEdgeSet) - Method in interface harpoon.Analysis.PointerAnalysis.PAEdgeSet
 
union(PAEdgeSet) - Method in class harpoon.Analysis.PointerAnalysis.LightPAEdgeSet
 
union(PAEdgeSet) - Method in class harpoon.Analysis.PointerAnalysis.AbstrPAEdgeSet
 
union(PAEscapeFunc) - Method in class harpoon.Analysis.PointerAnalysis.PAEscapeFunc
Computes the union of this PAEscapeFunc with e2.
union(Relation) - Method in class harpoon.Util.DataStructs.RelationImpl
 
union(Relation) - Method in interface harpoon.Util.DataStructs.Relation
Combines this relation with a new one.
union(Relation) - Method in class harpoon.Util.DataStructs.AbstrRelation
 
union(Set, Set) - Method in class harpoon.Backend.Generic.RuntimeInformation
Convenience method to union two sets, either or both of which may be unmodifiable.
union(Temp, Temp) - Method in class harpoon.Analysis.Instr.EqTempSets
Unifies t1 and t2.
uniqueClassName(String, Linker) - Static method in class harpoon.ClassFile.UniqueName
Make a unique class name from a given suggestion.
uniqueFieldName(String, HClass) - Static method in class harpoon.ClassFile.UniqueName
Make a unique field name from a given suggestion.
uniqueMethodName(String, HClass) - Static method in class harpoon.ClassFile.UniqueName
Make a unique method name from a given suggestion.
UniqueName - class harpoon.ClassFile.UniqueName.
UniqueName contains methods to create unique class, field, or method names.
UniqueName() - Constructor for class harpoon.ClassFile.UniqueName
 
UniqueStack - class harpoon.Util.Collections.UniqueStack.
The UniqueStack class represents a last-in-first-out stack of unique objects.
UniqueStack() - Constructor for class harpoon.Util.Collections.UniqueStack
Creates a UniqueStack.
UniqueStack(Collection) - Constructor for class harpoon.Util.Collections.UniqueStack
Constructs a UniqueStack containing the elements of the specified Collection, in the order they are returned by the collection's iterator in LIFO order.
UniqueVector - class harpoon.Util.Collections.UniqueVector.
A unique vector refuses to addElement duplicates.
UniqueVector() - Constructor for class harpoon.Util.Collections.UniqueVector
Constructs an empty UniqueVector.
UniqueVector(Collection) - Constructor for class harpoon.Util.Collections.UniqueVector
Constructs a vector containing the elements of the specified Collection, in the order they are returned by the collection's iterator.
UniqueVector(int) - Constructor for class harpoon.Util.Collections.UniqueVector
Constructs an empty UniqueVector with the specified initial capacity.
UNKNOWN_DC - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_E5 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_E6 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_E7 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_E8 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_E9 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_EA - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_EB - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_EC - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_ED - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_EE - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_EF - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F0 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F1 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F2 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F3 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F4 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F5 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F6 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F7 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F8 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_F9 - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_FA - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_FB - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_FC - Static variable in class harpoon.IR.Bytecode.Op
 
UNKNOWN_FD - Static variable in class harpoon.IR.Bytecode.Op
 
unmodifiable() - Method in class harpoon.Temp.CloningTempMap
Provide access to an unmodifiable version of this TempMapUnmodifiableIterator - class harpoon.Util.UnmodifiableIterator.
UnmodifiableIterator is an abstract superclass to save you the trouble of implementing the remove() method over and over again for those iterators which don't implement it.
UnmodifiableIterator() - Constructor for class harpoon.Util.UnmodifiableIterator
 
unmodifiableIterator(Iterator) - Static method in class harpoon.Util.Default
An unmodifiable version of the given iterator.
UnmodifiableListIterator - class harpoon.Util.UnmodifiableListIterator.
UnmodifiableListIterator is an abstract superclass to save you the trouble of implementing the remove(), add() and set() methods over and over again for those list iterators which don't implement them.
UnmodifiableListIterator() - Constructor for class harpoon.Util.UnmodifiableListIterator
 
UnmodifiableMultiMap - class harpoon.Util.Collections.UnmodifiableMultiMap.
UnmodifiableMultiMap is an abstract superclass to save developers the trouble of implementing the various mutator methds of the MultiMap interface.
UnmodifiableMultiMap() - Constructor for class harpoon.Util.Collections.UnmodifiableMultiMap
 
unNx(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Exp
 
unNxImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Exp
 
unNxImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Ex
 
unNxImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Nx
 
unNxImpl(TreeFactory) - Method in class harpoon.IR.Tree.Translation.Cx
 
UNOP - class harpoon.IR.Tree.UNOP.
UNOP objects are expressions which stand for result of applying some unary operator o to a subexpression.
UNOP - Static variable in class harpoon.IR.Tree.TreeKind
 
UNOP - Static variable in class harpoon.Tools.PatMat.Sym
 
UNOP(TreeFactory, HCodeElement, int, int, Exp) - Constructor for class harpoon.IR.Tree.UNOP
Constructor.
Unreachable - class harpoon.Analysis.Quads.Unreachable.
Unreachable gets rid of unreachable code.
Unreachable() - Constructor for class harpoon.Analysis.Quads.Unreachable
 
unsetColor(Object) - Method in class harpoon.Analysis.GraphColoring.SparseGraph
 
unsetColor(Object) - Method in interface harpoon.Analysis.GraphColoring.ColorableGraph
Removes n from the Node -> Color mapping.
uoh - Variable in class harpoon.Analysis.PointerAnalysis.MyAP
 
