Uses of Interface soot.SideEffectTester (Soot - a J*va Optimization Framework 4.6.0 API)

Packages that use SideEffectTester
Package	Description
soot.jimple	Public classes for the Jimple intermediate representation.
soot.jimple.toolkits.pointer
soot.jimple.toolkits.scalar	A toolkit for scalar optimization of Jimple.
soot.jimple.toolkits.scalar.pre	Particial redundency elimination.

Uses of SideEffectTester in soot.jimple

Classes in soot.jimple that implement SideEffectTester
Modifier and Type Class Description

class NaiveSideEffectTester
Provides naive side effect information.
Uses of SideEffectTester in soot.jimple.toolkits.pointer

Classes in soot.jimple.toolkits.pointer that implement SideEffectTester
Modifier and Type Class Description

class PASideEffectTester

Uses of SideEffectTester in soot.jimple.toolkits.scalar

Fields in soot.jimple.toolkits.scalar declared as SideEffectTester
Modifier and Type	Field	Description
`protected SideEffectTester`	FastAvailableExpressionsAnalysis.`st`

Constructors in soot.jimple.toolkits.scalar with parameters of type SideEffectTester
Constructor	Description
`FastAvailableExpressions(Body b, SideEffectTester st)`	Wrapper for AvailableExpressionsAnalysis.
`FastAvailableExpressionsAnalysis(DirectedGraph<Unit> dg, SootMethod m, SideEffectTester st)`
`PessimisticAvailableExpressionsAnalysis(DirectedGraph<Unit> dg, SootMethod m, SideEffectTester st)`

Uses of SideEffectTester in soot.jimple.toolkits.scalar.pre

Constructors in soot.jimple.toolkits.scalar.pre with parameters of type SideEffectTester
Constructor	Description
`DownSafetyAnalysis(DirectedGraph<Unit> dg, Map<Unit,EquivalentValue> unitToGen, SideEffectTester sideEffect)`	This constructor automatically performs the DownSafety-analysis. the result of the analysis is as usual in FlowBefore (getFlowBefore()) and FlowAfter (getFlowAfter()).
`DownSafetyAnalysis(DirectedGraph<Unit> dg, Map<Unit,EquivalentValue> unitToGen, SideEffectTester sideEffect, BoundedFlowSet<EquivalentValue> set)`	This constructor automatically performs the DownSafety-analysis. the result of the analysis is as usual in FlowBefore (getFlowBefore()) and FlowAfter (getFlowAfter()). as sets-operations are usually more efficient, if the original set comes from the same source, this allows to share sets.
`EarliestnessComputation(UnitGraph unitGraph, UpSafetyAnalysis upSafe, DownSafetyAnalysis downSafe, SideEffectTester sideEffect)`	given an UpSafetyAnalysis and a DownSafetyAnalysis, performs the earliest-computation.
`EarliestnessComputation(UnitGraph unitGraph, UpSafetyAnalysis upSafe, DownSafetyAnalysis downSafe, SideEffectTester sideEffect, FlowSet<EquivalentValue> set)`	given an UpSafetyAnalysis and a DownSafetyAnalysis, performs the earliest-computation. allows to share sets over multiple analyses (set-operations are usually more efficient, if the sets come from the same source).
`UpSafetyAnalysis(DirectedGraph<Unit> dg, Map<Unit,EquivalentValue> unitToGen, SideEffectTester sideEffect)`	This constructor automatically performs the UpSafety-analysis. the result of the analysis is as usual in FlowBefore (getFlowBefore()) and FlowAfter (getFlowAfter()).
`UpSafetyAnalysis(DirectedGraph<Unit> dg, Map<Unit,EquivalentValue> unitToGen, SideEffectTester sideEffect, BoundedFlowSet<EquivalentValue> set)`	This constructor automatically performs the UpSafety-analysis. the result of the analysis is as usual in FlowBefore (getFlowBefore()) and FlowAfter (getFlowAfter()). As usually flowset-operations are more efficient if shared, this allows to share sets over several analyses.