Uop - class harpoon.IR.Tree.Uop.
Uop is an enumerated type for UNOPs.
Uop() - Constructor for class harpoon.IR.Tree.Uop
 
update_and_add(EdgesNCallees, EdgesNCallees, MethodHole[], MethodHole, Set) - Static method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
update_and_addbis(EdgesNCallees, EdgesNCallees, MethodHole[], MethodHole, Set) - Static method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
update_locks(ODInformation, ODInformation, ODInformation, Relation, Relation, MethodHole[], MethodHole, Set) - Static method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
update_skippedCSHistory(Relation, MethodHole[], int, MethodHole, Set, ODInformation, Relation) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
update_skippedCSHistorybis(Relation, MethodHole[], int, MethodHole, Set, ODInformation, Relation) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
UPDATE(DerivationGenerator, Exp, Exp) - Static method in class harpoon.Analysis.Realtime.HeapCheckAdder
 
update(EdgesNCallees, EdgesNCallees, MethodHole[], int, Set, MethodHole, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
update(Exp, Exp) - Method in class harpoon.IR.Tree.DerivationGenerator
Transfer typing from one exp to another.
update(HCodeElement, Temp, HCodeElement, Temp) - Method in class harpoon.IR.LowQuad.DerivationMap
Transfer typing from one place to another.
update(ODInformation, ODParIntGraph, ODParIntGraph, Relation, Relation, MethodHole, ODInformation, ODInformation, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
updatebis(EdgesNCallees, EdgesNCallees, MethodHole[], int, Set, MethodHole, Set) - Method in class harpoon.Analysis.PointerAnalysis.ODInformation
 
updateKey(Map.Entry, Object) - Method in interface harpoon.Util.Collections.Heap
Replace the key in the specified map entry with the specified key, which may be either larger or smaller than its current key.
updateKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.BinaryHeap
 
updateKey(Map.Entry, Object) - Method in class harpoon.Util.Collections.AbstractHeap
 
updateNode2Code(PANode, HCodeElement) - Method in class harpoon.Analysis.PointerAnalysis.NodeRepository
Modify the node2code mapping such that now node is associated with hce.
updateValue(Object) - Method in class harpoon.Interpret.Tree.StringPointer
Throws an error, as StringPointers are constant.
updateValue(Object) - Method in class harpoon.Interpret.Tree.InterfaceListPointer
Throws an error, as the program is not supposed to modify static class data
URSHIFT - Static variable in class harpoon.Tools.Annotation.Sym
 
URSHIFTEQ - Static variable in class harpoon.Tools.Annotation.Sym
 
usage(String) - Static method in class harpoon.Main.Lint
 
use - Variable in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor.LiveVarInfo
 
USE_ANANIAN_HEURISTIC - Static variable in class harpoon.Analysis.Instr.SpillHeuristics
 
USE_CHAITIN_HEURISTIC - Static variable in class harpoon.Analysis.Instr.SpillHeuristics
 
USE_INTER_THREAD - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Use the interthread analysis inside MAInfo.
USE_LOW_BIT - Static variable in class harpoon.Analysis.Realtime.HeapCheckAdder
Should I use the low bit or the high bit?
USE_OLD_INLINING - Variable in class harpoon.Analysis.PointerAnalysis.MAInfo.MAInfoOptions
Use the old, 1-level inlining.
USE_PINTER_HEURISTICS - Static variable in class harpoon.Analysis.Instr.SpillHeuristics
 
use() - Method in class harpoon.IR.Assem.Instr
Returns the Temps used by this Instr.
use() - Method in class harpoon.IR.LowQuad.PSET
 
use() - Method in class harpoon.IR.LowQuad.PPTR
 
use() - Method in class harpoon.IR.LowQuad.PGET
 
use() - Method in class harpoon.IR.LowQuad.PCALL
 
use() - Method in class harpoon.IR.LowQuad.PAOFFSET
 
use() - Method in interface harpoon.IR.Properties.UseDefable
Return all the Temps used by this HCodeElement.
use() - Method in class harpoon.IR.Quads.TYPESWITCH
Returns the Temp used by this quad.
use() - Method in class harpoon.IR.Quads.TYPECAST
Returns the Temps used by this quad.
use() - Method in class harpoon.IR.Quads.THROW
Returns all the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.SWITCH
Returns the Temp used by this quad.
use() - Method in class harpoon.IR.Quads.SIGMA
 
use() - Method in class harpoon.IR.Quads.SET
Returns the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.RETURN
Returns all the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.Quad
Return all the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.PHI
Returns all the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.OPER
Returns the Temps used by this OPER.
use() - Method in class harpoon.IR.Quads.MOVE
Returns the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.MONITOREXIT
Returns the Temp used by this Quad.
use() - Method in class harpoon.IR.Quads.MONITORENTER
Returns the Temp used by this Quad.
use() - Method in class harpoon.IR.Quads.INSTANCEOF
Returns the Temps used by this quad.
use() - Method in class harpoon.IR.Quads.GET
Returns the Temp used by this Quad.
use() - Method in class harpoon.IR.Quads.COMPONENTOF
Returns the Temps used by this quad.
use() - Method in class harpoon.IR.Quads.CJMP
Returns all the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.CALL
Returns all the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.ASET
Returns all the Temps used by this quad.
use() - Method in class harpoon.IR.Quads.ARRAYINIT
Returns the Temp used by this Quad.
use() - Method in class harpoon.IR.Quads.ANEW
Returns the Temps used by this Quad.
use() - Method in class harpoon.IR.Quads.ALENGTH
Returns the Temp used by this Quad.
use() - Method in class harpoon.IR.Quads.AGET
Returns all the Temps used by this quad.
use(HCodeElement) - Method in class harpoon.IR.Properties.UseDefer
Return all the Temps used by hce.
use(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.FlowGraph
The set of temporaries used by this instruction or block
use(Node) - Method in class harpoon.Backend.CSAHack.FlowGraph.AssemFlowGraph
 
useC() - Method in class harpoon.IR.Assem.Instr
 
useC() - Method in interface harpoon.IR.Properties.UseDefable
Returns a Collection of all the Temps read in this HCodeElement.
useC() - Method in class harpoon.IR.Quads.Quad
 
useC(HCodeElement) - Method in class harpoon.Analysis.Instr.IgnoreSpillUseDefer
 
useC(HCodeElement) - Method in class harpoon.Analysis.Instr.BasePointerPreservingUseDefer
 
useC(HCodeElement) - Method in class harpoon.Backend.Generic.RegUseDefer
 
useC(HCodeElement) - Method in class harpoon.IR.Properties.UseDefer
Returns a Collection of all the Temps that may be read by hce.
useC(HCodeElement) - Method in class harpoon.IR.Tree.TreeUseDefer
Returns a collection of Temps which are used by the statement/expression subtree rooted at hce.
useCN(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
useCT(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
UseDef - class harpoon.Analysis.UseDef.
UseDef objects map Temps to the HCodeElements which use or define them.
UseDef() - Constructor for class harpoon.Analysis.UseDef
Creates a new, empty UseDef.
usedef(Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
UseDefable - interface harpoon.IR.Properties.UseDefable.
UseDefable defines an interface for intermediate representations that keep use/def information.
UseDefChecker - class harpoon.Analysis.UseDefChecker.
UseDefChecker verifies that all variables are defined before they are used.
UseDefChecker.ReachingDefsFactory - class harpoon.Analysis.UseDefChecker.ReachingDefsFactory.
The UseDefChecker constructor takes a ReachingDefsFactory argument to specify which ReachingDefs implementation it should use.
UseDefChecker.ReachingDefsFactory() - Constructor for class harpoon.Analysis.UseDefChecker.ReachingDefsFactory
 
UseDefChecker(HCodeFactory, String) - Constructor for class harpoon.Analysis.UseDefChecker
Creates a UseDefChecker using the named class as the ReachingDefs implementation.
UseDefChecker(HCodeFactory, UseDefChecker.ReachingDefsFactory) - Constructor for class harpoon.Analysis.UseDefChecker
Creates a UseDefChecker from a ReachingDefsFactory.
UseDefer - class harpoon.IR.Properties.UseDefer.
UseDefer provides a means to externally associate use and def information with elements of an intermediate representation.
USEDEFER - Static variable in class harpoon.Analysis.Instr.IgnoreSpillUseDefer
 
UseDefer() - Constructor for class harpoon.IR.Properties.UseDefer
 
UseDefMap - interface harpoon.Analysis.Maps.UseDefMap.
A UseDefMap is a mapping from temporaries to the HCodeElements that define them.
usedRegisterTemps() - Method in interface harpoon.Analysis.Instr.RegAlloc.IntermediateCode
 
useMap(HCode, Temp) - Method in class harpoon.Analysis.UseDef
Return the HCodeElements which use a given Temp.
useMap(HCode, Temp) - Method in interface harpoon.Analysis.Maps.UseDefMap
Return an array of HCodeElements that use Temp t.
useMapE(HCode, Temp) - Method in class harpoon.Analysis.UseDef
Enumerate the HCodeElements which use a given Temp.
useMapE(HCode, Temp) - Method in interface harpoon.Analysis.Maps.UseDefMap
Return an Enumeration of HCodeElements that use Temp t.
user_info - Variable in class harpoon.Util.LightBasicBlocks.LightBasicBlock
Deprecated.  
uses - Variable in class harpoon.Analysis.Quads.SSIStats
How many variable definitions are in this code.
USHR - Static variable in class harpoon.IR.Tree.Bop
Right unsigned bit-wise shift; long/integer only.
USHR - Static variable in class harpoon.Tools.PatMat.Sym
 
Util - class harpoon.Util.Util.
Miscellaneous static utility functions.
Util() - Constructor for class harpoon.Util.Util
 

V

val - Variable in class gnu.getopt.LongOpt
The value to store in "flag" if flag is not null, otherwise the equivalent short option character for this long option.
val - Variable in class harpoon.IR.RawClass.ConstantUtf8
The value of the string constant
val - Variable in class harpoon.IR.RawClass.ConstantLong
The value of the long constant.
val - Variable in class harpoon.IR.RawClass.ConstantInteger
The value of the int constant.
val - Variable in class harpoon.IR.RawClass.ConstantFloat
The value of the float constant.
val - Variable in class harpoon.IR.RawClass.ConstantDouble
The value of the double constant.
val() - Method in class harpoon.Analysis.Tree.DominatingMemoryAccess.daNum
 
val(TreeFactory, DerivationGenerator, Stm, Temp) - Static method in class harpoon.Backend.Analysis.GCTraceStore
 
value - Variable in class harpoon.IR.Quads.CONST
An object representing the constant value.
value - Variable in class harpoon.IR.Quads.ARRAYINIT
The array initializers.
value - Variable in class harpoon.IR.Tree.CONST
The constant value of this CONST expression.
value - Variable in class harpoon.Tools.PatMat.Spec.ExpConst
The constant value associated with this.
value - Variable in class harpoon.Tools.PatMat.Spec.DetailWeight
The weight associated with name.
value() - Method in class harpoon.IR.Bytecode.OpMethod
Return the method referenced by this operand.
value() - Method in class harpoon.IR.Bytecode.OpField
Return the field referenced by this operand.
value() - Method in class harpoon.IR.Bytecode.OpClass
Return the class referenced.
value() - Method in class harpoon.IR.Quads.CONST
Returns the object representing the constant value.
value() - Method in class harpoon.IR.Quads.ARRAYINIT
Returns the array initializers.
value() - Method in class harpoon.IR.RawClass.ConstantValue
 
value() - Method in class harpoon.IR.RawClass.ConstantString
Returns the value of this constant, wrapped as a java.lang.String.
value() - Method in class harpoon.IR.RawClass.ConstantLong
Returns the value of this constant, wrapped as a java.lang.Long.
value() - Method in class harpoon.IR.RawClass.ConstantInteger
Returns the value of this constant, wrapped as a java.lang.Integer.
value() - Method in class harpoon.IR.RawClass.ConstantFloat
Returns the value of this constant, wrapped as a java.lang.Float.
value() - Method in class harpoon.IR.RawClass.ConstantDouble
Returns the value of this constant, wrapped as a java.lang.Double.
value() - Method in class harpoon.IR.Tree.CONST
Return the constant value of this CONST expression.
values() - Method in class harpoon.Util.Collections.MapWrapper
 
values() - Method in class harpoon.Util.Collections.GenericMultiMap
Returns a collection view of the values contained in this map.
values() - Method in class harpoon.Util.Collections.GenericInvertibleMultiMap
 
values() - Method in class harpoon.Util.DataStructs.RelationImpl
 
values() - Method in interface harpoon.Util.DataStructs.Relation
Returns all the values appearing in this relation.
values() - Method in class harpoon.Util.DataStructs.LightMap
Returns a collection view of the values contained in this map.
values() - Method in class harpoon.Util.DataStructs.AbstrRelation
 
VAR - Static variable in class harpoon.Util.Constraints.InclusionConstraints.Term
 
variable() - Method in class harpoon.Analysis.LowQuad.Loop.Induction
The variable Temp stores the basic induction variable.
vars - Variable in class harpoon.Analysis.Quads.SSIStats
How many variables are in this code.
VERY_NEW_MAPPINGS - Static variable in class harpoon.Analysis.PointerAnalysis.InterThreadPA
 
VERY_NEW_MAPPINGS - Static variable in class harpoon.Analysis.PointerAnalysis.InterProcPA
 
visit_acmpeq(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_d2f(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_d2i(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_d2l(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_dadd(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_dcmpeq(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_dcmpge(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_dcmpgt(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ddiv(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_default(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_dmul(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_dneg(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_drem(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_f2d(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_f2i(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_f2l(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fadd(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fcmpeq(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fcmpge(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fcmpgt(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fdiv(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fmul(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_fneg(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_frem(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_i2b(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_i2c(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_i2d(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_i2f(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_i2l(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_i2s(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_iadd(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_iand(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_icmpeq(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_icmpgt(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_idiv(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_imul(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ineg(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ior(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_irem(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ishl(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ishr(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_iushr(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ixor(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_l2d(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_l2f(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_l2i(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ladd(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_land(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lcmpeq(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lcmpgt(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_ldiv(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lmul(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lneg(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lor(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lrem(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lshl(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lshr(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lushr(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_lxor(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit_unknown(OPER) - Method in class harpoon.IR.Quads.OperVisitor
 
visit(AGET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
AGET is disallowed in LowQuad form.
visit(AGET) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(ALENGTH) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(ALIGN) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(ANEW) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(ANEW) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(ARRAYINIT) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(ASET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
ASET is disallowed in LowQuad form.
visit(ASET) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(BasicBlock) - Method in class harpoon.Analysis.BasicBlockInterfVisitor
Visit a normal basic block.
visit(BasicBlock) - Method in class harpoon.Analysis.DataFlow.LiveVars.BBVisitor
Visit (Transfer) function.
visit(BasicBlock) - Method in class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor
Performs some transfer function on a basic block b.
visit(BasicBlock) - Method in class harpoon.Analysis.Tree.TreeFolding
Visit (Transfer) function.
visit(BasicBlockInterf) - Method in class harpoon.Analysis.BasicBlockInterfVisitor
 
visit(BasicBlockInterf) - Method in class harpoon.Analysis.DataFlow.DataFlowBasicBlockVisitor
Performs some transfer function on a basic block b.
visit(BINOP) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(CALL) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(CALL) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
CALL is disallowed in LowQuad form.
visit(CALL) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(CALL) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(CJMP) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(CJUMP) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(COMPONENTOF) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(CONST) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(CONST) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(DATUM) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(DEBUG) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(ESEQ) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(ESEQ) - Method in class harpoon.IR.Tree.TreeVerifyingVisitor.NoRepeats
 
visit(Exp) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(EXPR) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(FCFGBasicBlock) - Method in class harpoon.Analysis.BasicBlockInterfVisitor
Visit a Factored CFG basic block.
visit(FOOTER) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(GET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
GET is disallowed in LowQuad form.
visit(GET) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(HANDLER) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
HANDLER is disallowed in LowQuad form.
visit(HANDLER) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(HEADER) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(InclusionConstraints.AtomSet) - Method in class harpoon.Util.Constraints.InclusionConstraints.TermVisitor
 
visit(InclusionConstraints.Term) - Method in class harpoon.Util.Constraints.InclusionConstraints.TermVisitor
 
visit(InclusionConstraints.Var) - Method in class harpoon.Util.Constraints.InclusionConstraints.TermVisitor
 
visit(INSTANCEOF) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(Instr) - Method in class harpoon.IR.Assem.InstrVisitor
Visit an Instr i.
visit(InstrCALL) - Method in class harpoon.IR.Assem.InstrVisitor
 
visit(InstrDIRECTIVE) - Method in class harpoon.IR.Assem.InstrVisitor
 
visit(InstrJUMP) - Method in class harpoon.IR.Assem.InstrVisitor
 
visit(InstrLABEL) - Method in class harpoon.IR.Assem.InstrVisitor
 
visit(InstrMEM) - Method in class harpoon.IR.Assem.InstrVisitor
 
visit(InstrMOVE) - Method in class harpoon.IR.Assem.InstrVisitor
 
visit(INVOCATION) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(JUMP) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(LABEL) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(LABEL) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(LowQuad) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(MEM) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(METHOD) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(METHOD) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(MONITORENTER) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(MONITOREXIT) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(MOVE) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(MOVE) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(NAME) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(NATIVECALL) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(NEW) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(NEW) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(NOP) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(Object) - Method in interface harpoon.Util.Graphs.Reachability.Action
 
visit(Object, Object) - Method in interface harpoon.Util.DataStructs.RelationEntryVisitor
Visits a <key,value> entry of a relation.
visit(OPER) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
OPER is disallowed in LowQuad form.
visit(OPER) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(OPER) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(PANode) - Method in interface harpoon.Analysis.PointerAnalysis.PANodeVisitor
Visits a PANode.
visit(PAOFFSET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PARRAY) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PCALL) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PCONST) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PFCONST) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PFIELD) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PFOFFSET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PGET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PHI) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(PHI) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(PMCONST) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PMETHOD) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PMOFFSET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(POPER) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PPTR) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(PSET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
 
visit(Quad) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(Quad) - Method in class harpoon.IR.Quads.QuadVisitor
Visit a quad q.
visit(RETURN) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(RETURN) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(RETURN) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(SEGMENT) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(SEQ) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(SEQ) - Method in class harpoon.IR.Tree.TreeVerifyingVisitor.NoRepeats
 
visit(SET) - Method in class harpoon.IR.LowQuad.LowQuadVisitor
SET is disallowed in LowQuad form.
visit(SET) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(SIGMA) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(Spec.Detail) - Method in class harpoon.Tools.PatMat.Spec.DetailVisitor
 
visit(Spec.DetailExtra) - Method in class harpoon.Tools.PatMat.Spec.DetailVisitor
 
visit(Spec.DetailList) - Method in class harpoon.Tools.PatMat.Spec.DetailVisitor
Visits elements of l.
visit(Spec.DetailPredicate) - Method in class harpoon.Tools.PatMat.Spec.DetailVisitor
 
visit(Spec.DetailWeight) - Method in class harpoon.Tools.PatMat.Spec.DetailVisitor
 
visit(Spec.Exp) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpBinop) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpConst) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpId) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpMem) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpName) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpTemp) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.ExpUnop) - Method in class harpoon.Tools.PatMat.Spec.ExpVisitor
 
visit(Spec.Leaf) - Method in class harpoon.Tools.PatMat.Spec.LeafVisitor
 
visit(Spec.LeafId) - Method in class harpoon.Tools.PatMat.Spec.LeafVisitor
 
visit(Spec.LeafNull) - Method in class harpoon.Tools.PatMat.Spec.LeafVisitor
 
visit(Spec.LeafNumber) - Method in class harpoon.Tools.PatMat.Spec.LeafVisitor
 
visit(Spec.LeafOp) - Method in class harpoon.Tools.PatMat.Spec.LeafVisitor
 
visit(Spec.LeafSegType) - Method in class harpoon.Tools.PatMat.Spec.LeafVisitor
 
visit(Spec.Rule) - Method in class harpoon.Tools.PatMat.Spec.RuleVisitor
 
visit(Spec.RuleExp) - Method in class harpoon.Tools.PatMat.Spec.RuleVisitor
 
visit(Spec.RuleList) - Method in class harpoon.Tools.PatMat.Spec.RuleVisitor
Visits elements of l.
visit(Spec.RuleStm) - Method in class harpoon.Tools.PatMat.Spec.RuleVisitor
 
visit(Spec.Stm) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmAlign) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmCall) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmCjump) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmData) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmExp) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmJump) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmLabel) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmMethod) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmMove) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmNativeCall) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmReturn) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmSegment) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmSeq) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Spec.StmThrow) - Method in class harpoon.Tools.PatMat.Spec.StmVisitor
 
visit(Stm) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(SWITCH) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(Temp) - Method in class harpoon.Backend.StrongARM.TempVisitor
 
visit(TEMP) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(THROW) - Method in class harpoon.Analysis.EventDriven.CloningVisitor
 
visit(THROW) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(THROW) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(Tree) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(Tree) - Method in class harpoon.IR.Tree.TreeVerifyingVisitor.NoRepeats
 
visit(TwoWordTemp) - Method in class harpoon.Backend.StrongARM.TempVisitor
 
visit(TYPECAST) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(TYPESWITCH) - Method in class harpoon.IR.Quads.QuadVisitor
 
visit(UNOP) - Method in class harpoon.IR.Tree.TreeVisitor
 
visit(XI) - Method in class harpoon.IR.Quads.QuadVisitor
 
Void - Static variable in class harpoon.ClassFile.HClass
The HClass object representing the primitive type void.
VOID - Static variable in class harpoon.Tools.Annotation.Sym
 
VOLATILE - Static variable in class harpoon.Tools.Annotation.Sym
 

W

WAITING - Static variable in class harpoon.Runtime.Transactions.CommitRecord
 
WARNINGS - Static variable in class harpoon.Analysis.PointerAnalysis.InterProcPA
Displays some warnings, eg for the call sites with 0 callees.
wasBefore(PAEdge, PAEdge) - Method in class harpoon.Analysis.PointerAnalysis.EdgeOrdering
Checks whether the inside edge ei could have been created before the outside edge eo is read.
WEAKLY_THREAD_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.PointerAnalysis
Activates the weak thread sensitivity.
WEAKLY_THREAD_SENSITIVE - Static variable in class harpoon.Analysis.PointerAnalysis.ODPointerAnalysis
Activates the weak thread sensitivity.
webFor(Temp, Instr) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
webToRegAssignment(AppelRegAllocClasses.Web) - Method in class harpoon.Analysis.Instr.AppelRegAlloc
 
WeightedGraph - class harpoon.Analysis.Partition.WeightedGraph.
 
WeightedGraph() - Constructor for class harpoon.Analysis.Partition.WeightedGraph
 
WeightedGraph(WeightedGraph) - Constructor for class harpoon.Analysis.Partition.WeightedGraph
 
WGNode - class harpoon.Analysis.Partition.WGNode.
 
WGNode(String, Object) - Constructor for class harpoon.Analysis.Partition.WGNode
 
WGNode(WGNode) - Constructor for class harpoon.Analysis.Partition.WGNode
 
which_pred() - Method in class harpoon.IR.Quads.Edge
Returns the predecessor index of this Edge in to.
which_succ() - Method in class harpoon.IR.Quads.Edge
Returns the successor index of this Edge in from.
whichMustParam(Temp) - Method in class harpoon.Analysis.Quads.MustParamOracle
Returns the parameter which the given Temp *must* contain the value of.
WHILE - Static variable in class harpoon.Tools.Annotation.Sym
 
whose_tag_check(MEM) - Method in class harpoon.Analysis.Tree.CacheEquivalence
Returns the MEM operation which should have stored the necessary tag information for this MEM operation.
WIDE - Static variable in class harpoon.IR.Bytecode.Op
 
willEscape(PANode) - Method in class harpoon.Analysis.PointerAnalysis.PointsToGraph
Checks whether node node will escape because it is returned or because it is reachable from a returned node.
WORD_SIZE - Variable in class harpoon.Backend.Runtime1.TreeBuilder
 
wordsize() - Method in class harpoon.Interpret.Tree.InterpreterOffsetMap
 
Worklist - interface harpoon.Util.Worklist.
A Worklist is a unique set.
worklist_solver(BasicBlock, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.TreeSolver
 
worklist_solver(Iterator, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.TreeSolver
 
worklistSolve(Iterator, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.Solver
Performs dataflow analysis on a set of BasicBlocks.
worklistSolver(BasicBlock, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.InstrSolver
Performs dataflow analysis on a set of BasicBlocks.
worklistSolver(Iterator, DataFlowBasicBlockVisitor) - Static method in class harpoon.Analysis.DataFlow.InstrSolver
Performs dataflow analysis on a set of BasicBlocks.
WorkSet - class harpoon.Util.Collections.WorkSet.
A WorkSet is a Set offering constant-time access to the first/last element inserted, and an iterator whose speed is not dependent on the total capacity of the underlying hashtable.
WorkSet() - Constructor for class harpoon.Util.Collections.WorkSet
Creates a new, empty WorkSet with a default capacity and load factor.
WorkSet(Collection) - Constructor for class harpoon.Util.Collections.WorkSet
Constructs a new WorkSet with the contents of the specified Collection.
WorkSet(int) - Constructor for class harpoon.Util.Collections.WorkSet
Constructs a new, empty WorkSet with the specified initial capacity and default load factor.
WorkSet(int, float) - Constructor for class harpoon.Util.Collections.WorkSet
Constructs a new, empty WorkSet with the specified initial capacity and the specified load factor.
WritableTempMap - interface harpoon.Temp.WritableTempMap.
WritableTempMap is a mutable instance of a TempMap.
write_u1(int) - Method in class harpoon.IR.RawClass.ClassDataOutputStream
Write an unsigned one-byte quantity, high byte first.
write_u2(int) - Method in class harpoon.IR.RawClass.ClassDataOutputStream
Write an unsigned two-byte quantity, high byte first.
write_u4(long) - Method in class harpoon.IR.RawClass.ClassDataOutputStream
Write an unsigned four-byte quantity, high byte first.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.MethodInfo
Writes a MethodInfo item out to a class bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.LocalVariableTable
Writes to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.LineNumberTable
Writes to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.InnerClass
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.FieldInfo
Writes a FieldInfo item out to a class bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ExceptionTable
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantUtf8
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantString
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantNameAndType
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantMethodref
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantLong
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantInterfaceMethodref
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantInteger
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantFloat
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantFieldref
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantDouble
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ConstantClass
Write to a bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.Constant
Write a single constant pool item to a class bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.ClassFile
Write a class file object out to a java bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeUnknown
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeSynthetic
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeSourceFile
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeLocalVariableTable
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeLineNumberTable
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeInnerClasses
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeExceptions
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeConstantValue
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AttributeCode
Write to bytecode stream.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.Attribute
Write Attribute to bytecode file.
write(ClassDataOutputStream) - Method in class harpoon.IR.RawClass.AccessFlags
Write to bytecode file.
write(OutputStream) - Method in class harpoon.IR.RawClass.ClassFile
Write a class file object out to a java bytecode file.
WriteBarrier - class harpoon.Runtime.PreciseGC.WriteBarrier.
WriteBarrier is an abstract class that provides a dummy write-barrier for generational garbage collection.
WriteBarrier() - Constructor for class harpoon.Runtime.PreciseGC.WriteBarrier
 
WriteBarrierConstElim - class harpoon.Analysis.PreciseGC.WriteBarrierConstElim.
WriteBarrierConstElim eliminates write barriers on MOVEs that are assigned from constants.
WriteBarrierData - class harpoon.Analysis.PreciseGC.WriteBarrierData.
WriteBarrierData generates the static data needed to gather dynamic statistics about write barriers.
WriteBarrierPostPass - class harpoon.Analysis.PreciseGC.WriteBarrierPostPass.
WriteBarrierPostPass performs some low-level transformations to the output of WriteBarrierPrePass which cannot be done in the quad form on which WriteBarrierPrePass operates.
WriteBarrierPrePass - class harpoon.Analysis.PreciseGC.WriteBarrierPrePass.
WriteBarrierPrePass takes code in LowQuad form and inserts a fake call to a write barrier that is later replaced with a real implementation in WriteBarrierPostPass.
WriteBarrierPrePass(HCodeFactory, Linker) - Constructor for class harpoon.Analysis.PreciseGC.WriteBarrierPrePass
Creates a WriteBarrierPrePass.
WriteBarrierQuadPass - class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass.
WriteBarrierQuadPass takes code in Quad form and inserts a fake call to a write barrier that is later replaced with a real implementation in WriteBarrierTreePass.
WriteBarrierQuadPass(ClassHierarchy, HCodeFactory, Linker, String, int) - Constructor for class harpoon.Analysis.PreciseGC.WriteBarrierQuadPass
Creates a WriteBarrierQuadPass.
WriteBarrierStats - class harpoon.Analysis.PreciseGC.WriteBarrierStats.
WriteBarrierStats emits data needed for gathering write barrier statistics.
WriteBarrierStats(Frame, HCodeFactory, ClassHierarchy, HMethod, HMethod, PrintStream) - Constructor for class harpoon.Analysis.PreciseGC.WriteBarrierStats
Creates a WriteBarrierStats, and performs conversion on all callable methods.
WriteBarrierTreePass - class harpoon.Analysis.PreciseGC.WriteBarrierTreePass.
WriteBarrierTreePass performs some low-level transformations to the output of WriteBarrierQuadPass which cannot be done in the quad form on which WriteBarrierQuadPass operates.
WrongNodeTypeException - exception harpoon.Analysis.GraphColoring.WrongNodeTypeException.
WrongNodeTypeException
WrongNodeTypeException() - Constructor for class harpoon.Analysis.GraphColoring.WrongNodeTypeException
Creates a WrongNodeTypeException.
WrongNodeTypeException(String) - Constructor for class harpoon.Analysis.GraphColoring.WrongNodeTypeException
Creates a WrongNodeTypeException.
wtspec_run - Variable in class harpoon.Analysis.PointerAnalysis.PASync
If this action is the thread specialization of another action, this is the run method of the thread which does this action.
wtSpecialize() - Method in class harpoon.Analysis.PointerAnalysis.PANode
Returns the thread specialization of this node.
This method makes sense iff PointerAnalysis.WEAKLY_THREAD_SENSITIVE is on.

X

XI - Static variable in class harpoon.IR.Quads.QuadKind
 
XOR - Static variable in class harpoon.IR.Tree.Bop
Bit-wise XOR; long/integer only.
XOR - Static variable in class harpoon.Tools.Annotation.Sym
 
XOR - Static variable in class harpoon.Tools.PatMat.Sym
 
xor(BitString) - Method in class harpoon.Util.BitString
Logically XORs this bit set with the specified set of bits.
XOREQ - Static variable in class harpoon.Tools.Annotation.Sym
 
XXXUNUSEDXXX - Static variable in class harpoon.IR.Bytecode.Op
 

Z

ZERO_DATA - Static variable in class harpoon.IR.Tree.SEGMENT
R/W memory initialized at load time to be 0
zeroCheck(Quad, Temp, boolean, QuadWithTry, UseDef) - Static method in class harpoon.IR.Quads.Pattern
 
zerocount(int) - Static method in class harpoon.Util.Util
Return the number of zeros in the binary representation of the value of the argument.
zerocount(long) - Static method in class harpoon.Util.Util
Return the number of zeros in the binary representation of the value of the argument.

_

_2D - Static variable in class harpoon.IR.Tree.Uop
Converts to double.
_2D - Static variable in class harpoon.Tools.PatMat.Sym
 
_2F - Static variable in class harpoon.IR.Tree.Uop
Converts to float.
_2F - Static variable in class harpoon.Tools.PatMat.Sym
 
_2I - Static variable in class harpoon.IR.Tree.Uop
Converts to int.
_2I - Static variable in class harpoon.Tools.PatMat.Sym
 
_2L - Static variable in class harpoon.IR.Tree.Uop
Converts to long.
_2L - Static variable in class harpoon.Tools.PatMat.Sym
 
_action_table - Static variable in class harpoon.Tools.Annotation.Java12
parse action table
_action_table - Static variable in class harpoon.Tools.PatMat.Parser
parse action table
_ADD - Static variable in class harpoon.Analysis.Tree.Simplification
 
_ALIGN - Static variable in class harpoon.Analysis.Tree.Simplification
 
_AND - Static variable in class harpoon.Analysis.Tree.Simplification
 
_bgcolor - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
_binding - Variable in class harpoon.Analysis.Partition.WGNode
 
_BINOP - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CALL - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CJUMP - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CMPEQ - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CMPGE - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CMPGT - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CMPLE - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CMPLT - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CMPNE - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CONST - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CONST0 - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CONST1 - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CONSTm1 - Static variable in class harpoon.Analysis.Tree.Simplification
 
_CONSTNULL - Static variable in class harpoon.Analysis.Tree.Simplification
 
_d - Variable in class harpoon.Analysis.Partition.WGNode
 
_DATUM - Static variable in class harpoon.Analysis.Tree.Simplification
 
_DIV - Static variable in class harpoon.Analysis.Tree.Simplification
 
_dummy - Variable in class harpoon.Analysis.Partition.WGNode
 
_edgecolor - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
_edges - Variable in class harpoon.Analysis.Partition.WGNode
 
_ESEQ - Static variable in class harpoon.Analysis.Tree.Simplification
 
_EXPR - Static variable in class harpoon.Analysis.Tree.Simplification
 
_JUMP - Static variable in class harpoon.Analysis.Tree.Simplification
 
_KIND(Tree) - Static method in class harpoon.Analysis.Tree.Simplification
 
_LABEL - Static variable in class harpoon.Analysis.Tree.Simplification
 
_MEM - Static variable in class harpoon.Analysis.Tree.Simplification
 
_METHOD - Static variable in class harpoon.Analysis.Tree.Simplification
 
_methodPrologue_(InstrFactory) - Method in class harpoon.Backend.Generic.MaxMunchCG
 
_MOVE - Static variable in class harpoon.Analysis.Tree.Simplification
 
_MUL - Static variable in class harpoon.Analysis.Tree.Simplification
 
_name - Variable in class harpoon.Analysis.Partition.WGNode
 
_NAME - Static variable in class harpoon.Analysis.Tree.Simplification
 
_NATIVECALL - Static variable in class harpoon.Analysis.Tree.Simplification
 
_nodecolors - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
_OP(int) - Static method in class harpoon.Analysis.Tree.Simplification
 
_OR - Static variable in class harpoon.Analysis.Tree.Simplification
 
_production_table - Static variable in class harpoon.Tools.Annotation.Java12
production table
_production_table - Static variable in class harpoon.Tools.PatMat.Parser
production table
_reduce_table - Static variable in class harpoon.Tools.Annotation.Java12
reduce_goto table
_reduce_table - Static variable in class harpoon.Tools.PatMat.Parser
reduce_goto table
_REM - Static variable in class harpoon.Analysis.Tree.Simplification
 
_RETURN - Static variable in class harpoon.Analysis.Tree.Simplification
 
_SEGMENT - Static variable in class harpoon.Analysis.Tree.Simplification
 
_SEQ - Static variable in class harpoon.Analysis.Tree.Simplification
 
_SHL - Static variable in class harpoon.Analysis.Tree.Simplification
 
_SHR - Static variable in class harpoon.Analysis.Tree.Simplification
 
_TEMP - Static variable in class harpoon.Analysis.Tree.Simplification
 
_textcolor - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
_textfont - Static variable in class harpoon.Analysis.Partition.PartitionGraphViewer
 
_THROW - Static variable in class harpoon.Analysis.Tree.Simplification
 
_UNOP - Static variable in class harpoon.Analysis.Tree.Simplification
 
_USHR - Static variable in class harpoon.Analysis.Tree.Simplification
 
_value - Variable in class harpoon.Analysis.Partition.WGNode
 
_weights - Variable in class harpoon.Analysis.Partition.WGNode
 
_XOR - Static variable in class harpoon.Analysis.Tree.Simplification
 

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